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Searched refs:pandaGen (Results 1 – 25 of 42) sorted by relevance

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/arkcompiler/ets_frontend/ts2panda/src/function/
DgeneratorFunctionBuilder.ts39 constructor(pandaGen: PandaGen, compiler: Compiler) {
40 super(pandaGen);
41 this.funcObj = pandaGen.getTemp();
42 this.resumeVal = pandaGen.getTemp();
47 let pandaGen = this.pg;
50 pandaGen.createGeneratorObj(node, getVregisterCache(pandaGen, CacheList.FUNC));
51 pandaGen.storeAccumulator(node, this.funcObj);
52 pandaGen.loadAccumulator(node, getVregisterCache(pandaGen, CacheList.UNDEFINED));
53 pandaGen.suspendGenerator(node, this.funcObj);
54 pandaGen.resumeGenerator(node, this.funcObj);
[all …]
DasyncFunctionBuilder.ts39 constructor(pandaGen: PandaGen) {
40 super(pandaGen);
41 this.funcObj = pandaGen.getTemp();
42 this.resumeVal = pandaGen.getTemp();
48 let pandaGen = this.pg;
50 pandaGen.asyncFunctionEnter(NodeKind.INVALID);
51 pandaGen.storeAccumulator(NodeKind.INVALID, this.funcObj);
53 pandaGen.label(node, this.beginLabel);
75 let pandaGen = this.pg;
76 let modeType = pandaGen.getTemp();
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DasyncGeneratorFunctionBuilder.ts48 constructor(pandaGen: PandaGen, compiler: Compiler) {
49 super(pandaGen);
50 this.funcObj = pandaGen.getTemp();
51 this.resumeVal = pandaGen.getTemp();
52 this.resumeType = pandaGen.getTemp();
314 let pandaGen = this.pg;
316 pandaGen.getResumeMode(node, this.funcObj);
317 pandaGen.storeAccumulator(node, this.resumeType);
320 pandaGen.loadAccumulatorInt(node, ResumeMode.THROW);
324 pandaGen.condition(node, ts.SyntaxKind.EqualsEqualsToken, this.resumeType, notThrowLabel);
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/arkcompiler/ets_frontend/ts2panda/src/expression/
DtemplateExpression.ts20 function genRawString(pandaGen: PandaGen, expr: ts.TemplateExpression | ts.NoSubstitutionTemplateLi…
29 pandaGen.loadAccumulatorString(expr, text);
32 function genCookedString(pandaGen: PandaGen, expr: ts.TemplateExpression | ts.NoSubstitutionTemplat…
45 pandaGen.loadAccumulatorString(expr, text);
48 function genTemplateArrayArg(pandaGen: PandaGen, expr: ts.TemplateExpression | ts.NoSubstitutionTem…
55 let indexReg = pandaGen.getTemp();
56 let rawArrTmp = pandaGen.getTemp();
57 let cookedArrTmp = pandaGen.getTemp();
59 pandaGen.createEmptyArray(expr);
60 pandaGen.storeAccumulator(expr, rawArrTmp);
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DarrayLiteralExpression.ts26 let pandaGen = compiler.getPandaGen();
27 let arrayObj = pandaGen.getTemp();
29 pandaGen.freeTemps(arrayObj);
33 let pandaGen = compiler.getPandaGen();
36 pandaGen.createEmptyArray(node);
37 pandaGen.storeAccumulator(node, arrayObj);
42 let indexReg = pandaGen.getTemp();
55 emitCreateArrayWithBuffer(pandaGen, literalBuffer, element);
56 pandaGen.storeAccumulator(element, arrayObj);
64 storeElementIfSpreadExisted(pandaGen, element, arrayObj, indexReg);
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DobjectLiteralExpression.ts29 let pandaGen = compiler.getPandaGen();
34 let objReg = pandaGen.getTemp();
39 pandaGen.createEmptyObject(expr);
40 pandaGen.storeAccumulator(expr, objReg);
41 pandaGen.freeTemps(objReg);
49 createObject(expr, pandaGen, objReg, literalBuffer, hasMethod, compiler);
52 setUncompiledProperties(compiler, pandaGen, properties, objReg);
54 pandaGen.loadAccumulator(expr, objReg);
55 pandaGen.freeTemps(objReg);
110 function createObject(expr: ts.ObjectLiteralExpression, pandaGen: PandaGen, objReg: VReg,
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DcallExpression.ts28 let pandaGen = compiler.getPandaGen();
34 pandaGen.dynamicImportCall(expr);
49 pandaGen.freeTemps(...args);
