diff --git a/Content/JavaScript/puerts/uelazyload.js b/Content/JavaScript/puerts/uelazyload.js index b627857..6d7c2da 100644 --- a/Content/JavaScript/puerts/uelazyload.js +++ b/Content/JavaScript/puerts/uelazyload.js @@ -13,20 +13,25 @@ var global = global || (function () { return this; }()); let loadCPPType = global.puerts.loadCPPType; - let cache = Object.create(null); - - let UE = new Proxy(cache, { - get : function(classWrapers, name) + function rawSet(obj, key, val) { + Object.defineProperty(obj, key, { + value: val, + writable: true, + configurable: true, + enumerable: false, + }); + } + + let UE = Object.create(null); + let UE_proxy = new Proxy(UE, { + get : function(UE, name) { - let value = classWrapers[name]; - if (value === undefined) - { - value = loadUEType(name); - classWrapers[name] = value; - } - return value; + let cls = loadUEType(name); + rawSet(UE, name, cls); + return cls; } }); + Object.setPrototypeOf(UE, UE_proxy); const TNAMESPACE = 0; const TENUM = 1 @@ -34,61 +39,62 @@ var global = global || (function () { return this; }()); const TSTRUCT = 3 function createNamespaceOrClass(path, parentDir, nodeType) { - return new Proxy({__path: path, __parent:parentDir, __type:nodeType}, { + let result = {__path: path, __parent:parentDir, __type:nodeType}; + let result_proxy = new Proxy(result, { get: function(node, name) { - if (!(name in node)) { - if (name === '__parent' || name === '__path') return undefined; + if (name === '__parent' || name === '__path') return undefined; + + if (node.__type == TENUM) { // auto load + const res = createNamespaceOrClass(name, node, TNAMESPACE); + rawSet(node, name, res); + blueprint_load(res); + return node[name]; + } else { + let newNodeType = node.__type; - if (node.__type == TENUM) { // auto load - node[name] = createNamespaceOrClass(name, node, TNAMESPACE); - blueprint_load(node[name]); - } else { - let newNodeType = node.__type; - - if (newNodeType === TNAMESPACE) { - let path = `/${name}.${name}` - let c = node; - while (c && c.__path) { - path = `/${c.__path}${path}` - c = c.__parent; - } - const obj = UE.Object.Load(path, true); - if (obj) { - const typeName = obj.GetClass().GetName(); - if (typeName === 'UserDefinedEnum') { - newNodeType = TENUM; - } else if (typeName === 'UserDefinedStruct') { - newNodeType = TSTRUCT; - } else { - newNodeType = TBLUEPRINT; - } + if (newNodeType === TNAMESPACE) { + let path = `/${name}.${name}` + let c = node; + while (c && c.__path) { + path = `/${c.__path}${path}` + c = c.__parent; + } + const obj = UE.Object.Load(path, true); + if (obj) { + const typeName = obj.GetClass().GetName(); + if (typeName === 'UserDefinedEnum') { + newNodeType = TENUM; + } else if (typeName === 'UserDefinedStruct') { + newNodeType = TSTRUCT; + } else { + newNodeType = TBLUEPRINT; } } - - node[name] = createNamespaceOrClass(name, node, newNodeType); } + const res = createNamespaceOrClass(name, node, newNodeType); + rawSet(node, name, res); + return res; } - return node[name]; } }); + Object.setPrototypeOf(result, result_proxy); + return result; } - cache["Game"] = createNamespaceOrClass("Game", undefined, TNAMESPACE); + rawSet(UE, "Game", createNamespaceOrClass("Game", undefined, TNAMESPACE)); puerts.registerBuildinModule('ue', UE); global.UE = UE; - let CPP = new Proxy(cache, { - get: function(classWrapers, name) { - let value = classWrapers[name]; - if (value === undefined) - { - value = loadCPPType(name); - classWrapers[name] = value; - } - return value; + let CPP = Object.create(null); + let CPP_proxy = new Proxy(CPP, { + get: function(CPP, name) { + let cls = loadCPPType(name); + rawSet(CPP, name, cls); + return cls; } }); + Object.setPrototypeOf(CPP, CPP_proxy); puerts.registerBuildinModule('cpp', CPP); global.CPP = CPP; @@ -105,10 +111,10 @@ var global = global || (function () { return this; }()); x[0] = val; } - cache.NewObject = global.__tgjsNewObject; + rawSet(UE, 'NewObject', global.__tgjsNewObject); global.__tgjsNewObject = undefined; - cache.NewStruct = global.__tgjsNewStruct; + rawSet(UE, 'NewStruct', global.__tgjsNewStruct); global.__tgjsNewStruct = undefined; puerts.$ref = ref; @@ -117,7 +123,7 @@ var global = global || (function () { return this; }()); puerts.merge = global.__tgjsMergeObject; global.__tgjsMergeObject = undefined; - cache.FNameLiteral = global.__tgjsFNameToArrayBuffer; + rawSet(UE, 'FNameLiteral', global.__tgjsFNameToArrayBuffer); global.__tgjsFNameToArrayBuffer = undefined; let rawmakeclass = global.__tgjsMakeUClass @@ -333,24 +339,24 @@ var global = global || (function () { return this; }()); return ret; } - cache.BuiltinBool = 0; - cache.BuiltinByte = 1; - cache.BuiltinInt = 2; - cache.BuiltinFloat = 3; - cache.BuiltinDouble = 4; - cache.BuiltinInt64 = 5; - cache.BuiltinString = 6; - cache.BuiltinText = 7; - cache.BuiltinName = 8; + rawSet(UE, 'BuiltinBool', 0); + rawSet(UE, 'BuiltinByte', 1); + rawSet(UE, 'BuiltinInt', 2); + rawSet(UE, 'BuiltinFloat', 3); + rawSet(UE, 'BuiltinDouble', 4); + rawSet(UE, 'BuiltinInt64', 5); + rawSet(UE, 'BuiltinString', 6); + rawSet(UE, 'BuiltinText', 7); + rawSet(UE, 'BuiltinName', 8); // call once to inject iterators to constructor - NewArray(cache.BuiltinInt); - NewSet(cache.BuiltinInt); - NewMap(cache.BuiltinInt, cache.BuiltinInt); + NewArray(UE.BuiltinInt); + NewSet(UE.BuiltinInt); + NewMap(UE.BuiltinInt, UE.BuiltinInt); - cache.NewArray = NewArray; - cache.NewSet = NewSet; - cache.NewMap = NewMap; + rawSet(UE, 'NewArray', NewArray); + rawSet(UE, 'NewSet', NewSet); + rawSet(UE, 'NewMap', NewMap); const FunctionFlags = { FUNC_None : 0x00000000, @@ -567,17 +573,17 @@ var global = global || (function () { return this; }()); return () => {}; } - cache.rpc = { + rawSet(UE, 'rpc', { "FunctionFlags" : FunctionFlags, "PropertyFlags" : PropertyFlags, "ELifetimeCondition" : ELifetimeCondition, "flags" : dummyDecorator, "condition" : dummyDecorator - } + }); const MetaDataInst = ''; - cache.uclass = { + rawSet(UE, 'uclass', { // the class specifier "ClassGroup": MetaDataInst, "Within": MetaDataInst, @@ -645,9 +651,9 @@ var global = global || (function () { return this; }()); "UsesHierarchy": MetaDataInst, // decorator to add class metadata "umeta": dummyDecorator - } + }); - cache.ufunction = { + rawSet(UE, 'ufunction', { // the function specifier "BlueprintImplementableEvent": MetaDataInst, "BlueprintNativeEvent": MetaDataInst, @@ -725,9 +731,9 @@ var global = global || (function () { return this; }()); "ArrayParam": MetaDataInst, // decorator to add function metadata "umeta": dummyDecorator - } + }); - cache.uproperty = { + rawSet(UE, 'uproperty', { // the specifiers "Const": MetaDataInst, "Config": MetaDataInst, @@ -839,10 +845,9 @@ var global = global || (function () { return this; }()); // decorator "umeta": dummyDecorator, "attach": dummyDecorator - } + }); - cache.uparam = - { + rawSet(UE, 'uparam', { // the specifiers "Const": MetaDataInst, "Ref": MetaDataInst, @@ -918,23 +923,23 @@ var global = global || (function () { return this; }()); "BitmaskEnum": MetaDataInst, // decorator "umeta": dummyDecorator, - } + }); - cache.edit_on_instance = dummyDecorator; - - cache.no_blueprint = dummyDecorator; - - cache.set_flags = dummyDecorator; - - cache.clear_flags = dummyDecorator; - - cache.FunctionFlags = FunctionFlags; + rawSet(UE, 'edit_on_instance', dummyDecorator); - cache.ClassFlags = ClassFlags; + rawSet(UE, 'no_blueprint', dummyDecorator); - cache.PropertyFlags = PropertyFlags; + rawSet(UE, 'set_flags', dummyDecorator); - cache.FunctionExportFlags = FunctionExportFlags; + rawSet(UE, 'clear_flags', dummyDecorator); + + rawSet(UE, 'FunctionFlags', FunctionFlags); + + rawSet(UE, 'ClassFlags', ClassFlags); + + rawSet(UE, 'PropertyFlags', PropertyFlags); + + rawSet(UE, 'FunctionExportFlags', FunctionExportFlags); puerts.toManualReleaseDelegate = (x) => x; puerts.toDelegate = (o,k) => [o, k]; diff --git a/Content/JavaScript/puerts/websocketpp.js b/Content/JavaScript/puerts/websocketpp.js index d14c9f8..de2020f 100644 --- a/Content/JavaScript/puerts/websocketpp.js +++ b/Content/JavaScript/puerts/websocketpp.js @@ -50,8 +50,6 @@ var global = global || (function () { return this; }()); const readyStates = ['CONNECTING', 'OPEN', 'CLOSING', 'CLOSED']; - const poll_ws_objects = []; - class WebSocket extends EventTarget { constructor(url, protocols) { super(); @@ -72,9 +70,7 @@ var global = global || (function () { return this; }()); this._addPendingEvent({type:'close', code:code, reason: reason}); }, () => { - this._addPendingEvent({type:'error'}); - this._cleanup(); - this._addPendingEvent({type:'close', code:1006, reason: ""}); + this._fail(); }); this._readyState = WebSocket.CONNECTING; @@ -92,9 +88,21 @@ var global = global || (function () { return this; }()); send(data) { if (this._readyState !== WebSocket.OPEN) { - throw new Error(`WebSocket is not open: readyState ${this._readyState} (${readyStates[this._readyState]})`); + //throw new Error(`WebSocket is not open: readyState ${this._readyState} (${readyStates[this._readyState]})`); + this.dispatchEvent({type:'error'}); //dispatchEvent immediately + return; } - this._raw.send(data); + try { + this._raw.send(data); + } catch { + this._fail(); + } + } + + _fail() { + this._addPendingEvent({type:'error'}); + this._cleanup(); + this._addPendingEvent({type:'close', code:1006, reason: ""}); } _cleanup() { @@ -111,10 +119,11 @@ var global = global || (function () { return this; }()); } const ev = this._pendingEvents.shift(); if (ev) this.dispatchEvent(ev); - if (this._pendingEvents.length === 0 && this._readyState == WebSocket.CLOSING) { + if ((this._pendingEvents.length === 0 && this._readyState == WebSocket.CLOSING) || (ev && ev.type === 'close')) { this._raw = undefined; clearInterval(this._tid); this._readyState = WebSocket.CLOSED; + this._pendingEvents = []; } } diff --git a/Plugins/Puerts/Content/JavaScript/puerts/uelazyload.js b/Plugins/Puerts/Content/JavaScript/puerts/uelazyload.js index b627857..6d7c2da 100644 --- a/Plugins/Puerts/Content/JavaScript/puerts/uelazyload.js +++ b/Plugins/Puerts/Content/JavaScript/puerts/uelazyload.js @@ -13,20 +13,25 @@ var global = global || (function () { return this; }()); let loadCPPType = global.puerts.loadCPPType; - let cache = Object.create(null); - - let UE = new Proxy(cache, { - get : function(classWrapers, name) + function rawSet(obj, key, val) { + Object.defineProperty(obj, key, { + value: val, + writable: true, + configurable: true, + enumerable: false, + }); + } + + let UE = Object.create(null); + let UE_proxy = new Proxy(UE, { + get : function(UE, name) { - let value = classWrapers[name]; - if (value === undefined) - { - value = loadUEType(name); - classWrapers[name] = value; - } - return value; + let cls = loadUEType(name); + rawSet(UE, name, cls); + return cls; } }); + Object.setPrototypeOf(UE, UE_proxy); const TNAMESPACE = 0; const TENUM = 1 @@ -34,61 +39,62 @@ var global = global || (function () { return this; }()); const TSTRUCT = 3 function createNamespaceOrClass(path, parentDir, nodeType) { - return new Proxy({__path: path, __parent:parentDir, __type:nodeType}, { + let result = {__path: path, __parent:parentDir, __type:nodeType}; + let result_proxy = new Proxy(result, { get: function(node, name) { - if (!(name in node)) { - if (name === '__parent' || name === '__path') return undefined; + if (name === '__parent' || name === '__path') return undefined; + + if (node.__type == TENUM) { // auto load + const res = createNamespaceOrClass(name, node, TNAMESPACE); + rawSet(node, name, res); + blueprint_load(res); + return node[name]; + } else { + let newNodeType = node.__type; - if (node.__type == TENUM) { // auto load - node[name] = createNamespaceOrClass(name, node, TNAMESPACE); - blueprint_load(node[name]); - } else { - let newNodeType = node.__type; - - if (newNodeType === TNAMESPACE) { - let path = `/${name}.${name}` - let c = node; - while (c && c.__path) { - path = `/${c.__path}${path}` - c = c.__parent; - } - const obj = UE.Object.Load(path, true); - if (obj) { - const typeName = obj.GetClass().GetName(); - if (typeName === 'UserDefinedEnum') { - newNodeType = TENUM; - } else if (typeName === 'UserDefinedStruct') { - newNodeType = TSTRUCT; - } else { - newNodeType = TBLUEPRINT; - } + if (newNodeType === TNAMESPACE) { + let path = `/${name}.${name}` + let c = node; + while (c && c.__path) { + path = `/${c.__path}${path}` + c = c.__parent; + } + const obj = UE.Object.Load(path, true); + if (obj) { + const typeName = obj.GetClass().GetName(); + if (typeName === 'UserDefinedEnum') { + newNodeType = TENUM; + } else if (typeName === 'UserDefinedStruct') { + newNodeType = TSTRUCT; + } else { + newNodeType = TBLUEPRINT; } } - - node[name] = createNamespaceOrClass(name, node, newNodeType); } + const res = createNamespaceOrClass(name, node, newNodeType); + rawSet(node, name, res); + return res; } - return node[name]; } }); + Object.setPrototypeOf(result, result_proxy); + return result; } - cache["Game"] = createNamespaceOrClass("Game", undefined, TNAMESPACE); + rawSet(UE, "Game", createNamespaceOrClass("Game", undefined, TNAMESPACE)); puerts.registerBuildinModule('ue', UE); global.UE = UE; - let CPP = new Proxy(cache, { - get: function(classWrapers, name) { - let value = classWrapers[name]; - if (value === undefined) - { - value = loadCPPType(name); - classWrapers[name] = value; - } - return value; + let CPP = Object.create(null); + let CPP_proxy = new Proxy(CPP, { + get: function(CPP, name) { + let cls = loadCPPType(name); + rawSet(CPP, name, cls); + return cls; } }); + Object.setPrototypeOf(CPP, CPP_proxy); puerts.registerBuildinModule('cpp', CPP); global.CPP = CPP; @@ -105,10 +111,10 @@ var global = global || (function () { return this; }()); x[0] = val; } - cache.NewObject = global.__tgjsNewObject; + rawSet(UE, 'NewObject', global.__tgjsNewObject); global.__tgjsNewObject = undefined; - cache.NewStruct = global.__tgjsNewStruct; + rawSet(UE, 'NewStruct', global.__tgjsNewStruct); global.__tgjsNewStruct = undefined; puerts.$ref = ref; @@ -117,7 +123,7 @@ var global = global || (function () { return this; }()); puerts.merge = global.__tgjsMergeObject; global.__tgjsMergeObject = undefined; - cache.FNameLiteral = global.__tgjsFNameToArrayBuffer; + rawSet(UE, 'FNameLiteral', global.__tgjsFNameToArrayBuffer); global.__tgjsFNameToArrayBuffer = undefined; let rawmakeclass = global.__tgjsMakeUClass @@ -333,24 +339,24 @@ var global = global || (function () { return this; }()); return ret; } - cache.BuiltinBool = 0; - cache.BuiltinByte = 1; - cache.BuiltinInt = 2; - cache.BuiltinFloat = 3; - cache.BuiltinDouble = 4; - cache.BuiltinInt64 = 5; - cache.BuiltinString = 6; - cache.BuiltinText = 7; - cache.BuiltinName = 8; + rawSet(UE, 'BuiltinBool', 0); + rawSet(UE, 'BuiltinByte', 1); + rawSet(UE, 'BuiltinInt', 2); + rawSet(UE, 'BuiltinFloat', 3); + rawSet(UE, 'BuiltinDouble', 4); + rawSet(UE, 'BuiltinInt64', 5); + rawSet(UE, 'BuiltinString', 6); + rawSet(UE, 'BuiltinText', 7); + rawSet(UE, 'BuiltinName', 8); // call once to inject iterators to constructor - NewArray(cache.BuiltinInt); - NewSet(cache.BuiltinInt); - NewMap(cache.BuiltinInt, cache.BuiltinInt); + NewArray(UE.BuiltinInt); + NewSet(UE.BuiltinInt); + NewMap(UE.BuiltinInt, UE.BuiltinInt); - cache.NewArray = NewArray; - cache.NewSet = NewSet; - cache.NewMap = NewMap; + rawSet(UE, 'NewArray', NewArray); + rawSet(UE, 'NewSet', NewSet); + rawSet(UE, 'NewMap', NewMap); const FunctionFlags = { FUNC_None : 0x00000000, @@ -567,17 +573,17 @@ var global = global || (function () { return this; }()); return () => {}; } - cache.rpc = { + rawSet(UE, 'rpc', { "FunctionFlags" : FunctionFlags, "PropertyFlags" : PropertyFlags, "ELifetimeCondition" : ELifetimeCondition, "flags" : dummyDecorator, "condition" : dummyDecorator - } + }); const MetaDataInst = ''; - cache.uclass = { + rawSet(UE, 'uclass', { // the class specifier "ClassGroup": MetaDataInst, "Within": MetaDataInst, @@ -645,9 +651,9 @@ var global = global || (function () { return this; }()); "UsesHierarchy": MetaDataInst, // decorator to add class metadata "umeta": dummyDecorator - } + }); - cache.ufunction = { + rawSet(UE, 'ufunction', { // the function specifier "BlueprintImplementableEvent": MetaDataInst, "BlueprintNativeEvent": MetaDataInst, @@ -725,9 +731,9 @@ var global = global || (function () { return this; }()); "ArrayParam": MetaDataInst, // decorator to add function metadata "umeta": dummyDecorator - } + }); - cache.uproperty = { + rawSet(UE, 'uproperty', { // the specifiers "Const": MetaDataInst, "Config": MetaDataInst, @@ -839,10 +845,9 @@ var global = global || (function () { return this; }()); // decorator "umeta": dummyDecorator, "attach": dummyDecorator - } + }); - cache.uparam = - { + rawSet(UE, 'uparam', { // the specifiers "Const": MetaDataInst, "Ref": MetaDataInst, @@ -918,23 +923,23 @@ var global = global || (function () { return this; }()); "BitmaskEnum": MetaDataInst, // decorator "umeta": dummyDecorator, - } + }); - cache.edit_on_instance = dummyDecorator; - - cache.no_blueprint = dummyDecorator; - - cache.set_flags = dummyDecorator; - - cache.clear_flags = dummyDecorator; - - cache.FunctionFlags = FunctionFlags; + rawSet(UE, 'edit_on_instance', dummyDecorator); - cache.ClassFlags = ClassFlags; + rawSet(UE, 'no_blueprint', dummyDecorator); - cache.PropertyFlags = PropertyFlags; + rawSet(UE, 'set_flags', dummyDecorator); - cache.FunctionExportFlags = FunctionExportFlags; + rawSet(UE, 'clear_flags', dummyDecorator); + + rawSet(UE, 'FunctionFlags', FunctionFlags); + + rawSet(UE, 'ClassFlags', ClassFlags); + + rawSet(UE, 'PropertyFlags', PropertyFlags); + + rawSet(UE, 'FunctionExportFlags', FunctionExportFlags); puerts.toManualReleaseDelegate = (x) => x; puerts.toDelegate = (o,k) => [o, k]; diff --git a/Plugins/Puerts/Content/JavaScript/puerts/websocketpp.js b/Plugins/Puerts/Content/JavaScript/puerts/websocketpp.js index d14c9f8..de2020f 100644 --- a/Plugins/Puerts/Content/JavaScript/puerts/websocketpp.js +++ b/Plugins/Puerts/Content/JavaScript/puerts/websocketpp.js @@ -50,8 +50,6 @@ var global = global || (function () { return this; }()); const readyStates = ['CONNECTING', 'OPEN', 'CLOSING', 'CLOSED']; - const poll_ws_objects = []; - class WebSocket extends EventTarget { constructor(url, protocols) { super(); @@ -72,9 +70,7 @@ var global = global || (function () { return this; }()); this._addPendingEvent({type:'close', code:code, reason: reason}); }, () => { - this._addPendingEvent({type:'error'}); - this._cleanup(); - this._addPendingEvent({type:'close', code:1006, reason: ""}); + this._fail(); }); this._readyState = WebSocket.CONNECTING; @@ -92,9 +88,21 @@ var global = global || (function () { return this; }()); send(data) { if (this._readyState !== WebSocket.OPEN) { - throw new Error(`WebSocket is not open: readyState ${this._readyState} (${readyStates[this._readyState]})`); + //throw new Error(`WebSocket is not open: readyState ${this._readyState} (${readyStates[this._readyState]})`); + this.dispatchEvent({type:'error'}); //dispatchEvent immediately + return; } - this._raw.send(data); + try { + this._raw.send(data); + } catch { + this._fail(); + } + } + + _fail() { + this._addPendingEvent({type:'error'}); + this._cleanup(); + this._addPendingEvent({type:'close', code:1006, reason: ""}); } _cleanup() { @@ -111,10 +119,11 @@ var global = global || (function () { return this; }()); } const ev = this._pendingEvents.shift(); if (ev) this.dispatchEvent(ev); - if (this._pendingEvents.length === 0 && this._readyState == WebSocket.CLOSING) { + if ((this._pendingEvents.length === 0 && this._readyState == WebSocket.CLOSING) || (ev && ev.type === 'close')) { this._raw = undefined; clearInterval(this._tid); this._readyState = WebSocket.CLOSED; + this._pendingEvents = []; } } diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.cs b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.cs index b96a283..9bf27e2 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.cs +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.cs @@ -30,7 +30,7 @@ namespace CSharpParamDefaultValueMetas paramDefaultValueMetas.Generate(); - bool bHasGameRuntime = (from package in factory.Session.Packages where package.Module.ModuleType == UHTModuleType.GameRuntime select package).Any(); + bool bHasGameRuntime = (from module in factory.Session.Modules where module.Module.ModuleType == UHTModuleType.GameRuntime select module).Any(); paramDefaultValueMetas.OutputIfNeeded(bHasGameRuntime); } @@ -61,9 +61,9 @@ namespace CSharpParamDefaultValueMetas { GeneratedContentBuilder.Append("// Generated By C# UbtPlugin\r\n"); - var packages = (from package in Factory.Session.Packages - where (package.Module.ModuleType == UHTModuleType.EngineRuntime || package.Module.ModuleType == UHTModuleType.GameRuntime) - select package); + var packages = (from module in Factory.Session.Modules + where (module.Module.ModuleType == UHTModuleType.EngineRuntime || module.Module.ModuleType == UHTModuleType.GameRuntime) + select module.ScriptPackage); var classes = packages .SelectMany(TraverseTree) diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.ubtplugin.csproj b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.ubtplugin.csproj index 4e4ee50..a4369ac 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.ubtplugin.csproj +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/CSharpParamDefaultValueMetas.ubtplugin.csproj @@ -3,7 +3,11 @@ - net6.0 + + + 5.5 + net8.0 + Development Library false diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.dgspec.json b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.dgspec.json index 9346e61..b5669fc 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.dgspec.json +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.dgspec.json @@ -22,15 +22,15 @@ "C:\\Program Files (x86)\\NuGet\\Config\\Microsoft.VisualStudio.Offline.config" ], "originalTargetFrameworks": [ - "net6.0" + "net8.0" ], "sources": { "C:\\Program Files (x86)\\Microsoft SDKs\\NuGetPackages\\": {}, "https://api.nuget.org/v3/index.json": {} }, "frameworks": { - "net6.0": { - "targetAlias": "net6.0", + "net8.0": { + "targetAlias": "net8.0", "projectReferences": {} } }, @@ -43,12 +43,13 @@ "restoreAuditProperties": { "enableAudit": "true", "auditLevel": "low", - "auditMode": "direct" - } + "auditMode": "all" + }, + "SdkAnalysisLevel": "9.0.100" }, "frameworks": { - "net6.0": { - "targetAlias": "net6.0", + "net8.0": { + "targetAlias": "net8.0", "dependencies": { "Microsoft.CSharp": { "target": "Package", @@ -66,26 +67,12 @@ ], "assetTargetFallback": true, "warn": true, - "downloadDependencies": [ - { - "name": "Microsoft.AspNetCore.App.Ref", - "version": "[6.0.30, 6.0.30]" - }, - { - "name": "Microsoft.NETCore.App.Ref", - "version": "[6.0.30, 6.0.30]" - }, - { - "name": "Microsoft.WindowsDesktop.App.Ref", - "version": "[6.0.30, 6.0.30]" - } - ], "frameworkReferences": { "Microsoft.NETCore.App": { "privateAssets": "all" } }, - "runtimeIdentifierGraphPath": "D:\\MiceCola\\UE_5.5\\Engine\\Binaries\\ThirdParty\\DotNet\\8.0.300\\win-x64\\sdk\\8.0.300\\RuntimeIdentifierGraph.json" + "runtimeIdentifierGraphPath": "C:\\Program Files\\dotnet\\sdk\\9.0.100/PortableRuntimeIdentifierGraph.json" } } } diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.g.props b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.g.props index 186e672..8f2887a 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.g.props +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/CSharpParamDefaultValueMetas.ubtplugin.csproj.nuget.g.props @@ -7,7 +7,7 @@ $(UserProfile)\.nuget\packages\ C:\Users\张青\.nuget\packages\;C:\Program Files (x86)\Microsoft Visual Studio\Shared\NuGetPackages PackageReference - 6.10.0 + 6.12.1 diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Debug/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Debug/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig new file mode 100644 index 0000000..1b452d5 --- /dev/null +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Debug/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig @@ -0,0 +1,15 @@ +is_global = true +build_property.TargetFramework = net8.0 +build_property.TargetPlatformMinVersion = +build_property.UsingMicrosoftNETSdkWeb = +build_property.ProjectTypeGuids = +build_property.InvariantGlobalization = +build_property.PlatformNeutralAssembly = +build_property.EnforceExtendedAnalyzerRules = +build_property._SupportedPlatformList = Linux,macOS,Windows +build_property.RootNamespace = CSharpParamDefaultValueMetas +build_property.ProjectDir = D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\ +build_property.EnableComHosting = +build_property.EnableGeneratedComInterfaceComImportInterop = +build_property.EffectiveAnalysisLevelStyle = 8.0 +build_property.EnableCodeStyleSeverity = diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Debug/CSharpParamDefaultValueMetas.ubtplugin.assets.cache b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Debug/CSharpParamDefaultValueMetas.ubtplugin.assets.cache new file mode 100644 index 0000000..bbf5c57 Binary files /dev/null and b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Debug/CSharpParamDefaultValueMetas.ubtplugin.assets.cache differ diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpPa.E71C88CE.Up2Date b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpPa.E71C88CE.Up2Date new file mode 100644 index 0000000..e69de29 diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.pdb b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.pdb new file mode 100644 index 0000000..49507bf Binary files /dev/null and b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.pdb differ diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig index 7b0d4fd..1b452d5 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig @@ -1,5 +1,5 @@ is_global = true -build_property.TargetFramework = net6.0 +build_property.TargetFramework = net8.0 build_property.TargetPlatformMinVersion = build_property.UsingMicrosoftNETSdkWeb = build_property.ProjectTypeGuids = @@ -11,5 +11,5 @@ build_property.RootNamespace = CSharpParamDefaultValueMetas build_property.ProjectDir = D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\ build_property.EnableComHosting = build_property.EnableGeneratedComInterfaceComImportInterop = -build_property.EffectiveAnalysisLevelStyle = 6.0 +build_property.EffectiveAnalysisLevelStyle = 8.0 build_property.EnableCodeStyleSeverity = diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.assets.cache b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.assets.cache index b21c22d..e0e223f 100644 Binary files a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.assets.cache and b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.assets.cache differ diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.CoreCompileInputs.cache b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.CoreCompileInputs.cache index a71c54d..bb543bd 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.CoreCompileInputs.cache +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.CoreCompileInputs.cache @@ -1 +1 @@ -acfc2ce6c21e11e243f1beb848c668c5ad8317be9df7ed1ce1347befd4c57e75 +4dcf04fded4988fa5c24bba74a82a404ae8fd73afb5cfea2a423776f830011f6 diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.FileListAbsolute.txt b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.FileListAbsolute.txt index a7b7224..f436664 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.FileListAbsolute.txt +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/Development/CSharpParamDefaultValueMetas.ubtplugin.csproj.FileListAbsolute.txt @@ -1,3 +1,11 @@ +D:\MiceCola\MingSimulator\Binaries\DotNET\UnrealBuildTool\Plugins\CSharpParamDefaultValueMetas\CSharpParamDefaultValueMetas.deps.json +D:\MiceCola\MingSimulator\Binaries\DotNET\UnrealBuildTool\Plugins\CSharpParamDefaultValueMetas\CSharpParamDefaultValueMetas.dll +D:\MiceCola\MingSimulator\Binaries\DotNET\UnrealBuildTool\Plugins\CSharpParamDefaultValueMetas\ref\CSharpParamDefaultValueMetas.dll +D:\MiceCola\MingSimulator\Binaries\DotNET\UnrealBuildTool\Plugins\CSharpParamDefaultValueMetas\CSharpParamDefaultValueMetas.pdb D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\CSharpParamDefaultValueMetas.ubtplugin.csproj.AssemblyReference.cache D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\CSharpParamDefaultValueMetas.ubtplugin.GeneratedMSBuildEditorConfig.editorconfig D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\CSharpParamDefaultValueMetas.ubtplugin.csproj.CoreCompileInputs.cache +D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\CSharpPa.E71C88CE.Up2Date +D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\CSharpParamDefaultValueMetas.dll +D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\refint\CSharpParamDefaultValueMetas.dll +D:\MiceCola\MingSimulator\Plugins\Puerts\Source\CSharpParamDefaultValueMetas\obj\Development\CSharpParamDefaultValueMetas.pdb diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.assets.json b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.assets.json index c56b0dc..5d8248e 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.assets.json +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.assets.json @@ -1,7 +1,7 @@ { "version": 3, "targets": { - "net6.0": { + "net8.0": { "Microsoft.CSharp/4.7.0": { "type": "package", "compile": { @@ -85,7 +85,7 @@ } }, "projectFileDependencyGroups": { - "net6.0": [ + "net8.0": [ "Microsoft.CSharp >= 4.7.0" ] }, @@ -111,15 +111,15 @@ "C:\\Program Files (x86)\\NuGet\\Config\\Microsoft.VisualStudio.Offline.config" ], "originalTargetFrameworks": [ - "net6.0" + "net8.0" ], "sources": { "C:\\Program Files (x86)\\Microsoft SDKs\\NuGetPackages\\": {}, "https://api.nuget.org/v3/index.json": {} }, "frameworks": { - "net6.0": { - "targetAlias": "net6.0", + "net8.0": { + "targetAlias": "net8.0", "projectReferences": {} } }, @@ -132,12 +132,13 @@ "restoreAuditProperties": { "enableAudit": "true", "auditLevel": "low", - "auditMode": "direct" - } + "auditMode": "all" + }, + "SdkAnalysisLevel": "9.0.100" }, "frameworks": { - "net6.0": { - "targetAlias": "net6.0", + "net8.0": { + "targetAlias": "net8.0", "dependencies": { "Microsoft.CSharp": { "target": "Package", @@ -155,26 +156,12 @@ ], "assetTargetFallback": true, "warn": true, - "downloadDependencies": [ - { - "name": "Microsoft.AspNetCore.App.Ref", - "version": "[6.0.30, 6.0.30]" - }, - { - "name": "Microsoft.NETCore.App.Ref", - "version": "[6.0.30, 6.0.30]" - }, - { - "name": "Microsoft.WindowsDesktop.App.Ref", - "version": "[6.0.30, 6.0.30]" - } - ], "frameworkReferences": { "Microsoft.NETCore.App": { "privateAssets": "all" } }, - "runtimeIdentifierGraphPath": "D:\\MiceCola\\UE_5.5\\Engine\\Binaries\\ThirdParty\\DotNet\\8.0.300\\win-x64\\sdk\\8.0.300\\RuntimeIdentifierGraph.json" + "runtimeIdentifierGraphPath": "C:\\Program Files\\dotnet\\sdk\\9.0.100/PortableRuntimeIdentifierGraph.json" } } } diff --git a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.nuget.cache b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.nuget.cache index f4f9d66..aef4d0b 100644 --- a/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.nuget.cache +++ b/Plugins/Puerts/Source/CSharpParamDefaultValueMetas/obj/project.nuget.cache @@ -1,13 +1,10 @@ { "version": 2, - "dgSpecHash": "+l+ToRTRVP0=", + "dgSpecHash": "EOUSIvcgfIU=", "success": true, "projectFilePath": "D:\\MiceCola\\MingSimulator\\Plugins\\Puerts\\Source\\CSharpParamDefaultValueMetas\\CSharpParamDefaultValueMetas.ubtplugin.csproj", "expectedPackageFiles": [ - "C:\\Users\\张青\\.nuget\\packages\\microsoft.csharp\\4.7.0\\microsoft.csharp.4.7.0.nupkg.sha512", - "C:\\Users\\张青\\.nuget\\packages\\microsoft.netcore.app.ref\\6.0.30\\microsoft.netcore.app.ref.6.0.30.nupkg.sha512", - "C:\\Users\\张青\\.nuget\\packages\\microsoft.windowsdesktop.app.ref\\6.0.30\\microsoft.windowsdesktop.app.ref.6.0.30.nupkg.sha512", - "C:\\Users\\张青\\.nuget\\packages\\microsoft.aspnetcore.app.ref\\6.0.30\\microsoft.aspnetcore.app.ref.6.0.30.nupkg.sha512" + "C:\\Users\\张青\\.nuget\\packages\\microsoft.csharp\\4.7.0\\microsoft.csharp.4.7.0.nupkg.sha512" ], "logs": [] } \ No newline at end of file diff --git a/Plugins/Puerts/Source/DeclarationGenerator/Private/DeclarationGenerator.cpp b/Plugins/Puerts/Source/DeclarationGenerator/Private/DeclarationGenerator.cpp index 21431e1..d075672 100644 --- a/Plugins/Puerts/Source/DeclarationGenerator/Private/DeclarationGenerator.cpp +++ b/Plugins/Puerts/Source/DeclarationGenerator/Private/DeclarationGenerator.cpp @@ -28,11 +28,12 @@ #include "Widgets/Notifications/SNotificationList.h" // #include "Misc/MessageDialog.h" #include "Framework/MultiBox/MultiBoxBuilder.h" -#include "Engine/UserDefinedStruct.h" +#include "StructUtils/UserDefinedStruct.h" #include "Engine/UserDefinedEnum.h" #include "Engine/Blueprint.h" #include "CodeGenerator.h" #include "JSClassRegister.h" +#include "UECompatible.h" #include "Engine/CollisionProfile.h" #if (ENGINE_MAJOR_VERSION >= 5) #include "ToolMenus.h" @@ -1089,7 +1090,10 @@ void FTypeScriptDeclarationGenerator::GatherExtensions(UStruct* Struct, FStringB while (PropertyInfo && PropertyInfo->Name && PropertyInfo->Type) { if (Struct->FindPropertyByName(UTF8_TO_TCHAR(PropertyInfo->Name))) + { + ++PropertyInfo; continue; + } Buff << " " << PropertyInfo->Name << ": " << GetNamePrefix(PropertyInfo->Type) << PropertyInfo->Type->Name() << ";\n"; ++PropertyInfo; @@ -1366,7 +1370,6 @@ void FTypeScriptDeclarationGenerator::GenEnum(UEnum* Enum) void FTypeScriptDeclarationGenerator::GenStruct(UStruct* Struct) { -#include "ExcludeStructs.h" FStringBuffer StringBuffer{"", ""}; const FString SafeStructName = Struct->IsNative() ? SafeName(Struct->GetName()) : PUERTS_NAMESPACE::FilenameToTypeScriptVariableName(Struct->GetName()); @@ -1396,6 +1399,31 @@ void FTypeScriptDeclarationGenerator::GenStruct(UStruct* Struct) auto GenConstrutor = [&]() { + auto ClassDefinition = PUERTS_NAMESPACE::FindClassByType(Struct); + if (ClassDefinition && ClassDefinition->ConstructorInfos) + { + PUERTS_NAMESPACE::NamedFunctionInfo* ConstructorInfo = ClassDefinition->ConstructorInfos; + while (ConstructorInfo && ConstructorInfo->Name && ConstructorInfo->Type) + { + FStringBuffer Tmp; + Tmp << "constructor("; + GenArgumentsForFunctionInfo(ConstructorInfo->Type, Tmp); + Tmp << ")"; + StringBuffer << " " << Tmp.Buffer << ";\n"; + for (unsigned int i = 0; i < ConstructorInfo->Type->ArgumentCount(); i++) + { + auto argInfo = ConstructorInfo->Type->Argument(i); + if (argInfo->IsUEType()) + { + UScriptStruct* UsedStruct = PUERTS_NAMESPACE::FindAnyType(UTF8_TO_TCHAR(argInfo->Name())); + if (UsedStruct) + Gen(UsedStruct); + } + } + ++ConstructorInfo; + } + return; + } FStringBuffer TmpBuff; TmpBuff << "constructor("; bool First = true; diff --git a/Plugins/Puerts/Source/DeclarationGenerator/Private/ExcludeStructs.h b/Plugins/Puerts/Source/DeclarationGenerator/Private/ExcludeStructs.h deleted file mode 100644 index cfd4115..0000000 --- a/Plugins/Puerts/Source/DeclarationGenerator/Private/ExcludeStructs.h +++ /dev/null @@ -1,8 +0,0 @@ -// gen by puerts gen tools -auto SName = Struct -> GetName(); -if (SName == "IntVector" || SName == "Color" || SName == "Quat" || SName == "Vector2D" || SName == "Vector4" || - SName == "Transform" || SName == "LinearColor" || SName == "Box2D" || SName == "Vector" || SName == "IntPoint" || - SName == "Rotator" || SName == "Guid") -{ - return; -} \ No newline at end of file diff --git a/Plugins/Puerts/Source/JsEnv/JsEnv.Build.cs b/Plugins/Puerts/Source/JsEnv/JsEnv.Build.cs index d599f85..6138535 100644 --- a/Plugins/Puerts/Source/JsEnv/JsEnv.Build.cs +++ b/Plugins/Puerts/Source/JsEnv/JsEnv.Build.cs @@ -170,6 +170,12 @@ public class JsEnv : ModuleRules string coreJSPath = Path.GetFullPath(Path.Combine(ModuleDirectory, "..", "..", "Content")); string destDirName = Path.GetFullPath(Path.Combine(ModuleDirectory, "..", "..", "..", "..", "Content")); DirectoryCopy(coreJSPath, destDirName, true); + + // 每次build时拷贝一些手写的.d.ts到Typing目录以同步更新 + string srcDtsDirName = Path.GetFullPath(Path.Combine(ModuleDirectory, "..", "..", "Typing")); + string dstDtsDirName = Path.GetFullPath(Path.Combine(ModuleDirectory, "..", "..", "..", "..", "Typing")); + DirectoryCopy(srcDtsDirName, dstDtsDirName, true); + } void OldThirdParty(ReadOnlyTargetRules Target) @@ -618,10 +624,14 @@ public class JsEnv : ModuleRules PublicDefinitions.Add("WITH_QJS_NAMESPACE_SUFFIX=1"); PublicDefinitions.Add("QJSV8NAMESPACE=v8_qjs"); } + + string ThirdPartyPath = Path.GetFullPath(Path.Combine(ModuleDirectory, "..", "..", "ThirdParty")); + string HeaderPath = Path.GetFullPath(Path.Combine(ThirdPartyPath, "Include")); + PublicIncludePaths.AddRange(new string[] { Path.Combine(HeaderPath, "websocketpp") }); + PublicIncludePaths.AddRange(new string[] { Path.Combine(HeaderPath, "asio") }); + PublicIncludePaths.AddRange(new string[] { Path.Combine(ThirdPartyPath, "quickjs", "Inc") }); - PublicIncludePaths.AddRange(new string[] { Path.Combine(ModuleDirectory, "..", "..", "ThirdParty", "quickjs", "Inc") }); - - string LibraryPath = Path.GetFullPath(Path.Combine(ModuleDirectory, "..", "..", "ThirdParty", "quickjs", "Lib")); + string LibraryPath = Path.GetFullPath(Path.Combine(ThirdPartyPath, "quickjs", "Lib")); if (Target.Platform == UnrealTargetPlatform.Win64) { string V8LibraryPath = Path.Combine(LibraryPath, "Win64MD"); diff --git a/Plugins/Puerts/Source/JsEnv/Private/ContainerMeta.cpp b/Plugins/Puerts/Source/JsEnv/Private/ContainerMeta.cpp index 1d02348..21db027 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/ContainerMeta.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/ContainerMeta.cpp @@ -228,7 +228,12 @@ PropertyMacro* FContainerMeta::GetObjectProperty(UField* Field) if (Enum->GetCppForm() == UEnum::ECppForm::EnumClass) { FEnumProperty* EnumProp = +#if ENGINE_MAJOR_VERSION > 4 && ENGINE_MINOR_VERSION > 4 // 5.5+ + new FEnumProperty(PropertyMetaRoot, NAME_None, RF_Transient); + EnumProp->SetEnum(Enum); +#else new FEnumProperty(PropertyMetaRoot, NAME_None, RF_Transient, 0, CPF_HasGetValueTypeHash, Enum); +#endif FNumericProperty* UnderlyingProp = new FByteProperty(EnumProp, TEXT("UnderlyingType"), RF_Transient); EnumProp->AddCppProperty(UnderlyingProp); EnumProp->ElementSize = UnderlyingProp->ElementSize; diff --git a/Plugins/Puerts/Source/JsEnv/Private/CppObjectMapper.cpp b/Plugins/Puerts/Source/JsEnv/Private/CppObjectMapper.cpp index a805312..6939171 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/CppObjectMapper.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/CppObjectMapper.cpp @@ -11,11 +11,6 @@ namespace PUERTS_NAMESPACE { -template -inline void __USE(T&&) -{ -} - static void ThrowException(v8::Isolate* Isolate, const char* Message) { auto ExceptionStr = v8::String::NewFromUtf8(Isolate, Message, v8::NewStringType::kNormal).ToLocalChecked(); diff --git a/Plugins/Puerts/Source/JsEnv/Private/Ext/UEExtension.cpp b/Plugins/Puerts/Source/JsEnv/Private/Ext/UEExtension.cpp index 59c1777..629b113 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Ext/UEExtension.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Ext/UEExtension.cpp @@ -81,7 +81,12 @@ static void FText_Format(const v8::FunctionCallbackInfo& Info) } #endif -struct AutoRegisterForUE +#if ENGINE_MAJOR_VERSION > 4 +UsingUClass(AActor); +UsingUStruct(FHitResult) +#endif + + struct AutoRegisterForUE { AutoRegisterForUE() { @@ -130,6 +135,10 @@ struct AutoRegisterForUE .Function("Format", FText_Format, &FormatSignature) .Register(); #endif + +#if ENGINE_MAJOR_VERSION > 4 + PUERTS_NAMESPACE::DefineClass().Method("GetActor", MakeFunction(&FHitResult::GetActor)).Register(); +#endif } }; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FBox2D_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FBox2D_Wrap.cpp index 1841b26..309278b 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FBox2D_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FBox2D_Wrap.cpp @@ -8,746 +8,44 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator+= FBox2D &(const FVector2D &) __attribute__((thiscall)) - -// unsupported method : operator+= FBox2D &(const FBox2D &) __attribute__((thiscall)) - -static void* _FBox2DNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FBox2D* Obj = new FBox2D(); - - // UE_LOG(LogTemp, Warning, TEXT("_FBox2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FBox2D* Obj = new FBox2D(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FBox2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector2D* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - FBox2D* Obj = new FBox2D(*Arg0, *Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FBox2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const int32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - FBox2D* Obj = new FBox2D(Arg0, Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FBox2DNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FBox2DDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FBox2D* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FBox2DDelete_:%p"), Self); - delete Self; -} -static void FBox2DM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FBox2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FBox2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FBox2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FBox2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FBox2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_ComputeSquaredDistanceToPoint(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_ComputeSquaredDistanceToPoint] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ComputeSquaredDistanceToPoint(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_ExpandBy(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - const float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_ExpandBy] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ExpandBy(Arg0); - void* Ptr = new FBox2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_GetArea(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_GetArea] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetArea(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_GetCenter(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_GetCenter] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetCenter(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_GetCenterAndExtents(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked())) - { - FVector2D* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - FVector2D* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_GetCenterAndExtents] Attempt to access a NULL self pointer"); - return; - } - Self->GetCenterAndExtents(*Arg0, *Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_GetClosestPointTo(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_GetClosestPointTo] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetClosestPointTo(*Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_GetExtent(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_GetExtent] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetExtent(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_GetSize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_GetSize] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSize(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_Init(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::M_Init] Attempt to access a NULL self pointer"); - return; - } - Self->Init(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_Intersect(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FBox2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_Intersect] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Intersect(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_IsInside(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_IsInside] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsInside(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FBox2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_IsInside] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsInside(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_ShiftBy(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_ShiftBy] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ShiftBy(*Arg0); - void* Ptr = new FBox2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FBox2DM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FBox2D::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FBox2DMinGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::Min] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, &(Self->Min), true); - - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FBox2DMinSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::Min] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Min = *PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Value->ToObject(Context).ToLocalChecked()); -} -static void _FBox2DMaxGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::Max] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, &(Self->Max), true); - - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FBox2DMaxSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::Max] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Max = *PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Value->ToObject(Context).ToLocalChecked()); -} -static void _FBox2DbIsValidGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::bIsValid] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Boolean::New(Isolate, Self->bIsValid); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FBox2DbIsValidSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FBox2D::bIsValid] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->bIsValid = Value->ToBoolean(Isolate)->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFBox2D { AutoRegisterForFBox2D() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"Min", _FBox2DMinGet_, _FBox2DMinSet_}, - {"Max", _FBox2DMaxGet_, _FBox2DMaxSet_}, {"bIsValid", _FBox2DbIsValidGet_, _FBox2DbIsValidSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"op_Equality", FBox2DM_op_Equality}, - {"op_Inequality", FBox2DM_op_Inequality}, {"op_Addition", FBox2DM_op_Addition}, {"set_Item", FBox2DM_set_Item}, - {"ComputeSquaredDistanceToPoint", FBox2DM_ComputeSquaredDistanceToPoint}, {"ExpandBy", FBox2DM_ExpandBy}, - {"GetArea", FBox2DM_GetArea}, {"GetCenter", FBox2DM_GetCenter}, {"GetCenterAndExtents", FBox2DM_GetCenterAndExtents}, - {"GetClosestPointTo", FBox2DM_GetClosestPointTo}, {"GetExtent", FBox2DM_GetExtent}, {"GetSize", FBox2DM_GetSize}, - {"Init", FBox2DM_Init}, {"Intersect", FBox2DM_Intersect}, {"IsInside", FBox2DM_IsInside}, {"ShiftBy", FBox2DM_ShiftBy}, - {"ToString", FBox2DM_ToString}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{0, 0}}; - - Def.UETypeName = "Box2D"; - - Def.SetInitialize(_FBox2DNew_); - Def.Finalize = _FBox2DDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FBox2D), MakeConstructor(FBox2D, EForceInit), + MakeConstructor(FBox2D, const FVector2D&, const FVector2D&), MakeConstructor(FBox2D, const FVector2D*, const int32), + MakeConstructor(FBox2D, const TArray&))) + .Property("Min", MakeProperty(&FBox2D::Min)) + .Property("Max", MakeProperty(&FBox2D::Max)) + .Property("bIsValid", MakeProperty(&FBox2D::bIsValid)) + .Method("op_Equality", MakeFunction(&FBox2D::operator==)) + .Method("op_Inequality", MakeFunction(&FBox2D::operator!=)) + .Method("op_Addition", CombineOverloads(MakeOverload(FBox2D(FBox2D::*)(const FVector2D&) const, &FBox2D::operator+), + MakeOverload(FBox2D(FBox2D::*)(const FBox2D&) const, &FBox2D::operator+))) + .Method("set_Item", SelectFunction(FVector2D & (FBox2D::*) (int32), &FBox2D::operator[])) + .Method("ComputeSquaredDistanceToPoint", MakeFunction(&FBox2D::ComputeSquaredDistanceToPoint)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION > 2 + .Method("ExpandBy", SelectFunction(FBox2D(FBox2D::*)(const double W) const, &FBox2D::ExpandBy)) +#else + .Method("ExpandBy", SelectFunction(FBox2D(FBox2D::*)(const float W) const, &FBox2D::ExpandBy)) +#endif + .Method("GetArea", MakeFunction(&FBox2D::GetArea)) + .Method("GetCenter", MakeFunction(&FBox2D::GetCenter)) + .Method("GetCenterAndExtents", MakeFunction(&FBox2D::GetCenterAndExtents)) + .Method("GetClosestPointTo", MakeFunction(&FBox2D::GetClosestPointTo)) + .Method("GetExtent", MakeFunction(&FBox2D::GetExtent)) + .Method("GetSize", MakeFunction(&FBox2D::GetSize)) + .Method("Init", MakeFunction(&FBox2D::Init)) + .Method("Intersect", MakeFunction(&FBox2D::Intersect)) + .Method("IsInside", CombineOverloads(MakeOverload(bool (FBox2D::*)(const FVector2D&) const, &FBox2D::IsInside), + MakeOverload(bool (FBox2D::*)(const FBox2D&) const, &FBox2D::IsInside))) + .Method("ShiftBy", MakeFunction(&FBox2D::ShiftBy)) + .Method("ToString", MakeFunction(&FBox2D::ToString)) + .Register(); } }; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FColor_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FColor_Wrap.cpp index a6ee988..509073b 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FColor_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FColor_Wrap.cpp @@ -8,552 +8,49 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator+= void (const FColor &) __attribute__((thiscall)) - -static void* _FColorNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FColor* Obj = new FColor(); - - // UE_LOG(LogTemp, Warning, TEXT("_FColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FColor* Obj = new FColor(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber() && Info[3]->IsNumber()) - { - uint8 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - uint8 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - uint8 Arg2 = Info[2]->ToInteger(Context).ToLocalChecked()->Value(); - uint8 Arg3 = Info[3]->ToInteger(Context).ToLocalChecked()->Value(); - FColor* Obj = new FColor(Arg0, Arg1, Arg2, Arg3); - - // UE_LOG(LogTemp, Warning, TEXT("_FColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - uint32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - FColor* Obj = new FColor(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FColorNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FColorDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FColor* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FColorDelete_:%p"), Self); - delete Self; -} -static void FColorM_DWColor(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_DWColor] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->DWColor(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_DWColor] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->DWColor(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_FromRGBE(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_FromRGBE] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->FromRGBE(); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorS_FromHex(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto MethodResult = FColor::FromHex(Arg0); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorS_MakeRandomColor(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto MethodResult = FColor::MakeRandomColor(); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorS_MakeRedToGreenColorFromScalar(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FColor::MakeRedToGreenColorFromScalar(Arg0); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorS_MakeFromColorTemperature(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FColor::MakeFromColorTemperature(Arg0); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_WithAlpha(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - uint8 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_WithAlpha] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->WithAlpha(Arg0); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ReinterpretAsLinear(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_ReinterpretAsLinear] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ReinterpretAsLinear(); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ToHex(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FColor::M_ToHex] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToHex(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ToPackedARGB(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_ToPackedARGB] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToPackedARGB(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ToPackedABGR(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_ToPackedABGR] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToPackedABGR(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ToPackedRGBA(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_ToPackedRGBA] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToPackedRGBA(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FColorM_ToPackedBGRA(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FColor::M_ToPackedBGRA] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToPackedBGRA(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFColor { AutoRegisterForFColor() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"DWColor", FColorM_DWColor}, {"op_Equality", FColorM_op_Equality}, - {"op_Inequality", FColorM_op_Inequality}, {"FromRGBE", FColorM_FromRGBE}, {"WithAlpha", FColorM_WithAlpha}, - {"ReinterpretAsLinear", FColorM_ReinterpretAsLinear}, {"ToHex", FColorM_ToHex}, {"ToString", FColorM_ToString}, - {"InitFromString", FColorM_InitFromString}, {"ToPackedARGB", FColorM_ToPackedARGB}, - {"ToPackedABGR", FColorM_ToPackedABGR}, {"ToPackedRGBA", FColorM_ToPackedRGBA}, {"ToPackedBGRA", FColorM_ToPackedBGRA}, - {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"FromHex", FColorS_FromHex}, - {"MakeRandomColor", FColorS_MakeRandomColor}, {"MakeRedToGreenColorFromScalar", FColorS_MakeRedToGreenColorFromScalar}, - {"MakeFromColorTemperature", FColorS_MakeFromColorTemperature}, {0, 0}}; - - Def.UETypeName = "Color"; - - Def.SetInitialize(_FColorNew_); - Def.Finalize = _FColorDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FColor), MakeConstructor(FColor, EForceInit), + MakeConstructor(FColor, uint8, uint8, uint8, uint8), MakeConstructor(FColor, uint32))) + .Method("DWColor", CombineOverloads(MakeOverload(uint32 & (FColor::*) (), &FColor::DWColor), + MakeOverload(const uint32& (FColor::*) () const, &FColor::DWColor))) + .Method("op_Equality", MakeFunction(&FColor::operator==)) + .Method("op_Inequality", MakeFunction(&FColor::operator!=)) + .Method("FromRGBE", MakeFunction(&FColor::FromRGBE)) + .Function("FromHex", MakeFunction(&FColor::FromHex)) + .Function("MakeRandomColor", MakeFunction(&FColor::MakeRandomColor)) + .Function("MakeRedToGreenColorFromScalar", MakeFunction(&FColor::MakeRedToGreenColorFromScalar)) + .Function("MakeFromColorTemperature", MakeFunction(&FColor::MakeFromColorTemperature)) + .Method("WithAlpha", MakeFunction(&FColor::WithAlpha)) + .Method("ReinterpretAsLinear", MakeFunction(&FColor::ReinterpretAsLinear)) + .Method("ToHex", MakeFunction(&FColor::ToHex)) + .Method("ToString", MakeFunction(&FColor::ToString)) + .Method("InitFromString", MakeFunction(&FColor::InitFromString)) + .Method("ToPackedARGB", MakeFunction(&FColor::ToPackedARGB)) + .Method("ToPackedABGR", MakeFunction(&FColor::ToPackedABGR)) + .Method("ToPackedRGBA", MakeFunction(&FColor::ToPackedRGBA)) + .Method("ToPackedBGRA", MakeFunction(&FColor::ToPackedBGRA)) + .Variable("White", MakeReadonlyVariable(&FColor::White)) + .Variable("Black", MakeReadonlyVariable(&FColor::Black)) + .Variable("Transparent", MakeReadonlyVariable(&FColor::Transparent)) + .Variable("Red", MakeReadonlyVariable(&FColor::Red)) + .Variable("Green", MakeReadonlyVariable(&FColor::Green)) + .Variable("Blue", MakeReadonlyVariable(&FColor::Blue)) + .Variable("Yellow", MakeReadonlyVariable(&FColor::Yellow)) + .Variable("Cyan", MakeReadonlyVariable(&FColor::Cyan)) + .Variable("Magenta", MakeReadonlyVariable(&FColor::Magenta)) + .Variable("Orange", MakeReadonlyVariable(&FColor::Orange)) + .Variable("Purple", MakeReadonlyVariable(&FColor::Purple)) + .Variable("Turquoise", MakeReadonlyVariable(&FColor::Turquoise)) + .Variable("Silver", MakeReadonlyVariable(&FColor::Silver)) + .Variable("Emerald", MakeReadonlyVariable(&FColor::Emerald)) + .Register(); } }; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FGuid_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FGuid_Wrap.cpp index bd075c7..c6d7c66 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FGuid_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FGuid_Wrap.cpp @@ -8,416 +8,33 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -static void* _FGuidNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FGuid* Obj = new FGuid(); - - // UE_LOG(LogTemp, Warning, TEXT("_FGuidNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber() && Info[3]->IsNumber()) - { - uint32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - uint32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - uint32 Arg2 = Info[2]->ToInteger(Context).ToLocalChecked()->Value(); - uint32 Arg3 = Info[3]->ToInteger(Context).ToLocalChecked()->Value(); - FGuid* Obj = new FGuid(Arg0, Arg1, Arg2, Arg3); - - // UE_LOG(LogTemp, Warning, TEXT("_FGuidNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FGuidDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FGuid* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FGuidDelete_:%p"), Self); - delete Self; -} -static void FGuidM_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FGuid::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidM_get_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FGuid::M_get_Item] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator[](Arg0); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidM_Invalidate(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FGuid::M_Invalidate] Attempt to access a NULL self pointer"); - return; - } - Self->Invalidate(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidM_IsValid(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::M_IsValid] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsValid(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FGuid::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EGuidFormats Arg0 = EGuidFormats(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FGuid::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(Arg0); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidS_NewGuid(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto MethodResult = FGuid::NewGuid(); - void* Ptr = new FGuid(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidS_Parse(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsString() && Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked())) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - FGuid* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - auto MethodResult = FGuid::Parse(Arg0, *Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FGuidS_ParseExact(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsString() && Info[1]->IsNumber() && Info[2]->IsObject() && - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->ToObject(Context).ToLocalChecked())) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - EGuidFormats Arg1 = EGuidFormats(Info[1]->ToInt32(Context).ToLocalChecked()->Value()); - FGuid* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->ToObject(Context).ToLocalChecked()); - auto MethodResult = FGuid::ParseExact(Arg0, Arg1, *Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FGuidAGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::A] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->A); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FGuidASet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::A] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->A = Value->ToInteger(Context).ToLocalChecked()->Value(); -} -static void _FGuidBGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::B] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->B); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FGuidBSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::B] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->B = Value->ToInteger(Context).ToLocalChecked()->Value(); -} -static void _FGuidCGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::C] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->C); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FGuidCSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::C] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->C = Value->ToInteger(Context).ToLocalChecked()->Value(); -} -static void _FGuidDGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::D] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->D); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FGuidDSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FGuid::D] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->D = Value->ToInteger(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFGuid { AutoRegisterForFGuid() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"A", _FGuidAGet_, _FGuidASet_}, {"B", _FGuidBGet_, _FGuidBSet_}, - {"C", _FGuidCGet_, _FGuidCSet_}, {"D", _FGuidDGet_, _FGuidDSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"set_Item", FGuidM_set_Item}, {"get_Item", FGuidM_get_Item}, - {"Invalidate", FGuidM_Invalidate}, {"IsValid", FGuidM_IsValid}, {"ToString", FGuidM_ToString}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = { - {"NewGuid", FGuidS_NewGuid}, {"Parse", FGuidS_Parse}, {"ParseExact", FGuidS_ParseExact}, {0, 0}}; - - Def.UETypeName = "Guid"; - - Def.SetInitialize(_FGuidNew_); - Def.Finalize = _FGuidDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FGuid), MakeConstructor(FGuid, uint32, uint32, uint32, uint32))) + .Property("A", MakeProperty(&FGuid::A)) + .Property("B", MakeProperty(&FGuid::B)) + .Property("C", MakeProperty(&FGuid::C)) + .Property("D", MakeProperty(&FGuid::D)) + .Method("set_Item", SelectFunction(uint32 & (FGuid::*) (int32), &FGuid::operator[])) + .Method("get_Item", SelectFunction(const uint32& (FGuid::*) (int32) const, &FGuid::operator[])) + .Method("Invalidate", MakeFunction(&FGuid::Invalidate)) + .Method("IsValid", MakeFunction(&FGuid::IsValid)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION > 2 + .Method("ToString", MakeFunction(&FGuid::ToString, EGuidFormats::Digits)) +#else + .Method("ToString", CombineOverloads(MakeOverload(FString(FGuid::*)() const, &FGuid::ToString), + MakeOverload(FString(FGuid::*)(EGuidFormats Format) const, &FGuid::ToString))) +#endif + .Function("NewGuid", MakeFunction(&FGuid::NewGuid)) + .Function("Parse", MakeFunction(&FGuid::Parse)) + .Function("ParseExact", MakeFunction(&FGuid::ParseExact)) + .Register(); } }; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntPoint_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntPoint_Wrap.cpp index 719f2a1..33d757c 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntPoint_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntPoint_Wrap.cpp @@ -8,717 +8,44 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator() const int32 &(int32) __attribute__((thiscall)) const - -// unsupported method : operator() int32 &(int32) __attribute__((thiscall)) - -// unsupported method : operator*= FIntPoint &(int32) __attribute__((thiscall)) - -// unsupported method : operator/= FIntPoint &(int32) __attribute__((thiscall)) - -// unsupported method : operator+= FIntPoint &(const FIntPoint &) __attribute__((thiscall)) - -// unsupported method : operator-= FIntPoint &(const FIntPoint &) __attribute__((thiscall)) - -// unsupported method : operator/= FIntPoint &(const FIntPoint &) __attribute__((thiscall)) - -// unsupported method : operator= FIntPoint &(const FIntPoint &) __attribute__((thiscall)) - -static void* _FIntPointNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FIntPoint* Obj = new FIntPoint(); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntPointNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - int32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - FIntPoint* Obj = new FIntPoint(Arg0, Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntPointNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FIntPoint* Obj = new FIntPoint(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntPointNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FIntPointDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FIntPoint* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FIntPointDelete_:%p"), Self); - delete Self; -} -static void FIntPointM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(*Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_get_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_get_Item] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator[](Arg0); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_ComponentMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_ComponentMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ComponentMin(*Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_ComponentMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_ComponentMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ComponentMax(*Arg0); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_GetMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_GetMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMax(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_GetMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_GetMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMin(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_Size(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_Size] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_SizeSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_SizeSquared] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntPoint::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointS_DivideAndRoundUp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - int32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - auto MethodResult = FIntPoint::DivideAndRoundUp(*Arg0, Arg1); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FIntPoint* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FIntPoint::DivideAndRoundUp(*Arg0, *Arg1); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointS_DivideAndRoundDown(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - int32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - auto MethodResult = FIntPoint::DivideAndRoundDown(*Arg0, Arg1); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntPointS_Num(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto MethodResult = FIntPoint::Num(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FIntPointXGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntPoint::X] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->X); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FIntPointXSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntPoint::X] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->X = Value->ToInteger(Context).ToLocalChecked()->Value(); -} -static void _FIntPointYGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntPoint::Y] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->Y); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FIntPointYSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntPoint::Y] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Y = Value->ToInteger(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFIntPoint { AutoRegisterForFIntPoint() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = { - {"X", _FIntPointXGet_, _FIntPointXSet_}, {"Y", _FIntPointYGet_, _FIntPointYSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"op_Equality", FIntPointM_op_Equality}, - {"op_Inequality", FIntPointM_op_Inequality}, {"op_Multiply", FIntPointM_op_Multiply}, - {"op_Division", FIntPointM_op_Division}, {"op_Addition", FIntPointM_op_Addition}, - {"op_Subtraction", FIntPointM_op_Subtraction}, {"set_Item", FIntPointM_set_Item}, {"get_Item", FIntPointM_get_Item}, - {"ComponentMin", FIntPointM_ComponentMin}, {"ComponentMax", FIntPointM_ComponentMax}, {"GetMax", FIntPointM_GetMax}, - {"GetMin", FIntPointM_GetMin}, {"Size", FIntPointM_Size}, {"SizeSquared", FIntPointM_SizeSquared}, - {"ToString", FIntPointM_ToString}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"DivideAndRoundUp", FIntPointS_DivideAndRoundUp}, - {"DivideAndRoundDown", FIntPointS_DivideAndRoundDown}, {"Num", FIntPointS_Num}, {0, 0}}; - - Def.UETypeName = "IntPoint"; - - Def.SetInitialize(_FIntPointNew_); - Def.Finalize = _FIntPointDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors( + MakeConstructor(FIntPoint), MakeConstructor(FIntPoint, int32, int32), MakeConstructor(FIntPoint, EForceInit))) + .Property("X", MakeProperty(&FIntPoint::X)) + .Property("Y", MakeProperty(&FIntPoint::Y)) + .Method("op_Equality", MakeFunction(&FIntPoint::operator==)) + .Method("op_Inequality", MakeFunction(&FIntPoint::operator!=)) + .Method("op_Multiply", SelectFunction(FIntPoint(FIntPoint::*)(int32 Scale) const, &FIntPoint::operator*)) + .Method("op_Division", CombineOverloads(MakeOverload(FIntPoint(FIntPoint::*)(int32) const, &FIntPoint::operator/), + MakeOverload(FIntPoint(FIntPoint::*)(const FIntPoint&) const, &FIntPoint::operator/))) + .Method("op_Addition", MakeFunction(&FIntPoint::operator+)) + .Method("op_Subtraction", MakeFunction(&FIntPoint::operator-)) + .Method("set_Item", SelectFunction(int32 & (FIntPoint::*) (int32), &FIntPoint::operator[])) + .Method("get_Item", SelectFunction(int32(FIntPoint::*)(int32) const, &FIntPoint::operator[])) + .Method("ComponentMin", MakeFunction(&FIntPoint::ComponentMin)) + .Method("ComponentMax", MakeFunction(&FIntPoint::ComponentMax)) + .Method("GetMax", MakeFunction(&FIntPoint::GetMax)) + .Method("GetMin", MakeFunction(&FIntPoint::GetMin)) + .Method("Size", MakeFunction(&FIntPoint::Size)) + .Method("SizeSquared", MakeFunction(&FIntPoint::SizeSquared)) + .Method("ToString", MakeFunction(&FIntPoint::ToString)) + .Function( + "DivideAndRoundUp", CombineOverloads(MakeOverload(FIntPoint(*)(FIntPoint, int32), &FIntPoint::DivideAndRoundUp), + MakeOverload(FIntPoint(*)(FIntPoint, FIntPoint), &FIntPoint::DivideAndRoundUp))) + .Function( + "DivideAndRoundDown", SelectFunction(FIntPoint(*)(FIntPoint lhs, int32 Divisor), &FIntPoint::DivideAndRoundDown)) + .Function("Num", MakeFunction(&FIntPoint::Num)) + .Variable("ZeroValue", MakeReadonlyVariable(&FIntPoint::ZeroValue)) + .Variable("NoneValue", MakeReadonlyVariable(&FIntPoint::NoneValue)) + .Register(); } }; -AutoRegisterForFIntPoint _AutoRegisterForFIntPoint_; \ No newline at end of file +AutoRegisterForFIntPoint _AutoRegisterForFIntPoint_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntVector_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntVector_Wrap.cpp index be9c282..5b0e895 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntVector_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FIntVector_Wrap.cpp @@ -8,640 +8,40 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator() const int32 &(int32) __attribute__((thiscall)) const - -// unsupported method : operator() int32 &(int32) __attribute__((thiscall)) - -// unsupported method : operator*= FIntVector &(int32) __attribute__((thiscall)) - -// unsupported method : operator/= FIntVector &(int32) __attribute__((thiscall)) - -// unsupported method : operator+= FIntVector &(const FIntVector &) __attribute__((thiscall)) - -// unsupported method : operator-= FIntVector &(const FIntVector &) __attribute__((thiscall)) - -// unsupported method : operator= FIntVector &(const FIntVector &) __attribute__((thiscall)) - -// unsupported method : operator>> FIntVector (int32) __attribute__((thiscall)) const - -// unsupported method : operator<< FIntVector (int32) __attribute__((thiscall)) const - -// unsupported method : operator& FIntVector (int32) __attribute__((thiscall)) const - -static void* _FIntVectorNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FIntVector* Obj = new FIntVector(); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 3) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - int32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - int32 Arg2 = Info[2]->ToInteger(Context).ToLocalChecked()->Value(); - FIntVector* Obj = new FIntVector(Arg0, Arg1, Arg2); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - FIntVector* Obj = new FIntVector(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FIntVector* Obj = new FIntVector(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FIntVector* Obj = new FIntVector(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FIntVectorNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FIntVectorDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FIntVector* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FIntVectorDelete_:%p"), Self); - delete Self; -} -static void FIntVectorM_get_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_get_Item] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator[](Arg0); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FIntVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FIntVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FIntVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FIntVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FIntVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_IsZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_IsZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsZero(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_GetMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_GetMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMax(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_GetMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_GetMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMin(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_Size(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_Size] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FIntVector::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorS_DivideAndRoundUp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - FIntVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - int32 Arg1 = Info[1]->ToInteger(Context).ToLocalChecked()->Value(); - auto MethodResult = FIntVector::DivideAndRoundUp(*Arg0, Arg1); - void* Ptr = new FIntVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FIntVectorS_Num(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto MethodResult = FIntVector::Num(); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FIntVectorXGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntVector::X] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->X); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FIntVectorXSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntVector::X] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->X = Value->ToInteger(Context).ToLocalChecked()->Value(); -} -static void _FIntVectorYGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntVector::Y] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->Y); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FIntVectorYSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntVector::Y] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Y = Value->ToInteger(Context).ToLocalChecked()->Value(); -} -static void _FIntVectorZGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntVector::Z] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Integer::New(Isolate, Self->Z); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FIntVectorZSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FIntVector::Z] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Z = Value->ToInteger(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFIntVector { AutoRegisterForFIntVector() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"X", _FIntVectorXGet_, _FIntVectorXSet_}, - {"Y", _FIntVectorYGet_, _FIntVectorYSet_}, {"Z", _FIntVectorZGet_, _FIntVectorZSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"get_Item", FIntVectorM_get_Item}, {"set_Item", FIntVectorM_set_Item}, - {"op_Equality", FIntVectorM_op_Equality}, {"op_Inequality", FIntVectorM_op_Inequality}, - {"op_Multiply", FIntVectorM_op_Multiply}, {"op_Division", FIntVectorM_op_Division}, - {"op_Addition", FIntVectorM_op_Addition}, {"op_Subtraction", FIntVectorM_op_Subtraction}, - {"IsZero", FIntVectorM_IsZero}, {"GetMax", FIntVectorM_GetMax}, {"GetMin", FIntVectorM_GetMin}, - {"Size", FIntVectorM_Size}, {"ToString", FIntVectorM_ToString}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = { - {"DivideAndRoundUp", FIntVectorS_DivideAndRoundUp}, {"Num", FIntVectorS_Num}, {0, 0}}; - - Def.UETypeName = "IntVector"; - - Def.SetInitialize(_FIntVectorNew_); - Def.Finalize = _FIntVectorDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FIntVector), MakeConstructor(FIntVector, int32, int32, int32), + MakeConstructor(FIntVector, int32), MakeConstructor(FIntVector, FVector), MakeConstructor(FIntVector, EForceInit))) + .Property("X", MakeProperty(&FIntVector::X)) + .Property("Y", MakeProperty(&FIntVector::Y)) + .Property("Z", MakeProperty(&FIntVector::Z)) + .Method("get_Item", SelectFunction(const int32& (FIntVector::*) (int32) const, &FIntVector::operator[])) + .Method("set_Item", SelectFunction(int32 & (FIntVector::*) (int32), &FIntVector::operator[])) + .Method("op_Equality", MakeFunction(&FIntVector::operator==)) + .Method("op_Inequality", MakeFunction(&FIntVector::operator!=)) + .Method("op_Multiply", SelectFunction(FIntVector(FIntVector::*)(int32 Scale) const, &FIntVector::operator*)) + .Method("op_Division", MakeFunction(&FIntVector::operator/)) + .Method("op_Addition", MakeFunction(&FIntVector::operator+)) + .Method("op_Subtraction", MakeFunction(&FIntVector::operator-)) + .Method("IsZero", MakeFunction(&FIntVector::IsZero)) + .Method("GetMax", MakeFunction(&FIntVector::GetMax)) + .Method("GetMin", MakeFunction(&FIntVector::GetMin)) + .Method("Size", MakeFunction(&FIntVector::Size)) + .Method("ToString", MakeFunction(&FIntVector::ToString)) + .Function( + "DivideAndRoundUp", CombineOverloads(MakeOverload(FIntVector(*)(FIntVector, int32), &FIntVector::DivideAndRoundUp), + MakeOverload(FIntVector(*)(FIntVector, FIntVector), &FIntVector::DivideAndRoundUp))) + .Function("Num", MakeFunction(&FIntVector::Num)) + .Variable("ZeroValue", MakeReadonlyVariable(&FIntVector::ZeroValue)) + .Variable("NoneValue", MakeReadonlyVariable(&FIntVector::NoneValue)) + .Register(); } }; -AutoRegisterForFIntVector _AutoRegisterForFIntVector_; \ No newline at end of file +AutoRegisterForFIntVector _AutoRegisterForFIntVector_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FLinearColor_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FLinearColor_Wrap.cpp index dfe57a2..734e06a 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FLinearColor_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FLinearColor_Wrap.cpp @@ -8,1218 +8,77 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" +#include "UsingTypeDecl.hpp" -// unsupported method : operator+= FLinearColor &(const FLinearColor &) __attribute__((thiscall)) - -// unsupported method : operator-= FLinearColor &(const FLinearColor &) __attribute__((thiscall)) - -// unsupported method : operator*= FLinearColor &(const FLinearColor &) __attribute__((thiscall)) - -// unsupported method : operator*= FLinearColor &(float) __attribute__((thiscall)) - -// unsupported method : operator/= FLinearColor &(const FLinearColor &) __attribute__((thiscall)) - -// unsupported method : operator/= FLinearColor &(float) __attribute__((thiscall)) - -static void* _FLinearColorNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FLinearColor* Obj = new FLinearColor(); - - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FLinearColor* Obj = new FLinearColor(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber() && Info[3]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg3 = Info[3]->ToNumber(Context).ToLocalChecked()->Value(); - FLinearColor* Obj = new FLinearColor(Arg0, Arg1, Arg2, Arg3); - - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FLinearColor* Obj = new FLinearColor(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FLinearColor* Obj = new FLinearColor(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FLinearColor* Obj = new FLinearColor(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FLinearColorDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FLinearColor* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FLinearColorDelete_:%p"), Self); - delete Self; -} -static void FLinearColorM_ToRGBE(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_ToRGBE] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToRGBE(); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorS_FromSRGBColor(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FLinearColor::FromSRGBColor(*Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorS_FromPow22Color(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FLinearColor::FromPow22Color(*Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_Component(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(*Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_GetClamped(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_GetClamped] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetClamped(Arg0, Arg1); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_CopyWithNewOpacity(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_CopyWithNewOpacity] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->CopyWithNewOpacity(Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorS_MakeRandomColor(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto MethodResult = FLinearColor::MakeRandomColor(); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorS_MakeFromColorTemperature(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FLinearColor::MakeFromColorTemperature(Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorS_Dist(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FLinearColor* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FLinearColor::Dist(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_LinearRGBToHSV(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_LinearRGBToHSV] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->LinearRGBToHSV(); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_HSVToLinearRGB(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_HSVToLinearRGB] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->HSVToLinearRGB(); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorS_LerpUsingHSV(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FLinearColor* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FLinearColor::LerpUsingHSV(*Arg0, *Arg1, Arg2); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -#if ENGINE_MAJOR_VERSION >= 5 -static void FLinearColorM_QuantizeFloor(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_QuantizeFloor] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->QuantizeFloor(); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} -#endif - -static void FLinearColorM_Quantize(const v8::FunctionCallbackInfo& Info) -{ -#if ENGINE_MAJOR_VERSION >= 5 - FLinearColorM_QuantizeFloor(Info); -#else - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_Quantize] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Quantize(); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -#endif -} - -static void FLinearColorM_QuantizeRound(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_QuantizeRound] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->QuantizeRound(); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_ToFColor(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsBoolean()) - { - const bool Arg0 = Info[0]->ToBoolean(Isolate)->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_ToFColor] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToFColor(Arg0); - void* Ptr = new FColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_Desaturate(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_Desaturate] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Desaturate(Arg0); - void* Ptr = new FLinearColor(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_ComputeLuminance(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_ComputeLuminance] Attempt to access a NULL self pointer"); - return; - } -#if ENGINE_MAJOR_VERSION > 4 - auto MethodResult = Self->GetLuminance(); -#else - auto MethodResult = Self->ComputeLuminance(); -#endif - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_GetMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_GetMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMax(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_IsAlmostBlack(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_IsAlmostBlack] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsAlmostBlack(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_GetMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_GetMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMin(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_GetLuminance(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_GetLuminance] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetLuminance(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FLinearColorM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FLinearColor::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FLinearColorRGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::R] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->R); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FLinearColorRSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::R] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->R = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FLinearColorGGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::G] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->G); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FLinearColorGSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::G] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->G = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FLinearColorBGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::B] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->B); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FLinearColorBSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::B] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->B = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FLinearColorAGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::A] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->A); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FLinearColorASet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FLinearColor::A] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->A = Value->ToNumber(Context).ToLocalChecked()->Value(); -} +__DefCDataConverter(FFloat16Color); struct AutoRegisterForFLinearColor { AutoRegisterForFLinearColor() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; + puerts::DefineClass().Register(); - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"R", _FLinearColorRGet_, _FLinearColorRSet_}, - {"G", _FLinearColorGGet_, _FLinearColorGSet_}, {"B", _FLinearColorBGet_, _FLinearColorBSet_}, - {"A", _FLinearColorAGet_, _FLinearColorASet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"ToRGBE", FLinearColorM_ToRGBE}, - {"Component", FLinearColorM_Component}, {"op_Addition", FLinearColorM_op_Addition}, - {"op_Subtraction", FLinearColorM_op_Subtraction}, {"op_Multiply", FLinearColorM_op_Multiply}, - {"op_Division", FLinearColorM_op_Division}, {"GetClamped", FLinearColorM_GetClamped}, - {"op_Equality", FLinearColorM_op_Equality}, {"op_Inequality", FLinearColorM_op_Inequality}, - {"Equals", FLinearColorM_Equals}, {"CopyWithNewOpacity", FLinearColorM_CopyWithNewOpacity}, - {"LinearRGBToHSV", FLinearColorM_LinearRGBToHSV}, {"HSVToLinearRGB", FLinearColorM_HSVToLinearRGB}, - {"Quantize", FLinearColorM_Quantize}, {"QuantizeRound", FLinearColorM_QuantizeRound}, - {"ToFColor", FLinearColorM_ToFColor}, {"Desaturate", FLinearColorM_Desaturate}, - {"ComputeLuminance", FLinearColorM_ComputeLuminance}, {"GetMax", FLinearColorM_GetMax}, - {"IsAlmostBlack", FLinearColorM_IsAlmostBlack}, {"GetMin", FLinearColorM_GetMin}, - {"GetLuminance", FLinearColorM_GetLuminance}, {"ToString", FLinearColorM_ToString}, - {"InitFromString", FLinearColorM_InitFromString}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"FromSRGBColor", FLinearColorS_FromSRGBColor}, - {"FromPow22Color", FLinearColorS_FromPow22Color}, {"MakeRandomColor", FLinearColorS_MakeRandomColor}, - {"MakeFromColorTemperature", FLinearColorS_MakeFromColorTemperature}, {"Dist", FLinearColorS_Dist}, - {"LerpUsingHSV", FLinearColorS_LerpUsingHSV}, {0, 0}}; - - Def.UETypeName = "LinearColor"; - - Def.SetInitialize(_FLinearColorNew_); - Def.Finalize = _FLinearColorDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FLinearColor), MakeConstructor(FLinearColor, EForceInit), + MakeConstructor(FLinearColor, float, float, float, float), MakeConstructor(FLinearColor, const FColor&), + MakeConstructor(FLinearColor, const FVector&), MakeConstructor(FLinearColor, const FVector4&), + MakeConstructor(FLinearColor, const FFloat16Color&))) + .Property("R", MakeProperty(&FLinearColor::R)) + .Property("G", MakeProperty(&FLinearColor::G)) + .Property("B", MakeProperty(&FLinearColor::B)) + .Property("A", MakeProperty(&FLinearColor::A)) + .Method("ToRGBE", MakeFunction(&FLinearColor::ToRGBE)) + .Function("FromSRGBColor", MakeFunction(&FLinearColor::FromSRGBColor)) + .Function("FromPow22Color", MakeFunction(&FLinearColor::FromPow22Color)) + .Method("Component", CombineOverloads(MakeOverload(float& (FLinearColor::*) (int32), &FLinearColor::Component), + MakeOverload(const float& (FLinearColor::*) (int32) const, &FLinearColor::Component))) + .Method("op_Addition", MakeFunction(&FLinearColor::operator+)) + .Method("op_Subtraction", MakeFunction(&FLinearColor::operator-)) + .Method("op_Multiply", + CombineOverloads(MakeOverload(FLinearColor(FLinearColor::*)(const FLinearColor&) const, &FLinearColor::operator*), + MakeOverload(FLinearColor(FLinearColor::*)(float) const, &FLinearColor::operator*))) + .Method("op_Division", + CombineOverloads(MakeOverload(FLinearColor(FLinearColor::*)(const FLinearColor&) const, &FLinearColor::operator/), + MakeOverload(FLinearColor(FLinearColor::*)(float) const, &FLinearColor::operator/))) + .Method("GetClamped", MakeFunction(&FLinearColor::GetClamped)) + .Method("op_Equality", MakeFunction(&FLinearColor::operator==)) + .Method("op_Inequality", MakeFunction(&FLinearColor::operator!