| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/ |
| D | thisTypeSyntacticContext.ts | 24 const o: { n: number, test?: (this: { n: number }) => void } = { n: 1 constant
25 AssertType(o, "{ n: number; test?: ({ n: number;}) => void; }");
42 o.test = f constant
43 AssertType(o.test = f, "({ n: number; }) => void");
44 AssertType(o.test, "({ n: number; }) => void");
47 o.test();
48 AssertType(o.test(), "void");
49 AssertType(o.test, "({ n: number; }) => void");
51 o!.test();
52 AssertType(o!.test(), "void");
[all …]
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| D | typeArgInference.ts | 25 let o = { a: 3, b: "test" }; variable
26 AssertType(o, "{ a: number; b: string; }");
36 let t1 = x.f([o], [o]);
38 AssertType(x.f([o], [o]), "{ c: number; d: string; }");
40 AssertType([o], "{ a: number; b: string; }[]");
41 AssertType(o, "{ a: number; b: string; }");
42 AssertType([o], "{ a: number; b: string; }[]");
43 AssertType(o, "{ a: number; b: string; }");
50 let t2 = x.f<number, string>([o], [o]);
52 AssertType(x.f<number, string>([o], [o]), "{ c: number; d: string; }");
[all …]
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| D | jsDeclarationsExportDoubleAssignmentInClosure.ts | 23 module.exports = exports = function (o) {
25 AssertType(exports = function (o) { return (o == null) ? create(base) : defineProperties(Obj…
27 AssertType(function (o) { return (o == null) ? create(base) : defineProperties(Object(o), de…
28 AssertType(o, "any");
29 …pe(module.exports = exports = function (o) { return (o == null) ? create(base) : defineProp…
31 AssertType((o == null) ? create(base) : defineProperties(Object(o), descriptors), "any");
32 AssertType((o == null), "boolean");
33 AssertType(o == null, "boolean");
34 AssertType(o, "any");
39 AssertType(defineProperties(Object(o), descriptors), "error");
[all …]
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| D | inferenceDoesntCompareAgainstUninstantiatedTypeParameter.ts | 39 AssertType(new ClassA(new ConcreteClass(), { values: o => [ { value: o.theName…
43 AssertType({ values: o => [ { value: o.theName, func: x => 'asdfkjh…
45 values: o => [
47 AssertType(o => [ { value: o.theName, func: x => 'asdfkjhgfdfghjkjhgfd…
48 AssertType(o, "ConcreteClass");
49 AssertType([ { value: o.theName, func: x => 'asdfkjhgfdfghjkjhgfdfghjk…
51 AssertType({ value: o.theName, func: x => 'asdfkjhgfdfghjkjhgfdfghjklkjhgfdfg…
53 value: o.theName,
55 AssertType(o.theName, "string");
68 …ew ClassA<ConcreteClass>(new ConcreteClass(), { values: o => [ { value: o.the…
[all …]
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| D | instanceofTypeAliasToGenericClass.ts | 27 function fn<T extends Table>(o: T) {
28 AssertType(o instanceof TableClass, "boolean");
29 AssertType(o, "T");
31 return o instanceof TableClass;
34 function fn2<T extends TableClass>(o: T) {
35 AssertType(o instanceof TableClass, "boolean");
36 AssertType(o, "T");
38 return o instanceof TableClass;
41 declare const o: Table; constant
42 AssertType(o, "Table");
[all …]
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| D | genericInference2.ts | 31 let o = { variable
32 AssertType(o, "{ name: ko.Observable<string>; age: ko.Observable<number>; }");
48 let x_v = o.name().length; // should be 'number'
50 AssertType(o.name().length, "number");
52 let age_v = o.age(); // should be 'number'
54 AssertType(o.age(), "number");
55 AssertType(o.age, "ko.Observable<number>");
57 let name_v = o.name("Robert"); // should be 'any'
59 AssertType(o.name("Robert"), "any");
60 AssertType(o.name, "ko.Observable<string>");
[all …]
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| D | overloadBindingAcrossDeclarationBoundaries.ts | 34 a(o: Opt1): Opt1;