57 pandaGen.freeTemps(...args);
61 let pandaGen = compiler.getPandaGen();
64 let funcReg = pandaGen.getTemp();
67 let thisReg = pandaGen.getTemp();
68 let propReg = pandaGen.getTemp();
75 pandaGen.loadObjProperty(
81 pandaGen.storeAccumulator(expr, funcReg);
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DnewExpression.ts23 let pandaGen = compiler.getPandaGen();
24 let ctorReg = pandaGen.getTemp();
28 pandaGen.storeAccumulator(expr, ctorReg);
31 let argRegs = pandaGen.getTemp();
34 pandaGen.newObjSpread(expr, ctorReg);
35 pandaGen.freeTemps(ctorReg, argRegs);
53 let argReg = pandaGen.getTemp();
55 pandaGen.storeAccumulator(expr, argReg);
61 pandaGen.newObject(expr, argRegs);
64 pandaGen.freeTemps(...argRegs);
DnumericLiteral.ts38 export function compileNumericLiteral(pandaGen: PandaGen, lit: ts.NumericLiteral): void {
43 pandaGen.loadAccumulator(lit, getVregisterCache(pandaGen, CacheList.NAN));
46 pandaGen.loadAccumulator(lit, getVregisterCache(pandaGen, CacheList.INFINITY));
49 pandaGen.loadAccumulatorInt(lit, value);
51 pandaGen.loadAccumulatorFloat(lit, value);
/arkcompiler/ets_frontend/ts2panda/src/
DcompilerUtils.ts39 export function compileDestructuring(pattern: ts.BindingOrAssignmentPattern, pandaGen: PandaGen, co…
40 let rhs = pandaGen.getTemp();
41 pandaGen.storeAccumulator(pattern, rhs);
44 compileArrayDestructuring(<ts.ArrayBindingOrAssignmentPattern>pattern, pandaGen, compiler);
48 … compileObjectDestructuring(<ts.ObjectBindingOrAssignmentPattern>pattern, pandaGen, compiler);
51 pandaGen.loadAccumulator(pattern, rhs);
52 pandaGen.freeTemps(rhs);
55 function compileArrayDestructuring(arr: ts.ArrayBindingOrAssignmentPattern, pandaGen: PandaGen, com…
56 let iter = pandaGen.getTemp();
57 let nextMethod = pandaGen.getTemp();
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Dcompiler.ts133 private pandaGen: PandaGen; property in Compiler
140 …constructor(node: ts.SourceFile | ts.FunctionLikeDeclaration, pandaGen: PandaGen, compilerDriver: …
142 this.pandaGen = pandaGen;
145 this.funcBuilder = new FunctionBuilder(pandaGen);
149 this.scope = this.pandaGen.getScope()!;
153 this.pandaGen.getVregForVariable(parameters[i]);
157 getVregisterCache(this.pandaGen, CacheList.LEXENV);
159 this.pandaGen.loadAccFromArgs(this.rootNode);
195 this.pandaGen.loadAccumulator(NodeKind.FIRST_NODE_OF_FUNCTION,
196 getVregisterCache(this.pandaGen, CacheList.FUNC));
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Dhoisting.ts36 export function hoisting(rootNode: ts.SourceFile | ts.FunctionLikeDeclaration, pandaGen: PandaGen,
43 hoistVar(decl, variableScope, pandaGen);
46 hoistFunction(decl, variableScope, pandaGen, compiler, compilerDriver);
53 export function hoistVar(decl: VarDecl, scope: Scope, pandaGen: PandaGen): void {
57 pandaGen.loadAccumulator(decl.node, getVregisterCache(pandaGen, CacheList.UNDEFINED));
58 pandaGen.storeGlobalVar(decl.node, name);
61 …pandaGen.loadAccumulator(NodeKind.FIRST_NODE_OF_FUNCTION, getVregisterCache(pandaGen, CacheList.UN…
63 pandaGen.storeModuleVariable(NodeKind.FIRST_NODE_OF_FUNCTION, v);
65 pandaGen.storeAccToLexEnv(NodeKind.FIRST_NODE_OF_FUNCTION, scope, 0, v, true);
72 export function hoistFunction(decl: FuncDecl, scope: Scope, pandaGen: PandaGen, compiler: Compiler,…
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Dlexenv.ts64 abstract expand(pandaGen: PandaGen, compiler: Compiler): Array<IRNode>;
72 expand(pandaGen: PandaGen): Array<IRNode> {
74 return this.loadLexEnvVar(pandaGen);
76 return this.loadLocalVar(pandaGen);
80 private loadLocalVar(pandaGen: PandaGen): Array<IRNode> {
83 let bindVreg = pandaGen.getVregForVariable(v);
87 insns.push(loadAccumulator(getVregisterCache(pandaGen, CacheList.HOLE)));
96 private loadLexEnvVar(pandaGen: PandaGen): Array<IRNode> {