=)) + .Method("Equals", MakeFunction(&FLinearColor::Equals, SMALL_NUMBER)) + .Method("CopyWithNewOpacity", MakeFunction(&FLinearColor::CopyWithNewOpacity)) + .Function("MakeRandomColor", MakeFunction(&FLinearColor::MakeRandomColor)) + .Function("MakeFromColorTemperature", MakeFunction(&FLinearColor::MakeFromColorTemperature)) + .Function("Dist", MakeFunction(&FLinearColor::Dist)) + .Method("LinearRGBToHSV", MakeFunction(&FLinearColor::LinearRGBToHSV)) + .Method("HSVToLinearRGB", MakeFunction(&FLinearColor::HSVToLinearRGB)) + .Function("LerpUsingHSV", MakeFunction(&FLinearColor::LerpUsingHSV)) + .Method("Quantize", MakeFunction(&FLinearColor::Quantize)) + .Method("QuantizeRound", MakeFunction(&FLinearColor::QuantizeRound)) + .Method("ToFColor", MakeFunction(&FLinearColor::ToFColor)) + .Method("Desaturate", MakeFunction(&FLinearColor::Desaturate)) +#if ENGINE_MAJOR_VERSION > 4 + .Method("ComputeLuminance", MakeFunction(&FLinearColor::GetLuminance)) +#else + .Method("ComputeLuminance", MakeFunction(&FLinearColor::ComputeLuminance)) +#endif + .Method("GetMax", MakeFunction(&FLinearColor::GetMax)) + .Method("IsAlmostBlack", MakeFunction(&FLinearColor::IsAlmostBlack)) + .Method("GetMin", MakeFunction(&FLinearColor::GetMin)) + .Method("GetLuminance", MakeFunction(&FLinearColor::GetLuminance)) + .Method("ToString", MakeFunction(&FLinearColor::ToString)) + .Method("InitFromString", MakeFunction(&FLinearColor::InitFromString)) + //.Variable("Pow22OneOver255Table", MakeVariable(&FLinearColor::Pow22OneOver255Table)) + //.Variable("sRGBToLinearTable", MakeVariable(&FLinearColor::sRGBToLinearTable)) + .Variable("White", MakeReadonlyVariable(&FLinearColor::White)) + .Variable("Gray", MakeReadonlyVariable(&FLinearColor::Gray)) + .Variable("Black", MakeReadonlyVariable(&FLinearColor::Black)) + .Variable("Transparent", MakeReadonlyVariable(&FLinearColor::Transparent)) + .Variable("Red", MakeReadonlyVariable(&FLinearColor::Red)) + .Variable("Green", MakeReadonlyVariable(&FLinearColor::Green)) + .Variable("Blue", MakeReadonlyVariable(&FLinearColor::Blue)) + .Variable("Yellow", MakeReadonlyVariable(&FLinearColor::Yellow)) + .Register(); } }; -AutoRegisterForFLinearColor _AutoRegisterForFLinearColor_; \ No newline at end of file +AutoRegisterForFLinearColor _AutoRegisterForFLinearColor_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FQuat_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FQuat_Wrap.cpp index bff77ab..5733c02 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FQuat_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FQuat_Wrap.cpp @@ -8,1846 +8,80 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator+= FQuat (const FQuat &) __attribute__((thiscall)) - -// unsupported method : operator-= FQuat (const FQuat &) __attribute__((thiscall)) - -// unsupported method : operator*= FQuat (const FQuat &) __attribute__((thiscall)) - -// unsupported method : op_Multiply FMatrix (const FMatrix &) __attribute__((thiscall)) const - -// unsupported method : operator*= FQuat (const float) __attribute__((thiscall)) - -// unsupported method : operator/= FQuat (const float) __attribute__((thiscall)) - -static void* _FQuatNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FQuat* Obj = new FQuat(); - - // UE_LOG(LogTemp, Warning, TEXT("_FQuatNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FQuat* Obj = new FQuat(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FQuatNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber() && Info[3]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg3 = Info[3]->ToNumber(Context).ToLocalChecked()->Value(); - FQuat* Obj = new FQuat(Arg0, Arg1, Arg2, Arg3); - - // UE_LOG(LogTemp, Warning, TEXT("_FQuatNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FQuat* Obj = new FQuat(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FQuatNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - FQuat* Obj = new FQuat(*Arg0, Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FQuatNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FQuatDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FQuat* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FQuatDelete_:%p"), Self); - delete Self; -} -static void FQuatM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_IsIdentity(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_IsIdentity] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsIdentity(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - const float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - const float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_op_BitwiseOr(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_op_BitwiseOr] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator|(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_MakeFromEuler(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FQuat::MakeFromEuler(*Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Euler(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Euler] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Euler(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Normalize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_Normalize] Attempt to access a NULL self pointer"); - return; - } - Self->Normalize(Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetNormalized] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetNormalized(Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_IsNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_IsNormalized] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsNormalized(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Size(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Size] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_SizeSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_SizeSquared] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetAngle(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetAngle] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAngle(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_ToAxisAndAngle(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsNumber()) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - float Arg1 = PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_ToAxisAndAngle] Attempt to access a NULL self pointer"); - return; - } - Self->ToAxisAndAngle(*Arg0, Arg1); - - PUERTS_NAMESPACE::DataTransfer::UpdateRef(Isolate, Info[1], v8::Number::New(Isolate, Arg1)); - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_ToSwingTwist(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - FQuat* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_ToSwingTwist] Attempt to access a NULL self pointer"); - return; - } - Self->ToSwingTwist(*Arg0, *Arg1, *Arg2); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_RotateVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_RotateVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->RotateVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_UnrotateVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_UnrotateVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->UnrotateVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Log(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Log] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Log(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Exp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Exp] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Exp(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Inverse(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Inverse] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Inverse(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_EnforceShortestArcWith(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_EnforceShortestArcWith] Attempt to access a NULL self pointer"); - return; - } - Self->EnforceShortestArcWith(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetAxisX(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetAxisX] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAxisX(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetAxisY(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetAxisY] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAxisY(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetAxisZ(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetAxisZ] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAxisZ(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetForwardVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetForwardVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetForwardVector(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetRightVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetRightVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetRightVector(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetUpVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetUpVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetUpVector(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Vector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Vector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Vector(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_Rotator(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::M_Rotator] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Rotator(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_GetRotationAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_GetRotationAxis] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetRotationAxis(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_AngularDistance(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_AngularDistance] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->AngularDistance(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_ContainsNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_ContainsNaN] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ContainsNaN(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatM_DiagnosticCheckNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FQuat::M_DiagnosticCheckNaN] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_FindBetween(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FQuat::FindBetween(*Arg0, *Arg1); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_FindBetweenNormals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FQuat::FindBetweenNormals(*Arg0, *Arg1); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_FindBetweenVectors(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FQuat::FindBetweenVectors(*Arg0, *Arg1); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_Error(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FQuat::Error(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_ErrorAutoNormalize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FQuat::ErrorAutoNormalize(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_FastLerp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::FastLerp(*Arg0, *Arg1, Arg2); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_FastBilerp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 6) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[3]->ToObject(Context).ToLocalChecked()) && - Info[4]->IsNumber() && Info[5]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg3 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[3]->ToObject(Context).ToLocalChecked()); - float Arg4 = Info[4]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg5 = Info[5]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::FastBilerp(*Arg0, *Arg1, *Arg2, *Arg3, Arg4, Arg5); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_Slerp_NotNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::Slerp_NotNormalized(*Arg0, *Arg1, Arg2); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_Slerp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::Slerp(*Arg0, *Arg1, Arg2); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_SlerpFullPath_NotNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::SlerpFullPath_NotNormalized(*Arg0, *Arg1, Arg2); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_SlerpFullPath(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::SlerpFullPath(*Arg0, *Arg1, Arg2); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_Squad(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 5) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[3]->ToObject(Context).ToLocalChecked()) && - Info[4]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg3 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[3]->ToObject(Context).ToLocalChecked()); - float Arg4 = Info[4]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::Squad(*Arg0, *Arg1, *Arg2, *Arg3, Arg4); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_SquadFullPath(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 5) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[3]->ToObject(Context).ToLocalChecked()) && - Info[4]->IsNumber()) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg3 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[3]->ToObject(Context).ToLocalChecked()); - float Arg4 = Info[4]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FQuat::SquadFullPath(*Arg0, *Arg1, *Arg2, *Arg3, Arg4); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FQuatS_CalcTangents(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 5) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsNumber() && Info[4]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[4])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[4])->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FQuat* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - float Arg3 = Info[3]->ToNumber(Context).ToLocalChecked()->Value(); - FQuat* Arg4 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[4])->ToObject(Context).ToLocalChecked()); - FQuat::CalcTangents(*Arg0, *Arg1, *Arg2, Arg3, *Arg4); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FQuatXGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::X] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->X); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FQuatXSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::X] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->X = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FQuatYGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::Y] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Y); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FQuatYSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::Y] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Y = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FQuatZGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::Z] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Z); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FQuatZSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::Z] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Z = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FQuatWGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::W] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->W); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FQuatWSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FQuat::W] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->W = Value->ToNumber(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFQuat { AutoRegisterForFQuat() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"X", _FQuatXGet_, _FQuatXSet_}, {"Y", _FQuatYGet_, _FQuatYSet_}, - {"Z", _FQuatZGet_, _FQuatZSet_}, {"W", _FQuatWGet_, _FQuatWSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"op_Addition", FQuatM_op_Addition}, - {"op_Subtraction", FQuatM_op_Subtraction}, {"Equals", FQuatM_Equals}, {"IsIdentity", FQuatM_IsIdentity}, - {"op_Multiply", FQuatM_op_Multiply}, {"op_Division", FQuatM_op_Division}, {"op_Equality", FQuatM_op_Equality}, - {"op_Inequality", FQuatM_op_Inequality}, {"op_BitwiseOr", FQuatM_op_BitwiseOr}, {"Euler", FQuatM_Euler}, - {"Normalize", FQuatM_Normalize}, {"GetNormalized", FQuatM_GetNormalized}, {"IsNormalized", FQuatM_IsNormalized}, - {"Size", FQuatM_Size}, {"SizeSquared", FQuatM_SizeSquared}, {"GetAngle", FQuatM_GetAngle}, - {"ToAxisAndAngle", FQuatM_ToAxisAndAngle}, {"ToSwingTwist", FQuatM_ToSwingTwist}, {"RotateVector", FQuatM_RotateVector}, - {"UnrotateVector", FQuatM_UnrotateVector}, {"Log", FQuatM_Log}, {"Exp", FQuatM_Exp}, {"Inverse", FQuatM_Inverse}, - {"EnforceShortestArcWith", FQuatM_EnforceShortestArcWith}, {"GetAxisX", FQuatM_GetAxisX}, {"GetAxisY", FQuatM_GetAxisY}, - {"GetAxisZ", FQuatM_GetAxisZ}, {"GetForwardVector", FQuatM_GetForwardVector}, {"GetRightVector", FQuatM_GetRightVector}, - {"GetUpVector", FQuatM_GetUpVector}, {"Vector", FQuatM_Vector}, {"Rotator", FQuatM_Rotator}, - {"GetRotationAxis", FQuatM_GetRotationAxis}, {"AngularDistance", FQuatM_AngularDistance}, - {"ContainsNaN", FQuatM_ContainsNaN}, {"ToString", FQuatM_ToString}, {"InitFromString", FQuatM_InitFromString}, - {"DiagnosticCheckNaN", FQuatM_DiagnosticCheckNaN}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"MakeFromEuler", FQuatS_MakeFromEuler}, - {"FindBetween", FQuatS_FindBetween}, {"FindBetweenNormals", FQuatS_FindBetweenNormals}, - {"FindBetweenVectors", FQuatS_FindBetweenVectors}, {"Error", FQuatS_Error}, - {"ErrorAutoNormalize", FQuatS_ErrorAutoNormalize}, {"FastLerp", FQuatS_FastLerp}, {"FastBilerp", FQuatS_FastBilerp}, - {"Slerp_NotNormalized", FQuatS_Slerp_NotNormalized}, {"Slerp", FQuatS_Slerp}, - {"SlerpFullPath_NotNormalized", FQuatS_SlerpFullPath_NotNormalized}, {"SlerpFullPath", FQuatS_SlerpFullPath}, - {"Squad", FQuatS_Squad}, {"SquadFullPath", FQuatS_SquadFullPath}, {"CalcTangents", FQuatS_CalcTangents}, {0, 0}}; - - Def.UETypeName = "Quat"; - - Def.SetInitialize(_FQuatNew_); - Def.Finalize = _FQuatDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FQuat), MakeConstructor(FQuat, EForceInit), + MakeConstructor(FQuat, float, float, float, float), MakeConstructor(FQuat, const FMatrix&), + MakeConstructor(FQuat, const FRotator&), MakeConstructor(FQuat, FVector, float))) + .Property("X", MakeProperty(&FQuat::X)) + .Property("Y", MakeProperty(&FQuat::Y)) + .Property("Z", MakeProperty(&FQuat::Z)) + .Property("W", MakeProperty(&FQuat::W)) + .Method("op_Addition", MakeFunction(&FQuat::operator+)) + .Method("op_Subtraction", SelectFunction(FQuat(FQuat::*)(const FQuat& Q) const, &FQuat::operator-)) + .Method("Equals", MakeFunction(&FQuat::Equals, KINDA_SMALL_NUMBER)) + .Method("IsIdentity", MakeFunction(&FQuat::IsIdentity, SMALL_NUMBER)) + .Method("op_Multiply", CombineOverloads(MakeOverload(FQuat(FQuat::*)(const FQuat&) const, &FQuat::operator*), + MakeOverload(FVector(FQuat::*)(const FVector&) const, &FQuat::operator*), + MakeOverload(FQuat(FQuat::*)(const float) const, &FQuat::operator*))) + .Method("op_Division", SelectFunction(FQuat(FQuat::*)(const float Scale) const, &FQuat::operator/)) + .Method("op_Equality", MakeFunction(&FQuat::operator==)) + .Method("op_Inequality", MakeFunction(&FQuat::operator!=)) + .Method("op_BitwiseOr", MakeFunction(&FQuat::operator|)) + .Function("MakeFromEuler", MakeFunction(&FQuat::MakeFromEuler)) + .Method("Euler", MakeFunction(&FQuat::Euler)) + .Method("Normalize", MakeFunction(&FQuat::Normalize, SMALL_NUMBER)) + .Method("GetNormalized", MakeFunction(&FQuat::GetNormalized, SMALL_NUMBER)) + .Method("IsNormalized", MakeFunction(&FQuat::IsNormalized)) + .Method("Size", MakeFunction(&FQuat::Size)) + .Method("SizeSquared", MakeFunction(&FQuat::SizeSquared)) + .Method("GetAngle", MakeFunction(&FQuat::GetAngle)) + .Method("ToAxisAndAngle", SelectFunction(void (FQuat::*)(FVector & Axis, float& Angle) const, &FQuat::ToAxisAndAngle)) + .Method("ToSwingTwist", MakeFunction(&FQuat::ToSwingTwist)) + .Method("RotateVector", MakeFunction(&FQuat::RotateVector)) + .Method("UnrotateVector", MakeFunction(&FQuat::UnrotateVector)) + .Method("Log", MakeFunction(&FQuat::Log)) + .Method("Exp", MakeFunction(&FQuat::Exp)) + .Method("Inverse", MakeFunction(&FQuat::Inverse)) + .Method("EnforceShortestArcWith", MakeFunction(&FQuat::EnforceShortestArcWith)) + .Method("GetAxisX", MakeFunction(&FQuat::GetAxisX)) + .Method("GetAxisY", MakeFunction(&FQuat::GetAxisY)) + .Method("GetAxisZ", MakeFunction(&FQuat::GetAxisZ)) + .Method("GetForwardVector", MakeFunction(&FQuat::GetForwardVector)) + .Method("GetRightVector", MakeFunction(&FQuat::GetRightVector)) + .Method("GetUpVector", MakeFunction(&FQuat::GetUpVector)) + .Method("Vector", MakeFunction(&FQuat::Vector)) + .Method("Rotator", MakeFunction(&FQuat::Rotator)) + .Method("GetRotationAxis", MakeFunction(&FQuat::GetRotationAxis)) + .Method("AngularDistance", MakeFunction(&FQuat::AngularDistance)) + .Method("ContainsNaN", MakeFunction(&FQuat::ContainsNaN)) + .Method("ToString", MakeFunction(&FQuat::ToString)) + .Method("InitFromString", MakeFunction(&FQuat::InitFromString)) + .Method("DiagnosticCheckNaN", CombineOverloads(MakeOverload(void (FQuat::*)() const, &FQuat::DiagnosticCheckNaN), + MakeOverload(void (FQuat::*)(const TCHAR*) const, &FQuat::DiagnosticCheckNaN))) + .Function("FindBetween", MakeFunction(&FQuat::FindBetween)) + .Function("FindBetweenNormals", MakeFunction(&FQuat::FindBetweenNormals)) + .Function("FindBetweenVectors", MakeFunction(&FQuat::FindBetweenVectors)) + .Function("Error", MakeFunction(&FQuat::Error)) + .Function("ErrorAutoNormalize", MakeFunction(&FQuat::ErrorAutoNormalize)) + .Function("FastLerp", MakeFunction(&FQuat::FastLerp)) + .Function("FastBilerp", MakeFunction(&FQuat::FastBilerp)) + .Function("Slerp_NotNormalized", MakeFunction(&FQuat::Slerp_NotNormalized)) + .Function("Slerp", MakeFunction(&FQuat::Slerp)) + .Function("SlerpFullPath_NotNormalized", MakeFunction(&FQuat::SlerpFullPath_NotNormalized)) + .Function("SlerpFullPath", MakeFunction(&FQuat::SlerpFullPath)) + .Function("Squad", MakeFunction(&FQuat::Squad)) + .Function("SquadFullPath", MakeFunction(&FQuat::SquadFullPath)) + .Function("CalcTangents", MakeFunction(&FQuat::CalcTangents)) + .Variable("Identity", MakeReadonlyVariable(&FQuat::Identity)) + .Register(); } }; -AutoRegisterForFQuat _AutoRegisterForFQuat_; \ No newline at end of file +AutoRegisterForFQuat _AutoRegisterForFQuat_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FRotator_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FRotator_Wrap.cpp index 4a7b2db..1ab16b2 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FRotator_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FRotator_Wrap.cpp @@ -8,1240 +8,61 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator*= FRotator (float) __attribute__((thiscall)) - -// unsupported method : operator+= FRotator (const FRotator &) __attribute__((thiscall)) - -// unsupported method : operator-= FRotator (const FRotator &) __attribute__((thiscall)) - -static void* _FRotatorNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FRotator* Obj = new FRotator(); - - // UE_LOG(LogTemp, Warning, TEXT("_FRotatorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - FRotator* Obj = new FRotator(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FRotatorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 3) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - FRotator* Obj = new FRotator(Arg0, Arg1, Arg2); - - // UE_LOG(LogTemp, Warning, TEXT("_FRotatorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FRotator* Obj = new FRotator(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FRotatorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FRotator* Obj = new FRotator(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FRotatorNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FRotatorDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FRotator* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FRotatorDelete_:%p"), Self); - delete Self; -} -static void FRotatorM_DiagnosticCheckNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_DiagnosticCheckNaN] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_IsNearlyZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_IsNearlyZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsNearlyZero(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_IsZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_IsZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsZero(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Add(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::M_Add] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Add(Arg0, Arg1, Arg2); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetInverse(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetInverse] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetInverse(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GridSnap(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GridSnap] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GridSnap(*Arg0); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Vector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_Vector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Vector(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Quaternion(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_Quaternion] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Quaternion(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Euler(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_Euler] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Euler(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_RotateVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_RotateVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->RotateVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_UnrotateVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_UnrotateVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->UnrotateVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Clamp(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_Clamp] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Clamp(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetNormalized] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetNormalized(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetDenormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetDenormalized] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetDenormalized(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetComponentForAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetComponentForAxis] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetComponentForAxis(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_SetComponentForAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_SetComponentForAxis] Attempt to access a NULL self pointer"); - return; - } - Self->SetComponentForAxis(Arg0, Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_Normalize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_Normalize] Attempt to access a NULL self pointer"); - return; - } - Self->Normalize(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetWindingAndRemainder(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked())) - { - FRotator* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - FRotator* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetWindingAndRemainder] Attempt to access a NULL self pointer"); - return; - } - Self->GetWindingAndRemainder(*Arg0, *Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetManhattanDistance(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetManhattanDistance] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetManhattanDistance(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_GetEquivalentRotator(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_GetEquivalentRotator] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetEquivalentRotator(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_SetClosestToMe(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked())) - { - FRotator* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_SetClosestToMe] Attempt to access a NULL self pointer"); - return; - } - Self->SetClosestToMe(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_ToCompactString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_ToCompactString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToCompactString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorM_ContainsNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FRotator::M_ContainsNaN] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ContainsNaN(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_ClampAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FRotator::ClampAxis(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_NormalizeAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FRotator::NormalizeAxis(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_CompressAxisToByte(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FRotator::CompressAxisToByte(Arg0); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_DecompressAxisFromByte(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - uint8 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto MethodResult = FRotator::DecompressAxisFromByte(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_CompressAxisToShort(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FRotator::CompressAxisToShort(Arg0); - auto V8Result = v8::Integer::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_DecompressAxisFromShort(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - uint16 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto MethodResult = FRotator::DecompressAxisFromShort(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FRotatorS_MakeFromEuler(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FRotator::MakeFromEuler(*Arg0); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FRotatorPitchGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::Pitch] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Pitch); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FRotatorPitchSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::Pitch] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Pitch = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FRotatorYawGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::Yaw] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Yaw); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FRotatorYawSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::Yaw] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Yaw = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FRotatorRollGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::Roll] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Roll); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FRotatorRollSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FRotator::Roll] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Roll = Value->ToNumber(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFRotator { AutoRegisterForFRotator() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"Pitch", _FRotatorPitchGet_, _FRotatorPitchSet_}, - {"Yaw", _FRotatorYawGet_, _FRotatorYawSet_}, {"Roll", _FRotatorRollGet_, _FRotatorRollSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"DiagnosticCheckNaN", FRotatorM_DiagnosticCheckNaN}, - {"op_Addition", FRotatorM_op_Addition}, {"op_Subtraction", FRotatorM_op_Subtraction}, - {"op_Multiply", FRotatorM_op_Multiply}, {"op_Equality", FRotatorM_op_Equality}, - {"op_Inequality", FRotatorM_op_Inequality}, {"IsNearlyZero", FRotatorM_IsNearlyZero}, {"IsZero", FRotatorM_IsZero}, - {"Equals", FRotatorM_Equals}, {"Add", FRotatorM_Add}, {"GetInverse", FRotatorM_GetInverse}, - {"GridSnap", FRotatorM_GridSnap}, {"Vector", FRotatorM_Vector}, {"Quaternion", FRotatorM_Quaternion}, - {"Euler", FRotatorM_Euler}, {"RotateVector", FRotatorM_RotateVector}, {"UnrotateVector", FRotatorM_UnrotateVector}, - {"Clamp", FRotatorM_Clamp}, {"GetNormalized", FRotatorM_GetNormalized}, {"GetDenormalized", FRotatorM_GetDenormalized}, - {"GetComponentForAxis", FRotatorM_GetComponentForAxis}, {"SetComponentForAxis", FRotatorM_SetComponentForAxis}, - {"Normalize", FRotatorM_Normalize}, {"GetWindingAndRemainder", FRotatorM_GetWindingAndRemainder}, - {"GetManhattanDistance", FRotatorM_GetManhattanDistance}, {"GetEquivalentRotator", FRotatorM_GetEquivalentRotator}, - {"SetClosestToMe", FRotatorM_SetClosestToMe}, {"ToString", FRotatorM_ToString}, - {"ToCompactString", FRotatorM_ToCompactString}, {"InitFromString", FRotatorM_InitFromString}, - {"ContainsNaN", FRotatorM_ContainsNaN}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"ClampAxis", FRotatorS_ClampAxis}, - {"NormalizeAxis", FRotatorS_NormalizeAxis}, {"CompressAxisToByte", FRotatorS_CompressAxisToByte}, - {"DecompressAxisFromByte", FRotatorS_DecompressAxisFromByte}, {"CompressAxisToShort", FRotatorS_CompressAxisToShort}, - {"DecompressAxisFromShort", FRotatorS_DecompressAxisFromShort}, {"MakeFromEuler", FRotatorS_MakeFromEuler}, {0, 0}}; - - Def.UETypeName = "Rotator"; - - Def.SetInitialize(_FRotatorNew_); - Def.Finalize = _FRotatorDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FRotator), MakeConstructor(FRotator, float), + MakeConstructor(FRotator, float, float, float), MakeConstructor(FRotator, EForceInit), + MakeConstructor(FRotator, const FQuat&))) + .Property("Pitch", MakeProperty(&FRotator::Pitch)) + .Property("Yaw", MakeProperty(&FRotator::Yaw)) + .Property("Roll", MakeProperty(&FRotator::Roll)) + .Method("DiagnosticCheckNaN", CombineOverloads(MakeOverload(void (FRotator::*)() const, &FRotator::DiagnosticCheckNaN), + MakeOverload(void (FRotator::*)(const TCHAR*) const, &FRotator::DiagnosticCheckNaN))) + .Method("op_Addition", MakeFunction(&FRotator::operator+)) + .Method("op_Subtraction", MakeFunction(&FRotator::operator-)) + .Method("op_Multiply", SelectFunction(FRotator(FRotator::*)(float Scale) const, &FRotator::operator*)) + .Method("op_Equality", MakeFunction(&FRotator::operator==)) + .Method("op_Inequality", MakeFunction(&FRotator::operator!=)) + .Method("IsNearlyZero", MakeFunction(&FRotator::IsNearlyZero)) + .Method("IsZero", MakeFunction(&FRotator::IsZero)) + .Method("Equals", MakeFunction(&FRotator::Equals, KINDA_SMALL_NUMBER)) + .Method("Add", MakeFunction(&FRotator::Add)) + .Method("GetInverse", MakeFunction(&FRotator::GetInverse)) + .Method("GridSnap", MakeFunction(&FRotator::GridSnap)) + .Method("Vector", MakeFunction(&FRotator::Vector)) + .Method("Quaternion", MakeFunction(&FRotator::Quaternion)) + .Method("Euler", MakeFunction(&FRotator::Euler)) + .Method("RotateVector", MakeFunction(&FRotator::RotateVector)) + .Method("UnrotateVector", MakeFunction(&FRotator::UnrotateVector)) + .Method("Clamp", MakeFunction(&FRotator::Clamp)) + .Method("GetNormalized", MakeFunction(&FRotator::GetNormalized)) + .Method("GetDenormalized", MakeFunction(&FRotator::GetDenormalized)) + .Method("GetComponentForAxis", MakeFunction(&FRotator::GetComponentForAxis)) + .Method("SetComponentForAxis", MakeFunction(&FRotator::SetComponentForAxis)) + .Method("Normalize", MakeFunction(&FRotator::Normalize)) + .Method("GetWindingAndRemainder", MakeFunction(&FRotator::GetWindingAndRemainder)) + .Method("GetManhattanDistance", MakeFunction(&FRotator::GetManhattanDistance)) + .Method("GetEquivalentRotator", MakeFunction(&FRotator::GetEquivalentRotator)) + .Method("SetClosestToMe", MakeFunction(&FRotator::SetClosestToMe)) + .Method("ToString", MakeFunction(&FRotator::ToString)) + .Method("ToCompactString", MakeFunction(&FRotator::ToCompactString)) + .Method("InitFromString", MakeFunction(&FRotator::InitFromString)) + .Method("ContainsNaN", MakeFunction(&FRotator::ContainsNaN)) + .Function("ClampAxis", MakeFunction(&FRotator::ClampAxis)) + .Function("NormalizeAxis", MakeFunction(&FRotator::NormalizeAxis)) + .Function("CompressAxisToByte", MakeFunction(&FRotator::CompressAxisToByte)) + .Function("DecompressAxisFromByte", MakeFunction(&FRotator::DecompressAxisFromByte)) + .Function("CompressAxisToShort", MakeFunction(&FRotator::CompressAxisToShort)) + .Function("DecompressAxisFromShort", MakeFunction(&FRotator::DecompressAxisFromShort)) + .Function("MakeFromEuler", MakeFunction(&FRotator::MakeFromEuler)) + .Variable("ZeroRotator", MakeReadonlyVariable(&FRotator::ZeroRotator)) + .Register(); } }; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FTransform_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FTransform_Wrap.cpp index 23910a6..a9c8423 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FTransform_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FTransform_Wrap.cpp @@ -8,2466 +8,114 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : DebugEqualMatrix bool (const FMatrix &) __attribute__((thiscall)) const - -// unsupported method : operator= FTransform &(const FTransform &) __attribute__((thiscall)) - -// unsupported method : ToMatrixWithScale FMatrix () __attribute__((thiscall)) const - -// unsupported method : ToInverseMatrixWithScale FMatrix () __attribute__((thiscall)) const - -// unsupported method : ToMatrixNoScale FMatrix () __attribute__((thiscall)) const - -// unsupported method : operator+= FTransform &(const FTransform &) __attribute__((thiscall)) - -// unsupported method : operator*= FTransform &(const ScalarRegister &) __attribute__((thiscall)) - -// unsupported method : operator*= void (const FTransform &) __attribute__((thiscall)) - -// unsupported method : operator*= void (const FQuat &) __attribute__((thiscall)) - -static void* _FTransformNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FTransform* Obj = new FTransform(); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FTransform* Obj = new FTransform(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FTransform* Obj = new FTransform(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FTransform* Obj = new FTransform(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - FTransform* Obj = new FTransform(*Arg0, *Arg1, *Arg2); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - const FRotator* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - FTransform* Obj = new FTransform(*Arg0, *Arg1, *Arg2); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - ENoInit Arg0 = ENoInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FTransform* Obj = new FTransform(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[3]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - const FVector* Arg3 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[3]->ToObject(Context).ToLocalChecked()); - FTransform* Obj = new FTransform(*Arg0, *Arg1, *Arg2, *Arg3); - - // UE_LOG(LogTemp, Warning, TEXT("_FTransformNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FTransformDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FTransform* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FTransformDelete_:%p"), Self); - delete Self; -} -static void FTransformM_DiagnosticCheckNaN_Translate(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_DiagnosticCheckNaN_Translate] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN_Translate(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_DiagnosticCheckNaN_Rotate(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_DiagnosticCheckNaN_Rotate] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN_Rotate(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_DiagnosticCheckNaN_Scale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_DiagnosticCheckNaN_Scale3D] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN_Scale3D(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_DiagnosticCheckNaN_All(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_DiagnosticCheckNaN_All] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN_All(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_DiagnosticCheck_IsValid(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_DiagnosticCheck_IsValid] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheck_IsValid(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_DebugPrint(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_DebugPrint] Attempt to access a NULL self pointer"); - return; - } - Self->DebugPrint(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_ToHumanReadableString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_ToHumanReadableString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToHumanReadableString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Inverse(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Inverse] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Inverse(); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Blend(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Blend] Attempt to access a NULL self pointer"); - return; - } - Self->Blend(*Arg0, *Arg1, Arg2); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_BlendWith(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_BlendWith] Attempt to access a NULL self pointer"); - return; - } - Self->BlendWith(*Arg0, Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_AnyHasNegativeScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FTransform::AnyHasNegativeScale(*Arg0, *Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_ScaleTranslation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_ScaleTranslation] Attempt to access a NULL self pointer"); - return; - } - Self->ScaleTranslation(*Arg0); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - const float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_ScaleTranslation] Attempt to access a NULL self pointer"); - return; - } - Self->ScaleTranslation(Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_RemoveScaling(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_RemoveScaling] Attempt to access a NULL self pointer"); - return; - } - Self->RemoveScaling(Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetMaximumAxisScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetMaximumAxisScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMaximumAxisScale(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetMinimumAxisScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetMinimumAxisScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMinimumAxisScale(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetRelativeTransform(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetRelativeTransform] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetRelativeTransform(*Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetRelativeTransformReverse(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetRelativeTransformReverse] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetRelativeTransformReverse(*Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetToRelativeTransform(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetToRelativeTransform] Attempt to access a NULL self pointer"); - return; - } - Self->SetToRelativeTransform(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformFVector4(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformFVector4] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformFVector4(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformFVector4NoScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformFVector4NoScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformFVector4NoScale(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformPosition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformPosition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformPosition(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformPositionNoScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformPositionNoScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformPositionNoScale(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_InverseTransformPosition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_InverseTransformPosition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InverseTransformPosition(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_InverseTransformPositionNoScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_InverseTransformPositionNoScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InverseTransformPositionNoScale(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformVectorNoScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformVectorNoScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformVectorNoScale(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_InverseTransformVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_InverseTransformVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InverseTransformVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_InverseTransformVectorNoScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_InverseTransformVectorNoScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InverseTransformVectorNoScale(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TransformRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TransformRotation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TransformRotation(*Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_InverseTransformRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_InverseTransformRotation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InverseTransformRotation(*Arg0); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetScaled(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetScaled] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetScaled(Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetScaled] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetScaled(*Arg0); - void* Ptr = new FTransform(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetScaledAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetScaledAxis] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetScaledAxis(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetUnitAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetUnitAxis] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetUnitAxis(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Mirror(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - EAxis::Type Arg1 = EAxis::Type(Info[1]->ToInt32(Context).ToLocalChecked()->Value()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Mirror] Attempt to access a NULL self pointer"); - return; - } - Self->Mirror(Arg0, Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_GetSafeScaleReciprocal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FTransform::GetSafeScaleReciprocal(*Arg0, Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetLocation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetLocation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetLocation(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Rotator(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Rotator] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Rotator(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetDeterminant(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetDeterminant] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetDeterminant(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetLocation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetLocation] Attempt to access a NULL self pointer"); - return; - } - Self->SetLocation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_ContainsNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_ContainsNaN] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ContainsNaN(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_IsValid(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_IsValid] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsValid(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_AreRotationsEqual(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FTransform::AreRotationsEqual(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_AreTranslationsEqual(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FTransform::AreTranslationsEqual(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_AreScale3DsEqual(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FTransform::AreScale3DsEqual(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_RotationEquals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_RotationEquals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->RotationEquals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_TranslationEquals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_TranslationEquals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->TranslationEquals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Scale3DEquals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Scale3DEquals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Scale3DEquals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_EqualsNoScale(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_EqualsNoScale] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->EqualsNoScale(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - FTransform::Multiply(Arg0, Arg1, Arg2); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetComponents(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetComponents] Attempt to access a NULL self pointer"); - return; - } - Self->SetComponents(*Arg0, *Arg1, *Arg2); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetIdentity(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetIdentity] Attempt to access a NULL self pointer"); - return; - } - Self->SetIdentity(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_MultiplyScale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_MultiplyScale3D] Attempt to access a NULL self pointer"); - return; - } - Self->MultiplyScale3D(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetTranslation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetTranslation] Attempt to access a NULL self pointer"); - return; - } - Self->SetTranslation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_CopyTranslation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_CopyTranslation] Attempt to access a NULL self pointer"); - return; - } - Self->CopyTranslation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_ConcatenateRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_ConcatenateRotation] Attempt to access a NULL self pointer"); - return; - } - Self->ConcatenateRotation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_AddToTranslation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_AddToTranslation] Attempt to access a NULL self pointer"); - return; - } - Self->AddToTranslation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_AddTranslations(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FTransform::AddTranslations(*Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformS_SubtractTranslations(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FTransform* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FTransform::SubtractTranslations(*Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FQuat* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetRotation] Attempt to access a NULL self pointer"); - return; - } - Self->SetRotation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_CopyRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_CopyRotation] Attempt to access a NULL self pointer"); - return; - } - Self->CopyRotation(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetScale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetScale3D] Attempt to access a NULL self pointer"); - return; - } - Self->SetScale3D(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_CopyScale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_CopyScale3D] Attempt to access a NULL self pointer"); - return; - } - Self->CopyScale3D(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_SetTranslationAndScale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_SetTranslationAndScale3D] Attempt to access a NULL self pointer"); - return; - } - Self->SetTranslationAndScale3D(*Arg0, *Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_Accumulate(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_Accumulate] Attempt to access a NULL self pointer"); - return; - } - Self->Accumulate(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_NormalizeRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_NormalizeRotation] Attempt to access a NULL self pointer"); - return; - } - Self->NormalizeRotation(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_IsRotationNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_IsRotationNormalized] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsRotationNormalized(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetRotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetRotation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetRotation(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetTranslation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetTranslation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetTranslation(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_GetScale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_GetScale3D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetScale3D(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_CopyRotationPart(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_CopyRotationPart] Attempt to access a NULL self pointer"); - return; - } - Self->CopyRotationPart(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FTransformM_CopyTranslationAndScale3D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FTransform* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FTransform::M_CopyTranslationAndScale3D] Attempt to access a NULL self pointer"); - return; - } - Self->CopyTranslationAndScale3D(*Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFTransform { AutoRegisterForFTransform() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = { - {"DiagnosticCheckNaN_Translate", FTransformM_DiagnosticCheckNaN_Translate}, - {"DiagnosticCheckNaN_Rotate", FTransformM_DiagnosticCheckNaN_Rotate}, - {"DiagnosticCheckNaN_Scale3D", FTransformM_DiagnosticCheckNaN_Scale3D}, - {"DiagnosticCheckNaN_All", FTransformM_DiagnosticCheckNaN_All}, - {"DiagnosticCheck_IsValid", FTransformM_DiagnosticCheck_IsValid}, {"DebugPrint", FTransformM_DebugPrint}, - {"ToHumanReadableString", FTransformM_ToHumanReadableString}, {"ToString", FTransformM_ToString}, - {"InitFromString", FTransformM_InitFromString}, {"Inverse", FTransformM_Inverse}, {"Blend", FTransformM_Blend}, - {"BlendWith", FTransformM_BlendWith}, {"op_Addition", FTransformM_op_Addition}, - {"op_Multiply", FTransformM_op_Multiply}, {"ScaleTranslation", FTransformM_ScaleTranslation}, - {"RemoveScaling", FTransformM_RemoveScaling}, {"GetMaximumAxisScale", FTransformM_GetMaximumAxisScale}, - {"GetMinimumAxisScale", FTransformM_GetMinimumAxisScale}, {"GetRelativeTransform", FTransformM_GetRelativeTransform}, - {"GetRelativeTransformReverse", FTransformM_GetRelativeTransformReverse}, - {"SetToRelativeTransform", FTransformM_SetToRelativeTransform}, {"TransformFVector4", FTransformM_TransformFVector4}, - {"TransformFVector4NoScale", FTransformM_TransformFVector4NoScale}, - {"TransformPosition", FTransformM_TransformPosition}, - {"TransformPositionNoScale", FTransformM_TransformPositionNoScale}, - {"InverseTransformPosition", FTransformM_InverseTransformPosition}, - {"InverseTransformPositionNoScale", FTransformM_InverseTransformPositionNoScale}, - {"TransformVector", FTransformM_TransformVector}, {"TransformVectorNoScale", FTransformM_TransformVectorNoScale}, - {"InverseTransformVector", FTransformM_InverseTransformVector}, - {"InverseTransformVectorNoScale", FTransformM_InverseTransformVectorNoScale}, - {"TransformRotation", FTransformM_TransformRotation}, - {"InverseTransformRotation", FTransformM_InverseTransformRotation}, {"GetScaled", FTransformM_GetScaled}, - {"GetScaledAxis", FTransformM_GetScaledAxis}, {"GetUnitAxis", FTransformM_GetUnitAxis}, {"Mirror", FTransformM_Mirror}, - {"GetLocation", FTransformM_GetLocation}, {"Rotator", FTransformM_Rotator}, - {"GetDeterminant", FTransformM_GetDeterminant}, {"SetLocation", FTransformM_SetLocation}, - {"ContainsNaN", FTransformM_ContainsNaN}, {"IsValid", FTransformM_IsValid}, - {"RotationEquals", FTransformM_RotationEquals}, {"TranslationEquals", FTransformM_TranslationEquals}, - {"Scale3DEquals", FTransformM_Scale3DEquals}, {"Equals", FTransformM_Equals}, - {"EqualsNoScale", FTransformM_EqualsNoScale}, {"SetComponents", FTransformM_SetComponents}, - {"SetIdentity", FTransformM_SetIdentity}, {"MultiplyScale3D", FTransformM_MultiplyScale3D}, - {"SetTranslation", FTransformM_SetTranslation}, {"CopyTranslation", FTransformM_CopyTranslation}, - {"ConcatenateRotation", FTransformM_ConcatenateRotation}, {"AddToTranslation", FTransformM_AddToTranslation}, - {"SetRotation", FTransformM_SetRotation}, {"CopyRotation", FTransformM_CopyRotation}, - {"SetScale3D", FTransformM_SetScale3D}, {"CopyScale3D", FTransformM_CopyScale3D}, - {"SetTranslationAndScale3D", FTransformM_SetTranslationAndScale3D}, {"Accumulate", FTransformM_Accumulate}, - {"NormalizeRotation", FTransformM_NormalizeRotation}, {"IsRotationNormalized", FTransformM_IsRotationNormalized}, - {"GetRotation", FTransformM_GetRotation}, {"GetTranslation", FTransformM_GetTranslation}, - {"GetScale3D", FTransformM_GetScale3D}, {"CopyRotationPart", FTransformM_CopyRotationPart}, - {"CopyTranslationAndScale3D", FTransformM_CopyTranslationAndScale3D}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"AnyHasNegativeScale", FTransformS_AnyHasNegativeScale}, - {"GetSafeScaleReciprocal", FTransformS_GetSafeScaleReciprocal}, {"AreRotationsEqual", FTransformS_AreRotationsEqual}, - {"AreTranslationsEqual", FTransformS_AreTranslationsEqual}, {"AreScale3DsEqual", FTransformS_AreScale3DsEqual}, - {"Multiply", FTransformS_Multiply}, {"AddTranslations", FTransformS_AddTranslations}, - {"SubtractTranslations", FTransformS_SubtractTranslations}, {0, 0}}; - - Def.UETypeName = "Transform"; - - Def.SetInitialize(_FTransformNew_); - Def.Finalize = _FTransformDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FTransform), MakeConstructor(FTransform, const FVector&), + MakeConstructor(FTransform, const FQuat&), MakeConstructor(FTransform, const FRotator&), + MakeConstructor(FTransform, const FQuat&, const FVector&, const FVector&), + MakeConstructor(FTransform, const FRotator&, const FVector&, const FVector&), MakeConstructor(FTransform, ENoInit), + MakeConstructor(FTransform, const FMatrix&), + MakeConstructor(FTransform, const FVector&, const FVector&, const FVector&, const FVector&))) + .Method("DiagnosticCheckNaN_Translate", MakeFunction(&FTransform::DiagnosticCheckNaN_Translate)) + .Method("DiagnosticCheckNaN_Rotate", MakeFunction(&FTransform::DiagnosticCheckNaN_Rotate)) + .Method("DiagnosticCheckNaN_Scale3D", MakeFunction(&FTransform::DiagnosticCheckNaN_Scale3D)) + .Method("DiagnosticCheckNaN_All", MakeFunction(&FTransform::DiagnosticCheckNaN_All)) + .Method("DiagnosticCheck_IsValid", MakeFunction(&FTransform::DiagnosticCheck_IsValid)) + .Method("DebugPrint", MakeFunction(&FTransform::DebugPrint)) + .Method("ToHumanReadableString", MakeFunction(&FTransform::ToHumanReadableString)) + .Method("ToString", MakeFunction(&FTransform::ToString)) + .Method("InitFromString", MakeFunction(&FTransform::InitFromString)) + .Method("Inverse", MakeFunction(&FTransform::Inverse)) + .Method("Blend", MakeFunction(&FTransform::Blend)) + .Method("BlendWith", MakeFunction(&FTransform::BlendWith)) + .Method("op_Addition", MakeFunction(&FTransform::operator+)) + .Method("op_Multiply", + CombineOverloads(MakeOverload(FTransform(FTransform::*)(const FTransform&) const, &FTransform::operator*), + MakeOverload(FTransform(FTransform::*)(const FQuat&) const, &FTransform::operator*))) + .Function("AnyHasNegativeScale", MakeFunction(&FTransform::AnyHasNegativeScale)) + .Method("RemoveScaling", MakeFunction(&FTransform::RemoveScaling, SMALL_NUMBER)) + .Method("GetMaximumAxisScale", MakeFunction(&FTransform::GetMaximumAxisScale)) + .Method("GetMinimumAxisScale", MakeFunction(&FTransform::GetMinimumAxisScale)) + .Method("GetRelativeTransform", MakeFunction(&FTransform::GetRelativeTransform)) + .Method("GetRelativeTransformReverse", MakeFunction(&FTransform::GetRelativeTransformReverse)) + .Method("SetToRelativeTransform", MakeFunction(&FTransform::SetToRelativeTransform)) + .Method("TransformFVector4", MakeFunction(&FTransform::TransformFVector4)) + .Method("TransformFVector4NoScale", MakeFunction(&FTransform::TransformFVector4NoScale)) + .Method("TransformPosition", MakeFunction(&FTransform::TransformPosition)) + .Method("TransformPositionNoScale", MakeFunction(&FTransform::TransformPositionNoScale)) + .Method("InverseTransformPosition", MakeFunction(&FTransform::InverseTransformPosition)) + .Method("InverseTransformPositionNoScale", MakeFunction(&FTransform::InverseTransformPositionNoScale)) + .Method("TransformVector", MakeFunction(&FTransform::TransformVector)) + .Method("TransformVectorNoScale", MakeFunction(&FTransform::TransformVectorNoScale)) + .Method("InverseTransformVector", MakeFunction(&FTransform::InverseTransformVector)) + .Method("InverseTransformVectorNoScale", MakeFunction(&FTransform::InverseTransformVectorNoScale)) + .Method("TransformRotation", MakeFunction(&FTransform::TransformRotation)) + .Method("InverseTransformRotation", MakeFunction(&FTransform::InverseTransformRotation)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION > 2 + .Method("ScaleTranslation", + CombineOverloads(MakeOverload(void (FTransform::*)(const FVector&), &FTransform::ScaleTranslation), + MakeOverload(void (FTransform::*)(const double&), &FTransform::ScaleTranslation))) + .Method("GetScaled", CombineOverloads(MakeOverload(FTransform(FTransform::*)(double) const, &FTransform::GetScaled), + MakeOverload(FTransform(FTransform::*)(FVector) const, &FTransform::GetScaled))) + .Function("GetSafeScaleReciprocal", + SelectFunction(FVector(*)(const FVector&, double), &FTransform::GetSafeScaleReciprocal, SMALL_NUMBER)) +#else + .Method("ScaleTranslation", + CombineOverloads(MakeOverload(void (FTransform::*)(const FVector&), &FTransform::ScaleTranslation), + MakeOverload(void (FTransform::*)(const float&), &FTransform::ScaleTranslation))) + .Method("GetScaled", CombineOverloads(MakeOverload(FTransform(FTransform::*)(float) const, &FTransform::GetScaled), + MakeOverload(FTransform(FTransform::*)(FVector) const, &FTransform::GetScaled))) + .Function("GetSafeScaleReciprocal", + SelectFunction(FVector(*)(const FVector&, float), &FTransform::GetSafeScaleReciprocal, SMALL_NUMBER)) +#endif + .Method("GetScaledAxis", MakeFunction(&FTransform::GetScaledAxis)) + .Method("GetUnitAxis", MakeFunction(&FTransform::GetUnitAxis)) + .Method("Mirror", MakeFunction(&FTransform::Mirror)) + .Method("GetLocation", MakeFunction(&FTransform::GetLocation)) + .Method("Rotator", MakeFunction(&FTransform::Rotator)) + .Method("GetDeterminant", MakeFunction(&FTransform::GetDeterminant)) + .Method("SetLocation", MakeFunction(&FTransform::SetLocation)) + .Method("ContainsNaN", MakeFunction(&FTransform::ContainsNaN)) + .Method("IsValid", MakeFunction(&FTransform::IsValid)) + .Function("AreRotationsEqual", MakeFunction(&FTransform::AreRotationsEqual, KINDA_SMALL_NUMBER)) + .Function("AreTranslationsEqual", MakeFunction(&FTransform::AreTranslationsEqual, KINDA_SMALL_NUMBER)) + .Function("AreScale3DsEqual", MakeFunction(&FTransform::AreScale3DsEqual, KINDA_SMALL_NUMBER)) + .Method("RotationEquals", MakeFunction(&FTransform::RotationEquals, KINDA_SMALL_NUMBER)) + .Method("TranslationEquals", MakeFunction(&FTransform::TranslationEquals, KINDA_SMALL_NUMBER)) + .Method("Scale3DEquals", MakeFunction(&FTransform::Scale3DEquals, KINDA_SMALL_NUMBER)) + .Method("Equals", MakeFunction(&FTransform::Equals, KINDA_SMALL_NUMBER)) + .Method("EqualsNoScale", MakeFunction(&FTransform::EqualsNoScale, KINDA_SMALL_NUMBER)) + .Function("Multiply", MakeFunction(&FTransform::Multiply)) + .Method("SetComponents", MakeFunction(&FTransform::SetComponents)) + .Method("SetIdentity", MakeFunction(&FTransform::SetIdentity)) + .Method("MultiplyScale3D", MakeFunction(&FTransform::MultiplyScale3D)) + .Method("SetTranslation", MakeFunction(&FTransform::SetTranslation)) + .Method("CopyTranslation", MakeFunction(&FTransform::CopyTranslation)) + .Method("ConcatenateRotation", MakeFunction(&FTransform::ConcatenateRotation)) + .Method("AddToTranslation", MakeFunction(&FTransform::AddToTranslation)) + .Function("AddTranslations", MakeFunction(&FTransform::AddTranslations)) + .Function("SubtractTranslations", MakeFunction(&FTransform::SubtractTranslations)) + .Method("SetRotation", MakeFunction(&FTransform::SetRotation)) + .Method("CopyRotation", MakeFunction(&FTransform::CopyRotation)) + .Method("SetScale3D", MakeFunction(&FTransform::SetScale3D)) + .Method("CopyScale3D", MakeFunction(&FTransform::CopyScale3D)) + .Method("SetTranslationAndScale3D", MakeFunction(&FTransform::SetTranslationAndScale3D)) + .Method("Accumulate", SelectFunction(void (FTransform::*)(const FTransform&), &FTransform::Accumulate)) + .Method("NormalizeRotation", MakeFunction(&FTransform::NormalizeRotation)) + .Method("IsRotationNormalized", MakeFunction(&FTransform::IsRotationNormalized)) + .Method("GetRotation", MakeFunction(&FTransform::GetRotation)) + .Method("GetTranslation", MakeFunction(&FTransform::GetTranslation)) + .Method("GetScale3D", MakeFunction(&FTransform::GetScale3D)) + .Method("CopyRotationPart", MakeFunction(&FTransform::CopyRotationPart)) + .Method("CopyTranslationAndScale3D", MakeFunction(&FTransform::CopyTranslationAndScale3D)) + .Variable("Identity", MakeReadonlyVariable(&FTransform::Identity)) + .Register(); } }; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector2D_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector2D_Wrap.cpp index 2a1fe66..48c9172 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector2D_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector2D_Wrap.cpp @@ -8,1423 +8,89 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator< bool (const FVector2D &) __attribute__((thiscall)) const - -// unsupported method : operator> bool (const FVector2D &) __attribute__((thiscall)) const - -// unsupported method : operator<= bool (const FVector2D &) __attribute__((thiscall)) const - -// unsupported method : operator>= bool (const FVector2D &) __attribute__((thiscall)) const - -// unsupported method : operator+= FVector2D (const FVector2D &) __attribute__((thiscall)) - -// unsupported method : operator-= FVector2D (const FVector2D &) __attribute__((thiscall)) - -// unsupported method : operator*= FVector2D (float) __attribute__((thiscall)) - -// unsupported method : operator/= FVector2D (float) __attribute__((thiscall)) - -// unsupported method : operator*= FVector2D (const FVector2D &) __attribute__((thiscall)) - -// unsupported method : operator/= FVector2D (const FVector2D &) __attribute__((thiscall)) - -static void* _FVector2DNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FVector2D* Obj = new FVector2D(); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - FVector2D* Obj = new FVector2D(Arg0, Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector2D* Obj = new FVector2D(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FVector2D* Obj = new FVector2D(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - ENoInit Arg0 = ENoInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FVector2D* Obj = new FVector2D(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector2D* Obj = new FVector2D(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector2D* Obj = new FVector2D(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FVector2DDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FVector2D* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FVector2DDelete_:%p"), Self); - delete Self; -} -static void FVector2DM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(*Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_BitwiseOr(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_BitwiseOr] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator|(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_ExclusiveOr(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_ExclusiveOr] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator^(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_op_UnaryNegation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_op_UnaryNegation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_get_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_get_Item] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator[](Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_Component(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DS_DotProduct(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector2D* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector2D::DotProduct(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DS_DistSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector2D* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector2D::DistSquared(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DS_Distance(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector2D* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector2D::Distance(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DS_CrossProduct(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector2D* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector2D::CrossProduct(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_Set(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector2D::M_Set] Attempt to access a NULL self pointer"); - return; - } - Self->Set(Arg0, Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMax(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetAbsMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetAbsMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAbsMax(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMin(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_Size(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_Size] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_SizeSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_SizeSquared] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetRotated(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetRotated] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetRotated(Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetSafeNormal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetSafeNormal] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSafeNormal(Arg0); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_Normalize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_Normalize] Attempt to access a NULL self pointer"); - return; - } - Self->Normalize(Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_IsNearlyZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_IsNearlyZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsNearlyZero(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_ToDirectionAndLength(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsNumber()) - { - FVector2D* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - float Arg1 = PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_ToDirectionAndLength] Attempt to access a NULL self pointer"); - return; - } - Self->ToDirectionAndLength(*Arg0, Arg1); - - PUERTS_NAMESPACE::DataTransfer::UpdateRef(Isolate, Info[1], v8::Number::New(Isolate, Arg1)); - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_IsZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_IsZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsZero(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_IntPoint(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_IntPoint] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IntPoint(); - void* Ptr = new FIntPoint(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_RoundToVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_RoundToVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->RoundToVector(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_ClampAxes(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_ClampAxes] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ClampAxes(Arg0, Arg1); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetSignVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetSignVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSignVector(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_GetAbs(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_GetAbs] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAbs(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_DiagnosticCheckNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_DiagnosticCheckNaN] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_ContainsNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_ContainsNaN] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ContainsNaN(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector2DM_SphericalToUnitCartesian(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector2D::M_SphericalToUnitCartesian] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SphericalToUnitCartesian(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FVector2DXGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector2D::X] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->X); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVector2DXSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector2D::X] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->X = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FVector2DYGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector2D::Y] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Y); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVector2DYSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector2D::Y] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Y = Value->ToNumber(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFVector2D { AutoRegisterForFVector2D() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = { - {"X", _FVector2DXGet_, _FVector2DXSet_}, {"Y", _FVector2DYGet_, _FVector2DYSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"op_Addition", FVector2DM_op_Addition}, - {"op_Subtraction", FVector2DM_op_Subtraction}, {"op_Multiply", FVector2DM_op_Multiply}, - {"op_Division", FVector2DM_op_Division}, {"op_BitwiseOr", FVector2DM_op_BitwiseOr}, - {"op_ExclusiveOr", FVector2DM_op_ExclusiveOr}, {"op_Equality", FVector2DM_op_Equality}, - {"op_Inequality", FVector2DM_op_Inequality}, {"op_UnaryNegation", FVector2DM_op_UnaryNegation}, - {"set_Item", FVector2DM_set_Item}, {"get_Item", FVector2DM_get_Item}, {"Component", FVector2DM_Component}, - {"Equals", FVector2DM_Equals}, {"Set", FVector2DM_Set}, {"GetMax", FVector2DM_GetMax}, - {"GetAbsMax", FVector2DM_GetAbsMax}, {"GetMin", FVector2DM_GetMin}, {"Size", FVector2DM_Size}, - {"SizeSquared", FVector2DM_SizeSquared}, {"GetRotated", FVector2DM_GetRotated}, - {"GetSafeNormal", FVector2DM_GetSafeNormal}, {"Normalize", FVector2DM_Normalize}, - {"IsNearlyZero", FVector2DM_IsNearlyZero}, {"ToDirectionAndLength", FVector2DM_ToDirectionAndLength}, - {"IsZero", FVector2DM_IsZero}, {"IntPoint", FVector2DM_IntPoint}, {"RoundToVector", FVector2DM_RoundToVector}, - {"ClampAxes", FVector2DM_ClampAxes}, {"GetSignVector", FVector2DM_GetSignVector}, {"GetAbs", FVector2DM_GetAbs}, - {"ToString", FVector2DM_ToString}, {"InitFromString", FVector2DM_InitFromString}, - {"DiagnosticCheckNaN", FVector2DM_DiagnosticCheckNaN}, {"ContainsNaN", FVector2DM_ContainsNaN}, - {"SphericalToUnitCartesian", FVector2DM_SphericalToUnitCartesian}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"DotProduct", FVector2DS_DotProduct}, - {"DistSquared", FVector2DS_DistSquared}, {"Distance", FVector2DS_Distance}, {"CrossProduct", FVector2DS_CrossProduct}, - {0, 0}}; - - Def.UETypeName = "Vector2D"; - - Def.SetInitialize(_FVector2DNew_); - Def.Finalize = _FVector2DDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FVector2D), MakeConstructor(FVector2D, float, float), + MakeConstructor(FVector2D, float), MakeConstructor(FVector2D, FIntPoint), MakeConstructor(FVector2D, EForceInit), + MakeConstructor(FVector2D, ENoInit), MakeConstructor(FVector2D, const FVector&), + MakeConstructor(FVector2D, const FVector4&))) + .Property("X", MakeProperty(&FVector2D::X)) + .Property("Y", MakeProperty(&FVector2D::Y)) + .Method("op_BitwiseOr", MakeFunction(&FVector2D::operator|)) + .Method("op_ExclusiveOr", MakeFunction(&FVector2D::operator^)) + .Method("op_Equality", MakeFunction(&FVector2D::operator==)) + .Method("op_Inequality", MakeFunction(&FVector2D::operator!=)) + .Method("op_UnaryNegation", SelectFunction(FVector2D(FVector2D::*)() const, &FVector2D::operator-)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION > 2 + .Method("op_Addition", + CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator+), + MakeOverload(FVector2D(FVector2D::*)(double) const, &FVector2D::operator+))) + .Method("op_Subtraction", + CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator-), + MakeOverload(FVector2D(FVector2D::*)(double) const, &FVector2D::operator-))) + .Method("op_Multiply", CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(double) const, &FVector2D::operator*), + MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator*))) + .Method("op_Division", CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(double) const, &FVector2D::operator/), + MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator/))) + .Method("set_Item", SelectFunction(double& (FVector2D::*) (int32), &FVector2D::operator[])) + .Method("get_Item", SelectFunction(double (FVector2D::*)(int32) const, &FVector2D::operator[])) + .Method("Component", CombineOverloads(MakeOverload(double& (FVector2D::*) (int32), &FVector2D::Component), + MakeOverload(double (FVector2D::*)(int32) const, &FVector2D::Component))) +#else + .Method("op_Addition", + CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator+), + MakeOverload(FVector2D(FVector2D::*)(float) const, &FVector2D::operator+))) + .Method("op_Subtraction", + CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator-), + MakeOverload(FVector2D(FVector2D::*)(float) const, &FVector2D::operator-))) + .Method("op_Multiply", CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(float) const, &FVector2D::operator*), + MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator*))) + .Method("op_Division", CombineOverloads(MakeOverload(FVector2D(FVector2D::*)(float) const, &FVector2D::operator/), + MakeOverload(FVector2D(FVector2D::*)(const FVector2D&) const, &FVector2D::operator/))) + .Method("set_Item", SelectFunction(float& (FVector2D::*) (int32), &FVector2D::operator[])) + .Method("get_Item", SelectFunction(float (FVector2D::*)(int32) const, &FVector2D::operator[])) + .Method("Component", CombineOverloads(MakeOverload(float& (FVector2D::*) (int32), &FVector2D::Component), + MakeOverload(float (FVector2D::*)(int32) const, &FVector2D::Component))) +#endif + .Function("DotProduct", MakeFunction(&FVector2D::DotProduct)) + .Function("DistSquared", MakeFunction(&FVector2D::DistSquared)) + .Function("Distance", MakeFunction(&FVector2D::Distance)) + .Function("CrossProduct", MakeFunction(&FVector2D::CrossProduct)) + .Method("Equals", MakeFunction(&FVector2D::Equals, KINDA_SMALL_NUMBER)) + .Method("Set", MakeFunction(&FVector2D::Set)) + .Method("GetMax", MakeFunction(&FVector2D::GetMax)) + .Method("GetAbsMax", MakeFunction(&FVector2D::GetAbsMax)) + .Method("GetMin", MakeFunction(&FVector2D::GetMin)) + .Method("Size", MakeFunction(&FVector2D::Size)) + .Method("SizeSquared", MakeFunction(&FVector2D::SizeSquared)) + .Method("GetRotated", MakeFunction(&FVector2D::GetRotated)) + .Method("GetSafeNormal", MakeFunction(&FVector2D::GetSafeNormal, SMALL_NUMBER)) + .Method("Normalize", MakeFunction(&FVector2D::Normalize, SMALL_NUMBER)) + .Method("IsNearlyZero", MakeFunction(&FVector2D::IsNearlyZero, KINDA_SMALL_NUMBER)) + .Method("ToDirectionAndLength", + SelectFunction(void (FVector2D::*)(FVector2D&, float&) const, &FVector2D::ToDirectionAndLength)) + .Method("IsZero", MakeFunction(&FVector2D::IsZero)) + .Method("IntPoint", MakeFunction(&FVector2D::IntPoint)) + .Method("RoundToVector", MakeFunction(&FVector2D::RoundToVector)) + .Method("ClampAxes", MakeFunction(&FVector2D::ClampAxes)) + .Method("GetSignVector", MakeFunction(&FVector2D::GetSignVector)) + .Method("GetAbs", MakeFunction(&FVector2D::GetAbs)) + .Method("ToString", MakeFunction(&FVector2D::ToString)) + .Method("InitFromString", MakeFunction(&FVector2D::InitFromString)) + .Method("DiagnosticCheckNaN", MakeFunction(&FVector2D::DiagnosticCheckNaN)) + .Method("ContainsNaN", MakeFunction(&FVector2D::ContainsNaN)) + .Method("SphericalToUnitCartesian", MakeFunction(&FVector2D::SphericalToUnitCartesian)) + .Variable("ZeroVector", MakeReadonlyVariable(&FVector2D::ZeroVector)) + .Variable("UnitVector", MakeReadonlyVariable(&FVector2D::UnitVector)) + .Variable("Unit45Deg", MakeReadonlyVariable(&FVector2D::Unit45Deg)) + .Register(); } }; -AutoRegisterForFVector2D _AutoRegisterForFVector2D_; \ No newline at end of file +AutoRegisterForFVector2D _AutoRegisterForFVector2D_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector4_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector4_Wrap.cpp index 6c7b2a5..b2353eb 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector4_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector4_Wrap.cpp @@ -8,1179 +8,64 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator+= FVector4 (const FVector4 &) __attribute__((thiscall)) - -// unsupported method : operator-= FVector4 (const FVector4 &) __attribute__((thiscall)) - -// unsupported method : operator*= FVector4 (const FVector4 &) __attribute__((thiscall)) - -// unsupported method : operator/= FVector4 (const FVector4 &) __attribute__((thiscall)) - -// unsupported method : operator*= FVector4 (float) __attribute__((thiscall)) - -static void* _FVector4New_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - FVector4* Obj = new FVector4(*Arg0, Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector4New_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector4* Obj = new FVector4(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector4New_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber() && Info[3]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg3 = Info[3]->ToNumber(Context).ToLocalChecked()->Value(); - FVector4* Obj = new FVector4(Arg0, Arg1, Arg2, Arg3); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector4New_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector2D* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - FVector4* Obj = new FVector4(*Arg0, *Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector4New_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FVector4* Obj = new FVector4(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVector4New_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FVector4Delete_(void* Ptr, void* ClassData, void* EnvData) -{ - FVector4* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FVector4Delete_:%p"), Self); - delete Self; -} -static void FVector4M_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_get_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_get_Item] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator[](Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_UnaryNegation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_UnaryNegation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_op_ExclusiveOr(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_op_ExclusiveOr] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator^(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Component(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_IsUnit3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_IsUnit3] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsUnit3(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_GetSafeNormal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_GetSafeNormal] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSafeNormal(Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_GetUnsafeNormal3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_GetUnsafeNormal3] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetUnsafeNormal3(); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_ToOrientationRotator(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_ToOrientationRotator] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToOrientationRotator(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_ToOrientationQuat(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_ToOrientationQuat] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToOrientationQuat(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Rotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_Rotation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Rotation(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Set(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 4) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber() && Info[3]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg3 = Info[3]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::M_Set] Attempt to access a NULL self pointer"); - return; - } - Self->Set(Arg0, Arg1, Arg2, Arg3); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Size3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_Size3] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size3(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_SizeSquared3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_SizeSquared3] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared3(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Size(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::M_Size] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_SizeSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_SizeSquared] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_ContainsNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_ContainsNaN] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ContainsNaN(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_IsNearlyZero3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_IsNearlyZero3] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsNearlyZero3(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_Reflect3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_Reflect3] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Reflect3(*Arg0); - void* Ptr = new FVector4(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_FindBestAxisVectors3(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked())) - { - FVector4* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - FVector4* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_FindBestAxisVectors3] Attempt to access a NULL self pointer"); - return; - } - Self->FindBestAxisVectors3(*Arg0, *Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVector4M_DiagnosticCheckNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector4::M_DiagnosticCheckNaN] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FVector4XGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::X] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->X); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVector4XSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::X] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->X = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FVector4YGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::Y] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Y); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVector4YSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::Y] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Y = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FVector4ZGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::Z] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Z); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVector4ZSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::Z] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Z = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FVector4WGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::W] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->W); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVector4WSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector4::W] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->W = Value->ToNumber(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFVector4 { AutoRegisterForFVector4() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"X", _FVector4XGet_, _FVector4XSet_}, - {"Y", _FVector4YGet_, _FVector4YSet_}, {"Z", _FVector4ZGet_, _FVector4ZSet_}, {"W", _FVector4WGet_, _FVector4WSet_}, - {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"set_Item", FVector4M_set_Item}, {"get_Item", FVector4M_get_Item}, - {"op_UnaryNegation", FVector4M_op_UnaryNegation}, {"op_Addition", FVector4M_op_Addition}, - {"op_Subtraction", FVector4M_op_Subtraction}, {"op_Multiply", FVector4M_op_Multiply}, - {"op_Division", FVector4M_op_Division}, {"op_Equality", FVector4M_op_Equality}, - {"op_Inequality", FVector4M_op_Inequality}, {"op_ExclusiveOr", FVector4M_op_ExclusiveOr}, - {"Component", FVector4M_Component}, {"Equals", FVector4M_Equals}, {"IsUnit3", FVector4M_IsUnit3}, - {"ToString", FVector4M_ToString}, {"InitFromString", FVector4M_InitFromString}, - {"GetSafeNormal", FVector4M_GetSafeNormal}, {"GetUnsafeNormal3", FVector4M_GetUnsafeNormal3}, - {"ToOrientationRotator", FVector4M_ToOrientationRotator}, {"ToOrientationQuat", FVector4M_ToOrientationQuat}, - {"Rotation", FVector4M_Rotation}, {"Set", FVector4M_Set}, {"Size3", FVector4M_Size3}, - {"SizeSquared3", FVector4M_SizeSquared3}, {"Size", FVector4M_Size}, {"SizeSquared", FVector4M_SizeSquared}, - {"ContainsNaN", FVector4M_ContainsNaN}, {"IsNearlyZero3", FVector4M_IsNearlyZero3}, {"Reflect3", FVector4M_Reflect3}, - {"FindBestAxisVectors3", FVector4M_FindBestAxisVectors3}, {"DiagnosticCheckNaN", FVector4M_DiagnosticCheckNaN}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{0, 0}}; - - Def.UETypeName = "Vector4"; - - Def.SetInitialize(_FVector4New_); - Def.Finalize = _FVector4Delete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FVector4, const FVector&, float), + MakeConstructor(FVector4, const FLinearColor&), MakeConstructor(FVector4, float, float, float, float), + MakeConstructor(FVector4, FVector2D, FVector2D), MakeConstructor(FVector4, const FIntVector4&), + MakeConstructor(FVector4, EForceInit))) + .Property("X", MakeProperty(&FVector4::X)) + .Property("Y", MakeProperty(&FVector4::Y)) + .Property("Z", MakeProperty(&FVector4::Z)) + .Property("W", MakeProperty(&FVector4::W)) + .Method("op_UnaryNegation", SelectFunction(FVector4(FVector4::*)() const, &FVector4::operator-)) + .Method("op_Addition", MakeFunction(&FVector4::operator+)) + .Method("op_Subtraction", SelectFunction(FVector4(FVector4::*)(const FVector4&) const, &FVector4::operator-)) + .Method("op_Multiply", CombineOverloads(MakeOverload(FVector4(FVector4::*)(float) const, &FVector4::operator*), + MakeOverload(FVector4(FVector4::*)(const FVector4&) const, &FVector4::operator*))) + .Method("op_Division", CombineOverloads(MakeOverload(FVector4(FVector4::*)(float) const, &FVector4::operator/), + MakeOverload(FVector4(FVector4::*)(const FVector4&) const, &FVector4::operator/))) + .Method("op_Equality", MakeFunction(&FVector4::operator==)) + .Method("op_Inequality", MakeFunction(&FVector4::operator!=)) + .Method("op_ExclusiveOr", MakeFunction(&FVector4::operator^)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION > 2 + .Method("set_Item", SelectFunction(double& (FVector4::*) (int32), &FVector4::operator[])) + .Method("get_Item", SelectFunction(double (FVector4::*)(int32) const, &FVector4::operator[])) + .Method("Component", CombineOverloads(MakeOverload(double& (FVector4::*) (int32), &FVector4::Component), + MakeOverload(const double& (FVector4::*) (int32) const, &FVector4::Component))) +#else + .Method("set_Item", SelectFunction(float& (FVector4::*) (int32), &FVector4::operator[])) + .Method("get_Item", SelectFunction(float (FVector4::*)(int32) const, &FVector4::operator[])) + .Method("Component", CombineOverloads(MakeOverload(float& (FVector4::*) (int32), &FVector4::Component), + MakeOverload(const float& (FVector4::*) (int32) const, &FVector4::Component))) +#endif + .Method("Equals", MakeFunction(&FVector4::Equals, KINDA_SMALL_NUMBER)) + .Method("IsUnit3", MakeFunction(&FVector4::IsUnit3, KINDA_SMALL_NUMBER)) + .Method("ToString", MakeFunction(&FVector4::ToString)) + .Method("InitFromString", MakeFunction(&FVector4::InitFromString)) + .Method("GetSafeNormal", MakeFunction(&FVector4::GetSafeNormal, SMALL_NUMBER)) + .Method("GetUnsafeNormal3", MakeFunction(&FVector4::GetUnsafeNormal3)) + .Method("ToOrientationRotator", MakeFunction(&FVector4::ToOrientationRotator)) + .Method("ToOrientationQuat", MakeFunction(&FVector4::ToOrientationQuat)) + .Method("Rotation", MakeFunction(&FVector4::Rotation)) + .Method("Set", MakeFunction(&FVector4::Set)) + .Method("Size3", MakeFunction(&FVector4::Size3)) + .Method("SizeSquared3", MakeFunction(&FVector4::SizeSquared3)) + .Method("Size", MakeFunction(&FVector4::Size)) + .Method("SizeSquared", MakeFunction(&FVector4::SizeSquared)) + .Method("ContainsNaN", MakeFunction(&FVector4::ContainsNaN)) + .Method("IsNearlyZero3", MakeFunction(&FVector4::IsNearlyZero3, KINDA_SMALL_NUMBER)) + .Method("Reflect3", MakeFunction(&FVector4::Reflect3)) + .Method("FindBestAxisVectors3", MakeFunction(&FVector4::FindBestAxisVectors3)) + .Method("DiagnosticCheckNaN", MakeFunction(&FVector4::DiagnosticCheckNaN)) + .Register(); } }; -AutoRegisterForFVector4 _AutoRegisterForFVector4_; \ No newline at end of file +AutoRegisterForFVector4 _AutoRegisterForFVector4_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector_Wrap.cpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector_Wrap.cpp index 6f3039b..8a43746 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector_Wrap.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/FVector_Wrap.cpp @@ -8,3109 +8,147 @@ // gen by puerts gen tools -#include "GenHeaders.h" #include "CoreMinimal.h" -#include "DataTransfer.h" -#include "JSClassRegister.h" - -// unsupported method : operator+= FVector (const FVector &) __attribute__((thiscall)) - -// unsupported method : operator-= FVector (const FVector &) __attribute__((thiscall)) - -// unsupported method : operator*= FVector (float) __attribute__((thiscall)) - -// unsupported method : operator/= FVector (float) __attribute__((thiscall)) - -// unsupported method : operator*= FVector (const FVector &) __attribute__((thiscall)) - -// unsupported method : operator/= FVector (const FVector &) __attribute__((thiscall)) - -static void* _FVectorNew_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - FVector* Obj = new FVector(); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - FVector* Obj = new FVector(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 3) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - FVector* Obj = new FVector(Arg0, Arg1, Arg2); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector2D* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - FVector* Obj = new FVector(*Arg0, Arg1); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector4* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector* Obj = new FVector(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FLinearColor* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector* Obj = new FVector(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FIntVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector* Obj = new FVector(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FIntPoint* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - FVector* Obj = new FVector(*Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EForceInit Arg0 = EForceInit(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - FVector* Obj = new FVector(Arg0); - - // UE_LOG(LogTemp, Warning, TEXT("_FVectorNew_:%p"), Obj); - return Obj; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); - return nullptr; -} - -static void _FVectorDelete_(void* Ptr, void* ClassData, void* EnvData) -{ - FVector* Self = static_cast(Ptr); - // UE_LOG(LogTemp, Warning, TEXT("_FVectorDelete_:%p"), Self); - delete Self; -} -static void FVectorM_DiagnosticCheckNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_DiagnosticCheckNaN] Attempt to access a NULL self pointer"); - return; - } - Self->DiagnosticCheckNaN(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_ExclusiveOr(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_ExclusiveOr] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator^(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_CrossProduct(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::CrossProduct(*Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_BitwiseOr(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_BitwiseOr] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator|(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_DotProduct(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::DotProduct(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_Addition(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Addition] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator+(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_Subtraction(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Subtraction] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_Multiply(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Multiply] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator*(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_Division(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Division] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator/(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_Equality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Equality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator==(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_Inequality(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_Inequality] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator!=(*Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Equals(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Equals] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Equals(*Arg0, Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_AllComponentsEqual(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_AllComponentsEqual] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->AllComponentsEqual(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_op_UnaryNegation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_op_UnaryNegation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator-(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_set_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_set_Item] Attempt to access a NULL self pointer"); - return; - } - Self->operator[](Arg0); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_get_Item(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_get_Item] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->operator[](Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Component(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - int32 Arg0 = Info[0]->ToInteger(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Component] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Component(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetComponentForAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetComponentForAxis] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetComponentForAxis(Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_SetComponentForAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - EAxis::Type Arg0 = EAxis::Type(Info[0]->ToInt32(Context).ToLocalChecked()->Value()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_SetComponentForAxis] Attempt to access a NULL self pointer"); - return; - } - Self->SetComponentForAxis(Arg0, Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Set(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber() && Info[2]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::M_Set] Attempt to access a NULL self pointer"); - return; - } - Self->Set(Arg0, Arg1, Arg2); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMax(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetAbsMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetAbsMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAbsMax(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetMin(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetAbsMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetAbsMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAbsMin(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ComponentMin(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ComponentMin] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ComponentMin(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ComponentMax(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ComponentMax] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ComponentMax(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetAbs(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetAbs] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetAbs(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Size(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::M_Size] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_SizeSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_SizeSquared] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Size2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Size2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Size2D(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_SizeSquared2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_SizeSquared2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->SizeSquared2D(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_IsNearlyZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_IsNearlyZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsNearlyZero(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_IsZero(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_IsZero] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsZero(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_IsUnit(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_IsUnit] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsUnit(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_IsNormalized(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_IsNormalized] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsNormalized(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Normalize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Normalize] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Normalize(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetUnsafeNormal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetUnsafeNormal] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetUnsafeNormal(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetSafeNormal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetSafeNormal] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSafeNormal(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetSafeNormal2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetSafeNormal2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSafeNormal2D(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToDirectionAndLength(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsNumber()) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - float Arg1 = PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToDirectionAndLength] Attempt to access a NULL self pointer"); - return; - } - Self->ToDirectionAndLength(*Arg0, Arg1); - - PUERTS_NAMESPACE::DataTransfer::UpdateRef(Isolate, Info[1], v8::Number::New(Isolate, Arg1)); - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetSignVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetSignVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetSignVector(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Projection(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Projection] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Projection(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetUnsafeNormal2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetUnsafeNormal2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetUnsafeNormal2D(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GridSnap(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - const float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GridSnap] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GridSnap(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_BoundToCube(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_BoundToCube] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->BoundToCube(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_BoundToBox(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_BoundToBox] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->BoundToBox(*Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetClampedToSize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetClampedToSize] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetClampedToSize(Arg0, Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetClampedToSize2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetClampedToSize2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetClampedToSize2D(Arg0, Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetClampedToMaxSize(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetClampedToMaxSize] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetClampedToMaxSize(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_GetClampedToMaxSize2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_GetClampedToMaxSize2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->GetClampedToMaxSize2D(Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_AddBounded(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - float Arg1 = Info[1]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_AddBounded] Attempt to access a NULL self pointer"); - return; - } - Self->AddBounded(*Arg0, Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Reciprocal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Reciprocal] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Reciprocal(); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_IsUniform(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsNumber()) - { - float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_IsUniform] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->IsUniform(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_MirrorByVector(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_MirrorByVector] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->MirrorByVector(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_MirrorByPlane(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FPlane* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_MirrorByPlane] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->MirrorByPlane(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_RotateAngleAxis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsNumber() && Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const float Arg0 = Info[0]->ToNumber(Context).ToLocalChecked()->Value(); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_RotateAngleAxis] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->RotateAngleAxis(Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_CosineAngle2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_CosineAngle2D] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->CosineAngle2D(*Arg0); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ProjectOnTo(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ProjectOnTo] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ProjectOnTo(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ProjectOnToNormal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ProjectOnToNormal] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ProjectOnToNormal(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToOrientationRotator(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToOrientationRotator] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToOrientationRotator(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToOrientationQuat(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToOrientationQuat] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToOrientationQuat(); - void* Ptr = new FQuat(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_Rotation(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_Rotation] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->Rotation(); - void* Ptr = new FRotator(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_FindBestAxisVectors(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - FVector* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_FindBestAxisVectors] Attempt to access a NULL self pointer"); - return; - } - Self->FindBestAxisVectors(*Arg0, *Arg1); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_UnwindEuler(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_UnwindEuler] Attempt to access a NULL self pointer"); - return; - } - Self->UnwindEuler(); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ContainsNaN(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ContainsNaN] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ContainsNaN(); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToText(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToText] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToText(); - auto V8Result = v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*(MethodResult.ToString())), v8::NewStringType::kNormal) - .ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToCompactString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToCompactString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToCompactString(); - auto V8Result = - v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*MethodResult), v8::NewStringType::kNormal).ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_ToCompactText(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_ToCompactText] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->ToCompactText(); - auto V8Result = v8::String::NewFromUtf8(Isolate, TCHAR_TO_UTF8(*(MethodResult.ToString())), v8::NewStringType::kNormal) - .ToLocalChecked(); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_InitFromString(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsString()) - { - const FString Arg0 = UTF8_TO_TCHAR(*(v8::String::Utf8Value(Isolate, Info[0]))); - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_InitFromString] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->InitFromString(Arg0); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_UnitCartesianToSpherical(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_UnitCartesianToSpherical] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->UnitCartesianToSpherical(); - void* Ptr = new FVector2D(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorM_HeadingAngle(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 0) - { - if (true) - { - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException( - Isolate, "[FVector::M_HeadingAngle] Attempt to access a NULL self pointer"); - return; - } - auto MethodResult = Self->HeadingAngle(); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_CreateOrthonormalBasis(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( - Isolate, PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->ToObject(Context).ToLocalChecked())) - { - FVector* Arg0 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[0])->ToObject(Context).ToLocalChecked()); - FVector* Arg1 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[1])->ToObject(Context).ToLocalChecked()); - FVector* Arg2 = PUERTS_NAMESPACE::DataTransfer::GetPointerFast( - PUERTS_NAMESPACE::DataTransfer::UnRef(Isolate, Info[2])->ToObject(Context).ToLocalChecked()); - FVector::CreateOrthonormalBasis(*Arg0, *Arg1, *Arg2); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_PointsAreSame(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::PointsAreSame(*Arg0, *Arg1); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_PointsAreNear(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FVector::PointsAreNear(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_PointPlaneDist(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::PointPlaneDist(*Arg0, *Arg1, *Arg2); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_PointPlaneProject(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FPlane* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::PointPlaneProject(*Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 4) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[3]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - const FVector* Arg3 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[3]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::PointPlaneProject(*Arg0, *Arg1, *Arg2, *Arg3); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::PointPlaneProject(*Arg0, *Arg1, *Arg2); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_VectorPlaneProject(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::VectorPlaneProject(*Arg0, *Arg1); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Dist(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::Dist(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Distance(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::Distance(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_DistXY(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::DistXY(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Dist2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::Dist2D(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_DistSquared(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::DistSquared(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_DistSquaredXY(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::DistSquaredXY(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_DistSquared2D(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::DistSquared2D(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_BoxPushOut(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 2) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::BoxPushOut(*Arg0, *Arg1); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Parallel(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FVector::Parallel(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Coincident(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FVector::Coincident(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Orthogonal(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - float Arg2 = Info[2]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FVector::Orthogonal(*Arg0, *Arg1, Arg2); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Coplanar(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 5) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked()) && - Info[3]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[3]->ToObject(Context).ToLocalChecked()) && - Info[4]->IsNumber()) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - const FVector* Arg3 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[3]->ToObject(Context).ToLocalChecked()); - float Arg4 = Info[4]->ToNumber(Context).ToLocalChecked()->Value(); - auto MethodResult = FVector::Coplanar(*Arg0, *Arg1, *Arg2, *Arg3, Arg4); - auto V8Result = v8::Boolean::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_Triple(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 3) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked()) && - Info[1]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[1]->ToObject(Context).ToLocalChecked()) && - Info[2]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[2]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - const FVector* Arg1 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[1]->ToObject(Context).ToLocalChecked()); - const FVector* Arg2 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[2]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::Triple(*Arg0, *Arg1, *Arg2); - auto V8Result = v8::Number::New(Isolate, MethodResult); - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_RadiansToDegrees(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::RadiansToDegrees(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void FVectorS_DegreesToRadians(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - if (Info.Length() == 1) - { - if (Info[0]->IsObject() && - - PUERTS_NAMESPACE::DataTransfer::IsInstanceOf(Isolate, Info[0]->ToObject(Context).ToLocalChecked())) - { - const FVector* Arg0 = - PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info[0]->ToObject(Context).ToLocalChecked()); - auto MethodResult = FVector::DegreesToRadians(*Arg0); - void* Ptr = new FVector(MethodResult); - - auto V8Result = PUERTS_NAMESPACE::DataTransfer::FindOrAddStruct(Isolate, Context, Ptr, false); - - Info.GetReturnValue().Set(V8Result); - - return; - } - } - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "Invalid argument!"); -} - -static void _FVectorXGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::X] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->X); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVectorXSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::X] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->X = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FVectorYGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::Y] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Y); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVectorYSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::Y] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Y = Value->ToNumber(Context).ToLocalChecked()->Value(); -} -static void _FVectorZGet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::Z] Attempt to access a NULL self pointer"); - return; - } - - auto V8Result = v8::Number::New(Isolate, Self->Z); - PUERTS_NAMESPACE::DataTransfer::LinkOuter(Context, Info.Holder(), V8Result); - Info.GetReturnValue().Set(V8Result); -} -static void _FVectorZSet_(const v8::FunctionCallbackInfo& Info) -{ - v8::Isolate* Isolate = Info.GetIsolate(); - v8::Local Context = Isolate->GetCurrentContext(); - - auto Self = PUERTS_NAMESPACE::DataTransfer::GetPointerFast(Info.Holder()); - if (!Self) - { - PUERTS_NAMESPACE::DataTransfer::ThrowException(Isolate, "[FVector::Z] Attempt to access a NULL self pointer"); - return; - } - auto Value = Info[0]; - - Self->Z = Value->ToNumber(Context).ToLocalChecked()->Value(); -} +#include "UsingTypeDecl.hpp" struct AutoRegisterForFVector { AutoRegisterForFVector() { - PUERTS_NAMESPACE::JSClassDefinition Def = JSClassEmptyDefinition; - - static PUERTS_NAMESPACE::JSPropertyInfo Properties[] = {{"X", _FVectorXGet_, _FVectorXSet_}, - {"Y", _FVectorYGet_, _FVectorYSet_}, {"Z", _FVectorZGet_, _FVectorZSet_}, {0, 0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Methods[] = {{"DiagnosticCheckNaN", FVectorM_DiagnosticCheckNaN}, - {"op_ExclusiveOr", FVectorM_op_ExclusiveOr}, {"op_BitwiseOr", FVectorM_op_BitwiseOr}, - {"op_Addition", FVectorM_op_Addition}, {"op_Subtraction", FVectorM_op_Subtraction}, - {"op_Multiply", FVectorM_op_Multiply}, {"op_Division", FVectorM_op_Division}, {"op_Equality", FVectorM_op_Equality}, - {"op_Inequality", FVectorM_op_Inequality}, {"Equals", FVectorM_Equals}, - {"AllComponentsEqual", FVectorM_AllComponentsEqual}, {"op_UnaryNegation", FVectorM_op_UnaryNegation}, - {"set_Item", FVectorM_set_Item}, {"get_Item", FVectorM_get_Item}, {"Component", FVectorM_Component}, - {"GetComponentForAxis", FVectorM_GetComponentForAxis}, {"SetComponentForAxis", FVectorM_SetComponentForAxis}, - {"Set", FVectorM_Set}, {"GetMax", FVectorM_GetMax}, {"GetAbsMax", FVectorM_GetAbsMax}, {"GetMin", FVectorM_GetMin}, - {"GetAbsMin", FVectorM_GetAbsMin}, {"ComponentMin", FVectorM_ComponentMin}, {"ComponentMax", FVectorM_ComponentMax}, - {"GetAbs", FVectorM_GetAbs}, {"Size", FVectorM_Size}, {"SizeSquared", FVectorM_SizeSquared}, - {"Size2D", FVectorM_Size2D}, {"SizeSquared2D", FVectorM_SizeSquared2D}, {"IsNearlyZero", FVectorM_IsNearlyZero}, - {"IsZero", FVectorM_IsZero}, {"IsUnit", FVectorM_IsUnit}, {"IsNormalized", FVectorM_IsNormalized}, - {"Normalize", FVectorM_Normalize}, {"GetUnsafeNormal", FVectorM_GetUnsafeNormal}, - {"GetSafeNormal", FVectorM_GetSafeNormal}, {"GetSafeNormal2D", FVectorM_GetSafeNormal2D}, - {"ToDirectionAndLength", FVectorM_ToDirectionAndLength}, {"GetSignVector", FVectorM_GetSignVector}, - {"Projection", FVectorM_Projection}, {"GetUnsafeNormal2D", FVectorM_GetUnsafeNormal2D}, {"GridSnap", FVectorM_GridSnap}, - {"BoundToCube", FVectorM_BoundToCube}, {"BoundToBox", FVectorM_BoundToBox}, - {"GetClampedToSize", FVectorM_GetClampedToSize}, {"GetClampedToSize2D", FVectorM_GetClampedToSize2D}, - {"GetClampedToMaxSize", FVectorM_GetClampedToMaxSize}, {"GetClampedToMaxSize2D", FVectorM_GetClampedToMaxSize2D}, - {"AddBounded", FVectorM_AddBounded}, {"Reciprocal", FVectorM_Reciprocal}, {"IsUniform", FVectorM_IsUniform}, - {"MirrorByVector", FVectorM_MirrorByVector}, {"MirrorByPlane", FVectorM_MirrorByPlane}, - {"RotateAngleAxis", FVectorM_RotateAngleAxis}, {"CosineAngle2D", FVectorM_CosineAngle2D}, - {"ProjectOnTo", FVectorM_ProjectOnTo}, {"ProjectOnToNormal", FVectorM_ProjectOnToNormal}, - {"ToOrientationRotator", FVectorM_ToOrientationRotator}, {"ToOrientationQuat", FVectorM_ToOrientationQuat}, - {"Rotation", FVectorM_Rotation}, {"FindBestAxisVectors", FVectorM_FindBestAxisVectors}, - {"UnwindEuler", FVectorM_UnwindEuler}, {"ContainsNaN", FVectorM_ContainsNaN}, {"ToString", FVectorM_ToString}, - {"ToText", FVectorM_ToText}, {"ToCompactString", FVectorM_ToCompactString}, {"ToCompactText", FVectorM_ToCompactText}, - {"InitFromString", FVectorM_InitFromString}, {"UnitCartesianToSpherical", FVectorM_UnitCartesianToSpherical}, - {"HeadingAngle", FVectorM_HeadingAngle}, {0, 0}}; - - static PUERTS_NAMESPACE::JSFunctionInfo Functions[] = {{"CrossProduct", FVectorS_CrossProduct}, - {"DotProduct", FVectorS_DotProduct}, {"CreateOrthonormalBasis", FVectorS_CreateOrthonormalBasis}, - {"PointsAreSame", FVectorS_PointsAreSame}, {"PointsAreNear", FVectorS_PointsAreNear}, - {"PointPlaneDist", FVectorS_PointPlaneDist}, {"PointPlaneProject", FVectorS_PointPlaneProject}, - {"VectorPlaneProject", FVectorS_VectorPlaneProject}, {"Dist", FVectorS_Dist}, {"Distance", FVectorS_Distance}, - {"DistXY", FVectorS_DistXY}, {"Dist2D", FVectorS_Dist2D}, {"DistSquared", FVectorS_DistSquared}, - {"DistSquaredXY", FVectorS_DistSquaredXY}, {"DistSquared2D", FVectorS_DistSquared2D}, - {"BoxPushOut", FVectorS_BoxPushOut}, {"Parallel", FVectorS_Parallel}, {"Coincident", FVectorS_Coincident}, - {"Orthogonal", FVectorS_Orthogonal}, {"Coplanar", FVectorS_Coplanar}, {"Triple", FVectorS_Triple}, - {"RadiansToDegrees", FVectorS_RadiansToDegrees}, {"DegreesToRadians", FVectorS_DegreesToRadians}, {0, 0}}; - - Def.UETypeName = "Vector"; - - Def.SetInitialize(_FVectorNew_); - Def.Finalize = _FVectorDelete_; - Def.Properties = Properties; - Def.Methods = Methods; - Def.Functions = Functions; - - PUERTS_NAMESPACE::RegisterJSClass(Def); + puerts::DefineClass() + .Constructor(CombineConstructors(MakeConstructor(FVector), MakeConstructor(FVector, float), + MakeConstructor(FVector, float, float, float), MakeConstructor(FVector, const FVector2D, float), + MakeConstructor(FVector, const FVector4&), MakeConstructor(FVector, const FLinearColor&), + MakeConstructor(FVector, FIntVector), MakeConstructor(FVector, FIntPoint), MakeConstructor(FVector, EForceInit))) + .Property("X", MakeProperty(&FVector::X)) + .Property("Y", MakeProperty(&FVector::Y)) + .Property("Z", MakeProperty(&FVector::Z)) + .Method("DiagnosticCheckNaN", CombineOverloads(MakeOverload(void (FVector::*)() const, &FVector::DiagnosticCheckNaN), + MakeOverload(void (FVector::*)(const TCHAR*) const, &FVector::DiagnosticCheckNaN))) + .Method("op_ExclusiveOr", MakeFunction(&FVector::operator^)) + .Function("CrossProduct", MakeFunction(&FVector::CrossProduct)) + .Method("op_BitwiseOr", MakeFunction(&FVector::operator|)) + .Function("DotProduct", MakeFunction(&FVector::DotProduct)) + .Method("op_Addition", CombineOverloads(MakeOverload(FVector(FVector::*)(const FVector&) const, &FVector::operator+), + MakeOverload(FVector(FVector::*)(float) const, &FVector::operator+))) + .Method("op_Subtraction", CombineOverloads(MakeOverload(FVector(FVector::*)(const FVector&) const, &FVector::operator-), + MakeOverload(FVector(FVector::*)(float) const, &FVector::operator-))) + .Method("op_Multiply", CombineOverloads(MakeOverload(FVector(FVector::*)(float) const, &FVector::operator*), + MakeOverload(FVector(FVector::*)(const FVector&) const, &FVector::operator*))) + .Method("op_Division", CombineOverloads(MakeOverload(FVector(FVector::*)(float) const, &FVector::operator/), + MakeOverload(FVector(FVector::*)(const FVector&) const, &FVector::operator/))) + .Method("op_Equality", MakeFunction(&FVector::operator==)) + .Method("op_Inequality", MakeFunction(&FVector::operator!=)) + .Method("Equals", MakeFunction(&FVector::Equals, KINDA_SMALL_NUMBER)) + .Method("AllComponentsEqual", MakeFunction(&FVector::AllComponentsEqual)) + .Method("op_UnaryNegation", SelectFunction(FVector(FVector::*)() const, &FVector::operator-)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION > 2 + .Method("set_Item", SelectFunction(double& (FVector::*) (int32), &FVector::operator[])) + .Method("get_Item", SelectFunction(double (FVector::*)(int32) const, &FVector::operator[])) + .Method("Component", CombineOverloads(MakeOverload(double& (FVector::*) (int32), &FVector::Component), + MakeOverload(double (FVector::*)(int32) const, &FVector::Component))) +#else + .Method("set_Item", SelectFunction(float& (FVector::*) (int32), &FVector::operator[])) + .Method("get_Item", SelectFunction(float (FVector::*)(int32) const, &FVector::operator[])) + .Method("Component", CombineOverloads(MakeOverload(float& (FVector::*) (int32), &FVector::Component), + MakeOverload(float (FVector::*)(int32) const, &FVector::Component))) +#endif + .Method("GetComponentForAxis", MakeFunction(&FVector::GetComponentForAxis)) + .Method("SetComponentForAxis", MakeFunction(&FVector::SetComponentForAxis)) + .Method("Set", MakeFunction(&FVector::Set)) + .Method("GetMax", MakeFunction(&FVector::GetMax)) + .Method("GetAbsMax", MakeFunction(&FVector::GetAbsMax)) + .Method("GetMin", MakeFunction(&FVector::GetMin)) + .Method("GetAbsMin", MakeFunction(&FVector::GetAbsMin)) + .Method("ComponentMin", MakeFunction(&FVector::ComponentMin)) + .Method("ComponentMax", MakeFunction(&FVector::ComponentMax)) + .Method("GetAbs", MakeFunction(&FVector::GetAbs)) + .Method("Size", MakeFunction(&FVector::Size)) + .Method("SizeSquared", MakeFunction(&FVector::SizeSquared)) + .Method("Size2D", MakeFunction(&FVector::Size2D)) + .Method("SizeSquared2D", MakeFunction(&FVector::SizeSquared2D)) + .Method("IsNearlyZero", MakeFunction(&FVector::IsNearlyZero, KINDA_SMALL_NUMBER)) + .Method("IsZero", MakeFunction(&FVector::IsZero)) + .Method("IsUnit", MakeFunction(&FVector::IsUnit, KINDA_SMALL_NUMBER)) + .Method("IsNormalized", MakeFunction(&FVector::IsNormalized)) + .Method("Normalize", MakeFunction(&FVector::Normalize, SMALL_NUMBER)) + .Method("GetUnsafeNormal", MakeFunction(&FVector::GetUnsafeNormal)) +#if ENGINE_MAJOR_VERSION >= 5 && ENGINE_MINOR_VERSION >= 3 + .Method("GetSafeNormal", MakeFunction(&FVector::GetSafeNormal, SMALL_NUMBER, FVector::ZeroVector)) + .Method("GetSafeNormal2D", MakeFunction(&FVector::GetSafeNormal2D, SMALL_NUMBER, FVector::ZeroVector)) +#else + .Method("GetSafeNormal", MakeFunction(&FVector::GetSafeNormal, SMALL_NUMBER)) + .Method("GetSafeNormal2D", MakeFunction(&FVector::GetSafeNormal2D, SMALL_NUMBER)) +#endif + .Method( + "ToDirectionAndLength", SelectFunction(void (FVector::*)(FVector&, float&) const, &FVector::ToDirectionAndLength)) + .Method("GetSignVector", MakeFunction(&FVector::GetSignVector)) + .Method("Projection", MakeFunction(&FVector::Projection)) + .Method("GetUnsafeNormal2D", MakeFunction(&FVector::GetUnsafeNormal2D)) + .Method("GridSnap", MakeFunction(&FVector::GridSnap)) + .Method("BoundToCube", MakeFunction(&FVector::BoundToCube)) + .Method("BoundToBox", MakeFunction(&FVector::BoundToBox)) + .Method("GetClampedToSize", MakeFunction(&FVector::GetClampedToSize)) + .Method("GetClampedToSize2D", MakeFunction(&FVector::GetClampedToSize2D)) + .Method("GetClampedToMaxSize", MakeFunction(&FVector::GetClampedToMaxSize)) + .Method("GetClampedToMaxSize2D", MakeFunction(&FVector::GetClampedToMaxSize2D)) + .Method("AddBounded", MakeFunction(&FVector::AddBounded)) + .Method("Reciprocal", MakeFunction(&FVector::Reciprocal)) + .Method("IsUniform", MakeFunction(&FVector::IsUniform, KINDA_SMALL_NUMBER)) + .Method("MirrorByVector", MakeFunction(&FVector::MirrorByVector)) + .Method("MirrorByPlane", MakeFunction(&FVector::MirrorByPlane)) + .Method("RotateAngleAxis", MakeFunction(&FVector::RotateAngleAxis)) + .Method("CosineAngle2D", MakeFunction(&FVector::CosineAngle2D)) + .Method("ProjectOnTo", MakeFunction(&FVector::ProjectOnTo)) + .Method("ProjectOnToNormal", MakeFunction(&FVector::ProjectOnToNormal)) + .Method("ToOrientationRotator", MakeFunction(&FVector::ToOrientationRotator)) + .Method("ToOrientationQuat", MakeFunction(&FVector::ToOrientationQuat)) + .Method("Rotation", MakeFunction(&FVector::Rotation)) + .Method("FindBestAxisVectors", MakeFunction(&FVector::FindBestAxisVectors)) + .Method("UnwindEuler", MakeFunction(&FVector::UnwindEuler)) + .Method("ContainsNaN", MakeFunction(&FVector::ContainsNaN)) + .Method("ToString", MakeFunction(&FVector::ToString)) + .Method("ToText", MakeFunction(&FVector::ToText)) + .Method("ToCompactString", MakeFunction(&FVector::ToCompactString)) + .Method("ToCompactText", MakeFunction(&FVector::ToCompactText)) + .Method("InitFromString", MakeFunction(&FVector::InitFromString)) + .Method("UnitCartesianToSpherical", MakeFunction(&FVector::UnitCartesianToSpherical)) + .Method("HeadingAngle", MakeFunction(&FVector::HeadingAngle)) + .Function("CreateOrthonormalBasis", MakeFunction(&FVector::CreateOrthonormalBasis)) + .Function("PointsAreSame", MakeFunction(&FVector::PointsAreSame)) + .Function("PointsAreNear", MakeFunction(&FVector::PointsAreNear)) + .Function("PointPlaneDist", MakeFunction(&FVector::PointPlaneDist)) + .Function("PointPlaneProject", + CombineOverloads(MakeOverload(FVector(*)(const FVector&, const FPlane&), &FVector::PointPlaneProject), + MakeOverload( + FVector(*)(const FVector&, const FVector&, const FVector&, const FVector&), &FVector::PointPlaneProject), + MakeOverload(FVector(*)(const FVector&, const FVector&, const FVector&), &FVector::PointPlaneProject))) + .Function("VectorPlaneProject", MakeFunction(&FVector::VectorPlaneProject)) + .Function("Dist", MakeFunction(&FVector::Dist)) + .Function("Distance", MakeFunction(&FVector::Distance)) + .Function("DistXY", MakeFunction(&FVector::DistXY)) + .Function("Dist2D", MakeFunction(&FVector::Dist2D)) + .Function("DistSquared", MakeFunction(&FVector::DistSquared)) + .Function("DistSquaredXY", MakeFunction(&FVector::DistSquaredXY)) + .Function("DistSquared2D", MakeFunction(&FVector::DistSquared2D)) + .Function("BoxPushOut", MakeFunction(&FVector::BoxPushOut)) + .Function("Parallel", MakeFunction(&FVector::Parallel, THRESH_NORMALS_ARE_PARALLEL)) + .Function("Coincident", MakeFunction(&FVector::Coincident, THRESH_NORMALS_ARE_PARALLEL)) + .Function("Orthogonal", MakeFunction(&FVector::Orthogonal, THRESH_NORMALS_ARE_ORTHOGONAL)) + .Function("Coplanar", MakeFunction(&FVector::Coplanar, THRESH_NORMALS_ARE_PARALLEL)) + .Function("Triple", MakeFunction(&FVector::Triple)) + .Function("RadiansToDegrees", MakeFunction(&FVector::RadiansToDegrees)) + .Function("DegreesToRadians", MakeFunction(&FVector::DegreesToRadians)) + .Variable("ZeroVector", MakeReadonlyVariable(&FVector::ZeroVector)) + .Variable("OneVector", MakeReadonlyVariable(&FVector::OneVector)) + .Variable("UpVector", MakeReadonlyVariable(&FVector::UpVector)) + .Variable("DownVector", MakeReadonlyVariable(&FVector::DownVector)) + .Variable("ForwardVector", MakeReadonlyVariable(&FVector::ForwardVector)) + .Variable("BackwardVector", MakeReadonlyVariable(&FVector::BackwardVector)) + .Variable("RightVector", MakeReadonlyVariable(&FVector::RightVector)) + .Variable("LeftVector", MakeReadonlyVariable(&FVector::LeftVector)) + .Register(); } }; -AutoRegisterForFVector _AutoRegisterForFVector_; \ No newline at end of file +AutoRegisterForFVector _AutoRegisterForFVector_; diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/GenHeaders.h b/Plugins/Puerts/Source/JsEnv/Private/Gen/GenHeaders.h deleted file mode 100644 index ebb6a9d..0000000 --- a/Plugins/Puerts/Source/JsEnv/Private/Gen/GenHeaders.h +++ /dev/null @@ -1,66 +0,0 @@ -#pragma once - -#if !defined(ENGINE_INDEPENDENT_JSENV) -#include "Engine/NetworkObjectList.h" -#include "TimerManager.h" -#include "Materials/MaterialInstanceDynamic.h" -#include "Containers/Array.h" -#include "DisplayDebugHelpers.h" -#include "Engine/BlueprintGeneratedClass.h" -#include "Engine/ActorChannel.h" -#include "Engine/NetConnection.h" -#include "Engine/Canvas.h" -#include "GameFramework/Actor.h" -#include "GameFramework/CameraBlockingVolume.h" -#include "GameFramework/Character.h" -#include "GameFramework/CharacterMovementComponent.h" -#include "GameFramework/CheatManager.h" -#include "GameFramework/Controller.h" -#include "GameFramework/DamageType.h" -#include "GameFramework/DebugTextInfo.h" -#include "GameFramework/DefaultPawn.h" -#include "GameFramework/DefaultPhysicsVolume.h" -#include "GameFramework/EngineMessage.h" -#include "GameFramework/FloatingPawnMovement.h" -#include "GameFramework/ForceFeedbackAttenuation.h" -#include "GameFramework/ForceFeedbackEffect.h" -#include "GameFramework/GameMode.h" -#include "GameFramework/GameModeBase.h" -#include "GameFramework/GameNetworkManager.h" -#include "GameFramework/GameSession.h" -#include "GameFramework/GameState.h" -#include "GameFramework/GameStateBase.h" -#include "GameFramework/GameUserSettings.h" -#include "GameFramework/HUD.h" -#include "GameFramework/HUDHitBox.h" -#include "GameFramework/Info.h" -#include "GameFramework/InputSettings.h" -#include "GameFramework/KillZVolume.h" -#include "GameFramework/LocalMessage.h" -#include "GameFramework/MovementComponent.h" -#include "GameFramework/NavMovementComponent.h" -#include "GameFramework/OnlineReplStructs.h" -#include "GameFramework/OnlineSession.h" -#include "GameFramework/PainCausingVolume.h" -#include "GameFramework/Pawn.h" -#include "GameFramework/PawnMovementComponent.h" -#include "GameFramework/PhysicsVolume.h" -#include "GameFramework/PlayerController.h" -#include "GameFramework/PlayerInput.h" -#include "GameFramework/PlayerMuteList.h" -#include "GameFramework/PlayerStart.h" -#include "GameFramework/PlayerState.h" -#include "GameFramework/ProjectileMovementComponent.h" -#include "GameFramework/RootMotionSource.h" -#include "GameFramework/RotatingMovementComponent.h" -#include "GameFramework/SaveGame.h" -#include "GameFramework/SimpleReticle.h" -#include "GameFramework/SpectatorPawn.h" -#include "GameFramework/SpectatorPawnMovement.h" -#include "GameFramework/SpringArmComponent.h" -#include "GameFramework/TouchInterface.h" -#include "GameFramework/Volume.h" -#include "GameFramework/WorldSettings.h" - -#include "Runtime/Launch/Resources/Version.h" -#endif \ No newline at end of file diff --git a/Plugins/Puerts/Source/JsEnv/Private/Gen/UsingTypeDecl.hpp b/Plugins/Puerts/Source/JsEnv/Private/Gen/UsingTypeDecl.hpp new file mode 100644 index 0000000..c581b68 --- /dev/null +++ b/Plugins/Puerts/Source/JsEnv/Private/Gen/UsingTypeDecl.hpp @@ -0,0 +1,31 @@ +/* + * Tencent is pleased to support the open source community by making Puerts available. + * Copyright (C) 2020 THL A29 Limited, a Tencent company. All rights reserved. + * Puerts is licensed under the BSD 3-Clause License, except for the third-party components listed in the file 'LICENSE' which may + * be subject to their corresponding license terms. This file is subject to the terms and conditions defined in file 'LICENSE', + * which is part of this source code package. + */ + +#pragma once + +#include "CoreMinimal.h" +#include "Binding.hpp" +#include "UEDataBinding.hpp" + +UsingUStruct(FBox2D); +UsingUStruct(FVector2D); +UsingUStruct(FLinearColor); +UsingUStruct(FColor); +UsingUStruct(FVector); +UsingUStruct(FGuid); +UsingUStruct(FIntPoint); +UsingUStruct(FIntVector); +UsingUStruct(FQuat); +UsingUStruct(FRotator); +UsingUStruct(FTransform); +UsingUStruct(FVector4); +UsingUStruct(FPlane); +UsingCppType(FFloat16Color); +UsingUStruct(FMatrix); +UsingContainer(TArray); +UsingUStruct(FIntVector4); diff --git a/Plugins/Puerts/Source/JsEnv/Private/JsEnvImpl.cpp b/Plugins/Puerts/Source/JsEnv/Private/JsEnvImpl.cpp index 53aacbe..170fd72 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/JsEnvImpl.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/JsEnvImpl.cpp @@ -3179,8 +3179,7 @@ std::weak_ptr FJsEnvImpl::GetJsEnvLifeCycleTracker() v8::Local FJsEnvImpl::AddSoftObjectPtr( v8::Isolate* Isolate, v8::Local Context, FSoftObjectPtr* SoftObjectPtr, UClass* Class, bool IsSoftClass) { - const auto Constructor = SoftObjectPtrTemplate.Get(Isolate)->GetFunction(Context).ToLocalChecked(); - const auto JSObject = Constructor->NewInstance(Context).ToLocalChecked(); + const auto JSObject = SoftObjectPtrTemplate.Get(Isolate)->InstanceTemplate()->NewInstance(Context).ToLocalChecked(); DataTransfer::SetPointer(Isolate, JSObject, SoftObjectPtr, 0); DataTransfer::SetPointer(Isolate, JSObject, Class, IsSoftClass ? 2 : 1); DataTransfer::SetPointer(Isolate, JSObject, nullptr, IsSoftClass ? 1 : 2); diff --git a/Plugins/Puerts/Source/JsEnv/Private/ObjectCacheNode.h b/Plugins/Puerts/Source/JsEnv/Private/ObjectCacheNode.h index 30c2947..bb0d061 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/ObjectCacheNode.h +++ b/Plugins/Puerts/Source/JsEnv/Private/ObjectCacheNode.h @@ -63,7 +63,7 @@ public: delete Next; } - V8_INLINE FObjectCacheNode* Find(const void* TypeId_) + FObjectCacheNode* Find(const void* TypeId_) { if (TypeId_ == TypeId) { diff --git a/Plugins/Puerts/Source/JsEnv/Private/PesapiV8Impl.cpp b/Plugins/Puerts/Source/JsEnv/Private/PesapiV8Impl.cpp index e4c1cff..43258ae 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/PesapiV8Impl.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/PesapiV8Impl.cpp @@ -622,15 +622,7 @@ void pesapi_release_value_ref(pesapi_value_ref value_ref) { if (--value_ref->ref_count == 0) { - if (value_ref->env_life_cycle_tracker.expired()) - { -#if V8_MAJOR_VERSION < 11 - value_ref->value_persistent.Empty(); - value_ref->context_persistent.Empty(); - value_ref->~pesapi_value_ref__(); -#endif - } - else + if (!value_ref->env_life_cycle_tracker.expired()) { value_ref->~pesapi_value_ref__(); } @@ -791,7 +783,7 @@ pesapi_value pesapi_eval(pesapi_env env, const uint8_t* code, size_t code_size, std::vector buff; buff.reserve(code_size + 1); memcpy(buff.data(), code, code_size); - buff[code_size] = '\0'; + buff.data()[code_size] = '\0'; v8::Local source = v8::String::NewFromUtf8(isolate, buff.data(), v8::NewStringType::kNormal).ToLocalChecked(); #if V8_MAJOR_VERSION > 8 v8::ScriptOrigin origin(isolate, url); diff --git a/Plugins/Puerts/Source/JsEnv/Private/PropertyTranslator.cpp b/Plugins/Puerts/Source/JsEnv/Private/PropertyTranslator.cpp index 20c23e8..a1b1fe9 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/PropertyTranslator.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/PropertyTranslator.cpp @@ -11,7 +11,7 @@ #include "ObjectMapper.h" #include "StructWrapper.h" #if !defined(ENGINE_INDEPENDENT_JSENV) -#include "Engine/UserDefinedStruct.h" +#include "StructUtils/UserDefinedStruct.h" #endif #include "ArrayBuffer.h" #include "ContainerWrapper.h" diff --git a/Plugins/Puerts/Source/JsEnv/Private/WebSocketImpl.cpp b/Plugins/Puerts/Source/JsEnv/Private/WebSocketImpl.cpp index d8c85de..1f9495e 100644 --- a/Plugins/Puerts/Source/JsEnv/Private/WebSocketImpl.cpp +++ b/Plugins/Puerts/Source/JsEnv/Private/WebSocketImpl.cpp @@ -70,20 +70,6 @@ public: DataLength = BS->ByteLength(); return BS->Data(); #endif -#endif - } - - static v8::Local NewArrayBuffer(v8::Local Context, void* Data, size_t DataLength) - { -#if defined(HAS_ARRAYBUFFER_NEW_WITHOUT_STL) - return v8::ArrayBuffer_New_Without_Stl(Context->GetIsolate(), Data, DataLength); -#else -#if USING_IN_UNREAL_ENGINE - return v8::ArrayBuffer::New(Context->GetIsolate(), Data, DataLength); -#else - auto Backing = v8::ArrayBuffer::NewBackingStore(Data, DataLength, v8::BackingStore::EmptyDeleter, nullptr); - return v8::ArrayBuffer::New(Context->GetIsolate(), std::move(Backing)); -#endif #endif } }; @@ -123,7 +109,9 @@ public: void Close(const v8::FunctionCallbackInfo& Info); - void Close(websocketpp::close::status::value const code, std::string const& reason); + void Statue(const v8::FunctionCallbackInfo& Info); + + void CloseImmediately(websocketpp::close::status::value const code, std::string const& reason); void PollOne(); @@ -157,7 +145,7 @@ private: static void OnGarbageCollectedWithFree(const v8::WeakCallbackInfo& Data) { // UE_LOG(LogTemp, Warning, TEXT(">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> auto gc %p"), Data.GetParameter()); - Data.GetParameter()->Close(websocketpp::close::status::normal, ""); + Data.GetParameter()->CloseImmediately(websocketpp::close::status::normal, ""); delete Data.GetParameter(); } @@ -172,7 +160,9 @@ V8WebSocketClientImpl::V8WebSocketClientImpl(v8::Isolate* InIsolate, v8::Local on_tls_init(websocketpp::connection_hdl) { auto ctx = websocketpp::lib::make_shared(websocketpp::lib::puerts_asio::ssl::context::sslv23); - ctx->set_verify_mode(puerts_asio::ssl::verify_none); + + websocketpp::lib::error_code ec; + ctx->set_verify_mode(puerts_asio::ssl::verify_none, ec); return ctx; } #endif @@ -199,7 +189,7 @@ void V8WebSocketClientImpl::Connect(const v8::FunctionCallbackInfo& I if (ec) { std::stringstream ss; - ss << "could not create connection because: " << ec.message() << std::endl; + ss << "could not create connection because: " << ec.message() << "[" << ec.value() << "]" << std::endl; FV8Utils::ThrowException(Isolate, ss.str().c_str()); return; } @@ -256,7 +246,7 @@ void V8WebSocketClientImpl::Send(const v8::FunctionCallbackInfo& Info if (ec) { std::stringstream ss; - ss << "could not create connection because: " << ec.message() << std::endl; + ss << "could send because: " << ec.message() << "[" << ec.value() << "]" << std::endl; FV8Utils::ThrowException(Isolate, ss.str().c_str()); } } @@ -307,14 +297,40 @@ void V8WebSocketClientImpl::Close(const v8::FunctionCallbackInfo& Inf reason = *v8::String::Utf8Value(InIsolate, Info[1]); } - Close(code, reason); + if (!Handle.expired()) + { + websocketpp::lib::error_code ec; + Client.close(Handle, code, reason, ec); + if (ec) + { + std::stringstream ss; + ss << "close fail: " << ec.message() << "[" << ec.value() << "]" << std::endl; + FV8Utils::ThrowException(Isolate, ss.str().c_str()); + } + } + Cleanup(); } -void V8WebSocketClientImpl::Close(websocketpp::close::status::value const code, std::string const& reason) +void V8WebSocketClientImpl::Statue(const v8::FunctionCallbackInfo& Info) +{ + websocketpp::lib::error_code ec; + Client.ping(Handle, "", ec); + auto isolate = Info.GetIsolate(); + auto context = isolate->GetCurrentContext(); + auto res = v8::Array::New(isolate); + + res->Set(context, 0, v8::Int32::New(isolate, ec.value())).Check(); + res->Set(context, 1, + v8::String::NewFromUtf8(isolate, ec.message().c_str(), v8::NewStringType::kNormal, ec.message().size()).ToLocalChecked()); + Info.GetReturnValue().Set(res); +} + +void V8WebSocketClientImpl::CloseImmediately(websocketpp::close::status::value const code, std::string const& reason) { if (!Handle.expired()) { - Client.close(Handle, code, reason); + websocketpp::lib::error_code ec; + Client.close(Handle, code, reason, ec); } Cleanup(); } @@ -358,8 +374,10 @@ void V8WebSocketClientImpl::OnMessage(wspp_connection_hdl InHandle, wspp_message } else if (InMessage->get_opcode() == websocketpp::frame::opcode::BINARY) { - args[0] = DataTransfer::NewArrayBuffer( - GContext.Get(Isolate), (void*) InMessage->get_payload().c_str(), InMessage->get_payload().size()); + v8::Local Ab = v8::ArrayBuffer::New(Isolate, InMessage->get_payload().size()); + void* Buff = DataTransfer::GetArrayBufferData(Ab); + ::memcpy(Buff, InMessage->get_payload().data(), InMessage->get_payload().size()); + args[0] = Ab; } else { @@ -402,7 +420,7 @@ void V8WebSocketClientImpl::OnFail(wspp_connection_hdl InHandle) // must not raise exception in js, recommend just push a pending msg and process later. Handles[ON_FAIL].Get(Isolate)->Call(GContext.Get(Isolate), v8::Undefined(Isolate), 1, args); } - Close(websocketpp::close::status::abnormal_close, ""); + CloseImmediately(websocketpp::close::status::abnormal_close, ""); } } // namespace PUERTS_NAMESPACE @@ -442,6 +460,13 @@ void InitWebsocketPPWrap(v8::Local Context) ->Close(Info); })); + WSTemplate->PrototypeTemplate()->Set(v8::String::NewFromUtf8(Isolate, "statue").ToLocalChecked(), + v8::FunctionTemplate::New(Isolate, + [](const v8::FunctionCallbackInfo& Info) { + static_cast(Info.Holder()->GetAlignedPointerFromInternalField(0)) + ->Statue(Info); + })); + WSTemplate->PrototypeTemplate()->Set(v8::String::NewFromUtf8(Isolate, "poll").ToLocalChecked(), v8::FunctionTemplate::New(Isolate, [](const v8::FunctionCallbackInfo& Info) diff --git a/Plugins/Puerts/Source/JsEnv/Public/DataTransfer.h b/Plugins/Puerts/Source/JsEnv/Public/DataTransfer.h index a408b7f..2921d64 100644 --- a/Plugins/Puerts/Source/JsEnv/Public/DataTransfer.h +++ b/Plugins/Puerts/Source/JsEnv/Public/DataTransfer.h @@ -181,6 +181,24 @@ struct TScriptStructTraits } }; +template <> +struct TScriptStructTraits +{ + static UScriptStruct* Get() + { + return GetScriptStructInCoreUObject(TEXT("Matrix")); + } +}; + +template <> +struct TScriptStructTraits +{ + static UScriptStruct* Get() + { + return GetScriptStructInCoreUObject(TEXT("IntVector4")); + } +}; + template using ToVoid = void; diff --git a/Plugins/Puerts/Source/JsEnv/Public/PesapiBackend.hpp b/Plugins/Puerts/Source/JsEnv/Public/PesapiBackend.hpp index 719a097..14b84f1 100644 --- a/Plugins/Puerts/Source/JsEnv/Public/PesapiBackend.hpp +++ b/Plugins/Puerts/Source/JsEnv/Public/PesapiBackend.hpp @@ -49,6 +49,30 @@ } \ } +#define __DefCDataConverter_pesapi_impl(CLS) \ + namespace PUERTS_NAMESPACE \ + { \ + namespace pesapi_impl \ + { \ + template <> \ + struct Converter \ + { \ + static pesapi_value toScript(pesapi_env env, CLS value) \ + { \ + return pesapi_native_object_to_value(env, DynamicTypeId::get(&value), new CLS(value), true); \ + } \ + static CLS toCpp(pesapi_env env, pesapi_value value) \ + { \ + return *static_cast(pesapi_get_native_object_ptr(env, value)); \ + } \ + static bool accept(pesapi_env env, pesapi_value value) \ + { \ + return pesapi_is_instance_of(env, StaticTypeId::get(), value); \ + } \ + }; \ + } \ + } + namespace PUERTS_NAMESPACE { namespace pesapi_impl diff --git a/Plugins/Puerts/Source/JsEnv/Public/ScriptBackend.hpp b/Plugins/Puerts/Source/JsEnv/Public/ScriptBackend.hpp index 177362f..571f633 100644 --- a/Plugins/Puerts/Source/JsEnv/Public/ScriptBackend.hpp +++ b/Plugins/Puerts/Source/JsEnv/Public/ScriptBackend.hpp @@ -31,18 +31,25 @@ &(::PUERTS_NAMESPACE::PropertyWrapper::getter), \ &(::PUERTS_NAMESPACE::PropertyWrapper::setter), \ ::PUERTS_NAMESPACE::PropertyWrapper::info() +#define MakePropertyByGetterSetter(Getter, Setter) \ + &(::PUERTS_NAMESPACE::PropertyGetterWrapper::getter), \ + &(::PUERTS_NAMESPACE::PropertySetterWrapper::setter), \ + ::PUERTS_NAMESPACE::PropertyGetterSetterInfo::info() #define MakeReadonlyProperty(M) \ &(::PUERTS_NAMESPACE::PropertyWrapper::getter), nullptr, \ ::PUERTS_NAMESPACE::PropertyWrapper::info() #define MakeVariable(M) MakeProperty(M) +#define MakeVariableByGetterSetter(M) MakePropertyByGetterSetter(M) #define MakeReadonlyVariable(M) MakeReadonlyProperty(M) -#define MakeFunction(M, ...) \ - [](::PUERTS_NAMESPACE::PUERTS_BINDING_IMPL::API::CallbackInfoType info) \ - { \ - ::PUERTS_NAMESPACE::FuncCallWrapper::callWithDefaultValues( \ - info, ##__VA_ARGS__); \ - }, \ - ::PUERTS_NAMESPACE::FuncCallWrapper::info( \ +#define MakeFunction(M, ...) \ + [](::PUERTS_NAMESPACE::PUERTS_BINDING_IMPL::API::CallbackInfoType info) \ + { \ + ::PUERTS_NAMESPACE::FuncCallWrapper::callWithDefaultValues(info, ##__VA_ARGS__); \ + }, \ + ::PUERTS_NAMESPACE::FuncCallWrapper::info( \ PUERTS_NAMESPACE::Count(__VA_ARGS__)) #define MakeExtension(M, ...) \ [](::PUERTS_NAMESPACE::PUERTS_BINDING_IMPL::API::CallbackInfoType info) \ @@ -52,13 +59,13 @@ }, \ ::PUERTS_NAMESPACE::FuncCallWrapper::extensionInfo( \ PUERTS_NAMESPACE::Count(__VA_ARGS__)) -#define SelectFunction(SIGNATURE, M, ...) \ - [](::PUERTS_NAMESPACE::PUERTS_BINDING_IMPL::API::CallbackInfoType info) \ - { \ - ::PUERTS_NAMESPACE::FuncCallWrapper::callWithDefaultValues( \ - info, ##__VA_ARGS__); \ - }, \ - ::PUERTS_NAMESPACE::FuncCallWrapper::info( \ +#define SelectFunction(SIGNATURE, M, ...) \ + [](::PUERTS_NAMESPACE::PUERTS_BINDING_IMPL::API::CallbackInfoType info) \ + { \ + ::PUERTS_NAMESPACE::FuncCallWrapper::callWithDefaultValues(info, ##__VA_ARGS__); \ + }, \ + ::PUERTS_NAMESPACE::FuncCallWrapper::info( \ PUERTS_NAMESPACE::Count(__VA_ARGS__)) #define SelectFunction_PtrRet(SIGNATURE, M, ...) \ [](::PUERTS_NAMESPACE::PUERTS_BINDING_IMPL::API::CallbackInfoType info) \ @@ -68,10 +75,11 @@ }, \ ::PUERTS_NAMESPACE::FuncCallWrapper::info( \ PUERTS_NAMESPACE::Count(__VA_ARGS__)) -#define MakeCheckFunction(M) \ - &(::PUERTS_NAMESPACE::FuncCallWrapper::checkedCall), \ - ::PUERTS_NAMESPACE::FuncCallWrapper::info() -#define MakeOverload(SIGNATURE, M) PUERTS_NAMESPACE::FuncCallWrapper +#define MakeCheckFunction(M) \ + &(::PUERTS_NAMESPACE::FuncCallWrapper::checkedCall), \ + ::PUERTS_NAMESPACE::FuncCallWrapper::info() +#define MakeOverload(SIGNATURE, M) \ + PUERTS_NAMESPACE::FuncCallWrapper #define CombineOverloads(...) \ &::PUERTS_NAMESPACE::OverloadsCombiner::call, \ ::PUERTS_NAMESPACE::OverloadsCombiner::length, \ @@ -111,6 +119,9 @@ #define __DefCDataPointerConverter_HELPER2(CLS, Suffix) __DefCDataPointerConverter_HELPER1(CLS, Suffix) #define __DefObjectType(CLS) __DefObjectType_HELPER2(CLS, PUERTS_BINDING_IMPL) #define __DefCDataPointerConverter(CLS) __DefCDataPointerConverter_HELPER2(CLS, PUERTS_BINDING_IMPL) +#define __DefCDataConverter_HELPER1(CLS, Suffix) __DefCDataConverter_##Suffix(CLS) +#define __DefCDataConverter_HELPER2(CLS, Suffix) __DefCDataConverter_HELPER1(CLS, Suffix) +#define __DefCDataConverter(CLS) __DefCDataConverter_HELPER2(CLS, PUERTS_BINDING_IMPL) #define UsingNamedCppType(CLS, NAME) __DefScriptTTypeName(NAME, CLS) __DefObjectType(CLS) __DefCDataPointerConverter(CLS) #define UsingCppType(CLS) UsingNamedCppType(CLS, CLS) diff --git a/Plugins/Puerts/Source/JsEnv/Public/StaticCall.hpp b/Plugins/Puerts/Source/JsEnv/Public/StaticCall.hpp index 1664712..ac01dda 100644 --- a/Plugins/Puerts/Source/JsEnv/Public/StaticCall.hpp +++ b/Plugins/Puerts/Source/JsEnv/Public/StaticCall.hpp @@ -379,6 +379,11 @@ private: return Arg; } + void SetArgument(typename ArgumentType::type InArg) + { + Arg = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { } @@ -418,6 +423,11 @@ private: return Arg; } + void SetArgument(typename ArgumentType::type InArg) + { + Arg = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { if (&Buf != &(Arg.get())) @@ -452,6 +462,11 @@ private: return Arg; } + void SetArgument(typename ArgumentType::type InArg) + { + Arg = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { } @@ -476,6 +491,15 @@ private: return Arg; } + using BuffType = typename std::remove_const::type>::type; + BuffType Buf; + + void SetArgument(BuffType InArg) + { + Buf = InArg; + Arg = Buf; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { } @@ -501,6 +525,11 @@ private: return Arg; } + void SetArgument(typename ArgumentType::type InArg) + { + Arg = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { API::UpdateRefValue(context, holder, API::template Converter::type>::toScript(context, Arg)); @@ -527,6 +556,11 @@ private: return Arg ? Arg : &Buf; } + void SetArgument(BuffType InArg) + { + Buf = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { API::UpdateRefValue(context, holder, API::template Converter::toScript(context, Buf)); @@ -551,6 +585,11 @@ private: return Arg; } + void SetArgument(T InArg) + { + Arg = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { } @@ -574,6 +613,11 @@ private: return Arg; } + void SetArgument(typename ArgumentType::type InArg) + { + Arg = InArg; + } + void SetRef(typename API::ContextType context, typename API::ValueType holder) { } @@ -615,7 +659,7 @@ private: { if (argCount <= Pos) { - std::get(cppArgHolders).Arg = defaultValue; + std::get(cppArgHolders).SetArgument(defaultValue); } DefaultValueSetter<0, Pos + 1, FullArgs...>::Set(cppArgHolders, argCount, rest...); } @@ -1458,6 +1502,164 @@ struct PropertyWrapper } }; +template +struct PropertyGetterWrapper; + +template +struct PropertyGetterWrapper +{ + template + using DecayTypeConverter = typename API::template Converter::type>; + + static void getter(typename API::CallbackInfoType info) + { + auto context = API::GetContext(info); + API::SetReturn(info, DecayTypeConverter::toScript(context, fgetter())); + } +}; + +template +struct PropertyGetterWrapper +{ + template + using DecayTypeConverter = typename API::template Converter::type>; + + static void getter(typename API::CallbackInfoType info) + { + auto context = API::GetContext(info); + auto self = DecayTypeConverter::toCpp(context, API::GetThis(info)); + if (!self) + { + API::ThrowException(info, "access a null object"); + return; + } + + API::SetReturn(info, API::template Converter::toScript(context, (self->*func)())); + } +}; + +template +struct PropertyGetterWrapper +{ + template + using DecayTypeConverter = typename API::template Converter::type>; + + static void getter(typename API::CallbackInfoType info) + { + auto context = API::GetContext(info); + auto self = DecayTypeConverter::toCpp(context, API::GetThis(info)); + if (!self) + { + API::ThrowException(info, "access a null object"); + return; + } + + API::SetReturn(info, API::template Converter::toScript(context, (self->*func)())); + } +}; + +template +struct PropertyGetterWrapper +{ + static void getter(typename API::CallbackInfoType info) + { + API::ThrowException(info, "not getter for this property!"); + } +}; + +template +struct PropertySetterWrapper; + +template +struct PropertySetterWrapper +{ + template + using DecayTypeConverter = typename API::template Converter::type>; + + static void setter(typename API::CallbackInfoType info) + { + auto context = API::GetContext(info); + fsetter(DecayTypeConverter::toCpp(context, API::GetArg(info, 0))); + } +}; + +template +struct PropertySetterWrapper +{ + template + using DecayTypeConverter = typename API::template Converter::type>; + + static void setter(typename API::CallbackInfoType info) + { + auto context = API::GetContext(info); + auto self = DecayTypeConverter::toCpp(context, API::GetThis(info)); + if (!self) + { + API::ThrowException(info, "access a null object"); + return; + } + + (self->*func)(DecayTypeConverter::toCpp(context, API::GetArg(info, 0))); + } +}; + +template +struct PropertySetterWrapper +{ + static void setter(typename API::CallbackInfoType info) + { + API::ThrowException(info, "not setter for this property!"); + } +}; + +template +struct PropertyGetterSetterInfo; + +template +struct PropertyGetterSetterInfo +{ + static const CTypeInfo* info() + { + return CTypeInfoImpl::get(); + } +}; + +template +struct PropertyGetterSetterInfo +{ + static const CTypeInfo* info() + { + return CTypeInfoImpl::get(); + } +}; + +template +struct PropertyGetterSetterInfo +{ + static const CTypeInfo* info() + { + return CTypeInfoImpl::get(); + } +}; + +template +struct PropertyGetterSetterInfo +{ + static const CTypeInfo* info() + { + return CTypeInfoImpl::get(); + } +}; + +template +struct PropertyGetterSetterInfo +{ + static const CTypeInfo* info() + { + return CTypeInfoImpl::get(); + } +}; + template class ClassDefineBuilder { diff --git a/Plugins/Puerts/Source/JsEnv/Public/UEDataBinding.hpp b/Plugins/Puerts/Source/JsEnv/Public/UEDataBinding.hpp index 4e35e8e..34b32cf 100644 --- a/Plugins/Puerts/Source/JsEnv/Public/UEDataBinding.hpp +++ b/Plugins/Puerts/Source/JsEnv/Public/UEDataBinding.hpp @@ -490,10 +490,10 @@ struct IsUStructHelper::Get)>> : std: namespace v8_impl { template -struct Converter::value && internal::IsUStructHelper::value>::type> +struct Converter::value && !std::is_convertible::value && + internal::IsUStructHelper::value>::type> { - static v8::Local toScript(v8::Local context, T* value) + static v8::Local toScript(v8::Local context, const T* value) { return DataTransfer::FindOrAddStruct(context->GetIsolate(), context, (void*) value, true); } @@ -509,10 +509,17 @@ struct Converter +struct Converter::value && internal::IsUStructHelper::value>::type> + : Converter +{ +}; + template struct Converter::value>::type> { - static v8::Local toScript(v8::Local context, T value) + static v8::Local toScript(v8::Local context, const T value) { return DataTransfer::FindOrAddStruct(context->GetIsolate(), context, new T(value), false); } @@ -529,6 +536,16 @@ struct Converter::value> } }; +template +struct Converter::value>::type> : Converter +{ +}; + } // namespace v8_impl +template +struct ScriptTypeName::value>::type> : ScriptTypeName +{ +}; + } // namespace PUERTS_NAMESPACE \ No newline at end of file diff --git a/Plugins/Puerts/Source/JsEnv/Public/V8Backend.hpp b/Plugins/Puerts/Source/JsEnv/Public/V8Backend.hpp index 947cd29..eaf470c 100644 --- a/Plugins/Puerts/Source/JsEnv/Public/V8Backend.hpp +++ b/Plugins/Puerts/Source/JsEnv/Public/V8Backend.hpp @@ -49,6 +49,32 @@ } \ } +#define __DefCDataConverter_v8_impl(CLS) \ + namespace PUERTS_NAMESPACE \ + { \ + namespace v8_impl \ + { \ + template <> \ + struct Converter \ + { \ + static v8::Local toScript(v8::Local context, CLS value) \ + { \ + return ::PUERTS_NAMESPACE::DataTransfer::FindOrAddCData( \ + context->GetIsolate(), context, DynamicTypeId::get(&value), new CLS(value), false); \ + } \ + static CLS toCpp(v8::Local context, const v8::Local& value) \ + { \ + return *::PUERTS_NAMESPACE::DataTransfer::GetPointerFast(value.As()); \ + } \ + static bool accept(v8::Local context, const v8::Local& value) \ + { \ + return ::PUERTS_NAMESPACE::DataTransfer::IsInstanceOf( \ + context->GetIsolate(), StaticTypeId::get(), value.As()); \ + } \ + }; \ + } \ + } + namespace PUERTS_NAMESPACE { namespace v8_impl diff --git a/Plugins/Puerts/Source/PuertsEditor/Private/PEBlueprintAsset.cpp b/Plugins/Puerts/Source/PuertsEditor/Private/PEBlueprintAsset.cpp index b7fbd27..65e3f88 100644 --- a/Plugins/Puerts/Source/PuertsEditor/Private/PEBlueprintAsset.cpp +++ b/Plugins/Puerts/Source/PuertsEditor/Private/PEBlueprintAsset.cpp @@ -999,7 +999,7 @@ void UPEBlueprintAsset::SetupAttachment(FName InComponentName, FName InParentCom { NeedSave = true; Blueprint->SimpleConstructionScript->RemoveNode(SCS_Node); - USceneComponent* SceneComponentTemplate = Cast(SCS_Node->ComponentClass); + USceneComponent* SceneComponentTemplate = Cast(SCS_Node->ComponentClass->GetDefaultObject()); if (SceneComponentTemplate) { // Save current state diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/Android/arm64-v8a/mksnapshot b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/Android/arm64-v8a/mksnapshot new file mode 100644 index 0000000..4db88f6 Binary files /dev/null and b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/Android/arm64-v8a/mksnapshot differ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/Android/arm64-v8a/v8cc b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/Android/arm64-v8a/v8cc new file mode 100644 index 0000000..38c8031 Binary files /dev/null and b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/Android/arm64-v8a/v8cc differ diff --git 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0000000..ce2516c Binary files /dev/null and b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/iOS/arm64/v8cc differ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/macOS/mksnapshot b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/macOS/mksnapshot new file mode 100644 index 0000000..13802b7 Binary files /dev/null and b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/macOS/mksnapshot differ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/macOS/v8cc b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/macOS/v8cc new file mode 100644 index 0000000..5fecf23 Binary files /dev/null and b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Bin/macOS/v8cc differ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/APIDesign.md b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/APIDesign.md new file mode 100644 index 0000000..fe42c8e --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/APIDesign.md @@ -0,0 +1,72 @@ +# The V8 public C++ API + +# Overview + +The V8 public C++ API aims to support four use cases: + +1. Enable applications that embed V8 (called the embedder) to configure and run + one or more instances of V8. +2. Expose ECMAScript-like capabilities to the embedder. +3. Enable the embedder to interact with ECMAScript by exposing API objects. +4. Provide access to the V8 debugger (inspector). + +# Configuring and running an instance of V8 + +V8 requires access to certain OS-level primitives such as the ability to +schedule work on threads, or allocate memory. + +The embedder can define how to access those primitives via the v8::Platform +interface. While V8 bundles a basic implementation, embedders are highly +encouraged to implement v8::Platform themselves. + +Currently, the v8::ArrayBuffer::Allocator is passed to the v8::Isolate factory +method, however, conceptually it should also be part of the v8::Platform since +all instances of V8 should share one allocator. + +Once the v8::Platform is configured, an v8::Isolate can be created. All +further interactions with V8 should explicitly reference the v8::Isolate they +refer to. All API methods should eventually take an v8::Isolate parameter. + +When a given instance of V8 is no longer needed, it can be destroyed by +disposing the respective v8::Isolate. If the embedder wishes to free all memory +associated with the v8::Isolate, it has to first clear all global handles +associated with that v8::Isolate. + +# ECMAScript-like capabilities + +In general, the C++ API shouldn't enable capabilities that aren't available to +scripts running in V8. Experience has shown that it's not possible to maintain +such API methods in the long term. However, capabilities also available to +scripts, i.e., ones that are defined in the ECMAScript standard are there to +stay, and we can safely expose them to embedders. + +The C++ API should also be pleasant to use, and not require learning new +paradigms. Similarly to how the API exposed to scripts aims to provide good +ergonomics, we should aim to provide a reasonable developer experience for this +API surface. + +ECMAScript makes heavy use of exceptions, however, V8's C++ code doesn't use +C++ exceptions. Therefore, all API methods that can throw exceptions should +indicate so by returning a v8::Maybe<> or v8::MaybeLocal<> result, +and by taking a v8::Local<v8::Context> parameter that indicates in which +context a possible exception should be thrown. + +# API objects + +V8 allows embedders to define special objects that expose additional +capabilities and APIs to scripts. The most prominent example is exposing the +HTML DOM in Blink. Other examples are e.g. node.js. It is less clear what kind +of capabilities we want to expose via this API surface. As a rule of thumb, we +want to expose operations as defined in the WebIDL and HTML spec: we +assume that those requirements are somewhat stable, and that they are a +superset of the requirements of other embedders including node.js. + +Ideally, the API surfaces defined in those specs hook into the ECMAScript spec +which in turn guarantees long-term stability of the API. + +# The V8 inspector + +All debugging capabilities of V8 should be exposed via the inspector protocol. +The exception to this are profiling features exposed via v8-profiler.h. +Changes to the inspector protocol need to ensure backwards compatibility and +commitment to maintain. diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/DEPS b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/DEPS new file mode 100644 index 0000000..21ce3d9 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/DEPS @@ -0,0 +1,10 @@ +include_rules = [ + # v8-inspector-protocol.h depends on generated files under include/inspector. + "+inspector", + "+cppgc/common.h", + # Used by v8-cppgc.h to bridge to cppgc. + "+cppgc/custom-space.h", + "+cppgc/heap-statistics.h", + "+cppgc/internal/write-barrier.h", + "+cppgc/visitor.h", +] diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/DIR_METADATA b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/DIR_METADATA new file mode 100644 index 0000000..a27ea1b --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/DIR_METADATA @@ -0,0 +1,11 @@ +# Metadata information for this directory. +# +# For more information on DIR_METADATA files, see: +# https://source.chromium.org/chromium/infra/infra/+/master:go/src/infra/tools/dirmd/README.md +# +# For the schema of this file, see Metadata message: +# https://source.chromium.org/chromium/infra/infra/+/master:go/src/infra/tools/dirmd/proto/dir_metadata.proto + +monorail { + component: "Blink>JavaScript>API" +} \ No newline at end of file diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/OWNERS b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/OWNERS new file mode 100644 index 0000000..0222513 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/OWNERS @@ -0,0 +1,20 @@ +adamk@chromium.org +cbruni@chromium.org +leszeks@chromium.org +mlippautz@chromium.org +verwaest@chromium.org +yangguo@chromium.org + +per-file *DEPS=file:../COMMON_OWNERS +per-file v8-internal.h=file:../COMMON_OWNERS +per-file v8-inspector.h=file:../src/inspector/OWNERS +per-file v8-inspector-protocol.h=file:../src/inspector/OWNERS +per-file js_protocol.pdl=file:../src/inspector/OWNERS + +# Needed by the auto_tag builder +per-file v8-version.h=v8-ci-autoroll-builder@chops-service-accounts.iam.gserviceaccount.com + +# For branch updates: +per-file v8-version.h=file:../INFRA_OWNERS +per-file v8-version.h=hablich@chromium.org +per-file v8-version.h=vahl@chromium.org diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/DEPS b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/DEPS new file mode 100644 index 0000000..861d118 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/DEPS @@ -0,0 +1,8 @@ +include_rules = [ + "-include", + "+v8config.h", + "+v8-platform.h", + "+cppgc", + "-src", + "+libplatform/libplatform.h", +] diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/OWNERS b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/OWNERS new file mode 100644 index 0000000..6ccabf6 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/OWNERS @@ -0,0 +1,2 @@ +bikineev@chromium.org +omerkatz@chromium.org \ No newline at end of file diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/README.md b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/README.md new file mode 100644 index 0000000..3a2db6d --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/README.md @@ -0,0 +1,5 @@ +# C++ Garbage Collection + +This directory provides an open-source garbage collection library for C++. + +The library is under construction, meaning that *all APIs in this directory are incomplete and considered unstable and should not be used*. \ No newline at end of file diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/allocation.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/allocation.h new file mode 100644 index 0000000..d75f1a9 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/allocation.h @@ -0,0 +1,233 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_ALLOCATION_H_ +#define INCLUDE_CPPGC_ALLOCATION_H_ + +#include +#include +#include +#include +#include +#include + +#include "cppgc/custom-space.h" +#include "cppgc/internal/api-constants.h" +#include "cppgc/internal/gc-info.h" +#include "cppgc/type-traits.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +/** + * AllocationHandle is used to allocate garbage-collected objects. + */ +class AllocationHandle; + +namespace internal { + +class V8_EXPORT MakeGarbageCollectedTraitInternal { + protected: + static inline void MarkObjectAsFullyConstructed(const void* payload) { + // See api_constants for an explanation of the constants. + std::atomic* atomic_mutable_bitfield = + reinterpret_cast*>( + const_cast(reinterpret_cast( + reinterpret_cast(payload) - + api_constants::kFullyConstructedBitFieldOffsetFromPayload))); + atomic_mutable_bitfield->fetch_or(api_constants::kFullyConstructedBitMask, + std::memory_order_release); + } + + template + struct SpacePolicy { + static void* Allocate(AllocationHandle& handle, size_t size) { + // Custom space. + static_assert(std::is_base_of::value, + "Custom space must inherit from CustomSpaceBase."); + return MakeGarbageCollectedTraitInternal::Allocate( + handle, size, internal::GCInfoTrait::Index(), + CustomSpace::kSpaceIndex); + } + }; + + template + struct SpacePolicy { + static void* Allocate(AllocationHandle& handle, size_t size) { + // Default space. + return MakeGarbageCollectedTraitInternal::Allocate( + handle, size, internal::GCInfoTrait::Index()); + } + }; + + private: + static void* Allocate(cppgc::AllocationHandle& handle, size_t size, + GCInfoIndex index); + static void* Allocate(cppgc::AllocationHandle& handle, size_t size, + GCInfoIndex index, CustomSpaceIndex space_index); + + friend class HeapObjectHeader; +}; + +} // namespace internal + +/** + * Base trait that provides utilities for advancers users that have custom + * allocation needs (e.g., overriding size). It's expected that users override + * MakeGarbageCollectedTrait (see below) and inherit from + * MakeGarbageCollectedTraitBase and make use of the low-level primitives + * offered to allocate and construct an object. + */ +template +class MakeGarbageCollectedTraitBase + : private internal::MakeGarbageCollectedTraitInternal { + private: + static_assert(internal::IsGarbageCollectedType::value, + "T needs to be a garbage collected object"); + static_assert(!IsGarbageCollectedWithMixinTypeV || + sizeof(T) <= + internal::api_constants::kLargeObjectSizeThreshold, + "GarbageCollectedMixin may not be a large object"); + + protected: + /** + * Allocates memory for an object of type T. + * + * \param handle AllocationHandle identifying the heap to allocate the object + * on. + * \param size The size that should be reserved for the object. + * \returns the memory to construct an object of type T on. + */ + V8_INLINE static void* Allocate(AllocationHandle& handle, size_t size) { + static_assert( + std::is_base_of::value, + "U of GarbageCollected must be a base of T. Check " + "GarbageCollected base class inheritance."); + return SpacePolicy< + typename internal::GCInfoFolding< + T, typename T::ParentMostGarbageCollectedType>::ResultType, + typename SpaceTrait::Space>::Allocate(handle, size); + } + + /** + * Marks an object as fully constructed, resulting in precise handling by the + * garbage collector. + * + * \param payload The base pointer the object is allocated at. + */ + V8_INLINE static void MarkObjectAsFullyConstructed(const void* payload) { + internal::MakeGarbageCollectedTraitInternal::MarkObjectAsFullyConstructed( + payload); + } +}; + +/** + * Passed to MakeGarbageCollected to specify how many bytes should be appended + * to the allocated object. + * + * Example: + * \code + * class InlinedArray final : public GarbageCollected { + * public: + * explicit InlinedArray(size_t bytes) : size(bytes), byte_array(this + 1) {} + * void Trace(Visitor*) const {} + + * size_t size; + * char* byte_array; + * }; + * + * auto* inlined_array = MakeGarbageCollectedbyte_array[i]); + * } + * \endcode + */ +struct AdditionalBytes { + constexpr explicit AdditionalBytes(size_t bytes) : value(bytes) {} + const size_t value; +}; + +/** + * Default trait class that specifies how to construct an object of type T. + * Advanced users may override how an object is constructed using the utilities + * that are provided through MakeGarbageCollectedTraitBase. + * + * Any trait overriding construction must + * - allocate through `MakeGarbageCollectedTraitBase::Allocate`; + * - mark the object as fully constructed using + * `MakeGarbageCollectedTraitBase::MarkObjectAsFullyConstructed`; + */ +template +class MakeGarbageCollectedTrait : public MakeGarbageCollectedTraitBase { + public: + template + static T* Call(AllocationHandle& handle, Args&&... args) { + void* memory = + MakeGarbageCollectedTraitBase::Allocate(handle, sizeof(T)); + T* object = ::new (memory) T(std::forward(args)...); + MakeGarbageCollectedTraitBase::MarkObjectAsFullyConstructed(object); + return object; + } + + template + static T* Call(AllocationHandle& handle, AdditionalBytes additional_bytes, + Args&&... args) { + void* memory = MakeGarbageCollectedTraitBase::Allocate( + handle, sizeof(T) + additional_bytes.value); + T* object = ::new (memory) T(std::forward(args)...); + MakeGarbageCollectedTraitBase::MarkObjectAsFullyConstructed(object); + return object; + } +}; + +/** + * Allows users to specify a post-construction callback for specific types. The + * callback is invoked on the instance of type T right after it has been + * constructed. This can be useful when the callback requires a + * fully-constructed object to be able to dispatch to virtual methods. + */ +template +struct PostConstructionCallbackTrait { + static void Call(T*) {} +}; + +/** + * Constructs a managed object of type T where T transitively inherits from + * GarbageCollected. + * + * \param args List of arguments with which an instance of T will be + * constructed. + * \returns an instance of type T. + */ +template +T* MakeGarbageCollected(AllocationHandle& handle, Args&&... args) { + T* object = + MakeGarbageCollectedTrait::Call(handle, std::forward(args)...); + PostConstructionCallbackTrait::Call(object); + return object; +} + +/** + * Constructs a managed object of type T where T transitively inherits from + * GarbageCollected. Created objects will have additional bytes appended to + * it. Allocated memory would suffice for `sizeof(T) + additional_bytes`. + * + * \param additional_bytes Denotes how many bytes to append to T. + * \param args List of arguments with which an instance of T will be + * constructed. + * \returns an instance of type T. + */ +template +T* MakeGarbageCollected(AllocationHandle& handle, + AdditionalBytes additional_bytes, Args&&... args) { + T* object = MakeGarbageCollectedTrait::Call(handle, additional_bytes, + std::forward(args)...); + PostConstructionCallbackTrait::Call(object); + return object; +} + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_ALLOCATION_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/common.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/common.h new file mode 100644 index 0000000..b6dbff3 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/common.h @@ -0,0 +1,29 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_COMMON_H_ +#define INCLUDE_CPPGC_COMMON_H_ + +// TODO(chromium:1056170): Remove dependency on v8. +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +/** + * Indicator for the stack state of the embedder. + */ +enum class EmbedderStackState { + /** + * Stack may contain interesting heap pointers. + */ + kMayContainHeapPointers, + /** + * Stack does not contain any interesting heap pointers. + */ + kNoHeapPointers, +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_COMMON_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/cross-thread-persistent.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/cross-thread-persistent.h new file mode 100644 index 0000000..0a9afdc --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/cross-thread-persistent.h @@ -0,0 +1,413 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_CROSS_THREAD_PERSISTENT_H_ +#define INCLUDE_CPPGC_CROSS_THREAD_PERSISTENT_H_ + +#include + +#include "cppgc/internal/persistent-node.h" +#include "cppgc/internal/pointer-policies.h" +#include "cppgc/persistent.h" +#include "cppgc/visitor.h" + +namespace cppgc { +namespace internal { + +// Wrapper around PersistentBase that allows accessing poisoned memory when +// using ASAN. This is needed as the GC of the heap that owns the value +// of a CTP, may clear it (heap termination, weakness) while the object +// holding the CTP may be poisoned as itself may be deemed dead. +class CrossThreadPersistentBase : public PersistentBase { + public: + CrossThreadPersistentBase() = default; + explicit CrossThreadPersistentBase(const void* raw) : PersistentBase(raw) {} + + V8_CLANG_NO_SANITIZE("address") const void* GetValueFromGC() const { + return raw_; + } + + V8_CLANG_NO_SANITIZE("address") + PersistentNode* GetNodeFromGC() const { return node_; } + + V8_CLANG_NO_SANITIZE("address") + void ClearFromGC() const { + raw_ = nullptr; + node_ = nullptr; + } +}; + +template +class BasicCrossThreadPersistent final : public CrossThreadPersistentBase, + public LocationPolicy, + private WeaknessPolicy, + private CheckingPolicy { + public: + using typename WeaknessPolicy::IsStrongPersistent; + using PointeeType = T; + + ~BasicCrossThreadPersistent() { Clear(); } + + BasicCrossThreadPersistent( + const SourceLocation& loc = SourceLocation::Current()) + : LocationPolicy(loc) {} + + BasicCrossThreadPersistent( + std::nullptr_t, const SourceLocation& loc = SourceLocation::Current()) + : LocationPolicy(loc) {} + + BasicCrossThreadPersistent( + SentinelPointer s, const SourceLocation& loc = SourceLocation::Current()) + : CrossThreadPersistentBase(s), LocationPolicy(loc) {} + + BasicCrossThreadPersistent( + T* raw, const SourceLocation& loc = SourceLocation::Current()) + : CrossThreadPersistentBase(raw), LocationPolicy(loc) { + if (!IsValid(raw)) return; + PersistentRegionLock guard; + CrossThreadPersistentRegion& region = this->GetPersistentRegion(raw); + SetNode(region.AllocateNode(this, &Trace)); + this->CheckPointer(raw); + } + + class UnsafeCtorTag { + private: + UnsafeCtorTag() = default; + template + friend class BasicCrossThreadPersistent; + }; + + BasicCrossThreadPersistent( + UnsafeCtorTag, T* raw, + const SourceLocation& loc = SourceLocation::Current()) + : CrossThreadPersistentBase(raw), LocationPolicy(loc) { + if (!IsValid(raw)) return; + CrossThreadPersistentRegion& region = this->GetPersistentRegion(raw); + SetNode(region.AllocateNode(this, &Trace)); + this->CheckPointer(raw); + } + + BasicCrossThreadPersistent( + T& raw, const SourceLocation& loc = SourceLocation::Current()) + : BasicCrossThreadPersistent(&raw, loc) {} + + template ::value>> + BasicCrossThreadPersistent( + internal::BasicMember + member, + const SourceLocation& loc = SourceLocation::Current()) + : BasicCrossThreadPersistent(member.Get(), loc) {} + + BasicCrossThreadPersistent( + const BasicCrossThreadPersistent& other, + const SourceLocation& loc = SourceLocation::Current()) + : BasicCrossThreadPersistent(loc) { + // Invoke operator=. + *this = other; + } + + // Heterogeneous ctor. + template ::value>> + BasicCrossThreadPersistent( + const BasicCrossThreadPersistent& other, + const SourceLocation& loc = SourceLocation::Current()) + : BasicCrossThreadPersistent(loc) { + *this = other; + } + + BasicCrossThreadPersistent( + BasicCrossThreadPersistent&& other, + const SourceLocation& loc = SourceLocation::Current()) noexcept { + // Invoke operator=. + *this = std::move(other); + } + + BasicCrossThreadPersistent& operator=( + const BasicCrossThreadPersistent& other) { + PersistentRegionLock guard; + AssignUnsafe(other.Get()); + return *this; + } + + template ::value>> + BasicCrossThreadPersistent& operator=( + const BasicCrossThreadPersistent& other) { + PersistentRegionLock guard; + AssignUnsafe(other.Get()); + return *this; + } + + BasicCrossThreadPersistent& operator=(BasicCrossThreadPersistent&& other) { + if (this == &other) return *this; + Clear(); + PersistentRegionLock guard; + PersistentBase::operator=(std::move(other)); + LocationPolicy::operator=(std::move(other)); + if (!IsValid(GetValue())) return *this; + GetNode()->UpdateOwner(this); + other.SetValue(nullptr); + other.SetNode(nullptr); + this->CheckPointer(Get()); + return *this; + } + + BasicCrossThreadPersistent& operator=(T* other) { + Assign(other); + return *this; + } + + // Assignment from member. + template ::value>> + BasicCrossThreadPersistent& operator=( + internal::BasicMember + member) { + return operator=(member.Get()); + } + + BasicCrossThreadPersistent& operator=(std::nullptr_t) { + Clear(); + return *this; + } + + BasicCrossThreadPersistent& operator=(SentinelPointer s) { + Assign(s); + return *this; + } + + /** + * Returns a pointer to the stored object. + * + * Note: **Not thread-safe.** + * + * \returns a pointer to the stored object. + */ + // CFI cast exemption to allow passing SentinelPointer through T* and support + // heterogeneous assignments between different Member and Persistent handles + // based on their actual types. + V8_CLANG_NO_SANITIZE("cfi-unrelated-cast") T* Get() const { + return static_cast(const_cast(GetValue())); + } + + /** + * Clears the stored object. + */ + void Clear() { + // Simplified version of `Assign()` to allow calling without a complete type + // `T`. + const void* old_value = GetValue(); + if (IsValid(old_value)) { + PersistentRegionLock guard; + old_value = GetValue(); + // The fast path check (IsValid()) does not acquire the lock. Reload + // the value to ensure the reference has not been cleared. + if (IsValid(old_value)) { + CrossThreadPersistentRegion& region = + this->GetPersistentRegion(old_value); + region.FreeNode(GetNode()); + SetNode(nullptr); + } else { + CPPGC_DCHECK(!GetNode()); + } + } + SetValue(nullptr); + } + + /** + * Returns a pointer to the stored object and releases it. + * + * Note: **Not thread-safe.** + * + * \returns a pointer to the stored object. + */ + T* Release() { + T* result = Get(); + Clear(); + return result; + } + + /** + * Conversio to boolean. + * + * Note: **Not thread-safe.** + * + * \returns true if an actual object has been stored and false otherwise. + */ + explicit operator bool() const { return Get(); } + + /** + * Conversion to object of type T. + * + * Note: **Not thread-safe.** + * + * \returns the object. + */ + operator T*() const { return Get(); } + + /** + * Dereferences the stored object. + * + * Note: **Not thread-safe.** + */ + T* operator->() const { return Get(); } + T& operator*() const { return *Get(); } + + template + BasicCrossThreadPersistent + To() const { + using OtherBasicCrossThreadPersistent = + BasicCrossThreadPersistent; + PersistentRegionLock guard; + return OtherBasicCrossThreadPersistent( + typename OtherBasicCrossThreadPersistent::UnsafeCtorTag(), + static_cast(Get())); + } + + template ::IsStrongPersistent::value>::type> + BasicCrossThreadPersistent + Lock() const { + return BasicCrossThreadPersistent< + U, internal::StrongCrossThreadPersistentPolicy>(*this); + } + + private: + static bool IsValid(const void* ptr) { + return ptr && ptr != kSentinelPointer; + } + + static void Trace(Visitor* v, const void* ptr) { + const auto* handle = static_cast(ptr); + v->TraceRoot(*handle, handle->Location()); + } + + void Assign(T* ptr) { + const void* old_value = GetValue(); + if (IsValid(old_value)) { + PersistentRegionLock guard; + old_value = GetValue(); + // The fast path check (IsValid()) does not acquire the lock. Reload + // the value to ensure the reference has not been cleared. + if (IsValid(old_value)) { + CrossThreadPersistentRegion& region = + this->GetPersistentRegion(old_value); + if (IsValid(ptr) && (®ion == &this->GetPersistentRegion(ptr))) { + SetValue(ptr); + this->CheckPointer(ptr); + return; + } + region.FreeNode(GetNode()); + SetNode(nullptr); + } else { + CPPGC_DCHECK(!GetNode()); + } + } + SetValue(ptr); + if (!IsValid(ptr)) return; + PersistentRegionLock guard; + SetNode(this->GetPersistentRegion(ptr).AllocateNode(this, &Trace)); + this->CheckPointer(ptr); + } + + void AssignUnsafe(T* ptr) { + PersistentRegionLock::AssertLocked(); + const void* old_value = GetValue(); + if (IsValid(old_value)) { + CrossThreadPersistentRegion& region = + this->GetPersistentRegion(old_value); + if (IsValid(ptr) && (®ion == &this->GetPersistentRegion(ptr))) { + SetValue(ptr); + this->CheckPointer(ptr); + return; + } + region.FreeNode(GetNode()); + SetNode(nullptr); + } + SetValue(ptr); + if (!IsValid(ptr)) return; + SetNode(this->GetPersistentRegion(ptr).AllocateNode(this, &Trace)); + this->CheckPointer(ptr); + } + + void ClearFromGC() const { + if (IsValid(GetValueFromGC())) { + WeaknessPolicy::GetPersistentRegion(GetValueFromGC()) + .FreeNode(GetNodeFromGC()); + CrossThreadPersistentBase::ClearFromGC(); + } + } + + // See Get() for details. + V8_CLANG_NO_SANITIZE("cfi-unrelated-cast") + T* GetFromGC() const { + return static_cast(const_cast(GetValueFromGC())); + } + + friend class cppgc::Visitor; +}; + +template +struct IsWeak< + BasicCrossThreadPersistent> + : std::true_type {}; + +} // namespace internal + +namespace subtle { + +/** + * **DO NOT USE: Has known caveats, see below.** + * + * CrossThreadPersistent allows retaining objects from threads other than the + * thread the owning heap is operating on. + * + * Known caveats: + * - Does not protect the heap owning an object from terminating. + * - Reaching transitively through the graph is unsupported as objects may be + * moved concurrently on the thread owning the object. + */ +template +using CrossThreadPersistent = internal::BasicCrossThreadPersistent< + T, internal::StrongCrossThreadPersistentPolicy>; + +/** + * **DO NOT USE: Has known caveats, see below.** + * + * CrossThreadPersistent allows weakly retaining objects from threads other than + * the thread the owning heap is operating on. + * + * Known caveats: + * - Does not protect the heap owning an object from terminating. + * - Reaching transitively through the graph is unsupported as objects may be + * moved concurrently on the thread owning the object. + */ +template +using WeakCrossThreadPersistent = internal::BasicCrossThreadPersistent< + T, internal::WeakCrossThreadPersistentPolicy>; + +} // namespace subtle +} // namespace cppgc + +#endif // INCLUDE_CPPGC_CROSS_THREAD_PERSISTENT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/custom-space.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/custom-space.h new file mode 100644 index 0000000..757c4fd --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/custom-space.h @@ -0,0 +1,97 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_CUSTOM_SPACE_H_ +#define INCLUDE_CPPGC_CUSTOM_SPACE_H_ + +#include + +namespace cppgc { + +/** + * Index identifying a custom space. + */ +struct CustomSpaceIndex { + constexpr CustomSpaceIndex(size_t value) : value(value) {} // NOLINT + size_t value; +}; + +/** + * Top-level base class for custom spaces. Users must inherit from CustomSpace + * below. + */ +class CustomSpaceBase { + public: + virtual ~CustomSpaceBase() = default; + virtual CustomSpaceIndex GetCustomSpaceIndex() const = 0; + virtual bool IsCompactable() const = 0; +}; + +/** + * Base class custom spaces should directly inherit from. The class inheriting + * from `CustomSpace` must define `kSpaceIndex` as unique space index. These + * indices need for form a sequence starting at 0. + * + * Example: + * \code + * class CustomSpace1 : public CustomSpace { + * public: + * static constexpr CustomSpaceIndex kSpaceIndex = 0; + * }; + * class CustomSpace2 : public CustomSpace { + * public: + * static constexpr CustomSpaceIndex kSpaceIndex = 1; + * }; + * \endcode + */ +template +class CustomSpace : public CustomSpaceBase { + public: + /** + * Compaction is only supported on spaces that manually manage slots + * recording. + */ + static constexpr bool kSupportsCompaction = false; + + CustomSpaceIndex GetCustomSpaceIndex() const final { + return ConcreteCustomSpace::kSpaceIndex; + } + bool IsCompactable() const final { + return ConcreteCustomSpace::kSupportsCompaction; + } +}; + +/** + * User-overridable trait that allows pinning types to custom spaces. + */ +template +struct SpaceTrait { + using Space = void; +}; + +namespace internal { + +template +struct IsAllocatedOnCompactableSpaceImpl { + static constexpr bool value = CustomSpace::kSupportsCompaction; +}; + +template <> +struct IsAllocatedOnCompactableSpaceImpl { + // Non-custom spaces are by default not compactable. + static constexpr bool value = false; +}; + +template +struct IsAllocatedOnCompactableSpace { + public: + static constexpr bool value = + IsAllocatedOnCompactableSpaceImpl::Space>::value; +}; + +} // namespace internal + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_CUSTOM_SPACE_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/default-platform.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/default-platform.h new file mode 100644 index 0000000..2ccdedd --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/default-platform.h @@ -0,0 +1,75 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_DEFAULT_PLATFORM_H_ +#define INCLUDE_CPPGC_DEFAULT_PLATFORM_H_ + +#include +#include + +#include "cppgc/platform.h" +#include "libplatform/libplatform.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +/** + * Platform provided by cppgc. Uses V8's DefaultPlatform provided by + * libplatform internally. Exception: `GetForegroundTaskRunner()`, see below. + */ +class V8_EXPORT DefaultPlatform : public Platform { + public: + /** + * Use this method instead of 'cppgc::InitializeProcess' when using + * 'cppgc::DefaultPlatform'. 'cppgc::DefaultPlatform::InitializeProcess' + * will initialize cppgc and v8 if needed (for non-standalone builds). + * + * \param platform DefaultPlatform instance used to initialize cppgc/v8. + */ + static void InitializeProcess(DefaultPlatform* platform); + + using IdleTaskSupport = v8::platform::IdleTaskSupport; + explicit DefaultPlatform( + int thread_pool_size = 0, + IdleTaskSupport idle_task_support = IdleTaskSupport::kDisabled, + std::unique_ptr tracing_controller = {}) + : v8_platform_(v8::platform::NewDefaultPlatform( + thread_pool_size, idle_task_support, + v8::platform::InProcessStackDumping::kDisabled, + std::move(tracing_controller))) {} + + cppgc::PageAllocator* GetPageAllocator() override { + return v8_platform_->GetPageAllocator(); + } + + double MonotonicallyIncreasingTime() override { + return v8_platform_->MonotonicallyIncreasingTime(); + } + + std::shared_ptr GetForegroundTaskRunner() override { + // V8's default platform creates a new task runner when passed the + // `v8::Isolate` pointer the first time. For non-default platforms this will + // require getting the appropriate task runner. + return v8_platform_->GetForegroundTaskRunner(kNoIsolate); + } + + std::unique_ptr PostJob( + cppgc::TaskPriority priority, + std::unique_ptr job_task) override { + return v8_platform_->PostJob(priority, std::move(job_task)); + } + + TracingController* GetTracingController() override { + return v8_platform_->GetTracingController(); + } + + protected: + static constexpr v8::Isolate* kNoIsolate = nullptr; + + std::unique_ptr v8_platform_; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_DEFAULT_PLATFORM_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/ephemeron-pair.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/ephemeron-pair.h new file mode 100644 index 0000000..e16cf1f --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/ephemeron-pair.h @@ -0,0 +1,30 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_EPHEMERON_PAIR_H_ +#define INCLUDE_CPPGC_EPHEMERON_PAIR_H_ + +#include "cppgc/liveness-broker.h" +#include "cppgc/member.h" + +namespace cppgc { + +/** + * An ephemeron pair is used to conditionally retain an object. + * The `value` will be kept alive only if the `key` is alive. + */ +template +struct EphemeronPair { + EphemeronPair(K* k, V* v) : key(k), value(v) {} + WeakMember key; + Member value; + + void ClearValueIfKeyIsDead(const LivenessBroker& broker) { + if (!broker.IsHeapObjectAlive(key)) value = nullptr; + } +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_EPHEMERON_PAIR_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/explicit-management.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/explicit-management.h new file mode 100644 index 0000000..cdb6af4 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/explicit-management.h @@ -0,0 +1,82 @@ +// Copyright 2021 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_EXPLICIT_MANAGEMENT_H_ +#define INCLUDE_CPPGC_EXPLICIT_MANAGEMENT_H_ + +#include + +#include "cppgc/allocation.h" +#include "cppgc/internal/logging.h" +#include "cppgc/type-traits.h" + +namespace cppgc { + +class HeapHandle; + +namespace internal { + +V8_EXPORT void FreeUnreferencedObject(HeapHandle&, void*); +V8_EXPORT bool Resize(void*, size_t); + +} // namespace internal + +namespace subtle { + +/** + * Informs the garbage collector that `object` can be immediately reclaimed. The + * destructor may not be invoked immediately but only on next garbage + * collection. + * + * It is up to the embedder to guarantee that no other object holds a reference + * to `object` after calling `FreeUnreferencedObject()`. In case such a + * reference exists, it's use results in a use-after-free. + * + * To aid in using the API, `FreeUnreferencedObject()` may be called from + * destructors on objects that would be reclaimed in the same garbage collection + * cycle. + * + * \param heap_handle The corresponding heap. + * \param object Reference to an object that is of type `GarbageCollected` and + * should be immediately reclaimed. + */ +template +void FreeUnreferencedObject(HeapHandle& heap_handle, T& object) { + static_assert(IsGarbageCollectedTypeV, + "Object must be of type GarbageCollected."); + internal::FreeUnreferencedObject(heap_handle, &object); +} + +/** + * Tries to resize `object` of type `T` with additional bytes on top of + * sizeof(T). Resizing is only useful with trailing inlined storage, see e.g. + * `MakeGarbageCollected(AllocationHandle&, AdditionalBytes)`. + * + * `Resize()` performs growing or shrinking as needed and may skip the operation + * for internal reasons, see return value. + * + * It is up to the embedder to guarantee that in case of shrinking a larger + * object down, the reclaimed area is not used anymore. Any subsequent use + * results in a use-after-free. + * + * The `object` must be live when calling `Resize()`. + * + * \param object Reference to an object that is of type `GarbageCollected` and + * should be resized. + * \param additional_bytes Bytes in addition to sizeof(T) that the object should + * provide. + * \returns true when the operation was successful and the result can be relied + * on, and false otherwise. + */ +template +bool Resize(T& object, AdditionalBytes additional_bytes) { + static_assert(IsGarbageCollectedTypeV, + "Object must be of type GarbageCollected."); + return internal::Resize(&object, sizeof(T) + additional_bytes.value); +} + +} // namespace subtle +} // namespace cppgc + +#endif // INCLUDE_CPPGC_EXPLICIT_MANAGEMENT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/garbage-collected.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/garbage-collected.h new file mode 100644 index 0000000..a3839e1 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/garbage-collected.h @@ -0,0 +1,117 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_GARBAGE_COLLECTED_H_ +#define INCLUDE_CPPGC_GARBAGE_COLLECTED_H_ + +#include + +#include "cppgc/internal/api-constants.h" +#include "cppgc/platform.h" +#include "cppgc/trace-trait.h" +#include "cppgc/type-traits.h" + +namespace cppgc { + +class Visitor; + +namespace internal { + +class GarbageCollectedBase { + public: + // Must use MakeGarbageCollected. + void* operator new(size_t) = delete; + void* operator new[](size_t) = delete; + // The garbage collector is taking care of reclaiming the object. Also, + // virtual destructor requires an unambiguous, accessible 'operator delete'. + void operator delete(void*) { +#ifdef V8_ENABLE_CHECKS + internal::Abort(); +#endif // V8_ENABLE_CHECKS + } + void operator delete[](void*) = delete; + + protected: + GarbageCollectedBase() = default; +}; + +} // namespace internal + +/** + * Base class for managed objects. Only descendent types of `GarbageCollected` + * can be constructed using `MakeGarbageCollected()`. Must be inherited from as + * left-most base class. + * + * Types inheriting from GarbageCollected must provide a method of + * signature `void Trace(cppgc::Visitor*) const` that dispatchs all managed + * pointers to the visitor and delegates to garbage-collected base classes. + * The method must be virtual if the type is not directly a child of + * GarbageCollected and marked as final. + * + * \code + * // Example using final class. + * class FinalType final : public GarbageCollected { + * public: + * void Trace(cppgc::Visitor* visitor) const { + * // Dispatch using visitor->Trace(...); + * } + * }; + * + * // Example using non-final base class. + * class NonFinalBase : public GarbageCollected { + * public: + * virtual void Trace(cppgc::Visitor*) const {} + * }; + * + * class FinalChild final : public NonFinalBase { + * public: + * void Trace(cppgc::Visitor* visitor) const final { + * // Dispatch using visitor->Trace(...); + * NonFinalBase::Trace(visitor); + * } + * }; + * \endcode + */ +template +class GarbageCollected : public internal::GarbageCollectedBase { + public: + using IsGarbageCollectedTypeMarker = void; + using ParentMostGarbageCollectedType = T; + + protected: + GarbageCollected() = default; +}; + +/** + * Base class for managed mixin objects. Such objects cannot be constructed + * directly but must be mixed into the inheritance hierarchy of a + * GarbageCollected object. + * + * Types inheriting from GarbageCollectedMixin must override a virtual method + * of signature `void Trace(cppgc::Visitor*) const` that dispatchs all managed + * pointers to the visitor and delegates to base classes. + * + * \code + * class Mixin : public GarbageCollectedMixin { + * public: + * void Trace(cppgc::Visitor* visitor) const override { + * // Dispatch using visitor->Trace(...); + * } + * }; + * \endcode + */ +class GarbageCollectedMixin : public internal::GarbageCollectedBase { + public: + using IsGarbageCollectedMixinTypeMarker = void; + + /** + * This Trace method must be overriden by objects inheriting from + * GarbageCollectedMixin. + */ + virtual void Trace(cppgc::Visitor*) const {} +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_GARBAGE_COLLECTED_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-consistency.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-consistency.h new file mode 100644 index 0000000..8e603d5 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-consistency.h @@ -0,0 +1,253 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_HEAP_CONSISTENCY_H_ +#define INCLUDE_CPPGC_HEAP_CONSISTENCY_H_ + +#include + +#include "cppgc/internal/write-barrier.h" +#include "cppgc/macros.h" +#include "cppgc/trace-trait.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class HeapHandle; + +namespace subtle { + +/** + * **DO NOT USE: Use the appropriate managed types.** + * + * Consistency helpers that aid in maintaining a consistent internal state of + * the garbage collector. + */ +class HeapConsistency final { + public: + using WriteBarrierParams = internal::WriteBarrier::Params; + using WriteBarrierType = internal::WriteBarrier::Type; + + /** + * Gets the required write barrier type for a specific write. + * + * \param slot Slot containing the pointer to the object. The slot itself + * must reside in an object that has been allocated using + * `MakeGarbageCollected()`. + * \param value The pointer to the object. May be an interior pointer to an + * interface of the actual object. + * \param params Parameters that may be used for actual write barrier calls. + * Only filled if return value indicates that a write barrier is needed. The + * contents of the `params` are an implementation detail. + * \returns whether a write barrier is needed and which barrier to invoke. + */ + static V8_INLINE WriteBarrierType GetWriteBarrierType( + const void* slot, const void* value, WriteBarrierParams& params) { + return internal::WriteBarrier::GetWriteBarrierType(slot, value, params); + } + + /** + * Gets the required write barrier type for a specific write. + * + * \param slot Slot to some part of an object. The object must not necessarily + have been allocated using `MakeGarbageCollected()` but can also live + off-heap or on stack. + * \param params Parameters that may be used for actual write barrier calls. + * Only filled if return value indicates that a write barrier is needed. The + * contents of the `params` are an implementation detail. + * \param callback Callback returning the corresponding heap handle. The + * callback is only invoked if the heap cannot otherwise be figured out. The + * callback must not allocate. + * \returns whether a write barrier is needed and which barrier to invoke. + */ + template + static V8_INLINE WriteBarrierType + GetWriteBarrierType(const void* slot, WriteBarrierParams& params, + HeapHandleCallback callback) { + return internal::WriteBarrier::GetWriteBarrierType(slot, params, callback); + } + + /** + * Gets the required write barrier type for a specific write. + * This version is meant to be used in conjunction with with a marking write + * barrier barrier which doesn't consider the slot. + * + * \param value The pointer to the object. May be an interior pointer to an + * interface of the actual object. + * \param params Parameters that may be used for actual write barrier calls. + * Only filled if return value indicates that a write barrier is needed. The + * contents of the `params` are an implementation detail. + * \returns whether a write barrier is needed and which barrier to invoke. + */ + static V8_INLINE WriteBarrierType + GetWriteBarrierType(const void* value, WriteBarrierParams& params) { + return internal::WriteBarrier::GetWriteBarrierType(value, params); + } + + /** + * Conservative Dijkstra-style write barrier that processes an object if it + * has not yet been processed. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param object The pointer to the object. May be an interior pointer to a + * an interface of the actual object. + */ + static V8_INLINE void DijkstraWriteBarrier(const WriteBarrierParams& params, + const void* object) { + internal::WriteBarrier::DijkstraMarkingBarrier(params, object); + } + + /** + * Conservative Dijkstra-style write barrier that processes a range of + * elements if they have not yet been processed. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param first_element Pointer to the first element that should be processed. + * The slot itself must reside in an object that has been allocated using + * `MakeGarbageCollected()`. + * \param element_size Size of the element in bytes. + * \param number_of_elements Number of elements that should be processed, + * starting with `first_element`. + * \param trace_callback The trace callback that should be invoked for each + * element if necessary. + */ + static V8_INLINE void DijkstraWriteBarrierRange( + const WriteBarrierParams& params, const void* first_element, + size_t element_size, size_t number_of_elements, + TraceCallback trace_callback) { + internal::WriteBarrier::DijkstraMarkingBarrierRange( + params, first_element, element_size, number_of_elements, + trace_callback); + } + + /** + * Steele-style write barrier that re-processes an object if it has already + * been processed. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param object The pointer to the object which must point to an object that + * has been allocated using `MakeGarbageCollected()`. Interior pointers are + * not supported. + */ + static V8_INLINE void SteeleWriteBarrier(const WriteBarrierParams& params, + const void* object) { + internal::WriteBarrier::SteeleMarkingBarrier(params, object); + } + + /** + * Generational barrier for maintaining consistency when running with multiple + * generations. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param slot Slot containing the pointer to the object. The slot itself + * must reside in an object that has been allocated using + * `MakeGarbageCollected()`. + */ + static V8_INLINE void GenerationalBarrier(const WriteBarrierParams& params, + const void* slot) { + internal::WriteBarrier::GenerationalBarrier(params, slot); + } + + private: + HeapConsistency() = delete; +}; + +/** + * Disallows garbage collection finalizations. Any garbage collection triggers + * result in a crash when in this scope. + * + * Note that the garbage collector already covers paths that can lead to garbage + * collections, so user code does not require checking + * `IsGarbageCollectionAllowed()` before allocations. + */ +class V8_EXPORT V8_NODISCARD DisallowGarbageCollectionScope final { + CPPGC_STACK_ALLOCATED(); + + public: + /** + * \returns whether garbage collections are currently allowed. + */ + static bool IsGarbageCollectionAllowed(HeapHandle& heap_handle); + + /** + * Enters a disallow garbage collection scope. Must be paired with `Leave()`. + * Prefer a scope instance of `DisallowGarbageCollectionScope`. + * + * \param heap_handle The corresponding heap. + */ + static void Enter(HeapHandle& heap_handle); + + /** + * Leaves a disallow garbage collection scope. Must be paired with `Enter()`. + * Prefer a scope instance of `DisallowGarbageCollectionScope`. + * + * \param heap_handle The corresponding heap. + */ + static void Leave(HeapHandle& heap_handle); + + /** + * Constructs a scoped object that automatically enters and leaves a disallow + * garbage collection scope based on its lifetime. + * + * \param heap_handle The corresponding heap. + */ + explicit DisallowGarbageCollectionScope(HeapHandle& heap_handle); + ~DisallowGarbageCollectionScope(); + + DisallowGarbageCollectionScope(const DisallowGarbageCollectionScope&) = + delete; + DisallowGarbageCollectionScope& operator=( + const DisallowGarbageCollectionScope&) = delete; + + private: + HeapHandle& heap_handle_; +}; + +/** + * Avoids invoking garbage collection finalizations. Already running garbage + * collection phase are unaffected by this scope. + * + * Should only be used temporarily as the scope has an impact on memory usage + * and follow up garbage collections. + */ +class V8_EXPORT V8_NODISCARD NoGarbageCollectionScope final { + CPPGC_STACK_ALLOCATED(); + + public: + /** + * Enters a no garbage collection scope. Must be paired with `Leave()`. Prefer + * a scope instance of `NoGarbageCollectionScope`. + * + * \param heap_handle The corresponding heap. + */ + static void Enter(HeapHandle& heap_handle); + + /** + * Leaves a no garbage collection scope. Must be paired with `Enter()`. Prefer + * a scope instance of `NoGarbageCollectionScope`. + * + * \param heap_handle The corresponding heap. + */ + static void Leave(HeapHandle& heap_handle); + + /** + * Constructs a scoped object that automatically enters and leaves a no + * garbage collection scope based on its lifetime. + * + * \param heap_handle The corresponding heap. + */ + explicit NoGarbageCollectionScope(HeapHandle& heap_handle); + ~NoGarbageCollectionScope(); + + NoGarbageCollectionScope(const NoGarbageCollectionScope&) = delete; + NoGarbageCollectionScope& operator=(const NoGarbageCollectionScope&) = delete; + + private: + HeapHandle& heap_handle_; +}; + +} // namespace subtle +} // namespace cppgc + +#endif // INCLUDE_CPPGC_HEAP_CONSISTENCY_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-state.