35 a(o: Opt2): Opt2;
36 (o: Opt1): Opt1;
37 (o: Opt2): Opt2;
38 new (o: Opt1): Opt1;
39 new (o: Opt2): Opt2;
42 a(o: Opt3): Opt3;
43 a(o: Opt4): Opt4;
44 (o: Opt3): Opt3;
45 (o: Opt4): Opt4;
[all …]
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| D | objectSpread.ts | 21 let o = { a: 1, b: 'no'
22 AssertType(o, "{ a: number; b: string; }");
64 { ...o, c: false
65 AssertType({ ...o, c: false }, "{ c: false; a: number; b: string; }");
67 AssertType(o, "{ a: number; b: string; }");
80 { c: false, ...o
81 AssertType({ c: false, ...o }, "{ a: number; b: string; c: false; }");
87 AssertType(o, "{ a: number; b: string; }");
95 { ...o, b: 'override'
96 AssertType({ ...o, b: 'override' }, "{ b: string; a: number; }");
[all …]
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| D | enumIndexer.ts | 38 let x = _arr.map(o => MyEnumType[o.key] === enumValue); // these are not same type
40 AssertType(_arr.map(o => MyEnumType[o.key] === enumValue), "boolean[]");
42 AssertType(o => MyEnumType[o.key] === enumValue, "({ key: string; }) => boolean");
43 AssertType(o, "{ key: string; }");
44 AssertType(MyEnumType[o.key] === enumValue, "boolean");
45 AssertType(MyEnumType[o.key], "error");
47 AssertType(o.key, "string");
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| D | augmentedTypeBracketNamedPropertyAccess.ts | 27 let o = {}; variable
28 AssertType(o, "{}");
35 let r1 = o['data']; // Should be number
37 AssertType(o['data'], "number");
38 AssertType(o, "{}");
41 let r2 = o['functionData']; // Should be any (no property found)
43 AssertType(o['functionData'], "error");
44 AssertType(o, "{}");
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| D | typeofUsedBeforeBlockScoped.ts | 21 type T = typeof C & typeof C.s & typeof o & typeof o.n;
25 type W = typeof o.n;
26 let o2: typeof o;
28 AssertType(o, "{ n: number; }");
30 let o = { n: 12 }; variable
31 AssertType(o, "{ n: number; }");
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| D | indexedAccessCanBeHighOrder.ts | 22 declare function find<T, K extends keyof T>(o: T[K]): [T, K];
38 const o = {x: 42}; constant
39 AssertType(o, "{ x: number; }");
44 const r = impl(o, "x");
46 AssertType(impl(o, "x"), "[{ x: number; }, "x"]");
48 AssertType(o, "{ x: number; }");
51 r[0][r[1]] = o[r[1]];
52 AssertType(r[0][r[1]] = o[r[1]], "number");
60 AssertType(o[r[1]], "number");
61 AssertType(o, "{ x: number; }");
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| D | intersectionTypeInference1.ts | 34 …st brokenFunction = <OwnProps>(f: (p: {dispatch: number} & OwnProps) => void) => (o: OwnProps) => o
36 AssertType(<OwnProps>(f: (p: {dispatch: number} & OwnProps) => void) => (o: OwnProps) => o, "<OwnPr…
40 AssertType((o: OwnProps) => o, "(OwnProps) => OwnProps");
41 AssertType(o, "OwnProps");
42 AssertType(o, "OwnProps");
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| D | useObjectValuesAndEntries4.ts | 21 let o = { a: 1, b: 2 };
22 AssertType(o, "{ a: number; b: number; }");
29 for (let x of Object.values(o)) {
35 let entries = Object.entries(o);
37 AssertType(Object.entries(o), "[string, number][]");
39 AssertType(o, "{ a: number; b: number; }");
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| D | controlFlowCaching.ts | 31 let o = this.opt, ta = this.chart.theme.axis, position = o.position,
32 AssertType(o, "any");
41 AssertType(o.position, "any");
43 leftBottom = position !== "rightOrTop", rotation = o.rotation % 360,
49 AssertType(o.rotation % 360, "number");
50 AssertType(o.rotation, "any");
75 taFont = o.font || (ta.majorTick && ta.majorTick.font) || (ta.tick && ta.tick.font),