121 expand(pandaGen: PandaGen): Array<IRNode> {
123 return this.storeLexEnvVar(pandaGen);
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/arkcompiler/ets_frontend/ts2panda/src/statement/
DreturnStatement.ts26 let pandaGen = compiler.getPandaGen();
27 let returnValue = pandaGen.getTemp();
34 pandaGen.freeTemps(returnValue);
38 let pandaGen = compiler.getPandaGen();
41 let need2CheckSuper = pandaGen.getTemp();
44 pandaGen.moveVreg(stmt, need2CheckSuper, getVregisterCache(pandaGen, CacheList.TRUE));
48 pandaGen.freeTemps(need2CheckSuper);
53 pandaGen.moveVreg(stmt, need2CheckSuper, getVregisterCache(pandaGen, CacheList.TRUE));
56 …pandaGen.binary(stmt, ts.SyntaxKind.EqualsEqualsEqualsToken, getVregisterCache(pandaGen, CacheList…
57 pandaGen.storeAccumulator(stmt, need2CheckSuper);
[all …]
DloopStatement.ts37 let pandaGen = compiler.getPandaGen();
50 pandaGen.label(stmt, loopStartLabel);
52 pandaGen.createLexEnv(stmt, loopScope);
56 pandaGen.label(stmt, conditionLabel);
60 pandaGen.popLexicalEnv(stmt);
63 pandaGen.branch(stmt, loopStartLabel);
64 pandaGen.label(stmt, loopEndLabel);
67 pandaGen.popLexicalEnv(stmt);
77 let pandaGen = compiler.getPandaGen();
88 pandaGen.label(stmt, loopStartLabel);
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DtryStatement.ts76 constructor(pandaGen: PandaGen, catchBeginLabel: Label, labelPair: LabelPair) {
81 pandaGen.getCatchMap().set(catchBeginLabel, this);
186 protected pandaGen: PandaGen; property in TryBuilderBase
190 constructor(compiler: Compiler, pandaGen: PandaGen, Stmt: ts.Statement) {
192 this.pandaGen = pandaGen;
206 constructor(compiler: Compiler, pandaGen: PandaGen, tryStmt: ts.TryStatement) {
207 super(compiler, pandaGen, tryStmt);
241 let exceptionVreg = this.pandaGen.getTemp();
242 this.pandaGen.storeAccumulator(this.stmt, exceptionVreg);
244 this.pandaGen.loadAccumulator(this.stmt, exceptionVreg);
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DclassStatement.ts62 let pandaGen = compiler.getPandaGen();
68 let classReg = pandaGen.getTemp();
78 let tmpVreg = pandaGen.getTemp();
84 pandaGen.storeAccumulator(prop.getValue(), tmpVreg);
108 pandaGen.storeAccumulator(prop.getValue(), tmpVreg);
114 pandaGen.freeTemps(tmpVreg);
127 pandaGen.loadAccumulator(stmt, classReg);
133 let v: ModuleVariable = <ModuleVariable>(pandaGen.getScope().findLocal(className));
135 pandaGen.storeModuleVariable(stmt, v);
137 … let defaultV: ModuleVariable = <ModuleVariable>(pandaGen.getScope().findLocal("*default*"));
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DforOfStatement.ts58 let pandaGen = compiler.getPandaGen();
62 let doneReg = pandaGen.getTemp();
63 let method = pandaGen.getTemp();
64 let object = pandaGen.getTemp();
68 let loopEnv = pandaGen.getTemp();
74 pandaGen.createLexEnv(stmt, loopScope);
79 let iterator: IteratorRecord = getIteratorRecord(pandaGen, stmt, method, object, type);
82 pandaGen.popLexicalEnv(stmt);
86 pandaGen.loadAccumulator(stmt, getVregisterCache(pandaGen, CacheList.FALSE));
87 pandaGen.storeAccumulator(stmt, doneReg);
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DswitchStatement.ts31 private pandaGen: PandaGen; property in SwitchBase
37 this.pandaGen = compiler.getPandaGen();
51 this.pandaGen.label(caseTarget, this.caseLabels[index]);
56 this.pandaGen.storeAccumulator(this.stmt.expression, tagReg);
67 let pandaGen = this.pandaGen;
71 …pandaGen.condition(caseTarget, ts.SyntaxKind.ExclamationEqualsEqualsToken, tag, this.caseLabels[in…
76 this.pandaGen.branch(defaultTarget, this.caseLabels[defaultIndex]);
86 this.pandaGen.branch(this.stmt, this.switchEndLabel);
90 this.pandaGen.label(this.stmt, this.switchEndLabel);
95 let pandaGen = compiler.getPandaGen();