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-state.h new file mode 100644 index 0000000..3fd6b54 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-state.h @@ -0,0 +1,70 @@ +// Copyright 2021 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_HEAP_STATE_H_ +#define INCLUDE_CPPGC_HEAP_STATE_H_ + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class HeapHandle; + +namespace subtle { + +/** + * Helpers to peek into heap-internal state. + */ +class V8_EXPORT HeapState final { + public: + /** + * Returns whether the garbage collector is marking. This API is experimental + * and is expected to be removed in future. + * + * \param heap_handle The corresponding heap. + * \returns true if the garbage collector is currently marking, and false + * otherwise. + */ + static bool IsMarking(const HeapHandle& heap_handle); + + /* + * Returns whether the garbage collector is sweeping. This API is experimental + * and is expected to be removed in future. + * + * \param heap_handle The corresponding heap. + * \returns true if the garbage collector is currently sweeping, and false + * otherwise. + */ + static bool IsSweeping(const HeapHandle& heap_handle); + + /** + * Returns whether the garbage collector is in the atomic pause, i.e., the + * mutator is stopped from running. This API is experimental and is expected + * to be removed in future. + * + * \param heap_handle The corresponding heap. + * \returns true if the garbage collector is currently in the atomic pause, + * and false otherwise. + */ + static bool IsInAtomicPause(const HeapHandle& heap_handle); + + /** + * Returns whether the last garbage collection was finalized conservatively + * (i.e., with a non-empty stack). This API is experimental and is expected to + * be removed in future. + * + * \param heap_handle The corresponding heap. + * \returns true if the last garbage collection was finalized conservatively, + * and false otherwise. + */ + static bool PreviousGCWasConservative(const HeapHandle& heap_handle); + + private: + HeapState() = delete; +}; + +} // namespace subtle +} // namespace cppgc + +#endif // INCLUDE_CPPGC_HEAP_STATE_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-statistics.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-statistics.h new file mode 100644 index 0000000..8e62659 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap-statistics.h @@ -0,0 +1,120 @@ +// Copyright 2021 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_HEAP_STATISTICS_H_ +#define INCLUDE_CPPGC_HEAP_STATISTICS_H_ + +#include +#include +#include +#include + +namespace cppgc { + +/** + * `HeapStatistics` contains memory consumption and utilization statistics for a + * cppgc heap. + */ +struct HeapStatistics final { + /** + * Specifies the detail level of the heap statistics. Brief statistics contain + * only the top-level allocated and used memory statistics for the entire + * heap. Detailed statistics also contain a break down per space and page, as + * well as freelist statistics and object type histograms. Note that used + * memory reported by brief statistics and detailed statistics might differ + * slightly. + */ + enum DetailLevel : uint8_t { + kBrief, + kDetailed, + }; + + /** + * Object statistics for a single type. + */ + struct ObjectStatsEntry { + /** + * Number of allocated bytes. + */ + size_t allocated_bytes; + /** + * Number of allocated objects. + */ + size_t object_count; + }; + + /** + * Page granularity statistics. For each page the statistics record the + * allocated memory size and overall used memory size for the page. + */ + struct PageStatistics { + /** Overall committed amount of memory for the page. */ + size_t committed_size_bytes = 0; + /** Resident amount of memory held by the page. */ + size_t resident_size_bytes = 0; + /** Amount of memory actually used on the page. */ + size_t used_size_bytes = 0; + /** Statistics for object allocated on the page. Filled only when + * NameProvider::HideInternalNames() is false. */ + std::vector object_statistics; + }; + + /** + * Statistics of the freelist (used only in non-large object spaces). For + * each bucket in the freelist the statistics record the bucket size, the + * number of freelist entries in the bucket, and the overall allocated memory + * consumed by these freelist entries. + */ + struct FreeListStatistics { + /** bucket sizes in the freelist. */ + std::vector bucket_size; + /** number of freelist entries per bucket. */ + std::vector free_count; + /** memory size consumed by freelist entries per size. */ + std::vector free_size; + }; + + /** + * Space granularity statistics. For each space the statistics record the + * space name, the amount of allocated memory and overall used memory for the + * space. The statistics also contain statistics for each of the space's + * pages, its freelist and the objects allocated on the space. + */ + struct SpaceStatistics { + /** The space name */ + std::string name; + /** Overall committed amount of memory for the heap. */ + size_t committed_size_bytes = 0; + /** Resident amount of memory held by the heap. */ + size_t resident_size_bytes = 0; + /** Amount of memory actually used on the space. */ + size_t used_size_bytes = 0; + /** Statistics for each of the pages in the space. */ + std::vector page_stats; + /** Statistics for the freelist of the space. */ + FreeListStatistics free_list_stats; + }; + + /** Overall committed amount of memory for the heap. */ + size_t committed_size_bytes = 0; + /** Resident amount of memory help by the heap. */ + size_t resident_size_bytes = 0; + /** Amount of memory actually used on the heap. */ + size_t used_size_bytes = 0; + /** Detail level of this HeapStatistics. */ + DetailLevel detail_level; + + /** Statistics for each of the spaces in the heap. Filled only when + * `detail_level` is `DetailLevel::kDetailed`. */ + std::vector space_stats; + + /** + * Vector of `cppgc::GarbageCollected` type names. + */ + std::vector type_names; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_HEAP_STATISTICS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap.h new file mode 100644 index 0000000..136c4fb --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/heap.h @@ -0,0 +1,201 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_HEAP_H_ +#define INCLUDE_CPPGC_HEAP_H_ + +#include +#include +#include +#include + +#include "cppgc/common.h" +#include "cppgc/custom-space.h" +#include "cppgc/platform.h" +#include "v8config.h" // NOLINT(build/include_directory) + +/** + * cppgc - A C++ garbage collection library. + */ +namespace cppgc { + +class AllocationHandle; + +/** + * Implementation details of cppgc. Those details are considered internal and + * may change at any point in time without notice. Users should never rely on + * the contents of this namespace. + */ +namespace internal { +class Heap; +} // namespace internal + +/** + * Used for additional heap APIs. + */ +class HeapHandle; + +class V8_EXPORT Heap { + public: + /** + * Specifies the stack state the embedder is in. + */ + using StackState = EmbedderStackState; + + /** + * Specifies whether conservative stack scanning is supported. + */ + enum class StackSupport : uint8_t { + /** + * Conservative stack scan is supported. + */ + kSupportsConservativeStackScan, + /** + * Conservative stack scan is not supported. Embedders may use this option + * when using custom infrastructure that is unsupported by the library. + */ + kNoConservativeStackScan, + }; + + /** + * Specifies supported marking types + */ + enum class MarkingType : uint8_t { + /** + * Atomic stop-the-world marking. This option does not require any write + * barriers but is the most intrusive in terms of jank. + */ + kAtomic, + /** + * Incremental marking, i.e. interleave marking is the rest of the + * application on the same thread. + */ + kIncremental, + /** + * Incremental and concurrent marking. + */ + kIncrementalAndConcurrent + }; + + /** + * Specifies supported sweeping types + */ + enum class SweepingType : uint8_t { + /** + * Atomic stop-the-world sweeping. All of sweeping is performed at once. + */ + kAtomic, + /** + * Incremental and concurrent sweeping. Sweeping is split and interleaved + * with the rest of the application. + */ + kIncrementalAndConcurrent + }; + + /** + * Constraints for a Heap setup. + */ + struct ResourceConstraints { + /** + * Allows the heap to grow to some initial size in bytes before triggering + * garbage collections. This is useful when it is known that applications + * need a certain minimum heap to run to avoid repeatedly invoking the + * garbage collector when growing the heap. + */ + size_t initial_heap_size_bytes = 0; + }; + + /** + * Options specifying Heap properties (e.g. custom spaces) when initializing a + * heap through `Heap::Create()`. + */ + struct HeapOptions { + /** + * Creates reasonable defaults for instantiating a Heap. + * + * \returns the HeapOptions that can be passed to `Heap::Create()`. + */ + static HeapOptions Default() { return {}; } + + /** + * Custom spaces added to heap are required to have indices forming a + * numbered sequence starting at 0, i.e., their `kSpaceIndex` must + * correspond to the index they reside in the vector. + */ + std::vector> custom_spaces; + + /** + * Specifies whether conservative stack scan is supported. When conservative + * stack scan is not supported, the collector may try to invoke + * garbage collections using non-nestable task, which are guaranteed to have + * no interesting stack, through the provided Platform. If such tasks are + * not supported by the Platform, the embedder must take care of invoking + * the GC through `ForceGarbageCollectionSlow()`. + */ + StackSupport stack_support = StackSupport::kSupportsConservativeStackScan; + + /** + * Specifies which types of marking are supported by the heap. + */ + MarkingType marking_support = MarkingType::kIncrementalAndConcurrent; + + /** + * Specifies which types of sweeping are supported by the heap. + */ + SweepingType sweeping_support = SweepingType::kIncrementalAndConcurrent; + + /** + * Resource constraints specifying various properties that the internal + * GC scheduler follows. + */ + ResourceConstraints resource_constraints; + }; + + /** + * Creates a new heap that can be used for object allocation. + * + * \param platform implemented and provided by the embedder. + * \param options HeapOptions specifying various properties for the Heap. + * \returns a new Heap instance. + */ + static std::unique_ptr Create( + std::shared_ptr platform, + HeapOptions options = HeapOptions::Default()); + + virtual ~Heap() = default; + + /** + * Forces garbage collection. + * + * \param source String specifying the source (or caller) triggering a + * forced garbage collection. + * \param reason String specifying the reason for the forced garbage + * collection. + * \param stack_state The embedder stack state, see StackState. + */ + void ForceGarbageCollectionSlow( + const char* source, const char* reason, + StackState stack_state = StackState::kMayContainHeapPointers); + + /** + * \returns the opaque handle for allocating objects using + * `MakeGarbageCollected()`. + */ + AllocationHandle& GetAllocationHandle(); + + /** + * \returns the opaque heap handle which may be used to refer to this heap in + * other APIs. Valid as long as the underlying `Heap` is alive. + */ + HeapHandle& GetHeapHandle(); + + private: + Heap() = default; + + friend class internal::Heap; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_HEAP_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/api-constants.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/api-constants.h new file mode 100644 index 0000000..7253a47 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/api-constants.h @@ -0,0 +1,47 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_API_CONSTANTS_H_ +#define INCLUDE_CPPGC_INTERNAL_API_CONSTANTS_H_ + +#include +#include + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { + +// Embedders should not rely on this code! + +// Internal constants to avoid exposing internal types on the API surface. +namespace api_constants { + +constexpr size_t kKB = 1024; +constexpr size_t kMB = kKB * 1024; +constexpr size_t kGB = kMB * 1024; + +// Offset of the uint16_t bitfield from the payload contaning the +// in-construction bit. This is subtracted from the payload pointer to get +// to the right bitfield. +static constexpr size_t kFullyConstructedBitFieldOffsetFromPayload = + 2 * sizeof(uint16_t); +// Mask for in-construction bit. +static constexpr uint16_t kFullyConstructedBitMask = uint16_t{1}; + +static constexpr size_t kPageSize = size_t{1} << 17; + +static constexpr size_t kLargeObjectSizeThreshold = kPageSize / 2; + +#if defined(CPPGC_CAGED_HEAP) +constexpr size_t kCagedHeapReservationSize = static_cast(4) * kGB; +constexpr size_t kCagedHeapReservationAlignment = kCagedHeapReservationSize; +#endif + +} // namespace api_constants + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_API_CONSTANTS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/atomic-entry-flag.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/atomic-entry-flag.h new file mode 100644 index 0000000..5a7d3b8 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/atomic-entry-flag.h @@ -0,0 +1,48 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_ATOMIC_ENTRY_FLAG_H_ +#define INCLUDE_CPPGC_INTERNAL_ATOMIC_ENTRY_FLAG_H_ + +#include + +namespace cppgc { +namespace internal { + +// A flag which provides a fast check whether a scope may be entered on the +// current thread, without needing to access thread-local storage or mutex. Can +// have false positives (i.e., spuriously report that it might be entered), so +// it is expected that this will be used in tandem with a precise check that the +// scope is in fact entered on that thread. +// +// Example: +// g_frobnicating_flag.MightBeEntered() && +// ThreadLocalFrobnicator().IsFrobnicating() +// +// Relaxed atomic operations are sufficient, since: +// - all accesses remain atomic +// - each thread must observe its own operations in order +// - no thread ever exits the flag more times than it enters (if used correctly) +// And so if a thread observes zero, it must be because it has observed an equal +// number of exits as entries. +class AtomicEntryFlag final { + public: + void Enter() { entries_.fetch_add(1, std::memory_order_relaxed); } + void Exit() { entries_.fetch_sub(1, std::memory_order_relaxed); } + + // Returns false only if the current thread is not between a call to Enter + // and a call to Exit. Returns true if this thread or another thread may + // currently be in the scope guarded by this flag. + bool MightBeEntered() const { + return entries_.load(std::memory_order_relaxed) != 0; + } + + private: + std::atomic_int entries_{0}; +}; + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_ATOMIC_ENTRY_FLAG_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/caged-heap-local-data.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/caged-heap-local-data.h new file mode 100644 index 0000000..1fa60b6 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/caged-heap-local-data.h @@ -0,0 +1,68 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_CAGED_HEAP_LOCAL_DATA_H_ +#define INCLUDE_CPPGC_INTERNAL_CAGED_HEAP_LOCAL_DATA_H_ + +#include + +#include "cppgc/internal/api-constants.h" +#include "cppgc/internal/logging.h" +#include "cppgc/platform.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { + +class HeapBase; + +#if defined(CPPGC_YOUNG_GENERATION) + +// AgeTable contains entries that correspond to 4KB memory regions. Each entry +// can be in one of three states: kOld, kYoung or kUnknown. +class AgeTable final { + static constexpr size_t kGranularityBits = 12; // 4KiB per byte. + + public: + enum class Age : uint8_t { kOld, kYoung, kUnknown }; + + static constexpr size_t kEntrySizeInBytes = 1 << kGranularityBits; + + Age& operator[](uintptr_t offset) { return table_[entry(offset)]; } + Age operator[](uintptr_t offset) const { return table_[entry(offset)]; } + + void Reset(PageAllocator* allocator); + + private: + static constexpr size_t kAgeTableSize = + api_constants::kCagedHeapReservationSize >> kGranularityBits; + + size_t entry(uintptr_t offset) const { + const size_t entry = offset >> kGranularityBits; + CPPGC_DCHECK(table_.size() > entry); + return entry; + } + + std::array table_; +}; + +static_assert(sizeof(AgeTable) == 1 * api_constants::kMB, + "Size of AgeTable is 1MB"); + +#endif // CPPGC_YOUNG_GENERATION + +struct CagedHeapLocalData final { + explicit CagedHeapLocalData(HeapBase* heap_base) : heap_base(heap_base) {} + + bool is_incremental_marking_in_progress = false; + HeapBase* heap_base = nullptr; +#if defined(CPPGC_YOUNG_GENERATION) + AgeTable age_table; +#endif +}; + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_CAGED_HEAP_LOCAL_DATA_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/compiler-specific.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/compiler-specific.h new file mode 100644 index 0000000..595b639 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/compiler-specific.h @@ -0,0 +1,38 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_COMPILER_SPECIFIC_H_ +#define INCLUDE_CPPGC_INTERNAL_COMPILER_SPECIFIC_H_ + +namespace cppgc { + +#if defined(__has_attribute) +#define CPPGC_HAS_ATTRIBUTE(FEATURE) __has_attribute(FEATURE) +#else +#define CPPGC_HAS_ATTRIBUTE(FEATURE) 0 +#endif + +#if defined(__has_cpp_attribute) +#define CPPGC_HAS_CPP_ATTRIBUTE(FEATURE) __has_cpp_attribute(FEATURE) +#else +#define CPPGC_HAS_CPP_ATTRIBUTE(FEATURE) 0 +#endif + +// [[no_unique_address]] comes in C++20 but supported in clang with -std >= +// c++11. +#if CPPGC_HAS_CPP_ATTRIBUTE(no_unique_address) +#define CPPGC_NO_UNIQUE_ADDRESS [[no_unique_address]] +#else +#define CPPGC_NO_UNIQUE_ADDRESS +#endif + +#if CPPGC_HAS_ATTRIBUTE(unused) +#define CPPGC_UNUSED __attribute__((unused)) +#else +#define CPPGC_UNUSED +#endif + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_COMPILER_SPECIFIC_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/finalizer-trait.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/finalizer-trait.h new file mode 100644 index 0000000..a951265 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/finalizer-trait.h @@ -0,0 +1,90 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_FINALIZER_TRAIT_H_ +#define INCLUDE_CPPGC_INTERNAL_FINALIZER_TRAIT_H_ + +#include + +#include "cppgc/type-traits.h" + +namespace cppgc { +namespace internal { + +using FinalizationCallback = void (*)(void*); + +template +struct HasFinalizeGarbageCollectedObject : std::false_type {}; + +template +struct HasFinalizeGarbageCollectedObject< + T, void_t().FinalizeGarbageCollectedObject())>> + : std::true_type {}; + +// The FinalizerTraitImpl specifies how to finalize objects. +template +struct FinalizerTraitImpl; + +template +struct FinalizerTraitImpl { + private: + // Dispatch to custom FinalizeGarbageCollectedObject(). + struct Custom { + static void Call(void* obj) { + static_cast(obj)->FinalizeGarbageCollectedObject(); + } + }; + + // Dispatch to regular destructor. + struct Destructor { + static void Call(void* obj) { static_cast(obj)->~T(); } + }; + + using FinalizeImpl = + std::conditional_t::value, Custom, + Destructor>; + + public: + static void Finalize(void* obj) { + static_assert(sizeof(T), "T must be fully defined"); + FinalizeImpl::Call(obj); + } +}; + +template +struct FinalizerTraitImpl { + static void Finalize(void* obj) { + static_assert(sizeof(T), "T must be fully defined"); + } +}; + +// The FinalizerTrait is used to determine if a type requires finalization and +// what finalization means. +template +struct FinalizerTrait { + private: + // Object has a finalizer if it has + // - a custom FinalizeGarbageCollectedObject method, or + // - a destructor. + static constexpr bool kNonTrivialFinalizer = + internal::HasFinalizeGarbageCollectedObject::value || + !std::is_trivially_destructible::type>::value; + + static void Finalize(void* obj) { + internal::FinalizerTraitImpl::Finalize(obj); + } + + public: + // The callback used to finalize an object of type T. + static constexpr FinalizationCallback kCallback = + kNonTrivialFinalizer ? Finalize : nullptr; +}; + +template +constexpr FinalizationCallback FinalizerTrait::kCallback; + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_FINALIZER_TRAIT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/gc-info.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/gc-info.h new file mode 100644 index 0000000..0830b19 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/gc-info.h @@ -0,0 +1,76 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_GC_INFO_H_ +#define INCLUDE_CPPGC_INTERNAL_GC_INFO_H_ + +#include +#include +#include + +#include "cppgc/internal/finalizer-trait.h" +#include "cppgc/internal/name-trait.h" +#include "cppgc/trace-trait.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { + +using GCInfoIndex = uint16_t; + +// Acquires a new GC info object and returns the index. In addition, also +// updates `registered_index` atomically. +V8_EXPORT GCInfoIndex +EnsureGCInfoIndex(std::atomic& registered_index, + FinalizationCallback, TraceCallback, NameCallback, bool); + +// Fold types based on finalizer behavior. Note that finalizer characteristics +// align with trace behavior, i.e., destructors are virtual when trace methods +// are and vice versa. +template +struct GCInfoFolding { + static constexpr bool kHasVirtualDestructorAtBase = + std::has_virtual_destructor::value; + static constexpr bool kBothTypesAreTriviallyDestructible = + std::is_trivially_destructible::value && + std::is_trivially_destructible::value; + static constexpr bool kHasCustomFinalizerDispatchAtBase = + internal::HasFinalizeGarbageCollectedObject< + ParentMostGarbageCollectedType>::value; +#ifdef CPPGC_SUPPORTS_OBJECT_NAMES + static constexpr bool kWantsDetailedObjectNames = true; +#else // !CPPGC_SUPPORTS_OBJECT_NAMES + static constexpr bool kWantsDetailedObjectNames = false; +#endif // !CPPGC_SUPPORTS_OBJECT_NAMES + + // Folding would regresses name resolution when deriving names from C++ + // class names as it would just folds a name to the base class name. + using ResultType = std::conditional_t<(kHasVirtualDestructorAtBase || + kBothTypesAreTriviallyDestructible || + kHasCustomFinalizerDispatchAtBase) && + !kWantsDetailedObjectNames, + ParentMostGarbageCollectedType, T>; +}; + +// Trait determines how the garbage collector treats objects wrt. to traversing, +// finalization, and naming. +template +struct GCInfoTrait final { + static GCInfoIndex Index() { + static_assert(sizeof(T), "T must be fully defined"); + static std::atomic + registered_index; // Uses zero initialization. + const GCInfoIndex index = registered_index.load(std::memory_order_acquire); + return index ? index + : EnsureGCInfoIndex( + registered_index, FinalizerTrait::kCallback, + TraceTrait::Trace, NameTrait::GetName, + std::is_polymorphic::value); + } +}; + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_GC_INFO_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/logging.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/logging.h new file mode 100644 index 0000000..79beaef --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/logging.h @@ -0,0 +1,50 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_LOGGING_H_ +#define INCLUDE_CPPGC_INTERNAL_LOGGING_H_ + +#include "cppgc/source-location.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { + +void V8_EXPORT DCheckImpl(const char*, + const SourceLocation& = SourceLocation::Current()); +[[noreturn]] void V8_EXPORT +FatalImpl(const char*, const SourceLocation& = SourceLocation::Current()); + +// Used to ignore -Wunused-variable. +template +struct EatParams {}; + +#if DEBUG +#define CPPGC_DCHECK_MSG(condition, message) \ + do { \ + if (V8_UNLIKELY(!(condition))) { \ + ::cppgc::internal::DCheckImpl(message); \ + } \ + } while (false) +#else +#define CPPGC_DCHECK_MSG(condition, message) \ + (static_cast(::cppgc::internal::EatParams(condition), message)>{})) +#endif + +#define CPPGC_DCHECK(condition) CPPGC_DCHECK_MSG(condition, #condition) + +#define CPPGC_CHECK_MSG(condition, message) \ + do { \ + if (V8_UNLIKELY(!(condition))) { \ + ::cppgc::internal::FatalImpl(message); \ + } \ + } while (false) + +#define CPPGC_CHECK(condition) CPPGC_CHECK_MSG(condition, #condition) + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_LOGGING_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/name-trait.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/name-trait.h new file mode 100644 index 0000000..2e2da1e --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/name-trait.h @@ -0,0 +1,111 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_NAME_TRAIT_H_ +#define INCLUDE_CPPGC_INTERNAL_NAME_TRAIT_H_ + +#include + +#include "cppgc/name-provider.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { + +#if CPPGC_SUPPORTS_OBJECT_NAMES && defined(__clang__) +#define CPPGC_SUPPORTS_COMPILE_TIME_TYPENAME 1 + +// Provides constexpr c-string storage for a name of fixed |Size| characters. +// Automatically appends terminating 0 byte. +template +struct NameBuffer { + char name[Size + 1]{}; + + static constexpr NameBuffer FromCString(const char* str) { + NameBuffer result; + for (size_t i = 0; i < Size; ++i) result.name[i] = str[i]; + result.name[Size] = 0; + return result; + } +}; + +template +const char* GetTypename() { + static constexpr char kSelfPrefix[] = + "const char *cppgc::internal::GetTypename() [T ="; + static_assert(__builtin_strncmp(__PRETTY_FUNCTION__, kSelfPrefix, + sizeof(kSelfPrefix) - 1) == 0, + "The prefix must match"); + static constexpr const char* kTypenameStart = + __PRETTY_FUNCTION__ + sizeof(kSelfPrefix); + static constexpr size_t kTypenameSize = + __builtin_strlen(__PRETTY_FUNCTION__) - sizeof(kSelfPrefix) - 1; + // NameBuffer is an indirection that is needed to make sure that only a + // substring of __PRETTY_FUNCTION__ gets materialized in the binary. + static constexpr auto buffer = + NameBuffer::FromCString(kTypenameStart); + return buffer.name; +} + +#else +#define CPPGC_SUPPORTS_COMPILE_TIME_TYPENAME 0 +#endif + +struct HeapObjectName { + const char* value; + bool name_was_hidden; +}; + +class V8_EXPORT NameTraitBase { + protected: + static HeapObjectName GetNameFromTypeSignature(const char*); +}; + +// Trait that specifies how the garbage collector retrieves the name for a +// given object. +template +class NameTrait final : public NameTraitBase { + public: + static HeapObjectName GetName(const void* obj) { + return GetNameFor(static_cast(obj)); + } + + private: + static HeapObjectName GetNameFor(const NameProvider* name_provider) { + return {name_provider->GetHumanReadableName(), false}; + } + + static HeapObjectName GetNameFor(...) { +#if CPPGC_SUPPORTS_COMPILE_TIME_TYPENAME + return {GetTypename(), false}; +#elif CPPGC_SUPPORTS_OBJECT_NAMES + +#if defined(V8_CC_GNU) +#define PRETTY_FUNCTION_VALUE __PRETTY_FUNCTION__ +#elif defined(V8_CC_MSVC) +#define PRETTY_FUNCTION_VALUE __FUNCSIG__ +#else +#define PRETTY_FUNCTION_VALUE nullptr +#endif + + static const HeapObjectName leaky_name = + GetNameFromTypeSignature(PRETTY_FUNCTION_VALUE); + return {leaky_name, false}; + +#undef PRETTY_FUNCTION_VALUE + +#else // !CPPGC_SUPPORTS_OBJECT_NAMES + return {NameProvider::kHiddenName, true}; +#endif // !CPPGC_SUPPORTS_OBJECT_NAMES + } +}; + +using NameCallback = HeapObjectName (*)(const void*); + +} // namespace internal +} // namespace cppgc + +#undef CPPGC_SUPPORTS_COMPILE_TIME_TYPENAME + +#endif // INCLUDE_CPPGC_INTERNAL_NAME_TRAIT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/persistent-node.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/persistent-node.h new file mode 100644 index 0000000..b5dba47 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/persistent-node.h @@ -0,0 +1,172 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_PERSISTENT_NODE_H_ +#define INCLUDE_CPPGC_INTERNAL_PERSISTENT_NODE_H_ + +#include +#include +#include + +#include "cppgc/internal/logging.h" +#include "cppgc/trace-trait.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class Visitor; + +namespace internal { + +class CrossThreadPersistentRegion; + +// PersistentNode represents a variant of two states: +// 1) traceable node with a back pointer to the Persistent object; +// 2) freelist entry. +class PersistentNode final { + public: + PersistentNode() = default; + + PersistentNode(const PersistentNode&) = delete; + PersistentNode& operator=(const PersistentNode&) = delete; + + void InitializeAsUsedNode(void* owner, TraceCallback trace) { + CPPGC_DCHECK(trace); + owner_ = owner; + trace_ = trace; + } + + void InitializeAsFreeNode(PersistentNode* next) { + next_ = next; + trace_ = nullptr; + } + + void UpdateOwner(void* owner) { + CPPGC_DCHECK(IsUsed()); + owner_ = owner; + } + + PersistentNode* FreeListNext() const { + CPPGC_DCHECK(!IsUsed()); + return next_; + } + + void Trace(Visitor* visitor) const { + CPPGC_DCHECK(IsUsed()); + trace_(visitor, owner_); + } + + bool IsUsed() const { return trace_; } + + void* owner() const { + CPPGC_DCHECK(IsUsed()); + return owner_; + } + + private: + // PersistentNode acts as a designated union: + // If trace_ != nullptr, owner_ points to the corresponding Persistent handle. + // Otherwise, next_ points to the next freed PersistentNode. + union { + void* owner_ = nullptr; + PersistentNode* next_; + }; + TraceCallback trace_ = nullptr; +}; + +class V8_EXPORT PersistentRegion { + using PersistentNodeSlots = std::array; + + public: + PersistentRegion() = default; + // Clears Persistent fields to avoid stale pointers after heap teardown. + ~PersistentRegion(); + + PersistentRegion(const PersistentRegion&) = delete; + PersistentRegion& operator=(const PersistentRegion&) = delete; + + PersistentNode* AllocateNode(void* owner, TraceCallback trace) { + if (!free_list_head_) { + EnsureNodeSlots(); + } + PersistentNode* node = free_list_head_; + free_list_head_ = free_list_head_->FreeListNext(); + CPPGC_DCHECK(!node->IsUsed()); + node->InitializeAsUsedNode(owner, trace); + nodes_in_use_++; + return node; + } + + void FreeNode(PersistentNode* node) { + CPPGC_DCHECK(node); + CPPGC_DCHECK(node->IsUsed()); + node->InitializeAsFreeNode(free_list_head_); + free_list_head_ = node; + CPPGC_DCHECK(nodes_in_use_ > 0); + nodes_in_use_--; + } + + void Trace(Visitor*); + + size_t NodesInUse() const; + + void ClearAllUsedNodes(); + + private: + void EnsureNodeSlots(); + + template + void ClearAllUsedNodes(); + + std::vector> nodes_; + PersistentNode* free_list_head_ = nullptr; + size_t nodes_in_use_ = 0; + + friend class CrossThreadPersistentRegion; +}; + +// CrossThreadPersistent uses PersistentRegion but protects it using this lock +// when needed. +class V8_EXPORT PersistentRegionLock final { + public: + PersistentRegionLock(); + ~PersistentRegionLock(); + + static void AssertLocked(); +}; + +// Variant of PersistentRegion that checks whether the PersistentRegionLock is +// locked. +class V8_EXPORT CrossThreadPersistentRegion final : protected PersistentRegion { + public: + CrossThreadPersistentRegion() = default; + // Clears Persistent fields to avoid stale pointers after heap teardown. + ~CrossThreadPersistentRegion(); + + CrossThreadPersistentRegion(const CrossThreadPersistentRegion&) = delete; + CrossThreadPersistentRegion& operator=(const CrossThreadPersistentRegion&) = + delete; + + V8_INLINE PersistentNode* AllocateNode(void* owner, TraceCallback trace) { + PersistentRegionLock::AssertLocked(); + return PersistentRegion::AllocateNode(owner, trace); + } + + V8_INLINE void FreeNode(PersistentNode* node) { + PersistentRegionLock::AssertLocked(); + PersistentRegion::FreeNode(node); + } + + void Trace(Visitor*); + + size_t NodesInUse() const; + + void ClearAllUsedNodes(); +}; + +} // namespace internal + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_PERSISTENT_NODE_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/pointer-policies.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/pointer-policies.h new file mode 100644 index 0000000..cdf0bb6 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/pointer-policies.h @@ -0,0 +1,175 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_POINTER_POLICIES_H_ +#define INCLUDE_CPPGC_INTERNAL_POINTER_POLICIES_H_ + +#include +#include + +#include "cppgc/internal/write-barrier.h" +#include "cppgc/sentinel-pointer.h" +#include "cppgc/source-location.h" +#include "cppgc/type-traits.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { + +class HeapBase; +class PersistentRegion; +class CrossThreadPersistentRegion; + +// Tags to distinguish between strong and weak member types. +class StrongMemberTag; +class WeakMemberTag; +class UntracedMemberTag; + +struct DijkstraWriteBarrierPolicy { + static void InitializingBarrier(const void*, const void*) { + // Since in initializing writes the source object is always white, having no + // barrier doesn't break the tri-color invariant. + } + static void AssigningBarrier(const void* slot, const void* value) { + WriteBarrier::Params params; + switch (WriteBarrier::GetWriteBarrierType(slot, value, params)) { + case WriteBarrier::Type::kGenerational: + WriteBarrier::GenerationalBarrier(params, slot); + break; + case WriteBarrier::Type::kMarking: + WriteBarrier::DijkstraMarkingBarrier(params, value); + break; + case WriteBarrier::Type::kNone: + break; + } + } +}; + +struct NoWriteBarrierPolicy { + static void InitializingBarrier(const void*, const void*) {} + static void AssigningBarrier(const void*, const void*) {} +}; + +class V8_EXPORT EnabledCheckingPolicy { + protected: + template + void CheckPointer(const T* ptr) { + if (!ptr || (kSentinelPointer == ptr)) return; + + CheckPointersImplTrampoline::Call(this, ptr); + } + + private: + void CheckPointerImpl(const void* ptr, bool points_to_payload); + + template > + struct CheckPointersImplTrampoline { + static void Call(EnabledCheckingPolicy* policy, const T* ptr) { + policy->CheckPointerImpl(ptr, false); + } + }; + + template + struct CheckPointersImplTrampoline { + static void Call(EnabledCheckingPolicy* policy, const T* ptr) { + policy->CheckPointerImpl(ptr, IsGarbageCollectedTypeV); + } + }; + + const HeapBase* heap_ = nullptr; +}; + +class DisabledCheckingPolicy { + protected: + void CheckPointer(const void*) {} +}; + +#if V8_ENABLE_CHECKS +using DefaultMemberCheckingPolicy = EnabledCheckingPolicy; +using DefaultPersistentCheckingPolicy = EnabledCheckingPolicy; +#else +using DefaultMemberCheckingPolicy = DisabledCheckingPolicy; +using DefaultPersistentCheckingPolicy = DisabledCheckingPolicy; +#endif +// For CT(W)P neither marking information (for value), nor objectstart bitmap +// (for slot) are guaranteed to be present because there's no synchonization +// between heaps after marking. +using DefaultCrossThreadPersistentCheckingPolicy = DisabledCheckingPolicy; + +class KeepLocationPolicy { + public: + constexpr const SourceLocation& Location() const { return location_; } + + protected: + constexpr KeepLocationPolicy() = default; + constexpr explicit KeepLocationPolicy(const SourceLocation& location) + : location_(location) {} + + // KeepLocationPolicy must not copy underlying source locations. + KeepLocationPolicy(const KeepLocationPolicy&) = delete; + KeepLocationPolicy& operator=(const KeepLocationPolicy&) = delete; + + // Location of the original moved from object should be preserved. + KeepLocationPolicy(KeepLocationPolicy&&) = default; + KeepLocationPolicy& operator=(KeepLocationPolicy&&) = default; + + private: + SourceLocation location_; +}; + +class IgnoreLocationPolicy { + public: + constexpr SourceLocation Location() const { return {}; } + + protected: + constexpr IgnoreLocationPolicy() = default; + constexpr explicit IgnoreLocationPolicy(const SourceLocation&) {} +}; + +#if CPPGC_SUPPORTS_OBJECT_NAMES +using DefaultLocationPolicy = KeepLocationPolicy; +#else +using DefaultLocationPolicy = IgnoreLocationPolicy; +#endif + +struct StrongPersistentPolicy { + using IsStrongPersistent = std::true_type; + static V8_EXPORT PersistentRegion& GetPersistentRegion(const void* object); +}; + +struct WeakPersistentPolicy { + using IsStrongPersistent = std::false_type; + static V8_EXPORT PersistentRegion& GetPersistentRegion(const void* object); +}; + +struct StrongCrossThreadPersistentPolicy { + using IsStrongPersistent = std::true_type; + static V8_EXPORT CrossThreadPersistentRegion& GetPersistentRegion( + const void* object); +}; + +struct WeakCrossThreadPersistentPolicy { + using IsStrongPersistent = std::false_type; + static V8_EXPORT CrossThreadPersistentRegion& GetPersistentRegion( + const void* object); +}; + +// Forward declarations setting up the default policies. +template +class BasicCrossThreadPersistent; +template +class BasicPersistent; +template +class BasicMember; + +} // namespace internal + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_POINTER_POLICIES_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/prefinalizer-handler.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/prefinalizer-handler.h new file mode 100644 index 0000000..64b07ec --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/prefinalizer-handler.h @@ -0,0 +1,30 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_PREFINALIZER_HANDLER_H_ +#define INCLUDE_CPPGC_INTERNAL_PREFINALIZER_HANDLER_H_ + +#include "cppgc/heap.h" +#include "cppgc/liveness-broker.h" + +namespace cppgc { +namespace internal { + +class V8_EXPORT PreFinalizerRegistrationDispatcher final { + public: + using PreFinalizerCallback = bool (*)(const LivenessBroker&, void*); + struct PreFinalizer { + void* object; + PreFinalizerCallback callback; + + bool operator==(const PreFinalizer& other) const; + }; + + static void RegisterPrefinalizer(PreFinalizer pre_finalizer); +}; + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_PREFINALIZER_HANDLER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/write-barrier.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/write-barrier.h new file mode 100644 index 0000000..28184dc --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/internal/write-barrier.h @@ -0,0 +1,433 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_INTERNAL_WRITE_BARRIER_H_ +#define INCLUDE_CPPGC_INTERNAL_WRITE_BARRIER_H_ + +#include +#include + +#include "cppgc/heap-state.h" +#include "cppgc/internal/api-constants.h" +#include "cppgc/internal/atomic-entry-flag.h" +#include "cppgc/platform.h" +#include "cppgc/sentinel-pointer.h" +#include "cppgc/trace-trait.h" +#include "v8config.h" // NOLINT(build/include_directory) + +#if defined(CPPGC_CAGED_HEAP) +#include "cppgc/internal/caged-heap-local-data.h" +#endif + +namespace cppgc { + +class HeapHandle; + +namespace internal { + +#if defined(CPPGC_CAGED_HEAP) +class WriteBarrierTypeForCagedHeapPolicy; +#else // !CPPGC_CAGED_HEAP +class WriteBarrierTypeForNonCagedHeapPolicy; +#endif // !CPPGC_CAGED_HEAP + +class V8_EXPORT WriteBarrier final { + public: + enum class Type : uint8_t { + kNone, + kMarking, + kGenerational, + }; + + struct Params { + HeapHandle* heap = nullptr; +#if V8_ENABLE_CHECKS + Type type = Type::kNone; +#endif // !V8_ENABLE_CHECKS +#if defined(CPPGC_CAGED_HEAP) + uintptr_t start = 0; + CagedHeapLocalData& caged_heap() const { + return *reinterpret_cast(start); + } + uintptr_t slot_offset = 0; + uintptr_t value_offset = 0; +#endif // CPPGC_CAGED_HEAP + }; + + enum class ValueMode { + kValuePresent, + kNoValuePresent, + }; + + // Returns the required write barrier for a given `slot` and `value`. + static V8_INLINE Type GetWriteBarrierType(const void* slot, const void* value, + Params& params); + // Returns the required write barrier for a given `slot`. + template + static V8_INLINE Type GetWriteBarrierType(const void* slot, Params& params, + HeapHandleCallback callback); + // Returns the required write barrier for a given `value`. + static V8_INLINE Type GetWriteBarrierType(const void* value, Params& params); + + template + static V8_INLINE Type GetWriteBarrierTypeForExternallyReferencedObject( + const void* value, Params& params, HeapHandleCallback callback); + + static V8_INLINE void DijkstraMarkingBarrier(const Params& params, + const void* object); + static V8_INLINE void DijkstraMarkingBarrierRange( + const Params& params, const void* first_element, size_t element_size, + size_t number_of_elements, TraceCallback trace_callback); + static V8_INLINE void SteeleMarkingBarrier(const Params& params, + const void* object); +#if defined(CPPGC_YOUNG_GENERATION) + static V8_INLINE void GenerationalBarrier(const Params& params, + const void* slot); +#else // !CPPGC_YOUNG_GENERATION + static V8_INLINE void GenerationalBarrier(const Params& params, + const void* slot) {} +#endif // CPPGC_YOUNG_GENERATION + +#if V8_ENABLE_CHECKS + static void CheckParams(Type expected_type, const Params& params); +#else // !V8_ENABLE_CHECKS + static void CheckParams(Type expected_type, const Params& params) {} +#endif // !V8_ENABLE_CHECKS + + // The IncrementalOrConcurrentUpdater class allows cppgc internal to update + // |incremental_or_concurrent_marking_flag_|. + class IncrementalOrConcurrentMarkingFlagUpdater; + static bool IsAnyIncrementalOrConcurrentMarking() { + return incremental_or_concurrent_marking_flag_.MightBeEntered(); + } + + private: + WriteBarrier() = delete; + +#if defined(CPPGC_CAGED_HEAP) + using WriteBarrierTypePolicy = WriteBarrierTypeForCagedHeapPolicy; +#else // !CPPGC_CAGED_HEAP + using WriteBarrierTypePolicy = WriteBarrierTypeForNonCagedHeapPolicy; +#endif // !CPPGC_CAGED_HEAP + + static void DijkstraMarkingBarrierSlow(const void* value); + static void DijkstraMarkingBarrierSlowWithSentinelCheck(const void* value); + static void DijkstraMarkingBarrierRangeSlow(HeapHandle& heap_handle, + const void* first_element, + size_t element_size, + size_t number_of_elements, + TraceCallback trace_callback); + static void SteeleMarkingBarrierSlow(const void* value); + static void SteeleMarkingBarrierSlowWithSentinelCheck(const void* value); + +#if defined(CPPGC_YOUNG_GENERATION) + static CagedHeapLocalData& GetLocalData(HeapHandle&); + static void GenerationalBarrierSlow(const CagedHeapLocalData& local_data, + const AgeTable& ageTable, + const void* slot, uintptr_t value_offset); +#endif // CPPGC_YOUNG_GENERATION + + static AtomicEntryFlag incremental_or_concurrent_marking_flag_; +}; + +template +V8_INLINE WriteBarrier::Type SetAndReturnType(WriteBarrier::Params& params) { + if (type == WriteBarrier::Type::kNone) return WriteBarrier::Type::kNone; +#if V8_ENABLE_CHECKS + params.type = type; +#endif // !V8_ENABLE_CHECKS + return type; +} + +#if defined(CPPGC_CAGED_HEAP) +class V8_EXPORT WriteBarrierTypeForCagedHeapPolicy final { + public: + template + static V8_INLINE WriteBarrier::Type Get(const void* slot, const void* value, + WriteBarrier::Params& params, + HeapHandleCallback callback) { + return ValueModeDispatch::Get(slot, value, params, callback); + } + + template + static V8_INLINE WriteBarrier::Type Get(const void* value, + WriteBarrier::Params& params, + HeapHandleCallback callback) { + return GetNoSlot(value, params, callback); + } + + template + static V8_INLINE WriteBarrier::Type GetForExternallyReferenced( + const void* value, WriteBarrier::Params& params, + HeapHandleCallback callback) { + return GetNoSlot(value, params, callback); + } + + private: + WriteBarrierTypeForCagedHeapPolicy() = delete; + + template + static V8_INLINE WriteBarrier::Type GetNoSlot(const void* value, + WriteBarrier::Params& params, + HeapHandleCallback) { + if (!TryGetCagedHeap(value, value, params)) { + return WriteBarrier::Type::kNone; + } + if (V8_UNLIKELY(params.caged_heap().is_incremental_marking_in_progress)) { + return SetAndReturnType(params); + } + return SetAndReturnType(params); + } + + template + struct ValueModeDispatch; + + static V8_INLINE bool TryGetCagedHeap(const void* slot, const void* value, + WriteBarrier::Params& params) { + // TODO(chromium:1056170): Check if the null check can be folded in with + // the rest of the write barrier. + if (!value) return false; + params.start = reinterpret_cast(value) & + ~(api_constants::kCagedHeapReservationAlignment - 1); + const uintptr_t slot_offset = + reinterpret_cast(slot) - params.start; + if (slot_offset > api_constants::kCagedHeapReservationSize) { + // Check if slot is on stack or value is sentinel or nullptr. This relies + // on the fact that kSentinelPointer is encoded as 0x1. + return false; + } + return true; + } + + // Returns whether marking is in progress. If marking is not in progress + // sets the start of the cage accordingly. + // + // TODO(chromium:1056170): Create fast path on API. + static bool IsMarking(const HeapHandle&, WriteBarrier::Params&); +}; + +template <> +struct WriteBarrierTypeForCagedHeapPolicy::ValueModeDispatch< + WriteBarrier::ValueMode::kValuePresent> { + template + static V8_INLINE WriteBarrier::Type Get(const void* slot, const void* value, + WriteBarrier::Params& params, + HeapHandleCallback) { + bool within_cage = TryGetCagedHeap(slot, value, params); + if (!within_cage) { + return WriteBarrier::Type::kNone; + } + if (V8_LIKELY(!params.caged_heap().is_incremental_marking_in_progress)) { +#if defined(CPPGC_YOUNG_GENERATION) + params.heap = reinterpret_cast(params.start); + params.slot_offset = reinterpret_cast(slot) - params.start; + params.value_offset = reinterpret_cast(value) - params.start; + return SetAndReturnType(params); +#else // !CPPGC_YOUNG_GENERATION + return SetAndReturnType(params); +#endif // !CPPGC_YOUNG_GENERATION + } + params.heap = reinterpret_cast(params.start); + return SetAndReturnType(params); + } +}; + +template <> +struct WriteBarrierTypeForCagedHeapPolicy::ValueModeDispatch< + WriteBarrier::ValueMode::kNoValuePresent> { + template + static V8_INLINE WriteBarrier::Type Get(const void* slot, const void*, + WriteBarrier::Params& params, + HeapHandleCallback callback) { +#if defined(CPPGC_YOUNG_GENERATION) + HeapHandle& handle = callback(); + if (V8_LIKELY(!IsMarking(handle, params))) { + // params.start is populated by IsMarking(). + params.heap = &handle; + params.slot_offset = reinterpret_cast(slot) - params.start; + // params.value_offset stays 0. + if (params.slot_offset > api_constants::kCagedHeapReservationSize) { + // Check if slot is on stack. + return SetAndReturnType(params); + } + return SetAndReturnType(params); + } +#else // !CPPGC_YOUNG_GENERATION + if (V8_LIKELY(!WriteBarrier::IsAnyIncrementalOrConcurrentMarking())) { + return SetAndReturnType(params); + } + HeapHandle& handle = callback(); + if (V8_UNLIKELY(!subtle::HeapState::IsMarking(handle))) { + return SetAndReturnType(params); + } +#endif // !CPPGC_YOUNG_GENERATION + params.heap = &handle; + return SetAndReturnType(params); + } +}; + +#endif // CPPGC_CAGED_HEAP + +class V8_EXPORT WriteBarrierTypeForNonCagedHeapPolicy final { + public: + template + static V8_INLINE WriteBarrier::Type Get(const void* slot, const void* value, + WriteBarrier::Params& params, + HeapHandleCallback callback) { + return ValueModeDispatch::Get(slot, value, params, callback); + } + + template + static V8_INLINE WriteBarrier::Type Get(const void* value, + WriteBarrier::Params& params, + HeapHandleCallback callback) { + // The slot will never be used in `Get()` below. + return Get(nullptr, value, params, + callback); + } + + template + static V8_INLINE WriteBarrier::Type GetForExternallyReferenced( + const void* value, WriteBarrier::Params& params, + HeapHandleCallback callback) { + // The slot will never be used in `Get()` below. + return Get(nullptr, value, params, + callback); + } + + private: + template + struct ValueModeDispatch; + + // TODO(chromium:1056170): Create fast path on API. + static bool IsMarking(const void*, HeapHandle**); + // TODO(chromium:1056170): Create fast path on API. + static bool IsMarking(HeapHandle&); + + WriteBarrierTypeForNonCagedHeapPolicy() = delete; +}; + +template <> +struct WriteBarrierTypeForNonCagedHeapPolicy::ValueModeDispatch< + WriteBarrier::ValueMode::kValuePresent> { + template + static V8_INLINE WriteBarrier::Type Get(const void*, const void* object, + WriteBarrier::Params& params, + HeapHandleCallback callback) { + // The following check covers nullptr as well as sentinel pointer. + if (object <= static_cast(kSentinelPointer)) { + return WriteBarrier::Type::kNone; + } + if (IsMarking(object, ¶ms.heap)) { + return SetAndReturnType(params); + } + return SetAndReturnType(params); + } +}; + +template <> +struct WriteBarrierTypeForNonCagedHeapPolicy::ValueModeDispatch< + WriteBarrier::ValueMode::kNoValuePresent> { + template + static V8_INLINE WriteBarrier::Type Get(const void*, const void*, + WriteBarrier::Params& params, + HeapHandleCallback callback) { + if (V8_UNLIKELY(WriteBarrier::IsAnyIncrementalOrConcurrentMarking())) { + HeapHandle& handle = callback(); + if (IsMarking(handle)) { + params.heap = &handle; + return SetAndReturnType(params); + } + } + return WriteBarrier::Type::kNone; + } +}; + +// static +WriteBarrier::Type WriteBarrier::GetWriteBarrierType( + const void* slot, const void* value, WriteBarrier::Params& params) { + return WriteBarrierTypePolicy::Get(slot, value, + params, []() {}); +} + +// static +template +WriteBarrier::Type WriteBarrier::GetWriteBarrierType( + const void* slot, WriteBarrier::Params& params, + HeapHandleCallback callback) { + return WriteBarrierTypePolicy::Get( + slot, nullptr, params, callback); +} + +// static +WriteBarrier::Type WriteBarrier::GetWriteBarrierType( + const void* value, WriteBarrier::Params& params) { + return WriteBarrierTypePolicy::Get(value, params, + []() {}); +} + +// static +template +WriteBarrier::Type +WriteBarrier::GetWriteBarrierTypeForExternallyReferencedObject( + const void* value, Params& params, HeapHandleCallback callback) { + return WriteBarrierTypePolicy::GetForExternallyReferenced(value, params, + callback); +} + +// static +void WriteBarrier::DijkstraMarkingBarrier(const Params& params, + const void* object) { + CheckParams(Type::kMarking, params); +#if defined(CPPGC_CAGED_HEAP) + // Caged heap already filters out sentinels. + DijkstraMarkingBarrierSlow(object); +#else // !CPPGC_CAGED_HEAP + DijkstraMarkingBarrierSlowWithSentinelCheck(object); +#endif // !CPPGC_CAGED_HEAP +} + +// static +void WriteBarrier::DijkstraMarkingBarrierRange(const Params& params, + const void* first_element, + size_t element_size, + size_t number_of_elements, + TraceCallback trace_callback) { + CheckParams(Type::kMarking, params); + DijkstraMarkingBarrierRangeSlow(*params.heap, first_element, element_size, + number_of_elements, trace_callback); +} + +// static +void WriteBarrier::SteeleMarkingBarrier(const Params& params, + const void* object) { + CheckParams(Type::kMarking, params); +#if defined(CPPGC_CAGED_HEAP) + // Caged heap already filters out sentinels. + SteeleMarkingBarrierSlow(object); +#else // !CPPGC_CAGED_HEAP + SteeleMarkingBarrierSlowWithSentinelCheck(object); +#endif // !CPPGC_CAGED_HEAP +} + +#if defined(CPPGC_YOUNG_GENERATION) +// static +void WriteBarrier::GenerationalBarrier(const Params& params, const void* slot) { + CheckParams(Type::kGenerational, params); + + const CagedHeapLocalData& local_data = params.caged_heap(); + const AgeTable& age_table = local_data.age_table; + + // Bail out if the slot is in young generation. + if (V8_LIKELY(age_table[params.slot_offset] == AgeTable::Age::kYoung)) return; + + GenerationalBarrierSlow(local_data, age_table, slot, params.value_offset); +} + +#endif // !CPPGC_YOUNG_GENERATION + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_INTERNAL_WRITE_BARRIER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/liveness-broker.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/liveness-broker.h new file mode 100644 index 0000000..c94eef0 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/liveness-broker.h @@ -0,0 +1,77 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_LIVENESS_BROKER_H_ +#define INCLUDE_CPPGC_LIVENESS_BROKER_H_ + +#include "cppgc/heap.h" +#include "cppgc/member.h" +#include "cppgc/trace-trait.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +namespace internal { +class LivenessBrokerFactory; +} // namespace internal + +/** + * The broker is passed to weak callbacks to allow (temporarily) querying + * the liveness state of an object. References to non-live objects must be + * cleared when `IsHeapObjectAlive()` returns false. + * + * \code + * class GCedWithCustomWeakCallback final + * : public GarbageCollected { + * public: + * UntracedMember bar; + * + * void CustomWeakCallbackMethod(const LivenessBroker& broker) { + * if (!broker.IsHeapObjectAlive(bar)) + * bar = nullptr; + * } + * + * void Trace(cppgc::Visitor* visitor) const { + * visitor->RegisterWeakCallbackMethod< + * GCedWithCustomWeakCallback, + * &GCedWithCustomWeakCallback::CustomWeakCallbackMethod>(this); + * } + * }; + * \endcode + */ +class V8_EXPORT LivenessBroker final { + public: + template + bool IsHeapObjectAlive(const T* object) const { + // nullptr objects are considered alive to allow weakness to be used from + // stack while running into a conservative GC. Treating nullptr as dead + // would mean that e.g. custom collectins could not be strongified on stack. + return !object || + IsHeapObjectAliveImpl( + TraceTrait::GetTraceDescriptor(object).base_object_payload); + } + + template + bool IsHeapObjectAlive(const WeakMember& weak_member) const { + return (weak_member != kSentinelPointer) && + IsHeapObjectAlive(weak_member.Get()); + } + + template + bool IsHeapObjectAlive(const UntracedMember& untraced_member) const { + return (untraced_member != kSentinelPointer) && + IsHeapObjectAlive(untraced_member.Get()); + } + + private: + LivenessBroker() = default; + + bool IsHeapObjectAliveImpl(const void*) const; + + friend class internal::LivenessBrokerFactory; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_LIVENESS_BROKER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/macros.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/macros.h new file mode 100644 index 0000000..030f397 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/macros.h @@ -0,0 +1,26 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_MACROS_H_ +#define INCLUDE_CPPGC_MACROS_H_ + +#include + +#include "cppgc/internal/compiler-specific.h" + +namespace cppgc { + +// Use if the object is only stack allocated. +#define CPPGC_STACK_ALLOCATED() \ + public: \ + using IsStackAllocatedTypeMarker CPPGC_UNUSED = int; \ + \ + private: \ + void* operator new(size_t) = delete; \ + void* operator new(size_t, void*) = delete; \ + static_assert(true, "Force semicolon.") + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_MACROS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/member.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/member.h new file mode 100644 index 0000000..38105b8 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/member.h @@ -0,0 +1,288 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_MEMBER_H_ +#define INCLUDE_CPPGC_MEMBER_H_ + +#include +#include +#include + +#include "cppgc/internal/pointer-policies.h" +#include "cppgc/sentinel-pointer.h" +#include "cppgc/type-traits.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class Visitor; + +namespace internal { + +// MemberBase always refers to the object as const object and defers to +// BasicMember on casting to the right type as needed. +class MemberBase { + protected: + struct AtomicInitializerTag {}; + + MemberBase() = default; + explicit MemberBase(const void* value) : raw_(value) {} + MemberBase(const void* value, AtomicInitializerTag) { SetRawAtomic(value); } + + const void** GetRawSlot() const { return &raw_; } + const void* GetRaw() const { return raw_; } + void SetRaw(void* value) { raw_ = value; } + + const void* GetRawAtomic() const { + return reinterpret_cast*>(&raw_)->load( + std::memory_order_relaxed); + } + void SetRawAtomic(const void* value) { + reinterpret_cast*>(&raw_)->store( + value, std::memory_order_relaxed); + } + + void ClearFromGC() const { raw_ = nullptr; } + + private: + mutable const void* raw_ = nullptr; +}; + +// The basic class from which all Member classes are 'generated'. +template +class BasicMember final : private MemberBase, private CheckingPolicy { + public: + using PointeeType = T; + + constexpr BasicMember() = default; + constexpr BasicMember(std::nullptr_t) {} // NOLINT + BasicMember(SentinelPointer s) : MemberBase(s) {} // NOLINT + BasicMember(T* raw) : MemberBase(raw) { // NOLINT + InitializingWriteBarrier(); + this->CheckPointer(Get()); + } + BasicMember(T& raw) : BasicMember(&raw) {} // NOLINT + // Atomic ctor. Using the AtomicInitializerTag forces BasicMember to + // initialize using atomic assignments. This is required for preventing + // data races with concurrent marking. + using AtomicInitializerTag = MemberBase::AtomicInitializerTag; + BasicMember(std::nullptr_t, AtomicInitializerTag atomic) + : MemberBase(nullptr, atomic) {} + BasicMember(SentinelPointer s, AtomicInitializerTag atomic) + : MemberBase(s, atomic) {} + BasicMember(T* raw, AtomicInitializerTag atomic) : MemberBase(raw, atomic) { + InitializingWriteBarrier(); + this->CheckPointer(Get()); + } + BasicMember(T& raw, AtomicInitializerTag atomic) + : BasicMember(&raw, atomic) {} + // Copy ctor. + BasicMember(const BasicMember& other) : BasicMember(other.Get()) {} + // Allow heterogeneous construction. + template ::value>> + BasicMember( // NOLINT + const BasicMember& other) + : BasicMember(other.Get()) {} + // Move ctor. + BasicMember(BasicMember&& other) noexcept : BasicMember(other.Get()) { + other.Clear(); + } + // Allow heterogeneous move construction. + template ::value>> + BasicMember(BasicMember&& other) noexcept + : BasicMember(other.Get()) { + other.Clear(); + } + // Construction from Persistent. + template ::value>> + BasicMember(const BasicPersistent& p) + : BasicMember(p.Get()) {} + + // Copy assignment. + BasicMember& operator=(const BasicMember& other) { + return operator=(other.Get()); + } + // Allow heterogeneous copy assignment. + template ::value>> + BasicMember& operator=( + const BasicMember& other) { + return operator=(other.Get()); + } + // Move assignment. + BasicMember& operator=(BasicMember&& other) noexcept { + operator=(other.Get()); + other.Clear(); + return *this; + } + // Heterogeneous move assignment. + template ::value>> + BasicMember& operator=(BasicMember&& other) noexcept { + operator=(other.Get()); + other.Clear(); + return *this; + } + // Assignment from Persistent. + template ::value>> + BasicMember& operator=( + const BasicPersistent& + other) { + return operator=(other.Get()); + } + BasicMember& operator=(T* other) { + SetRawAtomic(other); + AssigningWriteBarrier(); + this->CheckPointer(Get()); + return *this; + } + BasicMember& operator=(std::nullptr_t) { + Clear(); + return *this; + } + BasicMember& operator=(SentinelPointer s) { + SetRawAtomic(s); + return *this; + } + + template + void Swap(BasicMember& other) { + T* tmp = Get(); + *this = other; + other = tmp; + } + + explicit operator bool() const { return Get(); } + operator T*() const { return Get(); } + T* operator->() const { return Get(); } + T& operator*() const { return *Get(); } + + // CFI cast exemption to allow passing SentinelPointer through T* and support + // heterogeneous assignments between different Member and Persistent handles + // based on their actual types. + V8_CLANG_NO_SANITIZE("cfi-unrelated-cast") T* Get() const { + // Executed by the mutator, hence non atomic load. + // + // The const_cast below removes the constness from MemberBase storage. The + // following static_cast re-adds any constness if specified through the + // user-visible template parameter T. + return static_cast(const_cast(MemberBase::GetRaw())); + } + + void Clear() { SetRawAtomic(nullptr); } + + T* Release() { + T* result = Get(); + Clear(); + return result; + } + + const T** GetSlotForTesting() const { + return reinterpret_cast(GetRawSlot()); + } + + private: + const T* GetRawAtomic() const { + return static_cast(MemberBase::GetRawAtomic()); + } + + void InitializingWriteBarrier() const { + WriteBarrierPolicy::InitializingBarrier(GetRawSlot(), GetRaw()); + } + void AssigningWriteBarrier() const { + WriteBarrierPolicy::AssigningBarrier(GetRawSlot(), GetRaw()); + } + + void ClearFromGC() const { MemberBase::ClearFromGC(); } + + T* GetFromGC() const { return Get(); } + + friend class cppgc::Visitor; + template + friend struct cppgc::TraceTrait; +}; + +template +bool operator==(const BasicMember& member1, + const BasicMember& member2) { + return member1.Get() == member2.Get(); +} + +template +bool operator!=(const BasicMember& member1, + const BasicMember& member2) { + return !(member1 == member2); +} + +template +struct IsWeak< + internal::BasicMember> + : std::true_type {}; + +} // namespace internal + +/** + * Members are used in classes to contain strong pointers to other garbage + * collected objects. All Member fields of a class must be traced in the class' + * trace method. + */ +template +using Member = internal::BasicMember; + +/** + * WeakMember is similar to Member in that it is used to point to other garbage + * collected objects. However instead of creating a strong pointer to the + * object, the WeakMember creates a weak pointer, which does not keep the + * pointee alive. Hence if all pointers to to a heap allocated object are weak + * the object will be garbage collected. At the time of GC the weak pointers + * will automatically be set to null. + */ +template +using WeakMember = internal::BasicMember; + +/** + * UntracedMember is a pointer to an on-heap object that is not traced for some + * reason. Do not use this unless you know what you are doing. Keeping raw + * pointers to on-heap objects is prohibited unless used from stack. Pointee + * must be kept alive through other means. + */ +template +using UntracedMember = internal::BasicMember; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_MEMBER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/name-provider.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/name-provider.h new file mode 100644 index 0000000..224dd4b --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/name-provider.h @@ -0,0 +1,65 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_NAME_PROVIDER_H_ +#define INCLUDE_CPPGC_NAME_PROVIDER_H_ + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +/** + * NameProvider allows for providing a human-readable name for garbage-collected + * objects. + * + * There's two cases of names to distinguish: + * a. Explicitly specified names via using NameProvider. Such names are always + * preserved in the system. + * b. Internal names that Oilpan infers from a C++ type on the class hierarchy + * of the object. This is not necessarily the type of the actually + * instantiated object. + * + * Depending on the build configuration, Oilpan may hide names, i.e., represent + * them with kHiddenName, of case b. to avoid exposing internal details. + */ +class V8_EXPORT NameProvider { + public: + /** + * Name that is used when hiding internals. + */ + static constexpr const char kHiddenName[] = "InternalNode"; + + /** + * Name that is used in case compiler support is missing for composing a name + * from C++ types. + */ + static constexpr const char kNoNameDeducible[] = ""; + + /** + * Indicating whether internal names are hidden or not. + * + * @returns true if C++ names should be hidden and represented by kHiddenName. + */ + static constexpr bool HideInternalNames() { +#if CPPGC_SUPPORTS_OBJECT_NAMES + return false; +#else // !CPPGC_SUPPORTS_OBJECT_NAMES + return true; +#endif // !CPPGC_SUPPORTS_OBJECT_NAMES + } + + virtual ~NameProvider() = default; + + /** + * Specifies a name for the garbage-collected object. Such names will never + * be hidden, as they are explicitly specified by the user of this API. + * + * @returns a human readable name for the object. + */ + virtual const char* GetHumanReadableName() const = 0; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_NAME_PROVIDER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/object-size-trait.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/object-size-trait.h new file mode 100644 index 0000000..3579559 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/object-size-trait.h @@ -0,0 +1,58 @@ +// Copyright 2021 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_OBJECT_SIZE_TRAIT_H_ +#define INCLUDE_CPPGC_OBJECT_SIZE_TRAIT_H_ + +#include + +#include "cppgc/type-traits.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +namespace internal { + +struct V8_EXPORT BaseObjectSizeTrait { + protected: + static size_t GetObjectSizeForGarbageCollected(const void*); + static size_t GetObjectSizeForGarbageCollectedMixin(const void*); +}; + +} // namespace internal + +namespace subtle { + +/** + * Trait specifying how to get the size of an object that was allocated using + * `MakeGarbageCollected()`. Also supports querying the size with an inner + * pointer to a mixin. + */ +template > +struct ObjectSizeTrait; + +template +struct ObjectSizeTrait : cppgc::internal::BaseObjectSizeTrait { + static_assert(sizeof(T), "T must be fully defined"); + static_assert(IsGarbageCollectedTypeV, + "T must be of type GarbageCollected or GarbageCollectedMixin"); + + static size_t GetSize(const T& object) { + return GetObjectSizeForGarbageCollected(&object); + } +}; + +template +struct ObjectSizeTrait : cppgc::internal::BaseObjectSizeTrait { + static_assert(sizeof(T), "T must be fully defined"); + + static size_t GetSize(const T& object) { + return GetObjectSizeForGarbageCollectedMixin(&object); + } +}; + +} // namespace subtle +} // namespace cppgc + +#endif // INCLUDE_CPPGC_OBJECT_SIZE_TRAIT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/persistent.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/persistent.h new file mode 100644 index 0000000..b83a464 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/persistent.h @@ -0,0 +1,371 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_PERSISTENT_H_ +#define INCLUDE_CPPGC_PERSISTENT_H_ + +#include + +#include "cppgc/internal/persistent-node.h" +#include "cppgc/internal/pointer-policies.h" +#include "cppgc/sentinel-pointer.h" +#include "cppgc/source-location.h" +#include "cppgc/type-traits.h" +#include "cppgc/visitor.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class Visitor; + +namespace internal { + +// PersistentBase always refers to the object as const object and defers to +// BasicPersistent on casting to the right type as needed. +class PersistentBase { + protected: + PersistentBase() = default; + explicit PersistentBase(const void* raw) : raw_(raw) {} + + const void* GetValue() const { return raw_; } + void SetValue(const void* value) { raw_ = value; } + + PersistentNode* GetNode() const { return node_; } + void SetNode(PersistentNode* node) { node_ = node; } + + // Performs a shallow clear which assumes that internal persistent nodes are + // destroyed elsewhere. + void ClearFromGC() const { + raw_ = nullptr; + node_ = nullptr; + } + + protected: + mutable const void* raw_ = nullptr; + mutable PersistentNode* node_ = nullptr; + + friend class PersistentRegion; +}; + +// The basic class from which all Persistent classes are generated. +template +class BasicPersistent final : public PersistentBase, + public LocationPolicy, + private WeaknessPolicy, + private CheckingPolicy { + public: + using typename WeaknessPolicy::IsStrongPersistent; + using PointeeType = T; + + // Null-state/sentinel constructors. + BasicPersistent( // NOLINT + const SourceLocation& loc = SourceLocation::Current()) + : LocationPolicy(loc) {} + + BasicPersistent(std::nullptr_t, // NOLINT + const SourceLocation& loc = SourceLocation::Current()) + : LocationPolicy(loc) {} + + BasicPersistent( // NOLINT + SentinelPointer s, const SourceLocation& loc = SourceLocation::Current()) + : PersistentBase(s), LocationPolicy(loc) {} + + // Raw value constructors. + BasicPersistent(T* raw, // NOLINT + const SourceLocation& loc = SourceLocation::Current()) + : PersistentBase(raw), LocationPolicy(loc) { + if (!IsValid()) return; + SetNode(WeaknessPolicy::GetPersistentRegion(GetValue()) + .AllocateNode(this, &BasicPersistent::Trace)); + this->CheckPointer(Get()); + } + + BasicPersistent(T& raw, // NOLINT + const SourceLocation& loc = SourceLocation::Current()) + : BasicPersistent(&raw, loc) {} + + // Copy ctor. + BasicPersistent(const BasicPersistent& other, + const SourceLocation& loc = SourceLocation::Current()) + : BasicPersistent(other.Get(), loc) {} + + // Heterogeneous ctor. + template ::value>> + BasicPersistent( + const BasicPersistent& other, + const SourceLocation& loc = SourceLocation::Current()) + : BasicPersistent(other.Get(), loc) {} + + // Move ctor. The heterogeneous move ctor is not supported since e.g. + // persistent can't reuse persistent node from weak persistent. + BasicPersistent( + BasicPersistent&& other, + const SourceLocation& loc = SourceLocation::Current()) noexcept + : PersistentBase(std::move(other)), LocationPolicy(std::move(other)) { + if (!IsValid()) return; + GetNode()->UpdateOwner(this); + other.SetValue(nullptr); + other.SetNode(nullptr); + this->CheckPointer(Get()); + } + + // Constructor from member. + template ::value>> + BasicPersistent(internal::BasicMember + member, + const SourceLocation& loc = SourceLocation::Current()) + : BasicPersistent(member.Get(), loc) {} + + ~BasicPersistent() { Clear(); } + + // Copy assignment. + BasicPersistent& operator=(const BasicPersistent& other) { + return operator=(other.Get()); + } + + template ::value>> + BasicPersistent& operator=( + const BasicPersistent& other) { + return operator=(other.Get()); + } + + // Move assignment. + BasicPersistent& operator=(BasicPersistent&& other) noexcept { + if (this == &other) return *this; + Clear(); + PersistentBase::operator=(std::move(other)); + LocationPolicy::operator=(std::move(other)); + if (!IsValid()) return *this; + GetNode()->UpdateOwner(this); + other.SetValue(nullptr); + other.SetNode(nullptr); + this->CheckPointer(Get()); + return *this; + } + + // Assignment from member. + template ::value>> + BasicPersistent& operator=( + internal::BasicMember + member) { + return operator=(member.Get()); + } + + BasicPersistent& operator=(T* other) { + Assign(other); + return *this; + } + + BasicPersistent& operator=(std::nullptr_t) { + Clear(); + return *this; + } + + BasicPersistent& operator=(SentinelPointer s) { + Assign(s); + return *this; + } + + explicit operator bool() const { return Get(); } + operator T*() const { return Get(); } + T* operator->() const { return Get(); } + T& operator*() const { return *Get(); } + + // CFI cast exemption to allow passing SentinelPointer through T* and support + // heterogeneous assignments between different Member and Persistent handles + // based on their actual types. + V8_CLANG_NO_SANITIZE("cfi-unrelated-cast") T* Get() const { + // The const_cast below removes the constness from PersistentBase storage. + // The following static_cast re-adds any constness if specified through the + // user-visible template parameter T. + return static_cast(const_cast(GetValue())); + } + + void Clear() { + // Simplified version of `Assign()` to allow calling without a complete type + // `T`. + if (IsValid()) { + WeaknessPolicy::GetPersistentRegion(GetValue()).FreeNode(GetNode()); + SetNode(nullptr); + } + SetValue(nullptr); + } + + T* Release() { + T* result = Get(); + Clear(); + return result; + } + + template + BasicPersistent + To() const { + return BasicPersistent(static_cast(Get())); + } + + private: + static void Trace(Visitor* v, const void* ptr) { + const auto* persistent = static_cast(ptr); + v->TraceRoot(*persistent, persistent->Location()); + } + + bool IsValid() const { + // Ideally, handling kSentinelPointer would be done by the embedder. On the + // other hand, having Persistent aware of it is beneficial since no node + // gets wasted. + return GetValue() != nullptr && GetValue() != kSentinelPointer; + } + + void Assign(T* ptr) { + if (IsValid()) { + if (ptr && ptr != kSentinelPointer) { + // Simply assign the pointer reusing the existing node. + SetValue(ptr); + this->CheckPointer(ptr); + return; + } + WeaknessPolicy::GetPersistentRegion(GetValue()).FreeNode(GetNode()); + SetNode(nullptr); + } + SetValue(ptr); + if (!IsValid()) return; + SetNode(WeaknessPolicy::GetPersistentRegion(GetValue()) + .AllocateNode(this, &BasicPersistent::Trace)); + this->CheckPointer(Get()); + } + + void ClearFromGC() const { + if (IsValid()) { + WeaknessPolicy::GetPersistentRegion(GetValue()).FreeNode(GetNode()); + PersistentBase::ClearFromGC(); + } + } + + // Set Get() for details. + V8_CLANG_NO_SANITIZE("cfi-unrelated-cast") + T* GetFromGC() const { + return static_cast(const_cast(GetValue())); + } + + friend class cppgc::Visitor; +}; + +template +bool operator==(const BasicPersistent& p1, + const BasicPersistent& p2) { + return p1.Get() == p2.Get(); +} + +template +bool operator!=(const BasicPersistent& p1, + const BasicPersistent& p2) { + return !(p1 == p2); +} + +template +bool operator==(const BasicPersistent& p, + BasicMember + m) { + return p.Get() == m.Get(); +} + +template +bool operator!=(const BasicPersistent& p, + BasicMember + m) { + return !(p == m); +} + +template +bool operator==(BasicMember + m, + const BasicPersistent& p) { + return m.Get() == p.Get(); +} + +template +bool operator!=(BasicMember + m, + const BasicPersistent& p) { + return !(m == p); +} + +template +struct IsWeak> : std::true_type {}; +} // namespace internal + +/** + * Persistent is a way to create a strong pointer from an off-heap object to + * another on-heap object. As long as the Persistent handle is alive the GC will + * keep the object pointed to alive. The Persistent handle is always a GC root + * from the point of view of the GC. Persistent must be constructed and + * destructed in the same thread. + */ +template +using Persistent = + internal::BasicPersistent; + +/** + * WeakPersistent is a way to create a weak pointer from an off-heap object to + * an on-heap object. The pointer is automatically cleared when the pointee gets + * collected. WeakPersistent must be constructed and destructed in the same + * thread. + */ +template +using WeakPersistent = + internal::BasicPersistent; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_PERSISTENT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/platform.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/platform.h new file mode 100644 index 0000000..3276a26 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/platform.h @@ -0,0 +1,154 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_PLATFORM_H_ +#define INCLUDE_CPPGC_PLATFORM_H_ + +#include + +#include "v8-platform.h" // NOLINT(build/include_directory) +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +// TODO(v8:10346): Create separate includes for concepts that are not +// V8-specific. +using IdleTask = v8::IdleTask; +using JobHandle = v8::JobHandle; +using JobDelegate = v8::JobDelegate; +using JobTask = v8::JobTask; +using PageAllocator = v8::PageAllocator; +using Task = v8::Task; +using TaskPriority = v8::TaskPriority; +using TaskRunner = v8::TaskRunner; +using TracingController = v8::TracingController; + +/** + * Platform interface used by Heap. Contains allocators and executors. + */ +class V8_EXPORT Platform { + public: + virtual ~Platform() = default; + + /** + * Returns the allocator used by cppgc to allocate its heap and various + * support structures. + */ + virtual PageAllocator* GetPageAllocator() = 0; + + /** + * Monotonically increasing time in seconds from an arbitrary fixed point in + * the past. This function is expected to return at least + * millisecond-precision values. For this reason, + * it is recommended that the fixed point be no further in the past than + * the epoch. + **/ + virtual double MonotonicallyIncreasingTime() = 0; + + /** + * Foreground task runner that should be used by a Heap. + */ + virtual std::shared_ptr GetForegroundTaskRunner() { + return nullptr; + } + + /** + * Posts `job_task` to run in parallel. Returns a `JobHandle` associated with + * the `Job`, which can be joined or canceled. + * This avoids degenerate cases: + * - Calling `CallOnWorkerThread()` for each work item, causing significant + * overhead. + * - Fixed number of `CallOnWorkerThread()` calls that split the work and + * might run for a long time. This is problematic when many components post + * "num cores" tasks and all expect to use all the cores. In these cases, + * the scheduler lacks context to be fair to multiple same-priority requests + * and/or ability to request lower priority work to yield when high priority + * work comes in. + * A canonical implementation of `job_task` looks like: + * \code + * class MyJobTask : public JobTask { + * public: + * MyJobTask(...) : worker_queue_(...) {} + * // JobTask implementation. + * void Run(JobDelegate* delegate) override { + * while (!delegate->ShouldYield()) { + * // Smallest unit of work. + * auto work_item = worker_queue_.TakeWorkItem(); // Thread safe. + * if (!work_item) return; + * ProcessWork(work_item); + * } + * } + * + * size_t GetMaxConcurrency() const override { + * return worker_queue_.GetSize(); // Thread safe. + * } + * }; + * + * // ... + * auto handle = PostJob(TaskPriority::kUserVisible, + * std::make_unique(...)); + * handle->Join(); + * \endcode + * + * `PostJob()` and methods of the returned JobHandle/JobDelegate, must never + * be called while holding a lock that could be acquired by `JobTask::Run()` + * or `JobTask::GetMaxConcurrency()` -- that could result in a deadlock. This + * is because (1) `JobTask::GetMaxConcurrency()` may be invoked while holding + * internal lock (A), hence `JobTask::GetMaxConcurrency()` can only use a lock + * (B) if that lock is *never* held while calling back into `JobHandle` from + * any thread (A=>B/B=>A deadlock) and (2) `JobTask::Run()` or + * `JobTask::GetMaxConcurrency()` may be invoked synchronously from + * `JobHandle` (B=>JobHandle::foo=>B deadlock). + * + * A sufficient `PostJob()` implementation that uses the default Job provided + * in libplatform looks like: + * \code + * std::unique_ptr PostJob( + * TaskPriority priority, std::unique_ptr job_task) override { + * return std::make_unique( + * std::make_shared( + * this, std::move(job_task), kNumThreads)); + * } + * \endcode + */ + virtual std::unique_ptr PostJob( + TaskPriority priority, std::unique_ptr job_task) { + return nullptr; + } + + /** + * Returns an instance of a `TracingController`. This must be non-nullptr. The + * default implementation returns an empty `TracingController` that consumes + * trace data without effect. + */ + virtual TracingController* GetTracingController(); +}; + +/** + * Process-global initialization of the garbage collector. Must be called before + * creating a Heap. + * + * Can be called multiple times when paired with `ShutdownProcess()`. + * + * \param page_allocator The allocator used for maintaining meta data. Must not + * change between multiple calls to InitializeProcess. + */ +V8_EXPORT void InitializeProcess(PageAllocator* page_allocator); + +/** + * Must be called after destroying the last used heap. Some process-global + * metadata may not be returned and reused upon a subsequent + * `InitializeProcess()` call. + */ +V8_EXPORT void ShutdownProcess(); + +namespace internal { + +V8_EXPORT void Abort(); + +} // namespace internal + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_PLATFORM_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/prefinalizer.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/prefinalizer.h new file mode 100644 index 0000000..29b18be --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/prefinalizer.h @@ -0,0 +1,52 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_PREFINALIZER_H_ +#define INCLUDE_CPPGC_PREFINALIZER_H_ + +#include "cppgc/internal/compiler-specific.h" +#include "cppgc/internal/prefinalizer-handler.h" +#include "cppgc/liveness-broker.h" + +namespace cppgc { + +namespace internal { + +template +class PrefinalizerRegistration final { + public: + explicit PrefinalizerRegistration(T* self) { + static_assert(sizeof(&T::InvokePreFinalizer) > 0, + "USING_PRE_FINALIZER(T) must be defined."); + + cppgc::internal::PreFinalizerRegistrationDispatcher::RegisterPrefinalizer( + {self, T::InvokePreFinalizer}); + } + + void* operator new(size_t, void* location) = delete; + void* operator new(size_t) = delete; +}; + +} // namespace internal + +#define CPPGC_USING_PRE_FINALIZER(Class, PreFinalizer) \ + public: \ + static bool InvokePreFinalizer(const cppgc::LivenessBroker& liveness_broker, \ + void* object) { \ + static_assert(cppgc::IsGarbageCollectedOrMixinTypeV, \ + "Only garbage collected objects can have prefinalizers"); \ + Class* self = static_cast(object); \ + if (liveness_broker.IsHeapObjectAlive(self)) return false; \ + self->Class::PreFinalizer(); \ + return true; \ + } \ + \ + private: \ + CPPGC_NO_UNIQUE_ADDRESS cppgc::internal::PrefinalizerRegistration \ + prefinalizer_dummy_{this}; \ + static_assert(true, "Force semicolon.") + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_PREFINALIZER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/process-heap-statistics.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/process-heap-statistics.h new file mode 100644 index 0000000..774cc92 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/process-heap-statistics.h @@ -0,0 +1,36 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_PROCESS_HEAP_STATISTICS_H_ +#define INCLUDE_CPPGC_PROCESS_HEAP_STATISTICS_H_ + +#include +#include + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { +namespace internal { +class ProcessHeapStatisticsUpdater; +} // namespace internal + +class V8_EXPORT ProcessHeapStatistics final { + public: + static size_t TotalAllocatedObjectSize() { + return total_allocated_object_size_.load(std::memory_order_relaxed); + } + static size_t TotalAllocatedSpace() { + return total_allocated_space_.load(std::memory_order_relaxed); + } + + private: + static std::atomic_size_t total_allocated_space_; + static std::atomic_size_t total_allocated_object_size_; + + friend class internal::ProcessHeapStatisticsUpdater; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_PROCESS_HEAP_STATISTICS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/sentinel-pointer.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/sentinel-pointer.h new file mode 100644 index 0000000..b049d1a --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/sentinel-pointer.h @@ -0,0 +1,32 @@ +// Copyright 2021 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_SENTINEL_POINTER_H_ +#define INCLUDE_CPPGC_SENTINEL_POINTER_H_ + +#include + +namespace cppgc { +namespace internal { + +// Special tag type used to denote some sentinel member. The semantics of the +// sentinel is defined by the embedder. +struct SentinelPointer { + template + operator T*() const { + static constexpr intptr_t kSentinelValue = 1; + return reinterpret_cast(kSentinelValue); + } + // Hidden friends. + friend bool operator==(SentinelPointer, SentinelPointer) { return true; } + friend bool operator!=(SentinelPointer, SentinelPointer) { return false; } +}; + +} // namespace internal + +constexpr internal::SentinelPointer kSentinelPointer; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_SENTINEL_POINTER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/source-location.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/source-location.h new file mode 100644 index 0000000..da5a5ed --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/source-location.h @@ -0,0 +1,92 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_SOURCE_LOCATION_H_ +#define INCLUDE_CPPGC_SOURCE_LOCATION_H_ + +#include +#include + +#include "v8config.h" // NOLINT(build/include_directory) + +#if defined(__has_builtin) +#define CPPGC_SUPPORTS_SOURCE_LOCATION \ + (__has_builtin(__builtin_FUNCTION) && __has_builtin(__builtin_FILE) && \ + __has_builtin(__builtin_LINE)) // NOLINT +#elif defined(V8_CC_GNU) && __GNUC__ >= 7 +#define CPPGC_SUPPORTS_SOURCE_LOCATION 1 +#elif defined(V8_CC_INTEL) && __ICC >= 1800 +#define CPPGC_SUPPORTS_SOURCE_LOCATION 1 +#else +#define CPPGC_SUPPORTS_SOURCE_LOCATION 0 +#endif + +namespace cppgc { + +/** + * Encapsulates source location information. Mimics C++20's + * `std::source_location`. + */ +class V8_EXPORT SourceLocation final { + public: + /** + * Construct source location information corresponding to the location of the + * call site. + */ +#if CPPGC_SUPPORTS_SOURCE_LOCATION + static constexpr SourceLocation Current( + const char* function = __builtin_FUNCTION(), + const char* file = __builtin_FILE(), size_t line = __builtin_LINE()) { + return SourceLocation(function, file, line); + } +#else + static constexpr SourceLocation Current() { return SourceLocation(); } +#endif // CPPGC_SUPPORTS_SOURCE_LOCATION + + /** + * Constructs unspecified source location information. + */ + constexpr SourceLocation() = default; + + /** + * Returns the name of the function associated with the position represented + * by this object, if any. + * + * \returns the function name as cstring. + */ + constexpr const char* Function() const { return function_; } + + /** + * Returns the name of the current source file represented by this object. + * + * \returns the file name as cstring. + */ + constexpr const char* FileName() const { return file_; } + + /** + * Returns the line number represented by this object. + * + * \returns the line number. + */ + constexpr size_t Line() const { return line_; } + + /** + * Returns a human-readable string representing this object. + * + * \returns a human-readable string representing source location information. + */ + std::string ToString() const; + + private: + constexpr SourceLocation(const char* function, const char* file, size_t line) + : function_(function), file_(file), line_(line) {} + + const char* function_ = nullptr; + const char* file_ = nullptr; + size_t line_ = 0u; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_SOURCE_LOCATION_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/testing.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/testing.h new file mode 100644 index 0000000..229ce14 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/testing.h @@ -0,0 +1,99 @@ +// Copyright 2021 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_TESTING_H_ +#define INCLUDE_CPPGC_TESTING_H_ + +#include "cppgc/common.h" +#include "cppgc/macros.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class HeapHandle; + +/** + * Namespace contains testing helpers. + */ +namespace testing { + +/** + * Overrides the state of the stack with the provided value. Takes precedence + * over other parameters that set the stack state. Must no be nested. + */ +class V8_EXPORT V8_NODISCARD OverrideEmbedderStackStateScope final { + CPPGC_STACK_ALLOCATED(); + + public: + /** + * Constructs a scoped object that automatically enters and leaves the scope. + * + * \param heap_handle The corresponding heap. + */ + explicit OverrideEmbedderStackStateScope(HeapHandle& heap_handle, + EmbedderStackState state); + ~OverrideEmbedderStackStateScope(); + + OverrideEmbedderStackStateScope(const OverrideEmbedderStackStateScope&) = + delete; + OverrideEmbedderStackStateScope& operator=( + const OverrideEmbedderStackStateScope&) = delete; + + private: + HeapHandle& heap_handle_; +}; + +/** + * Testing interface for managed heaps that allows for controlling garbage + * collection timings. Embedders should use this class when testing the + * interaction of their code with incremental/concurrent garbage collection. + */ +class V8_EXPORT StandaloneTestingHeap final { + public: + explicit StandaloneTestingHeap(HeapHandle&); + + /** + * Start an incremental garbage collection. + */ + void StartGarbageCollection(); + + /** + * Perform an incremental step. This will also schedule concurrent steps if + * needed. + * + * \param stack_state The state of the stack during the step. + */ + bool PerformMarkingStep(EmbedderStackState stack_state); + + /** + * Finalize the current garbage collection cycle atomically. + * Assumes that garbage collection is in progress. + * + * \param stack_state The state of the stack for finalizing the garbage + * collection cycle. + */ + void FinalizeGarbageCollection(EmbedderStackState stack_state); + + /** + * Toggle main thread marking on/off. Allows to stress concurrent marking + * (e.g. to better detect data races). + * + * \param should_mark Denotes whether the main thread should contribute to + * marking. Defaults to true. + */ + void ToggleMainThreadMarking(bool should_mark); + + /** + * Force enable compaction for the next garbage collection cycle. + */ + void ForceCompactionForNextGarbageCollection(); + + private: + HeapHandle& heap_handle_; +}; + +} // namespace testing +} // namespace cppgc + +#endif // INCLUDE_CPPGC_TESTING_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/trace-trait.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/trace-trait.h new file mode 100644 index 0000000..83619b1 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/trace-trait.h @@ -0,0 +1,116 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_TRACE_TRAIT_H_ +#define INCLUDE_CPPGC_TRACE_TRAIT_H_ + +#include + +#include "cppgc/type-traits.h" +#include "v8config.h" // NOLINT(build/include_directory) + +namespace cppgc { + +class Visitor; + +namespace internal { + +// Implementation of the default TraceTrait handling GarbageCollected and +// GarbageCollectedMixin. +template ::type>> +struct TraceTraitImpl; + +} // namespace internal + +/** + * Callback for invoking tracing on a given object. + * + * \param visitor The visitor to dispatch to. + * \param object The object to invoke tracing on. + */ +using TraceCallback = void (*)(Visitor* visitor, const void* object); + +/** + * Describes how to trace an object, i.e., how to visit all Oilpan-relevant + * fields of an object. + */ +struct TraceDescriptor { + /** + * Adjusted base pointer, i.e., the pointer to the class inheriting directly + * from GarbageCollected, of the object that is being traced. + */ + const void* base_object_payload; + /** + * Callback for tracing the object. + */ + TraceCallback callback; +}; + +namespace internal { + +struct V8_EXPORT TraceTraitFromInnerAddressImpl { + static TraceDescriptor GetTraceDescriptor(const void* address); +}; + +/** + * Trait specifying how the garbage collector processes an object of type T. + * + * Advanced users may override handling by creating a specialization for their + * type. + */ +template +struct TraceTraitBase { + static_assert(internal::IsTraceableV, "T must have a Trace() method"); + + /** + * Accessor for retrieving a TraceDescriptor to process an object of type T. + * + * \param self The object to be processed. + * \returns a TraceDescriptor to process the object. + */ + static TraceDescriptor GetTraceDescriptor(const void* self) { + return internal::TraceTraitImpl::GetTraceDescriptor( + static_cast(self)); + } + + /** + * Function invoking the tracing for an object of type T. + * + * \param visitor The visitor to dispatch to. + * \param self The object to invoke tracing on. + */ + static void Trace(Visitor* visitor, const void* self) { + static_cast(self)->Trace(visitor); + } +}; + +} // namespace internal + +template +struct TraceTrait : public internal::TraceTraitBase {}; + +namespace internal { + +template +struct TraceTraitImpl { + static_assert(IsGarbageCollectedTypeV, + "T must be of type GarbageCollected or GarbageCollectedMixin"); + static TraceDescriptor GetTraceDescriptor(const void* self) { + return {self, TraceTrait::Trace}; + } +}; + +template +struct TraceTraitImpl { + static TraceDescriptor GetTraceDescriptor(const void* self) { + return internal::TraceTraitFromInnerAddressImpl::GetTraceDescriptor(self); + } +}; + +} // namespace internal +} // namespace cppgc + +#endif // INCLUDE_CPPGC_TRACE_TRAIT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/type-traits.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/type-traits.h new file mode 100644 index 0000000..56cd55d --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/type-traits.h @@ -0,0 +1,247 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_TYPE_TRAITS_H_ +#define INCLUDE_CPPGC_TYPE_TRAITS_H_ + +// This file should stay with minimal dependencies to allow embedder to check +// against Oilpan types without including any other parts. +#include +#include + +namespace cppgc { + +class Visitor; + +namespace internal { +template +class BasicMember; +struct DijkstraWriteBarrierPolicy; +struct NoWriteBarrierPolicy; +class StrongMemberTag; +class UntracedMemberTag; +class WeakMemberTag; + +// Pre-C++17 custom implementation of std::void_t. +template +struct make_void { + typedef void type; +}; +template +using void_t = typename make_void::type; + +// Not supposed to be specialized by the user. +template +struct IsWeak : std::false_type {}; + +// IsTraceMethodConst is used to verify that all Trace methods are marked as +// const. It is equivalent to IsTraceable but for a non-const object. +template +struct IsTraceMethodConst : std::false_type {}; + +template +struct IsTraceMethodConst().Trace( + std::declval()))>> : std::true_type { +}; + +template +struct IsTraceable : std::false_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct IsTraceable< + T, void_t().Trace(std::declval()))>> + : std::true_type { + // All Trace methods should be marked as const. If an object of type + // 'T' is traceable then any object of type 'const T' should also + // be traceable. + static_assert(IsTraceMethodConst(), + "Trace methods should be marked as const."); +}; + +template +constexpr bool IsTraceableV = IsTraceable::value; + +template +struct HasGarbageCollectedMixinTypeMarker : std::false_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct HasGarbageCollectedMixinTypeMarker< + T, + void_t::IsGarbageCollectedMixinTypeMarker>> + : std::true_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct HasGarbageCollectedTypeMarker : std::false_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct HasGarbageCollectedTypeMarker< + T, void_t::IsGarbageCollectedTypeMarker>> + : std::true_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template ::value, + bool = HasGarbageCollectedMixinTypeMarker::value> +struct IsGarbageCollectedMixinType : std::false_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct IsGarbageCollectedMixinType : std::true_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template ::value> +struct IsGarbageCollectedType : std::false_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct IsGarbageCollectedType : std::true_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct IsGarbageCollectedOrMixinType + : std::integral_constant::value || + IsGarbageCollectedMixinType::value> { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template ::value && + HasGarbageCollectedMixinTypeMarker::value)> +struct IsGarbageCollectedWithMixinType : std::false_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct IsGarbageCollectedWithMixinType : std::true_type { + static_assert(sizeof(T), "T must be fully defined"); +}; + +template +struct IsSubclassOfBasicMemberTemplate { + private: + template + static std::true_type SubclassCheck( + BasicMember*); + static std::false_type SubclassCheck(...); + + public: + static constexpr bool value = + decltype(SubclassCheck(std::declval()))::value; +}; + +template ::value> +struct IsMemberType : std::false_type {}; + +template +struct IsMemberType : std::true_type {}; + +template ::value> +struct IsWeakMemberType : std::false_type {}; + +template +struct IsWeakMemberType : std::true_type {}; + +template ::value> +struct IsUntracedMemberType : std::false_type {}; + +template +struct IsUntracedMemberType : std::true_type {}; + +template +struct IsComplete { + private: + template + static std::true_type IsSizeOfKnown(U*); + static std::false_type IsSizeOfKnown(...); + + public: + static constexpr bool value = + decltype(IsSizeOfKnown(std::declval()))::value; +}; + +} // namespace internal + +/** + * Value is true for types that inherit from `GarbageCollectedMixin` but not + * `GarbageCollected` (i.e., they are free mixins), and false otherwise. + */ +template +constexpr bool IsGarbageCollectedMixinTypeV = + internal::IsGarbageCollectedMixinType::value; + +/** + * Value is true for types that inherit from `GarbageCollected`, and false + * otherwise. + */ +template +constexpr bool IsGarbageCollectedTypeV = + internal::IsGarbageCollectedType::value; + +/** + * Value is true for types that inherit from either `GarbageCollected` or + * `GarbageCollectedMixin`, and false otherwise. + */ +template +constexpr bool IsGarbageCollectedOrMixinTypeV = + internal::IsGarbageCollectedOrMixinType::value; + +/** + * Value is true for types that inherit from `GarbageCollected` and + * `GarbageCollectedMixin`, and false otherwise. + */ +template +constexpr bool IsGarbageCollectedWithMixinTypeV = + internal::IsGarbageCollectedWithMixinType::value; + +/** + * Value is true for types of type `Member`, and false otherwise. + */ +template +constexpr bool IsMemberTypeV = internal::IsMemberType::value; + +/** + * Value is true for types of type `UntracedMember`, and false otherwise. + */ +template +constexpr bool IsUntracedMemberTypeV = internal::IsUntracedMemberType::value; + +/** + * Value is true for types of type `WeakMember`, and false otherwise. + */ +template +constexpr bool IsWeakMemberTypeV = internal::IsWeakMemberType::value; + +/** + * Value is true for types that are considered weak references, and false + * otherwise. + */ +template +constexpr bool IsWeakV = internal::IsWeak::value; + +/** + * Value is true for types that are complete, and false otherwise. + */ +template +constexpr bool IsCompleteV = internal::IsComplete::value; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_TYPE_TRAITS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/visitor.