| /third_party/typescript/tests/baselines/reference/ |
| D | declarationEmitInlinedDistributiveConditional.types | 3 >dropPrivateProps1 : <Obj>(obj: Obj) => { [K in import("tests/cases/compiler/internal").PublicKeys1…
4 >dropPrivateProps2 : <Obj>(obj: Obj) => { [K in keyof Obj extends `_${string}` ? never : keyof Obj]…
9 >dropPrivateProps1 : <Obj>(obj: Obj) => { [K in import("tests/cases/compiler/internal").PublicKeys1…
20 >dropPrivateProps2 : <Obj>(obj: Obj) => { [K in keyof Obj extends `_${string}` ? never : keyof Obj]…
31 >excludePrivateKeys1 : <Obj>(obj: Obj) => { [K in import("tests/cases/compiler/internal").PublicKey…
32 >excludePrivateKeys2 : <Obj>(obj: Obj) => { [K in keyof Obj extends `_${string}` ? never : keyof Ob…
34 export const dropPrivateProps1 = <Obj>(obj: Obj) => excludePrivateKeys1(obj);
35 >dropPrivateProps1 : <Obj>(obj: Obj) => { [K in import("tests/cases/compiler/internal").PublicKeys1…
36 ><Obj>(obj: Obj) => excludePrivateKeys1(obj) : <Obj>(obj: Obj) => { [K in import("tests/cases/compi…
37 >obj : Obj
[all …]
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| D | normalizedIntersectionTooComplex.types | 4 interface Obj<T> {
22 "0": { common?: string; "0"?: number, ref?: Obj<Big["0"]> | Func<Big["0"]>; }
23 >"0" : { common?: string | undefined; "0"?: number | undefined; ref?: Obj<any> | Func<any> | undefi…
26 …Obj<{ common?: string | undefined; "0"?: number | undefined; ref?: Obj<any> | Func<any> | undefine…
28 "1": { common?: string; "1"?: number, ref?: Obj<Big["1"]> | Func<Big["1"]>; }
29 >"1" : { common?: string | undefined; "1"?: number | undefined; ref?: Obj<any> | Func<any> | undefi…
32 …Obj<{ common?: string | undefined; "1"?: number | undefined; ref?: Obj<any> | Func<any> | undefine…
34 "2": { common?: string; "2"?: number, ref?: Obj<Big["2"]> | Func<Big["2"]>; }
35 >"2" : { common?: string | undefined; "2"?: number | undefined; ref?: Obj<any> | Func<any> | undefi…
38 …Obj<{ common?: string | undefined; "2"?: number | undefined; ref?: Obj<any> | Func<any> | undefine…
[all …]
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| D | declarationEmitInlinedDistributiveConditional.js | 12 export const dropPrivateProps1 = <Obj>(obj: Obj) => excludePrivateKeys1(obj);
13 export const dropPrivateProps2 = <Obj>(obj: Obj) => excludePrivateKeys2(obj);
16 export declare function excludePrivateKeys1<Obj>(obj: Obj): {[K in PublicKeys1<keyof Obj>]: Obj[K]};
17 export declare function excludePrivateKeys2<Obj>(obj: Obj): {[K in PublicKeys2<keyof Obj>]: Obj[K]};
44 export declare function excludePrivateKeys1<Obj>(obj: Obj): {
45 [K in PublicKeys1<keyof Obj>]: Obj[K];
47 export declare function excludePrivateKeys2<Obj>(obj: Obj): {
48 [K in PublicKeys2<keyof Obj>]: Obj[K];
54 …port declare const dropPrivateProps1: <Obj>(obj: Obj) => { [K in import("./internal").PublicKeys1<…
55 …eProps2: <Obj>(obj: Obj) => { [K in keyof Obj extends infer T ? T extends keyof Obj ? T extends `_…
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| D | declarationEmitInlinedDistributiveConditional.symbols | 26 export const dropPrivateProps1 = <Obj>(obj: Obj) => excludePrivateKeys1(obj);
28 >Obj : Symbol(Obj, Decl(api.ts, 1, 34))
30 >Obj : Symbol(Obj, Decl(api.ts, 1, 34))
34 export const dropPrivateProps2 = <Obj>(obj: Obj) => excludePrivateKeys2(obj);
36 >Obj : Symbol(Obj, Decl(api.ts, 2, 34))
38 >Obj : Symbol(Obj, Decl(api.ts, 2, 34))
43 export declare function excludePrivateKeys1<Obj>(obj: Obj): {[K in PublicKeys1<keyof Obj>]: Obj[K]};