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/arkcompiler/ets_frontend/ts2panda/src/base/
DbuiltIn.ts33 export function expandHole(pandaGen: PandaGen): IRNode[] {
34 let vreg = getVregisterCache(pandaGen, CacheList.HOLE);
41 export function expandNaN(pandaGen: PandaGen): IRNode[] {
42 let vreg = getVregisterCache(pandaGen, CacheList.NAN);
49 export function expandInfinity(pandaGen: PandaGen): IRNode[] {
50 let vreg = getVregisterCache(pandaGen, CacheList.INFINITY);
57 export function expandGlobal(pandaGen: PandaGen): IRNode[] {
58 let vreg = getVregisterCache(pandaGen, CacheList.GLOBAL);
65 export function expandUndefined(pandaGen: PandaGen): IRNode[] {
66 let vreg = getVregisterCache(pandaGen, CacheList.UNDEFINED);
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Diterator.ts32 private pandaGen: PandaGen; property in Iterator
38 … pandaGen: PandaGen, node: ts.Node, kind ? : IteratorType, funcBuilder ? : FunctionBuilder) {
42 this.pandaGen = pandaGen;
54 let pandaGen = this.pandaGen;
58 …this.kind === IteratorType.Normal ? pandaGen.getIterator(this.node) : pandaGen.getAsyncIterator(th…
59 pandaGen.storeAccumulator(this.node, iterator);
62 pandaGen.loadObjProperty(this.node, iterator, "next");
63 pandaGen.storeAccumulator(this.node, this.iterRecord.nextMethod);
71 this.pandaGen.loadObjProperty(this.node, this.iterRecord.iterator, id);
72 this.pandaGen.storeAccumulator(this.node, this.iterRecord.nextMethod);
[all …]
Dlreference.ts63 let pandaGen = this.compiler.getPandaGen(); variable
72 pandaGen.loadObjProperty(this.node, <VReg>this.obj, prop);
85 let pandaGen = this.compiler.getPandaGen(); variable
95 let thisReg = pandaGen.getTemp();
97 pandaGen.storeSuperProperty(this.node, thisReg, prop);
98 pandaGen.freeTemps(thisReg);
100 pandaGen.storeObjProperty(this.node, <VReg>this.obj, prop);
102 pandaGen.freeTemps(...[<VReg>this.obj, <VReg>this.prop]);
109 …ileDestructuring(<ts.BindingOrAssignmentPattern>this.destructuringTarget, pandaGen, this.compiler);
116 setObjectAndProperty(pandaGen: PandaGen, obj: VReg, prop: VReg | number | string): void {
[all …]
DlexEnv.ts28 function createLexEnv(pandaGen: PandaGen, scope: VariableScope): IRNode[] {
34 scopeInfoId = pandaGen.appendScopeInfo(lexVarInfo);
39 storeAccumulator(getVregisterCache(pandaGen, CacheList.LEXENV))
45 export function expandLexEnv(pandaGen: PandaGen): IRNode[] {
46 let scope = pandaGen.getScope()!.getNearestVariableScope();
54 insns = createLexEnv(pandaGen, scope);
/arkcompiler/ets_frontend/ts2panda/tests/expression/
DnumericLiteral.test.ts32 let pandaGen = new PandaGen("ignored", creatAstFromSnippet("NaN"), 0, undefined); variable
34 compileNumericLiteral(pandaGen, node);
35 let insns = pandaGen.getInsns();
41 let pandaGen = new PandaGen("ignored", creatAstFromSnippet("10e10000"), 0, undefined); variable
43 compileNumericLiteral(pandaGen, node);
44 let insns = pandaGen.getInsns();
49 let pandaGen = new PandaGen("ignored", creatAstFromSnippet("1"), 0, undefined); variable
51 compileNumericLiteral(pandaGen, node);
52 let insns = pandaGen.getInsns();
57 let pandaGen = new PandaGen("ignored", creatAstFromSnippet("2147483648"), 0, undefined); variable
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/arkcompiler/ets_frontend/ts2panda/tests/
DregAllocator.test.ts229 let pandaGen = new PandaGen('', creatAstFromSnippet(""), 0); variable
230 let para1 = pandaGen.getTemp();
231 let para2 = pandaGen.getTemp();
232 let para3 = pandaGen.getTemp();
233 let para4 = pandaGen.getTemp();
234 let para5 = pandaGen.getTemp();
235 let para6 = pandaGen.getTemp();
237 pandaGen.call(ts.createNode(0), [para1, para2, para3, para4, para5, para6], false);
239 pandaGen.freeTemps(para1, para3, para2);
242 new RegAlloc().run(pandaGen);
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