/third_party/typescript/tests/baselines/reference/ |
D | coAndContraVariantInferences.types | 42 interface Action<TName extends string,TPayload> { 43 name: TName, 44 >name : TName 64 function call<TName extends string,TPayload>( 65 >call : <TName extends string, TPayload>(action: Action<TName, TPayload>, fn: (action: Action<TName… 67 action: Action<TName,TPayload>, 68 >action : Action<TName, TPayload> 70 fn: (action: Action<TName,TPayload>)=> any, 71 >fn : (action: Action<TName, TPayload>) => any 72 >action : Action<TName, TPayload> [all …]
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D | coAndContraVariantInferences.js | 17 interface Action<TName extends string,TPayload> { 18 name: TName, 25 function call<TName extends string,TPayload>( 26 action: Action<TName,TPayload>, 27 fn: (action: Action<TName,TPayload>)=> any, 67 interface Action<TName extends string, TPayload> { 68 name: TName; 73 declare function call<TName extends string, TPayload>(action: Action<TName, TPayload>, fn: (action:…
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D | coAndContraVariantInferences.symbols | 47 interface Action<TName extends string,TPayload> { 49 >TName : Symbol(TName, Decl(coAndContraVariantInferences.ts, 15, 17)) 52 name: TName, 54 >TName : Symbol(TName, Decl(coAndContraVariantInferences.ts, 15, 17)) 71 function call<TName extends string,TPayload>( 73 >TName : Symbol(TName, Decl(coAndContraVariantInferences.ts, 23, 14)) 76 action: Action<TName,TPayload>, 79 >TName : Symbol(TName, Decl(coAndContraVariantInferences.ts, 23, 14)) 82 fn: (action: Action<TName,TPayload>)=> any, 86 >TName : Symbol(TName, Decl(coAndContraVariantInferences.ts, 23, 14))
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D | declarationEmitMappedPrivateTypeTypeParameter.errors.txt | 2 /FromFactor.ts(2,15): error TS4103: Type parameter 'TName' of exported mapped object type is using … 10 [TName in StringKeyOf<TColumns>]: any; 14 !!! error TS4103: Type parameter 'TName' of exported mapped object type is using private name 'Stri…
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D | declarationEmitMappedPrivateTypeTypeParameter.symbols | 13 [TName in StringKeyOf<TColumns>]: any; 14 >TName : Symbol(TName, Decl(FromFactor.ts, 1, 5))
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D | declarationEmitMappedPrivateTypeTypeParameter.js | 8 [TName in StringKeyOf<TColumns>]: any;
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D | declarationEmitMappedPrivateTypeTypeParameter.types | 9 [TName in StringKeyOf<TColumns>]: any;
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/third_party/typescript/tests/cases/compiler/ |
D | coAndContraVariantInferences.ts | 19 interface Action<TName extends string,TPayload> { 20 name: TName, 27 function call<TName extends string,TPayload>( 28 action: Action<TName,TPayload>, 29 fn: (action: Action<TName,TPayload>)=> any,
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D | declarationEmitMappedPrivateTypeTypeParameter.ts | 7 [TName in StringKeyOf<TColumns>]: any;
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/third_party/typescript/tests/ts_extra_tests/test_ts_cases/spec/namespaces/namespace_declarations/ |
D | namespace_declarations_1.ts | 28 TName: string; property 32 var varA: A.TA = { TName: "TA", Ver: 1.5 } 33 Assert.equal(varA.TName, "TA");
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D | namespace_declarations_2.ts | 28 TName: string; property 40 var ni1: NonInstantiated.A = { TName: "Non", Ver: 1.0 };
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/third_party/elfutils/libelf/ |
D | gelf_xlate.c | 92 #define INLINE2(Bytes, FName, TName) \ argument 93 INLINE3 (Bytes, FName, TName) 94 #define INLINE3(Bytes, FName, TName) \ argument 110 size_t n = len / sizeof (TName); \
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/third_party/skia/third_party/externals/swiftshader/third_party/llvm-10.0/llvm/lib/Transforms/Instrumentation/ |
D | DataFlowSanitizer.cpp | 1602 std::string TName = "dfst"; in visitCallSite() local 1603 TName += utostr(FT->getNumParams() - n); in visitCallSite() 1604 TName += "$"; in visitCallSite() 1605 TName += F->getName(); in visitCallSite() 1606 Constant *T = DFSF.DFS.getOrBuildTrampolineFunction(ParamFT, TName); in visitCallSite()
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/third_party/typescript/src/compiler/ |
D | types.ts | 9253 interface PragmaArgumentSpecification<TName extends string> { 9254 …name: TName; // Determines the name of the key in the resulting parsed type, type parameter to cau… 9320 type PragmaArgTypeOptional<TDesc, TName extends string> = 9322 ? {[K in TName]?: PragmaArgTypeMaybeCapture<TDesc>} 9323 : {[K in TName]: PragmaArgTypeMaybeCapture<TDesc>}; 9331 …T]: PragmaArgTypeOptional<T[K], T[K] extends {name: infer TName} ? TName extends string ? TName : …
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