77 AssertType(o.font || (ta.majorTick && ta.majorTick.font) || (ta.tick && ta.tick.font), "any");
78 AssertType(o.font || (ta.majorTick && ta.majorTick.font), "any");
79 AssertType(o.font, "any");
[all …]
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| D | objectSpreadNoTransform.ts | 29 const o = { x: 1, ...y }; constant
30 AssertType(o, "{ a: string; b: string; x: number; }");
42 ({ b, ...rest } = o);
43 AssertType(({ b, ...rest } = o), "{ a: string; b: string; x: number; }");
44 AssertType({ b, ...rest } = o, "{ a: string; b: string; x: number; }");
48 AssertType(o, "{ a: string; b: string; x: number; }");
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| D | nonPrimitiveRhsSideOfInExpression.ts | 21 let o: object = {};
22 AssertType(o, "object");
30 const b1 = "foo" in o;
32 AssertType("foo" in o, "boolean");
34 AssertType(o, "object");
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| D | spreadNonPrimitive.ts | 21 declare let o: object;
22 AssertType(o, "object");
24 const x: { a: number, b: number } = { a: 1, ...o, b: 2 };
28 AssertType({ a: 1, ...o, b: 2 }, "{ b: number; a: number; }");
31 AssertType(o, "object");
|
| /arkcompiler/runtime_core/libpandafile/ |
| D | pandafile_isapi.rb | 61 sig = format_ops(group.first.format).each { |o| o.width = storage_width(o.width) }
63 insn.operands.each_with_index do |o, i|
64 sig[i].width = [o.width, sig[i].width].max
67 sig.each do |o|
68 if o.name.start_with?('imm')
69 o.type, o.name = is_jump ? ['const Label &', 'label'] : ["int#{o.width}_t", o.name]
71 o.type = "uint#{o.width}_t"
|
| /arkcompiler/runtime_core/assembler/ |
| D | asm_isapi.rb | 90 format_ops(insn.format).each do |o|
91 if o.name.start_with?('imm')
93 o.type, o.name = is_jump ? ['const std::string &', 'label'] : ['double', o.name]
95 o.type, o.name = is_jump ? ['const std::string &', 'label'] : ['int64_t', o.name]
97 elsif o.name.start_with?('id')
98 o.type, o.name = ['const std::string &', o.name]
100 o.type = 'uint16_t'
|
| /arkcompiler/runtime_core/assembler/templates/ |
| D | ins_create_api.h.erb | 26 % signature_str = signature.map { |o| "#{o.type} #{o.name}" }.join(', ')
32 % format.each { |o| o.width = storage_width(o.width) }
34 % format.each_with_index do |o, i|
35 % if o.name.start_with?('v')
42 % format.each_with_index do |o, i|
43 % if o.name.start_with?('imm')
47 <%=group.first.emitter_name%>_.imms.emplace_back(<%= o.name %>);
49 % elsif o.name.start_with?('id')
50 <%=group.first.emitter_name%>_.ids.push_back(<%= o.name %>);
52 <%=group.first.emitter_name%>_.regs.push_back(<%= o.name %>);
|
| /arkcompiler/ets_runtime/test/aottest/vtable/base/ |
| D | base.ts | 57 function testVtable(o:A) {
58 print(o.x);
59 print(o.y);
60 o.foo();
61 o.bar();
62 print("constructor.name:", o.t);
63 o.t = "setter";
|
| /arkcompiler/runtime_core/ldscripts/ |
| D | panda.ld | 67 KEEP (*(.init_array EXCLUDE_FILE (*crtbegin.o *crtbegin?.o *crtend.o *crtend?.o ) .ctors))
73 KEEP (*(.fini_array EXCLUDE_FILE (*crtbegin.o *crtbegin?.o *crtend.o *crtend?.o ) .dtors))
78 KEEP (*crtbegin.o(.ctors))
79 KEEP (*crtbegin?.o(.ctors))
80 KEEP (*(EXCLUDE_FILE (*crtend.o *crtend?.o ) .ctors))
85 KEEP (*crtbegin.o(.dtors))
86 KEEP (*crtbegin?.o(.dtors))
87 KEEP (*(EXCLUDE_FILE (*crtend.o *crtend?.o ) .dtors))
|
| /arkcompiler/ets_frontend/es2panda/test/parser/ts/type_checker/ |
| D | recursiveTypeofWithProperty.ts | 17 var o: { variable
19 t: typeof o.b.c,
20 z: typeof o.b.k.t
23 c: typeof o.a.z,
25 t: typeof o.a.t,
|
| /arkcompiler/runtime_core/libark_defect_scan_aux/tests/unittest/ |
| D | debug_info_test.js | 48 add(o) { argument
49 this.x += o;
52 sub(o) { argument
53 this.x -= o;
57 function bar(o) { argument
70 data.sub(o);
73 if (o) {
|