| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/ |
| D | privacyImport.ts | 25 export function f1() {
37 export function f1() {
49 export let m1_im1_private_v3_public = m1_im1_private.f1;
50 export let m1_im1_private_v4_public = m1_im1_private.f1();
53 let m1_im1_private_v3_private = m1_im1_private.f1;
54 let m1_im1_private_v4_private = m1_im1_private.f1();
60 export let m1_im2_private_v3_public = m1_im2_private.f1;
61 export let m1_im2_private_v4_public = m1_im2_private.f1();
64 let m1_im2_private_v3_private = m1_im2_private.f1;
65 let m1_im2_private_v4_private = m1_im2_private.f1();
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| D | unionAndIntersectionInference2.ts | 21 declare function f1<T>(x: T | string): T;
39 f1(a1); // string
40 AssertType(f1(a1), "string");
41 AssertType(f1, "<T>(union) => T");
44 f1(b1); // string[]
45 AssertType(f1(b1), "string[]");
46 AssertType(f1, "<T>(union) => T");
49 f1(c1); // string[]
50 AssertType(f1(c1), "string[]");
51 AssertType(f1, "<T>(union) => T");
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| D | constructorOverloads2.ts | 42 let f1 = new Foo("hey"); variable
43 AssertType(f1, "Foo");
54 let f3 = new Foo(f1);
56 AssertType(new Foo(f1), "Foo");
58 AssertType(f1, "Foo");
60 let f4 = new Foo([f1,f2,f3]);
62 AssertType(new Foo([f1,f2,f3]), "Foo");
64 AssertType([f1,f2,f3], "Foo[]");
65 AssertType(f1, "Foo");
69 f1.bar1();
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| D | genericInferenceDefaultTypeParameter.ts | 28 declare function f1<T extends keyof Type = "a">(props: Type[T]): void; function
30 f1(event => { });
31 AssertType(f1(event => { }), "void");
32 AssertType(f1, "<T extends keyof Type = "a">(Type[T]) => void");
36 f1<"a">(event => { });
37 AssertType(f1<"a">(event => { }), "void");
38 AssertType(f1, "<T extends keyof Type = "a">(Type[T]) => void");
42 f1<"b">(event => { });
43 AssertType(f1<"b">(event => { }), "void");
44 AssertType(f1, "<T extends keyof Type = "a">(Type[T]) => void");
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| D | privacyGloImport.ts | 25 export function f1() {
37 export function f1() {
49 export let m1_im1_private_v3_public = m1_im1_private.f1;
50 export let m1_im1_private_v4_public = m1_im1_private.f1();
53 let m1_im1_private_v3_private = m1_im1_private.f1;
54 let m1_im1_private_v4_private = m1_im1_private.f1();
60 export let m1_im2_private_v3_public = m1_im2_private.f1;
61 export let m1_im2_private_v4_public = m1_im2_private.f1();
64 let m1_im2_private_v3_private = m1_im2_private.f1;
65 let m1_im2_private_v4_private = m1_im2_private.f1();
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| D | contravariantTypeAliasInference.ts | 24 declare let f1: Func1<string>;
25 AssertType(f1, "Func1<string>");
30 declare function foo<T>(f1: Func1<T>, f2: Func1<T>): void;
32 foo(f1, f2);
33 AssertType(foo(f1, f2), "void");
35 AssertType(f1, "Func1<string>");
46 bar(f1, f2);
47 AssertType(bar(f1, f2), "void");
49 AssertType(f1, "Func1<string>");
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| D | constEnum3.ts | 24 function f1(f: TestType) { } function
27 f1(TestType.foo)
28 AssertType(f1(TestType.foo), "void");
29 AssertType(f1, "(TestType) => void");
32 f1(TestType.bar)
33 AssertType(f1(TestType.bar), "void");
34 AssertType(f1, "(TestType) => void");
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| D | unionTypeCallSignatures2.ts | 41 let f1: A | B | C; variable
42 AssertType(f1, "union");
44 let n1 = f1(42); // number
46 AssertType(f1(42), "number");
47 AssertType(f1, "union");
50 let s1 = f1("abc"); // boolean | string | number
52 AssertType(f1("abc"), "union");
53 AssertType(f1, "union");
56 let a1 = f1([true, false]); // boolean[]
58 AssertType(f1([true, false]), "boolean[]");
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| D | privacyInterface.ts | 24 private f1() {
52 f1(a1: C1_public);
79 f1(a1: C1_public);
90 private f1() { method in C1_public
118 f1(a1: C1_public); method
145 f1(a1: C1_public); method
154 private f1() { method in C5_public
182 f1(a1: C5_public); method
209 f1(a1: C5_public); method
218 f1(): number; method
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| D | inferTInParentheses.ts | 22 type F1 = (num: [number]) => void;
25 type T1 = F1 extends (...args: (infer T)) => void ? T : never;
26 type T2 = F1 extends (args: [...(infer T)]) => void ? T : never;
29 type T4 = F1 extends (...args: ((infer T))) => void ? T : never;
