| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/ |
| D | comparisonOperatorWithSubtypeObjectOnIndexSignature.ts | 53 let a4: { [index: number]: Base }; variable
54 AssertType(a4, "{ [number]: Base; }");
80 let r1a1 = a4 < b4;
82 AssertType(a4 < b4, "boolean");
83 AssertType(a4, "{ [number]: Base; }");
104 let r1b1 = b4 < a4;
106 AssertType(b4 < a4, "boolean");
108 AssertType(a4, "{ [number]: Base; }");
129 let r2a1 = a4 > b4;
131 AssertType(a4 > b4, "boolean");
[all …]
|
| D | parserRegularExpressionDivideAmbiguity6.ts | 21 function c255lsqr8h(a7, a6, a5, a4, a3, a2, a1, a0) {
125 r[4] = (v = ((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3 + a2*a2) & 0xFFFF;
126 AssertType(r[4] = (v = ((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3 + a2*a2) & 0xFFFF, "number");
130 AssertType((v = ((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3 + a2*a2) & 0xFFFF, "number");
131 AssertType((v = ((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3 + a2*a2), "number");
132 AssertType(v = ((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3 + a2*a2, "number");
134 AssertType(((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3 + a2*a2, "number");
135 AssertType(((v / 0x10000) | 0) + 2*a0*a4 + 2*a1*a3, "number");
136 AssertType(((v / 0x10000) | 0) + 2*a0*a4, "number");
144 AssertType(2*a0*a4, "number");
[all …]
|
| D | nullishCoalescingOperator3.ts | 33 declare const a4: 0 | undefined | null
34 AssertType(a4, "union");
48 const aa1 = a1 ?? a2 ?? a3 ?? a4 ?? a5 ?? a6 ?? 'whatever'
50 AssertType(a1 ?? a2 ?? a3 ?? a4 ?? a5 ?? a6 ?? 'whatever', "union");
51 AssertType(a1 ?? a2 ?? a3 ?? a4 ?? a5 ?? a6, "union");
52 AssertType(a1 ?? a2 ?? a3 ?? a4 ?? a5, "union");
53 AssertType(a1 ?? a2 ?? a3 ?? a4, "union");
59 AssertType(a4, "union");
|
| D | comparisonOperatorWithSubtypeObjectOnInstantiatedConstructorSignature.ts | 56 let a4: { new <T>(x?: T): T }; variable
57 AssertType(a4, "new <T>(?T) => T");
106 let r1a4 = a4 < b4;
108 AssertType(a4 < b4, "boolean");
109 AssertType(a4, "new <T>(?T) => T");
142 let r1b4 = b4 < a4;
144 AssertType(b4 < a4, "boolean");
146 AssertType(a4, "new <T>(?T) => T");
179 let r2a4 = a4 > b4;
181 AssertType(a4 > b4, "boolean");
[all …]
|
| D | comparisonOperatorWithNoRelationshipObjectsOnInstantiatedConstructorSignature.ts | 56 let a4: { new <T>(...x: T[]): T }; variable
57 AssertType(a4, "new <T>(...T[]) => T");
103 let r1a4 = a4 < b4;
105 AssertType(a4 < b4, "boolean");
106 AssertType(a4, "new <T>(...T[]) => T");
139 let r1b4 = b4 < a4;
141 AssertType(b4 < a4, "boolean");
143 AssertType(a4, "new <T>(...T[]) => T");
176 let r2a4 = a4 > b4;
178 AssertType(a4 > b4, "boolean");
[all …]
|
| D | comparisonOperatorWithNoRelationshipObjectsOnInstantiatedCallSignature.ts | 62 let a4: { fn<T>(...x: T[]): T }; variable
63 AssertType(a4, "{ fn<T>(...T[]): T; }");
115 let r1a4 = a4 < b4;
117 AssertType(a4 < b4, "boolean");
118 AssertType(a4, "{ fn<T>(...T[]): T; }");
151 let r1b4 = b4 < a4;
153 AssertType(b4 < a4, "boolean");
155 AssertType(a4, "{ fn<T>(...T[]): T; }");
188 let r2a4 = a4 > b4;
190 AssertType(a4 > b4, "boolean");
[all …]
|
| D | declarationEmitDestructuringObjectLiteralPattern2.ts | 43 let a4 = "hello";
44 AssertType(a4, "string");
55 AssertType({ a4, b4, c4 }, "{ a4: string; b4: number; c4: boolean; }");
56 AssertType(a4, "string");
59 return { a4, b4, c4 };
61 let { a4, b4, c4 } = f15(); variable
62 AssertType(a4, "string");
69 export let { a4, b4, c4 } = f15(); variable
|
| D | comparisonOperatorWithSubtypeObjectOnInstantiatedCallSignature.ts | 62 let a4: { fn<T>(x?: T): T }; variable
63 AssertType(a4, "{ fn<T>(?T): T; }");
119 let r1a4 = a4 < b4;
121 AssertType(a4 < b4, "boolean");
122 AssertType(a4, "{ fn<T>(?T): T; }");
155 let r1b4 = b4 < a4;
157 AssertType(b4 < a4, "boolean");
159 AssertType(a4, "{ fn<T>(?T): T; }");
192 let r2a4 = a4 > b4;
194 AssertType(a4 > b4, "boolean");
[all …]
|
| D | typeResolution.ts | 45 let a4: TopLevelModule1.SubModule1.SubSubModule1.ClassA; a4.AisIn1_1_1();
46 AssertType(a4, "ClassA");