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/visitor.h new file mode 100644 index 0000000..57e2ce3 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/cppgc/visitor.h @@ -0,0 +1,379 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_CPPGC_VISITOR_H_ +#define INCLUDE_CPPGC_VISITOR_H_ + +#include "cppgc/custom-space.h" +#include "cppgc/ephemeron-pair.h" +#include "cppgc/garbage-collected.h" +#include "cppgc/internal/logging.h" +#include "cppgc/internal/pointer-policies.h" +#include "cppgc/liveness-broker.h" +#include "cppgc/member.h" +#include "cppgc/sentinel-pointer.h" +#include "cppgc/source-location.h" +#include "cppgc/trace-trait.h" +#include "cppgc/type-traits.h" + +namespace cppgc { + +namespace internal { +template +class BasicCrossThreadPersistent; +template +class BasicPersistent; +class ConservativeTracingVisitor; +class VisitorBase; +class VisitorFactory; +} // namespace internal + +using WeakCallback = void (*)(const LivenessBroker&, const void*); + +/** + * Visitor passed to trace methods. All managed pointers must have called the + * Visitor's trace method on them. + * + * \code + * class Foo final : public GarbageCollected { + * public: + * void Trace(Visitor* visitor) const { + * visitor->Trace(foo_); + * visitor->Trace(weak_foo_); + * } + * private: + * Member foo_; + * WeakMember weak_foo_; + * }; + * \endcode + */ +class V8_EXPORT Visitor { + public: + class Key { + private: + Key() = default; + friend class internal::VisitorFactory; + }; + + explicit Visitor(Key) {} + + virtual ~Visitor() = default; + + /** + * Trace method for raw pointers. Prefer the versions for managed pointers. + * + * \param member Reference retaining an object. + */ + template + void Trace(const T* t) { + static_assert(sizeof(T), "Pointee type must be fully defined."); + static_assert(internal::IsGarbageCollectedOrMixinType::value, + "T must be GarbageCollected or GarbageCollectedMixin type"); + if (!t) { + return; + } + Visit(t, TraceTrait::GetTraceDescriptor(t)); + } + + /** + * Trace method for Member. + * + * \param member Member reference retaining an object. + */ + template + void Trace(const Member& member) { + const T* value = member.GetRawAtomic(); + CPPGC_DCHECK(value != kSentinelPointer); + Trace(value); + } + + /** + * Trace method for WeakMember. + * + * \param weak_member WeakMember reference weakly retaining an object. + */ + template + void Trace(const WeakMember& weak_member) { + static_assert(sizeof(T), "Pointee type must be fully defined."); + static_assert(internal::IsGarbageCollectedOrMixinType::value, + "T must be GarbageCollected or GarbageCollectedMixin type"); + static_assert(!internal::IsAllocatedOnCompactableSpace::value, + "Weak references to compactable objects are not allowed"); + + const T* value = weak_member.GetRawAtomic(); + + // Bailout assumes that WeakMember emits write barrier. + if (!value) { + return; + } + + CPPGC_DCHECK(value != kSentinelPointer); + VisitWeak(value, TraceTrait::GetTraceDescriptor(value), + &HandleWeak>, &weak_member); + } + + /** + * Trace method for inlined objects that are not allocated themselves but + * otherwise follow managed heap layout and have a Trace() method. + * + * \param object reference of the inlined object. + */ + template + void Trace(const T& object) { +#if V8_ENABLE_CHECKS + // This object is embedded in potentially multiple nested objects. The + // outermost object must not be in construction as such objects are (a) not + // processed immediately, and (b) only processed conservatively if not + // otherwise possible. + CheckObjectNotInConstruction(&object); +#endif // V8_ENABLE_CHECKS + TraceTrait::Trace(this, &object); + } + + /** + * Registers a weak callback method on the object of type T. See + * LivenessBroker for an usage example. + * + * \param object of type T specifying a weak callback method. + */ + template + void RegisterWeakCallbackMethod(const T* object) { + RegisterWeakCallback(&WeakCallbackMethodDelegate, object); + } + + /** + * Trace method for EphemeronPair. + * + * \param ephemeron_pair EphemeronPair reference weakly retaining a key object + * and strongly retaining a value object in case the key object is alive. + */ + template + void Trace(const EphemeronPair& ephemeron_pair) { + TraceEphemeron(ephemeron_pair.key, &ephemeron_pair.value); + RegisterWeakCallbackMethod, + &EphemeronPair::ClearValueIfKeyIsDead>( + &ephemeron_pair); + } + + /** + * Trace method for a single ephemeron. Used for tracing a raw ephemeron in + * which the `key` and `value` are kept separately. + * + * \param weak_member_key WeakMember reference weakly retaining a key object. + * \param member_value Member reference with ephemeron semantics. + */ + template + void TraceEphemeron(const WeakMember& weak_member_key, + const Member* member_value) { + const KeyType* key = weak_member_key.GetRawAtomic(); + if (!key) return; + + // `value` must always be non-null. + CPPGC_DCHECK(member_value); + const ValueType* value = member_value->GetRawAtomic(); + if (!value) return; + + // KeyType and ValueType may refer to GarbageCollectedMixin. + TraceDescriptor value_desc = + TraceTrait::GetTraceDescriptor(value); + CPPGC_DCHECK(value_desc.base_object_payload); + const void* key_base_object_payload = + TraceTrait::GetTraceDescriptor(key).base_object_payload; + CPPGC_DCHECK(key_base_object_payload); + + VisitEphemeron(key_base_object_payload, value, value_desc); + } + + /** + * Trace method for a single ephemeron. Used for tracing a raw ephemeron in + * which the `key` and `value` are kept separately. Note that this overload + * is for non-GarbageCollected `value`s that can be traced though. + * + * \param key `WeakMember` reference weakly retaining a key object. + * \param value Reference weakly retaining a value object. Note that + * `ValueType` here should not be `Member`. It is expected that + * `TraceTrait::GetTraceDescriptor(value)` returns a + * `TraceDescriptor` with a null base pointer but a valid trace method. + */ + template + void TraceEphemeron(const WeakMember& weak_member_key, + const ValueType* value) { + static_assert(!IsGarbageCollectedOrMixinTypeV, + "garbage-collected types must use WeakMember and Member"); + const KeyType* key = weak_member_key.GetRawAtomic(); + if (!key) return; + + // `value` must always be non-null. + CPPGC_DCHECK(value); + TraceDescriptor value_desc = + TraceTrait::GetTraceDescriptor(value); + // `value_desc.base_object_payload` must be null as this override is only + // taken for non-garbage-collected values. + CPPGC_DCHECK(!value_desc.base_object_payload); + + // KeyType might be a GarbageCollectedMixin. + const void* key_base_object_payload = + TraceTrait::GetTraceDescriptor(key).base_object_payload; + CPPGC_DCHECK(key_base_object_payload); + + VisitEphemeron(key_base_object_payload, value, value_desc); + } + + /** + * Trace method that strongifies a WeakMember. + * + * \param weak_member WeakMember reference retaining an object. + */ + template + void TraceStrongly(const WeakMember& weak_member) { + const T* value = weak_member.GetRawAtomic(); + CPPGC_DCHECK(value != kSentinelPointer); + Trace(value); + } + + /** + * Trace method for weak containers. + * + * \param object reference of the weak container. + * \param callback to be invoked. + * \param data custom data that is passed to the callback. + */ + template + void TraceWeakContainer(const T* object, WeakCallback callback, + const void* data) { + if (!object) return; + VisitWeakContainer(object, TraceTrait::GetTraceDescriptor(object), + TraceTrait::GetWeakTraceDescriptor(object), callback, + data); + } + + /** + * Registers a slot containing a reference to an object allocated on a + * compactable space. Such references maybe be arbitrarily moved by the GC. + * + * \param slot location of reference to object that might be moved by the GC. + */ + template + void RegisterMovableReference(const T** slot) { + static_assert(internal::IsAllocatedOnCompactableSpace::value, + "Only references to objects allocated on compactable spaces " + "should be registered as movable slots."); + static_assert(!IsGarbageCollectedMixinTypeV, + "Mixin types do not support compaction."); + HandleMovableReference(reinterpret_cast(slot)); + } + + /** + * Registers a weak callback that is invoked during garbage collection. + * + * \param callback to be invoked. + * \param data custom data that is passed to the callback. + */ + virtual void RegisterWeakCallback(WeakCallback callback, const void* data) {} + + /** + * Defers tracing an object from a concurrent thread to the mutator thread. + * Should be called by Trace methods of types that are not safe to trace + * concurrently. + * + * \param parameter tells the trace callback which object was deferred. + * \param callback to be invoked for tracing on the mutator thread. + * \param deferred_size size of deferred object. + * + * \returns false if the object does not need to be deferred (i.e. currently + * traced on the mutator thread) and true otherwise (i.e. currently traced on + * a concurrent thread). + */ + virtual V8_WARN_UNUSED_RESULT bool DeferTraceToMutatorThreadIfConcurrent( + const void* parameter, TraceCallback callback, size_t deferred_size) { + // By default tracing is not deferred. + return false; + } + + protected: + virtual void Visit(const void* self, TraceDescriptor) {} + virtual void VisitWeak(const void* self, TraceDescriptor, WeakCallback, + const void* weak_member) {} + virtual void VisitRoot(const void*, TraceDescriptor, const SourceLocation&) {} + virtual void VisitWeakRoot(const void* self, TraceDescriptor, WeakCallback, + const void* weak_root, const SourceLocation&) {} + virtual void VisitEphemeron(const void* key, const void* value, + TraceDescriptor value_desc) {} + virtual void VisitWeakContainer(const void* self, TraceDescriptor strong_desc, + TraceDescriptor weak_desc, + WeakCallback callback, const void* data) {} + virtual void HandleMovableReference(const void**) {} + + private: + template + static void WeakCallbackMethodDelegate(const LivenessBroker& info, + const void* self) { + // Callback is registered through a potential const Trace method but needs + // to be able to modify fields. See HandleWeak. + (const_cast(static_cast(self))->*method)(info); + } + + template + static void HandleWeak(const LivenessBroker& info, const void* object) { + const PointerType* weak = static_cast(object); + auto* raw_ptr = weak->GetFromGC(); + // Sentinel values are preserved for weak pointers. + if (raw_ptr == kSentinelPointer) return; + if (!info.IsHeapObjectAlive(raw_ptr)) { + weak->ClearFromGC(); + } + } + + template * = nullptr> + void TraceRoot(const Persistent& p, const SourceLocation& loc) { + using PointeeType = typename Persistent::PointeeType; + static_assert(sizeof(PointeeType), + "Persistent's pointee type must be fully defined"); + static_assert(internal::IsGarbageCollectedOrMixinType::value, + "Persistent's pointee type must be GarbageCollected or " + "GarbageCollectedMixin"); + auto* ptr = p.GetFromGC(); + if (!ptr) { + return; + } + VisitRoot(ptr, TraceTrait::GetTraceDescriptor(ptr), loc); + } + + template < + typename WeakPersistent, + std::enable_if_t* = nullptr> + void TraceRoot(const WeakPersistent& p, const SourceLocation& loc) { + using PointeeType = typename WeakPersistent::PointeeType; + static_assert(sizeof(PointeeType), + "Persistent's pointee type must be fully defined"); + static_assert(internal::IsGarbageCollectedOrMixinType::value, + "Persistent's pointee type must be GarbageCollected or " + "GarbageCollectedMixin"); + static_assert(!internal::IsAllocatedOnCompactableSpace::value, + "Weak references to compactable objects are not allowed"); + auto* ptr = p.GetFromGC(); + VisitWeakRoot(ptr, TraceTrait::GetTraceDescriptor(ptr), + &HandleWeak, &p, loc); + } + +#if V8_ENABLE_CHECKS + void CheckObjectNotInConstruction(const void* address); +#endif // V8_ENABLE_CHECKS + + template + friend class internal::BasicCrossThreadPersistent; + template + friend class internal::BasicPersistent; + friend class internal::ConservativeTracingVisitor; + friend class internal::VisitorBase; +}; + +} // namespace cppgc + +#endif // INCLUDE_CPPGC_VISITOR_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol-1.2.json b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol-1.2.json new file mode 100644 index 0000000..aff6806 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol-1.2.json @@ -0,0 +1,997 @@ +{ + "version": { "major": "1", "minor": "2" }, + "domains": [ + { + "domain": "Schema", + "description": "Provides information about the protocol schema.", + "types": [ + { + "id": "Domain", + "type": "object", + "description": "Description of the protocol domain.", + "exported": true, + "properties": [ + { "name": "name", "type": "string", "description": "Domain name." }, + { "name": "version", "type": "string", "description": "Domain version." } + ] + } + ], + "commands": [ + { + "name": "getDomains", + "description": "Returns supported domains.", + "handlers": ["browser", "renderer"], + "returns": [ + { "name": "domains", "type": "array", "items": { "$ref": "Domain" }, "description": "List of supported domains." } + ] + } + ] + }, + { + "domain": "Runtime", + "description": "Runtime domain exposes JavaScript runtime by means of remote evaluation and mirror objects. Evaluation results are returned as mirror object that expose object type, string representation and unique identifier that can be used for further object reference. Original objects are maintained in memory unless they are either explicitly released or are released along with the other objects in their object group.", + "types": [ + { + "id": "ScriptId", + "type": "string", + "description": "Unique script identifier." + }, + { + "id": "RemoteObjectId", + "type": "string", + "description": "Unique object identifier." + }, + { + "id": "UnserializableValue", + "type": "string", + "enum": ["Infinity", "NaN", "-Infinity", "-0"], + "description": "Primitive value which cannot be JSON-stringified." + }, + { + "id": "RemoteObject", + "type": "object", + "description": "Mirror object referencing original JavaScript object.", + "exported": true, + "properties": [ + { "name": "type", "type": "string", "enum": ["object", "function", "undefined", "string", "number", "boolean", "symbol"], "description": "Object type." }, + { "name": "subtype", "type": "string", "optional": true, "enum": ["array", "null", "node", "regexp", "date", "map", "set", "iterator", "generator", "error", "proxy", "promise", "typedarray"], "description": "Object subtype hint. Specified for object type values only." }, + { "name": "className", "type": "string", "optional": true, "description": "Object class (constructor) name. Specified for object type values only." }, + { "name": "value", "type": "any", "optional": true, "description": "Remote object value in case of primitive values or JSON values (if it was requested)." }, + { "name": "unserializableValue", "$ref": "UnserializableValue", "optional": true, "description": "Primitive value which can not be JSON-stringified does not have value, but gets this property." }, + { "name": "description", "type": "string", "optional": true, "description": "String representation of the object." }, + { "name": "objectId", "$ref": "RemoteObjectId", "optional": true, "description": "Unique object identifier (for non-primitive values)." }, + { "name": "preview", "$ref": "ObjectPreview", "optional": true, "description": "Preview containing abbreviated property values. Specified for object type values only.", "experimental": true }, + { "name": "customPreview", "$ref": "CustomPreview", "optional": true, "experimental": true} + ] + }, + { + "id": "CustomPreview", + "type": "object", + "experimental": true, + "properties": [ + { "name": "header", "type": "string"}, + { "name": "hasBody", "type": "boolean"}, + { "name": "formatterObjectId", "$ref": "RemoteObjectId"}, + { "name": "bindRemoteObjectFunctionId", "$ref": "RemoteObjectId" }, + { "name": "configObjectId", "$ref": "RemoteObjectId", "optional": true } + ] + }, + { + "id": "ObjectPreview", + "type": "object", + "experimental": true, + "description": "Object containing abbreviated remote object value.", + "properties": [ + { "name": "type", "type": "string", "enum": ["object", "function", "undefined", "string", "number", "boolean", "symbol"], "description": "Object type." }, + { "name": "subtype", "type": "string", "optional": true, "enum": ["array", "null", "node", "regexp", "date", "map", "set", "iterator", "generator", "error"], "description": "Object subtype hint. Specified for object type values only." }, + { "name": "description", "type": "string", "optional": true, "description": "String representation of the object." }, + { "name": "overflow", "type": "boolean", "description": "True iff some of the properties or entries of the original object did not fit." }, + { "name": "properties", "type": "array", "items": { "$ref": "PropertyPreview" }, "description": "List of the properties." }, + { "name": "entries", "type": "array", "items": { "$ref": "EntryPreview" }, "optional": true, "description": "List of the entries. Specified for map and set subtype values only." } + ] + }, + { + "id": "PropertyPreview", + "type": "object", + "experimental": true, + "properties": [ + { "name": "name", "type": "string", "description": "Property name." }, + { "name": "type", "type": "string", "enum": ["object", "function", "undefined", "string", "number", "boolean", "symbol", "accessor"], "description": "Object type. Accessor means that the property itself is an accessor property." }, + { "name": "value", "type": "string", "optional": true, "description": "User-friendly property value string." }, + { "name": "valuePreview", "$ref": "ObjectPreview", "optional": true, "description": "Nested value preview." }, + { "name": "subtype", "type": "string", "optional": true, "enum": ["array", "null", "node", "regexp", "date", "map", "set", "iterator", "generator", "error"], "description": "Object subtype hint. Specified for object type values only." } + ] + }, + { + "id": "EntryPreview", + "type": "object", + "experimental": true, + "properties": [ + { "name": "key", "$ref": "ObjectPreview", "optional": true, "description": "Preview of the key. Specified for map-like collection entries." }, + { "name": "value", "$ref": "ObjectPreview", "description": "Preview of the value." } + ] + }, + { + "id": "PropertyDescriptor", + "type": "object", + "description": "Object property descriptor.", + "properties": [ + { "name": "name", "type": "string", "description": "Property name or symbol description." }, + { "name": "value", "$ref": "RemoteObject", "optional": true, "description": "The value associated with the property." }, + { "name": "writable", "type": "boolean", "optional": true, "description": "True if the value associated with the property may be changed (data descriptors only)." }, + { "name": "get", "$ref": "RemoteObject", "optional": true, "description": "A function which serves as a getter for the property, or undefined if there is no getter (accessor descriptors only)." }, + { "name": "set", "$ref": "RemoteObject", "optional": true, "description": "A function which serves as a setter for the property, or undefined if there is no setter (accessor descriptors only)." }, + { "name": "configurable", "type": "boolean", "description": "True if the type of this property descriptor may be changed and if the property may be deleted from the corresponding object." }, + { "name": "enumerable", "type": "boolean", "description": "True if this property shows up during enumeration of the properties on the corresponding object." }, + { "name": "wasThrown", "type": "boolean", "optional": true, "description": "True if the result was thrown during the evaluation." }, + { "name": "isOwn", "optional": true, "type": "boolean", "description": "True if the property is owned for the object." }, + { "name": "symbol", "$ref": "RemoteObject", "optional": true, "description": "Property symbol object, if the property is of the symbol type." } + ] + }, + { + "id": "InternalPropertyDescriptor", + "type": "object", + "description": "Object internal property descriptor. This property isn't normally visible in JavaScript code.", + "properties": [ + { "name": "name", "type": "string", "description": "Conventional property name." }, + { "name": "value", "$ref": "RemoteObject", "optional": true, "description": "The value associated with the property." } + ] + }, + { + "id": "CallArgument", + "type": "object", + "description": "Represents function call argument. Either remote object id objectId, primitive value, unserializable primitive value or neither of (for undefined) them should be specified.", + "properties": [ + { "name": "value", "type": "any", "optional": true, "description": "Primitive value." }, + { "name": "unserializableValue", "$ref": "UnserializableValue", "optional": true, "description": "Primitive value which can not be JSON-stringified." }, + { "name": "objectId", "$ref": "RemoteObjectId", "optional": true, "description": "Remote object handle." } + ] + }, + { + "id": "ExecutionContextId", + "type": "integer", + "description": "Id of an execution context." + }, + { + "id": "ExecutionContextDescription", + "type": "object", + "description": "Description of an isolated world.", + "properties": [ + { "name": "id", "$ref": "ExecutionContextId", "description": "Unique id of the execution context. It can be used to specify in which execution context script evaluation should be performed." }, + { "name": "origin", "type": "string", "description": "Execution context origin." }, + { "name": "name", "type": "string", "description": "Human readable name describing given context." }, + { "name": "auxData", "type": "object", "optional": true, "description": "Embedder-specific auxiliary data." } + ] + }, + { + "id": "ExceptionDetails", + "type": "object", + "description": "Detailed information about exception (or error) that was thrown during script compilation or execution.", + "properties": [ + { "name": "exceptionId", "type": "integer", "description": "Exception id." }, + { "name": "text", "type": "string", "description": "Exception text, which should be used together with exception object when available." }, + { "name": "lineNumber", "type": "integer", "description": "Line number of the exception location (0-based)." }, + { "name": "columnNumber", "type": "integer", "description": "Column number of the exception location (0-based)." }, + { "name": "scriptId", "$ref": "ScriptId", "optional": true, "description": "Script ID of the exception location." }, + { "name": "url", "type": "string", "optional": true, "description": "URL of the exception location, to be used when the script was not reported." }, + { "name": "stackTrace", "$ref": "StackTrace", "optional": true, "description": "JavaScript stack trace if available." }, + { "name": "exception", "$ref": "RemoteObject", "optional": true, "description": "Exception object if available." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Identifier of the context where exception happened." } + ] + }, + { + "id": "Timestamp", + "type": "number", + "description": "Number of milliseconds since epoch." + }, + { + "id": "CallFrame", + "type": "object", + "description": "Stack entry for runtime errors and assertions.", + "properties": [ + { "name": "functionName", "type": "string", "description": "JavaScript function name." }, + { "name": "scriptId", "$ref": "ScriptId", "description": "JavaScript script id." }, + { "name": "url", "type": "string", "description": "JavaScript script name or url." }, + { "name": "lineNumber", "type": "integer", "description": "JavaScript script line number (0-based)." }, + { "name": "columnNumber", "type": "integer", "description": "JavaScript script column number (0-based)." } + ] + }, + { + "id": "StackTrace", + "type": "object", + "description": "Call frames for assertions or error messages.", + "exported": true, + "properties": [ + { "name": "description", "type": "string", "optional": true, "description": "String label of this stack trace. For async traces this may be a name of the function that initiated the async call." }, + { "name": "callFrames", "type": "array", "items": { "$ref": "CallFrame" }, "description": "JavaScript function name." }, + { "name": "parent", "$ref": "StackTrace", "optional": true, "description": "Asynchronous JavaScript stack trace that preceded this stack, if available." } + ] + } + ], + "commands": [ + { + "name": "evaluate", + "async": true, + "parameters": [ + { "name": "expression", "type": "string", "description": "Expression to evaluate." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects." }, + { "name": "includeCommandLineAPI", "type": "boolean", "optional": true, "description": "Determines whether Command Line API should be available during the evaluation." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "contextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to perform evaluation. If the parameter is omitted the evaluation will be performed in the context of the inspected page." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object that should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the result." }, + { "name": "userGesture", "type": "boolean", "optional": true, "experimental": true, "description": "Whether execution should be treated as initiated by user in the UI." }, + { "name": "awaitPromise", "type": "boolean", "optional":true, "description": "Whether execution should wait for promise to be resolved. If the result of evaluation is not a Promise, it's considered to be an error." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Evaluation result." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Evaluates expression on global object." + }, + { + "name": "awaitPromise", + "async": true, + "parameters": [ + { "name": "promiseObjectId", "$ref": "RemoteObjectId", "description": "Identifier of the promise." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object that should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "description": "Whether preview should be generated for the result." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Promise result. Will contain rejected value if promise was rejected." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details if stack strace is available."} + ], + "description": "Add handler to promise with given promise object id." + }, + { + "name": "callFunctionOn", + "async": true, + "parameters": [ + { "name": "objectId", "$ref": "RemoteObjectId", "description": "Identifier of the object to call function on." }, + { "name": "functionDeclaration", "type": "string", "description": "Declaration of the function to call." }, + { "name": "arguments", "type": "array", "items": { "$ref": "CallArgument", "description": "Call argument." }, "optional": true, "description": "Call arguments. All call arguments must belong to the same JavaScript world as the target object." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object which should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the result." }, + { "name": "userGesture", "type": "boolean", "optional": true, "experimental": true, "description": "Whether execution should be treated as initiated by user in the UI." }, + { "name": "awaitPromise", "type": "boolean", "optional":true, "description": "Whether execution should wait for promise to be resolved. If the result of evaluation is not a Promise, it's considered to be an error." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Call result." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Calls function with given declaration on the given object. Object group of the result is inherited from the target object." + }, + { + "name": "getProperties", + "parameters": [ + { "name": "objectId", "$ref": "RemoteObjectId", "description": "Identifier of the object to return properties for." }, + { "name": "ownProperties", "optional": true, "type": "boolean", "description": "If true, returns properties belonging only to the element itself, not to its prototype chain." }, + { "name": "accessorPropertiesOnly", "optional": true, "type": "boolean", "description": "If true, returns accessor properties (with getter/setter) only; internal properties are not returned either.", "experimental": true }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the results." } + ], + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "PropertyDescriptor" }, "description": "Object properties." }, + { "name": "internalProperties", "optional": true, "type": "array", "items": { "$ref": "InternalPropertyDescriptor" }, "description": "Internal object properties (only of the element itself)." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Returns properties of a given object. Object group of the result is inherited from the target object." + }, + { + "name": "releaseObject", + "parameters": [ + { "name": "objectId", "$ref": "RemoteObjectId", "description": "Identifier of the object to release." } + ], + "description": "Releases remote object with given id." + }, + { + "name": "releaseObjectGroup", + "parameters": [ + { "name": "objectGroup", "type": "string", "description": "Symbolic object group name." } + ], + "description": "Releases all remote objects that belong to a given group." + }, + { + "name": "runIfWaitingForDebugger", + "description": "Tells inspected instance to run if it was waiting for debugger to attach." + }, + { + "name": "enable", + "description": "Enables reporting of execution contexts creation by means of executionContextCreated event. When the reporting gets enabled the event will be sent immediately for each existing execution context." + }, + { + "name": "disable", + "description": "Disables reporting of execution contexts creation." + }, + { + "name": "discardConsoleEntries", + "description": "Discards collected exceptions and console API calls." + }, + { + "name": "setCustomObjectFormatterEnabled", + "parameters": [ + { + "name": "enabled", + "type": "boolean" + } + ], + "experimental": true + }, + { + "name": "compileScript", + "parameters": [ + { "name": "expression", "type": "string", "description": "Expression to compile." }, + { "name": "sourceURL", "type": "string", "description": "Source url to be set for the script." }, + { "name": "persistScript", "type": "boolean", "description": "Specifies whether the compiled script should be persisted." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to perform script run. If the parameter is omitted the evaluation will be performed in the context of the inspected page." } + ], + "returns": [ + { "name": "scriptId", "$ref": "ScriptId", "optional": true, "description": "Id of the script." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Compiles expression." + }, + { + "name": "runScript", + "async": true, + "parameters": [ + { "name": "scriptId", "$ref": "ScriptId", "description": "Id of the script to run." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to perform script run. If the parameter is omitted the evaluation will be performed in the context of the inspected page." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "includeCommandLineAPI", "type": "boolean", "optional": true, "description": "Determines whether Command Line API should be available during the evaluation." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object which should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "description": "Whether preview should be generated for the result." }, + { "name": "awaitPromise", "type": "boolean", "optional": true, "description": "Whether execution should wait for promise to be resolved. If the result of evaluation is not a Promise, it's considered to be an error." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Run result." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Runs script with given id in a given context." + } + ], + "events": [ + { + "name": "executionContextCreated", + "parameters": [ + { "name": "context", "$ref": "ExecutionContextDescription", "description": "A newly created execution contex." } + ], + "description": "Issued when new execution context is created." + }, + { + "name": "executionContextDestroyed", + "parameters": [ + { "name": "executionContextId", "$ref": "ExecutionContextId", "description": "Id of the destroyed context" } + ], + "description": "Issued when execution context is destroyed." + }, + { + "name": "executionContextsCleared", + "description": "Issued when all executionContexts were cleared in browser" + }, + { + "name": "exceptionThrown", + "description": "Issued when exception was thrown and unhandled.", + "parameters": [ + { "name": "timestamp", "$ref": "Timestamp", "description": "Timestamp of the exception." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails" } + ] + }, + { + "name": "exceptionRevoked", + "description": "Issued when unhandled exception was revoked.", + "parameters": [ + { "name": "reason", "type": "string", "description": "Reason describing why exception was revoked." }, + { "name": "exceptionId", "type": "integer", "description": "The id of revoked exception, as reported in exceptionUnhandled." } + ] + }, + { + "name": "consoleAPICalled", + "description": "Issued when console API was called.", + "parameters": [ + { "name": "type", "type": "string", "enum": ["log", "debug", "info", "error", "warning", "dir", "dirxml", "table", "trace", "clear", "startGroup", "startGroupCollapsed", "endGroup", "assert", "profile", "profileEnd"], "description": "Type of the call." }, + { "name": "args", "type": "array", "items": { "$ref": "RemoteObject" }, "description": "Call arguments." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "description": "Identifier of the context where the call was made." }, + { "name": "timestamp", "$ref": "Timestamp", "description": "Call timestamp." }, + { "name": "stackTrace", "$ref": "StackTrace", "optional": true, "description": "Stack trace captured when the call was made." } + ] + }, + { + "name": "inspectRequested", + "description": "Issued when object should be inspected (for example, as a result of inspect() command line API call).", + "parameters": [ + { "name": "object", "$ref": "RemoteObject" }, + { "name": "hints", "type": "object" } + ] + } + ] + }, + { + "domain": "Debugger", + "description": "Debugger domain exposes JavaScript debugging capabilities. It allows setting and removing breakpoints, stepping through execution, exploring stack traces, etc.", + "dependencies": ["Runtime"], + "types": [ + { + "id": "BreakpointId", + "type": "string", + "description": "Breakpoint identifier." + }, + { + "id": "CallFrameId", + "type": "string", + "description": "Call frame identifier." + }, + { + "id": "Location", + "type": "object", + "properties": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Script identifier as reported in the Debugger.scriptParsed." }, + { "name": "lineNumber", "type": "integer", "description": "Line number in the script (0-based)." }, + { "name": "columnNumber", "type": "integer", "optional": true, "description": "Column number in the script (0-based)." } + ], + "description": "Location in the source code." + }, + { + "id": "ScriptPosition", + "experimental": true, + "type": "object", + "properties": [ + { "name": "lineNumber", "type": "integer" }, + { "name": "columnNumber", "type": "integer" } + ], + "description": "Location in the source code." + }, + { + "id": "CallFrame", + "type": "object", + "properties": [ + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Call frame identifier. This identifier is only valid while the virtual machine is paused." }, + { "name": "functionName", "type": "string", "description": "Name of the JavaScript function called on this call frame." }, + { "name": "functionLocation", "$ref": "Location", "optional": true, "experimental": true, "description": "Location in the source code." }, + { "name": "location", "$ref": "Location", "description": "Location in the source code." }, + { "name": "scopeChain", "type": "array", "items": { "$ref": "Scope" }, "description": "Scope chain for this call frame." }, + { "name": "this", "$ref": "Runtime.RemoteObject", "description": "this object for this call frame." }, + { "name": "returnValue", "$ref": "Runtime.RemoteObject", "optional": true, "description": "The value being returned, if the function is at return point." } + ], + "description": "JavaScript call frame. Array of call frames form the call stack." + }, + { + "id": "Scope", + "type": "object", + "properties": [ + { "name": "type", "type": "string", "enum": ["global", "local", "with", "closure", "catch", "block", "script"], "description": "Scope type." }, + { "name": "object", "$ref": "Runtime.RemoteObject", "description": "Object representing the scope. For global and with scopes it represents the actual object; for the rest of the scopes, it is artificial transient object enumerating scope variables as its properties." }, + { "name": "name", "type": "string", "optional": true }, + { "name": "startLocation", "$ref": "Location", "optional": true, "description": "Location in the source code where scope starts" }, + { "name": "endLocation", "$ref": "Location", "optional": true, "description": "Location in the source code where scope ends" } + ], + "description": "Scope description." + }, + { + "id": "SearchMatch", + "type": "object", + "description": "Search match for resource.", + "exported": true, + "properties": [ + { "name": "lineNumber", "type": "number", "description": "Line number in resource content." }, + { "name": "lineContent", "type": "string", "description": "Line with match content." } + ], + "experimental": true + } + ], + "commands": [ + { + "name": "enable", + "description": "Enables debugger for the given page. Clients should not assume that the debugging has been enabled until the result for this command is received." + }, + { + "name": "disable", + "description": "Disables debugger for given page." + }, + { + "name": "setBreakpointsActive", + "parameters": [ + { "name": "active", "type": "boolean", "description": "New value for breakpoints active state." } + ], + "description": "Activates / deactivates all breakpoints on the page." + }, + { + "name": "setSkipAllPauses", + "parameters": [ + { "name": "skip", "type": "boolean", "description": "New value for skip pauses state." } + ], + "description": "Makes page not interrupt on any pauses (breakpoint, exception, dom exception etc)." + }, + { + "name": "setBreakpointByUrl", + "parameters": [ + { "name": "lineNumber", "type": "integer", "description": "Line number to set breakpoint at." }, + { "name": "url", "type": "string", "optional": true, "description": "URL of the resources to set breakpoint on." }, + { "name": "urlRegex", "type": "string", "optional": true, "description": "Regex pattern for the URLs of the resources to set breakpoints on. Either url or urlRegex must be specified." }, + { "name": "columnNumber", "type": "integer", "optional": true, "description": "Offset in the line to set breakpoint at." }, + { "name": "condition", "type": "string", "optional": true, "description": "Expression to use as a breakpoint condition. When specified, debugger will only stop on the breakpoint if this expression evaluates to true." } + ], + "returns": [ + { "name": "breakpointId", "$ref": "BreakpointId", "description": "Id of the created breakpoint for further reference." }, + { "name": "locations", "type": "array", "items": { "$ref": "Location" }, "description": "List of the locations this breakpoint resolved into upon addition." } + ], + "description": "Sets JavaScript breakpoint at given location specified either by URL or URL regex. Once this command is issued, all existing parsed scripts will have breakpoints resolved and returned in locations property. Further matching script parsing will result in subsequent breakpointResolved events issued. This logical breakpoint will survive page reloads." + }, + { + "name": "setBreakpoint", + "parameters": [ + { "name": "location", "$ref": "Location", "description": "Location to set breakpoint in." }, + { "name": "condition", "type": "string", "optional": true, "description": "Expression to use as a breakpoint condition. When specified, debugger will only stop on the breakpoint if this expression evaluates to true." } + ], + "returns": [ + { "name": "breakpointId", "$ref": "BreakpointId", "description": "Id of the created breakpoint for further reference." }, + { "name": "actualLocation", "$ref": "Location", "description": "Location this breakpoint resolved into." } + ], + "description": "Sets JavaScript breakpoint at a given location." + }, + { + "name": "removeBreakpoint", + "parameters": [ + { "name": "breakpointId", "$ref": "BreakpointId" } + ], + "description": "Removes JavaScript breakpoint." + }, + { + "name": "continueToLocation", + "parameters": [ + { "name": "location", "$ref": "Location", "description": "Location to continue to." } + ], + "description": "Continues execution until specific location is reached." + }, + { + "name": "stepOver", + "description": "Steps over the statement." + }, + { + "name": "stepInto", + "description": "Steps into the function call." + }, + { + "name": "stepOut", + "description": "Steps out of the function call." + }, + { + "name": "pause", + "description": "Stops on the next JavaScript statement." + }, + { + "name": "resume", + "description": "Resumes JavaScript execution." + }, + { + "name": "searchInContent", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script to search in." }, + { "name": "query", "type": "string", "description": "String to search for." }, + { "name": "caseSensitive", "type": "boolean", "optional": true, "description": "If true, search is case sensitive." }, + { "name": "isRegex", "type": "boolean", "optional": true, "description": "If true, treats string parameter as regex." } + ], + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "SearchMatch" }, "description": "List of search matches." } + ], + "experimental": true, + "description": "Searches for given string in script content." + }, + { + "name": "setScriptSource", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script to edit." }, + { "name": "scriptSource", "type": "string", "description": "New content of the script." }, + { "name": "dryRun", "type": "boolean", "optional": true, "description": " If true the change will not actually be applied. Dry run may be used to get result description without actually modifying the code." } + ], + "returns": [ + { "name": "callFrames", "type": "array", "optional": true, "items": { "$ref": "CallFrame" }, "description": "New stack trace in case editing has happened while VM was stopped." }, + { "name": "stackChanged", "type": "boolean", "optional": true, "description": "Whether current call stack was modified after applying the changes." }, + { "name": "asyncStackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "Async stack trace, if any." }, + { "name": "exceptionDetails", "optional": true, "$ref": "Runtime.ExceptionDetails", "description": "Exception details if any." } + ], + "description": "Edits JavaScript source live." + }, + { + "name": "restartFrame", + "parameters": [ + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Call frame identifier to evaluate on." } + ], + "returns": [ + { "name": "callFrames", "type": "array", "items": { "$ref": "CallFrame" }, "description": "New stack trace." }, + { "name": "asyncStackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "Async stack trace, if any." } + ], + "description": "Restarts particular call frame from the beginning." + }, + { + "name": "getScriptSource", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script to get source for." } + ], + "returns": [ + { "name": "scriptSource", "type": "string", "description": "Script source." } + ], + "description": "Returns source for the script with given id." + }, + { + "name": "setPauseOnExceptions", + "parameters": [ + { "name": "state", "type": "string", "enum": ["none", "uncaught", "all"], "description": "Pause on exceptions mode." } + ], + "description": "Defines pause on exceptions state. Can be set to stop on all exceptions, uncaught exceptions or no exceptions. Initial pause on exceptions state is none." + }, + { + "name": "evaluateOnCallFrame", + "parameters": [ + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Call frame identifier to evaluate on." }, + { "name": "expression", "type": "string", "description": "Expression to evaluate." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "String object group name to put result into (allows rapid releasing resulting object handles using releaseObjectGroup)." }, + { "name": "includeCommandLineAPI", "type": "boolean", "optional": true, "description": "Specifies whether command line API should be available to the evaluated expression, defaults to false." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object that should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the result." } + ], + "returns": [ + { "name": "result", "$ref": "Runtime.RemoteObject", "description": "Object wrapper for the evaluation result." }, + { "name": "exceptionDetails", "$ref": "Runtime.ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Evaluates expression on a given call frame." + }, + { + "name": "setVariableValue", + "parameters": [ + { "name": "scopeNumber", "type": "integer", "description": "0-based number of scope as was listed in scope chain. Only 'local', 'closure' and 'catch' scope types are allowed. Other scopes could be manipulated manually." }, + { "name": "variableName", "type": "string", "description": "Variable name." }, + { "name": "newValue", "$ref": "Runtime.CallArgument", "description": "New variable value." }, + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Id of callframe that holds variable." } + ], + "description": "Changes value of variable in a callframe. Object-based scopes are not supported and must be mutated manually." + }, + { + "name": "setAsyncCallStackDepth", + "parameters": [ + { "name": "maxDepth", "type": "integer", "description": "Maximum depth of async call stacks. Setting to 0 will effectively disable collecting async call stacks (default)." } + ], + "description": "Enables or disables async call stacks tracking." + }, + { + "name": "setBlackboxPatterns", + "parameters": [ + { "name": "patterns", "type": "array", "items": { "type": "string" }, "description": "Array of regexps that will be used to check script url for blackbox state." } + ], + "experimental": true, + "description": "Replace previous blackbox patterns with passed ones. Forces backend to skip stepping/pausing in scripts with url matching one of the patterns. VM will try to leave blackboxed script by performing 'step in' several times, finally resorting to 'step out' if unsuccessful." + }, + { + "name": "setBlackboxedRanges", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script." }, + { "name": "positions", "type": "array", "items": { "$ref": "ScriptPosition" } } + ], + "experimental": true, + "description": "Makes backend skip steps in the script in blackboxed ranges. VM will try leave blacklisted scripts by performing 'step in' several times, finally resorting to 'step out' if unsuccessful. Positions array contains positions where blackbox state is changed. First interval isn't blackboxed. Array should be sorted." + } + ], + "events": [ + { + "name": "scriptParsed", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Identifier of the script parsed." }, + { "name": "url", "type": "string", "description": "URL or name of the script parsed (if any)." }, + { "name": "startLine", "type": "integer", "description": "Line offset of the script within the resource with given URL (for script tags)." }, + { "name": "startColumn", "type": "integer", "description": "Column offset of the script within the resource with given URL." }, + { "name": "endLine", "type": "integer", "description": "Last line of the script." }, + { "name": "endColumn", "type": "integer", "description": "Length of the last line of the script." }, + { "name": "executionContextId", "$ref": "Runtime.ExecutionContextId", "description": "Specifies script creation context." }, + { "name": "hash", "type": "string", "description": "Content hash of the script."}, + { "name": "executionContextAuxData", "type": "object", "optional": true, "description": "Embedder-specific auxiliary data." }, + { "name": "isLiveEdit", "type": "boolean", "optional": true, "description": "True, if this script is generated as a result of the live edit operation.", "experimental": true }, + { "name": "sourceMapURL", "type": "string", "optional": true, "description": "URL of source map associated with script (if any)." }, + { "name": "hasSourceURL", "type": "boolean", "optional": true, "description": "True, if this script has sourceURL.", "experimental": true } + ], + "description": "Fired when virtual machine parses script. This event is also fired for all known and uncollected scripts upon enabling debugger." + }, + { + "name": "scriptFailedToParse", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Identifier of the script parsed." }, + { "name": "url", "type": "string", "description": "URL or name of the script parsed (if any)." }, + { "name": "startLine", "type": "integer", "description": "Line offset of the script within the resource with given URL (for script tags)." }, + { "name": "startColumn", "type": "integer", "description": "Column offset of the script within the resource with given URL." }, + { "name": "endLine", "type": "integer", "description": "Last line of the script." }, + { "name": "endColumn", "type": "integer", "description": "Length of the last line of the script." }, + { "name": "executionContextId", "$ref": "Runtime.ExecutionContextId", "description": "Specifies script creation context." }, + { "name": "hash", "type": "string", "description": "Content hash of the script."}, + { "name": "executionContextAuxData", "type": "object", "optional": true, "description": "Embedder-specific auxiliary data." }, + { "name": "sourceMapURL", "type": "string", "optional": true, "description": "URL of source map associated with script (if any)." }, + { "name": "hasSourceURL", "type": "boolean", "optional": true, "description": "True, if this script has sourceURL.", "experimental": true } + ], + "description": "Fired when virtual machine fails to parse the script." + }, + { + "name": "breakpointResolved", + "parameters": [ + { "name": "breakpointId", "$ref": "BreakpointId", "description": "Breakpoint unique identifier." }, + { "name": "location", "$ref": "Location", "description": "Actual breakpoint location." } + ], + "description": "Fired when breakpoint is resolved to an actual script and location." + }, + { + "name": "paused", + "parameters": [ + { "name": "callFrames", "type": "array", "items": { "$ref": "CallFrame" }, "description": "Call stack the virtual machine stopped on." }, + { "name": "reason", "type": "string", "enum": [ "XHR", "DOM", "EventListener", "exception", "assert", "debugCommand", "promiseRejection", "other" ], "description": "Pause reason.", "exported": true }, + { "name": "data", "type": "object", "optional": true, "description": "Object containing break-specific auxiliary properties." }, + { "name": "hitBreakpoints", "type": "array", "optional": true, "items": { "type": "string" }, "description": "Hit breakpoints IDs" }, + { "name": "asyncStackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "Async stack trace, if any." } + ], + "description": "Fired when the virtual machine stopped on breakpoint or exception or any other stop criteria." + }, + { + "name": "resumed", + "description": "Fired when the virtual machine resumed execution." + } + ] + }, + { + "domain": "Console", + "description": "This domain is deprecated - use Runtime or Log instead.", + "dependencies": ["Runtime"], + "deprecated": true, + "types": [ + { + "id": "ConsoleMessage", + "type": "object", + "description": "Console message.", + "properties": [ + { "name": "source", "type": "string", "enum": ["xml", "javascript", "network", "console-api", "storage", "appcache", "rendering", "security", "other", "deprecation", "worker"], "description": "Message source." }, + { "name": "level", "type": "string", "enum": ["log", "warning", "error", "debug", "info"], "description": "Message severity." }, + { "name": "text", "type": "string", "description": "Message text." }, + { "name": "url", "type": "string", "optional": true, "description": "URL of the message origin." }, + { "name": "line", "type": "integer", "optional": true, "description": "Line number in the resource that generated this message (1-based)." }, + { "name": "column", "type": "integer", "optional": true, "description": "Column number in the resource that generated this message (1-based)." } + ] + } + ], + "commands": [ + { + "name": "enable", + "description": "Enables console domain, sends the messages collected so far to the client by means of the messageAdded notification." + }, + { + "name": "disable", + "description": "Disables console domain, prevents further console messages from being reported to the client." + }, + { + "name": "clearMessages", + "description": "Does nothing." + } + ], + "events": [ + { + "name": "messageAdded", + "parameters": [ + { "name": "message", "$ref": "ConsoleMessage", "description": "Console message that has been added." } + ], + "description": "Issued when new console message is added." + } + ] + }, + { + "domain": "Profiler", + "dependencies": ["Runtime", "Debugger"], + "types": [ + { + "id": "ProfileNode", + "type": "object", + "description": "Profile node. Holds callsite information, execution statistics and child nodes.", + "properties": [ + { "name": "id", "type": "integer", "description": "Unique id of the node." }, + { "name": "callFrame", "$ref": "Runtime.CallFrame", "description": "Function location." }, + { "name": "hitCount", "type": "integer", "optional": true, "experimental": true, "description": "Number of samples where this node was on top of the call stack." }, + { "name": "children", "type": "array", "items": { "type": "integer" }, "optional": true, "description": "Child node ids." }, + { "name": "deoptReason", "type": "string", "optional": true, "description": "The reason of being not optimized. The function may be deoptimized or marked as don't optimize."}, + { "name": "positionTicks", "type": "array", "items": { "$ref": "PositionTickInfo" }, "optional": true, "experimental": true, "description": "An array of source position ticks." } + ] + }, + { + "id": "Profile", + "type": "object", + "description": "Profile.", + "properties": [ + { "name": "nodes", "type": "array", "items": { "$ref": "ProfileNode" }, "description": "The list of profile nodes. First item is the root node." }, + { "name": "startTime", "type": "number", "description": "Profiling start timestamp in microseconds." }, + { "name": "endTime", "type": "number", "description": "Profiling end timestamp in microseconds." }, + { "name": "samples", "optional": true, "type": "array", "items": { "type": "integer" }, "description": "Ids of samples top nodes." }, + { "name": "timeDeltas", "optional": true, "type": "array", "items": { "type": "integer" }, "description": "Time intervals between adjacent samples in microseconds. The first delta is relative to the profile startTime." } + ] + }, + { + "id": "PositionTickInfo", + "type": "object", + "experimental": true, + "description": "Specifies a number of samples attributed to a certain source position.", + "properties": [ + { "name": "line", "type": "integer", "description": "Source line number (1-based)." }, + { "name": "ticks", "type": "integer", "description": "Number of samples attributed to the source line." } + ] + } + ], + "commands": [ + { + "name": "enable" + }, + { + "name": "disable" + }, + { + "name": "setSamplingInterval", + "parameters": [ + { "name": "interval", "type": "integer", "description": "New sampling interval in microseconds." } + ], + "description": "Changes CPU profiler sampling interval. Must be called before CPU profiles recording started." + }, + { + "name": "start" + }, + { + "name": "stop", + "returns": [ + { "name": "profile", "$ref": "Profile", "description": "Recorded profile." } + ] + } + ], + "events": [ + { + "name": "consoleProfileStarted", + "parameters": [ + { "name": "id", "type": "string" }, + { "name": "location", "$ref": "Debugger.Location", "description": "Location of console.profile()." }, + { "name": "title", "type": "string", "optional": true, "description": "Profile title passed as an argument to console.profile()." } + ], + "description": "Sent when new profile recodring is started using console.profile() call." + }, + { + "name": "consoleProfileFinished", + "parameters": [ + { "name": "id", "type": "string" }, + { "name": "location", "$ref": "Debugger.Location", "description": "Location of console.profileEnd()." }, + { "name": "profile", "$ref": "Profile" }, + { "name": "title", "type": "string", "optional": true, "description": "Profile title passed as an argument to console.profile()." } + ] + } + ] + }, + { + "domain": "HeapProfiler", + "dependencies": ["Runtime"], + "experimental": true, + "types": [ + { + "id": "HeapSnapshotObjectId", + "type": "string", + "description": "Heap snapshot object id." + }, + { + "id": "SamplingHeapProfileNode", + "type": "object", + "description": "Sampling Heap Profile node. Holds callsite information, allocation statistics and child nodes.", + "properties": [ + { "name": "callFrame", "$ref": "Runtime.CallFrame", "description": "Function location." }, + { "name": "selfSize", "type": "number", "description": "Allocations size in bytes for the node excluding children." }, + { "name": "children", "type": "array", "items": { "$ref": "SamplingHeapProfileNode" }, "description": "Child nodes." } + ] + }, + { + "id": "SamplingHeapProfile", + "type": "object", + "description": "Profile.", + "properties": [ + { "name": "head", "$ref": "SamplingHeapProfileNode" } + ] + } + ], + "commands": [ + { + "name": "enable" + }, + { + "name": "disable" + }, + { + "name": "startTrackingHeapObjects", + "parameters": [ + { "name": "trackAllocations", "type": "boolean", "optional": true } + ] + }, + { + "name": "stopTrackingHeapObjects", + "parameters": [ + { "name": "reportProgress", "type": "boolean", "optional": true, "description": "If true 'reportHeapSnapshotProgress' events will be generated while snapshot is being taken when the tracking is stopped." } + ] + }, + { + "name": "takeHeapSnapshot", + "parameters": [ + { "name": "reportProgress", "type": "boolean", "optional": true, "description": "If true 'reportHeapSnapshotProgress' events will be generated while snapshot is being taken." } + ] + }, + { + "name": "collectGarbage" + }, + { + "name": "getObjectByHeapObjectId", + "parameters": [ + { "name": "objectId", "$ref": "HeapSnapshotObjectId" }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects." } + ], + "returns": [ + { "name": "result", "$ref": "Runtime.RemoteObject", "description": "Evaluation result." } + ] + }, + { + "name": "addInspectedHeapObject", + "parameters": [ + { "name": "heapObjectId", "$ref": "HeapSnapshotObjectId", "description": "Heap snapshot object id to be accessible by means of $x command line API." } + ], + "description": "Enables console to refer to the node with given id via $x (see Command Line API for more details $x functions)." + }, + { + "name": "getHeapObjectId", + "parameters": [ + { "name": "objectId", "$ref": "Runtime.RemoteObjectId", "description": "Identifier of the object to get heap object id for." } + ], + "returns": [ + { "name": "heapSnapshotObjectId", "$ref": "HeapSnapshotObjectId", "description": "Id of the heap snapshot object corresponding to the passed remote object id." } + ] + }, + { + "name": "startSampling", + "parameters": [ + { "name": "samplingInterval", "type": "number", "optional": true, "description": "Average sample interval in bytes. Poisson distribution is used for the intervals. The default value is 32768 bytes." } + ] + }, + { + "name": "stopSampling", + "returns": [ + { "name": "profile", "$ref": "SamplingHeapProfile", "description": "Recorded sampling heap profile." } + ] + } + ], + "events": [ + { + "name": "addHeapSnapshotChunk", + "parameters": [ + { "name": "chunk", "type": "string" } + ] + }, + { + "name": "resetProfiles" + }, + { + "name": "reportHeapSnapshotProgress", + "parameters": [ + { "name": "done", "type": "integer" }, + { "name": "total", "type": "integer" }, + { "name": "finished", "type": "boolean", "optional": true } + ] + }, + { + "name": "lastSeenObjectId", + "description": "If heap objects tracking has been started then backend regulary sends a current value for last seen object id and corresponding timestamp. If the were changes in the heap since last event then one or more heapStatsUpdate events will be sent before a new lastSeenObjectId event.", + "parameters": [ + { "name": "lastSeenObjectId", "type": "integer" }, + { "name": "timestamp", "type": "number" } + ] + }, + { + "name": "heapStatsUpdate", + "description": "If heap objects tracking has been started then backend may send update for one or more fragments", + "parameters": [ + { "name": "statsUpdate", "type": "array", "items": { "type": "integer" }, "description": "An array of triplets. Each triplet describes a fragment. The first integer is the fragment index, the second integer is a total count of objects for the fragment, the third integer is a total size of the objects for the fragment."} + ] + } + ] + }] +} diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol-1.3.json b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol-1.3.json new file mode 100644 index 0000000..ea573d1 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol-1.3.json @@ -0,0 +1,1205 @@ +{ + "version": { "major": "1", "minor": "3" }, + "domains": [ + { + "domain": "Schema", + "description": "This domain is deprecated.", + "deprecated": true, + "types": [ + { + "id": "Domain", + "type": "object", + "description": "Description of the protocol domain.", + "properties": [ + { "name": "name", "type": "string", "description": "Domain name." }, + { "name": "version", "type": "string", "description": "Domain version." } + ] + } + ], + "commands": [ + { + "name": "getDomains", + "description": "Returns supported domains.", + "handlers": ["browser", "renderer"], + "returns": [ + { "name": "domains", "type": "array", "items": { "$ref": "Domain" }, "description": "List of supported domains." } + ] + } + ] + }, + { + "domain": "Runtime", + "description": "Runtime domain exposes JavaScript runtime by means of remote evaluation and mirror objects. Evaluation results are returned as mirror object that expose object type, string representation and unique identifier that can be used for further object reference. Original objects are maintained in memory unless they are either explicitly released or are released along with the other objects in their object group.", + "types": [ + { + "id": "ScriptId", + "type": "string", + "description": "Unique script identifier." + }, + { + "id": "RemoteObjectId", + "type": "string", + "description": "Unique object identifier." + }, + { + "id": "UnserializableValue", + "type": "string", + "enum": ["Infinity", "NaN", "-Infinity", "-0"], + "description": "Primitive value which cannot be JSON-stringified." + }, + { + "id": "RemoteObject", + "type": "object", + "description": "Mirror object referencing original JavaScript object.", + "properties": [ + { "name": "type", "type": "string", "enum": ["object", "function", "undefined", "string", "number", "boolean", "symbol"], "description": "Object type." }, + { "name": "subtype", "type": "string", "optional": true, "enum": ["array", "null", "node", "regexp", "date", "map", "set", "weakmap", "weakset", "iterator", "generator", "error", "proxy", "promise", "typedarray"], "description": "Object subtype hint. Specified for object type values only." }, + { "name": "className", "type": "string", "optional": true, "description": "Object class (constructor) name. Specified for object type values only." }, + { "name": "value", "type": "any", "optional": true, "description": "Remote object value in case of primitive values or JSON values (if it was requested)." }, + { "name": "unserializableValue", "$ref": "UnserializableValue", "optional": true, "description": "Primitive value which can not be JSON-stringified does not have value, but gets this property." }, + { "name": "description", "type": "string", "optional": true, "description": "String representation of the object." }, + { "name": "objectId", "$ref": "RemoteObjectId", "optional": true, "description": "Unique object identifier (for non-primitive values)." }, + { "name": "preview", "$ref": "ObjectPreview", "optional": true, "description": "Preview containing abbreviated property values. Specified for object type values only.", "experimental": true }, + { "name": "customPreview", "$ref": "CustomPreview", "optional": true, "experimental": true} + ] + }, + { + "id": "CustomPreview", + "type": "object", + "experimental": true, + "properties": [ + { "name": "header", "type": "string"}, + { "name": "hasBody", "type": "boolean"}, + { "name": "formatterObjectId", "$ref": "RemoteObjectId"}, + { "name": "bindRemoteObjectFunctionId", "$ref": "RemoteObjectId" }, + { "name": "configObjectId", "$ref": "RemoteObjectId", "optional": true } + ] + }, + { + "id": "ObjectPreview", + "type": "object", + "experimental": true, + "description": "Object containing abbreviated remote object value.", + "properties": [ + { "name": "type", "type": "string", "enum": ["object", "function", "undefined", "string", "number", "boolean", "symbol"], "description": "Object type." }, + { "name": "subtype", "type": "string", "optional": true, "enum": ["array", "null", "node", "regexp", "date", "map", "set", "weakmap", "weakset", "iterator", "generator", "error"], "description": "Object subtype hint. Specified for object type values only." }, + { "name": "description", "type": "string", "optional": true, "description": "String representation of the object." }, + { "name": "overflow", "type": "boolean", "description": "True iff some of the properties or entries of the original object did not fit." }, + { "name": "properties", "type": "array", "items": { "$ref": "PropertyPreview" }, "description": "List of the properties." }, + { "name": "entries", "type": "array", "items": { "$ref": "EntryPreview" }, "optional": true, "description": "List of the entries. Specified for map and set subtype values only." } + ] + }, + { + "id": "PropertyPreview", + "type": "object", + "experimental": true, + "properties": [ + { "name": "name", "type": "string", "description": "Property name." }, + { "name": "type", "type": "string", "enum": ["object", "function", "undefined", "string", "number", "boolean", "symbol", "accessor"], "description": "Object type. Accessor means that the property itself is an accessor property." }, + { "name": "value", "type": "string", "optional": true, "description": "User-friendly property value string." }, + { "name": "valuePreview", "$ref": "ObjectPreview", "optional": true, "description": "Nested value preview." }, + { "name": "subtype", "type": "string", "optional": true, "enum": ["array", "null", "node", "regexp", "date", "map", "set", "weakmap", "weakset", "iterator", "generator", "error"], "description": "Object subtype hint. Specified for object type values only." } + ] + }, + { + "id": "EntryPreview", + "type": "object", + "experimental": true, + "properties": [ + { "name": "key", "$ref": "ObjectPreview", "optional": true, "description": "Preview of the key. Specified for map-like collection entries." }, + { "name": "value", "$ref": "ObjectPreview", "description": "Preview of the value." } + ] + }, + { + "id": "PropertyDescriptor", + "type": "object", + "description": "Object property descriptor.", + "properties": [ + { "name": "name", "type": "string", "description": "Property name or symbol description." }, + { "name": "value", "$ref": "RemoteObject", "optional": true, "description": "The value associated with the property." }, + { "name": "writable", "type": "boolean", "optional": true, "description": "True if the value associated with the property may be changed (data descriptors only)." }, + { "name": "get", "$ref": "RemoteObject", "optional": true, "description": "A function which serves as a getter for the property, or undefined if there is no getter (accessor descriptors only)." }, + { "name": "set", "$ref": "RemoteObject", "optional": true, "description": "A function which serves as a setter for the property, or undefined if there is no setter (accessor descriptors only)." }, + { "name": "configurable", "type": "boolean", "description": "True if the type of this property descriptor may be changed and if the property may be deleted from the corresponding object." }, + { "name": "enumerable", "type": "boolean", "description": "True if this property shows up during enumeration of the properties on the corresponding object." }, + { "name": "wasThrown", "type": "boolean", "optional": true, "description": "True if the result was thrown during the evaluation." }, + { "name": "isOwn", "optional": true, "type": "boolean", "description": "True if the property is owned for the object." }, + { "name": "symbol", "$ref": "RemoteObject", "optional": true, "description": "Property symbol object, if the property is of the symbol type." } + ] + }, + { + "id": "InternalPropertyDescriptor", + "type": "object", + "description": "Object internal property descriptor. This property isn't normally visible in JavaScript code.", + "properties": [ + { "name": "name", "type": "string", "description": "Conventional property name." }, + { "name": "value", "$ref": "RemoteObject", "optional": true, "description": "The value associated with the property." } + ] + }, + { + "id": "CallArgument", + "type": "object", + "description": "Represents function call argument. Either remote object id objectId, primitive value, unserializable primitive value or neither of (for undefined) them should be specified.", + "properties": [ + { "name": "value", "type": "any", "optional": true, "description": "Primitive value or serializable javascript object." }, + { "name": "unserializableValue", "$ref": "UnserializableValue", "optional": true, "description": "Primitive value which can not be JSON-stringified." }, + { "name": "objectId", "$ref": "RemoteObjectId", "optional": true, "description": "Remote object handle." } + ] + }, + { + "id": "ExecutionContextId", + "type": "integer", + "description": "Id of an execution context." + }, + { + "id": "ExecutionContextDescription", + "type": "object", + "description": "Description of an isolated world.", + "properties": [ + { "name": "id", "$ref": "ExecutionContextId", "description": "Unique id of the execution context. It can be used to specify in which execution context script evaluation should be performed." }, + { "name": "origin", "type": "string", "description": "Execution context origin." }, + { "name": "name", "type": "string", "description": "Human readable name describing given context." }, + { "name": "auxData", "type": "object", "optional": true, "description": "Embedder-specific auxiliary data." } + ] + }, + { + "id": "ExceptionDetails", + "type": "object", + "description": "Detailed information about exception (or error) that was thrown during script compilation or execution.", + "properties": [ + { "name": "exceptionId", "type": "integer", "description": "Exception id." }, + { "name": "text", "type": "string", "description": "Exception text, which should be used together with exception object when available." }, + { "name": "lineNumber", "type": "integer", "description": "Line number of the exception location (0-based)." }, + { "name": "columnNumber", "type": "integer", "description": "Column number of the exception location (0-based)." }, + { "name": "scriptId", "$ref": "ScriptId", "optional": true, "description": "Script ID of the exception location." }, + { "name": "url", "type": "string", "optional": true, "description": "URL of the exception location, to be used when the script was not reported." }, + { "name": "stackTrace", "$ref": "StackTrace", "optional": true, "description": "JavaScript stack trace if available." }, + { "name": "exception", "$ref": "RemoteObject", "optional": true, "description": "Exception object if available." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Identifier of the context where exception happened." } + ] + }, + { + "id": "Timestamp", + "type": "number", + "description": "Number of milliseconds since epoch." + }, + { + "id": "CallFrame", + "type": "object", + "description": "Stack entry for runtime errors and assertions.", + "properties": [ + { "name": "functionName", "type": "string", "description": "JavaScript function name." }, + { "name": "scriptId", "$ref": "ScriptId", "description": "JavaScript script id." }, + { "name": "url", "type": "string", "description": "JavaScript script name or url." }, + { "name": "lineNumber", "type": "integer", "description": "JavaScript script line number (0-based)." }, + { "name": "columnNumber", "type": "integer", "description": "JavaScript script column number (0-based)." } + ] + }, + { + "id": "StackTrace", + "type": "object", + "description": "Call frames for assertions or error messages.", + "properties": [ + { "name": "description", "type": "string", "optional": true, "description": "String label of this stack trace. For async traces this may be a name of the function that initiated the async call." }, + { "name": "callFrames", "type": "array", "items": { "$ref": "CallFrame" }, "description": "JavaScript function name." }, + { "name": "parent", "$ref": "StackTrace", "optional": true, "description": "Asynchronous JavaScript stack trace that preceded this stack, if available." }, + { "name": "parentId", "$ref": "StackTraceId", "optional": true, "experimental": true, "description": "Asynchronous JavaScript stack trace that preceded this stack, if available." } + ] + }, + { + "id": "UniqueDebuggerId", + "type": "string", + "description": "Unique identifier of current debugger.", + "experimental": true + }, + { + "id": "StackTraceId", + "type": "object", + "description": "If debuggerId is set stack trace comes from another debugger and can be resolved there. This allows to track cross-debugger calls. See Runtime.StackTrace and Debugger.paused for usages.", + "properties": [ + { "name": "id", "type": "string" }, + { "name": "debuggerId", "$ref": "UniqueDebuggerId", "optional": true } + ], + "experimental": true + } + ], + "commands": [ + { + "name": "evaluate", + "parameters": [ + { "name": "expression", "type": "string", "description": "Expression to evaluate." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects." }, + { "name": "includeCommandLineAPI", "type": "boolean", "optional": true, "description": "Determines whether Command Line API should be available during the evaluation." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "contextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to perform evaluation. If the parameter is omitted the evaluation will be performed in the context of the inspected page." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object that should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the result." }, + { "name": "userGesture", "type": "boolean", "optional": true, "description": "Whether execution should be treated as initiated by user in the UI." }, + { "name": "awaitPromise", "type": "boolean", "optional":true, "description": "Whether execution should await for resulting value and return once awaited promise is resolved." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Evaluation result." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Evaluates expression on global object." + }, + { + "name": "awaitPromise", + "parameters": [ + { "name": "promiseObjectId", "$ref": "RemoteObjectId", "description": "Identifier of the promise." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object that should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "description": "Whether preview should be generated for the result." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Promise result. Will contain rejected value if promise was rejected." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details if stack strace is available."} + ], + "description": "Add handler to promise with given promise object id." + }, + { + "name": "callFunctionOn", + "parameters": [ + { "name": "functionDeclaration", "type": "string", "description": "Declaration of the function to call." }, + { "name": "objectId", "$ref": "RemoteObjectId", "optional": true, "description": "Identifier of the object to call function on. Either objectId or executionContextId should be specified." }, + { "name": "arguments", "type": "array", "items": { "$ref": "CallArgument", "description": "Call argument." }, "optional": true, "description": "Call arguments. All call arguments must belong to the same JavaScript world as the target object." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object which should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the result." }, + { "name": "userGesture", "type": "boolean", "optional": true, "description": "Whether execution should be treated as initiated by user in the UI." }, + { "name": "awaitPromise", "type": "boolean", "optional":true, "description": "Whether execution should await for resulting value and return once awaited promise is resolved." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies execution context which global object will be used to call function on. Either executionContextId or objectId should be specified." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects. If objectGroup is not specified and objectId is, objectGroup will be inherited from object." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Call result." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Calls function with given declaration on the given object. Object group of the result is inherited from the target object." + }, + { + "name": "getProperties", + "parameters": [ + { "name": "objectId", "$ref": "RemoteObjectId", "description": "Identifier of the object to return properties for." }, + { "name": "ownProperties", "optional": true, "type": "boolean", "description": "If true, returns properties belonging only to the element itself, not to its prototype chain." }, + { "name": "accessorPropertiesOnly", "optional": true, "type": "boolean", "description": "If true, returns accessor properties (with getter/setter) only; internal properties are not returned either.", "experimental": true }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the results." } + ], + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "PropertyDescriptor" }, "description": "Object properties." }, + { "name": "internalProperties", "optional": true, "type": "array", "items": { "$ref": "InternalPropertyDescriptor" }, "description": "Internal object properties (only of the element itself)." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Returns properties of a given object. Object group of the result is inherited from the target object." + }, + { + "name": "releaseObject", + "parameters": [ + { "name": "objectId", "$ref": "RemoteObjectId", "description": "Identifier of the object to release." } + ], + "description": "Releases remote object with given id." + }, + { + "name": "releaseObjectGroup", + "parameters": [ + { "name": "objectGroup", "type": "string", "description": "Symbolic object group name." } + ], + "description": "Releases all remote objects that belong to a given group." + }, + { + "name": "runIfWaitingForDebugger", + "description": "Tells inspected instance to run if it was waiting for debugger to attach." + }, + { + "name": "enable", + "description": "Enables reporting of execution contexts creation by means of executionContextCreated event. When the reporting gets enabled the event will be sent immediately for each existing execution context." + }, + { + "name": "disable", + "description": "Disables reporting of execution contexts creation." + }, + { + "name": "discardConsoleEntries", + "description": "Discards collected exceptions and console API calls." + }, + { + "name": "setCustomObjectFormatterEnabled", + "parameters": [ + { + "name": "enabled", + "type": "boolean" + } + ], + "experimental": true + }, + { + "name": "compileScript", + "parameters": [ + { "name": "expression", "type": "string", "description": "Expression to compile." }, + { "name": "sourceURL", "type": "string", "description": "Source url to be set for the script." }, + { "name": "persistScript", "type": "boolean", "description": "Specifies whether the compiled script should be persisted." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to perform script run. If the parameter is omitted the evaluation will be performed in the context of the inspected page." } + ], + "returns": [ + { "name": "scriptId", "$ref": "ScriptId", "optional": true, "description": "Id of the script." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Compiles expression." + }, + { + "name": "runScript", + "parameters": [ + { "name": "scriptId", "$ref": "ScriptId", "description": "Id of the script to run." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to perform script run. If the parameter is omitted the evaluation will be performed in the context of the inspected page." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "includeCommandLineAPI", "type": "boolean", "optional": true, "description": "Determines whether Command Line API should be available during the evaluation." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object which should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "description": "Whether preview should be generated for the result." }, + { "name": "awaitPromise", "type": "boolean", "optional": true, "description": "Whether execution should await for resulting value and return once awaited promise is resolved." } + ], + "returns": [ + { "name": "result", "$ref": "RemoteObject", "description": "Run result." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Runs script with given id in a given context." + }, + { + "name": "queryObjects", + "parameters": [ + { "name": "prototypeObjectId", "$ref": "RemoteObjectId", "description": "Identifier of the prototype to return objects for." } + ], + "returns": [ + { "name": "objects", "$ref": "RemoteObject", "description": "Array with objects." } + ] + }, + { + "name": "globalLexicalScopeNames", + "parameters": [ + { "name": "executionContextId", "$ref": "ExecutionContextId", "optional": true, "description": "Specifies in which execution context to lookup global scope variables." } + ], + "returns": [ + { "name": "names", "type": "array", "items": { "type": "string" } } + ], + "description": "Returns all let, const and class variables from global scope." + } + ], + "events": [ + { + "name": "executionContextCreated", + "parameters": [ + { "name": "context", "$ref": "ExecutionContextDescription", "description": "A newly created execution context." } + ], + "description": "Issued when new execution context is created." + }, + { + "name": "executionContextDestroyed", + "parameters": [ + { "name": "executionContextId", "$ref": "ExecutionContextId", "description": "Id of the destroyed context" } + ], + "description": "Issued when execution context is destroyed." + }, + { + "name": "executionContextsCleared", + "description": "Issued when all executionContexts were cleared in browser" + }, + { + "name": "exceptionThrown", + "description": "Issued when exception was thrown and unhandled.", + "parameters": [ + { "name": "timestamp", "$ref": "Timestamp", "description": "Timestamp of the exception." }, + { "name": "exceptionDetails", "$ref": "ExceptionDetails" } + ] + }, + { + "name": "exceptionRevoked", + "description": "Issued when unhandled exception was revoked.", + "parameters": [ + { "name": "reason", "type": "string", "description": "Reason describing why exception was revoked." }, + { "name": "exceptionId", "type": "integer", "description": "The id of revoked exception, as reported in exceptionThrown." } + ] + }, + { + "name": "consoleAPICalled", + "description": "Issued when console API was called.", + "parameters": [ + { "name": "type", "type": "string", "enum": ["log", "debug", "info", "error", "warning", "dir", "dirxml", "table", "trace", "clear", "startGroup", "startGroupCollapsed", "endGroup", "assert", "profile", "profileEnd", "count", "timeEnd"], "description": "Type of the call." }, + { "name": "args", "type": "array", "items": { "$ref": "RemoteObject" }, "description": "Call arguments." }, + { "name": "executionContextId", "$ref": "ExecutionContextId", "description": "Identifier of the context where the call was made." }, + { "name": "timestamp", "$ref": "Timestamp", "description": "Call timestamp." }, + { "name": "stackTrace", "$ref": "StackTrace", "optional": true, "description": "Stack trace captured when the call was made." }, + { "name": "context", "type": "string", "optional": true, "experimental": true, "description": "Console context descriptor for calls on non-default console context (not console.*): 'anonymous#unique-logger-id' for call on unnamed context, 'name#unique-logger-id' for call on named context." } + ] + }, + { + "name": "inspectRequested", + "description": "Issued when object should be inspected (for example, as a result of inspect() command line API call).", + "parameters": [ + { "name": "object", "$ref": "RemoteObject" }, + { "name": "hints", "type": "object" } + ] + } + ] + }, + { + "domain": "Debugger", + "description": "Debugger domain exposes JavaScript debugging capabilities. It allows setting and removing breakpoints, stepping through execution, exploring stack traces, etc.", + "dependencies": ["Runtime"], + "types": [ + { + "id": "BreakpointId", + "type": "string", + "description": "Breakpoint identifier." + }, + { + "id": "CallFrameId", + "type": "string", + "description": "Call frame identifier." + }, + { + "id": "Location", + "type": "object", + "properties": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Script identifier as reported in the Debugger.scriptParsed." }, + { "name": "lineNumber", "type": "integer", "description": "Line number in the script (0-based)." }, + { "name": "columnNumber", "type": "integer", "optional": true, "description": "Column number in the script (0-based)." } + ], + "description": "Location in the source code." + }, + { + "id": "ScriptPosition", + "experimental": true, + "type": "object", + "properties": [ + { "name": "lineNumber", "type": "integer" }, + { "name": "columnNumber", "type": "integer" } + ], + "description": "Location in the source code." + }, + { + "id": "CallFrame", + "type": "object", + "properties": [ + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Call frame identifier. This identifier is only valid while the virtual machine is paused." }, + { "name": "functionName", "type": "string", "description": "Name of the JavaScript function called on this call frame." }, + { "name": "functionLocation", "$ref": "Location", "optional": true, "description": "Location in the source code." }, + { "name": "location", "$ref": "Location", "description": "Location in the source code." }, + { "name": "url", "type": "string", "description": "JavaScript script name or url." }, + { "name": "scopeChain", "type": "array", "items": { "$ref": "Scope" }, "description": "Scope chain for this call frame." }, + { "name": "this", "$ref": "Runtime.RemoteObject", "description": "this object for this call frame." }, + { "name": "returnValue", "$ref": "Runtime.RemoteObject", "optional": true, "description": "The value being returned, if the function is at return point." } + ], + "description": "JavaScript call frame. Array of call frames form the call stack." + }, + { + "id": "Scope", + "type": "object", + "properties": [ + { "name": "type", "type": "string", "enum": ["global", "local", "with", "closure", "catch", "block", "script", "eval", "module"], "description": "Scope type." }, + { "name": "object", "$ref": "Runtime.RemoteObject", "description": "Object representing the scope. For global and with scopes it represents the actual object; for the rest of the scopes, it is artificial transient object enumerating scope variables as its properties." }, + { "name": "name", "type": "string", "optional": true }, + { "name": "startLocation", "$ref": "Location", "optional": true, "description": "Location in the source code where scope starts" }, + { "name": "endLocation", "$ref": "Location", "optional": true, "description": "Location in the source code where scope ends" } + ], + "description": "Scope description." + }, + { + "id": "SearchMatch", + "type": "object", + "description": "Search match for resource.", + "properties": [ + { "name": "lineNumber", "type": "number", "description": "Line number in resource content." }, + { "name": "lineContent", "type": "string", "description": "Line with match content." } + ] + }, + { + "id": "BreakLocation", + "type": "object", + "properties": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Script identifier as reported in the Debugger.scriptParsed." }, + { "name": "lineNumber", "type": "integer", "description": "Line number in the script (0-based)." }, + { "name": "columnNumber", "type": "integer", "optional": true, "description": "Column number in the script (0-based)." }, + { "name": "type", "type": "string", "enum": [ "debuggerStatement", "call", "return" ], "optional": true } + ] + } + ], + "commands": [ + { + "name": "enable", + "returns": [ + { "name": "debuggerId", "$ref": "Runtime.UniqueDebuggerId", "experimental": true, "description": "Unique identifier of the debugger." } + ], + "description": "Enables debugger for the given page. Clients should not assume that the debugging has been enabled until the result for this command is received." + }, + { + "name": "disable", + "description": "Disables debugger for given page." + }, + { + "name": "setBreakpointsActive", + "parameters": [ + { "name": "active", "type": "boolean", "description": "New value for breakpoints active state." } + ], + "description": "Activates / deactivates all breakpoints on the page." + }, + { + "name": "setSkipAllPauses", + "parameters": [ + { "name": "skip", "type": "boolean", "description": "New value for skip pauses state." } + ], + "description": "Makes page not interrupt on any pauses (breakpoint, exception, dom exception etc)." + }, + { + "name": "setBreakpointByUrl", + "parameters": [ + { "name": "lineNumber", "type": "integer", "description": "Line number to set breakpoint at." }, + { "name": "url", "type": "string", "optional": true, "description": "URL of the resources to set breakpoint on." }, + { "name": "urlRegex", "type": "string", "optional": true, "description": "Regex pattern for the URLs of the resources to set breakpoints on. Either url or urlRegex must be specified." }, + { "name": "scriptHash", "type": "string", "optional": true, "description": "Script hash of the resources to set breakpoint on." }, + { "name": "columnNumber", "type": "integer", "optional": true, "description": "Offset in the line to set breakpoint at." }, + { "name": "condition", "type": "string", "optional": true, "description": "Expression to use as a breakpoint condition. When specified, debugger will only stop on the breakpoint if this expression evaluates to true." } + ], + "returns": [ + { "name": "breakpointId", "$ref": "BreakpointId", "description": "Id of the created breakpoint for further reference." }, + { "name": "locations", "type": "array", "items": { "$ref": "Location" }, "description": "List of the locations this breakpoint resolved into upon addition." } + ], + "description": "Sets JavaScript breakpoint at given location specified either by URL or URL regex. Once this command is issued, all existing parsed scripts will have breakpoints resolved and returned in locations property. Further matching script parsing will result in subsequent breakpointResolved events issued. This logical breakpoint will survive page reloads." + }, + { + "name": "setBreakpoint", + "parameters": [ + { "name": "location", "$ref": "Location", "description": "Location to set breakpoint in." }, + { "name": "condition", "type": "string", "optional": true, "description": "Expression to use as a breakpoint condition. When specified, debugger will only stop on the breakpoint if this expression evaluates to true." } + ], + "returns": [ + { "name": "breakpointId", "$ref": "BreakpointId", "description": "Id of the created breakpoint for further reference." }, + { "name": "actualLocation", "$ref": "Location", "description": "Location this breakpoint resolved into." } + ], + "description": "Sets JavaScript breakpoint at a given location." + }, + { + "name": "removeBreakpoint", + "parameters": [ + { "name": "breakpointId", "$ref": "BreakpointId" } + ], + "description": "Removes JavaScript breakpoint." + }, + { + "name": "getPossibleBreakpoints", + "parameters": [ + { "name": "start", "$ref": "Location", "description": "Start of range to search possible breakpoint locations in." }, + { "name": "end", "$ref": "Location", "optional": true, "description": "End of range to search possible breakpoint locations in (excluding). When not specified, end of scripts is used as end of range." }, + { "name": "restrictToFunction", "type": "boolean", "optional": true, "description": "Only consider locations which are in the same (non-nested) function as start." } + ], + "returns": [ + { "name": "locations", "type": "array", "items": { "$ref": "BreakLocation" }, "description": "List of the possible breakpoint locations." } + ], + "description": "Returns possible locations for breakpoint. scriptId in start and end range locations should be the same." + }, + { + "name": "continueToLocation", + "parameters": [ + { "name": "location", "$ref": "Location", "description": "Location to continue to." }, + { "name": "targetCallFrames", "type": "string", "enum": ["any", "current"], "optional": true } + ], + "description": "Continues execution until specific location is reached." + }, + { + "name": "pauseOnAsyncCall", + "parameters": [ + { "name": "parentStackTraceId", "$ref": "Runtime.StackTraceId", "description": "Debugger will pause when async call with given stack trace is started." } + ], + "experimental": true + }, + { + "name": "stepOver", + "description": "Steps over the statement." + }, + { + "name": "stepInto", + "parameters": [ + { "name": "breakOnAsyncCall", "type": "boolean", "optional": true, "experimental": true, "description": "Debugger will issue additional Debugger.paused notification if any async task is scheduled before next pause." } + ], + "description": "Steps into the function call." + }, + { + "name": "stepOut", + "description": "Steps out of the function call." + }, + { + "name": "pause", + "description": "Stops on the next JavaScript statement." + }, + { + "name": "scheduleStepIntoAsync", + "description": "This method is deprecated - use Debugger.stepInto with breakOnAsyncCall and Debugger.pauseOnAsyncTask instead. Steps into next scheduled async task if any is scheduled before next pause. Returns success when async task is actually scheduled, returns error if no task were scheduled or another scheduleStepIntoAsync was called.", + "experimental": true + }, + { + "name": "resume", + "description": "Resumes JavaScript execution." + }, + { + "name": "getStackTrace", + "parameters": [ + { "name": "stackTraceId", "$ref": "Runtime.StackTraceId" } + ], + "returns": [ + { "name": "stackTrace", "$ref": "Runtime.StackTrace" } + ], + "description": "Returns stack trace with given stackTraceId.", + "experimental": true + }, + { + "name": "searchInContent", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script to search in." }, + { "name": "query", "type": "string", "description": "String to search for." }, + { "name": "caseSensitive", "type": "boolean", "optional": true, "description": "If true, search is case sensitive." }, + { "name": "isRegex", "type": "boolean", "optional": true, "description": "If true, treats string parameter as regex." } + ], + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "SearchMatch" }, "description": "List of search matches." } + ], + "description": "Searches for given string in script content." + }, + { + "name": "setScriptSource", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script to edit." }, + { "name": "scriptSource", "type": "string", "description": "New content of the script." }, + { "name": "dryRun", "type": "boolean", "optional": true, "description": " If true the change will not actually be applied. Dry run may be used to get result description without actually modifying the code." } + ], + "returns": [ + { "name": "callFrames", "type": "array", "optional": true, "items": { "$ref": "CallFrame" }, "description": "New stack trace in case editing has happened while VM was stopped." }, + { "name": "stackChanged", "type": "boolean", "optional": true, "description": "Whether current call stack was modified after applying the changes." }, + { "name": "asyncStackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "Async stack trace, if any." }, + { "name": "asyncStackTraceId", "$ref": "Runtime.StackTraceId", "optional": true, "experimental": true, "description": "Async stack trace, if any." }, + { "name": "exceptionDetails", "optional": true, "$ref": "Runtime.ExceptionDetails", "description": "Exception details if any." } + ], + "description": "Edits JavaScript source live." + }, + { + "name": "restartFrame", + "parameters": [ + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Call frame identifier to evaluate on." } + ], + "returns": [ + { "name": "callFrames", "type": "array", "items": { "$ref": "CallFrame" }, "description": "New stack trace." }, + { "name": "asyncStackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "Async stack trace, if any." }, + { "name": "asyncStackTraceId", "$ref": "Runtime.StackTraceId", "optional": true, "experimental": true, "description": "Async stack trace, if any." } + ], + "description": "Restarts particular call frame from the beginning." + }, + { + "name": "getScriptSource", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script to get source for." } + ], + "returns": [ + { "name": "scriptSource", "type": "string", "description": "Script source." } + ], + "description": "Returns source for the script with given id." + }, + { + "name": "setPauseOnExceptions", + "parameters": [ + { "name": "state", "type": "string", "enum": ["none", "uncaught", "all"], "description": "Pause on exceptions mode." } + ], + "description": "Defines pause on exceptions state. Can be set to stop on all exceptions, uncaught exceptions or no exceptions. Initial pause on exceptions state is none." + }, + { + "name": "evaluateOnCallFrame", + "parameters": [ + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Call frame identifier to evaluate on." }, + { "name": "expression", "type": "string", "description": "Expression to evaluate." }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "String object group name to put result into (allows rapid releasing resulting object handles using releaseObjectGroup)." }, + { "name": "includeCommandLineAPI", "type": "boolean", "optional": true, "description": "Specifies whether command line API should be available to the evaluated expression, defaults to false." }, + { "name": "silent", "type": "boolean", "optional": true, "description": "In silent mode exceptions thrown during evaluation are not reported and do not pause execution. Overrides setPauseOnException state." }, + { "name": "returnByValue", "type": "boolean", "optional": true, "description": "Whether the result is expected to be a JSON object that should be sent by value." }, + { "name": "generatePreview", "type": "boolean", "optional": true, "experimental": true, "description": "Whether preview should be generated for the result." }, + { "name": "throwOnSideEffect", "type": "boolean", "optional": true, "description": "Whether to throw an exception if side effect cannot be ruled out during evaluation." } + ], + "returns": [ + { "name": "result", "$ref": "Runtime.RemoteObject", "description": "Object wrapper for the evaluation result." }, + { "name": "exceptionDetails", "$ref": "Runtime.ExceptionDetails", "optional": true, "description": "Exception details."