30 type T5 = F1 extends (args: [...((infer T))]) => void ? T : never;
33 type T7 = F1 extends (...args: ((((infer T))))) => void ? T : never;
34 type T8 = F1 extends (args: [...((((infer T))))]) => void ? T : never;
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| D | privacyGloInterface.ts | 24 private f1() {
52 f1(a1: C1_public);
79 f1(a1: C1_public);
88 private f1() { method in C5_public
106 f1(a1: C5_public); method
112 f1(): number; method
135 f1(): number; method
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| D | commentsInheritance.ts | 34 f1(): void;
53 public f1() { method in c1
99 /** c2 f1*/
100 public f1() { method in c2
132 /** c3 f1*/
133 public f1() { method in c3
186 /** i2 f1*/
187 f1(): void; method
198 * i3 f1
200 f1(): void; method
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| D | nonNullableReductionNonStrict.ts | 26 function test<T>(f1: Transform1<T>, f2: Transform2<T>) {
27 f1?.("hello");
28 AssertType(f1?.("hello"), "T");
29 AssertType(f1, "(string) => T");
38 function f1<T>(x: T | (string extends T ? null | undefined : never)) { function
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| D | nonNullableReduction.ts | 26 function test<T>(f1: Transform1<T>, f2: Transform2<T>) {
27 f1?.("hello");
28 AssertType(f1?.("hello"), "union");
29 AssertType(f1, "union");
38 function f1<T>(x: T | (string extends T ? null | undefined : never)) { function
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| D | multiCallOverloads.ts | 27 let f1: ICallback = function(z?) { variable
28 AssertType(f1, "ICallback");
43 load(f1) // ok
44 AssertType(load(f1), "void");
46 AssertType(f1, "ICallback");
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| D | instanceofOperatorWithRHSIsSubtypeOfFunction.ts | 26 let f1: Function; variable
27 AssertType(f1, "Function");
38 let r1 = x instanceof f1; variable
40 AssertType(x instanceof f1, "boolean");
42 AssertType(f1, "Function");
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| D | es6ClassTest8.ts | 21 function f1(x:any) {
37 let b = f1(f1(bar));
39 AssertType(f1(f1(bar)), "any");
40 AssertType(f1, "(any) => any");
41 AssertType(f1(bar), "any");
42 AssertType(f1, "(any) => any");
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| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/exportAndImport-es5-amd/ |
| D | m2.ts | 21 import f1 from "./m1";
23 f1();
24 AssertType(f1(), "void");
25 AssertType(f1, "() => void");
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| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/exportAndImport-es3-amd/ |
| D | m2.ts | 21 import f1 from "./m1";
23 f1();
24 AssertType(f1(), "void");
25 AssertType(f1, "() => void");
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| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/exportAndImport-es3/ |
| D | m2.ts | 21 import f1 from "./m1";
23 f1();
24 AssertType(f1(), "void");
25 AssertType(f1, "() => void");
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| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/exportAndImport-es5/ |
| D | m2.ts | 21 import f1 from "./m1";
23 f1();
24 AssertType(f1(), "void");
25 AssertType(f1, "() => void");
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| /arkcompiler/ets_runtime/test/typeinfer/module_test/module_member_initialization/ |
| D | module_member_initialization.ts | 20 let f1 = new foo1(); variable
22 AssertType(f1.b1, "(string, string) => string");
23 AssertType(f1.b2, "number");
24 AssertType(f1.b1("a", "b"), "string");
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| /arkcompiler/runtime_core/tests/cts-generator/cts-template/ |
| D | call.short.yaml | 50 .function void f1(%s) {
55 call.short f1%s
116 .function void f1(panda.String a0) {
121 call.short f1%s
154 .function void f1(%s) {
160 call.short f1%s
215 .function void f1() {
221 call.short f1
265 .function void f1(%s) {
270 call.short f1%s
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| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/exportsAndImports4-amd/ |
| D | t3.ts | 44 import f1, { default as f2 } from "./t1";
45 f1;
46 AssertType(f1, "string");
51 export { a, b, c, d, e1, e2, f1, f2 };
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| /arkcompiler/ets_runtime/test/typeinfer/automatedcases/exportsAndImports4-es6/ |
| D | t3.ts | 44 import f1, { default as f2 } from "./t1";
45 f1;
46 AssertType(f1, "string");
51 export { a, b, c, d, e1, e2, f1, f2 };
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