50 AssertType(a4.AisIn1_1_1(), "void");
51 AssertType(a4.AisIn1_1_1, "() => void");
112 let a4: TopLevelModule1.SubModule1.SubSubModule1.ClassA; a4.AisIn1_1_1();
113 AssertType(a4, "ClassA");
117 AssertType(a4.AisIn1_1_1(), "void");
118 AssertType(a4.AisIn1_1_1, "() => void");
170 let a4: TopLevelModule1.SubModule1.SubSubModule1.ClassA; a4.AisIn1_1_1();
171 AssertType(a4, "ClassA");
[all …]
|
| D | comparisonOperatorWithIdenticalObjects.ts | 75 let a4: A4; variable
76 AssertType(a4, "A4");
133 let r1a5 = a4 < b4;
135 AssertType(a4 < b4, "boolean");
136 AssertType(a4, "A4");
175 let r1b5 = b4 < a4;
177 AssertType(b4 < a4, "boolean");
179 AssertType(a4, "A4");
218 let r2a5 = a4 > b4;
220 AssertType(a4 > b4, "boolean");
[all …]
|
| D | comparisonOperatorWithSubtypeObjectOnConstructorSignature.ts | 54 let a4: { new (a: number, b: string): Base }; variable
55 AssertType(a4, "new (number, string) => Base");
121 let r1a4 = a4 < b4;
123 AssertType(a4 < b4, "boolean");
124 AssertType(a4, "new (number, string) => Base");
175 let r1b4 = b4 < a4;
177 AssertType(b4 < a4, "boolean");
179 AssertType(a4, "new (number, string) => Base");
230 let r2a4 = a4 > b4;
232 AssertType(a4 > b4, "boolean");
[all …]
|
| D | es6ModuleInternalImport.ts | 34 import a4 = m.a;
36 let x2 = a3 + a4;
40 import a4 = m.a;
42 let x2 = a3 + a4;
|
| D | comparisonOperatorWithSubtypeObjectOnCallSignature.ts | 60 let a4: { fn(a: number, b: string): void }; variable
61 AssertType(a4, "{ fn(number, string): void; }");
155 let r1a4 = a4 < b4;
157 AssertType(a4 < b4, "boolean");
158 AssertType(a4, "{ fn(number, string): void; }");
221 let r1b4 = b4 < a4;
223 AssertType(b4 < a4, "boolean");
225 AssertType(a4, "{ fn(number, string): void; }");
288 let r2a4 = a4 > b4;
290 AssertType(a4 > b4, "boolean");
[all …]
|
| D | nullishCoalescingOperator2.ts | 33 declare const a4: 0 | undefined | null
34 AssertType(a4, "union");
78 const aa4 = a4 ?? 'whatever'
80 AssertType(a4 ?? 'whatever', "union");
81 AssertType(a4, "union");
|
| D | nullishCoalescingOperator_not_strict.ts | 33 declare const a4: 0 | undefined | null
34 AssertType(a4, "int");
78 const aa4 = a4 ?? 'whatever'
80 AssertType(a4 ?? 'whatever', "union");
81 AssertType(a4, "int");
|
| D | arrayLiterals2ES6.ts | 63 let a4 = [() => 1, ];
64 AssertType(a4, "(() => number)[]");
198 let d7 = [...a4];
200 AssertType([...a4], "(() => number)[]");
201 AssertType(...a4, "() => number");
202 AssertType(a4, "(() => number)[]");
|
| D | nullishCoalescingOperator1.ts | 33 declare const a4: string | undefined | null
34 AssertType(a4, "union");
104 const aa4 = a4 ?? 'whatever';
106 AssertType(a4 ?? 'whatever', "string");
107 AssertType(a4, "union");
|
| D | parenthesisDoesNotBlockAliasSymbolCreation.ts | 51 export const a4 = null as { x : number } & InvalidKeys2<"a">; constant
52 AssertType(a4, "{ x: number; } & InvalidKeys2<"a">");
|
| D | trailingCommasES3.ts | 64 let a4 = []; variable
65 AssertType(a4, "any[]");
|
| D | trailingCommasES5.ts | 64 let a4 = []; variable
65 AssertType(a4, "any[]");
|
| D | nullishCoalescingOperator_es2020.ts | 33 declare const a4: 0 | undefined | null
34 AssertType(a4, "union");
78 const aa4 = a4 ?? 'whatever'
80 AssertType(a4 ?? 'whatever', "union");
81 AssertType(a4, "union");
|
| /arkcompiler/ets_frontend/es2panda/test/bytecode/commonjs/ |
| D | test-commonjs-main-func-args-expected.txt | 3 .function any .#14695981039346656037#(any a0, any a1, any a2, any a3, any a4, any a5, any a6, any a…
17 .function any .func_main_0(any a0, any a1, any a2, any a3, any a4, any a5, any a6, any a7) {
30 lda a4
|
| /arkcompiler/ets_runtime/test/typeinfer/ldobjbyvalue/ |
| D | ldobjbyvalue.ts | 38 let a4 = a2[value]();
44 AssertType(a4, "number");
|
| /arkcompiler/ets_runtime/test/typeinfer/es2abc_feature/member_variable_Initialization/ |
| D | member_variable_Initialization.ts | 22 public static a4 = "abc" + "efg";
33 AssertType(A.a4, "string");
|
| /arkcompiler/ets_runtime/test/typeinfer/ldsuperproperty/ |
| D | ldsuperproperty.ts | 64 let a4 = this[a]();
65 AssertType(a4, "number")
|