} + ], + "description": "Evaluates expression on a given call frame." + }, + { + "name": "setVariableValue", + "parameters": [ + { "name": "scopeNumber", "type": "integer", "description": "0-based number of scope as was listed in scope chain. Only 'local', 'closure' and 'catch' scope types are allowed. Other scopes could be manipulated manually." }, + { "name": "variableName", "type": "string", "description": "Variable name." }, + { "name": "newValue", "$ref": "Runtime.CallArgument", "description": "New variable value." }, + { "name": "callFrameId", "$ref": "CallFrameId", "description": "Id of callframe that holds variable." } + ], + "description": "Changes value of variable in a callframe. Object-based scopes are not supported and must be mutated manually." + }, + { + "name": "setReturnValue", + "parameters": [ + { "name": "newValue", "$ref": "Runtime.CallArgument", "description": "New return value." } + ], + "experimental": true, + "description": "Changes return value in top frame. Available only at return break position." + }, + { + "name": "setAsyncCallStackDepth", + "parameters": [ + { "name": "maxDepth", "type": "integer", "description": "Maximum depth of async call stacks. Setting to 0 will effectively disable collecting async call stacks (default)." } + ], + "description": "Enables or disables async call stacks tracking." + }, + { + "name": "setBlackboxPatterns", + "parameters": [ + { "name": "patterns", "type": "array", "items": { "type": "string" }, "description": "Array of regexps that will be used to check script url for blackbox state." } + ], + "experimental": true, + "description": "Replace previous blackbox patterns with passed ones. Forces backend to skip stepping/pausing in scripts with url matching one of the patterns. VM will try to leave blackboxed script by performing 'step in' several times, finally resorting to 'step out' if unsuccessful." + }, + { + "name": "setBlackboxedRanges", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Id of the script." }, + { "name": "positions", "type": "array", "items": { "$ref": "ScriptPosition" } } + ], + "experimental": true, + "description": "Makes backend skip steps in the script in blackboxed ranges. VM will try leave blacklisted scripts by performing 'step in' several times, finally resorting to 'step out' if unsuccessful. Positions array contains positions where blackbox state is changed. First interval isn't blackboxed. Array should be sorted." + } + ], + "events": [ + { + "name": "scriptParsed", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Identifier of the script parsed." }, + { "name": "url", "type": "string", "description": "URL or name of the script parsed (if any)." }, + { "name": "startLine", "type": "integer", "description": "Line offset of the script within the resource with given URL (for script tags)." }, + { "name": "startColumn", "type": "integer", "description": "Column offset of the script within the resource with given URL." }, + { "name": "endLine", "type": "integer", "description": "Last line of the script." }, + { "name": "endColumn", "type": "integer", "description": "Length of the last line of the script." }, + { "name": "executionContextId", "$ref": "Runtime.ExecutionContextId", "description": "Specifies script creation context." }, + { "name": "hash", "type": "string", "description": "Content hash of the script."}, + { "name": "executionContextAuxData", "type": "object", "optional": true, "description": "Embedder-specific auxiliary data." }, + { "name": "isLiveEdit", "type": "boolean", "optional": true, "description": "True, if this script is generated as a result of the live edit operation.", "experimental": true }, + { "name": "sourceMapURL", "type": "string", "optional": true, "description": "URL of source map associated with script (if any)." }, + { "name": "hasSourceURL", "type": "boolean", "optional": true, "description": "True, if this script has sourceURL." }, + { "name": "isModule", "type": "boolean", "optional": true, "description": "True, if this script is ES6 module." }, + { "name": "length", "type": "integer", "optional": true, "description": "This script length." }, + { "name": "stackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "JavaScript top stack frame of where the script parsed event was triggered if available.", "experimental": true } + ], + "description": "Fired when virtual machine parses script. This event is also fired for all known and uncollected scripts upon enabling debugger." + }, + { + "name": "scriptFailedToParse", + "parameters": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "Identifier of the script parsed." }, + { "name": "url", "type": "string", "description": "URL or name of the script parsed (if any)." }, + { "name": "startLine", "type": "integer", "description": "Line offset of the script within the resource with given URL (for script tags)." }, + { "name": "startColumn", "type": "integer", "description": "Column offset of the script within the resource with given URL." }, + { "name": "endLine", "type": "integer", "description": "Last line of the script." }, + { "name": "endColumn", "type": "integer", "description": "Length of the last line of the script." }, + { "name": "executionContextId", "$ref": "Runtime.ExecutionContextId", "description": "Specifies script creation context." }, + { "name": "hash", "type": "string", "description": "Content hash of the script."}, + { "name": "executionContextAuxData", "type": "object", "optional": true, "description": "Embedder-specific auxiliary data." }, + { "name": "sourceMapURL", "type": "string", "optional": true, "description": "URL of source map associated with script (if any)." }, + { "name": "hasSourceURL", "type": "boolean", "optional": true, "description": "True, if this script has sourceURL." }, + { "name": "isModule", "type": "boolean", "optional": true, "description": "True, if this script is ES6 module." }, + { "name": "length", "type": "integer", "optional": true, "description": "This script length." }, + { "name": "stackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "JavaScript top stack frame of where the script parsed event was triggered if available.", "experimental": true } + ], + "description": "Fired when virtual machine fails to parse the script." + }, + { + "name": "breakpointResolved", + "parameters": [ + { "name": "breakpointId", "$ref": "BreakpointId", "description": "Breakpoint unique identifier." }, + { "name": "location", "$ref": "Location", "description": "Actual breakpoint location." } + ], + "description": "Fired when breakpoint is resolved to an actual script and location." + }, + { + "name": "paused", + "parameters": [ + { "name": "callFrames", "type": "array", "items": { "$ref": "CallFrame" }, "description": "Call stack the virtual machine stopped on." }, + { "name": "reason", "type": "string", "enum": [ "XHR", "DOM", "EventListener", "exception", "assert", "debugCommand", "promiseRejection", "OOM", "other", "ambiguous" ], "description": "Pause reason." }, + { "name": "data", "type": "object", "optional": true, "description": "Object containing break-specific auxiliary properties." }, + { "name": "hitBreakpoints", "type": "array", "optional": true, "items": { "type": "string" }, "description": "Hit breakpoints IDs" }, + { "name": "asyncStackTrace", "$ref": "Runtime.StackTrace", "optional": true, "description": "Async stack trace, if any." }, + { "name": "asyncStackTraceId", "$ref": "Runtime.StackTraceId", "optional": true, "experimental": true, "description": "Async stack trace, if any." }, + { "name": "asyncCallStackTraceId", "$ref": "Runtime.StackTraceId", "optional": true, "experimental": true, "description": "Just scheduled async call will have this stack trace as parent stack during async execution. This field is available only after Debugger.stepInto call with breakOnAsynCall flag." } + ], + "description": "Fired when the virtual machine stopped on breakpoint or exception or any other stop criteria." + }, + { + "name": "resumed", + "description": "Fired when the virtual machine resumed execution." + } + ] + }, + { + "domain": "Console", + "description": "This domain is deprecated - use Runtime or Log instead.", + "dependencies": ["Runtime"], + "deprecated": true, + "types": [ + { + "id": "ConsoleMessage", + "type": "object", + "description": "Console message.", + "properties": [ + { "name": "source", "type": "string", "enum": ["xml", "javascript", "network", "console-api", "storage", "appcache", "rendering", "security", "other", "deprecation", "worker"], "description": "Message source." }, + { "name": "level", "type": "string", "enum": ["log", "warning", "error", "debug", "info"], "description": "Message severity." }, + { "name": "text", "type": "string", "description": "Message text." }, + { "name": "url", "type": "string", "optional": true, "description": "URL of the message origin." }, + { "name": "line", "type": "integer", "optional": true, "description": "Line number in the resource that generated this message (1-based)." }, + { "name": "column", "type": "integer", "optional": true, "description": "Column number in the resource that generated this message (1-based)." } + ] + } + ], + "commands": [ + { + "name": "enable", + "description": "Enables console domain, sends the messages collected so far to the client by means of the messageAdded notification." + }, + { + "name": "disable", + "description": "Disables console domain, prevents further console messages from being reported to the client." + }, + { + "name": "clearMessages", + "description": "Does nothing." + } + ], + "events": [ + { + "name": "messageAdded", + "parameters": [ + { "name": "message", "$ref": "ConsoleMessage", "description": "Console message that has been added." } + ], + "description": "Issued when new console message is added." + } + ] + }, + { + "domain": "Profiler", + "dependencies": ["Runtime", "Debugger"], + "types": [ + { + "id": "ProfileNode", + "type": "object", + "description": "Profile node. Holds callsite information, execution statistics and child nodes.", + "properties": [ + { "name": "id", "type": "integer", "description": "Unique id of the node." }, + { "name": "callFrame", "$ref": "Runtime.CallFrame", "description": "Function location." }, + { "name": "hitCount", "type": "integer", "optional": true, "description": "Number of samples where this node was on top of the call stack." }, + { "name": "children", "type": "array", "items": { "type": "integer" }, "optional": true, "description": "Child node ids." }, + { "name": "deoptReason", "type": "string", "optional": true, "description": "The reason of being not optimized. The function may be deoptimized or marked as don't optimize."}, + { "name": "positionTicks", "type": "array", "items": { "$ref": "PositionTickInfo" }, "optional": true, "description": "An array of source position ticks." } + ] + }, + { + "id": "Profile", + "type": "object", + "description": "Profile.", + "properties": [ + { "name": "nodes", "type": "array", "items": { "$ref": "ProfileNode" }, "description": "The list of profile nodes. First item is the root node." }, + { "name": "startTime", "type": "number", "description": "Profiling start timestamp in microseconds." }, + { "name": "endTime", "type": "number", "description": "Profiling end timestamp in microseconds." }, + { "name": "samples", "optional": true, "type": "array", "items": { "type": "integer" }, "description": "Ids of samples top nodes." }, + { "name": "timeDeltas", "optional": true, "type": "array", "items": { "type": "integer" }, "description": "Time intervals between adjacent samples in microseconds. The first delta is relative to the profile startTime." } + ] + }, + { + "id": "PositionTickInfo", + "type": "object", + "description": "Specifies a number of samples attributed to a certain source position.", + "properties": [ + { "name": "line", "type": "integer", "description": "Source line number (1-based)." }, + { "name": "ticks", "type": "integer", "description": "Number of samples attributed to the source line." } + ] + }, + { "id": "CoverageRange", + "type": "object", + "description": "Coverage data for a source range.", + "properties": [ + { "name": "startOffset", "type": "integer", "description": "JavaScript script source offset for the range start." }, + { "name": "endOffset", "type": "integer", "description": "JavaScript script source offset for the range end." }, + { "name": "count", "type": "integer", "description": "Collected execution count of the source range." } + ] + }, + { "id": "FunctionCoverage", + "type": "object", + "description": "Coverage data for a JavaScript function.", + "properties": [ + { "name": "functionName", "type": "string", "description": "JavaScript function name." }, + { "name": "ranges", "type": "array", "items": { "$ref": "CoverageRange" }, "description": "Source ranges inside the function with coverage data." }, + { "name": "isBlockCoverage", "type": "boolean", "description": "Whether coverage data for this function has block granularity." } + ] + }, + { + "id": "ScriptCoverage", + "type": "object", + "description": "Coverage data for a JavaScript script.", + "properties": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "JavaScript script id." }, + { "name": "url", "type": "string", "description": "JavaScript script name or url." }, + { "name": "functions", "type": "array", "items": { "$ref": "FunctionCoverage" }, "description": "Functions contained in the script that has coverage data." } + ] + }, + { "id": "TypeObject", + "type": "object", + "description": "Describes a type collected during runtime.", + "properties": [ + { "name": "name", "type": "string", "description": "Name of a type collected with type profiling." } + ], + "experimental": true + }, + { "id": "TypeProfileEntry", + "type": "object", + "description": "Source offset and types for a parameter or return value.", + "properties": [ + { "name": "offset", "type": "integer", "description": "Source offset of the parameter or end of function for return values." }, + { "name": "types", "type": "array", "items": {"$ref": "TypeObject"}, "description": "The types for this parameter or return value."} + ], + "experimental": true + }, + { + "id": "ScriptTypeProfile", + "type": "object", + "description": "Type profile data collected during runtime for a JavaScript script.", + "properties": [ + { "name": "scriptId", "$ref": "Runtime.ScriptId", "description": "JavaScript script id." }, + { "name": "url", "type": "string", "description": "JavaScript script name or url." }, + { "name": "entries", "type": "array", "items": { "$ref": "TypeProfileEntry" }, "description": "Type profile entries for parameters and return values of the functions in the script." } + ], + "experimental": true + } + ], + "commands": [ + { + "name": "enable" + }, + { + "name": "disable" + }, + { + "name": "setSamplingInterval", + "parameters": [ + { "name": "interval", "type": "integer", "description": "New sampling interval in microseconds." } + ], + "description": "Changes CPU profiler sampling interval. Must be called before CPU profiles recording started." + }, + { + "name": "start" + }, + { + "name": "stop", + "returns": [ + { "name": "profile", "$ref": "Profile", "description": "Recorded profile." } + ] + }, + { + "name": "startPreciseCoverage", + "parameters": [ + { "name": "callCount", "type": "boolean", "optional": true, "description": "Collect accurate call counts beyond simple 'covered' or 'not covered'." }, + { "name": "detailed", "type": "boolean", "optional": true, "description": "Collect block-based coverage." } + ], + "description": "Enable precise code coverage. Coverage data for JavaScript executed before enabling precise code coverage may be incomplete. Enabling prevents running optimized code and resets execution counters." + }, + { + "name": "stopPreciseCoverage", + "description": "Disable precise code coverage. Disabling releases unnecessary execution count records and allows executing optimized code." + }, + { + "name": "takePreciseCoverage", + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "ScriptCoverage" }, "description": "Coverage data for the current isolate." } + ], + "description": "Collect coverage data for the current isolate, and resets execution counters. Precise code coverage needs to have started." + }, + { + "name": "getBestEffortCoverage", + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "ScriptCoverage" }, "description": "Coverage data for the current isolate." } + ], + "description": "Collect coverage data for the current isolate. The coverage data may be incomplete due to garbage collection." + }, + { + "name": "startTypeProfile", + "description": "Enable type profile.", + "experimental": true + }, + { + "name": "stopTypeProfile", + "description": "Disable type profile. Disabling releases type profile data collected so far.", + "experimental": true + }, + { + "name": "takeTypeProfile", + "returns": [ + { "name": "result", "type": "array", "items": { "$ref": "ScriptTypeProfile" }, "description": "Type profile for all scripts since startTypeProfile() was turned on." } + ], + "description": "Collect type profile.", + "experimental": true + } + ], + "events": [ + { + "name": "consoleProfileStarted", + "parameters": [ + { "name": "id", "type": "string" }, + { "name": "location", "$ref": "Debugger.Location", "description": "Location of console.profile()." }, + { "name": "title", "type": "string", "optional": true, "description": "Profile title passed as an argument to console.profile()." } + ], + "description": "Sent when new profile recording is started using console.profile() call." + }, + { + "name": "consoleProfileFinished", + "parameters": [ + { "name": "id", "type": "string" }, + { "name": "location", "$ref": "Debugger.Location", "description": "Location of console.profileEnd()." }, + { "name": "profile", "$ref": "Profile" }, + { "name": "title", "type": "string", "optional": true, "description": "Profile title passed as an argument to console.profile()." } + ] + } + ] + }, + { + "domain": "HeapProfiler", + "dependencies": ["Runtime"], + "experimental": true, + "types": [ + { + "id": "HeapSnapshotObjectId", + "type": "string", + "description": "Heap snapshot object id." + }, + { + "id": "SamplingHeapProfileNode", + "type": "object", + "description": "Sampling Heap Profile node. Holds callsite information, allocation statistics and child nodes.", + "properties": [ + { "name": "callFrame", "$ref": "Runtime.CallFrame", "description": "Function location." }, + { "name": "selfSize", "type": "number", "description": "Allocations size in bytes for the node excluding children." }, + { "name": "children", "type": "array", "items": { "$ref": "SamplingHeapProfileNode" }, "description": "Child nodes." } + ] + }, + { + "id": "SamplingHeapProfile", + "type": "object", + "description": "Profile.", + "properties": [ + { "name": "head", "$ref": "SamplingHeapProfileNode" } + ] + } + ], + "commands": [ + { + "name": "enable" + }, + { + "name": "disable" + }, + { + "name": "startTrackingHeapObjects", + "parameters": [ + { "name": "trackAllocations", "type": "boolean", "optional": true } + ] + }, + { + "name": "stopTrackingHeapObjects", + "parameters": [ + { "name": "reportProgress", "type": "boolean", "optional": true, "description": "If true 'reportHeapSnapshotProgress' events will be generated while snapshot is being taken when the tracking is stopped." } + ] + }, + { + "name": "takeHeapSnapshot", + "parameters": [ + { "name": "reportProgress", "type": "boolean", "optional": true, "description": "If true 'reportHeapSnapshotProgress' events will be generated while snapshot is being taken." } + ] + }, + { + "name": "collectGarbage" + }, + { + "name": "getObjectByHeapObjectId", + "parameters": [ + { "name": "objectId", "$ref": "HeapSnapshotObjectId" }, + { "name": "objectGroup", "type": "string", "optional": true, "description": "Symbolic group name that can be used to release multiple objects." } + ], + "returns": [ + { "name": "result", "$ref": "Runtime.RemoteObject", "description": "Evaluation result." } + ] + }, + { + "name": "addInspectedHeapObject", + "parameters": [ + { "name": "heapObjectId", "$ref": "HeapSnapshotObjectId", "description": "Heap snapshot object id to be accessible by means of $x command line API." } + ], + "description": "Enables console to refer to the node with given id via $x (see Command Line API for more details $x functions)." + }, + { + "name": "getHeapObjectId", + "parameters": [ + { "name": "objectId", "$ref": "Runtime.RemoteObjectId", "description": "Identifier of the object to get heap object id for." } + ], + "returns": [ + { "name": "heapSnapshotObjectId", "$ref": "HeapSnapshotObjectId", "description": "Id of the heap snapshot object corresponding to the passed remote object id." } + ] + }, + { + "name": "startSampling", + "parameters": [ + { "name": "samplingInterval", "type": "number", "optional": true, "description": "Average sample interval in bytes. Poisson distribution is used for the intervals. The default value is 32768 bytes." } + ] + }, + { + "name": "stopSampling", + "returns": [ + { "name": "profile", "$ref": "SamplingHeapProfile", "description": "Recorded sampling heap profile." } + ] + }, + { + "name": "getSamplingProfile", + "returns": [ + { "name": "profile", "$ref": "SamplingHeapProfile", "description": "Return the sampling profile being collected." } + ] + } + ], + "events": [ + { + "name": "addHeapSnapshotChunk", + "parameters": [ + { "name": "chunk", "type": "string" } + ] + }, + { + "name": "resetProfiles" + }, + { + "name": "reportHeapSnapshotProgress", + "parameters": [ + { "name": "done", "type": "integer" }, + { "name": "total", "type": "integer" }, + { "name": "finished", "type": "boolean", "optional": true } + ] + }, + { + "name": "lastSeenObjectId", + "description": "If heap objects tracking has been started then backend regularly sends a current value for last seen object id and corresponding timestamp. If the were changes in the heap since last event then one or more heapStatsUpdate events will be sent before a new lastSeenObjectId event.", + "parameters": [ + { "name": "lastSeenObjectId", "type": "integer" }, + { "name": "timestamp", "type": "number" } + ] + }, + { + "name": "heapStatsUpdate", + "description": "If heap objects tracking has been started then backend may send update for one or more fragments", + "parameters": [ + { "name": "statsUpdate", "type": "array", "items": { "type": "integer" }, "description": "An array of triplets. Each triplet describes a fragment. The first integer is the fragment index, the second integer is a total count of objects for the fragment, the third integer is a total size of the objects for the fragment."} + ] + } + ] + }] +} diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol.pdl b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol.pdl new file mode 100644 index 0000000..ebf9eb7 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/js_protocol.pdl @@ -0,0 +1,1693 @@ +# Copyright 2017 The Chromium Authors. All rights reserved. +# Use of this source code is governed by a BSD-style license that can be +# found in the LICENSE file. + +version + major 1 + minor 3 + +# This domain is deprecated - use Runtime or Log instead. +deprecated domain Console + depends on Runtime + + # Console message. + type ConsoleMessage extends object + properties + # Message source. + enum source + xml + javascript + network + console-api + storage + appcache + rendering + security + other + deprecation + worker + # Message severity. + enum level + log + warning + error + debug + info + # Message text. + string text + # URL of the message origin. + optional string url + # Line number in the resource that generated this message (1-based). + optional integer line + # Column number in the resource that generated this message (1-based). + optional integer column + + # Does nothing. + command clearMessages + + # Disables console domain, prevents further console messages from being reported to the client. + command disable + + # Enables console domain, sends the messages collected so far to the client by means of the + # `messageAdded` notification. + command enable + + # Issued when new console message is added. + event messageAdded + parameters + # Console message that has been added. + ConsoleMessage message + +# Debugger domain exposes JavaScript debugging capabilities. It allows setting and removing +# breakpoints, stepping through execution, exploring stack traces, etc. +domain Debugger + depends on Runtime + + # Breakpoint identifier. + type BreakpointId extends string + + # Call frame identifier. + type CallFrameId extends string + + # Location in the source code. + type Location extends object + properties + # Script identifier as reported in the `Debugger.scriptParsed`. + Runtime.ScriptId scriptId + # Line number in the script (0-based). + integer lineNumber + # Column number in the script (0-based). + optional integer columnNumber + + # Location in the source code. + experimental type ScriptPosition extends object + properties + integer lineNumber + integer columnNumber + + # Location range within one script. + experimental type LocationRange extends object + properties + Runtime.ScriptId scriptId + ScriptPosition start + ScriptPosition end + + # JavaScript call frame. Array of call frames form the call stack. + type CallFrame extends object + properties + # Call frame identifier. This identifier is only valid while the virtual machine is paused. + CallFrameId callFrameId + # Name of the JavaScript function called on this call frame. + string functionName + # Location in the source code. + optional Location functionLocation + # Location in the source code. + Location location + # JavaScript script name or url. + string url + # Scope chain for this call frame. + array of Scope scopeChain + # `this` object for this call frame. + Runtime.RemoteObject this + # The value being returned, if the function is at return point. + optional Runtime.RemoteObject returnValue + + # Scope description. + type Scope extends object + properties + # Scope type. + enum type + global + local + with + closure + catch + block + script + eval + module + wasm-expression-stack + # Object representing the scope. For `global` and `with` scopes it represents the actual + # object; for the rest of the scopes, it is artificial transient object enumerating scope + # variables as its properties. + Runtime.RemoteObject object + optional string name + # Location in the source code where scope starts + optional Location startLocation + # Location in the source code where scope ends + optional Location endLocation + + # Search match for resource. + type SearchMatch extends object + properties + # Line number in resource content. + number lineNumber + # Line with match content. + string lineContent + + type BreakLocation extends object + properties + # Script identifier as reported in the `Debugger.scriptParsed`. + Runtime.ScriptId scriptId + # Line number in the script (0-based). + integer lineNumber + # Column number in the script (0-based). + optional integer columnNumber + optional enum type + debuggerStatement + call + return + + # Continues execution until specific location is reached. + command continueToLocation + parameters + # Location to continue to. + Location location + optional enum targetCallFrames + any + current + + # Disables debugger for given page. + command disable + + # Enables debugger for the given page. Clients should not assume that the debugging has been + # enabled until the result for this command is received. + command enable + parameters + # The maximum size in bytes of collected scripts (not referenced by other heap objects) + # the debugger can hold. Puts no limit if parameter is omitted. + experimental optional number maxScriptsCacheSize + returns + # Unique identifier of the debugger. + experimental Runtime.UniqueDebuggerId debuggerId + + # Evaluates expression on a given call frame. + command evaluateOnCallFrame + parameters + # Call frame identifier to evaluate on. + CallFrameId callFrameId + # Expression to evaluate. + string expression + # String object group name to put result into (allows rapid releasing resulting object handles + # using `releaseObjectGroup`). + optional string objectGroup + # Specifies whether command line API should be available to the evaluated expression, defaults + # to false. + optional boolean includeCommandLineAPI + # In silent mode exceptions thrown during evaluation are not reported and do not pause + # execution. Overrides `setPauseOnException` state. + optional boolean silent + # Whether the result is expected to be a JSON object that should be sent by value. + optional boolean returnByValue + # Whether preview should be generated for the result. + experimental optional boolean generatePreview + # Whether to throw an exception if side effect cannot be ruled out during evaluation. + optional boolean throwOnSideEffect + # Terminate execution after timing out (number of milliseconds). + experimental optional Runtime.TimeDelta timeout + returns + # Object wrapper for the evaluation result. + Runtime.RemoteObject result + # Exception details. + optional Runtime.ExceptionDetails exceptionDetails + + # Returns possible locations for breakpoint. scriptId in start and end range locations should be + # the same. + command getPossibleBreakpoints + parameters + # Start of range to search possible breakpoint locations in. + Location start + # End of range to search possible breakpoint locations in (excluding). When not specified, end + # of scripts is used as end of range. + optional Location end + # Only consider locations which are in the same (non-nested) function as start. + optional boolean restrictToFunction + returns + # List of the possible breakpoint locations. + array of BreakLocation locations + + # Returns source for the script with given id. + command getScriptSource + parameters + # Id of the script to get source for. + Runtime.ScriptId scriptId + returns + # Script source (empty in case of Wasm bytecode). + string scriptSource + # Wasm bytecode. + optional binary bytecode + + # This command is deprecated. Use getScriptSource instead. + deprecated command getWasmBytecode + parameters + # Id of the Wasm script to get source for. + Runtime.ScriptId scriptId + returns + # Script source. + binary bytecode + + # Returns stack trace with given `stackTraceId`. + experimental command getStackTrace + parameters + Runtime.StackTraceId stackTraceId + returns + Runtime.StackTrace stackTrace + + # Stops on the next JavaScript statement. + command pause + + experimental deprecated command pauseOnAsyncCall + parameters + # Debugger will pause when async call with given stack trace is started. + Runtime.StackTraceId parentStackTraceId + + # Removes JavaScript breakpoint. + command removeBreakpoint + parameters + BreakpointId breakpointId + + # Restarts particular call frame from the beginning. + deprecated command restartFrame + parameters + # Call frame identifier to evaluate on. + CallFrameId callFrameId + returns + # New stack trace. + array of CallFrame callFrames + # Async stack trace, if any. + optional Runtime.StackTrace asyncStackTrace + # Async stack trace, if any. + experimental optional Runtime.StackTraceId asyncStackTraceId + + # Resumes JavaScript execution. + command resume + parameters + # Set to true to terminate execution upon resuming execution. In contrast + # to Runtime.terminateExecution, this will allows to execute further + # JavaScript (i.e. via evaluation) until execution of the paused code + # is actually resumed, at which point termination is triggered. + # If execution is currently not paused, this parameter has no effect. + optional boolean terminateOnResume + + # Searches for given string in script content. + command searchInContent + parameters + # Id of the script to search in. + Runtime.ScriptId scriptId + # String to search for. + string query + # If true, search is case sensitive. + optional boolean caseSensitive + # If true, treats string parameter as regex. + optional boolean isRegex + returns + # List of search matches. + array of SearchMatch result + + # Enables or disables async call stacks tracking. + command setAsyncCallStackDepth + parameters + # Maximum depth of async call stacks. Setting to `0` will effectively disable collecting async + # call stacks (default). + integer maxDepth + + # Replace previous blackbox patterns with passed ones. Forces backend to skip stepping/pausing in + # scripts with url matching one of the patterns. VM will try to leave blackboxed script by + # performing 'step in' several times, finally resorting to 'step out' if unsuccessful. + experimental command setBlackboxPatterns + parameters + # Array of regexps that will be used to check script url for blackbox state. + array of string patterns + + # Makes backend skip steps in the script in blackboxed ranges. VM will try leave blacklisted + # scripts by performing 'step in' several times, finally resorting to 'step out' if unsuccessful. + # Positions array contains positions where blackbox state is changed. First interval isn't + # blackboxed. Array should be sorted. + experimental command setBlackboxedRanges + parameters + # Id of the script. + Runtime.ScriptId scriptId + array of ScriptPosition positions + + # Sets JavaScript breakpoint at a given location. + command setBreakpoint + parameters + # Location to set breakpoint in. + Location location + # Expression to use as a breakpoint condition. When specified, debugger will only stop on the + # breakpoint if this expression evaluates to true. + optional string condition + returns + # Id of the created breakpoint for further reference. + BreakpointId breakpointId + # Location this breakpoint resolved into. + Location actualLocation + + # Sets instrumentation breakpoint. + command setInstrumentationBreakpoint + parameters + # Instrumentation name. + enum instrumentation + beforeScriptExecution + beforeScriptWithSourceMapExecution + returns + # Id of the created breakpoint for further reference. + BreakpointId breakpointId + + # Sets JavaScript breakpoint at given location specified either by URL or URL regex. Once this + # command is issued, all existing parsed scripts will have breakpoints resolved and returned in + # `locations` property. Further matching script parsing will result in subsequent + # `breakpointResolved` events issued. This logical breakpoint will survive page reloads. + command setBreakpointByUrl + parameters + # Line number to set breakpoint at. + integer lineNumber + # URL of the resources to set breakpoint on. + optional string url + # Regex pattern for the URLs of the resources to set breakpoints on. Either `url` or + # `urlRegex` must be specified. + optional string urlRegex + # Script hash of the resources to set breakpoint on. + optional string scriptHash + # Offset in the line to set breakpoint at. + optional integer columnNumber + # Expression to use as a breakpoint condition. When specified, debugger will only stop on the + # breakpoint if this expression evaluates to true. + optional string condition + returns + # Id of the created breakpoint for further reference. + BreakpointId breakpointId + # List of the locations this breakpoint resolved into upon addition. + array of Location locations + + # Sets JavaScript breakpoint before each call to the given function. + # If another function was created from the same source as a given one, + # calling it will also trigger the breakpoint. + experimental command setBreakpointOnFunctionCall + parameters + # Function object id. + Runtime.RemoteObjectId objectId + # Expression to use as a breakpoint condition. When specified, debugger will + # stop on the breakpoint if this expression evaluates to true. + optional string condition + returns + # Id of the created breakpoint for further reference. + BreakpointId breakpointId + + # Activates / deactivates all breakpoints on the page. + command setBreakpointsActive + parameters + # New value for breakpoints active state. + boolean active + + # Defines pause on exceptions state. Can be set to stop on all exceptions, uncaught exceptions or + # no exceptions. Initial pause on exceptions state is `none`. + command setPauseOnExceptions + parameters + # Pause on exceptions mode. + enum state + none + uncaught + all + + # Changes return value in top frame. Available only at return break position. + experimental command setReturnValue + parameters + # New return value. + Runtime.CallArgument newValue + + # Edits JavaScript source live. + command setScriptSource + parameters + # Id of the script to edit. + Runtime.ScriptId scriptId + # New content of the script. + string scriptSource + # If true the change will not actually be applied. Dry run may be used to get result + # description without actually modifying the code. + optional boolean dryRun + returns + # New stack trace in case editing has happened while VM was stopped. + optional array of CallFrame callFrames + # Whether current call stack was modified after applying the changes. + optional boolean stackChanged + # Async stack trace, if any. + optional Runtime.StackTrace asyncStackTrace + # Async stack trace, if any. + experimental optional Runtime.StackTraceId asyncStackTraceId + # Exception details if any. + optional Runtime.ExceptionDetails exceptionDetails + + # Makes page not interrupt on any pauses (breakpoint, exception, dom exception etc). + command setSkipAllPauses + parameters + # New value for skip pauses state. + boolean skip + + # Changes value of variable in a callframe. Object-based scopes are not supported and must be + # mutated manually. + command setVariableValue + parameters + # 0-based number of scope as was listed in scope chain. Only 'local', 'closure' and 'catch' + # scope types are allowed. Other scopes could be manipulated manually. + integer scopeNumber + # Variable name. + string variableName + # New variable value. + Runtime.CallArgument newValue + # Id of callframe that holds variable. + CallFrameId callFrameId + + # Steps into the function call. + command stepInto + parameters + # Debugger will pause on the execution of the first async task which was scheduled + # before next pause. + experimental optional boolean breakOnAsyncCall + # The skipList specifies location ranges that should be skipped on step into. + experimental optional array of LocationRange skipList + + # Steps out of the function call. + command stepOut + + # Steps over the statement. + command stepOver + parameters + # The skipList specifies location ranges that should be skipped on step over. + experimental optional array of LocationRange skipList + + # Fired when breakpoint is resolved to an actual script and location. + event breakpointResolved + parameters + # Breakpoint unique identifier. + BreakpointId breakpointId + # Actual breakpoint location. + Location location + + # Fired when the virtual machine stopped on breakpoint or exception or any other stop criteria. + event paused + parameters + # Call stack the virtual machine stopped on. + array of CallFrame callFrames + # Pause reason. + enum reason + ambiguous + assert + CSPViolation + debugCommand + DOM + EventListener + exception + instrumentation + OOM + other + promiseRejection + XHR + # Object containing break-specific auxiliary properties. + optional object data + # Hit breakpoints IDs + optional array of string hitBreakpoints + # Async stack trace, if any. + optional Runtime.StackTrace asyncStackTrace + # Async stack trace, if any. + experimental optional Runtime.StackTraceId asyncStackTraceId + # Never present, will be removed. + experimental deprecated optional Runtime.StackTraceId asyncCallStackTraceId + + # Fired when the virtual machine resumed execution. + event resumed + + # Enum of possible script languages. + type ScriptLanguage extends string + enum + JavaScript + WebAssembly + + # Debug symbols available for a wasm script. + type DebugSymbols extends object + properties + # Type of the debug symbols. + enum type + None + SourceMap + EmbeddedDWARF + ExternalDWARF + # URL of the external symbol source. + optional string externalURL + + # Fired when virtual machine fails to parse the script. + event scriptFailedToParse + parameters + # Identifier of the script parsed. + Runtime.ScriptId scriptId + # URL or name of the script parsed (if any). + string url + # Line offset of the script within the resource with given URL (for script tags). + integer startLine + # Column offset of the script within the resource with given URL. + integer startColumn + # Last line of the script. + integer endLine + # Length of the last line of the script. + integer endColumn + # Specifies script creation context. + Runtime.ExecutionContextId executionContextId + # Content hash of the script. + string hash + # Embedder-specific auxiliary data. + optional object executionContextAuxData + # URL of source map associated with script (if any). + optional string sourceMapURL + # True, if this script has sourceURL. + optional boolean hasSourceURL + # True, if this script is ES6 module. + optional boolean isModule + # This script length. + optional integer length + # JavaScript top stack frame of where the script parsed event was triggered if available. + experimental optional Runtime.StackTrace stackTrace + # If the scriptLanguage is WebAssembly, the code section offset in the module. + experimental optional integer codeOffset + # The language of the script. + experimental optional Debugger.ScriptLanguage scriptLanguage + # The name the embedder supplied for this script. + experimental optional string embedderName + + # Fired when virtual machine parses script. This event is also fired for all known and uncollected + # scripts upon enabling debugger. + event scriptParsed + parameters + # Identifier of the script parsed. + Runtime.ScriptId scriptId + # URL or name of the script parsed (if any). + string url + # Line offset of the script within the resource with given URL (for script tags). + integer startLine + # Column offset of the script within the resource with given URL. + integer startColumn + # Last line of the script. + integer endLine + # Length of the last line of the script. + integer endColumn + # Specifies script creation context. + Runtime.ExecutionContextId executionContextId + # Content hash of the script. + string hash + # Embedder-specific auxiliary data. + optional object executionContextAuxData + # True, if this script is generated as a result of the live edit operation. + experimental optional boolean isLiveEdit + # URL of source map associated with script (if any). + optional string sourceMapURL + # True, if this script has sourceURL. + optional boolean hasSourceURL + # True, if this script is ES6 module. + optional boolean isModule + # This script length. + optional integer length + # JavaScript top stack frame of where the script parsed event was triggered if available. + experimental optional Runtime.StackTrace stackTrace + # If the scriptLanguage is WebAssembly, the code section offset in the module. + experimental optional integer codeOffset + # The language of the script. + experimental optional Debugger.ScriptLanguage scriptLanguage + # If the scriptLanguage is WebASsembly, the source of debug symbols for the module. + experimental optional Debugger.DebugSymbols debugSymbols + # The name the embedder supplied for this script. + experimental optional string embedderName + +experimental domain HeapProfiler + depends on Runtime + + # Heap snapshot object id. + type HeapSnapshotObjectId extends string + + # Sampling Heap Profile node. Holds callsite information, allocation statistics and child nodes. + type SamplingHeapProfileNode extends object + properties + # Function location. + Runtime.CallFrame callFrame + # Allocations size in bytes for the node excluding children. + number selfSize + # Node id. Ids are unique across all profiles collected between startSampling and stopSampling. + integer id + # Child nodes. + array of SamplingHeapProfileNode children + + # A single sample from a sampling profile. + type SamplingHeapProfileSample extends object + properties + # Allocation size in bytes attributed to the sample. + number size + # Id of the corresponding profile tree node. + integer nodeId + # Time-ordered sample ordinal number. It is unique across all profiles retrieved + # between startSampling and stopSampling. + number ordinal + + # Sampling profile. + type SamplingHeapProfile extends object + properties + SamplingHeapProfileNode head + array of SamplingHeapProfileSample samples + + # Enables console to refer to the node with given id via $x (see Command Line API for more details + # $x functions). + command addInspectedHeapObject + parameters + # Heap snapshot object id to be accessible by means of $x command line API. + HeapSnapshotObjectId heapObjectId + + command collectGarbage + + command disable + + command enable + + command getHeapObjectId + parameters + # Identifier of the object to get heap object id for. + Runtime.RemoteObjectId objectId + returns + # Id of the heap snapshot object corresponding to the passed remote object id. + HeapSnapshotObjectId heapSnapshotObjectId + + command getObjectByHeapObjectId + parameters + HeapSnapshotObjectId objectId + # Symbolic group name that can be used to release multiple objects. + optional string objectGroup + returns + # Evaluation result. + Runtime.RemoteObject result + + command getSamplingProfile + returns + # Return the sampling profile being collected. + SamplingHeapProfile profile + + command startSampling + parameters + # Average sample interval in bytes. Poisson distribution is used for the intervals. The + # default value is 32768 bytes. + optional number samplingInterval + + command startTrackingHeapObjects + parameters + optional boolean trackAllocations + + command stopSampling + returns + # Recorded sampling heap profile. + SamplingHeapProfile profile + + command stopTrackingHeapObjects + parameters + # If true 'reportHeapSnapshotProgress' events will be generated while snapshot is being taken + # when the tracking is stopped. + optional boolean reportProgress + optional boolean treatGlobalObjectsAsRoots + # If true, numerical values are included in the snapshot + optional boolean captureNumericValue + + command takeHeapSnapshot + parameters + # If true 'reportHeapSnapshotProgress' events will be generated while snapshot is being taken. + optional boolean reportProgress + # If true, a raw snapshot without artificial roots will be generated + optional boolean treatGlobalObjectsAsRoots + # If true, numerical values are included in the snapshot + optional boolean captureNumericValue + + event addHeapSnapshotChunk + parameters + string chunk + + # If heap objects tracking has been started then backend may send update for one or more fragments + event heapStatsUpdate + parameters + # An array of triplets. Each triplet describes a fragment. The first integer is the fragment + # index, the second integer is a total count of objects for the fragment, the third integer is + # a total size of the objects for the fragment. + array of integer statsUpdate + + # If heap objects tracking has been started then backend regularly sends a current value for last + # seen object id and corresponding timestamp. If the were changes in the heap since last event + # then one or more heapStatsUpdate events will be sent before a new lastSeenObjectId event. + event lastSeenObjectId + parameters + integer lastSeenObjectId + number timestamp + + event reportHeapSnapshotProgress + parameters + integer done + integer total + optional boolean finished + + event resetProfiles + +domain Profiler + depends on Runtime + depends on Debugger + + # Profile node. Holds callsite information, execution statistics and child nodes. + type ProfileNode extends object + properties + # Unique id of the node. + integer id + # Function location. + Runtime.CallFrame callFrame + # Number of samples where this node was on top of the call stack. + optional integer hitCount + # Child node ids. + optional array of integer children + # The reason of being not optimized. The function may be deoptimized or marked as don't + # optimize. + optional string deoptReason + # An array of source position ticks. + optional array of PositionTickInfo positionTicks + + # Profile. + type Profile extends object + properties + # The list of profile nodes. First item is the root node. + array of ProfileNode nodes + # Profiling start timestamp in microseconds. + number startTime + # Profiling end timestamp in microseconds. + number endTime + # Ids of samples top nodes. + optional array of integer samples + # Time intervals between adjacent samples in microseconds. The first delta is relative to the + # profile startTime. + optional array of integer timeDeltas + + # Specifies a number of samples attributed to a certain source position. + type PositionTickInfo extends object + properties + # Source line number (1-based). + integer line + # Number of samples attributed to the source line. + integer ticks + + # Coverage data for a source range. + type CoverageRange extends object + properties + # JavaScript script source offset for the range start. + integer startOffset + # JavaScript script source offset for the range end. + integer endOffset + # Collected execution count of the source range. + integer count + + # Coverage data for a JavaScript function. + type FunctionCoverage extends object + properties + # JavaScript function name. + string functionName + # Source ranges inside the function with coverage data. + array of CoverageRange ranges + # Whether coverage data for this function has block granularity. + boolean isBlockCoverage + + # Coverage data for a JavaScript script. + type ScriptCoverage extends object + properties + # JavaScript script id. + Runtime.ScriptId scriptId + # JavaScript script name or url. + string url + # Functions contained in the script that has coverage data. + array of FunctionCoverage functions + + # Describes a type collected during runtime. + experimental type TypeObject extends object + properties + # Name of a type collected with type profiling. + string name + + # Source offset and types for a parameter or return value. + experimental type TypeProfileEntry extends object + properties + # Source offset of the parameter or end of function for return values. + integer offset + # The types for this parameter or return value. + array of TypeObject types + + # Type profile data collected during runtime for a JavaScript script. + experimental type ScriptTypeProfile extends object + properties + # JavaScript script id. + Runtime.ScriptId scriptId + # JavaScript script name or url. + string url + # Type profile entries for parameters and return values of the functions in the script. + array of TypeProfileEntry entries + + # Collected counter information. + experimental type CounterInfo extends object + properties + # Counter name. + string name + # Counter value. + integer value + + # Runtime call counter information. + experimental type RuntimeCallCounterInfo extends object + properties + # Counter name. + string name + # Counter value. + number value + # Counter time in seconds. + number time + + command disable + + command enable + + # Collect coverage data for the current isolate. The coverage data may be incomplete due to + # garbage collection. + command getBestEffortCoverage + returns + # Coverage data for the current isolate. + array of ScriptCoverage result + + # Changes CPU profiler sampling interval. Must be called before CPU profiles recording started. + command setSamplingInterval + parameters + # New sampling interval in microseconds. + integer interval + + command start + + # Enable precise code coverage. Coverage data for JavaScript executed before enabling precise code + # coverage may be incomplete. Enabling prevents running optimized code and resets execution + # counters. + command startPreciseCoverage + parameters + # Collect accurate call counts beyond simple 'covered' or 'not covered'. + optional boolean callCount + # Collect block-based coverage. + optional boolean detailed + # Allow the backend to send updates on its own initiative + optional boolean allowTriggeredUpdates + returns + # Monotonically increasing time (in seconds) when the coverage update was taken in the backend. + number timestamp + + # Enable type profile. + experimental command startTypeProfile + + command stop + returns + # Recorded profile. + Profile profile + + # Disable precise code coverage. Disabling releases unnecessary execution count records and allows + # executing optimized code. + command stopPreciseCoverage + + # Disable type profile. Disabling releases type profile data collected so far. + experimental command stopTypeProfile + + # Collect coverage data for the current isolate, and resets execution counters. Precise code + # coverage needs to have started. + command takePreciseCoverage + returns + # Coverage data for the current isolate. + array of ScriptCoverage result + # Monotonically increasing time (in seconds) when the coverage update was taken in the backend. + number timestamp + + # Collect type profile. + experimental command takeTypeProfile + returns + # Type profile for all scripts since startTypeProfile() was turned on. + array of ScriptTypeProfile result + + # Enable counters collection. + experimental command enableCounters + + # Disable counters collection. + experimental command disableCounters + + # Retrieve counters. + experimental command getCounters + returns + # Collected counters information. + array of CounterInfo result + + # Enable run time call stats collection. + experimental command enableRuntimeCallStats + + # Disable run time call stats collection. + experimental command disableRuntimeCallStats + + # Retrieve run time call stats. + experimental command getRuntimeCallStats + returns + # Collected runtime call counter information. + array of RuntimeCallCounterInfo result + + event consoleProfileFinished + parameters + string id + # Location of console.profileEnd(). + Debugger.Location location + Profile profile + # Profile title passed as an argument to console.profile(). + optional string title + + # Sent when new profile recording is started using console.profile() call. + event consoleProfileStarted + parameters + string id + # Location of console.profile(). + Debugger.Location location + # Profile title passed as an argument to console.profile(). + optional string title + + # Reports coverage delta since the last poll (either from an event like this, or from + # `takePreciseCoverage` for the current isolate. May only be sent if precise code + # coverage has been started. This event can be trigged by the embedder to, for example, + # trigger collection of coverage data immediately at a certain point in time. + experimental event preciseCoverageDeltaUpdate + parameters + # Monotonically increasing time (in seconds) when the coverage update was taken in the backend. + number timestamp + # Identifier for distinguishing coverage events. + string occasion + # Coverage data for the current isolate. + array of ScriptCoverage result + +# Runtime domain exposes JavaScript runtime by means of remote evaluation and mirror objects. +# Evaluation results are returned as mirror object that expose object type, string representation +# and unique identifier that can be used for further object reference. Original objects are +# maintained in memory unless they are either explicitly released or are released along with the +# other objects in their object group. +domain Runtime + + # Unique script identifier. + type ScriptId extends string + + # Unique object identifier. + type RemoteObjectId extends string + + # Primitive value which cannot be JSON-stringified. Includes values `-0`, `NaN`, `Infinity`, + # `-Infinity`, and bigint literals. + type UnserializableValue extends string + + # Mirror object referencing original JavaScript object. + type RemoteObject extends object + properties + # Object type. + enum type + object + function + undefined + string + number + boolean + symbol + bigint + # Object subtype hint. Specified for `object` type values only. + # NOTE: If you change anything here, make sure to also update + # `subtype` in `ObjectPreview` and `PropertyPreview` below. + optional enum subtype + array + null + node + regexp + date + map + set + weakmap + weakset + iterator + generator + error + proxy + promise + typedarray + arraybuffer + dataview + webassemblymemory + wasmvalue + # Object class (constructor) name. Specified for `object` type values only. + optional string className + # Remote object value in case of primitive values or JSON values (if it was requested). + optional any value + # Primitive value which can not be JSON-stringified does not have `value`, but gets this + # property. + optional UnserializableValue unserializableValue + # String representation of the object. + optional string description + # Unique object identifier (for non-primitive values). + optional RemoteObjectId objectId + # Preview containing abbreviated property values. Specified for `object` type values only. + experimental optional ObjectPreview preview + experimental optional CustomPreview customPreview + + experimental type CustomPreview extends object + properties + # The JSON-stringified result of formatter.header(object, config) call. + # It contains json ML array that represents RemoteObject. + string header + # If formatter returns true as a result of formatter.hasBody call then bodyGetterId will + # contain RemoteObjectId for the function that returns result of formatter.body(object, config) call. + # The result value is json ML array. + optional RemoteObjectId bodyGetterId + + # Object containing abbreviated remote object value. + experimental type ObjectPreview extends object + properties + # Object type. + enum type + object + function + undefined + string + number + boolean + symbol + bigint + # Object subtype hint. Specified for `object` type values only. + optional enum subtype + array + null + node + regexp + date + map + set + weakmap + weakset + iterator + generator + error + proxy + promise + typedarray + arraybuffer + dataview + webassemblymemory + wasmvalue + # String representation of the object. + optional string description + # True iff some of the properties or entries of the original object did not fit. + boolean overflow + # List of the properties. + array of PropertyPreview properties + # List of the entries. Specified for `map` and `set` subtype values only. + optional array of EntryPreview entries + + experimental type PropertyPreview extends object + properties + # Property name. + string name + # Object type. Accessor means that the property itself is an accessor property. + enum type + object + function + undefined + string + number + boolean + symbol + accessor + bigint + # User-friendly property value string. + optional string value + # Nested value preview. + optional ObjectPreview valuePreview + # Object subtype hint. Specified for `object` type values only. + optional enum subtype + array + null + node + regexp + date + map + set + weakmap + weakset + iterator + generator + error + proxy + promise + typedarray + arraybuffer + dataview + webassemblymemory + wasmvalue + + experimental type EntryPreview extends object + properties + # Preview of the key. Specified for map-like collection entries. + optional ObjectPreview key + # Preview of the value. + ObjectPreview value + + # Object property descriptor. + type PropertyDescriptor extends object + properties + # Property name or symbol description. + string name + # The value associated with the property. + optional RemoteObject value + # True if the value associated with the property may be changed (data descriptors only). + optional boolean writable + # A function which serves as a getter for the property, or `undefined` if there is no getter + # (accessor descriptors only). + optional RemoteObject get + # A function which serves as a setter for the property, or `undefined` if there is no setter + # (accessor descriptors only). + optional RemoteObject set + # True if the type of this property descriptor may be changed and if the property may be + # deleted from the corresponding object. + boolean configurable + # True if this property shows up during enumeration of the properties on the corresponding + # object. + boolean enumerable + # True if the result was thrown during the evaluation. + optional boolean wasThrown + # True if the property is owned for the object. + optional boolean isOwn + # Property symbol object, if the property is of the `symbol` type. + optional RemoteObject symbol + + # Object internal property descriptor. This property isn't normally visible in JavaScript code. + type InternalPropertyDescriptor extends object + properties + # Conventional property name. + string name + # The value associated with the property. + optional RemoteObject value + + # Object private field descriptor. + experimental type PrivatePropertyDescriptor extends object + properties + # Private property name. + string name + # The value associated with the private property. + optional RemoteObject value + # A function which serves as a getter for the private property, + # or `undefined` if there is no getter (accessor descriptors only). + optional RemoteObject get + # A function which serves as a setter for the private property, + # or `undefined` if there is no setter (accessor descriptors only). + optional RemoteObject set + + # Represents function call argument. Either remote object id `objectId`, primitive `value`, + # unserializable primitive value or neither of (for undefined) them should be specified. + type CallArgument extends object + properties + # Primitive value or serializable javascript object. + optional any value + # Primitive value which can not be JSON-stringified. + optional UnserializableValue unserializableValue + # Remote object handle. + optional RemoteObjectId objectId + + # Id of an execution context. + type ExecutionContextId extends integer + + # Description of an isolated world. + type ExecutionContextDescription extends object + properties + # Unique id of the execution context. It can be used to specify in which execution context + # script evaluation should be performed. + ExecutionContextId id + # Execution context origin. + string origin + # Human readable name describing given context. + string name + # A system-unique execution context identifier. Unlike the id, this is unique across + # multiple processes, so can be reliably used to identify specific context while backend + # performs a cross-process navigation. + experimental string uniqueId + # Embedder-specific auxiliary data. + optional object auxData + + # Detailed information about exception (or error) that was thrown during script compilation or + # execution. + type ExceptionDetails extends object + properties + # Exception id. + integer exceptionId + # Exception text, which should be used together with exception object when available. + string text + # Line number of the exception location (0-based). + integer lineNumber + # Column number of the exception location (0-based). + integer columnNumber + # Script ID of the exception location. + optional ScriptId scriptId + # URL of the exception location, to be used when the script was not reported. + optional string url + # JavaScript stack trace if available. + optional StackTrace stackTrace + # Exception object if available. + optional RemoteObject exception + # Identifier of the context where exception happened. + optional ExecutionContextId executionContextId + # Dictionary with entries of meta data that the client associated + # with this exception, such as information about associated network + # requests, etc. + experimental optional object exceptionMetaData + + # Number of milliseconds since epoch. + type Timestamp extends number + + # Number of milliseconds. + type TimeDelta extends number + + # Stack entry for runtime errors and assertions. + type CallFrame extends object + properties + # JavaScript function name. + string functionName + # JavaScript script id. + ScriptId scriptId + # JavaScript script name or url. + string url + # JavaScript script line number (0-based). + integer lineNumber + # JavaScript script column number (0-based). + integer columnNumber + + # Call frames for assertions or error messages. + type StackTrace extends object + properties + # String label of this stack trace. For async traces this may be a name of the function that + # initiated the async call. + optional string description + # JavaScript function name. + array of CallFrame callFrames + # Asynchronous JavaScript stack trace that preceded this stack, if available. + optional StackTrace parent + # Asynchronous JavaScript stack trace that preceded this stack, if available. + experimental optional StackTraceId parentId + + # Unique identifier of current debugger. + experimental type UniqueDebuggerId extends string + + # If `debuggerId` is set stack trace comes from another debugger and can be resolved there. This + # allows to track cross-debugger calls. See `Runtime.StackTrace` and `Debugger.paused` for usages. + experimental type StackTraceId extends object + properties + string id + optional UniqueDebuggerId debuggerId + + # Add handler to promise with given promise object id. + command awaitPromise + parameters + # Identifier of the promise. + RemoteObjectId promiseObjectId + # Whether the result is expected to be a JSON object that should be sent by value. + optional boolean returnByValue + # Whether preview should be generated for the result. + optional boolean generatePreview + returns + # Promise result. Will contain rejected value if promise was rejected. + RemoteObject result + # Exception details if stack strace is available. + optional ExceptionDetails exceptionDetails + + # Calls function with given declaration on the given object. Object group of the result is + # inherited from the target object. + command callFunctionOn + parameters + # Declaration of the function to call. + string functionDeclaration + # Identifier of the object to call function on. Either objectId or executionContextId should + # be specified. + optional RemoteObjectId objectId + # Call arguments. All call arguments must belong to the same JavaScript world as the target + # object. + optional array of CallArgument arguments + # In silent mode exceptions thrown during evaluation are not reported and do not pause + # execution. Overrides `setPauseOnException` state. + optional boolean silent + # Whether the result is expected to be a JSON object which should be sent by value. + optional boolean returnByValue + # Whether preview should be generated for the result. + experimental optional boolean generatePreview + # Whether execution should be treated as initiated by user in the UI. + optional boolean userGesture + # Whether execution should `await` for resulting value and return once awaited promise is + # resolved. + optional boolean awaitPromise + # Specifies execution context which global object will be used to call function on. Either + # executionContextId or objectId should be specified. + optional ExecutionContextId executionContextId + # Symbolic group name that can be used to release multiple objects. If objectGroup is not + # specified and objectId is, objectGroup will be inherited from object. + optional string objectGroup + # Whether to throw an exception if side effect cannot be ruled out during evaluation. + experimental optional boolean throwOnSideEffect + returns + # Call result. + RemoteObject result + # Exception details. + optional ExceptionDetails exceptionDetails + + # Compiles expression. + command compileScript + parameters + # Expression to compile. + string expression + # Source url to be set for the script. + string sourceURL + # Specifies whether the compiled script should be persisted. + boolean persistScript + # Specifies in which execution context to perform script run. If the parameter is omitted the + # evaluation will be performed in the context of the inspected page. + optional ExecutionContextId executionContextId + returns + # Id of the script. + optional ScriptId scriptId + # Exception details. + optional ExceptionDetails exceptionDetails + + # Disables reporting of execution contexts creation. + command disable + + # Discards collected exceptions and console API calls. + command discardConsoleEntries + + # Enables reporting of execution contexts creation by means of `executionContextCreated` event. + # When the reporting gets enabled the event will be sent immediately for each existing execution + # context. + command enable + + # Evaluates expression on global object. + command evaluate + parameters + # Expression to evaluate. + string expression + # Symbolic group name that can be used to release multiple objects. + optional string objectGroup + # Determines whether Command Line API should be available during the evaluation. + optional boolean includeCommandLineAPI + # In silent mode exceptions thrown during evaluation are not reported and do not pause + # execution. Overrides `setPauseOnException` state. + optional boolean silent + # Specifies in which execution context to perform evaluation. If the parameter is omitted the + # evaluation will be performed in the context of the inspected page. + # This is mutually exclusive with `uniqueContextId`, which offers an + # alternative way to identify the execution context that is more reliable + # in a multi-process environment. + optional ExecutionContextId contextId + # Whether the result is expected to be a JSON object that should be sent by value. + optional boolean returnByValue + # Whether preview should be generated for the result. + experimental optional boolean generatePreview + # Whether execution should be treated as initiated by user in the UI. + optional boolean userGesture + # Whether execution should `await` for resulting value and return once awaited promise is + # resolved. + optional boolean awaitPromise + # Whether to throw an exception if side effect cannot be ruled out during evaluation. + # This implies `disableBreaks` below. + experimental optional boolean throwOnSideEffect + # Terminate execution after timing out (number of milliseconds). + experimental optional TimeDelta timeout + # Disable breakpoints during execution. + experimental optional boolean disableBreaks + # Setting this flag to true enables `let` re-declaration and top-level `await`. + # Note that `let` variables can only be re-declared if they originate from + # `replMode` themselves. + experimental optional boolean replMode + # The Content Security Policy (CSP) for the target might block 'unsafe-eval' + # which includes eval(), Function(), setTimeout() and setInterval() + # when called with non-callable arguments. This flag bypasses CSP for this + # evaluation and allows unsafe-eval. Defaults to true. + experimental optional boolean allowUnsafeEvalBlockedByCSP + # An alternative way to specify the execution context to evaluate in. + # Compared to contextId that may be reused across processes, this is guaranteed to be + # system-unique, so it can be used to prevent accidental evaluation of the expression + # in context different than intended (e.g. as a result of navigation across process + # boundaries). + # This is mutually exclusive with `contextId`. + experimental optional string uniqueContextId + returns + # Evaluation result. + RemoteObject result + # Exception details. + optional ExceptionDetails exceptionDetails + + # Returns the isolate id. + experimental command getIsolateId + returns + # The isolate id. + string id + + # Returns the JavaScript heap usage. + # It is the total usage of the corresponding isolate not scoped to a particular Runtime. + experimental command getHeapUsage + returns + # Used heap size in bytes. + number usedSize + # Allocated heap size in bytes. + number totalSize + + # Returns properties of a given object. Object group of the result is inherited from the target + # object. + command getProperties + parameters + # Identifier of the object to return properties for. + RemoteObjectId objectId + # If true, returns properties belonging only to the element itself, not to its prototype + # chain. + optional boolean ownProperties + # If true, returns accessor properties (with getter/setter) only; internal properties are not + # returned either. + experimental optional boolean accessorPropertiesOnly + # Whether preview should be generated for the results. + experimental optional boolean generatePreview + returns + # Object properties. + array of PropertyDescriptor result + # Internal object properties (only of the element itself). + optional array of InternalPropertyDescriptor internalProperties + # Object private properties. + experimental optional array of PrivatePropertyDescriptor privateProperties + # Exception details. + optional ExceptionDetails exceptionDetails + + # Returns all let, const and class variables from global scope. + command globalLexicalScopeNames + parameters + # Specifies in which execution context to lookup global scope variables. + optional ExecutionContextId executionContextId + returns + array of string names + + command queryObjects + parameters + # Identifier of the prototype to return objects for. + RemoteObjectId prototypeObjectId + # Symbolic group name that can be used to release the results. + optional string objectGroup + returns + # Array with objects. + RemoteObject objects + + # Releases remote object with given id. + command releaseObject + parameters + # Identifier of the object to release. + RemoteObjectId objectId + + # Releases all remote objects that belong to a given group. + command releaseObjectGroup + parameters + # Symbolic object group name. + string objectGroup + + # Tells inspected instance to run if it was waiting for debugger to attach. + command runIfWaitingForDebugger + + # Runs script with given id in a given context. + command runScript + parameters + # Id of the script to run. + ScriptId scriptId + # Specifies in which execution context to perform script run. If the parameter is omitted the + # evaluation will be performed in the context of the inspected page. + optional ExecutionContextId executionContextId + # Symbolic group name that can be used to release multiple objects. + optional string objectGroup + # In silent mode exceptions thrown during evaluation are not reported and do not pause + # execution. Overrides `setPauseOnException` state. + optional boolean silent + # Determines whether Command Line API should be available during the evaluation. + optional boolean includeCommandLineAPI + # Whether the result is expected to be a JSON object which should be sent by value. + optional boolean returnByValue + # Whether preview should be generated for the result. + optional boolean generatePreview + # Whether execution should `await` for resulting value and return once awaited promise is + # resolved. + optional boolean awaitPromise + returns + # Run result. + RemoteObject result + # Exception details. + optional ExceptionDetails exceptionDetails + + # Enables or disables async call stacks tracking. + command setAsyncCallStackDepth + redirect Debugger + parameters + # Maximum depth of async call stacks. Setting to `0` will effectively disable collecting async + # call stacks (default). + integer maxDepth + + experimental command setCustomObjectFormatterEnabled + parameters + boolean enabled + + experimental command setMaxCallStackSizeToCapture + parameters + integer size + + # Terminate current or next JavaScript execution. + # Will cancel the termination when the outer-most script execution ends. + experimental command terminateExecution + + # If executionContextId is empty, adds binding with the given name on the + # global objects of all inspected contexts, including those created later, + # bindings survive reloads. + # Binding function takes exactly one argument, this argument should be string, + # in case of any other input, function throws an exception. + # Each binding function call produces Runtime.bindingCalled notification. + experimental command addBinding + parameters + string name + # If specified, the binding would only be exposed to the specified + # execution context. If omitted and `executionContextName` is not set, + # the binding is exposed to all execution contexts of the target. + # This parameter is mutually exclusive with `executionContextName`. + # Deprecated in favor of `executionContextName` due to an unclear use case + # and bugs in implementation (crbug.com/1169639). `executionContextId` will be + # removed in the future. + deprecated optional ExecutionContextId executionContextId + # If specified, the binding is exposed to the executionContext with + # matching name, even for contexts created after the binding is added. + # See also `ExecutionContext.name` and `worldName` parameter to + # `Page.addScriptToEvaluateOnNewDocument`. + # This parameter is mutually exclusive with `executionContextId`. + experimental optional string executionContextName + + # This method does not remove binding function from global object but + # unsubscribes current runtime agent from Runtime.bindingCalled notifications. + experimental command removeBinding + parameters + string name + + # Notification is issued every time when binding is called. + experimental event bindingCalled + parameters + string name + string payload + # Identifier of the context where the call was made. + ExecutionContextId executionContextId + + # Issued when console API was called. + event consoleAPICalled + parameters + # Type of the call. + enum type + log + debug + info + error + warning + dir + dirxml + table + trace + clear + startGroup + startGroupCollapsed + endGroup + assert + profile + profileEnd + count + timeEnd + # Call arguments. + array of RemoteObject args + # Identifier of the context where the call was made. + ExecutionContextId executionContextId + # Call timestamp. + Timestamp timestamp + # Stack trace captured when the call was made. The async stack chain is automatically reported for + # the following call types: `assert`, `error`, `trace`, `warning`. For other types the async call + # chain can be retrieved using `Debugger.getStackTrace` and `stackTrace.parentId` field. + optional StackTrace stackTrace + # Console context descriptor for calls on non-default console context (not console.*): + # 'anonymous#unique-logger-id' for call on unnamed context, 'name#unique-logger-id' for call + # on named context. + experimental optional string context + + # Issued when unhandled exception was revoked. + event exceptionRevoked + parameters + # Reason describing why exception was revoked. + string reason + # The id of revoked exception, as reported in `exceptionThrown`. + integer exceptionId + + # Issued when exception was thrown and unhandled. + event exceptionThrown + parameters + # Timestamp of the exception. + Timestamp timestamp + ExceptionDetails exceptionDetails + + # Issued when new execution context is created. + event executionContextCreated + parameters + # A newly created execution context. + ExecutionContextDescription context + + # Issued when execution context is destroyed. + event executionContextDestroyed + parameters + # Id of the destroyed context + ExecutionContextId executionContextId + + # Issued when all executionContexts were cleared in browser + event executionContextsCleared + + # Issued when object should be inspected (for example, as a result of inspect() command line API + # call). + event inspectRequested + parameters + RemoteObject object + object hints + # Identifier of the context where the call was made. + experimental optional ExecutionContextId executionContextId + +# This domain is deprecated. +deprecated domain Schema + + # Description of the protocol domain. + type Domain extends object + properties + # Domain name. + string name + # Domain version. + string version + + # Returns supported domains. + command getDomains + returns + # List of supported domains. + array of Domain domains diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/DEPS b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/DEPS new file mode 100644 index 0000000..d8bcf99 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/DEPS @@ -0,0 +1,9 @@ +include_rules = [ + "+libplatform/libplatform-export.h", +] + +specific_include_rules = { + "libplatform\.h": [ + "+libplatform/v8-tracing.h", + ], +} diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/libplatform-export.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/libplatform-export.h new file mode 100644 index 0000000..1561843 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/libplatform-export.h @@ -0,0 +1,29 @@ +// Copyright 2016 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_LIBPLATFORM_LIBPLATFORM_EXPORT_H_ +#define V8_LIBPLATFORM_LIBPLATFORM_EXPORT_H_ + +#if defined(_WIN32) + +#ifdef BUILDING_V8_PLATFORM_SHARED +#define V8_PLATFORM_EXPORT __declspec(dllexport) +#elif USING_V8_PLATFORM_SHARED +#define V8_PLATFORM_EXPORT __declspec(dllimport) +#else +#define V8_PLATFORM_EXPORT +#endif // BUILDING_V8_PLATFORM_SHARED + +#else // defined(_WIN32) + +// Setup for Linux shared library export. +#ifdef BUILDING_V8_PLATFORM_SHARED +#define V8_PLATFORM_EXPORT __attribute__((visibility("default"))) +#else +#define V8_PLATFORM_EXPORT +#endif + +#endif // defined(_WIN32) + +#endif // V8_LIBPLATFORM_LIBPLATFORM_EXPORT_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/libplatform.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/libplatform.h new file mode 100644 index 0000000..c0dff44 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/libplatform.h @@ -0,0 +1,142 @@ +// Copyright 2014 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_LIBPLATFORM_LIBPLATFORM_H_ +#define V8_LIBPLATFORM_LIBPLATFORM_H_ + +#include + +#include "libplatform/libplatform-export.h" +#include "libplatform/v8-tracing.h" +#include "v8-platform.h" // NOLINT(build/include_directory) +#include "v8config.h" // NOLINT(build/include_directory) + +namespace v8 { +namespace platform { + +enum class IdleTaskSupport { kDisabled, kEnabled }; +enum class InProcessStackDumping { kDisabled, kEnabled }; + +enum class MessageLoopBehavior : bool { + kDoNotWait = false, + kWaitForWork = true +}; + +/** + * Returns a new instance of the default v8::Platform implementation. + * + * The caller will take ownership of the returned pointer. |thread_pool_size| + * is the number of worker threads to allocate for background jobs. If a value + * of zero is passed, a suitable default based on the current number of + * processors online will be chosen. + * If |idle_task_support| is enabled then the platform will accept idle + * tasks (IdleTasksEnabled will return true) and will rely on the embedder + * calling v8::platform::RunIdleTasks to process the idle tasks. + * If |tracing_controller| is nullptr, the default platform will create a + * v8::platform::TracingController instance and use it. + */ +V8_PLATFORM_EXPORT std::unique_ptr NewDefaultPlatform( + int thread_pool_size = 0, + IdleTaskSupport idle_task_support = IdleTaskSupport::kDisabled, + InProcessStackDumping in_process_stack_dumping = + InProcessStackDumping::kDisabled, + std::unique_ptr tracing_controller = {}); + +/** + * The same as NewDefaultPlatform but disables the worker thread pool. + * It must be used with the --single-threaded V8 flag. + */ +V8_PLATFORM_EXPORT std::unique_ptr +NewSingleThreadedDefaultPlatform( + IdleTaskSupport idle_task_support = IdleTaskSupport::kDisabled, + InProcessStackDumping in_process_stack_dumping = + InProcessStackDumping::kDisabled, + std::unique_ptr tracing_controller = {}); + +/** + * Returns a new instance of the default v8::JobHandle implementation. + * + * The job will be executed by spawning up to |num_worker_threads| many worker + * threads on the provided |platform| with the given |priority|. + */ +V8_PLATFORM_EXPORT std::unique_ptr NewDefaultJobHandle( + v8::Platform* platform, v8::TaskPriority priority, + std::unique_ptr job_task, size_t num_worker_threads); + +/** + * Pumps the message loop for the given isolate. + * + * The caller has to make sure that this is called from the right thread. + * Returns true if a task was executed, and false otherwise. If the call to + * PumpMessageLoop is nested within another call to PumpMessageLoop, only + * nestable tasks may run. Otherwise, any task may run. Unless requested through + * the |behavior| parameter, this call does not block if no task is pending. The + * |platform| has to be created using |NewDefaultPlatform|. + */ +V8_PLATFORM_EXPORT bool PumpMessageLoop( + v8::Platform* platform, v8::Isolate* isolate, + MessageLoopBehavior behavior = MessageLoopBehavior::kDoNotWait); + +/** + * Runs pending idle tasks for at most |idle_time_in_seconds| seconds. + * + * The caller has to make sure that this is called from the right thread. + * This call does not block if no task is pending. The |platform| has to be + * created using |NewDefaultPlatform|. + */ +V8_PLATFORM_EXPORT void RunIdleTasks(v8::Platform* platform, + v8::Isolate* isolate, + double idle_time_in_seconds); + +/** + * Attempts to set the tracing controller for the given platform. + * + * The |platform| has to be created using |NewDefaultPlatform|. + * + */ +V8_DEPRECATE_SOON("Access the DefaultPlatform directly") +V8_PLATFORM_EXPORT void SetTracingController( + v8::Platform* platform, + v8::platform::tracing::TracingController* tracing_controller); + +/** + * Notifies the given platform about the Isolate getting deleted soon. Has to be + * called for all Isolates which are deleted - unless we're shutting down the + * platform. + * + * The |platform| has to be created using |NewDefaultPlatform|. + * + */ +V8_PLATFORM_EXPORT void NotifyIsolateShutdown(v8::Platform* platform, + Isolate* isolate); + +} // namespace platform +} // namespace v8 + + + namespace v8 { + namespace platform { + + + V8_PLATFORM_EXPORT v8::Platform* NewDefaultPlatform_Without_Stl( + int thread_pool_size = 0, + IdleTaskSupport idle_task_support = IdleTaskSupport::kDisabled, + InProcessStackDumping in_process_stack_dumping = + InProcessStackDumping::kDisabled, + v8::TracingController* tracing_controller = nullptr + ); + + V8_PLATFORM_EXPORT v8::Platform* + NewSingleThreadedDefaultPlatform_Without_Stl( + IdleTaskSupport idle_task_support = IdleTaskSupport::kDisabled, + InProcessStackDumping in_process_stack_dumping = + InProcessStackDumping::kDisabled, + v8::TracingController* tracing_controller = nullptr); + + V8_PLATFORM_EXPORT void DeletePlatform_Without_Stl(v8::Platform*); + + } // namespace platform + } // namespace v8 + + #endif // V8_LIBPLATFORM_LIBPLATFORM_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/v8-tracing.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/v8-tracing.h new file mode 100644 index 0000000..c7a5c4f --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/libplatform/v8-tracing.h @@ -0,0 +1,334 @@ +// Copyright 2016 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_LIBPLATFORM_V8_TRACING_H_ +#define V8_LIBPLATFORM_V8_TRACING_H_ + +#include +#include +#include +#include +#include + +#include "libplatform/libplatform-export.h" +#include "v8-platform.h" // NOLINT(build/include_directory) + +namespace perfetto { +namespace trace_processor { +class TraceProcessorStorage; +} +class TracingSession; +} + +namespace v8 { + +namespace base { +class Mutex; +} // namespace base + +namespace platform { +namespace tracing { + +class TraceEventListener; + +const int kTraceMaxNumArgs = 2; + +class V8_PLATFORM_EXPORT TraceObject { + public: + union ArgValue { + V8_DEPRECATED("use as_uint ? true : false") bool as_bool; + uint64_t as_uint; + int64_t as_int; + double as_double; + const void* as_pointer; + const char* as_string; + }; + + TraceObject() = default; + ~TraceObject(); + void Initialize( + char phase, const uint8_t* category_enabled_flag, const char* name, + const char* scope, uint64_t id, uint64_t bind_id, int num_args, + const char** arg_names, const uint8_t* arg_types, + const uint64_t* arg_values, + std::unique_ptr* arg_convertables, + unsigned int flags, int64_t timestamp, int64_t cpu_timestamp); + void UpdateDuration(int64_t timestamp, int64_t cpu_timestamp); + void InitializeForTesting( + char phase, const uint8_t* category_enabled_flag, const char* name, + const char* scope, uint64_t id, uint64_t bind_id, int num_args, + const char** arg_names, const uint8_t* arg_types, + const uint64_t* arg_values, + std::unique_ptr* arg_convertables, + unsigned int flags, int pid, int tid, int64_t ts, int64_t tts, + uint64_t duration, uint64_t cpu_duration); + + int pid() const { return pid_; } + int tid() const { return tid_; } + char phase() const { return phase_; } + const uint8_t* category_enabled_flag() const { + return category_enabled_flag_; + } + const char* name() const { return name_; } + const char* scope() const { return scope_; } + uint64_t id() const { return id_; } + uint64_t bind_id() const { return bind_id_; } + int num_args() const { return num_args_; } + const char** arg_names() { return arg_names_; } + uint8_t* arg_types() { return arg_types_; } + ArgValue* arg_values() { return arg_values_; } + std::unique_ptr* arg_convertables() { + return arg_convertables_; + } + unsigned int flags() const { return flags_; } + int64_t ts() { return ts_; } + int64_t tts() { return tts_; } + uint64_t duration() { return duration_; } + uint64_t cpu_duration() { return cpu_duration_; } + + private: + int pid_; + int tid_; + char phase_; + const char* name_; + const char* scope_; + const uint8_t* category_enabled_flag_; + uint64_t id_; + uint64_t bind_id_; + int num_args_ = 0; + const char* arg_names_[kTraceMaxNumArgs]; + uint8_t arg_types_[kTraceMaxNumArgs]; + ArgValue arg_values_[kTraceMaxNumArgs]; + std::unique_ptr + arg_convertables_[kTraceMaxNumArgs]; + char* parameter_copy_storage_ = nullptr; + unsigned int flags_; + int64_t ts_; + int64_t tts_; + uint64_t duration_; + uint64_t cpu_duration_; + + // Disallow copy and assign + TraceObject(const TraceObject&) = delete; + void operator=(const TraceObject&) = delete; +}; + +class V8_PLATFORM_EXPORT TraceWriter { + public: + TraceWriter() = default; + virtual ~TraceWriter() = default; + virtual void AppendTraceEvent(TraceObject* trace_event) = 0; + virtual void Flush() = 0; + + static TraceWriter* CreateJSONTraceWriter(std::ostream& stream); + static TraceWriter* CreateJSONTraceWriter(std::ostream& stream, + const std::string& tag); + + static TraceWriter* CreateSystemInstrumentationTraceWriter(); + + private: + // Disallow copy and assign + TraceWriter(const TraceWriter&) = delete; + void operator=(const TraceWriter&) = delete; +}; + +class V8_PLATFORM_EXPORT TraceBufferChunk { + public: + explicit TraceBufferChunk(uint32_t seq); + + void Reset(uint32_t new_seq); + bool IsFull() const { return next_free_ == kChunkSize; } + TraceObject* AddTraceEvent(size_t* event_index); + TraceObject* GetEventAt(size_t index) { return &chunk_[index]; } + + uint32_t seq() const { return seq_; } + size_t size() const { return next_free_; } + + static const size_t kChunkSize = 64; + + private: + size_t next_free_ = 0; + TraceObject chunk_[kChunkSize]; + uint32_t seq_; + + // Disallow copy and assign + TraceBufferChunk(const TraceBufferChunk&) = delete; + void operator=(const TraceBufferChunk&) = delete; +}; + +class V8_PLATFORM_EXPORT TraceBuffer { + public: + TraceBuffer() = default; + virtual ~TraceBuffer() = default; + + virtual TraceObject* AddTraceEvent(uint64_t* handle) = 0; + virtual TraceObject* GetEventByHandle(uint64_t handle) = 0; + virtual bool Flush() = 0; + + static const size_t kRingBufferChunks = 1024; + + static TraceBuffer* CreateTraceBufferRingBuffer(size_t max_chunks, + TraceWriter* trace_writer); + + private: + // Disallow copy and assign + TraceBuffer(const TraceBuffer&) = delete; + void operator=(const TraceBuffer&) = delete; +}; + +// Options determines how the trace buffer stores data. +enum TraceRecordMode { + // Record until the trace buffer is full. + RECORD_UNTIL_FULL, + + // Record until the user ends the trace. The trace buffer is a fixed size + // and we use it as a ring buffer during recording. + RECORD_CONTINUOUSLY, + + // Record until the trace buffer is full, but with a huge buffer size. + RECORD_AS_MUCH_AS_POSSIBLE, + + // Echo to console. Events are discarded. + ECHO_TO_CONSOLE, +}; + +class V8_PLATFORM_EXPORT TraceConfig { + public: + typedef std::vector StringList; + + static TraceConfig* CreateDefaultTraceConfig(); + + TraceConfig() : enable_systrace_(false), enable_argument_filter_(false) {} + TraceRecordMode GetTraceRecordMode() const { return record_mode_; } + const StringList& GetEnabledCategories() const { + return included_categories_; + } + bool IsSystraceEnabled() const { return enable_systrace_; } + bool IsArgumentFilterEnabled() const { return enable_argument_filter_; } + + void SetTraceRecordMode(TraceRecordMode mode) { record_mode_ = mode; } + void EnableSystrace() { enable_systrace_ = true; } + void EnableArgumentFilter() { enable_argument_filter_ = true; } + + void AddIncludedCategory(const char* included_category); + + bool IsCategoryGroupEnabled(const char* category_group) const; + + private: + TraceRecordMode record_mode_; + bool enable_systrace_ : 1; + bool enable_argument_filter_ : 1; + StringList included_categories_; + + // Disallow copy and assign + TraceConfig(const TraceConfig&) = delete; + void operator=(const TraceConfig&) = delete; +}; + +#if defined(_MSC_VER) +#define V8_PLATFORM_NON_EXPORTED_BASE(code) \ + __pragma(warning(suppress : 4275)) code +#else +#define V8_PLATFORM_NON_EXPORTED_BASE(code) code +#endif // defined(_MSC_VER) + +class V8_PLATFORM_EXPORT TracingController + : public V8_PLATFORM_NON_EXPORTED_BASE(v8::TracingController) { + public: + TracingController(); + ~TracingController() override; + +#if defined(V8_USE_PERFETTO) + // Must be called before StartTracing() if V8_USE_PERFETTO is true. Provides + // the output stream for the JSON trace data. + void InitializeForPerfetto(std::ostream* output_stream); + // Provide an optional listener for testing that will receive trace events. + // Must be called before StartTracing(). + void SetTraceEventListenerForTesting(TraceEventListener* listener); +#else // defined(V8_USE_PERFETTO) + // The pointer returned from GetCategoryGroupEnabled() points to a value with + // zero or more of the following bits. Used in this class only. The + // TRACE_EVENT macros should only use the value as a bool. These values must + // be in sync with macro values in TraceEvent.h in Blink. + enum CategoryGroupEnabledFlags { + // Category group enabled for the recording mode. + ENABLED_FOR_RECORDING = 1 << 0, + // Category group enabled by SetEventCallbackEnabled(). + ENABLED_FOR_EVENT_CALLBACK = 1 << 2, + // Category group enabled to export events to ETW. + ENABLED_FOR_ETW_EXPORT = 1 << 3 + }; + + // Takes ownership of |trace_buffer|. + void Initialize(TraceBuffer* trace_buffer); + + // v8::TracingController implementation. + const uint8_t* GetCategoryGroupEnabled(const char* category_group) override; + uint64_t AddTraceEvent( + char phase, const uint8_t* category_enabled_flag, const char* name, + const char* scope, uint64_t id, uint64_t bind_id, int32_t num_args, + const char** arg_names, const uint8_t* arg_types, + const uint64_t* arg_values, + std::unique_ptr* arg_convertables, + unsigned int flags) override; + uint64_t AddTraceEventWithTimestamp( + char phase, const uint8_t* category_enabled_flag, const char* name, + const char* scope, uint64_t id, uint64_t bind_id, int32_t num_args, + const char** arg_names, const uint8_t* arg_types, + const uint64_t* arg_values, + std::unique_ptr* arg_convertables, + unsigned int flags, int64_t timestamp) override; + void UpdateTraceEventDuration(const uint8_t* category_enabled_flag, + const char* name, uint64_t handle) override; + + static const char* GetCategoryGroupName(const uint8_t* category_enabled_flag); +#endif // !defined(V8_USE_PERFETTO) + + void AddTraceStateObserver( + v8::TracingController::TraceStateObserver* observer) override; + void RemoveTraceStateObserver( + v8::TracingController::TraceStateObserver* observer) override; + + void StartTracing(TraceConfig* trace_config); + void StopTracing(); + + protected: +#if !defined(V8_USE_PERFETTO) + virtual int64_t CurrentTimestampMicroseconds(); + virtual int64_t CurrentCpuTimestampMicroseconds(); +#endif // !defined(V8_USE_PERFETTO) + + private: +#if !defined(V8_USE_PERFETTO) + void UpdateCategoryGroupEnabledFlag(size_t category_index); + void UpdateCategoryGroupEnabledFlags(); +#endif // !defined(V8_USE_PERFETTO) + + std::unique_ptr mutex_; + std::unique_ptr trace_config_; + std::atomic_bool recording_{false}; + std::unordered_set observers_; + +#if defined(V8_USE_PERFETTO) + std::ostream* output_stream_ = nullptr; + std::unique_ptr + trace_processor_; + TraceEventListener* listener_for_testing_ = nullptr; + std::unique_ptr tracing_session_; +#else // !defined(V8_USE_PERFETTO) + std::unique_ptr trace_buffer_; +#endif // !defined(V8_USE_PERFETTO) + + // Disallow copy and assign + TracingController(const TracingController&) = delete; + void operator=(const TracingController&) = delete; +}; + +#undef V8_PLATFORM_NON_EXPORTED_BASE + +} // namespace tracing +} // namespace platform +} // namespace v8 + +#endif // V8_LIBPLATFORM_V8_TRACING_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-cppgc.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-cppgc.h new file mode 100644 index 0000000..745fb04 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-cppgc.h @@ -0,0 +1,325 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_V8_CPPGC_H_ +#define INCLUDE_V8_CPPGC_H_ + +#include +#include +#include + +#include "cppgc/common.h" +#include "cppgc/custom-space.h" +#include "cppgc/heap-statistics.h" +#include "cppgc/internal/write-barrier.h" +#include "cppgc/visitor.h" +#include "v8-internal.h" // NOLINT(build/include_directory) +#include "v8.h" // NOLINT(build/include_directory) + +namespace cppgc { +class AllocationHandle; +class HeapHandle; +} // namespace cppgc + +namespace v8 { + +namespace internal { +class CppHeap; +} // namespace internal + +class CustomSpaceStatisticsReceiver; + +/** + * Describes how V8 wrapper objects maintain references to garbage-collected C++ + * objects. + */ +struct WrapperDescriptor final { + /** + * The index used on `v8::Ojbect::SetAlignedPointerFromInternalField()` and + * related APIs to add additional data to an object which is used to identify + * JS->C++ references. + */ + using InternalFieldIndex = int; + + /** + * Unknown embedder id. The value is reserved for internal usages and must not + * be used with `CppHeap`. + */ + static constexpr uint16_t kUnknownEmbedderId = UINT16_MAX; + + constexpr WrapperDescriptor(InternalFieldIndex wrappable_type_index, + InternalFieldIndex wrappable_instance_index, + uint16_t embedder_id_for_garbage_collected) + : wrappable_type_index(wrappable_type_index), + wrappable_instance_index(wrappable_instance_index), + embedder_id_for_garbage_collected(embedder_id_for_garbage_collected) {} + + /** + * Index of the wrappable type. + */ + InternalFieldIndex wrappable_type_index; + + /** + * Index of the wrappable instance. + */ + InternalFieldIndex wrappable_instance_index; + + /** + * Embedder id identifying instances of garbage-collected objects. It is + * expected that the first field of the wrappable type is a uint16_t holding + * the id. Only references to instances of wrappables types with an id of + * `embedder_id_for_garbage_collected` will be considered by CppHeap. + */ + uint16_t embedder_id_for_garbage_collected; +}; + +struct V8_EXPORT CppHeapCreateParams { + CppHeapCreateParams(const CppHeapCreateParams&) = delete; + CppHeapCreateParams& operator=(const CppHeapCreateParams&) = delete; + + std::vector> custom_spaces; + WrapperDescriptor wrapper_descriptor; +}; + +/** + * A heap for allocating managed C++ objects. + */ +class V8_EXPORT CppHeap { + public: + static std::unique_ptr Create(v8::Platform* platform, + const CppHeapCreateParams& params); + + virtual ~CppHeap() = default; + + /** + * \returns the opaque handle for allocating objects using + * `MakeGarbageCollected()`. + */ + cppgc::AllocationHandle& GetAllocationHandle(); + + /** + * \returns the opaque heap handle which may be used to refer to this heap in + * other APIs. Valid as long as the underlying `CppHeap` is alive. + */ + cppgc::HeapHandle& GetHeapHandle(); + + /** + * Terminate clears all roots and performs multiple garbage collections to + * reclaim potentially newly created objects in destructors. + * + * After this call, object allocation is prohibited. + */ + void Terminate(); + + /** + * \param detail_level specifies whether should return detailed + * statistics or only brief summary statistics. + * \returns current CppHeap statistics regarding memory consumption + * and utilization. + */ + cppgc::HeapStatistics CollectStatistics( + cppgc::HeapStatistics::DetailLevel detail_level); + + /** + * Collects statistics for the given spaces and reports them to the receiver. + * + * \param custom_spaces a collection of custom space indicies. + * \param receiver an object that gets the results. + */ + void CollectCustomSpaceStatisticsAtLastGC( + std::vector custom_spaces, + std::unique_ptr receiver); + + /** + * Enables a detached mode that allows testing garbage collection using + * `cppgc::testing` APIs. Once used, the heap cannot be attached to an + * `Isolate` anymore. + */ + void EnableDetachedGarbageCollectionsForTesting(); + + /** + * Performs a stop-the-world garbage collection for testing purposes. + * + * \param stack_state The stack state to assume for the garbage collection. + */ + void CollectGarbageForTesting(cppgc::EmbedderStackState stack_state); + + private: + CppHeap() = default; + + friend class internal::CppHeap; +}; + +class JSVisitor : public cppgc::Visitor { + public: + explicit JSVisitor(cppgc::Visitor::Key key) : cppgc::Visitor(key) {} + + void Trace(const TracedReferenceBase& ref) { + if (ref.IsEmptyThreadSafe()) return; + Visit(ref); + } + + protected: + using cppgc::Visitor::Visit; + + virtual void Visit(const TracedReferenceBase& ref) {} +}; + +/** + * **DO NOT USE: Use the appropriate managed types.** + * + * Consistency helpers that aid in maintaining a consistent internal state of + * the garbage collector. + */ +class V8_EXPORT JSHeapConsistency final { + public: + using WriteBarrierParams = cppgc::internal::WriteBarrier::Params; + using WriteBarrierType = cppgc::internal::WriteBarrier::Type; + + /** + * Gets the required write barrier type for a specific write. + * + * Note: Handling for C++ to JS references. + * + * \param ref The reference being written to. + * \param params Parameters that may be used for actual write barrier calls. + * Only filled if return value indicates that a write barrier is needed. The + * contents of the `params` are an implementation detail. + * \param callback Callback returning the corresponding heap handle. The + * callback is only invoked if the heap cannot otherwise be figured out. The + * callback must not allocate. + * \returns whether a write barrier is needed and which barrier to invoke. + */ + template + static V8_INLINE WriteBarrierType + GetWriteBarrierType(const TracedReferenceBase& ref, + WriteBarrierParams& params, HeapHandleCallback callback) { + if (ref.IsEmpty()) return WriteBarrierType::kNone; + + if (V8_LIKELY(!cppgc::internal::WriteBarrier:: + IsAnyIncrementalOrConcurrentMarking())) { + return cppgc::internal::WriteBarrier::Type::kNone; + } + cppgc::HeapHandle& handle = callback(); + if (!cppgc::subtle::HeapState::IsMarking(handle)) { + return cppgc::internal::WriteBarrier::Type::kNone; + } + params.heap = &handle; +#if V8_ENABLE_CHECKS + params.type = cppgc::internal::WriteBarrier::Type::kMarking; +#endif // !V8_ENABLE_CHECKS + return cppgc::internal::WriteBarrier::Type::kMarking; + } + + /** + * Gets the required write barrier type for a specific write. + * + * Note: Handling for JS to C++ references. + * + * \param wrapper The wrapper that has been written into. + * \param wrapper_index The wrapper index in `wrapper` that has been written + * into. + * \param wrappable The value that was written. + * \param params Parameters that may be used for actual write barrier calls. + * Only filled if return value indicates that a write barrier is needed. The + * contents of the `params` are an implementation detail. + * \param callback Callback returning the corresponding heap handle. The + * callback is only invoked if the heap cannot otherwise be figured out. The + * callback must not allocate. + * \returns whether a write barrier is needed and which barrier to invoke. + */ + template + static V8_INLINE WriteBarrierType GetWriteBarrierType( + v8::Local& wrapper, int wrapper_index, const void* wrappable, + WriteBarrierParams& params, HeapHandleCallback callback) { +#if V8_ENABLE_CHECKS + CheckWrapper(wrapper, wrapper_index, wrappable); +#endif // V8_ENABLE_CHECKS + return cppgc::internal::WriteBarrier:: + GetWriteBarrierTypeForExternallyReferencedObject(wrappable, params, + callback); + } + + /** + * Conservative Dijkstra-style write barrier that processes an object if it + * has not yet been processed. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param ref The reference being written to. + */ + static V8_INLINE void DijkstraMarkingBarrier(const WriteBarrierParams& params, + cppgc::HeapHandle& heap_handle, + const TracedReferenceBase& ref) { + cppgc::internal::WriteBarrier::CheckParams(WriteBarrierType::kMarking, + params); + DijkstraMarkingBarrierSlow(heap_handle, ref); + } + + /** + * Conservative Dijkstra-style write barrier that processes an object if it + * has not yet been processed. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param object The pointer to the object. May be an interior pointer to a + * an interface of the actual object. + */ + static V8_INLINE void DijkstraMarkingBarrier(const WriteBarrierParams& params, + cppgc::HeapHandle& heap_handle, + const void* object) { + cppgc::internal::WriteBarrier::DijkstraMarkingBarrier(params, object); + } + + /** + * Generational barrier for maintaining consistency when running with multiple + * generations. + * + * \param params The parameters retrieved from `GetWriteBarrierType()`. + * \param ref The reference being written to. + */ + static V8_INLINE void GenerationalBarrier(const WriteBarrierParams& params, + const TracedReferenceBase& ref) {} + + private: + JSHeapConsistency() = delete; + + static void CheckWrapper(v8::Local&, int, const void*); + + static void DijkstraMarkingBarrierSlow(cppgc::HeapHandle&, + const TracedReferenceBase& ref); +}; + +/** + * Provided as input to `CppHeap::CollectCustomSpaceStatisticsAtLastGC()`. + * + * Its method is invoked with the results of the statistic collection. + */ +class CustomSpaceStatisticsReceiver { + public: + virtual ~CustomSpaceStatisticsReceiver() = default; + /** + * Reports the size of a space at the last GC. It is called for each space + * that was requested in `CollectCustomSpaceStatisticsAtLastGC()`. + * + * \param space_index The index of the space. + * \param bytes The total size of live objects in the space at the last GC. + * It is zero if there was no GC yet. + */ + virtual void AllocatedBytes(cppgc::CustomSpaceIndex space_index, + size_t bytes) = 0; +}; + +} // namespace v8 + +namespace cppgc { + +template +struct TraceTrait> { + static void Trace(Visitor* visitor, const v8::TracedReference* self) { + static_cast(visitor)->Trace(*self); + } +}; + +} // namespace cppgc + +#endif // INCLUDE_V8_CPPGC_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-fast-api-calls.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-fast-api-calls.h new file mode 100644 index 0000000..8c9d027 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-fast-api-calls.h @@ -0,0 +1,836 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +/** + * This file provides additional API on top of the default one for making + * API calls, which come from embedder C++ functions. The functions are being + * called directly from optimized code, doing all the necessary typechecks + * in the compiler itself, instead of on the embedder side. Hence the "fast" + * in the name. Example usage might look like: + * + * \code + * void FastMethod(int param, bool another_param); + * + * v8::FunctionTemplate::New(isolate, SlowCallback, data, + * signature, length, constructor_behavior + * side_effect_type, + * &v8::CFunction::Make(FastMethod)); + * \endcode + * + * By design, fast calls are limited by the following requirements, which + * the embedder should enforce themselves: + * - they should not allocate on the JS heap; + * - they should not trigger JS execution. + * To enforce them, the embedder could use the existing + * v8::Isolate::DisallowJavascriptExecutionScope and a utility similar to + * Blink's NoAllocationScope: + * https://source.chromium.org/chromium/chromium/src/+/master:third_party/blink/renderer/platform/heap/thread_state_scopes.h;l=16 + * + * Due to these limitations, it's not directly possible to report errors by + * throwing a JS exception or to otherwise do an allocation. There is an + * alternative way of creating fast calls that supports falling back to the + * slow call and then performing the necessary allocation. When one creates + * the fast method by using CFunction::MakeWithFallbackSupport instead of + * CFunction::Make, the fast callback gets as last parameter an output variable, + * through which it can request falling back to the slow call. So one might + * declare their method like: + * + * \code + * void FastMethodWithFallback(int param, FastApiCallbackOptions& options); + * \endcode + * + * If the callback wants to signal an error condition or to perform an + * allocation, it must set options.fallback to true and do an early return from + * the fast method. Then V8 checks the value of options.fallback and if it's + * true, falls back to executing the SlowCallback, which is capable of reporting + * the error (either by throwing a JS exception or logging to the console) or + * doing the allocation. It's the embedder's responsibility to ensure that the + * fast callback is idempotent up to the point where error and fallback + * conditions are checked, because otherwise executing the slow callback might + * produce visible side-effects twice. + * + * An example for custom embedder type support might employ a way to wrap/ + * unwrap various C++ types in JSObject instances, e.g: + * + * \code + * + * // Helper method with a check for field count. + * template + * inline T* GetInternalField(v8::Local wrapper) { + * assert(offset < wrapper->InternalFieldCount()); + * return reinterpret_cast( + * wrapper->GetAlignedPointerFromInternalField(offset)); + * } + * + * class CustomEmbedderType { + * public: + * // Returns the raw C object from a wrapper JS object. + * static CustomEmbedderType* Unwrap(v8::Local wrapper) { + * return GetInternalField(wrapper); + * } + * static void FastMethod(v8::Local receiver_obj, int param) { + * CustomEmbedderType* receiver = static_cast( + * receiver_obj->GetAlignedPointerFromInternalField( + * kV8EmbedderWrapperObjectIndex)); + * + * // Type checks are already done by the optimized code. + * // Then call some performance-critical method like: + * // receiver->Method(param); + * } + * + * static void SlowMethod( + * const v8::FunctionCallbackInfo& info) { + * v8::Local instance = + * v8::Local::Cast(info.Holder()); + * CustomEmbedderType* receiver = Unwrap(instance); + * // TODO: Do type checks and extract {param}. + * receiver->Method(param); + * } + * }; + * + * // TODO(mslekova): Clean-up these constants + * // The constants kV8EmbedderWrapperTypeIndex and + * // kV8EmbedderWrapperObjectIndex describe the offsets for the type info + * // struct and the native object, when expressed as internal field indices + * // within a JSObject. The existance of this helper function assumes that + * // all embedder objects have their JSObject-side type info at the same + * // offset, but this is not a limitation of the API itself. For a detailed + * // use case, see the third example. + * static constexpr int kV8EmbedderWrapperTypeIndex = 0; + * static constexpr int kV8EmbedderWrapperObjectIndex = 1; + * + * // The following setup function can be templatized based on + * // the {embedder_object} argument. + * void SetupCustomEmbedderObject(v8::Isolate* isolate, + * v8::Local context, + * CustomEmbedderType* embedder_object) { + * isolate->set_embedder_wrapper_type_index( + * kV8EmbedderWrapperTypeIndex); + * isolate->set_embedder_wrapper_object_index( + * kV8EmbedderWrapperObjectIndex); + * + * v8::CFunction c_func = + * MakeV8CFunction(CustomEmbedderType::FastMethod); + * + * Local method_template = + * v8::FunctionTemplate::New( + * isolate, CustomEmbedderType::SlowMethod, v8::Local(), + * v8::Local(), 1, v8::ConstructorBehavior::kAllow, + * v8::SideEffectType::kHasSideEffect, &c_func); + * + * v8::Local object_template = + * v8::ObjectTemplate::New(isolate); + * object_template->SetInternalFieldCount( + * kV8EmbedderWrapperObjectIndex + 1); + * object_template->Set(isolate, "method", method_template); + * + * // Instantiate the wrapper JS object. + * v8::Local object = + * object_template->NewInstance(context).ToLocalChecked(); + * object->SetAlignedPointerInInternalField( + * kV8EmbedderWrapperObjectIndex, + * reinterpret_cast(embedder_object)); + * + * // TODO: Expose {object} where it's necessary. + * } + * \endcode + * + * For instance if {object} is exposed via a global "obj" variable, + * one could write in JS: + * function hot_func() { + * obj.method(42); + * } + * and once {hot_func} gets optimized, CustomEmbedderType::FastMethod + * will be called instead of the slow version, with the following arguments: + * receiver := the {embedder_object} from above + * param := 42 + * + * Currently supported return types: + * - void + * - bool + * - int32_t + * - uint32_t + * - float32_t + * - float64_t + * Currently supported argument types: + * - pointer to an embedder type + * - JavaScript array of primitive types + * - bool + * - int32_t + * - uint32_t + * - int64_t + * - uint64_t + * - float32_t + * - float64_t + * + * The 64-bit integer types currently have the IDL (unsigned) long long + * semantics: https://heycam.github.io/webidl/#abstract-opdef-converttoint + * In the future we'll extend the API to also provide conversions from/to + * BigInt to preserve full precision. + * The floating point types currently have the IDL (unrestricted) semantics, + * which is the only one used by WebGL. We plan to add support also for + * restricted floats/doubles, similarly to the BigInt conversion policies. + * We also differ from the specific NaN bit pattern that WebIDL prescribes + * (https://heycam.github.io/webidl/#es-unrestricted-float) in that Blink + * passes NaN values as-is, i.e. doesn't normalize them. + * + * To be supported types: + * - TypedArrays and ArrayBuffers + * - arrays of embedder types + * + * + * The API offers a limited support for function overloads: + * + * \code + * void FastMethod_2Args(int param, bool another_param); + * void FastMethod_3Args(int param, bool another_param, int third_param); + * + * v8::CFunction fast_method_2args_c_func = + * MakeV8CFunction(FastMethod_2Args); + * v8::CFunction fast_method_3args_c_func = + * MakeV8CFunction(FastMethod_3Args); + * const v8::CFunction fast_method_overloads[] = {fast_method_2args_c_func, + * fast_method_3args_c_func}; + * Local method_template = + * v8::FunctionTemplate::NewWithCFunctionOverloads( + * isolate, SlowCallback, data, signature, length, + * constructor_behavior, side_effect_type, + * {fast_method_overloads, 2}); + * \endcode + * + * In this example a single FunctionTemplate is associated to multiple C++ + * functions. The overload resolution is currently only based on the number of + * arguments passed in a call. For example, if this method_template is + * registered with a wrapper JS object as described above, a call with two + * arguments: + * obj.method(42, true); + * will result in a fast call to FastMethod_2Args, while a call with three or + * more arguments: + * obj.method(42, true, 11); + * will result in a fast call to FastMethod_3Args. Instead a call with less than + * two arguments, like: + * obj.method(42); + * would not result in a fast call but would fall back to executing the + * associated SlowCallback. + */ + +#ifndef INCLUDE_V8_FAST_API_CALLS_H_ +#define INCLUDE_V8_FAST_API_CALLS_H_ + +#include +#include + +#include +#include + +#include "v8-internal.h" // NOLINT(build/include_directory) +#include "v8.h" // NOLINT(build/include_directory) +#include "v8config.h" // NOLINT(build/include_directory) + +namespace v8 { + +class Isolate; + +class CTypeInfo { + public: + enum class Type : uint8_t { + kVoid, + kBool, + kInt32, + kUint32, + kInt64, + kUint64, + kFloat32, + kFloat64, + kV8Value, + kApiObject, // This will be deprecated once all users have + // migrated from v8::ApiObject to v8::Local. + }; + + // kCallbackOptionsType is not part of the Type enum + // because it is only used internally. Use value 255 that is larger + // than any valid Type enum. + static constexpr Type kCallbackOptionsType = Type(255); + + enum class SequenceType : uint8_t { + kScalar, + kIsSequence, // sequence + kIsTypedArray, // TypedArray of T or any ArrayBufferView if T + // is void + kIsArrayBuffer // ArrayBuffer + }; + + enum class Flags : uint8_t { + kNone = 0, + kAllowSharedBit = 1 << 0, // Must be an ArrayBuffer or TypedArray + kEnforceRangeBit = 1 << 1, // T must be integral + kClampBit = 1 << 2, // T must be integral + kIsRestrictedBit = 1 << 3, // T must be float or double + }; + + explicit constexpr CTypeInfo( + Type type, SequenceType sequence_type = SequenceType::kScalar, + Flags flags = Flags::kNone) + : type_(type), sequence_type_(sequence_type), flags_(flags) {} + + constexpr Type GetType() const { return type_; } + constexpr SequenceType GetSequenceType() const { return sequence_type_; } + constexpr Flags GetFlags() const { return flags_; } + + static constexpr bool IsIntegralType(Type type) { + return type == Type::kInt32 || type == Type::kUint32 || + type == Type::kInt64 || type == Type::kUint64; + } + + static constexpr bool IsFloatingPointType(Type type) { + return type == Type::kFloat32 || type == Type::kFloat64; + } + + static constexpr bool IsPrimitive(Type type) { + return IsIntegralType(type) || IsFloatingPointType(type) || + type == Type::kBool; + } + + private: + Type type_; + SequenceType sequence_type_; + Flags flags_; +}; + +struct FastApiTypedArrayBase { + public: + // Returns the length in number of elements. + size_t V8_EXPORT length() const { return length_; } + // Checks whether the given index is within the bounds of the collection. + void V8_EXPORT ValidateIndex(size_t index) const; + + protected: + size_t length_ = 0; +}; + +template +struct FastApiTypedArray : public FastApiTypedArrayBase { + public: + V8_INLINE T get(size_t index) const { +#ifdef DEBUG + ValidateIndex(index); +#endif // DEBUG + T tmp; + memcpy(&tmp, reinterpret_cast(data_) + index, sizeof(T)); + return tmp; + } + + private: + // This pointer should include the typed array offset applied. + // It's not guaranteed that it's aligned to sizeof(T), it's only + // guaranteed that it's 4-byte aligned, so for 8-byte types we need to + // provide a special implementation for reading from it, which hides + // the possibly unaligned read in the `get` method. + void* data_; +}; + +// Any TypedArray. It uses kTypedArrayBit with base type void +// Overloaded args of ArrayBufferView and TypedArray are not supported +// (for now) because the generic “any” ArrayBufferView doesn’t have its +// own instance type. It could be supported if we specify that +// TypedArray always has precedence over the generic ArrayBufferView, +// but this complicates overload resolution. +struct FastApiArrayBufferView { + void* data; + size_t byte_length; +}; + +struct FastApiArrayBuffer { + void* data; + size_t byte_length; +}; + +class V8_EXPORT CFunctionInfo { + public: + // Construct a struct to hold a CFunction's type information. + // |return_info| describes the function's return type. + // |arg_info| is an array of |arg_count| CTypeInfos describing the + // arguments. Only the last argument may be of the special type + // CTypeInfo::kCallbackOptionsType. + CFunctionInfo(const CTypeInfo& return_info, unsigned int arg_count, + const CTypeInfo* arg_info); + + const CTypeInfo& ReturnInfo() const { return return_info_; } + + // The argument count, not including the v8::FastApiCallbackOptions + // if present. + unsigned int ArgumentCount() const { + return HasOptions() ? arg_count_ - 1 : arg_count_; + } + + // |index| must be less than ArgumentCount(). + // Note: if the last argument passed on construction of CFunctionInfo + // has type CTypeInfo::kCallbackOptionsType, it is not included in + // ArgumentCount(). + const CTypeInfo& ArgumentInfo(unsigned int index) const; + + bool HasOptions() const { + // The options arg is always the last one. + return arg_count_ > 0 && arg_info_[arg_count_ - 1].GetType() == + CTypeInfo::kCallbackOptionsType; + } + + private: + const CTypeInfo return_info_; + const unsigned int arg_count_; + const CTypeInfo* arg_info_; +}; + +class V8_EXPORT CFunction { + public: + constexpr CFunction() : address_(nullptr), type_info_(nullptr) {} + + const CTypeInfo& ReturnInfo() const { return type_info_->ReturnInfo(); } + + const CTypeInfo& ArgumentInfo(unsigned int index) const { + return type_info_->ArgumentInfo(index); + } + + unsigned int ArgumentCount() const { return type_info_->ArgumentCount(); } + + const void* GetAddress() const { return address_; } + const CFunctionInfo* GetTypeInfo() const { return type_info_; } + + enum class OverloadResolution { kImpossible, kAtRuntime, kAtCompileTime }; + + // Returns whether an overload between this and the given CFunction can + // be resolved at runtime by the RTTI available for the arguments or at + // compile time for functions with different number of arguments. + OverloadResolution GetOverloadResolution(const CFunction* other) { + // Runtime overload resolution can only deal with functions with the + // same number of arguments. Functions with different arity are handled + // by compile time overload resolution though. + if (ArgumentCount() != other->ArgumentCount()) { + return OverloadResolution::kAtCompileTime; + } + + // The functions can only differ by a single argument position. + int diff_index = -1; + for (unsigned int i = 0; i < ArgumentCount(); ++i) { + if (ArgumentInfo(i).GetSequenceType() != + other->ArgumentInfo(i).GetSequenceType()) { + if (diff_index >= 0) { + return OverloadResolution::kImpossible; + } + diff_index = i; + + // We only support overload resolution between sequence types. + if (ArgumentInfo(i).GetSequenceType() == + CTypeInfo::SequenceType::kScalar || + other->ArgumentInfo(i).GetSequenceType() == + CTypeInfo::SequenceType::kScalar) { + return OverloadResolution::kImpossible; + } + } + } + + return OverloadResolution::kAtRuntime; + } + + template + static CFunction Make(F* func) { + return ArgUnwrap::Make(func); + } + + template + V8_DEPRECATED("Use CFunctionBuilder instead.") + static CFunction MakeWithFallbackSupport(F* func) { + return ArgUnwrap::Make(func); + } + + CFunction(const void* address, const CFunctionInfo* type_info); + + private: + const void* address_; + const CFunctionInfo* type_info_; + + template + class ArgUnwrap { + static_assert(sizeof(F) != sizeof(F), + "CFunction must be created from a function pointer."); + }; + + template + class ArgUnwrap { + public: + static CFunction Make(R (*func)(Args...)); + }; +}; + +struct V8_DEPRECATE_SOON("Use v8::Local instead.") ApiObject { + uintptr_t address; +}; + +/** + * A struct which may be passed to a fast call callback, like so: + * \code + * void FastMethodWithOptions(int param, FastApiCallbackOptions& options); + * \endcode + */ +struct FastApiCallbackOptions { + /** + * Creates a new instance of FastApiCallbackOptions for testing purpose. The + * returned instance may be filled with mock data. + */ + static FastApiCallbackOptions CreateForTesting(Isolate* isolate) { + return {false, {0}}; + } + + /** + * If the callback wants to signal an error condition or to perform an + * allocation, it must set options.fallback to true and do an early return + * from the fast method. Then V8 checks the value of options.fallback and if + * it's true, falls back to executing the SlowCallback, which is capable of + * reporting the error (either by throwing a JS exception or logging to the + * console) or doing the allocation. It's the embedder's responsibility to + * ensure that the fast callback is idempotent up to the point where error and + * fallback conditions are checked, because otherwise executing the slow + * callback might produce visible side-effects twice. + */ + bool fallback; + + /** + * The `data` passed to the FunctionTemplate constructor, or `undefined`. + * `data_ptr` allows for default constructing FastApiCallbackOptions. + */ + union { + uintptr_t data_ptr; + v8::Value data; + }; +}; + +namespace internal { + +// Helper to count the number of occurances of `T` in `List` +template +struct count : std::integral_constant {}; +template +struct count + : std::integral_constant::value> {}; +template +struct count : count {}; + +template +class CFunctionInfoImpl : public CFunctionInfo { + static constexpr int kOptionsArgCount = + count(); + static constexpr int kReceiverCount = 1; + + static_assert(kOptionsArgCount == 0 || kOptionsArgCount == 1, + "Only one options parameter is supported."); + + static_assert(sizeof...(ArgBuilders) >= kOptionsArgCount + kReceiverCount, + "The receiver or the options argument is missing."); + + public: + constexpr CFunctionInfoImpl() + : CFunctionInfo(RetBuilder::Build(), sizeof...(ArgBuilders), + arg_info_storage_), + arg_info_storage_{ArgBuilders::Build()...} { + constexpr CTypeInfo::Type kReturnType = RetBuilder::Build().GetType(); + static_assert(kReturnType == CTypeInfo::Type::kVoid || + kReturnType == CTypeInfo::Type::kBool || + kReturnType == CTypeInfo::Type::kInt32 || + kReturnType == CTypeInfo::Type::kUint32 || + kReturnType == CTypeInfo::Type::kFloat32 || + kReturnType == CTypeInfo::Type::kFloat64, + "64-bit int and api object values are not currently " + "supported return types."); + } + + private: + const CTypeInfo arg_info_storage_[sizeof...(ArgBuilders)]; +}; + +template +struct TypeInfoHelper { + static_assert(sizeof(T) != sizeof(T), "This type is not supported"); +}; + +#define SPECIALIZE_GET_TYPE_INFO_HELPER_FOR(T, Enum) \ + template <> \ + struct TypeInfoHelper { \ + static constexpr CTypeInfo::Flags Flags() { \ + return CTypeInfo::Flags::kNone; \ + } \ + \ + static constexpr CTypeInfo::Type Type() { return CTypeInfo::Type::Enum; } \ + static constexpr CTypeInfo::SequenceType SequenceType() { \ + return CTypeInfo::SequenceType::kScalar; \ + } \ + }; + +template +struct CTypeInfoTraits {}; + +#define DEFINE_TYPE_INFO_TRAITS(CType, Enum) \ + template <> \ + struct CTypeInfoTraits { \ + using ctype = CType; \ + }; + +#define PRIMITIVE_C_TYPES(V) \ + V(bool, kBool) \ + V(int32_t, kInt32) \ + V(uint32_t, kUint32) \ + V(int64_t, kInt64) \ + V(uint64_t, kUint64) \ + V(float, kFloat32) \ + V(double, kFloat64) + +// Same as above, but includes deprecated types for compatibility. +#define ALL_C_TYPES(V) \ + PRIMITIVE_C_TYPES(V) \ + V(void, kVoid) \ + V(v8::Local, kV8Value) \ + V(v8::Local, kV8Value) \ + V(ApiObject, kApiObject) + +// ApiObject was a temporary solution to wrap the pointer to the v8::Value. +// Please use v8::Local in new code for the arguments and +// v8::Local for the receiver, as ApiObject will be deprecated. + +ALL_C_TYPES(SPECIALIZE_GET_TYPE_INFO_HELPER_FOR) +PRIMITIVE_C_TYPES(DEFINE_TYPE_INFO_TRAITS) + +#undef PRIMITIVE_C_TYPES +#undef ALL_C_TYPES + +#define SPECIALIZE_GET_TYPE_INFO_HELPER_FOR_TA(T, Enum) \ + template <> \ + struct TypeInfoHelper&> { \ + static constexpr CTypeInfo::Flags Flags() { \ + return CTypeInfo::Flags::kNone; \ + } \ + \ + static constexpr CTypeInfo::Type Type() { return CTypeInfo::Type::Enum; } \ + static constexpr CTypeInfo::SequenceType SequenceType() { \ + return CTypeInfo::SequenceType::kIsTypedArray; \ + } \ + }; + +#define TYPED_ARRAY_C_TYPES(V) \ + V(int32_t, kInt32) \ + V(uint32_t, kUint32) \ + V(int64_t, kInt64) \ + V(uint64_t, kUint64) \ + V(float, kFloat32) \ + V(double, kFloat64) + +TYPED_ARRAY_C_TYPES(SPECIALIZE_GET_TYPE_INFO_HELPER_FOR_TA) + +#undef TYPED_ARRAY_C_TYPES + +template <> +struct TypeInfoHelper> { + static constexpr CTypeInfo::Flags Flags() { return CTypeInfo::Flags::kNone; } + + static constexpr CTypeInfo::Type Type() { return CTypeInfo::Type::kVoid; } + static constexpr CTypeInfo::SequenceType SequenceType() { + return CTypeInfo::SequenceType::kIsSequence; + } +}; + +template <> +struct TypeInfoHelper> { + static constexpr CTypeInfo::Flags Flags() { return CTypeInfo::Flags::kNone; } + + static constexpr CTypeInfo::Type Type() { return CTypeInfo::Type::kUint32; } + static constexpr CTypeInfo::SequenceType SequenceType() { + return CTypeInfo::SequenceType::kIsTypedArray; + } +}; + +template <> +struct TypeInfoHelper { + static constexpr CTypeInfo::Flags Flags() { return CTypeInfo::Flags::kNone; } + + static constexpr CTypeInfo::Type Type() { + return CTypeInfo::kCallbackOptionsType; + } + static constexpr CTypeInfo::SequenceType SequenceType() { + return CTypeInfo::SequenceType::kScalar; + } +}; + +#define STATIC_ASSERT_IMPLIES(COND, ASSERTION, MSG) \ + static_assert(((COND) == 0) || (ASSERTION), MSG) + +template +class CTypeInfoBuilder { + public: + using BaseType = T; + + static constexpr CTypeInfo Build() { + constexpr CTypeInfo::Flags kFlags = + MergeFlags(TypeInfoHelper::Flags(), Flags...); + constexpr CTypeInfo::Type kType = TypeInfoHelper::Type(); + constexpr CTypeInfo::SequenceType kSequenceType = + TypeInfoHelper::SequenceType(); + + STATIC_ASSERT_IMPLIES( + uint8_t(kFlags) & uint8_t(CTypeInfo::Flags::kAllowSharedBit), + (kSequenceType == CTypeInfo::SequenceType::kIsTypedArray || + kSequenceType == CTypeInfo::SequenceType::kIsArrayBuffer), + "kAllowSharedBit is only allowed for TypedArrays and ArrayBuffers."); + STATIC_ASSERT_IMPLIES( + uint8_t(kFlags) & uint8_t(CTypeInfo::Flags::kEnforceRangeBit), + CTypeInfo::IsIntegralType(kType), + "kEnforceRangeBit is only allowed for integral types."); + STATIC_ASSERT_IMPLIES( + uint8_t(kFlags) & uint8_t(CTypeInfo::Flags::kClampBit), + CTypeInfo::IsIntegralType(kType), + "kClampBit is only allowed for integral types."); + STATIC_ASSERT_IMPLIES( + uint8_t(kFlags) & uint8_t(CTypeInfo::Flags::kIsRestrictedBit), + CTypeInfo::IsFloatingPointType(kType), + "kIsRestrictedBit is only allowed for floating point types."); + STATIC_ASSERT_IMPLIES(kSequenceType == CTypeInfo::SequenceType::kIsSequence, + kType == CTypeInfo::Type::kVoid, + "Sequences are only supported from void type."); + STATIC_ASSERT_IMPLIES( + kSequenceType == CTypeInfo::SequenceType::kIsTypedArray, + CTypeInfo::IsPrimitive(kType) || kType == CTypeInfo::Type::kVoid, + "TypedArrays are only supported from primitive types or void."); + + // Return the same type with the merged flags. + return CTypeInfo(TypeInfoHelper::Type(), + TypeInfoHelper::SequenceType(), kFlags); + } + + private: + template + static constexpr CTypeInfo::Flags MergeFlags(CTypeInfo::Flags flags, + Rest... rest) { + return CTypeInfo::Flags(uint8_t(flags) | uint8_t(MergeFlags(rest...))); + } + static constexpr CTypeInfo::Flags MergeFlags() { return CTypeInfo::Flags(0); } +}; + +template +class CFunctionBuilderWithFunction { + public: + explicit constexpr CFunctionBuilderWithFunction(const void* fn) : fn_(fn) {} + + template + constexpr auto Ret() { + return CFunctionBuilderWithFunction< + CTypeInfoBuilder, + ArgBuilders...>(fn_); + } + + template + constexpr auto Arg() { + // Return a copy of the builder with the Nth arg builder merged with + // template parameter pack Flags. + return ArgImpl( + std::make_index_sequence()); + } + + auto Build() { + static CFunctionInfoImpl instance; + return CFunction(fn_, &instance); + } + + private: + template + struct GetArgBuilder; + + // Returns the same ArgBuilder as the one at index N, including its flags. + // Flags in the template parameter pack are ignored. + template + struct GetArgBuilder { + using type = + typename std::tuple_element>::type; + }; + + // Returns an ArgBuilder with the same base type as the one at index N, + // but merges the flags with the flags in the template parameter pack. + template + struct GetArgBuilder { + using type = CTypeInfoBuilder< + typename std::tuple_element>::type::BaseType, + std::tuple_element>::type::Build() + .GetFlags(), + Flags...>; + }; + + // Return a copy of the CFunctionBuilder, but merges the Flags on + // ArgBuilder index N with the new Flags passed in the template parameter + // pack. + template + constexpr auto ArgImpl(std::index_sequence) { + return CFunctionBuilderWithFunction< + RetBuilder, typename GetArgBuilder::type...>(fn_); + } + + const void* fn_; +}; + +class CFunctionBuilder { + public: + constexpr CFunctionBuilder() {} + + template + constexpr auto Fn(R (*fn)(Args...)) { + return CFunctionBuilderWithFunction, + CTypeInfoBuilder...>( + reinterpret_cast(fn)); + } +}; + +} // namespace internal + +// static +template +CFunction CFunction::ArgUnwrap::Make(R (*func)(Args...)) { + return internal::CFunctionBuilder().Fn(func).Build(); +} + +using CFunctionBuilder = internal::CFunctionBuilder; + +static constexpr CTypeInfo kTypeInfoInt32 = CTypeInfo(CTypeInfo::Type::kInt32); +static constexpr CTypeInfo kTypeInfoFloat64 = + CTypeInfo(CTypeInfo::Type::kFloat64); + +/** + * Copies the contents of this JavaScript array to a C++ buffer with + * a given max_length. A CTypeInfo is passed as an argument, + * instructing different rules for conversion (e.g. restricted float/double). + * The element type T of the destination array must match the C type + * corresponding to the CTypeInfo (specified by CTypeInfoTraits). + * If the array length is larger than max_length or the array is of + * unsupported type, the operation will fail, returning false. Generally, an + * array which contains objects, undefined, null or anything not convertible + * to the requested destination type, is considered unsupported. The operation + * returns true on success. `type_info` will be used for conversions. + */ +template +bool V8_EXPORT V8_WARN_UNUSED_RESULT TryCopyAndConvertArrayToCppBuffer( + Local src, T* dst, uint32_t max_length); + +template <> +inline bool V8_WARN_UNUSED_RESULT +TryCopyAndConvertArrayToCppBuffer<&kTypeInfoInt32, int32_t>( + Local src, int32_t* dst, uint32_t max_length) { + return CopyAndConvertArrayToCppBufferInt32(src, dst, max_length); +} + +template <> +inline bool V8_WARN_UNUSED_RESULT +TryCopyAndConvertArrayToCppBuffer<&kTypeInfoFloat64, double>( + Local src, double* dst, uint32_t max_length) { + return CopyAndConvertArrayToCppBufferFloat64(src, dst, max_length); +} + +} // namespace v8 + +#endif // INCLUDE_V8_FAST_API_CALLS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-inspector-protocol.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-inspector-protocol.h new file mode 100644 index 0000000..a5ffb7d --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-inspector-protocol.h @@ -0,0 +1,13 @@ +// Copyright 2016 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_V8_INSPECTOR_PROTOCOL_H_ +#define V8_V8_INSPECTOR_PROTOCOL_H_ + +#include "inspector/Debugger.h" // NOLINT(build/include_directory) +#include "inspector/Runtime.h" // NOLINT(build/include_directory) +#include "inspector/Schema.h" // NOLINT(build/include_directory) +#include "v8-inspector.h" // NOLINT(build/include_directory) + +#endif // V8_V8_INSPECTOR_PROTOCOL_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-inspector.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-inspector.h new file mode 100644 index 0000000..e60573b --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-inspector.h @@ -0,0 +1,354 @@ +// Copyright 2016 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_V8_INSPECTOR_H_ +#define V8_V8_INSPECTOR_H_ + +#include +#include + +#include +#include + +#include "v8.h" // NOLINT(build/include_directory) + +namespace v8_inspector { + +namespace protocol { +namespace Debugger { +namespace API { +class SearchMatch; +} +} +namespace Runtime { +namespace API { +class RemoteObject; +class StackTrace; +class StackTraceId; +} +} +namespace Schema { +namespace API { +class Domain; +} +} +} // namespace protocol + +class V8_EXPORT StringView { + public: + StringView() : m_is8Bit(true), m_length(0), m_characters8(nullptr) {} + + StringView(const uint8_t* characters, size_t length) + : m_is8Bit(true), m_length(length), m_characters8(characters) {} + + StringView(const uint16_t* characters, size_t length) + : m_is8Bit(false), m_length(length), m_characters16(characters) {} + + bool is8Bit() const { return m_is8Bit; } + size_t length() const { return m_length; } + + // TODO(dgozman): add DCHECK(m_is8Bit) to accessors once platform can be used + // here. + const uint8_t* characters8() const { return m_characters8; } + const uint16_t* characters16() const { return m_characters16; } + + private: + bool m_is8Bit; + size_t m_length; + union { + const uint8_t* m_characters8; + const uint16_t* m_characters16; + }; +}; + +class V8_EXPORT StringBuffer { + public: + virtual ~StringBuffer() = default; + virtual StringView string() const = 0; + // This method copies contents. + static std::unique_ptr create(StringView); +}; + +class V8_EXPORT V8ContextInfo { + public: + V8ContextInfo(v8::Local context, int contextGroupId, + StringView humanReadableName) + : context(context), + contextGroupId(contextGroupId), + humanReadableName(humanReadableName), + hasMemoryOnConsole(false) {} + + v8::Local context; + // Each v8::Context is a part of a group. The group id must be non-zero. + int contextGroupId; + StringView humanReadableName; + StringView origin; + StringView auxData; + bool hasMemoryOnConsole; + + static int executionContextId(v8::Local context); + + // Disallow copying and allocating this one. + enum NotNullTagEnum { NotNullLiteral }; + void* operator new(size_t) = delete; + void* operator new(size_t, NotNullTagEnum, void*) = delete; + void* operator new(size_t, void*) = delete; + V8ContextInfo(const V8ContextInfo&) = delete; + V8ContextInfo& operator=(const V8ContextInfo&) = delete; +}; + +class V8_EXPORT V8StackTrace { + public: + virtual StringView firstNonEmptySourceURL() const = 0; + virtual bool isEmpty() const = 0; + virtual StringView topSourceURL() const = 0; + virtual int topLineNumber() const = 0; + virtual int topColumnNumber() const = 0; + virtual int topScriptId() const = 0; + V8_DEPRECATE_SOON("Use V8::StackTrace::topScriptId() instead.") + int topScriptIdAsInteger() const { return topScriptId(); } + virtual StringView topFunctionName() const = 0; + + virtual ~V8StackTrace() = default; + virtual std::unique_ptr + buildInspectorObject() const = 0; + virtual std::unique_ptr + buildInspectorObject(int maxAsyncDepth) const = 0; + virtual std::unique_ptr toString() const = 0; + + // Safe to pass between threads, drops async chain. + virtual std::unique_ptr clone() = 0; +}; + +class V8_EXPORT V8InspectorSession { + public: + virtual ~V8InspectorSession() = default; + + // Cross-context inspectable values (DOM nodes in different worlds, etc.). + class V8_EXPORT Inspectable { + public: + virtual v8::Local get(v8::Local) = 0; + virtual ~Inspectable() = default; + }; + class V8_EXPORT CommandLineAPIScope { + public: + virtual ~CommandLineAPIScope() = default; + }; + virtual void addInspectedObject(std::unique_ptr) = 0; + + // Dispatching protocol messages. + static bool canDispatchMethod(StringView method); + virtual void dispatchProtocolMessage(StringView message) = 0; + virtual std::vector state() = 0; + virtual std::vector> + supportedDomains() = 0; + + virtual std::unique_ptr + initializeCommandLineAPIScope(int executionContextId) = 0; + + // Debugger actions. + virtual void schedulePauseOnNextStatement(StringView breakReason, + StringView breakDetails) = 0; + virtual void cancelPauseOnNextStatement() = 0; + virtual void breakProgram(StringView breakReason, + StringView breakDetails) = 0; + virtual void setSkipAllPauses(bool) = 0; + virtual void resume(bool setTerminateOnResume = false) = 0; + virtual void stepOver() = 0; + virtual std::vector> + searchInTextByLines(StringView text, StringView query, bool caseSensitive, + bool isRegex) = 0; + + // Remote objects. + virtual std::unique_ptr wrapObject( + v8::Local, v8::Local, StringView groupName, + bool generatePreview) = 0; + + virtual bool unwrapObject(std::unique_ptr* error, + StringView objectId, v8::Local*, + v8::Local*, + std::unique_ptr* objectGroup) = 0; + virtual void releaseObjectGroup(StringView) = 0; + virtual void triggerPreciseCoverageDeltaUpdate(StringView occasion) = 0; +}; + +class V8_EXPORT V8InspectorClient { + public: + virtual ~V8InspectorClient() = default; + + virtual void runMessageLoopOnPause(int contextGroupId) {} + virtual void quitMessageLoopOnPause() {} + virtual void runIfWaitingForDebugger(int contextGroupId) {} + + virtual void muteMetrics(int contextGroupId) {} + virtual void unmuteMetrics(int contextGroupId) {} + + virtual void beginUserGesture() {} + virtual void endUserGesture() {} + + virtual std::unique_ptr valueSubtype(v8::Local) { + return nullptr; + } + virtual std::unique_ptr descriptionForValueSubtype( + v8::Local, v8::Local) { + return nullptr; + } + virtual bool isInspectableHeapObject(v8::Local) { return true; } + + virtual v8::Local ensureDefaultContextInGroup( + int contextGroupId) { + return v8::Local(); + } + virtual void beginEnsureAllContextsInGroup(int contextGroupId) {} + virtual void endEnsureAllContextsInGroup(int contextGroupId) {} + + virtual void installAdditionalCommandLineAPI(v8::Local, + v8::Local) {} + virtual void consoleAPIMessage(int contextGroupId, + v8::Isolate::MessageErrorLevel level, + const StringView& message, + const StringView& url, unsigned lineNumber, + unsigned columnNumber, V8StackTrace*) {} + virtual v8::MaybeLocal memoryInfo(v8::Isolate*, + v8::Local) { + return v8::MaybeLocal(); + } + + virtual void consoleTime(const StringView& title) {} + virtual void consoleTimeEnd(const StringView& title) {} + virtual void consoleTimeStamp(const StringView& title) {} + virtual void consoleClear(int contextGroupId) {} + virtual double currentTimeMS() { return 0; } + typedef void (*TimerCallback)(void*); + virtual void startRepeatingTimer(double, TimerCallback, void* data) {} + virtual void cancelTimer(void* data) {} + + // TODO(dgozman): this was added to support service worker shadow page. We + // should not connect at all. + virtual bool canExecuteScripts(int contextGroupId) { return true; } + + virtual void maxAsyncCallStackDepthChanged(int depth) {} + + virtual std::unique_ptr resourceNameToUrl( + const StringView& resourceName) { + return nullptr; + } + + // The caller would defer to generating a random 64 bit integer if + // this method returns 0. + virtual int64_t generateUniqueId() { return 0; } +}; + +// These stack trace ids are intended to be passed between debuggers and be +// resolved later. This allows to track cross-debugger calls and step between +// them if a single client connects to multiple debuggers. +struct V8_EXPORT V8StackTraceId { + uintptr_t id; + std::pair debugger_id; + bool should_pause = false; + + V8StackTraceId(); + V8StackTraceId(const V8StackTraceId&) = default; + V8StackTraceId(uintptr_t id, const std::pair debugger_id); + V8StackTraceId(uintptr_t id, const std::pair debugger_id, + bool should_pause); + explicit V8StackTraceId(StringView); + V8StackTraceId& operator=(const V8StackTraceId&) = default; + V8StackTraceId& operator=(V8StackTraceId&&) noexcept = default; + ~V8StackTraceId() = default; + + bool IsInvalid() const; + std::unique_ptr ToString(); +}; + +class V8_EXPORT V8Inspector { + public: + static std::unique_ptr create(v8::Isolate*, V8InspectorClient*); + virtual ~V8Inspector() = default; + + // Contexts instrumentation. + virtual void contextCreated(const V8ContextInfo&) = 0; + virtual void contextDestroyed(v8::Local) = 0; + virtual void resetContextGroup(int contextGroupId) = 0; + virtual v8::MaybeLocal contextById(int contextId) = 0; + + // Various instrumentation. + virtual void idleStarted() = 0; + virtual void idleFinished() = 0; + + // Async stack traces instrumentation. + virtual void asyncTaskScheduled(StringView taskName, void* task, + bool recurring) = 0; + virtual void asyncTaskCanceled(void* task) = 0; + virtual void asyncTaskStarted(void* task) = 0; + virtual void asyncTaskFinished(void* task) = 0; + virtual void allAsyncTasksCanceled() = 0; + + virtual V8StackTraceId storeCurrentStackTrace(StringView description) = 0; + virtual void externalAsyncTaskStarted(const V8StackTraceId& parent) = 0; + virtual void externalAsyncTaskFinished(const V8StackTraceId& parent) = 0; + + // Exceptions instrumentation. + virtual unsigned exceptionThrown(v8::Local, StringView message, + v8::Local exception, + StringView detailedMessage, StringView url, + unsigned lineNumber, unsigned columnNumber, + std::unique_ptr, + int scriptId) = 0; + virtual void exceptionRevoked(v8::Local, unsigned exceptionId, + StringView message) = 0; + virtual bool associateExceptionData(v8::Local, + v8::Local exception, + v8::Local key, + v8::Local value) = 0; + + // Connection. + class V8_EXPORT Channel { + public: + virtual ~Channel() = default; + virtual void sendResponse(int callId, + std::unique_ptr message) = 0; + virtual void sendNotification(std::unique_ptr message) = 0; + virtual void flushProtocolNotifications() = 0; + }; + virtual std::unique_ptr connect(int contextGroupId, + Channel*, + StringView state) = 0; + + // API methods. + virtual std::unique_ptr createStackTrace( + v8::Local) = 0; + virtual std::unique_ptr captureStackTrace(bool fullStack) = 0; + + // Performance counters. + class V8_EXPORT Counters : public std::enable_shared_from_this { + public: + explicit Counters(v8::Isolate* isolate); + ~Counters(); + const std::unordered_map& getCountersMap() const { + return m_countersMap; + } + + private: + static int* getCounterPtr(const char* name); + + v8::Isolate* m_isolate; + std::unordered_map m_countersMap; + }; + + virtual std::shared_ptr enableCounters() = 0; +}; + +} // namespace v8_inspector + + +namespace v8_inspector { + +V8_EXPORT v8_inspector::V8Inspector* V8Inspector_Create_Without_Stl(v8::Isolate*, v8_inspector::V8InspectorClient*); + +V8_EXPORT void V8Inspector_Destroy_Without_Stl(v8_inspector::V8Inspector*); + +} + +#endif // V8_V8_INSPECTOR_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-internal.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-internal.h new file mode 100644 index 0000000..0222ab2 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-internal.h @@ -0,0 +1,525 @@ +// Copyright 2018 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_V8_INTERNAL_H_ +#define INCLUDE_V8_INTERNAL_H_ + +#include +#include +#include +#include + +#include "v8-version.h" // NOLINT(build/include_directory) +#include "v8config.h" // NOLINT(build/include_directory) + +namespace v8 { + +class Array; +class Context; +class Data; +class Isolate; +template +class Local; + +namespace internal { + +class Isolate; + +typedef uintptr_t Address; +static const Address kNullAddress = 0; + +/** + * Configuration of tagging scheme. + */ +const int kApiSystemPointerSize = sizeof(void*); +const int kApiDoubleSize = sizeof(double); +const int kApiInt32Size = sizeof(int32_t); +const int kApiInt64Size = sizeof(int64_t); +const int kApiSizetSize = sizeof(size_t); + +// Tag information for HeapObject. +const int kHeapObjectTag = 1; +const int kWeakHeapObjectTag = 3; +const int kHeapObjectTagSize = 2; +const intptr_t kHeapObjectTagMask = (1 << kHeapObjectTagSize) - 1; + +// Tag information for fowarding pointers stored in object headers. +// 0b00 at the lowest 2 bits in the header indicates that the map word is a +// forwarding pointer. +const int kForwardingTag = 0; +const int kForwardingTagSize = 2; +const intptr_t kForwardingTagMask = (1 << kForwardingTagSize) - 1; + +// Tag information for Smi. +const int kSmiTag = 0; +const int kSmiTagSize = 1; +const intptr_t kSmiTagMask = (1 << kSmiTagSize) - 1; + +template +struct SmiTagging; + +constexpr intptr_t kIntptrAllBitsSet = intptr_t{-1}; +constexpr uintptr_t kUintptrAllBitsSet = + static_cast(kIntptrAllBitsSet); + +// Smi constants for systems where tagged pointer is a 32-bit value. +template <> +struct SmiTagging<4> { + enum { kSmiShiftSize = 0, kSmiValueSize = 31 }; + + static constexpr intptr_t kSmiMinValue = + static_cast(kUintptrAllBitsSet << (kSmiValueSize - 1)); + static constexpr intptr_t kSmiMaxValue = -(kSmiMinValue + 1); + + V8_INLINE static int SmiToInt(const internal::Address value) { + int shift_bits = kSmiTagSize + kSmiShiftSize; + // Truncate and shift down (requires >> to be sign extending). + return static_cast(static_cast(value)) >> shift_bits; + } + V8_INLINE static constexpr bool IsValidSmi(intptr_t value) { + // Is value in range [kSmiMinValue, kSmiMaxValue]. + // Use unsigned operations in order to avoid undefined behaviour in case of + // signed integer overflow. + return (static_cast(value) - + static_cast(kSmiMinValue)) <= + (static_cast(kSmiMaxValue) - + static_cast(kSmiMinValue)); + } +}; + +// Smi constants for systems where tagged pointer is a 64-bit value. +template <> +struct SmiTagging<8> { + enum { kSmiShiftSize = 31, kSmiValueSize = 32 }; + + static constexpr intptr_t kSmiMinValue = + static_cast(kUintptrAllBitsSet << (kSmiValueSize - 1)); + static constexpr intptr_t kSmiMaxValue = -(kSmiMinValue + 1); + + V8_INLINE static int SmiToInt(const internal::Address value) { + int shift_bits = kSmiTagSize + kSmiShiftSize; + // Shift down and throw away top 32 bits. + return static_cast(static_cast(value) >> shift_bits); + } + V8_INLINE static constexpr bool IsValidSmi(intptr_t value) { + // To be representable as a long smi, the value must be a 32-bit integer. + return (value == static_cast(value)); + } +}; + +#ifdef V8_COMPRESS_POINTERS +static_assert( + kApiSystemPointerSize == kApiInt64Size, + "Pointer compression can be enabled only for 64-bit architectures"); +const int kApiTaggedSize = kApiInt32Size; +#else +const int kApiTaggedSize = kApiSystemPointerSize; +#endif + +constexpr bool PointerCompressionIsEnabled() { + return kApiTaggedSize != kApiSystemPointerSize; +} + +constexpr bool HeapSandboxIsEnabled() { +#ifdef V8_HEAP_SANDBOX + return true; +#else + return false; +#endif +} + +using ExternalPointer_t = Address; + +// If the heap sandbox is enabled, these tag values will be ORed with the +// external pointers in the external pointer table to prevent use of pointers of +// the wrong type. When a pointer is loaded, it is ANDed with the inverse of the +// expected type's tag. The tags are constructed in a way that guarantees that a +// failed type check will result in one or more of the top bits of the pointer +// to be set, rendering the pointer inacessible. This construction allows +// performing the type check and removing GC marking bits from the pointer at +// the same time. +enum ExternalPointerTag : uint64_t { + kExternalPointerNullTag = 0x0000000000000000, + kArrayBufferBackingStoreTag = 0x00ff000000000000, // 0b000000011111111 + kTypedArrayExternalPointerTag = 0x017f000000000000, // 0b000000101111111 + kDataViewDataPointerTag = 0x01bf000000000000, // 0b000000110111111 + kExternalStringResourceTag = 0x01df000000000000, // 0b000000111011111 + kExternalStringResourceDataTag = 0x01ef000000000000, // 0b000000111101111 + kForeignForeignAddressTag = 0x01f7000000000000, // 0b000000111110111 + kNativeContextMicrotaskQueueTag = 0x01fb000000000000, // 0b000000111111011 + kEmbedderDataSlotPayloadTag = 0x01fd000000000000, // 0b000000111111101 + kCodeEntryPointTag = 0x01fe000000000000, // 0b000000111111110 +}; + +constexpr uint64_t kExternalPointerTagMask = 0xffff000000000000; + +#ifdef V8_31BIT_SMIS_ON_64BIT_ARCH +using PlatformSmiTagging = SmiTagging; +#else +using PlatformSmiTagging = SmiTagging; +#endif + +// TODO(ishell): Consinder adding kSmiShiftBits = kSmiShiftSize + kSmiTagSize +// since it's used much more often than the inividual constants. +const int kSmiShiftSize = PlatformSmiTagging::kSmiShiftSize; +const int kSmiValueSize = PlatformSmiTagging::kSmiValueSize; +const int kSmiMinValue = static_cast(PlatformSmiTagging::kSmiMinValue); +const int kSmiMaxValue = static_cast(PlatformSmiTagging::kSmiMaxValue); +constexpr bool SmiValuesAre31Bits() { return kSmiValueSize == 31; } +constexpr bool SmiValuesAre32Bits() { return kSmiValueSize == 32; } + +V8_INLINE static constexpr internal::Address IntToSmi(int value) { + return (static_cast
(value) << (kSmiTagSize + kSmiShiftSize)) | + kSmiTag; +} + +// Converts encoded external pointer to address. +V8_EXPORT Address DecodeExternalPointerImpl(const Isolate* isolate, + ExternalPointer_t pointer, + ExternalPointerTag tag); + +// {obj} must be the raw tagged pointer representation of a HeapObject +// that's guaranteed to never be in ReadOnlySpace. +V8_EXPORT internal::Isolate* IsolateFromNeverReadOnlySpaceObject(Address obj); + +// Returns if we need to throw when an error occurs. This infers the language +// mode based on the current context and the closure. This returns true if the +// language mode is strict. +V8_EXPORT bool ShouldThrowOnError(v8::internal::Isolate* isolate); + +V8_EXPORT bool CanHaveInternalField(int instance_type); + +/** + * This class exports constants and functionality from within v8 that + * is necessary to implement inline functions in the v8 api. Don't + * depend on functions and constants defined here. + */ +class Internals { +#ifdef V8_MAP_PACKING + V8_INLINE static constexpr internal::Address UnpackMapWord( + internal::Address mapword) { + // TODO(wenyuzhao): Clear header metadata. + return mapword ^ kMapWordXorMask; + } +#endif + + public: + // These values match non-compiler-dependent values defined within + // the implementation of v8. + static const int kHeapObjectMapOffset = 0; + static const int kMapInstanceTypeOffset = 1 * kApiTaggedSize + kApiInt32Size; + static const int kStringResourceOffset = + 1 * kApiTaggedSize + 2 * kApiInt32Size; + + static const int kOddballKindOffset = 4 * kApiTaggedSize + kApiDoubleSize; + static const int kJSObjectHeaderSize = 3 * kApiTaggedSize; + static const int kFixedArrayHeaderSize = 2 * kApiTaggedSize; + static const int kEmbedderDataArrayHeaderSize = 2 * kApiTaggedSize; + static const int kEmbedderDataSlotSize = kApiSystemPointerSize; +#ifdef V8_HEAP_SANDBOX + static const int kEmbedderDataSlotRawPayloadOffset = kApiTaggedSize; +#endif + static const int kNativeContextEmbedderDataOffset = 6 * kApiTaggedSize; + static const int kFullStringRepresentationMask = 0x0f; + static const int kStringEncodingMask = 0x8; + static const int kExternalTwoByteRepresentationTag = 0x02; + static const int kExternalOneByteRepresentationTag = 0x0a; + + static const uint32_t kNumIsolateDataSlots = 4; + + // IsolateData layout guarantees. + static const int kIsolateEmbedderDataOffset = 0; + static const int kIsolateFastCCallCallerFpOffset = + kNumIsolateDataSlots * kApiSystemPointerSize; + static const int kIsolateFastCCallCallerPcOffset = + kIsolateFastCCallCallerFpOffset + kApiSystemPointerSize; + static const int kIsolateFastApiCallTargetOffset = + kIsolateFastCCallCallerPcOffset + kApiSystemPointerSize; + static const int kIsolateCageBaseOffset = + kIsolateFastApiCallTargetOffset + kApiSystemPointerSize; + static const int kIsolateLongTaskStatsCounterOffset = + kIsolateCageBaseOffset + kApiSystemPointerSize; + static const int kIsolateStackGuardOffset = + kIsolateLongTaskStatsCounterOffset + kApiSizetSize; + static const int kIsolateRootsOffset = + kIsolateStackGuardOffset + 7 * kApiSystemPointerSize; + + static const int kExternalPointerTableBufferOffset = 0; + static const int kExternalPointerTableLengthOffset = + kExternalPointerTableBufferOffset + kApiSystemPointerSize; + static const int kExternalPointerTableCapacityOffset = + kExternalPointerTableLengthOffset + kApiInt32Size; + + static const int kUndefinedValueRootIndex = 4; + static const int kTheHoleValueRootIndex = 5; + static const int kNullValueRootIndex = 6; + static const int kTrueValueRootIndex = 7; + static const int kFalseValueRootIndex = 8; + static const int kEmptyStringRootIndex = 9; + + static const int kNodeClassIdOffset = 1 * kApiSystemPointerSize; + static const int kNodeFlagsOffset = 1 * kApiSystemPointerSize + 3; + static const int kNodeStateMask = 0x7; + static const int kNodeStateIsWeakValue = 2; + static const int kNodeStateIsPendingValue = 3; + + static const int kFirstNonstringType = 0x40; + static const int kOddballType = 0x43; + static const int kForeignType = 0x46; + static const int kJSSpecialApiObjectType = 0x410; + static const int kJSObjectType = 0x421; + static const int kFirstJSApiObjectType = 0x422; + static const int kLastJSApiObjectType = 0x80A; + + static const int kUndefinedOddballKind = 5; + static const int kNullOddballKind = 3; + + // Constants used by PropertyCallbackInfo to check if we should throw when an + // error occurs. + static const int kThrowOnError = 0; + static const int kDontThrow = 1; + static const int kInferShouldThrowMode = 2; + + // Soft limit for AdjustAmountofExternalAllocatedMemory. Trigger an + // incremental GC once the external memory reaches this limit. + static constexpr int kExternalAllocationSoftLimit = 64 * 1024 * 1024; + +#ifdef V8_MAP_PACKING + static const uintptr_t kMapWordMetadataMask = 0xffffULL << 48; + // The lowest two bits of mapwords are always `0b10` + static const uintptr_t kMapWordSignature = 0b10; + // XORing a (non-compressed) map with this mask ensures that the two + // low-order bits are 0b10. The 0 at the end makes this look like a Smi, + // although real Smis have all lower 32 bits unset. We only rely on these + // values passing as Smis in very few places. + static const int kMapWordXorMask = 0b11; +#endif + + V8_EXPORT static void CheckInitializedImpl(v8::Isolate* isolate); + V8_INLINE static void CheckInitialized(v8::Isolate* isolate) { +#ifdef V8_ENABLE_CHECKS + CheckInitializedImpl(isolate); +#endif + } + + V8_INLINE static bool HasHeapObjectTag(const internal::Address value) { + return (value & kHeapObjectTagMask) == static_cast
(kHeapObjectTag); + } + + V8_INLINE static int SmiValue(const internal::Address value) { + return PlatformSmiTagging::SmiToInt(value); + } + + V8_INLINE static constexpr internal::Address IntToSmi(int value) { + return internal::IntToSmi(value); + } + + V8_INLINE static constexpr bool IsValidSmi(intptr_t value) { + return PlatformSmiTagging::IsValidSmi(value); + } + + V8_INLINE static int GetInstanceType(const internal::Address obj) { + typedef internal::Address A; + A map = ReadTaggedPointerField(obj, kHeapObjectMapOffset); +#ifdef V8_MAP_PACKING + map = UnpackMapWord(map); +#endif + return ReadRawField(map, kMapInstanceTypeOffset); + } + + V8_INLINE static int GetOddballKind(const internal::Address obj) { + return SmiValue(ReadTaggedSignedField(obj, kOddballKindOffset)); + } + + V8_INLINE static bool IsExternalTwoByteString(int instance_type) { + int representation = (instance_type & kFullStringRepresentationMask); + return representation == kExternalTwoByteRepresentationTag; + } + + V8_INLINE static uint8_t GetNodeFlag(internal::Address* obj, int shift) { + uint8_t* addr = reinterpret_cast(obj) + kNodeFlagsOffset; + return *addr & static_cast(1U << shift); + } + + V8_INLINE static void UpdateNodeFlag(internal::Address* obj, bool value, + int shift) { + uint8_t* addr = reinterpret_cast(obj) + kNodeFlagsOffset; + uint8_t mask = static_cast(1U << shift); + *addr = static_cast((*addr & ~mask) | (value << shift)); + } + + V8_INLINE static uint8_t GetNodeState(internal::Address* obj) { + uint8_t* addr = reinterpret_cast(obj) + kNodeFlagsOffset; + return *addr & kNodeStateMask; + } + + V8_INLINE static void UpdateNodeState(internal::Address* obj, uint8_t value) { + uint8_t* addr = reinterpret_cast(obj) + kNodeFlagsOffset; + *addr = static_cast((*addr & ~kNodeStateMask) | value); + } + + V8_INLINE static void SetEmbedderData(v8::Isolate* isolate, uint32_t slot, + void* data) { + internal::Address addr = reinterpret_cast(isolate) + + kIsolateEmbedderDataOffset + + slot * kApiSystemPointerSize; + *reinterpret_cast(addr) = data; + } + + V8_INLINE static void* GetEmbedderData(const v8::Isolate* isolate, + uint32_t slot) { + internal::Address addr = reinterpret_cast(isolate) + + kIsolateEmbedderDataOffset + + slot * kApiSystemPointerSize; + return *reinterpret_cast(addr); + } + + V8_INLINE static void IncrementLongTasksStatsCounter(v8::Isolate* isolate) { + internal::Address addr = reinterpret_cast(isolate) + + kIsolateLongTaskStatsCounterOffset; + ++(*reinterpret_cast(addr)); + } + + V8_INLINE static internal::Address* GetRoot(v8::Isolate* isolate, int index) { + internal::Address addr = reinterpret_cast(isolate) + + kIsolateRootsOffset + + index * kApiSystemPointerSize; + return reinterpret_cast(addr); + } + + template + V8_INLINE static T ReadRawField(internal::Address heap_object_ptr, + int offset) { + internal::Address addr = heap_object_ptr + offset - kHeapObjectTag; +#ifdef V8_COMPRESS_POINTERS + if (sizeof(T) > kApiTaggedSize) { + // TODO(ishell, v8:8875): When pointer compression is enabled 8-byte size + // fields (external pointers, doubles and BigInt data) are only + // kTaggedSize aligned so we have to use unaligned pointer friendly way of + // accessing them in order to avoid undefined behavior in C++ code. + T r; + memcpy(&r, reinterpret_cast(addr), sizeof(T)); + return r; + } +#endif + return *reinterpret_cast(addr); + } + + V8_INLINE static internal::Address ReadTaggedPointerField( + internal::Address heap_object_ptr, int offset) { +#ifdef V8_COMPRESS_POINTERS + uint32_t value = ReadRawField(heap_object_ptr, offset); + internal::Address base = + GetPtrComprCageBaseFromOnHeapAddress(heap_object_ptr); + return base + static_cast(static_cast(value)); +#else + return ReadRawField(heap_object_ptr, offset); +#endif + } + + V8_INLINE static internal::Address ReadTaggedSignedField( + internal::Address heap_object_ptr, int offset) { +#ifdef V8_COMPRESS_POINTERS + uint32_t value = ReadRawField(heap_object_ptr, offset); + return static_cast(static_cast(value)); +#else + return ReadRawField(heap_object_ptr, offset); +#endif + } + + V8_INLINE static internal::Isolate* GetIsolateForHeapSandbox( + internal::Address obj) { +#ifdef V8_HEAP_SANDBOX + return internal::IsolateFromNeverReadOnlySpaceObject(obj); +#else + // Not used in non-sandbox mode. + return nullptr; +#endif + } + + V8_INLINE static Address DecodeExternalPointer( + const Isolate* isolate, ExternalPointer_t encoded_pointer, + ExternalPointerTag tag) { +#ifdef V8_HEAP_SANDBOX + return internal::DecodeExternalPointerImpl(isolate, encoded_pointer, tag); +#else + return encoded_pointer; +#endif + } + + V8_INLINE static internal::Address ReadExternalPointerField( + internal::Isolate* isolate, internal::Address heap_object_ptr, int offset, + ExternalPointerTag tag) { +#ifdef V8_HEAP_SANDBOX + internal::ExternalPointer_t encoded_value = + ReadRawField(heap_object_ptr, offset); + // We currently have to treat zero as nullptr in embedder slots. + return encoded_value ? DecodeExternalPointer(isolate, encoded_value, tag) + : 0; +#else + return ReadRawField
(heap_object_ptr, offset); +#endif + } + +#ifdef V8_COMPRESS_POINTERS + // See v8:7703 or src/ptr-compr.* for details about pointer compression. + static constexpr size_t kPtrComprCageReservationSize = size_t{1} << 32; + static constexpr size_t kPtrComprCageBaseAlignment = size_t{1} << 32; + + V8_INLINE static internal::Address GetPtrComprCageBaseFromOnHeapAddress( + internal::Address addr) { + return addr & -static_cast(kPtrComprCageBaseAlignment); + } + + V8_INLINE static internal::Address DecompressTaggedAnyField( + internal::Address heap_object_ptr, uint32_t value) { + internal::Address base = + GetPtrComprCageBaseFromOnHeapAddress(heap_object_ptr); + return base + static_cast(static_cast(value)); + } + +#endif // V8_COMPRESS_POINTERS +}; + +// Only perform cast check for types derived from v8::Data since +// other types do not implement the Cast method. +template +struct CastCheck { + template + static void Perform(T* data); +}; + +template <> +template +void CastCheck::Perform(T* data) { + T::Cast(data); +} + +template <> +template +void CastCheck::Perform(T* data) {} + +template +V8_INLINE void PerformCastCheck(T* data) { + CastCheck::value && + !std::is_same>::value>::Perform(data); +} + +// A base class for backing stores, which is needed due to vagaries of +// how static casts work with std::shared_ptr. +class BackingStoreBase {}; + +} // namespace internal + +V8_EXPORT bool CopyAndConvertArrayToCppBufferInt32(Local src, + int32_t* dst, + uint32_t max_length); + +V8_EXPORT bool CopyAndConvertArrayToCppBufferFloat64(Local src, + double* dst, + uint32_t max_length); + +} // namespace v8 + +#endif // INCLUDE_V8_INTERNAL_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-metrics.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-metrics.h new file mode 100644 index 0000000..a6eea6a --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-metrics.h @@ -0,0 +1,229 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_METRICS_H_ +#define V8_METRICS_H_ + +#include "v8-internal.h" // NOLINT(build/include_directory) +#include "v8.h" // NOLINT(build/include_directory) + +namespace v8 { +namespace metrics { + +struct GarbageCollectionPhases { + int64_t compact_wall_clock_duration_in_us = -1; + int64_t mark_wall_clock_duration_in_us = -1; + int64_t sweep_wall_clock_duration_in_us = -1; + int64_t weak_wall_clock_duration_in_us = -1; +}; + +struct GarbageCollectionSizes { + int64_t bytes_before = -1; + int64_t bytes_after = -1; + int64_t bytes_freed = -1; +}; + +struct GarbageCollectionFullCycle { + GarbageCollectionPhases total; + GarbageCollectionPhases total_cpp; + GarbageCollectionPhases main_thread; + GarbageCollectionPhases main_thread_cpp; + GarbageCollectionPhases main_thread_atomic; + GarbageCollectionPhases main_thread_atomic_cpp; + GarbageCollectionPhases main_thread_incremental; + GarbageCollectionPhases main_thread_incremental_cpp; + GarbageCollectionSizes objects; + GarbageCollectionSizes objects_cpp; + GarbageCollectionSizes memory; + GarbageCollectionSizes memory_cpp; + double collection_rate_in_percent; + double collection_rate_cpp_in_percent; + double efficiency_in_bytes_per_us; + double efficiency_cpp_in_bytes_per_us; + double main_thread_efficiency_in_bytes_per_us; + double main_thread_efficiency_cpp_in_bytes_per_us; +}; + +struct GarbageCollectionFullMainThreadIncrementalMark { + int64_t wall_clock_duration_in_us = -1; + int64_t cpp_wall_clock_duration_in_us = -1; +}; + +struct GarbageCollectionFullMainThreadBatchedIncrementalMark { + std::vector events; +}; + +struct GarbageCollectionFullMainThreadIncrementalSweep { + int64_t wall_clock_duration_in_us = -1; + int64_t cpp_wall_clock_duration_in_us = -1; +}; + +struct GarbageCollectionFullMainThreadBatchedIncrementalSweep { + std::vector events; +}; + +struct GarbageCollectionYoungCycle { + int64_t total_wall_clock_duration_in_us = -1; + int64_t main_thread_wall_clock_duration_in_us = -1; + double collection_rate_in_percent; + double efficiency_in_bytes_per_us; + double main_thread_efficiency_in_bytes_per_us; +}; + +struct WasmModuleDecoded { + bool async = false; + bool streamed = false; + bool success = false; + size_t module_size_in_bytes = 0; + size_t function_count = 0; + int64_t wall_clock_duration_in_us = -1; + int64_t cpu_duration_in_us = -1; +}; + +struct WasmModuleCompiled { + bool async = false; + bool streamed = false; + bool cached = false; + bool deserialized = false; + bool lazy = false; + bool success = false; + size_t code_size_in_bytes = 0; + size_t liftoff_bailout_count = 0; + int64_t wall_clock_duration_in_us = -1; + int64_t cpu_duration_in_us = -1; +}; + +struct WasmModuleInstantiated { + bool async = false; + bool success = false; + size_t imported_function_count = 0; + int64_t wall_clock_duration_in_us = -1; +}; + +struct WasmModuleTieredUp { + bool lazy = false; + size_t code_size_in_bytes = 0; + int64_t wall_clock_duration_in_us = -1; + int64_t cpu_duration_in_us = -1; +}; + +struct WasmModulesPerIsolate { + size_t count = 0; +}; + +#define V8_MAIN_THREAD_METRICS_EVENTS(V) \ + V(GarbageCollectionFullCycle) \ + V(GarbageCollectionFullMainThreadIncrementalMark) \ + V(GarbageCollectionFullMainThreadBatchedIncrementalMark) \ + V(GarbageCollectionFullMainThreadIncrementalSweep) \ + V(GarbageCollectionFullMainThreadBatchedIncrementalSweep) \ + V(GarbageCollectionYoungCycle) \ + V(WasmModuleDecoded) \ + V(WasmModuleCompiled) \ + V(WasmModuleInstantiated) \ + V(WasmModuleTieredUp) + +#define V8_THREAD_SAFE_METRICS_EVENTS(V) V(WasmModulesPerIsolate) + +/** + * This class serves as a base class for recording event-based metrics in V8. + * There a two kinds of metrics, those which are expected to be thread-safe and + * whose implementation is required to fulfill this requirement and those whose + * implementation does not have that requirement and only needs to be + * executable on the main thread. If such an event is triggered from a + * background thread, it will be delayed and executed by the foreground task + * runner. + * + * The thread-safe events are listed in the V8_THREAD_SAFE_METRICS_EVENTS + * macro above while the main thread event are listed in + * V8_MAIN_THREAD_METRICS_EVENTS above. For the former, a virtual method + * AddMainThreadEvent(const E& event, v8::Context::Token token) will be + * generated and for the latter AddThreadSafeEvent(const E& event). + * + * Thread-safe events are not allowed to access the context and therefore do + * not carry a context ID with them. These IDs can be generated using + * Recorder::GetContextId() and the ID will be valid throughout the lifetime + * of the isolate. It is not guaranteed that the ID will still resolve to + * a valid context using Recorder::GetContext() at the time the metric is + * recorded. In this case, an empty handle will be returned. + * + * The embedder is expected to call v8::Isolate::SetMetricsRecorder() + * providing its implementation and have the virtual methods overwritten + * for the events it cares about. + */ +class V8_EXPORT Recorder { + public: + // A unique identifier for a context in this Isolate. + // It is guaranteed to not be reused throughout the lifetime of the Isolate. + class ContextId { + public: + ContextId() : id_(kEmptyId) {} + + bool IsEmpty() const { return id_ == kEmptyId; } + static const ContextId Empty() { return ContextId{kEmptyId}; } + + bool operator==(const ContextId& other) const { return id_ == other.id_; } + bool operator!=(const ContextId& other) const { return id_ != other.id_; } + + private: + friend class ::v8::Context; + friend class ::v8::internal::Isolate; + + explicit ContextId(uintptr_t id) : id_(id) {} + + static constexpr uintptr_t kEmptyId = 0; + uintptr_t id_; + }; + + virtual ~Recorder() = default; + +#define ADD_MAIN_THREAD_EVENT(E) \ + virtual void AddMainThreadEvent(const E& event, ContextId context_id) {} + V8_MAIN_THREAD_METRICS_EVENTS(ADD_MAIN_THREAD_EVENT) +#undef ADD_MAIN_THREAD_EVENT + +#define ADD_THREAD_SAFE_EVENT(E) \ + virtual void AddThreadSafeEvent(const E& event) {} + V8_THREAD_SAFE_METRICS_EVENTS(ADD_THREAD_SAFE_EVENT) +#undef ADD_THREAD_SAFE_EVENT + + virtual void NotifyIsolateDisposal() {} + + // Return the context with the given id or an empty handle if the context + // was already garbage collected. + static MaybeLocal GetContext(Isolate* isolate, ContextId id); + // Return the unique id corresponding to the given context. + static ContextId GetContextId(Local context); +}; + +/** + * Experimental API intended for the LongTasks UKM (crbug.com/1173527). + * The Reset() method should be called at the start of a potential + * long task. The Get() method returns durations of V8 work that + * happened during the task. + * + * This API is experimental and may be removed/changed in the future. + */ +struct V8_EXPORT LongTaskStats { + /** + * Resets durations of V8 work for the new task. + */ + V8_INLINE static void Reset(Isolate* isolate) { + v8::internal::Internals::IncrementLongTasksStatsCounter(isolate); + } + + /** + * Returns durations of V8 work that happened since the last Reset(). + */ + static LongTaskStats Get(Isolate* isolate); + + int64_t gc_full_atomic_wall_clock_duration_us = 0; + int64_t gc_full_incremental_wall_clock_duration_us = 0; + int64_t gc_young_wall_clock_duration_us = 0; +}; + +} // namespace metrics +} // namespace v8 + +#endif // V8_METRICS_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-platform.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-platform.h new file mode 100644 index 0000000..fc9a357 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-platform.h @@ -0,0 +1,695 @@ +// Copyright 2013 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_V8_PLATFORM_H_ +#define V8_V8_PLATFORM_H_ + +#include +#include +#include // For abort. +#include +#include + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace v8 { + +class Isolate; + +// Valid priorities supported by the task scheduling infrastructure. +enum class TaskPriority : uint8_t { + /** + * Best effort tasks are not critical for performance of the application. The + * platform implementation should preempt such tasks if higher priority tasks + * arrive. + */ + kBestEffort, + /** + * User visible tasks are long running background tasks that will + * improve performance and memory usage of the application upon completion. + * Example: background compilation and garbage collection. + */ + kUserVisible, + /** + * User blocking tasks are highest priority tasks that block the execution + * thread (e.g. major garbage collection). They must be finished as soon as + * possible. + */ + kUserBlocking, +}; + +/** + * A Task represents a unit of work. + */ +class Task { + public: + virtual ~Task() = default; + + virtual void Run() = 0; +}; + +/** + * An IdleTask represents a unit of work to be performed in idle time. + * The Run method is invoked with an argument that specifies the deadline in + * seconds returned by MonotonicallyIncreasingTime(). + * The idle task is expected to complete by this deadline. + */ +class IdleTask { + public: + virtual ~IdleTask() = default; + virtual void Run(double deadline_in_seconds) = 0; +}; + +/** + * A TaskRunner allows scheduling of tasks. The TaskRunner may still be used to + * post tasks after the isolate gets destructed, but these tasks may not get + * executed anymore. All tasks posted to a given TaskRunner will be invoked in + * sequence. Tasks can be posted from any thread. + */ +class TaskRunner { + public: + /** + * Schedules a task to be invoked by this TaskRunner. The TaskRunner + * implementation takes ownership of |task|. + */ + virtual void PostTask(std::unique_ptr task) = 0; + + /** + * Schedules a task to be invoked by this TaskRunner. The TaskRunner + * implementation takes ownership of |task|. The |task| cannot be nested + * within other task executions. + * + * Tasks which shouldn't be interleaved with JS execution must be posted with + * |PostNonNestableTask| or |PostNonNestableDelayedTask|. This is because the + * embedder may process tasks in a callback which is called during JS + * execution. + * + * In particular, tasks which execute JS must be non-nestable, since JS + * execution is not allowed to nest. + * + * Requires that |TaskRunner::NonNestableTasksEnabled()| is true. + */ + virtual void PostNonNestableTask(std::unique_ptr task) {} + + /** + * Schedules a task to be invoked by this TaskRunner. The task is scheduled + * after the given number of seconds |delay_in_seconds|. The TaskRunner + * implementation takes ownership of |task|. + */ + virtual void PostDelayedTask(std::unique_ptr task, + double delay_in_seconds) = 0; + + /** + * Schedules a task to be invoked by this TaskRunner. The task is scheduled + * after the given number of seconds |delay_in_seconds|. The TaskRunner + * implementation takes ownership of |task|. The |task| cannot be nested + * within other task executions. + * + * Tasks which shouldn't be interleaved with JS execution must be posted with + * |PostNonNestableTask| or |PostNonNestableDelayedTask|. This is because the + * embedder may process tasks in a callback which is called during JS + * execution. + * + * In particular, tasks which execute JS must be non-nestable, since JS + * execution is not allowed to nest. + * + * Requires that |TaskRunner::NonNestableDelayedTasksEnabled()| is true. + */ + virtual void PostNonNestableDelayedTask(std::unique_ptr task, + double delay_in_seconds) {} + + /** + * Schedules an idle task to be invoked by this TaskRunner. The task is + * scheduled when the embedder is idle. Requires that + * |TaskRunner::IdleTasksEnabled()| is true. Idle tasks may be reordered + * relative to other task types and may be starved for an arbitrarily long + * time if no idle time is available. The TaskRunner implementation takes + * ownership of |task|. + */ + virtual void PostIdleTask(std::unique_ptr task) = 0; + + /** + * Returns true if idle tasks are enabled for this TaskRunner. + */ + virtual bool IdleTasksEnabled() = 0; + + /** + * Returns true if non-nestable tasks are enabled for this TaskRunner. + */ + virtual bool NonNestableTasksEnabled() const { return false; } + + /** + * Returns true if non-nestable delayed tasks are enabled for this TaskRunner. + */ + virtual bool NonNestableDelayedTasksEnabled() const { return false; } + + TaskRunner() = default; + virtual ~TaskRunner() = default; + + TaskRunner(const TaskRunner&) = delete; + TaskRunner& operator=(const TaskRunner&) = delete; +}; + +/** + * Delegate that's passed to Job's worker task, providing an entry point to + * communicate with the scheduler. + */ +class JobDelegate { + public: + /** + * Returns true if this thread should return from the worker task on the + * current thread ASAP. Workers should periodically invoke ShouldYield (or + * YieldIfNeeded()) as often as is reasonable. + */ + virtual bool ShouldYield() = 0; + + /** + * Notifies the scheduler that max concurrency was increased, and the number + * of worker should be adjusted accordingly. See Platform::PostJob() for more + * details. + */ + virtual void NotifyConcurrencyIncrease() = 0; + + /** + * Returns a task_id unique among threads currently running this job, such + * that GetTaskId() < worker count. To achieve this, the same task_id may be + * reused by a different thread after a worker_task returns. + */ + virtual uint8_t GetTaskId() = 0; + + /** + * Returns true if the current task is called from the thread currently + * running JobHandle::Join(). + */ + virtual bool IsJoiningThread() const = 0; +}; + +/** + * Handle returned when posting a Job. Provides methods to control execution of + * the posted Job. + */ +class JobHandle { + public: + virtual ~JobHandle() = default; + + /** + * Notifies the scheduler that max concurrency was increased, and the number + * of worker should be adjusted accordingly. See Platform::PostJob() for more + * details. + */ + virtual void NotifyConcurrencyIncrease() = 0; + + /** + * Contributes to the job on this thread. Doesn't return until all tasks have + * completed and max concurrency becomes 0. When Join() is called and max + * concurrency reaches 0, it should not increase again. This also promotes + * this Job's priority to be at least as high as the calling thread's + * priority. + */ + virtual void Join() = 0; + + /** + * Forces all existing workers to yield ASAP. Waits until they have all + * returned from the Job's callback before returning. + */ + virtual void Cancel() = 0; + + /* + * Forces all existing workers to yield ASAP but doesn’t wait for them. + * Warning, this is dangerous if the Job's callback is bound to or has access + * to state which may be deleted after this call. + */ + virtual void CancelAndDetach() = 0; + + /** + * Returns true if there's any work pending or any worker running. + */ + virtual bool IsActive() = 0; + + /** + * Returns true if associated with a Job and other methods may be called. + * Returns false after Join() or Cancel() was called. This may return true + * even if no workers are running and IsCompleted() returns true + */ + virtual bool IsValid() = 0; + + /** + * Returns true if job priority can be changed. + */ + virtual bool UpdatePriorityEnabled() const { return false; } + + /** + * Update this Job's priority. + */ + virtual void UpdatePriority(TaskPriority new_priority) {} +}; + +/** + * A JobTask represents work to run in parallel from Platform::PostJob(). + */ +class JobTask { + public: + virtual ~JobTask() = default; + + virtual void Run(JobDelegate* delegate) = 0; + + /** + * Controls the maximum number of threads calling Run() concurrently, given + * the number of threads currently assigned to this job and executing Run(). + * Run() is only invoked if the number of threads previously running Run() was + * less than the value returned. Since GetMaxConcurrency() is a leaf function, + * it must not call back any JobHandle methods. + */ + virtual size_t GetMaxConcurrency(size_t worker_count) const = 0; +}; + +/** + * The interface represents complex arguments to trace events. + */ +class ConvertableToTraceFormat { + public: + virtual ~ConvertableToTraceFormat() = default; + + /** + * Append the class info to the provided |out| string. The appended + * data must be a valid JSON object. Strings must be properly quoted, and + * escaped. There is no processing applied to the content after it is + * appended. + */ + virtual void AppendAsTraceFormat(std::string* out) const = 0; +}; + +/** + * V8 Tracing controller. + * + * Can be implemented by an embedder to record trace events from V8. + */ +class TracingController { + public: + virtual ~TracingController() = default; + + // In Perfetto mode, trace events are written using Perfetto's Track Event + // API directly without going through the embedder. However, it is still + // possible to observe tracing being enabled and disabled. +#if !defined(V8_USE_PERFETTO) + /** + * Called by TRACE_EVENT* macros, don't call this directly. + * The name parameter is a category group for example: + * TRACE_EVENT0("v8,parse", "V8.Parse") + * The pointer returned points to a value with zero or more of the bits + * defined in CategoryGroupEnabledFlags. + **/ + virtual const uint8_t* GetCategoryGroupEnabled(const char* name) { + static uint8_t no = 0; + return &no; + } + + /** + * Adds a trace event to the platform tracing system. These function calls are + * usually the result of a TRACE_* macro from trace_event_common.h when + * tracing and the category of the particular trace are enabled. It is not + * advisable to call these functions on their own; they are really only meant + * to be used by the trace macros. The returned handle can be used by + * UpdateTraceEventDuration to update the duration of COMPLETE events. + */ + virtual uint64_t AddTraceEvent( + char phase, const uint8_t* category_enabled_flag, const char* name, + const char* scope, uint64_t id, uint64_t bind_id, int32_t num_args, + const char** arg_names, const uint8_t* arg_types, + const uint64_t* arg_values, + std::unique_ptr* arg_convertables, + unsigned int flags) { + return 0; + } + virtual uint64_t AddTraceEventWithTimestamp( + char phase, const uint8_t* category_enabled_flag, const char* name, + const char* scope, uint64_t id, uint64_t bind_id, int32_t num_args, + const char** arg_names, const uint8_t* arg_types, + const uint64_t* arg_values, + std::unique_ptr* arg_convertables, + unsigned int flags, int64_t timestamp) { + return 0; + } + + /** + * Sets the duration field of a COMPLETE trace event. It must be called with + * the handle returned from AddTraceEvent(). + **/ + virtual void UpdateTraceEventDuration(const uint8_t* category_enabled_flag, + const char* name, uint64_t handle) {} +#endif // !defined(V8_USE_PERFETTO) + + class TraceStateObserver { + public: + virtual ~TraceStateObserver() = default; + virtual void OnTraceEnabled() = 0; + virtual void OnTraceDisabled() = 0; + }; + + /** Adds tracing state change observer. */ + virtual void AddTraceStateObserver(TraceStateObserver*) {} + + /** Removes tracing state change observer. */ + virtual void RemoveTraceStateObserver(TraceStateObserver*) {} +}; + +/** + * A V8 memory page allocator. + * + * Can be implemented by an embedder to manage large host OS allocations. + */ +class PageAllocator { + public: + virtual ~PageAllocator() = default; + + /** + * Gets the page granularity for AllocatePages and FreePages. Addresses and + * lengths for those calls should be multiples of AllocatePageSize(). + */ + virtual size_t AllocatePageSize() = 0; + + /** + * Gets the page granularity for SetPermissions and ReleasePages. Addresses + * and lengths for those calls should be multiples of CommitPageSize(). + */ + virtual size_t CommitPageSize() = 0; + + /** + * Sets the random seed so that GetRandomMmapAddr() will generate repeatable + * sequences of random mmap addresses. + */ + virtual void SetRandomMmapSeed(int64_t seed) = 0; + + /** + * Returns a randomized address, suitable for memory allocation under ASLR. + * The address will be aligned to AllocatePageSize. + */ + virtual void* GetRandomMmapAddr() = 0; + + /** + * Memory permissions. + */ + enum Permission { + kNoAccess, + kRead, + kReadWrite, + kReadWriteExecute, + kReadExecute, + // Set this when reserving memory that will later require kReadWriteExecute + // permissions. The resulting behavior is platform-specific, currently + // this is used to set the MAP_JIT flag on Apple Silicon. + // TODO(jkummerow): Remove this when Wasm has a platform-independent + // w^x implementation. + kNoAccessWillJitLater + }; + + /** + * Allocates memory in range with the given alignment and permission. + */ + virtual void* AllocatePages(void* address, size_t length, size_t alignment, + Permission permissions) = 0; + + /** + * Frees memory in a range that was allocated by a call to AllocatePages. + */ + virtual bool FreePages(void* address, size_t length) = 0; + + /** + * Releases memory in a range that was allocated by a call to AllocatePages. + */ + virtual bool ReleasePages(void* address, size_t length, + size_t new_length) = 0; + + /** + * Sets permissions on pages in an allocated range. + */ + virtual bool SetPermissions(void* address, size_t length, + Permission permissions) = 0; + + /** + * Frees memory in the given [address, address + size) range. address and size + * should be operating system page-aligned. The next write to this + * memory area brings the memory transparently back. + */ + virtual bool DiscardSystemPages(void* address, size_t size) { return true; } + + /** + * INTERNAL ONLY: This interface has not been stabilised and may change + * without notice from one release to another without being deprecated first. + */ + class SharedMemoryMapping { + public: + // Implementations are expected to free the shared memory mapping in the + // destructor. + virtual ~SharedMemoryMapping() = default; + virtual void* GetMemory() const = 0; + }; + + /** + * INTERNAL ONLY: This interface has not been stabilised and may change + * without notice from one release to another without being deprecated first. + */ + class SharedMemory { + public: + // Implementations are expected to free the shared memory in the destructor. + virtual ~SharedMemory() = default; + virtual std::unique_ptr RemapTo( + void* new_address) const = 0; + virtual void* GetMemory() const = 0; + virtual size_t GetSize() const = 0; + }; + + /** + * INTERNAL ONLY: This interface has not been stabilised and may change + * without notice from one release to another without being deprecated first. + * + * Reserve pages at a fixed address returning whether the reservation is + * possible. The reserved memory is detached from the PageAllocator and so + * should not be freed by it. It's intended for use with + * SharedMemory::RemapTo, where ~SharedMemoryMapping would free the memory. + */ + virtual bool ReserveForSharedMemoryMapping(void* address, size_t size) { + return false; + } + + /** + * INTERNAL ONLY: This interface has not been stabilised and may change + * without notice from one release to another without being deprecated first. + * + * Allocates shared memory pages. Not all PageAllocators need support this and + * so this method need not be overridden. + * Allocates a new read-only shared memory region of size |length| and copies + * the memory at |original_address| into it. + */ + virtual std::unique_ptr AllocateSharedPages( + size_t length, const void* original_address) { + return {}; + } + + /** + * INTERNAL ONLY: This interface has not been stabilised and may change + * without notice from one release to another without being deprecated first. + * + * If not overridden and changed to return true, V8 will not attempt to call + * AllocateSharedPages or RemapSharedPages. If overridden, AllocateSharedPages + * and RemapSharedPages must also be overridden. + */ + virtual bool CanAllocateSharedPages() { return false; } +}; + +/** + * V8 Platform abstraction layer. + * + * The embedder has to provide an implementation of this interface before + * initializing the rest of V8. + */ +class Platform { + public: + virtual ~Platform() = default; + + /** + * Allows the embedder to manage memory page allocations. + */ + virtual PageAllocator* GetPageAllocator() { + // TODO(bbudge) Make this abstract after all embedders implement this. + return nullptr; + } + + /** + * Enables the embedder to respond in cases where V8 can't allocate large + * blocks of memory. V8 retries the failed allocation once after calling this + * method. On success, execution continues; otherwise V8 exits with a fatal + * error. + * Embedder overrides of this function must NOT call back into V8. + */ + virtual void OnCriticalMemoryPressure() { + // TODO(bbudge) Remove this when embedders override the following method. + // See crbug.com/634547. + } + + /** + * Enables the embedder to respond in cases where V8 can't allocate large + * memory regions. The |length| parameter is the amount of memory needed. + * Returns true if memory is now available. Returns false if no memory could + * be made available. V8 will retry allocations until this method returns + * false. + * + * Embedder overrides of this function must NOT call back into V8. + */ + virtual bool OnCriticalMemoryPressure(size_t length) { return false; } + + /** + * Gets the number of worker threads used by + * Call(BlockingTask)OnWorkerThread(). This can be used to estimate the number + * of tasks a work package should be split into. A return value of 0 means + * that there are no worker threads available. Note that a value of 0 won't + * prohibit V8 from posting tasks using |CallOnWorkerThread|. + */ + virtual int NumberOfWorkerThreads() = 0; + + /** + * Returns a TaskRunner which can be used to post a task on the foreground. + * The TaskRunner's NonNestableTasksEnabled() must be true. This function + * should only be called from a foreground thread. + */ + virtual std::shared_ptr GetForegroundTaskRunner( + Isolate* isolate) = 0; + + /** + * Schedules a task to be invoked on a worker thread. + */ + virtual void CallOnWorkerThread(std::unique_ptr task) = 0; + + /** + * Schedules a task that blocks the main thread to be invoked with + * high-priority on a worker thread. + */ + virtual void CallBlockingTaskOnWorkerThread(std::unique_ptr task) { + // Embedders may optionally override this to process these tasks in a high + // priority pool. + CallOnWorkerThread(std::move(task)); + } + + /** + * Schedules a task to be invoked with low-priority on a worker thread. + */ + virtual void CallLowPriorityTaskOnWorkerThread(std::unique_ptr task) { + // Embedders may optionally override this to process these tasks in a low + // priority pool. + CallOnWorkerThread(std::move(task)); + } + + /** + * Schedules a task to be invoked on a worker thread after |delay_in_seconds| + * expires. + */ + virtual void CallDelayedOnWorkerThread(std::unique_ptr task, + double delay_in_seconds) = 0; + + /** + * Returns true if idle tasks are enabled for the given |isolate|. + */ + virtual bool IdleTasksEnabled(Isolate* isolate) { return false; } + + /** + * Posts |job_task| to run in parallel. Returns a JobHandle associated with + * the Job, which can be joined or canceled. + * This avoids degenerate cases: + * - Calling CallOnWorkerThread() for each work item, causing significant + * overhead. + * - Fixed number of CallOnWorkerThread() calls that split the work and might + * run for a long time. This is problematic when many components post + * "num cores" tasks and all expect to use all the cores. In these cases, + * the scheduler lacks context to be fair to multiple same-priority requests + * and/or ability to request lower priority work to yield when high priority + * work comes in. + * A canonical implementation of |job_task| looks like: + * class MyJobTask : public JobTask { + * public: + * MyJobTask(...) : worker_queue_(...) {} + * // JobTask: + * void Run(JobDelegate* delegate) override { + * while (!delegate->ShouldYield()) { + * // Smallest unit of work. + * auto work_item = worker_queue_.TakeWorkItem(); // Thread safe. + * if (!work_item) return; + * ProcessWork(work_item); + * } + * } + * + * size_t GetMaxConcurrency() const override { + * return worker_queue_.GetSize(); // Thread safe. + * } + * }; + * auto handle = PostJob(TaskPriority::kUserVisible, + * std::make_unique(...)); + * handle->Join(); + * + * PostJob() and methods of the returned JobHandle/JobDelegate, must never be + * called while holding a lock that could be acquired by JobTask::Run or + * JobTask::GetMaxConcurrency -- that could result in a deadlock. This is + * because [1] JobTask::GetMaxConcurrency may be invoked while holding + * internal lock (A), hence JobTask::GetMaxConcurrency can only use a lock (B) + * if that lock is *never* held while calling back into JobHandle from any + * thread (A=>B/B=>A deadlock) and [2] JobTask::Run or + * JobTask::GetMaxConcurrency may be invoked synchronously from JobHandle + * (B=>JobHandle::foo=>B deadlock). + * + * A sufficient PostJob() implementation that uses the default Job provided in + * libplatform looks like: + * std::unique_ptr PostJob( + * TaskPriority priority, std::unique_ptr job_task) override { + * return v8::platform::NewDefaultJobHandle( + * this, priority, std::move(job_task), NumberOfWorkerThreads()); + * } + */ + virtual std::unique_ptr PostJob( + TaskPriority priority, std::unique_ptr job_task) = 0; + + /** + * Monotonically increasing time in seconds from an arbitrary fixed point in + * the past. This function is expected to return at least + * millisecond-precision values. For this reason, + * it is recommended that the fixed point be no further in the past than + * the epoch. + **/ + virtual double MonotonicallyIncreasingTime() = 0; + + /** + * Current wall-clock time in milliseconds since epoch. + * This function is expected to return at least millisecond-precision values. + */ + virtual double CurrentClockTimeMillis() = 0; + + typedef void (*StackTracePrinter)(); + + /** + * Returns a function pointer that print a stack trace of the current stack + * on invocation. Disables printing of the stack trace if nullptr. + */ + virtual StackTracePrinter GetStackTracePrinter() { return nullptr; } + + /** + * Returns an instance of a v8::TracingController. This must be non-nullptr. + */ + virtual TracingController* GetTracingController() = 0; + + /** + * Tells the embedder to generate and upload a crashdump during an unexpected + * but non-critical scenario. + */ + virtual void DumpWithoutCrashing() {} + + protected: + /** + * Default implementation of current wall-clock time in milliseconds + * since epoch. Useful for implementing |CurrentClockTimeMillis| if + * nothing special needed. + */ + V8_EXPORT static double SystemClockTimeMillis(); +}; + +} // namespace v8 + +#endif // V8_V8_PLATFORM_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-profiler.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-profiler.h new file mode 100644 index 0000000..9a40cfc --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-profiler.h @@ -0,0 +1,1119 @@ +// Copyright 2010 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_V8_PROFILER_H_ +#define V8_V8_PROFILER_H_ + +#include + +#include +#include +#include + +#include "v8.h" // NOLINT(build/include_directory) + +/** + * Profiler support for the V8 JavaScript engine. + */ +namespace v8 { + +class HeapGraphNode; +struct HeapStatsUpdate; + +using NativeObject = void*; +using SnapshotObjectId = uint32_t; + +struct CpuProfileDeoptFrame { + int script_id; + size_t position; +}; + +namespace internal { +class CpuProfile; +} // namespace internal + +} // namespace v8 + +#ifdef V8_OS_WIN +template class V8_EXPORT std::vector; +#endif + +namespace v8 { + +struct V8_EXPORT CpuProfileDeoptInfo { + /** A pointer to a static string owned by v8. */ + const char* deopt_reason; + std::vector stack; +}; + +} // namespace v8 + +#ifdef V8_OS_WIN +template class V8_EXPORT std::vector; +#endif + +namespace v8 { + +/** + * CpuProfileNode represents a node in a call graph. + */ +class V8_EXPORT CpuProfileNode { + public: + struct LineTick { + /** The 1-based number of the source line where the function originates. */ + int line; + + /** The count of samples associated with the source line. */ + unsigned int hit_count; + }; + + // An annotation hinting at the source of a CpuProfileNode. + enum SourceType { + // User-supplied script with associated resource information. + kScript = 0, + // Native scripts and provided builtins. + kBuiltin = 1, + // Callbacks into native code. + kCallback = 2, + // VM-internal functions or state. + kInternal = 3, + // A node that failed to symbolize. + kUnresolved = 4, + }; + + /** Returns function name (empty string for anonymous functions.) */ + Local GetFunctionName() const; + + /** + * Returns function name (empty string for anonymous functions.) + * The string ownership is *not* passed to the caller. It stays valid until + * profile is deleted. The function is thread safe. + */ + const char* GetFunctionNameStr() const; + + /** Returns id of the script where function is located. */ + int GetScriptId() const; + + /** Returns resource name for script from where the function originates. */ + Local GetScriptResourceName() const; + + /** + * Returns resource name for script from where the function originates. + * The string ownership is *not* passed to the caller. It stays valid until + * profile is deleted. The function is thread safe. + */ + const char* GetScriptResourceNameStr() const; + + /** + * Return true if the script from where the function originates is flagged as + * being shared cross-origin. + */ + bool IsScriptSharedCrossOrigin() const; + + /** + * Returns the number, 1-based, of the line where the function originates. + * kNoLineNumberInfo if no line number information is available. + */ + int GetLineNumber() const; + + /** + * Returns 1-based number of the column where the function originates. + * kNoColumnNumberInfo if no column number information is available. + */ + int GetColumnNumber() const; + + /** + * Returns the number of the function's source lines that collect the samples. + */ + unsigned int GetHitLineCount() const; + + /** Returns the set of source lines that collect the samples. + * The caller allocates buffer and responsible for releasing it. + * True if all available entries are copied, otherwise false. + * The function copies nothing if buffer is not large enough. + */ + bool GetLineTicks(LineTick* entries, unsigned int length) const; + + /** Returns bailout reason for the function + * if the optimization was disabled for it. + */ + const char* GetBailoutReason() const; + + /** + * Returns the count of samples where the function was currently executing. + */ + unsigned GetHitCount() const; + + /** Returns id of the node. The id is unique within the tree */ + unsigned GetNodeId() const; + + /** + * Gets the type of the source which the node was captured from. + */ + SourceType GetSourceType() const; + + /** Returns child nodes count of the node. */ + int GetChildrenCount() const; + + /** Retrieves a child node by index. */ + const CpuProfileNode* GetChild(int index) const; + + /** Retrieves the ancestor node, or null if the root. */ + const CpuProfileNode* GetParent() const; + + /** Retrieves deopt infos for the node. */ + const std::vector& GetDeoptInfos() const; + + static const int kNoLineNumberInfo = Message::kNoLineNumberInfo; + static const int kNoColumnNumberInfo = Message::kNoColumnInfo; +}; + + +/** + * CpuProfile contains a CPU profile in a form of top-down call tree + * (from main() down to functions that do all the work). + */ +class V8_EXPORT CpuProfile { + public: + /** Returns CPU profile title. */ + Local GetTitle() const; + + /** Returns the root node of the top down call tree. */ + const CpuProfileNode* GetTopDownRoot() const; + + /** + * Returns number of samples recorded. The samples are not recorded unless + * |record_samples| parameter of CpuProfiler::StartCpuProfiling is true. + */ + int GetSamplesCount() const; + + /** + * Returns profile node corresponding to the top frame the sample at + * the given index. + */ + const CpuProfileNode* GetSample(int index) const; + + /** + * Returns the timestamp of the sample. The timestamp is the number of + * microseconds since some unspecified starting point. + * The point is equal to the starting point used by GetStartTime. + */ + int64_t GetSampleTimestamp(int index) const; + + /** + * Returns time when the profile recording was started (in microseconds) + * since some unspecified starting point. + */ + int64_t GetStartTime() const; + + /** + * Returns time when the profile recording was stopped (in microseconds) + * since some unspecified starting point. + * The point is equal to the starting point used by GetStartTime. + */ + int64_t GetEndTime() const; + + /** + * Deletes the profile and removes it from CpuProfiler's list. + * All pointers to nodes previously returned become invalid. + */ + void Delete(); +}; + +enum CpuProfilingMode { + // In the resulting CpuProfile tree, intermediate nodes in a stack trace + // (from the root to a leaf) will have line numbers that point to the start + // line of the function, rather than the line of the callsite of the child. + kLeafNodeLineNumbers, + // In the resulting CpuProfile tree, nodes are separated based on the line + // number of their callsite in their parent. + kCallerLineNumbers, +}; + +// Determines how names are derived for functions sampled. +enum CpuProfilingNamingMode { + // Use the immediate name of functions at compilation time. + kStandardNaming, + // Use more verbose naming for functions without names, inferred from scope + // where possible. + kDebugNaming, +}; + +enum CpuProfilingLoggingMode { + // Enables logging when a profile is active, and disables logging when all + // profiles are detached. + kLazyLogging, + // Enables logging for the lifetime of the CpuProfiler. Calls to + // StartRecording are faster, at the expense of runtime overhead. + kEagerLogging, +}; + +// Enum for returning profiling status. Once StartProfiling is called, +// we want to return to clients whether the profiling was able to start +// correctly, or return a descriptive error. +enum class CpuProfilingStatus { + kStarted, + kAlreadyStarted, + kErrorTooManyProfilers +}; + +/** + * Delegate for when max samples reached and samples are discarded. + */ +class V8_EXPORT DiscardedSamplesDelegate { + public: + DiscardedSamplesDelegate() {} + + virtual ~DiscardedSamplesDelegate() = default; + virtual void Notify() = 0; +}; + +/** + * Optional profiling attributes. + */ +class V8_EXPORT CpuProfilingOptions { + public: + // Indicates that the sample buffer size should not be explicitly limited. + static const unsigned kNoSampleLimit = UINT_MAX; + + /** + * \param mode Type of computation of stack frame line numbers. + * \param max_samples The maximum number of samples that should be recorded by + * the profiler. Samples obtained after this limit will be + * discarded. + * \param sampling_interval_us controls the profile-specific target + * sampling interval. The provided sampling + * interval will be snapped to the next lowest + * non-zero multiple of the profiler's sampling + * interval, set via SetSamplingInterval(). If + * zero, the sampling interval will be equal to + * the profiler's sampling interval. + * \param filter_context If specified, profiles will only contain frames + * using this context. Other frames will be elided. + */ + CpuProfilingOptions( + CpuProfilingMode mode = kLeafNodeLineNumbers, + unsigned max_samples = kNoSampleLimit, int sampling_interval_us = 0, + MaybeLocal filter_context = MaybeLocal()); + + CpuProfilingMode mode() const { return mode_; } + unsigned max_samples() const { return max_samples_; } + int sampling_interval_us() const { return sampling_interval_us_; } + + private: + friend class internal::CpuProfile; + + bool has_filter_context() const { return !filter_context_.IsEmpty(); } + void* raw_filter_context() const; + + CpuProfilingMode mode_; + unsigned max_samples_; + int sampling_interval_us_; + CopyablePersistentTraits::CopyablePersistent filter_context_; +}; + +/** + * Interface for controlling CPU profiling. Instance of the + * profiler can be created using v8::CpuProfiler::New method. + */ +class V8_EXPORT CpuProfiler { + public: + /** + * Creates a new CPU profiler for the |isolate|. The isolate must be + * initialized. The profiler object must be disposed after use by calling + * |Dispose| method. + */ + static CpuProfiler* New(Isolate* isolate, + CpuProfilingNamingMode = kDebugNaming, + CpuProfilingLoggingMode = kLazyLogging); + + /** + * Synchronously collect current stack sample in all profilers attached to + * the |isolate|. The call does not affect number of ticks recorded for + * the current top node. + */ + static void CollectSample(Isolate* isolate); + + /** + * Disposes the CPU profiler object. + */ + void Dispose(); + + /** + * Changes default CPU profiler sampling interval to the specified number + * of microseconds. Default interval is 1000us. This method must be called + * when there are no profiles being recorded. + */ + void SetSamplingInterval(int us); + + /** + * Sets whether or not the profiler should prioritize consistency of sample + * periodicity on Windows. Disabling this can greatly reduce CPU usage, but + * may result in greater variance in sample timings from the platform's + * scheduler. Defaults to enabled. This method must be called when there are + * no profiles being recorded. + */ + void SetUsePreciseSampling(bool); + + /** + * Starts collecting a CPU profile. Title may be an empty string. Several + * profiles may be collected at once. Attempts to start collecting several + * profiles with the same title are silently ignored. + */ + CpuProfilingStatus StartProfiling( + Local title, CpuProfilingOptions options, + std::unique_ptr delegate = nullptr); + + /** + * Starts profiling with the same semantics as above, except with expanded + * parameters. + * + * |record_samples| parameter controls whether individual samples should + * be recorded in addition to the aggregated tree. + * + * |max_samples| controls the maximum number of samples that should be + * recorded by the profiler. Samples obtained after this limit will be + * discarded. + */ + CpuProfilingStatus StartProfiling( + Local title, CpuProfilingMode mode, bool record_samples = false, + unsigned max_samples = CpuProfilingOptions::kNoSampleLimit); + /** + * The same as StartProfiling above, but the CpuProfilingMode defaults to + * kLeafNodeLineNumbers mode, which was the previous default behavior of the + * profiler. + */ + CpuProfilingStatus StartProfiling(Local title, + bool record_samples = false); + + /** + * Stops collecting CPU profile with a given title and returns it. + * If the title given is empty, finishes the last profile started. + */ + CpuProfile* StopProfiling(Local title); + + /** + * Generate more detailed source positions to code objects. This results in + * better results when mapping profiling samples to script source. + */ + static void UseDetailedSourcePositionsForProfiling(Isolate* isolate); + + private: + CpuProfiler(); + ~CpuProfiler(); + CpuProfiler(const CpuProfiler&); + CpuProfiler& operator=(const CpuProfiler&); +}; + +/** + * HeapSnapshotEdge represents a directed connection between heap + * graph nodes: from retainers to retained nodes. + */ +class V8_EXPORT HeapGraphEdge { + public: + enum Type { + kContextVariable = 0, // A variable from a function context. + kElement = 1, // An element of an array. + kProperty = 2, // A named object property. + kInternal = 3, // A link that can't be accessed from JS, + // thus, its name isn't a real property name + // (e.g. parts of a ConsString). + kHidden = 4, // A link that is needed for proper sizes + // calculation, but may be hidden from user. + kShortcut = 5, // A link that must not be followed during + // sizes calculation. + kWeak = 6 // A weak reference (ignored by the GC). + }; + + /** Returns edge type (see HeapGraphEdge::Type). */ + Type GetType() const; + + /** + * Returns edge name. This can be a variable name, an element index, or + * a property name. + */ + Local GetName() const; + + /** Returns origin node. */ + const HeapGraphNode* GetFromNode() const; + + /** Returns destination node. */ + const HeapGraphNode* GetToNode() const; +}; + + +/** + * HeapGraphNode represents a node in a heap graph. + */ +class V8_EXPORT HeapGraphNode { + public: + enum Type { + kHidden = 0, // Hidden node, may be filtered when shown to user. + kArray = 1, // An array of elements. + kString = 2, // A string. + kObject = 3, // A JS object (except for arrays and strings). + kCode = 4, // Compiled code. + kClosure = 5, // Function closure. + kRegExp = 6, // RegExp. + kHeapNumber = 7, // Number stored in the heap. + kNative = 8, // Native object (not from V8 heap). + kSynthetic = 9, // Synthetic object, usually used for grouping + // snapshot items together. + kConsString = 10, // Concatenated string. A pair of pointers to strings. + kSlicedString = 11, // Sliced string. A fragment of another string. + kSymbol = 12, // A Symbol (ES6). + kBigInt = 13 // BigInt. + }; + + /** Returns node type (see HeapGraphNode::Type). */ + Type GetType() const; + + /** + * Returns node name. Depending on node's type this can be the name + * of the constructor (for objects), the name of the function (for + * closures), string value, or an empty string (for compiled code). + */ + Local GetName() const; + + /** + * Returns node id. For the same heap object, the id remains the same + * across all snapshots. + */ + SnapshotObjectId GetId() const; + + /** Returns node's own size, in bytes. */ + size_t GetShallowSize() const; + + /** Returns child nodes count of the node. */ + int GetChildrenCount() const; + + /** Retrieves a child by index. */ + const HeapGraphEdge* GetChild(int index) const; +}; + + +/** + * An interface for exporting data from V8, using "push" model. + */ +class V8_EXPORT OutputStream { + public: + enum WriteResult { + kContinue = 0, + kAbort = 1 + }; + virtual ~OutputStream() = default; + /** Notify about the end of stream. */ + virtual void EndOfStream() = 0; + /** Get preferred output chunk size. Called only once. */ + virtual int GetChunkSize() { return 1024; } + /** + * Writes the next chunk of snapshot data into the stream. Writing + * can be stopped by returning kAbort as function result. EndOfStream + * will not be called in case writing was aborted. + */ + virtual WriteResult WriteAsciiChunk(char* data, int size) = 0; + /** + * Writes the next chunk of heap stats data into the stream. Writing + * can be stopped by returning kAbort as function result. EndOfStream + * will not be called in case writing was aborted. + */ + virtual WriteResult WriteHeapStatsChunk(HeapStatsUpdate* data, int count) { + return kAbort; + } +}; + +/** + * HeapSnapshots record the state of the JS heap at some moment. + */ +class V8_EXPORT HeapSnapshot { + public: + enum SerializationFormat { + kJSON = 0 // See format description near 'Serialize' method. + }; + + /** Returns the root node of the heap graph. */ + const HeapGraphNode* GetRoot() const; + + /** Returns a node by its id. */ + const HeapGraphNode* GetNodeById(SnapshotObjectId id) const; + + /** Returns total nodes count in the snapshot. */ + int GetNodesCount() const; + + /** Returns a node by index. */ + const HeapGraphNode* GetNode(int index) const; + + /** Returns a max seen JS object Id. */ + SnapshotObjectId GetMaxSnapshotJSObjectId() const; + + /** + * Deletes the snapshot and removes it from HeapProfiler's list. + * All pointers to nodes, edges and paths previously returned become + * invalid. + */ + void Delete(); + + /** + * Prepare a serialized representation of the snapshot. The result + * is written into the stream provided in chunks of specified size. + * The total length of the serialized snapshot is unknown in + * advance, it can be roughly equal to JS heap size (that means, + * it can be really big - tens of megabytes). + * + * For the JSON format, heap contents are represented as an object + * with the following structure: + * + * { + * snapshot: { + * title: "...", + * uid: nnn, + * meta: { meta-info }, + * node_count: nnn, + * edge_count: nnn + * }, + * nodes: [nodes array], + * edges: [edges array], + * strings: [strings array] + * } + * + * Nodes reference strings, other nodes, and edges by their indexes + * in corresponding arrays. + */ + void Serialize(OutputStream* stream, + SerializationFormat format = kJSON) const; +}; + + +/** + * An interface for reporting progress and controlling long-running + * activities. + */ +class V8_EXPORT ActivityControl { + public: + enum ControlOption { + kContinue = 0, + kAbort = 1 + }; + virtual ~ActivityControl() = default; + /** + * Notify about current progress. The activity can be stopped by + * returning kAbort as the callback result. + */ + virtual ControlOption ReportProgressValue(int done, int total) = 0; +}; + +/** + * AllocationProfile is a sampled profile of allocations done by the program. + * This is structured as a call-graph. + */ +class V8_EXPORT AllocationProfile { + public: + struct Allocation { + /** + * Size of the sampled allocation object. + */ + size_t size; + + /** + * The number of objects of such size that were sampled. + */ + unsigned int count; + }; + + /** + * Represents a node in the call-graph. + */ + struct Node { + /** + * Name of the function. May be empty for anonymous functions or if the + * script corresponding to this function has been unloaded. + */ + Local name; + + /** + * Name of the script containing the function. May be empty if the script + * name is not available, or if the script has been unloaded. + */ + Local script_name; + + /** + * id of the script where the function is located. May be equal to + * v8::UnboundScript::kNoScriptId in cases where the script doesn't exist. + */ + int script_id; + + /** + * Start position of the function in the script. + */ + int start_position; + + /** + * 1-indexed line number where the function starts. May be + * kNoLineNumberInfo if no line number information is available. + */ + int line_number; + + /** + * 1-indexed column number where the function starts. May be + * kNoColumnNumberInfo if no line number information is available. + */ + int column_number; + + /** + * Unique id of the node. + */ + uint32_t node_id; + + /** + * List of callees called from this node for which we have sampled + * allocations. The lifetime of the children is scoped to the containing + * AllocationProfile. + */ + std::vector children; + + /** + * List of self allocations done by this node in the call-graph. + */ + std::vector allocations; + }; + + /** + * Represent a single sample recorded for an allocation. + */ + struct Sample { + /** + * id of the node in the profile tree. + */ + uint32_t node_id; + + /** + * Size of the sampled allocation object. + */ + size_t size; + + /** + * The number of objects of such size that were sampled. + */ + unsigned int count; + + /** + * Unique time-ordered id of the allocation sample. Can be used to track + * what samples were added or removed between two snapshots. + */ + uint64_t sample_id; + }; + + /** + * Returns the root node of the call-graph. The root node corresponds to an + * empty JS call-stack. The lifetime of the returned Node* is scoped to the + * containing AllocationProfile. + */ + virtual Node* GetRootNode() = 0; + virtual const std::vector& GetSamples() = 0; + + virtual ~AllocationProfile() = default; + + static const int kNoLineNumberInfo = Message::kNoLineNumberInfo; + static const int kNoColumnNumberInfo = Message::kNoColumnInfo; +}; + +/** + * An object graph consisting of embedder objects and V8 objects. + * Edges of the graph are strong references between the objects. + * The embedder can build this graph during heap snapshot generation + * to include the embedder objects in the heap snapshot. + * Usage: + * 1) Define derived class of EmbedderGraph::Node for embedder objects. + * 2) Set the build embedder graph callback on the heap profiler using + * HeapProfiler::AddBuildEmbedderGraphCallback. + * 3) In the callback use graph->AddEdge(node1, node2) to add an edge from + * node1 to node2. + * 4) To represent references from/to V8 object, construct V8 nodes using + * graph->V8Node(value). + */ +class V8_EXPORT EmbedderGraph { + public: + class Node { + public: + /** + * Detachedness specifies whether an object is attached or detached from the + * main application state. While unkown in general, there may be objects + * that specifically know their state. V8 passes this information along in + * the snapshot. Users of the snapshot may use it to annotate the object + * graph. + */ + enum class Detachedness : uint8_t { + kUnknown = 0, + kAttached = 1, + kDetached = 2, + }; + + Node() = default; + virtual ~Node() = default; + virtual const char* Name() = 0; + virtual size_t SizeInBytes() = 0; + /** + * The corresponding V8 wrapper node if not null. + * During heap snapshot generation the embedder node and the V8 wrapper + * node will be merged into one node to simplify retaining paths. + */ + virtual Node* WrapperNode() { return nullptr; } + virtual bool IsRootNode() { return false; } + /** Must return true for non-V8 nodes. */ + virtual bool IsEmbedderNode() { return true; } + /** + * Optional name prefix. It is used in Chrome for tagging detached nodes. + */ + virtual const char* NamePrefix() { return nullptr; } + + /** + * Returns the NativeObject that can be used for querying the + * |HeapSnapshot|. + */ + virtual NativeObject GetNativeObject() { return nullptr; } + + /** + * Detachedness state of a given object. While unkown in general, there may + * be objects that specifically know their state. V8 passes this information + * along in the snapshot. Users of the snapshot may use it to annotate the + * object graph. + */ + virtual Detachedness GetDetachedness() { return Detachedness::kUnknown; } + + Node(const Node&) = delete; + Node& operator=(const Node&) = delete; + }; + + /** + * Returns a node corresponding to the given V8 value. Ownership is not + * transferred. The result pointer is valid while the graph is alive. + */ + virtual Node* V8Node(const v8::Local& value) = 0; + + /** + * Adds the given node to the graph and takes ownership of the node. + * Returns a raw pointer to the node that is valid while the graph is alive. + */ + virtual Node* AddNode(std::unique_ptr node) = 0; + + /** + * Adds an edge that represents a strong reference from the given + * node |from| to the given node |to|. The nodes must be added to the graph + * before calling this function. + * + * If name is nullptr, the edge will have auto-increment indexes, otherwise + * it will be named accordingly. + */ + virtual void AddEdge(Node* from, Node* to, const char* name = nullptr) = 0; + + virtual ~EmbedderGraph() = default; +}; + +/** + * Interface for controlling heap profiling. Instance of the + * profiler can be retrieved using v8::Isolate::GetHeapProfiler. + */ +class V8_EXPORT HeapProfiler { + public: + enum SamplingFlags { + kSamplingNoFlags = 0, + kSamplingForceGC = 1 << 0, + }; + + /** + * Callback function invoked during heap snapshot generation to retrieve + * the embedder object graph. The callback should use graph->AddEdge(..) to + * add references between the objects. + * The callback must not trigger garbage collection in V8. + */ + typedef void (*BuildEmbedderGraphCallback)(v8::Isolate* isolate, + v8::EmbedderGraph* graph, + void* data); + + /** + * Callback function invoked during heap snapshot generation to retrieve + * the detachedness state of an object referenced by a TracedReference. + * + * The callback takes Local as parameter to allow the embedder to + * unpack the TracedReference into a Local and reuse that Local for different + * purposes. + */ + using GetDetachednessCallback = EmbedderGraph::Node::Detachedness (*)( + v8::Isolate* isolate, const v8::Local& v8_value, + uint16_t class_id, void* data); + + /** Returns the number of snapshots taken. */ + int GetSnapshotCount(); + + /** Returns a snapshot by index. */ + const HeapSnapshot* GetHeapSnapshot(int index); + + /** + * Returns SnapshotObjectId for a heap object referenced by |value| if + * it has been seen by the heap profiler, kUnknownObjectId otherwise. + */ + SnapshotObjectId GetObjectId(Local value); + + /** + * Returns SnapshotObjectId for a native object referenced by |value| if it + * has been seen by the heap profiler, kUnknownObjectId otherwise. + */ + SnapshotObjectId GetObjectId(NativeObject value); + + /** + * Returns heap object with given SnapshotObjectId if the object is alive, + * otherwise empty handle is returned. + */ + Local FindObjectById(SnapshotObjectId id); + + /** + * Clears internal map from SnapshotObjectId to heap object. The new objects + * will not be added into it unless a heap snapshot is taken or heap object + * tracking is kicked off. + */ + void ClearObjectIds(); + + /** + * A constant for invalid SnapshotObjectId. GetSnapshotObjectId will return + * it in case heap profiler cannot find id for the object passed as + * parameter. HeapSnapshot::GetNodeById will always return NULL for such id. + */ + static const SnapshotObjectId kUnknownObjectId = 0; + + /** + * Callback interface for retrieving user friendly names of global objects. + */ + class ObjectNameResolver { + public: + /** + * Returns name to be used in the heap snapshot for given node. Returned + * string must stay alive until snapshot collection is completed. + */ + virtual const char* GetName(Local object) = 0; + + protected: + virtual ~ObjectNameResolver() = default; + }; + + /** + * Takes a heap snapshot and returns it. + */ + const HeapSnapshot* TakeHeapSnapshot( + ActivityControl* control = nullptr, + ObjectNameResolver* global_object_name_resolver = nullptr, + bool treat_global_objects_as_roots = true, + bool capture_numeric_value = false); + + /** + * Starts tracking of heap objects population statistics. After calling + * this method, all heap objects relocations done by the garbage collector + * are being registered. + * + * |track_allocations| parameter controls whether stack trace of each + * allocation in the heap will be recorded and reported as part of + * HeapSnapshot. + */ + void StartTrackingHeapObjects(bool track_allocations = false); + + /** + * Adds a new time interval entry to the aggregated statistics array. The + * time interval entry contains information on the current heap objects + * population size. The method also updates aggregated statistics and + * reports updates for all previous time intervals via the OutputStream + * object. Updates on each time interval are provided as a stream of the + * HeapStatsUpdate structure instances. + * If |timestamp_us| is supplied, timestamp of the new entry will be written + * into it. The return value of the function is the last seen heap object Id. + * + * StartTrackingHeapObjects must be called before the first call to this + * method. + */ + SnapshotObjectId GetHeapStats(OutputStream* stream, + int64_t* timestamp_us = nullptr); + + /** + * Stops tracking of heap objects population statistics, cleans up all + * collected data. StartHeapObjectsTracking must be called again prior to + * calling GetHeapStats next time. + */ + void StopTrackingHeapObjects(); + + /** + * Starts gathering a sampling heap profile. A sampling heap profile is + * similar to tcmalloc's heap profiler and Go's mprof. It samples object + * allocations and builds an online 'sampling' heap profile. At any point in + * time, this profile is expected to be a representative sample of objects + * currently live in the system. Each sampled allocation includes the stack + * trace at the time of allocation, which makes this really useful for memory + * leak detection. + * + * This mechanism is intended to be cheap enough that it can be used in + * production with minimal performance overhead. + * + * Allocations are sampled using a randomized Poisson process. On average, one + * allocation will be sampled every |sample_interval| bytes allocated. The + * |stack_depth| parameter controls the maximum number of stack frames to be + * captured on each allocation. + * + * NOTE: This is a proof-of-concept at this point. Right now we only sample + * newspace allocations. Support for paged space allocation (e.g. pre-tenured + * objects, large objects, code objects, etc.) and native allocations + * doesn't exist yet, but is anticipated in the future. + * + * Objects allocated before the sampling is started will not be included in + * the profile. + * + * Returns false if a sampling heap profiler is already running. + */ + bool StartSamplingHeapProfiler(uint64_t sample_interval = 512 * 1024, + int stack_depth = 16, + SamplingFlags flags = kSamplingNoFlags); + + /** + * Stops the sampling heap profile and discards the current profile. + */ + void StopSamplingHeapProfiler(); + + /** + * Returns the sampled profile of allocations allocated (and still live) since + * StartSamplingHeapProfiler was called. The ownership of the pointer is + * transferred to the caller. Returns nullptr if sampling heap profiler is not + * active. + */ + AllocationProfile* GetAllocationProfile(); + + /** + * Deletes all snapshots taken. All previously returned pointers to + * snapshots and their contents become invalid after this call. + */ + void DeleteAllHeapSnapshots(); + + void AddBuildEmbedderGraphCallback(BuildEmbedderGraphCallback callback, + void* data); + void RemoveBuildEmbedderGraphCallback(BuildEmbedderGraphCallback callback, + void* data); + + void SetGetDetachednessCallback(GetDetachednessCallback callback, void* data); + + /** + * Default value of persistent handle class ID. Must not be used to + * define a class. Can be used to reset a class of a persistent + * handle. + */ + static const uint16_t kPersistentHandleNoClassId = 0; + + private: + HeapProfiler(); + ~HeapProfiler(); + HeapProfiler(const HeapProfiler&); + HeapProfiler& operator=(const HeapProfiler&); +}; + +/** + * A struct for exporting HeapStats data from V8, using "push" model. + * See HeapProfiler::GetHeapStats. + */ +struct HeapStatsUpdate { + HeapStatsUpdate(uint32_t index, uint32_t count, uint32_t size) + : index(index), count(count), size(size) { } + uint32_t index; // Index of the time interval that was changed. + uint32_t count; // New value of count field for the interval with this index. + uint32_t size; // New value of size field for the interval with this index. +}; + +#define CODE_EVENTS_LIST(V) \ + V(Builtin) \ + V(Callback) \ + V(Eval) \ + V(Function) \ + V(InterpretedFunction) \ + V(Handler) \ + V(BytecodeHandler) \ + V(LazyCompile) \ + V(RegExp) \ + V(Script) \ + V(Stub) \ + V(Relocation) + +/** + * Note that this enum may be extended in the future. Please include a default + * case if this enum is used in a switch statement. + */ +enum CodeEventType { + kUnknownType = 0 +#define V(Name) , k##Name##Type + CODE_EVENTS_LIST(V) +#undef V +}; + +/** + * Representation of a code creation event + */ +class V8_EXPORT CodeEvent { + public: + uintptr_t GetCodeStartAddress(); + size_t GetCodeSize(); + Local GetFunctionName(); + Local GetScriptName(); + int GetScriptLine(); + int GetScriptColumn(); + /** + * NOTE (mmarchini): We can't allocate objects in the heap when we collect + * existing code, and both the code type and the comment are not stored in the + * heap, so we return those as const char*. + */ + CodeEventType GetCodeType(); + const char* GetComment(); + + static const char* GetCodeEventTypeName(CodeEventType code_event_type); + + uintptr_t GetPreviousCodeStartAddress(); +}; + +/** + * Interface to listen to code creation and code relocation events. + */ +class V8_EXPORT CodeEventHandler { + public: + /** + * Creates a new listener for the |isolate|. The isolate must be initialized. + * The listener object must be disposed after use by calling |Dispose| method. + * Multiple listeners can be created for the same isolate. + */ + explicit CodeEventHandler(Isolate* isolate); + virtual ~CodeEventHandler(); + + /** + * Handle is called every time a code object is created or moved. Information + * about each code event will be available through the `code_event` + * parameter. + * + * When the CodeEventType is kRelocationType, the code for this CodeEvent has + * moved from `GetPreviousCodeStartAddress()` to `GetCodeStartAddress()`. + */ + virtual void Handle(CodeEvent* code_event) = 0; + + /** + * Call `Enable()` to starts listening to code creation and code relocation + * events. These events will be handled by `Handle()`. + */ + void Enable(); + + /** + * Call `Disable()` to stop listening to code creation and code relocation + * events. + */ + void Disable(); + + private: + CodeEventHandler(); + CodeEventHandler(const CodeEventHandler&); + CodeEventHandler& operator=(const CodeEventHandler&); + void* internal_listener_; +}; + +} // namespace v8 + + +#endif // V8_V8_PROFILER_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-unwinder-state.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-unwinder-state.h new file mode 100644 index 0000000..00f8b8b --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-unwinder-state.h @@ -0,0 +1,30 @@ +// Copyright 2020 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef INCLUDE_V8_UNWINDER_STATE_H_ +#define INCLUDE_V8_UNWINDER_STATE_H_ + +namespace v8 { + +#ifdef V8_TARGET_ARCH_ARM +struct CalleeSavedRegisters { + void* arm_r4; + void* arm_r5; + void* arm_r6; + void* arm_r7; + void* arm_r8; + void* arm_r9; + void* arm_r10; +}; +#elif V8_TARGET_ARCH_X64 || V8_TARGET_ARCH_IA32 || V8_TARGET_ARCH_ARM64 || \ + V8_TARGET_ARCH_MIPS || V8_TARGET_ARCH_MIPS64 || V8_TARGET_ARCH_PPC || \ + V8_TARGET_ARCH_PPC64 || V8_TARGET_ARCH_RISCV64 || V8_TARGET_ARCH_S390 +struct CalleeSavedRegisters {}; +#else +#error Target architecture was not detected as supported by v8 +#endif + +} // namespace v8 + +#endif // INCLUDE_V8_UNWINDER _STATE_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-util.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-util.h new file mode 100644 index 0000000..8e4d661 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-util.h @@ -0,0 +1,652 @@ +// Copyright 2014 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_UTIL_H_ +#define V8_UTIL_H_ + +#include "v8.h" // NOLINT(build/include_directory) +#include +#include +#include + +/** + * Support for Persistent containers. + * + * C++11 embedders can use STL containers with Global values, + * but pre-C++11 does not support the required move semantic and hence + * may want these container classes. + */ +namespace v8 { + +typedef uintptr_t PersistentContainerValue; +static const uintptr_t kPersistentContainerNotFound = 0; +enum PersistentContainerCallbackType { + kNotWeak, + // These correspond to v8::WeakCallbackType + kWeakWithParameter, + kWeakWithInternalFields +}; + +/** + * A default trait implementation for PersistentValueMap which uses std::map + * as a backing map. + * + * Users will have to implement their own weak callbacks & dispose traits. + */ +template +class StdMapTraits { + public: + // STL map & related: + typedef std::map Impl; + typedef typename Impl::iterator Iterator; + + static bool Empty(Impl* impl) { return impl->empty(); } + static size_t Size(Impl* impl) { return impl->size(); } + static void Swap(Impl& a, Impl& b) { std::swap(a, b); } + static Iterator Begin(Impl* impl) { return impl->begin(); } + static Iterator End(Impl* impl) { return impl->end(); } + static K Key(Iterator it) { return it->first; } + static PersistentContainerValue Value(Iterator it) { return it->second; } + static PersistentContainerValue Set(Impl* impl, K key, + PersistentContainerValue value) { + std::pair res = impl->insert(std::make_pair(key, value)); + PersistentContainerValue old_value = kPersistentContainerNotFound; + if (!res.second) { + old_value = res.first->second; + res.first->second = value; + } + return old_value; + } + static PersistentContainerValue Get(Impl* impl, K key) { + Iterator it = impl->find(key); + if (it == impl->end()) return kPersistentContainerNotFound; + return it->second; + } + static PersistentContainerValue Remove(Impl* impl, K key) { + Iterator it = impl->find(key); + if (it == impl->end()) return kPersistentContainerNotFound; + PersistentContainerValue value = it->second; + impl->erase(it); + return value; + } +}; + + +/** + * A default trait implementation for PersistentValueMap, which inherits + * a std:map backing map from StdMapTraits and holds non-weak persistent + * objects and has no special Dispose handling. + * + * You should not derive from this class, since MapType depends on the + * surrounding class, and hence a subclass cannot simply inherit the methods. + */ +template +class DefaultPersistentValueMapTraits : public StdMapTraits { + public: + // Weak callback & friends: + static const PersistentContainerCallbackType kCallbackType = kNotWeak; + typedef PersistentValueMap > + MapType; + typedef void WeakCallbackDataType; + + static WeakCallbackDataType* WeakCallbackParameter( + MapType* map, const K& key, Local value) { + return nullptr; + } + static MapType* MapFromWeakCallbackInfo( + const WeakCallbackInfo& data) { + return nullptr; + } + static K KeyFromWeakCallbackInfo( + const WeakCallbackInfo& data) { + return K(); + } + static void DisposeCallbackData(WeakCallbackDataType* data) { } + static void Dispose(Isolate* isolate, Global value, K key) {} +}; + + +template +class DefaultGlobalMapTraits : public StdMapTraits { + private: + template + struct RemovePointer; + + public: + // Weak callback & friends: + static const PersistentContainerCallbackType kCallbackType = kNotWeak; + typedef GlobalValueMap > MapType; + typedef void WeakCallbackDataType; + + static WeakCallbackDataType* WeakCallbackParameter(MapType* map, const K& key, + Local value) { + return nullptr; + } + static MapType* MapFromWeakCallbackInfo( + const WeakCallbackInfo& data) { + return nullptr; + } + static K KeyFromWeakCallbackInfo( + const WeakCallbackInfo& data) { + return K(); + } + static void DisposeCallbackData(WeakCallbackDataType* data) {} + static void OnWeakCallback( + const WeakCallbackInfo& data) {} + static void Dispose(Isolate* isolate, Global value, K key) {} + // This is a second pass callback, so SetSecondPassCallback cannot be called. + static void DisposeWeak(const WeakCallbackInfo& data) {} + + private: + template + struct RemovePointer { + typedef T Type; + }; +}; + + +/** + * A map wrapper that allows using Global as a mapped value. + * C++11 embedders don't need this class, as they can use Global + * directly in std containers. + * + * The map relies on a backing map, whose type and accessors are described + * by the Traits class. The backing map will handle values of type + * PersistentContainerValue, with all conversion into and out of V8 + * handles being transparently handled by this class. + */ +template +class PersistentValueMapBase { + public: + Isolate* GetIsolate() { return isolate_; } + + /** + * Return size of the map. + */ + size_t Size() { return Traits::Size(&impl_); } + + /** + * Return whether the map holds weak persistents. + */ + bool IsWeak() { return Traits::kCallbackType != kNotWeak; } + + /** + * Get value stored in map. + */ + Local Get(const K& key) { + return Local::New(isolate_, FromVal(Traits::Get(&impl_, key))); + } + + /** + * Check whether a value is contained in the map. + */ + bool Contains(const K& key) { + return Traits::Get(&impl_, key) != kPersistentContainerNotFound; + } + + /** + * Get value stored in map and set it in returnValue. + * Return true if a value was found. + */ + bool SetReturnValue(const K& key, + ReturnValue returnValue) { + return SetReturnValueFromVal(&returnValue, Traits::Get(&impl_, key)); + } + + /** + * Return value for key and remove it from the map. + */ + Global Remove(const K& key) { + return Release(Traits::Remove(&impl_, key)).Pass(); + } + + /** + * Traverses the map repeatedly, + * in case side effects of disposal cause insertions. + **/ + void Clear() { + typedef typename Traits::Iterator It; + HandleScope handle_scope(isolate_); + // TODO(dcarney): figure out if this swap and loop is necessary. + while (!Traits::Empty(&impl_)) { + typename Traits::Impl impl; + Traits::Swap(impl_, impl); + for (It i = Traits::Begin(&impl); i != Traits::End(&impl); ++i) { + Traits::Dispose(isolate_, Release(Traits::Value(i)).Pass(), + Traits::Key(i)); + } + } + } + + /** + * Helper class for GetReference/SetWithReference. Do not use outside + * that context. + */ + class PersistentValueReference { + public: + PersistentValueReference() : value_(kPersistentContainerNotFound) { } + PersistentValueReference(const PersistentValueReference& other) + : value_(other.value_) { } + + Local NewLocal(Isolate* isolate) const { + return Local::New(isolate, FromVal(value_)); + } + bool IsEmpty() const { + return value_ == kPersistentContainerNotFound; + } + template + bool SetReturnValue(ReturnValue returnValue) { + return SetReturnValueFromVal(&returnValue, value_); + } + void Reset() { + value_ = kPersistentContainerNotFound; + } + void operator=(const PersistentValueReference& other) { + value_ = other.value_; + } + + private: + friend class PersistentValueMapBase; + friend class PersistentValueMap; + friend class GlobalValueMap; + + explicit PersistentValueReference(PersistentContainerValue value) + : value_(value) { } + + void operator=(PersistentContainerValue value) { + value_ = value; + } + + PersistentContainerValue value_; + }; + + /** + * Get a reference to a map value. This enables fast, repeated access + * to a value stored in the map while the map remains unchanged. + * + * Careful: This is potentially unsafe, so please use with care. + * The value will become invalid if the value for this key changes + * in the underlying map, as a result of Set or Remove for the same + * key; as a result of the weak callback for the same key; or as a + * result of calling Clear() or destruction of the map. + */ + PersistentValueReference GetReference(const K& key) { + return PersistentValueReference(Traits::Get(&impl_, key)); + } + + protected: + explicit PersistentValueMapBase(Isolate* isolate) + : isolate_(isolate), label_(nullptr) {} + PersistentValueMapBase(Isolate* isolate, const char* label) + : isolate_(isolate), label_(label) {} + + ~PersistentValueMapBase() { Clear(); } + + Isolate* isolate() { return isolate_; } + typename Traits::Impl* impl() { return &impl_; } + + static V* FromVal(PersistentContainerValue v) { + return reinterpret_cast(v); + } + + static PersistentContainerValue ClearAndLeak(Global* persistent) { + V* v = persistent->val_; + persistent->val_ = nullptr; + return reinterpret_cast(v); + } + + static PersistentContainerValue Leak(Global* persistent) { + return reinterpret_cast(persistent->val_); + } + + /** + * Return a container value as Global and make sure the weak + * callback is properly disposed of. All remove functionality should go + * through this. + */ + static Global Release(PersistentContainerValue v) { + Global p; + p.val_ = FromVal(v); + if (Traits::kCallbackType != kNotWeak && p.IsWeak()) { + Traits::DisposeCallbackData( + p.template ClearWeak()); + } + return p.Pass(); + } + + void RemoveWeak(const K& key) { + Global p; + p.val_ = FromVal(Traits::Remove(&impl_, key)); + p.Reset(); + } + + void AnnotateStrongRetainer(Global* persistent) { + persistent->AnnotateStrongRetainer(label_); + } + + private: + PersistentValueMapBase(PersistentValueMapBase&); + void operator=(PersistentValueMapBase&); + + static bool SetReturnValueFromVal(ReturnValue* returnValue, + PersistentContainerValue value) { + bool hasValue = value != kPersistentContainerNotFound; + if (hasValue) { + returnValue->SetInternal( + *reinterpret_cast(FromVal(value))); + } + return hasValue; + } + + Isolate* isolate_; + typename Traits::Impl impl_; + const char* label_; +}; + +template +class PersistentValueMap : public PersistentValueMapBase { + public: + explicit PersistentValueMap(Isolate* isolate) + : PersistentValueMapBase(isolate) {} + PersistentValueMap(Isolate* isolate, const char* label) + : PersistentValueMapBase(isolate, label) {} + + typedef + typename PersistentValueMapBase::PersistentValueReference + PersistentValueReference; + + /** + * Put value into map. Depending on Traits::kIsWeak, the value will be held + * by the map strongly or weakly. + * Returns old value as Global. + */ + Global Set(const K& key, Local value) { + Global persistent(this->isolate(), value); + return SetUnique(key, &persistent); + } + + /** + * Put value into map, like Set(const K&, Local). + */ + Global Set(const K& key, Global value) { + return SetUnique(key, &value); + } + + /** + * Put the value into the map, and set the 'weak' callback when demanded + * by the Traits class. + */ + Global SetUnique(const K& key, Global* persistent) { + if (Traits::kCallbackType == kNotWeak) { + this->AnnotateStrongRetainer(persistent); + } else { + WeakCallbackType callback_type = + Traits::kCallbackType == kWeakWithInternalFields + ? WeakCallbackType::kInternalFields + : WeakCallbackType::kParameter; + Local value(Local::New(this->isolate(), *persistent)); + persistent->template SetWeak( + Traits::WeakCallbackParameter(this, key, value), WeakCallback, + callback_type); + } + PersistentContainerValue old_value = + Traits::Set(this->impl(), key, this->ClearAndLeak(persistent)); + return this->Release(old_value).Pass(); + } + + /** + * Put a value into the map and update the reference. + * Restrictions of GetReference apply here as well. + */ + Global Set(const K& key, Global value, + PersistentValueReference* reference) { + *reference = this->Leak(&value); + return SetUnique(key, &value); + } + + private: + static void WeakCallback( + const WeakCallbackInfo& data) { + if (Traits::kCallbackType != kNotWeak) { + PersistentValueMap* persistentValueMap = + Traits::MapFromWeakCallbackInfo(data); + K key = Traits::KeyFromWeakCallbackInfo(data); + Traits::Dispose(data.GetIsolate(), + persistentValueMap->Remove(key).Pass(), key); + Traits::DisposeCallbackData(data.GetParameter()); + } + } +}; + + +template +class GlobalValueMap : public PersistentValueMapBase { + public: + explicit GlobalValueMap(Isolate* isolate) + : PersistentValueMapBase(isolate) {} + GlobalValueMap(Isolate* isolate, const char* label) + : PersistentValueMapBase(isolate, label) {} + + typedef + typename PersistentValueMapBase::PersistentValueReference + PersistentValueReference; + + /** + * Put value into map. Depending on Traits::kIsWeak, the value will be held + * by the map strongly or weakly. + * Returns old value as Global. + */ + Global Set(const K& key, Local value) { + Global persistent(this->isolate(), value); + return SetUnique(key, &persistent); + } + + /** + * Put value into map, like Set(const K&, Local). + */ + Global Set(const K& key, Global value) { + return SetUnique(key, &value); + } + + /** + * Put the value into the map, and set the 'weak' callback when demanded + * by the Traits class. + */ + Global SetUnique(const K& key, Global* persistent) { + if (Traits::kCallbackType == kNotWeak) { + this->AnnotateStrongRetainer(persistent); + } else { + WeakCallbackType callback_type = + Traits::kCallbackType == kWeakWithInternalFields + ? WeakCallbackType::kInternalFields + : WeakCallbackType::kParameter; + Local value(Local::New(this->isolate(), *persistent)); + persistent->template SetWeak( + Traits::WeakCallbackParameter(this, key, value), OnWeakCallback, + callback_type); + } + PersistentContainerValue old_value = + Traits::Set(this->impl(), key, this->ClearAndLeak(persistent)); + return this->Release(old_value).Pass(); + } + + /** + * Put a value into the map and update the reference. + * Restrictions of GetReference apply here as well. + */ + Global Set(const K& key, Global value, + PersistentValueReference* reference) { + *reference = this->Leak(&value); + return SetUnique(key, &value); + } + + private: + static void OnWeakCallback( + const WeakCallbackInfo& data) { + if (Traits::kCallbackType != kNotWeak) { + auto map = Traits::MapFromWeakCallbackInfo(data); + K key = Traits::KeyFromWeakCallbackInfo(data); + map->RemoveWeak(key); + Traits::OnWeakCallback(data); + data.SetSecondPassCallback(SecondWeakCallback); + } + } + + static void SecondWeakCallback( + const WeakCallbackInfo& data) { + Traits::DisposeWeak(data); + } +}; + + +/** + * A map that uses Global as value and std::map as the backing + * implementation. Persistents are held non-weak. + * + * C++11 embedders don't need this class, as they can use + * Global directly in std containers. + */ +template > +class StdPersistentValueMap : public PersistentValueMap { + public: + explicit StdPersistentValueMap(Isolate* isolate) + : PersistentValueMap(isolate) {} +}; + + +/** + * A map that uses Global as value and std::map as the backing + * implementation. Globals are held non-weak. + * + * C++11 embedders don't need this class, as they can use + * Global directly in std containers. + */ +template > +class StdGlobalValueMap : public GlobalValueMap { + public: + explicit StdGlobalValueMap(Isolate* isolate) + : GlobalValueMap(isolate) {} +}; + + +class DefaultPersistentValueVectorTraits { + public: + typedef std::vector Impl; + + static void Append(Impl* impl, PersistentContainerValue value) { + impl->push_back(value); + } + static bool IsEmpty(const Impl* impl) { + return impl->empty(); + } + static size_t Size(const Impl* impl) { + return impl->size(); + } + static PersistentContainerValue Get(const Impl* impl, size_t i) { + return (i < impl->size()) ? impl->at(i) : kPersistentContainerNotFound; + } + static void ReserveCapacity(Impl* impl, size_t capacity) { + impl->reserve(capacity); + } + static void Clear(Impl* impl) { + impl->clear(); + } +}; + + +/** + * A vector wrapper that safely stores Global values. + * C++11 embedders don't need this class, as they can use Global + * directly in std containers. + * + * This class relies on a backing vector implementation, whose type and methods + * are described by the Traits class. The backing map will handle values of type + * PersistentContainerValue, with all conversion into and out of V8 + * handles being transparently handled by this class. + */ +template +class PersistentValueVector { + public: + explicit PersistentValueVector(Isolate* isolate) : isolate_(isolate) { } + + ~PersistentValueVector() { + Clear(); + } + + /** + * Append a value to the vector. + */ + void Append(Local value) { + Global persistent(isolate_, value); + Traits::Append(&impl_, ClearAndLeak(&persistent)); + } + + /** + * Append a persistent's value to the vector. + */ + void Append(Global persistent) { + Traits::Append(&impl_, ClearAndLeak(&persistent)); + } + + /** + * Are there any values in the vector? + */ + bool IsEmpty() const { + return Traits::IsEmpty(&impl_); + } + + /** + * How many elements are in the vector? + */ + size_t Size() const { + return Traits::Size(&impl_); + } + + /** + * Retrieve the i-th value in the vector. + */ + Local Get(size_t index) const { + return Local::New(isolate_, FromVal(Traits::Get(&impl_, index))); + } + + /** + * Remove all elements from the vector. + */ + void Clear() { + size_t length = Traits::Size(&impl_); + for (size_t i = 0; i < length; i++) { + Global p; + p.val_ = FromVal(Traits::Get(&impl_, i)); + } + Traits::Clear(&impl_); + } + + /** + * Reserve capacity in the vector. + * (Efficiency gains depend on the backing implementation.) + */ + void ReserveCapacity(size_t capacity) { + Traits::ReserveCapacity(&impl_, capacity); + } + + private: + static PersistentContainerValue ClearAndLeak(Global* persistent) { + V* v = persistent->val_; + persistent->val_ = nullptr; + return reinterpret_cast(v); + } + + static V* FromVal(PersistentContainerValue v) { + return reinterpret_cast(v); + } + + Isolate* isolate_; + typename Traits::Impl impl_; +}; + +} // namespace v8 + +#endif // V8_UTIL_H diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-value-serializer-version.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-value-serializer-version.h new file mode 100644 index 0000000..c72911c --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-value-serializer-version.h @@ -0,0 +1,24 @@ +// Copyright 2017 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +/** + * Compile-time constants. + * + * This header provides access to information about the value serializer at + * compile time, without declaring or defining any symbols that require linking + * to V8. + */ + +#ifndef INCLUDE_V8_VALUE_SERIALIZER_VERSION_H_ +#define INCLUDE_V8_VALUE_SERIALIZER_VERSION_H_ + +#include + +namespace v8 { + +constexpr uint32_t CurrentValueSerializerFormatVersion() { return 13; } + +} // namespace v8 + +#endif // INCLUDE_V8_VALUE_SERIALIZER_VERSION_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-version-string.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-version-string.h new file mode 100644 index 0000000..8faed2a --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-version-string.h @@ -0,0 +1,38 @@ +// Copyright 2017 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_VERSION_STRING_H_ +#define V8_VERSION_STRING_H_ + +#include "v8-version.h" // NOLINT(build/include_directory) + +// This is here rather than v8-version.h to keep that file simple and +// machine-processable. + +#if V8_IS_CANDIDATE_VERSION +#define V8_CANDIDATE_STRING " (candidate)" +#else +#define V8_CANDIDATE_STRING "" +#endif + +#ifndef V8_EMBEDDER_STRING +#define V8_EMBEDDER_STRING "" +#endif + +#define V8_SX(x) #x +#define V8_S(x) V8_SX(x) + +#if V8_PATCH_LEVEL > 0 +#define V8_VERSION_STRING \ + V8_S(V8_MAJOR_VERSION) \ + "." V8_S(V8_MINOR_VERSION) "." V8_S(V8_BUILD_NUMBER) "." V8_S( \ + V8_PATCH_LEVEL) V8_EMBEDDER_STRING V8_CANDIDATE_STRING +#else +#define V8_VERSION_STRING \ + V8_S(V8_MAJOR_VERSION) \ + "." V8_S(V8_MINOR_VERSION) "." V8_S(V8_BUILD_NUMBER) \ + V8_EMBEDDER_STRING V8_CANDIDATE_STRING +#endif + +#endif // V8_VERSION_STRING_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-version.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-version.h new file mode 100644 index 0000000..a4ef201 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-version.h @@ -0,0 +1,20 @@ +// Copyright 2015 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_INCLUDE_VERSION_H_ // V8_VERSION_H_ conflicts with src/version.h +#define V8_INCLUDE_VERSION_H_ + +// These macros define the version number for the current version. +// NOTE these macros are used by some of the tool scripts and the build +// system so their names cannot be changed without changing the scripts. +#define V8_MAJOR_VERSION 9 +#define V8_MINOR_VERSION 4 +#define V8_BUILD_NUMBER 146 +#define V8_PATCH_LEVEL 24 + +// Use 1 for candidates and 0 otherwise. +// (Boolean macro values are not supported by all preprocessors.) +#define V8_IS_CANDIDATE_VERSION 0 + +#endif // V8_INCLUDE_VERSION_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-wasm-trap-handler-posix.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-wasm-trap-handler-posix.h new file mode 100644 index 0000000..9b8e8a5 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-wasm-trap-handler-posix.h @@ -0,0 +1,31 @@ +// Copyright 2018 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_WASM_TRAP_HANDLER_POSIX_H_ +#define V8_WASM_TRAP_HANDLER_POSIX_H_ + +#include + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace v8 { +/** + * This function determines whether a memory access violation has been an + * out-of-bounds memory access in WebAssembly. If so, it will modify the context + * parameter and add a return address where the execution can continue after the + * signal handling, and return true. Otherwise, false will be returned. + * + * The parameters to this function correspond to those passed to a Posix signal + * handler. Use this function only on Linux and Mac. + * + * \param sig_code The signal code, e.g. SIGSEGV. + * \param info A pointer to the siginfo_t struct provided to the signal handler. + * \param context A pointer to a ucontext_t struct provided to the signal + * handler. + */ +V8_EXPORT bool TryHandleWebAssemblyTrapPosix(int sig_code, siginfo_t* info, + void* context); + +} // namespace v8 +#endif // V8_WASM_TRAP_HANDLER_POSIX_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-wasm-trap-handler-win.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-wasm-trap-handler-win.h new file mode 100644 index 0000000..9d3cad5 --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8-wasm-trap-handler-win.h @@ -0,0 +1,28 @@ +// Copyright 2018 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +#ifndef V8_WASM_TRAP_HANDLER_WIN_H_ +#define V8_WASM_TRAP_HANDLER_WIN_H_ + +#include + +#include "v8config.h" // NOLINT(build/include_directory) + +namespace v8 { +/** + * This function determines whether a memory access violation has been an + * out-of-bounds memory access in WebAssembly. If so, it will modify the + * exception parameter and add a return address where the execution can continue + * after the exception handling, and return true. Otherwise the return value + * will be false. + * + * The parameter to this function corresponds to the one passed to a Windows + * vectored exception handler. Use this function only on Windows. + * + * \param exception An EXCEPTION_POINTERS* as provided to the exception handler. + */ +V8_EXPORT bool TryHandleWebAssemblyTrapWindows(EXCEPTION_POINTERS* exception); + +} // namespace v8 +#endif // V8_WASM_TRAP_HANDLER_WIN_H_ diff --git a/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8.h b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8.h new file mode 100644 index 0000000..04eea4d --- /dev/null +++ b/Plugins/Puerts/ThirdParty/v8_9.4.146.24/Inc/v8.h @@ -0,0 +1,12365 @@ +// Copyright 2012 the V8 project authors. All rights reserved. +// Use of this source code is governed by a BSD-style license that can be +// found in the LICENSE file. + +/** \mainpage V8 API Reference Guide + * + * V8 is Google's open source JavaScript engine. + * + * This set of documents provides reference material generated from the + * V8 header file, include/v8.h. + * + * For other documentation see https://v8.dev/. + */ + +#ifndef INCLUDE_V8_H_ +#define INCLUDE_V8_H_ + +#include +#include +#include + +#include +#include +#include +#include +#include +#include + +#include "cppgc/common.h" +#include "v8-internal.h" // NOLINT(build/include_directory) +#include "v8-version.h" // NOLINT(build/include_directory) +#include "v8config.h" // NOLINT(build/include_directory) + +// We reserve the V8_* prefix for macros defined in V8 public API and +// assume there are no name conflicts with the embedder's code. + +/** + * The v8 JavaScript engine. + */ +namespace v8 { + +class AccessorSignature; +class Array; +class ArrayBuffer; +class BigInt; +class BigIntObject; +class Boolean; +class BooleanObject; +class CFunction; +class CallHandlerHelper; +class Context; +class CppHeap; +class CTypeInfo; +class Data; +class Date; +class EscapableHandleScope; +class External; +class Function; +class FunctionTemplate; +class HeapProfiler; +class ImplementationUtilities; +class Int32; +class Integer; +class Isolate; +class Isolate; +class MicrotaskQueue; +class Name; +class Number; +class NumberObject; +class Object; +class ObjectOperationDescriptor; +class ObjectTemplate; +class Platform; +class Primitive; +class PrimitiveArray; +class Private; +class Promise; +class PropertyDescriptor; +class Proxy; +class RawOperationDescriptor; +class Script; +class SharedArrayBuffer; +class Signature; +class StackFrame; +class StackTrace; +class StartupData; +class String; +class StringObject; +class Symbol; +class SymbolObject; +class TracedReferenceBase; +class Uint32; +class Utils; +class Value; +class WasmMemoryObject; +class WasmModuleObject; +template +class GlobalValueMap; +template +class PersistentValueMapBase; +template class NonCopyablePersistentTraits; +template > +class Persistent; +template +class BasicTracedReference; +template +class Eternal; +template +class Global; +template +class Local; +template +class Maybe; +template +class MaybeLocal; +template +class TracedGlobal; +template +class TracedReference; +template class PersistentValueMap; +template class WeakCallbackObject; +template +class PersistentBase; +template +class PersistentValueVector; +template class FunctionCallbackInfo; +template class PropertyCallbackInfo; +template class ReturnValue; + +namespace internal { +class BackgroundDeserializeTask; +class BasicTracedReferenceExtractor; +class ExternalString; +class FunctionCallbackArguments; +class GlobalHandles; +class Heap; +class HeapObject; +class Isolate; +class LocalEmbedderHeapTracer; +class MicrotaskQueue; +class PropertyCallbackArguments; +class ReadOnlyHeap; +class ScopedExternalStringLock; +class ThreadLocalTop; +struct ScriptStreamingData; +enum class ArgumentsType; +template +class Arguments; +template +class CustomArguments; + +namespace wasm { +class NativeModule; +class StreamingDecoder; +} // namespace wasm + +} // namespace internal + +namespace metrics { +class Recorder; +} // namespace metrics + +namespace debug { +class ConsoleCallArguments; +} // namespace debug + +// --- Handles --- + +/** + * An object reference managed by the v8 garbage collector. + * + * All objects returned from v8 have to be tracked by the garbage + * collector so that it knows that the objects are still alive. Also, + * because the garbage collector may move objects, it is unsafe to + * point directly to an object. Instead, all objects are stored in + * handles which are known by the garbage collector and updated + * whenever an object moves. Handles should always be passed by value + * (except in cases like out-parameters) and they should never be + * allocated on the heap. + * + * There are two types of handles: local and persistent handles. + * + * Local handles are light-weight and transient and typically used in + * local operations. They are managed by HandleScopes. That means that a + * HandleScope must exist on the stack when they are created and that they are + * only valid inside of the HandleScope active during their creation. + * For passing a local handle to an outer HandleScope, an EscapableHandleScope + * and its Escape() method must be used. + * + * Persistent handles can be used when storing objects across several + * independent operations and have to be explicitly deallocated when they're no + * longer used. + * + * It is safe to extract the object stored in the handle by + * dereferencing the handle (for instance, to extract the Object* from + * a Local); the value will still be governed by a handle + * behind the scenes and the same rules apply to these values as to + * their handles. + */ +template +class Local { + public: + V8_INLINE Local() : val_(nullptr) {} + template + V8_INLINE Local(Local that) + : val_(reinterpret_cast(*that)) { + /** + * This check fails when trying to convert between incompatible + * handles. For example, converting from a Local to a + * Local. + */ + static_assert(std::is_base_of::value, "type check"); + } + + /** + * Returns true if the handle is empty. + */ + V8_INLINE bool IsEmpty() const { return val_ == nullptr; } + + /** + * Sets the handle to be empty. IsEmpty() will then return true. + */ + V8_INLINE void Clear() { val_ = nullptr; } + + V8_INLINE T* operator->() const { return val_; } + + V8_INLINE T* operator*() const { return val_; } + + /** + * Checks whether two handles are the same. + * Returns true if both are empty, or if the objects to which they refer + * are identical. + * + * If both handles refer to JS objects, this is the same as strict equality. + * For primitives, such as numbers or strings, a `false` return value does not + * indicate that the values aren't equal in the JavaScript sense. + * Use `Value::StrictEquals()` to check primitives for equality. + */ + template + V8_INLINE bool operator==(const Local& that) const { + internal::Address* a = reinterpret_cast(this->val_); + internal::Address* b = reinterpret_cast(that.val_); + if (a == nullptr) return b == nullptr; + if (b == nullptr) return false; + return *a == *b; + } + + template V8_INLINE bool operator==( + const PersistentBase& that) const { + internal::Address* a = reinterpret_cast(this->val_); + internal::Address* b = reinterpret_cast(that.val_); + if (a == nullptr) return b == nullptr; + if (b == nullptr) return false; + return *a == *b; + } + + /** + * Checks whether two handles are different. + * Returns true if only one of the handles is empty, or if + * the objects to which they refer are different. + * + * If both handles refer to JS objects, this is the same as strict + * non-equality. For primitives, such as numbers or strings, a `true` return + * value does not indicate that the values aren't equal in the JavaScript + * sense. Use `Value::StrictEquals()` to check primitives for equality. + */ + template + V8_INLINE bool operator!=(const Local& that) const { + return !operator==(that); + } + + template V8_INLINE bool operator!=( + const Persistent& that) const { + return !operator==(that); + } + + /** + * Cast a handle to a subclass, e.g. Local to Local. + * This is only valid if the handle actually refers to a value of the + * target type. + */ + template V8_INLINE static Local Cast(Local that) { +#ifdef V8_ENABLE_CHECKS + // If we're going to perform the type check then we have to check + // that the handle isn't empty before doing the checked cast. + if (that.IsEmpty()) return Local(); +#endif + return Local(T::Cast(*that)); + } + + /** + * Calling this is equivalent to Local::Cast(). + * In particular, this is only valid if the handle actually refers to a value + * of the target type. + */ + template + V8_INLINE Local As() const { + return Local::Cast(*this); + } + + /** + * Create a local handle for the content of another handle. + * The referee is kept alive by the local handle even when + * the original handle is destroyed/disposed. + */ + V8_INLINE static Local New(Isolate* isolate, Local that); + V8_INLINE static Local New(Isolate* isolate, + const PersistentBase& that); + V8_INLINE static Local New(Isolate* isolate, + const BasicTracedReference& that); + + private: + friend class TracedReferenceBase; + friend class Utils; + template friend class Eternal; + template friend class PersistentBase; + template friend class Persistent; + template friend class Local; + template + friend class MaybeLocal; + template friend class FunctionCallbackInfo; + template friend class PropertyCallbackInfo; + friend class String; + friend class Object; + friend class Context; + friend class Isolate; + friend class Private; + template friend class internal::CustomArguments; + friend Local Undefined(Isolate* isolate); + friend Local Null(Isolate* isolate); + friend Local True(Isolate* isolate); + friend Local False(Isolate* isolate); + friend class HandleScope; + friend class EscapableHandleScope; + template + friend class PersistentValueMapBase; + template friend class PersistentValueVector; + template + friend class ReturnValue; + template + friend class Traced; + template + friend class TracedGlobal; + template + friend class BasicTracedReference; + template + friend class TracedReference; + + explicit V8_INLINE Local(T* that) : val_(that) {} + V8_INLINE static Local New(Isolate* isolate, T* that); + T* val_; +}; + + +#if !defined(V8_IMMINENT_DEPRECATION_WARNINGS) +// Handle is an alias for Local for historical reasons. +template +using Handle = Local; +#endif + + +/** + * A MaybeLocal<> is a wrapper around Local<> that enforces a check whether + * the Local<> is empty before it can be used. + * + * If an API method returns a MaybeLocal<>, the API method can potentially fail + * either because an exception is thrown, or because an exception is pending, + * e.g. because a previous API call threw an exception that hasn't been caught + * yet, or because a TerminateExecution exception was thrown. In that case, an + * empty MaybeLocal is returned. + */ +template +class MaybeLocal { + public: + V8_INLINE MaybeLocal() : val_(nullptr) {} + template + V8_INLINE MaybeLocal(Local that) + : val_(reinterpret_cast(*that)) { + static_assert(std::is_base_of::value, "type check"); + } + + V8_INLINE bool IsEmpty() const { return val_ == nullptr; } + + /** + * Converts this MaybeLocal<> to a Local<>. If this MaybeLocal<> is empty, + * |false| is returned and |out| is left untouched. + */ + template + V8_WARN_UNUSED_RESULT V8_INLINE bool ToLocal(Local* out) const { + out->val_ = IsEmpty() ? nullptr : this->val_; + return !IsEmpty(); + } + + /** + * Converts this MaybeLocal<> to a Local<>. If this MaybeLocal<> is empty, + * V8 will crash the process. + */ + V8_INLINE Local ToLocalChecked(); + + /** + * Converts this MaybeLocal<> to a Local<>, using a default value if this + * MaybeLocal<> is empty. + */ + template + V8_INLINE Local FromMaybe(Local default_value) const { + return IsEmpty() ? default_value : Local(val_); + } + + private: + T* val_; +}; + +/** + * Eternal handles are set-once handles that live for the lifetime of the + * isolate. + */ +template class Eternal { + public: + V8_INLINE Eternal() : val_(nullptr) {} + template + V8_INLINE Eternal(Isolate* isolate, Local handle) : val_(nullptr) { + Set(isolate, handle); + } + // Can only be safely called if already set. + V8_INLINE Local Get(Isolate* isolate) const; + V8_INLINE bool IsEmpty() const { return val_ == nullptr; } + template V8_INLINE void Set(Isolate* isolate, Local handle); + + private: + T* val_; +}; + + +static const int kInternalFieldsInWeakCallback = 2; +static const int kEmbedderFieldsInWeakCallback = 2; + +template +class WeakCallbackInfo { + public: + using Callback = void (*)(const WeakCallbackInfo& data); + + WeakCallbackInfo(Isolate* isolate, T* parameter, + void* embedder_fields[kEmbedderFieldsInWeakCallback], + Callback* callback) + : isolate_(isolate), parameter_(parameter), callback_(callback) { + for (int i = 0; i < kEmbedderFieldsInWeakCallback; ++i) { + embedder_fields_[i] = embedder_fields[i]; + } + } + + V8_INLINE Isolate* GetIsolate() const { return isolate_; } + V8_INLINE T* GetParameter() const { return parameter_; } + V8_INLINE void* GetInternalField(int index) const; + + // When first called, the embedder MUST Reset() the Global which triggered the + // callback. The Global itself is unusable for anything else. No v8 other api + // calls may be called in the first callback. Should additional work be + // required, the embedder must set a second pass callback, which will be + // called after all the initial callbacks are processed. + // Calling SetSecondPassCallback on the second pass will immediately crash. + void SetSecondPassCallback(Callback callback) const { *callback_ = callback; } + + private: + Isolate* isolate_; + T* parameter_; + Callback* callback_; + void* embedder_fields_[kEmbedderFieldsInWeakCallback]; +}; + + +// kParameter will pass a void* parameter back to the callback, kInternalFields +// will pass the first two internal fields back to the callback, kFinalizer +// will pass a void* parameter back, but is invoked before the object is +// actually collected, so it can be resurrected. In the last case, it is not +// possible to request a second pass callback. +enum class WeakCallbackType { kParameter, kInternalFields, kFinalizer }; + +/** + * An object reference that is independent of any handle scope. Where + * a Local handle only lives as long as the HandleScope in which it was + * allocated, a PersistentBase handle remains valid until it is explicitly + * disposed using Reset(). + * + * A persistent handle contains a reference to a storage cell within + * the V8 engine which holds an object value and which is updated by + * the garbage collector whenever the object is moved. A new storage + * cell can be created using the constructor or PersistentBase::Reset and + * existing handles can be disposed using PersistentBase::Reset. + * + */ +template class PersistentBase { + public: + /** + * If non-empty, destroy the underlying storage cell + * IsEmpty() will return true after this call. + */ + V8_INLINE void Reset(); + /** + * If non-empty, destroy the underlying storage cell + * and create a new one with the contents of other if other is non empty + */ + template + V8_INLINE void Reset(Isolate* isolate, const Local& other); + + /** + * If non-empty, destroy the underlying storage cell + * and create a new one with the contents of other if other is non empty + */ + template + V8_INLINE void Reset(Isolate* isolate, const PersistentBase& other); + + V8_INLINE bool IsEmpty() const { return val_ == nullptr; } + V8_INLINE void Empty() { val_ = 0; } + + V8_INLINE Local Get(Isolate* isolate) const { + return Local::New(isolate, *this); + } + + template + V8_INLINE bool operator==(const PersistentBase& that) const { + internal::Address* a = reinterpret_cast(this->val_); + internal::Address* b = reinterpret_cast(that.val_); + if (a == nullptr) return b == nullptr; + if (b == nullptr) return false; + return *a == *b; + } + + template + V8_INLINE bool operator==(const Local& that) const { + internal::Address* a = reinterpret_cast(this->val_); + internal::Address* b = reinterpret_cast(that.val_); + if (a == nullptr) return b == nullptr; + if (b == nullptr) return false; + return *a == *b; + } + + template + V8_INLINE bool operator!=(const PersistentBase& that) const { + return !operator==(that); + } + + template + V8_INLINE bool operator!=(const Local& that) const { + return !operator==(that); + } + + /** + * Install a finalization callback on this object. + * NOTE: There is no guarantee as to *when* or even *if* the callback is + * invoked. The invocation is performed solely on a best effort basis. + * As always, GC-based finalization should *not* be relied upon for any + * critical form of resource management! + * + * The callback is supposed to reset the handle. No further V8 API may be + * called in this callback. In case additional work involving V8 needs to be + * done, a second callback can be scheduled using + * WeakCallbackInfo::SetSecondPassCallback. + */ + template + V8_INLINE void SetWeak(P* parameter, + typename WeakCallbackInfo

::Callback callback, + WeakCallbackType type); + + /** + * Turns this handle into a weak phantom handle without finalization callback. + * The handle will be reset automatically when the garbage collector detects + * that the object is no longer reachable. + * A related function Isolate::NumberOfPhantomHandleResetsSinceLastCall + * returns how many phantom handles were reset by the garbage collector. + */ + V8_INLINE void SetWeak(); + + template + V8_INLINE P* ClearWeak(); + + // TODO(dcarney): remove this. + V8_INLINE void ClearWeak() { ClearWeak(); } + + /** + * Annotates the strong handle with the given label, which is then used by the + * heap snapshot generator as a name of the edge from the root to the handle. + * The function does not take ownership of the label and assumes that the + * label is valid as long as the handle is valid. + */ + V8_INLINE void AnnotateStrongRetainer(const char* label); + + /** Returns true if the handle's reference is weak. */ + V8_INLINE bool IsWeak() const; + + /** + * Assigns a wrapper class ID to the handle. + */ + V8_INLINE void SetWrapperClassId(uint16_t class_id); + + /** + * Returns the class ID previously assigned to this handle or 0 if no class ID + * was previously assigned. + */ + V8_INLINE uint16_t WrapperClassId() const; + + PersistentBase(const PersistentBase& other) = delete; + void operator=(const PersistentBase&) = delete; + + private: + friend class Isolate; + friend class Utils; + template friend class Local; + template friend class Persistent; + template + friend class Global; + template friend class PersistentBase; + template friend class ReturnValue; + template + friend class PersistentValueMapBase; + template friend class PersistentValueVector; + friend class Object; + + explicit V8_INLINE PersistentBase(T* val) : val_(val) {} + V8_INLINE static T* New(Isolate* isolate, T* that); + + T* val_; +}; + + +/** + * Default traits for Persistent. This class does not allow + * use of the copy constructor or assignment operator. + * At present kResetInDestructor is not set, but that will change in a future + * version. + */ +template +class NonCopyablePersistentTraits { + public: + using NonCopyablePersistent = Persistent>; + static const bool kResetInDestructor = false; + template + V8_INLINE static void Copy(const Persistent& source, + NonCopyablePersistent* dest) { + static_assert(sizeof(S) < 0, + "NonCopyablePersistentTraits::Copy is not instantiable"); + } +}; + + +/** + * Helper class traits to allow copying and assignment of Persistent. + * This will clone the contents of storage cell, but not any of the flags, etc. + */ +template +struct CopyablePersistentTraits { + using CopyablePersistent = Persistent>; + static const bool kResetInDestructor = true; + template + static V8_INLINE void Copy(const Persistent& source, + CopyablePersistent* dest) { + // do nothing, just allow copy + } +}; + + +/** + * A PersistentBase which allows copy and assignment. + * + * Copy, assignment and destructor behavior is controlled by the traits + * class M. + * + * Note: Persistent class hierarchy is subject to future changes. + */ +template class Persistent : public PersistentBase { + public: + /** + * A Persistent with no storage cell. + */ + V8_INLINE Persistent() : PersistentBase(nullptr) {} + /** + * Construct a Persistent from a Local. + * When the Local is non-empty, a new storage cell is created + * pointing to the same object, and no flags are set. + */ + template + V8_INLINE Persistent(Isolate* isolate, Local that) + : PersistentBase(PersistentBase::New(isolate, *that)) { + static_assert(std::is_base_of::value, "type check"); + } + /** + * Construct a Persistent from a Persistent. + * When the Persistent is non-empty, a new storage cell is created + * pointing to the same object, and no flags are set. + */ + template + V8_INLINE Persistent(Isolate* isolate, const Persistent& that) + : PersistentBase(PersistentBase::New(isolate, *that)) { + static_assert(std::is_base_of::value, "type check"); + } + /** + * The copy constructors and assignment operator create a Persistent + * exactly as the Persistent constructor, but the Copy function from the + * traits class is called, allowing the setting of flags based on the + * copied Persistent. + */ + V8_INLINE Persistent(const Persistent& that) : PersistentBase(nullptr) { + Copy(that); + } + template + V8_INLINE Persistent(const Persistent& that) : PersistentBase(0) { + Copy(that); + } + V8_INLINE Persistent& operator=(const Persistent& that) { + Copy(that); + return *this; + } + template + V8_INLINE Persistent& operator=(const Persistent& that) { + Copy(that); + return *this; + } + /** + * The destructor will dispose the Persistent based on the + * kResetInDestructor flags in the traits class. Since not calling dispose + * can result in a memory leak, it is recommended to always set this flag. + */ + V8_INLINE ~Persistent() { + if (M::kResetInDestructor) this->Reset(); + } + + // TODO(dcarney): this is pretty useless, fix or remove + template + V8_INLINE static Persistent& Cast(const Persistent& that) { +#ifdef V8_ENABLE_CHECKS + // If we're going to perform the type check then we have to check + // that the handle isn't empty before doing the checked cast. + if (!that.IsEmpty()) T::Cast(*that); +#endif + return reinterpret_cast&>(const_cast&>(that)); + } + + // TODO(dcarney): this is pretty useless, fix or remove + template + V8_INLINE Persistent& As() const { + return Persistent::Cast(*this); + } + + private: + friend class Isolate; + friend class Utils; + template friend class Local; + template friend class Persistent; + template friend class ReturnValue; + + explicit V8_INLINE Persistent(T* that) : PersistentBase(that) {} + V8_INLINE T* operator*() const { return this->val_; } + template + V8_INLINE void Copy(const Persistent& that); +}; + + +/** + * A PersistentBase which has move semantics. + * + * Note: Persistent class hierarchy is subject to future changes. + */ +template +class Global : public PersistentBase { + public: + /** + * A Global with no storage cell. + */ + V8_INLINE Global() : PersistentBase(nullptr) {} + + /** + * Construct a Global from a Local. + * When the Local is non-empty, a new storage cell is created + * pointing to the same object, and no flags are set. + */ + template + V8_INLINE Global(Isolate* isolate, Local that) + : PersistentBase(PersistentBase::New(isolate, *that)) { + static_assert(std::is_base_of::value, "type check"); + } + + /** + * Construct a Global from a PersistentBase. + * When the Persistent is non-empty, a new storage cell is created + * pointing to the same object, and no flags are set. + */ + template + V8_INLINE Global(Isolate* isolate, const PersistentBase& that) + : PersistentBase(PersistentBase::New(isolate, that.val_)) { + static_assert(std::is_base_of::value, "type check"); + } + + /** + * Move constructor. + */ + V8_INLINE Global(Global&& other); + + V8_INLINE ~Global() { this->Reset(); } + + /** + * Move via assignment. + */ + template + V8_INLINE Global& operator=(Global&& rhs); + + /** + * Pass allows returning uniques from functions, etc. + */ + Global Pass() { return static_cast(*this); } + + /* + * For compatibility with Chromium's base::Bind (base::Passed). + */ + using MoveOnlyTypeForCPP03 = void; + + Global(const Global&) = delete; + void operator=(const Global&) = delete; + + private: + template + friend class ReturnValue; + V8_INLINE T* operator*() const { return this->val_; } +}; + + +// UniquePersistent is an alias for Global for historical reason. +template +using UniquePersistent = Global; + +/** + * Deprecated. Use |TracedReference| instead. + */ +template +struct TracedGlobalTrait {}; + +class TracedReferenceBase { + public: + /** + * Returns true if the reference is empty, i.e., has not been assigned + * object. + */ + bool IsEmpty() const { return val_ == nullptr; } + + /** + * If non-empty, destroy the underlying storage cell. |IsEmpty| will return + * true after this call. + */ + V8_INLINE void Reset(); + + /** + * Construct a Local from this handle. + */ + V8_INLINE v8::Local Get(v8::Isolate* isolate) const; + + /** + * Returns true if this TracedReference is empty, i.e., has not been + * assigned an object. This version of IsEmpty is thread-safe. + */ + bool IsEmptyThreadSafe() const { + return this->GetSlotThreadSafe() == nullptr; + } + + /** + * Assigns a wrapper class ID to the handle. + */ + V8_INLINE void SetWrapperClassId(uint16_t class_id); + + /** + * Returns the class ID previously assigned to this handle or 0 if no class ID + * was previously assigned. + */ + V8_INLINE uint16_t WrapperClassId() const; + + protected: + /** + * Update this reference in a thread-safe way. + */ + void SetSlotThreadSafe(void* new_val) { + reinterpret_cast*>(&val_)->store( + new_val, std::memory_order_relaxed); + } + + /** + * Get this reference in a thread-safe way + */ + const void* GetSlotThreadSafe() const { + return reinterpret_cast const*>(&val_)->load( + std::memory_order_relaxed); + } + + V8_EXPORT void CheckValue() const; + + // val_ points to a GlobalHandles node. + internal::Address* val_ = nullptr; + + friend class internal::BasicTracedReferenceExtractor; + template + friend class Local; + template + friend bool operator==(const TracedReferenceBase&, const Local&); + friend bool operator==(const TracedReferenceBase&, + const TracedReferenceBase&); +}; + +/** + * A traced handle with copy and move semantics. The handle is to be used + * together with |v8::EmbedderHeapTracer| or as part of GarbageCollected objects + * (see v8-cppgc.h) and specifies edges from C++ objects to JavaScript. + * + * The exact semantics are: + * - Tracing garbage collections use |v8::EmbedderHeapTracer| or cppgc. + * - Non-tracing garbage collections refer to + * |v8::EmbedderRootsHandler::IsRoot()| whether the handle should + * be treated as root or not. + * + * Note that the base class cannot be instantiated itself. Choose from + * - TracedGlobal + * - TracedReference + */ +template +class BasicTracedReference : public TracedReferenceBase { + public: + /** + * Construct a Local from this handle. + */ + Local Get(Isolate* isolate) const { return Local::New(isolate, *this); } + + template + V8_INLINE BasicTracedReference& As() const { + return reinterpret_cast&>( + const_cast&>(*this)); + } + + T* operator->() const { +#ifdef V8_ENABLE_CHECKS + CheckValue(); +#endif // V8_ENABLE_CHECKS + return reinterpret_cast(val_); + } + T* operator*() const { +#ifdef V8_ENABLE_CHECKS + CheckValue(); +#endif // V8_ENABLE_CHECKS + return reinterpret_cast(val_); + } + + private: + enum DestructionMode { kWithDestructor, kWithoutDestructor }; + + /** + * An empty BasicTracedReference without storage cell. + */ + BasicTracedReference() = default; + + V8_INLINE static internal::Address* New(Isolate* isolate, T* that, void* slot, + DestructionMode destruction_mode); + + friend class EmbedderHeapTracer; + template + friend class Local; + friend class Object; + template + friend class TracedGlobal; + template + friend class TracedReference; + template + friend class BasicTracedReference; + template + friend class ReturnValue; +}; + +/** + * A traced handle with destructor that clears the handle. For more details see + * BasicTracedReference. + */ +template +class TracedGlobal : public BasicTracedReference { + public: + using BasicTracedReference::Reset; + + /** + * Destructor resetting the handle.Is + */ + ~TracedGlobal() { this->Reset(); } + + /** + * An empty TracedGlobal without storage cell. + */ + TracedGlobal() : BasicTracedReference() {} + + /** + * Construct a TracedGlobal from a Local. + * + * When the Local is non-empty, a new storage cell is created + * pointing to the same object. + */ + template + TracedGlobal(Isolate* isolate, Local that) : BasicTracedReference() { + this->val_ = this->New(isolate, that.val_, &this->val_, + BasicTracedReference::kWithDestructor); + static_assert(std::is_base_of::value, "type check"); + } + + /** + * Move constructor initializing TracedGlobal from an existing one. + */ + V8_INLINE TracedGlobal(TracedGlobal&& other) { + // Forward to operator=. + *this = std::move(other); + } + + /** + * Move constructor initializing TracedGlobal from an existing one. + */ + template + V8_INLINE TracedGlobal(TracedGlobal&& other) { + // Forward to operator=. + *this = std::move(other); + } + + /** + * Copy constructor initializing TracedGlobal from an existing one. + */ + V8_INLINE TracedGlobal(const TracedGlobal& other) { + // Forward to operator=; + *this = other; + } + + /** + * Copy constructor initializing TracedGlobal from an existing one. + */ + template + V8_INLINE TracedGlobal(const TracedGlobal& other) { + // Forward to operator=; + *this = other; + } + + /** + * Move assignment operator initializing TracedGlobal from an existing one. + */ + V8_INLINE TracedGlobal& operator=(TracedGlobal&& rhs); + + /** + * Move assignment operator initializing TracedGlobal from an existing one. + */ + template + V8_INLINE TracedGlobal& operator=(TracedGlobal&& rhs); + + /** + * Copy assignment operator initializing TracedGlobal from an existing one. + * + * Note: Prohibited when |other| has a finalization callback set through + * |SetFinalizationCallback|. + */ + V8_INLINE TracedGlobal& operator=(const TracedGlobal& rhs); + + /** + * Copy assignment operator initializing TracedGlobal from an existing one. + * + * Note: Prohibited when |other| has a finalization callback set through + * |SetFinalizationCallback|. + */ + template + V8_INLINE TracedGlobal& operator=(const TracedGlobal& rhs); + + /** + * If non-empty, destroy the underlying storage cell and create a new one with + * the contents of other if other is non empty + */ + template + V8_INLINE void Reset(Isolate* isolate, const Local& other); + + template + V8_INLINE TracedGlobal& As() const { + return reinterpret_cast&>( + const_cast&>(*this)); + } + + /** + * Adds a finalization callback to the handle. The type of this callback is + * similar to WeakCallbackType::kInternalFields, i.e., it will pass the + * parameter and the first two internal fields of the object. + * + * The callback is then supposed to reset the handle in the callback. No + * further V8 API may be called in this callback. In case additional work + * involving V8 needs to be done, a second callback can be scheduled using + * WeakCallbackInfo::SetSecondPassCallback. + */ + V8_INLINE void SetFinalizationCallback( + void* parameter, WeakCallbackInfo::Callback callback); +}; + +/** + * A traced handle without destructor that clears the handle. The embedder needs + * to ensure that the handle is not accessed once the V8 object has been + * reclaimed. This can happen when the handle is not passed through the + * EmbedderHeapTracer. For more details see BasicTracedReference. + * + * The reference assumes the embedder has precise knowledge about references at + * all times. In case V8 needs to separately handle on-stack references, the + * embedder is required to set the stack start through + * |EmbedderHeapTracer::SetStackStart|. + */ +template +class TracedReference : public BasicTracedReference { + public: + using BasicTracedReference::Reset; + + /** + * An empty TracedReference without storage cell. + */ + TracedReference() : BasicTracedReference() {} + + /** + * Construct a TracedReference from a Local. + * + * When the Local is non-empty, a new storage cell is created + * pointing to the same object. + */ + template + TracedReference(Isolate* isolate, Local that) : BasicTracedReference() { + this->val_ = this->New(isolate, that.val_, &this->val_, + BasicTracedReference::kWithoutDestructor); + static_assert(std::is_base_of::value, "type check"); + } + + /** + * Move constructor initializing TracedReference from an + * existing one. + */ + V8_INLINE TracedReference(TracedReference&& other) { + // Forward to operator=. + *this = std::move(other); + } + + /** + * Move constructor initializing TracedReference from an + * existing one. + */ + template + V8_INLINE TracedReference(TracedReference&& other) { + // Forward to operator=. + *this = std::move(other); + } + + /** + * Copy constructor initializing TracedReference from an + * existing one. + */ + V8_INLINE TracedReference(const TracedReference& other) { + // Forward to operator=; + *this = other; + } + + /** + * Copy constructor initializing TracedReference from an + * existing one. + */ + template + V8_INLINE TracedReference(const TracedReference& other) { + // Forward to operator=; + *this = other; + } + + /** + * Move assignment operator initializing TracedGlobal from an existing one. + */ + V8_INLINE TracedReference& operator=(TracedReference&& rhs); + + /** + * Move assignment operator initializing TracedGlobal from an existing one. + */ + template + V8_INLINE TracedReference& operator=(TracedReference&& rhs); + + /** + * Copy assignment operator initializing TracedGlobal from an existing one. + */ + V8_INLINE TracedReference& operator=(const TracedReference& rhs); + + /** + * Copy assignment operator initializing TracedGlobal from an existing one. + */ + template + V8_INLINE TracedReference& operator=(const TracedReference& rhs); + + /** + * If non-empty, destroy the underlying storage cell and create a new one with + * the contents of other if other is non empty + */ + template + V8_INLINE void Reset(Isolate* isolate, const Local& other); + + template + V8_INLINE TracedReference& As() const { + return reinterpret_cast&>( + const_cast&>(*this)); + } +}; + + /** + * A stack-allocated class that governs a number of local handles. + * After a handle scope has been created, all local handles will be + * allocated within that handle scope until either the handle scope is + * deleted or another handle scope is created. If there is already a + * handle scope and a new one is created, all allocations will take + * place in the new handle scope until it is deleted. After that, + * new handles will again be allocated in the original handle scope. + * + * After the handle scope of a local handle has been deleted the + * garbage collector will no longer track the object stored in the + * handle and may deallocate it. The behavior of accessing a handle + * for which the handle scope has been deleted is undefined. + */ +class V8_EXPORT V8_NODISCARD HandleScope { + public: + explicit HandleScope(Isolate* isolate); + + ~HandleScope(); + + /** + * Counts the number of allocated handles. + */ + static int NumberOfHandles(Isolate* isolate); + + V8_INLINE Isolate* GetIsolate() const { + return reinterpret_cast(isolate_); + } + + HandleScope(const HandleScope&) = delete; + void operator=(const HandleScope&) = delete; + + protected: + V8_INLINE HandleScope() = default; + + void Initialize(Isolate* isolate); + + static internal::Address* CreateHandle(internal::Isolate* isolate, + internal::Address value); + + private: + // Declaring operator new and delete as deleted is not spec compliant. + // Therefore declare them private instead to disable dynamic alloc + void* operator new(size_t size); + void* operator new[](size_t size); + void operator delete(void*, size_t); + void operator delete[](void*, size_t); + + internal::Isolate* isolate_; + internal::Address* prev_next_; + internal::Address* prev_limit_; + + // Local::New uses CreateHandle with an Isolate* parameter. + template friend class Local; + + // Object::GetInternalField and Context::GetEmbedderData use CreateHandle with + // a HeapObject in their shortcuts. + friend class Object; + friend class Context; +}; + +/** + * A HandleScope which first allocates a handle in the current scope + * which will be later filled with the escape value. + */ +class V8_EXPORT V8_NODISCARD EscapableHandleScope : public HandleScope { + public: + explicit EscapableHandleScope(Isolate* isolate); + V8_INLINE ~EscapableHandleScope() = default; + + /** + * Pushes the value into the previous scope and returns a handle to it. + * Cannot be called twice. + */ + template + V8_INLINE Local Escape(Local value) { + internal::Address* slot = + Escape(reinterpret_cast(*value)); + return Local(reinterpret_cast(slot)); + } + + template + V8_INLINE MaybeLocal EscapeMaybe(MaybeLocal value) { + return Escape(value.FromMaybe(Local())); + } + + EscapableHandleScope(const EscapableHandleScope&) = delete; + void operator=(const EscapableHandleScope&) = delete; + + private: + // Declaring operator new and delete as deleted is not spec compliant. + // Therefore declare them private instead to disable dynamic alloc + void* operator new(size_t size); + void* operator new[](size_t size); + void operator delete(void*, size_t); + void operator delete[](void*, size_t); + + internal::Address* Escape(internal::Address* escape_value); + internal::Address* escape_slot_; +}; + +/** + * A SealHandleScope acts like a handle scope in which no handle allocations + * are allowed. It can be useful for debugging handle leaks. + * Handles can be allocated within inner normal HandleScopes. + */ +class V8_EXPORT V8_NODISCARD SealHandleScope { + public: + explicit SealHandleScope(Isolate* isolate); + ~SealHandleScope(); + + SealHandleScope(const SealHandleScope&) = delete; + void operator=(const SealHandleScope&) = delete; + + private: + // Declaring operator new and delete as deleted is not spec compliant. + // Therefore declare them private instead to disable dynamic alloc + void* operator new(size_t size); + void* operator new[](size_t size); + void operator delete(void*, size_t); + void operator delete[](void*, size_t); + + internal::Isolate* const isolate_; + internal::Address* prev_limit_; + int prev_sealed_level_; +}; + +// --- Special objects --- + +/** + * The superclass of objects that can reside on V8's heap. + */ +class V8_EXPORT Data { + public: + /** + * Returns true if this data is a |v8::Value|. + */ + bool IsValue() const; + + /** + * Returns true if this data is a |v8::Module|. + */ + bool IsModule() const; + + /** + * Returns true if this data is a |v8::Private|. + */ + bool IsPrivate() const; + + /** + * Returns true if this data is a |v8::ObjectTemplate|. + */ + bool IsObjectTemplate() const; + + /** + * Returns true if this data is a |v8::FunctionTemplate|. + */ + bool IsFunctionTemplate() const; + + /** + * Returns true if this data is a |v8::Context|. + */ + bool IsContext() const; + + private: + Data(); +}; + +/** + * A container type that holds relevant metadata for module loading. + * + * This is passed back to the embedder as part of + * HostImportModuleDynamicallyCallback for module loading. + */ +class V8_EXPORT ScriptOrModule { + public: + /** + * The name that was passed by the embedder as ResourceName to the + * ScriptOrigin. This can be either a v8::String or v8::Undefined. + */ + Local GetResourceName(); + + /** + * The options that were passed by the embedder as HostDefinedOptions to + * the ScriptOrigin. + */ + Local GetHostDefinedOptions(); +}; + +/** + * An array to hold Primitive values. This is used by the embedder to + * pass host defined options to the ScriptOptions during compilation. + * + * This is passed back to the embedder as part of + * HostImportModuleDynamicallyCallback for module loading. + * + */ +class V8_EXPORT PrimitiveArray { + public: + static Local New(Isolate* isolate, int length); + int Length() const; + void Set(Isolate* isolate, int index, Local item); + Local Get(Isolate* isolate, int index); +}; + +/** + * The optional attributes of ScriptOrigin. + */ +class ScriptOriginOptions { + public: + V8_INLINE ScriptOriginOptions(bool is_shared_cross_origin = false, + bool is_opaque = false, bool is_wasm = false, + bool is_module = false) + : flags_((is_shared_cross_origin ? kIsSharedCrossOrigin : 0) | + (is_wasm ? kIsWasm : 0) | (is_opaque ? kIsOpaque : 0) | + (is_module ? kIsModule : 0)) {} + V8_INLINE ScriptOriginOptions(int flags) + : flags_(flags & + (kIsSharedCrossOrigin | kIsOpaque | kIsWasm | kIsModule)) {} + + bool IsSharedCrossOrigin() const { + return (flags_ & kIsSharedCrossOrigin) != 0; + } + bool IsOpaque() const { return (flags_ & kIsOpaque) != 0; } + bool IsWasm() const { return (flags_ & kIsWasm) != 0; } + bool IsModule() const { return (flags_ & kIsModule) != 0; } + + int Flags() const { return flags_; } + + private: + enum { + kIsSharedCrossOrigin = 1, + kIsOpaque = 1 << 1, + kIsWasm = 1 << 2, + kIsModule = 1 << 3 + }; + const int flags_; +}; + +/** + * The origin, within a file, of a script. + */ +class ScriptOrigin { + public: + V8_DEPRECATED("Use constructor with primitive C++ types") + V8_INLINE explicit ScriptOrigin( + Local resource_name, Local resource_line_offset, + Local resource_column_offset, + Local resource_is_shared_cross_origin = Local(), + Local script_id = Local(), + Local source_map_url = Local(), + Local resource_is_opaque = Local(), + Local is_wasm = Local(), + Local is_module = Local(), + Local host_defined_options = Local()); + V8_DEPRECATED("Use constructor that takes an isolate") + V8_INLINE explicit ScriptOrigin( + Local resource_name, int resource_line_offset = 0, + int resource_column_offset = 0, + bool resource_is_shared_cross_origin = false, int script_id = -1, + Local source_map_url = Local(), + bool resource_is_opaque = false, bool is_wasm = false, + bool is_module = false, + Local host_defined_options = Local()); + V8_INLINE explicit ScriptOrigin( + Isolate* isolate, Local resource_name, + int resource_line_offset = 0, int resource_column_offset = 0, + bool resource_is_shared_cross_origin = false, int script_id = -1, + Local source_map_url = Local(), + bool resource_is_opaque = false, bool is_wasm = false, + bool is_module = false, + Local host_defined_options = Local()); + + V8_INLINE Local ResourceName() const; + V8_DEPRECATED("Use getter with primitvie C++ types.") + V8_INLINE Local ResourceLineOffset() const; + V8_DEPRECATED("Use getter with primitvie C++ types.") + V8_INLINE Local ResourceColumnOffset() const; + V8_DEPRECATED("Use getter with primitvie C++ types.") + V8_INLINE Local ScriptID() const; + V8_INLINE int LineOffset() const; + V8_INLINE int ColumnOffset() const; + V8_INLINE int ScriptId() const; + V8_INLINE Local SourceMapUrl() const; + V8_INLINE Local HostDefinedOptions() const; + V8_INLINE ScriptOriginOptions Options() const { return options_; } + + private: + Isolate* isolate_; + Local resource_name_; + int resource_line_offset_; + int resource_column_offset_; + ScriptOriginOptions options_; + int script_id_; + Local source_map_url_; + Local host_defined_options_; +}; + +/** + * A compiled JavaScript script, not yet tied to a Context. + */ +class V8_EXPORT UnboundScript { + public: + /** + * Binds the script to the currently entered context. + */ + Local