45 >Obj : Symbol(Obj, Decl(internal.ts, 0, 44))
47 >Obj : Symbol(Obj, Decl(internal.ts, 0, 44))
50 >Obj : Symbol(Obj, Decl(internal.ts, 0, 44))
[all …]
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| D | contextuallyTypeAsyncFunctionReturnType.types | 2 interface Obj { key: "value"; }
5 async function fn1(): Promise<Obj> {
6 >fn1 : () => Promise<Obj>
14 async function fn2(): Promise<Obj> {
15 >fn2 : () => Promise<Obj>
18 >new Promise(resolve => { resolve({ key: "value" }); }) : Promise<Obj>
20 >resolve => { resolve({ key: "value" }); } : (resolve: (value: Obj | PromiseLike<Obj>) =>…
21 >resolve : (value: Obj | PromiseLike<Obj>) => void
25 >resolve : (value: Obj | PromiseLike<Obj>) => void
33 async function fn3(): Promise<Obj> {
[all …]
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| D | asyncFunctionReturnType.types | 23 interface Obj {
31 async function fIndexedTypeForStringProp(obj: Obj): Promise<Obj["stringProp"]> {
32 >fIndexedTypeForStringProp : (obj: Obj) => Promise<Obj["stringProp"]>
33 >obj : Obj
37 >obj : Obj
41 async function fIndexedTypeForPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
42 >fIndexedTypeForPromiseOfStringProp : (obj: Obj) => Promise<Obj["stringProp"]>
43 >obj : Obj
51 >obj : Obj
55 async function fIndexedTypeForExplicitPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
[all …]
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| D | objectTypeWithStringAndNumberIndexSignatureToAny.types | 34 interface Obj {
42 …f1(sToAny: StringTo<any>, nToAny: NumberTo<any>, bothToAny: StringAndNumberTo<any>, someObj: Obj) {
43 …Any: StringTo<any>, nToAny: NumberTo<any>, bothToAny: StringAndNumberTo<any>, someObj: Obj) => void
47 >someObj : Obj
60 >sToAny = someObj : Obj
62 >someObj : Obj
75 >nToAny = someObj : Obj
77 >someObj : Obj
90 >bothToAny = someObj : Obj
92 >someObj : Obj
[all …]
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| D | normalizedIntersectionTooComplex.js | 4 interface Obj<T> {
14 "0": { common?: string; "0"?: number, ref?: Obj<Big["0"]> | Func<Big["0"]>; }
15 "1": { common?: string; "1"?: number, ref?: Obj<Big["1"]> | Func<Big["1"]>; }
16 "2": { common?: string; "2"?: number, ref?: Obj<Big["2"]> | Func<Big["2"]>; }
17 "3": { common?: string; "3"?: number, ref?: Obj<Big["3"]> | Func<Big["3"]>; }
18 "4": { common?: string; "4"?: number, ref?: Obj<Big["4"]> | Func<Big["4"]>; }
19 "5": { common?: string; "5"?: number, ref?: Obj<Big["5"]> | Func<Big["5"]>; }
20 "6": { common?: string; "6"?: number, ref?: Obj<Big["6"]> | Func<Big["6"]>; }
21 "7": { common?: string; "7"?: number, ref?: Obj<Big["7"]> | Func<Big["7"]>; }
22 "8": { common?: string; "8"?: number, ref?: Obj<Big["8"]> | Func<Big["8"]>; }
[all …]
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| D | objectTypeWithStringAndNumberIndexSignatureToAny.errors.txt | 1 …ctTypeWithStringAndNumberIndexSignatureToAny.ts(43,5): error TS2322: Type 'Obj' is not assignable …
2 Index signature for type 'number' is missing in type 'Obj'.
3 …rror TS2739: Type 'StringTo<any>' is missing the following properties from type 'Obj': hello, world
4 …rror TS2739: Type 'NumberTo<any>' is missing the following properties from type 'Obj': hello, world
5 …39: Type 'StringAndNumberTo<any>' is missing the following properties from type 'Obj': hello, world
6 …ctTypeWithStringAndNumberIndexSignatureToAny.ts(61,5): error TS2322: Type 'Obj' is not assignable …
7 …ctTypeWithStringAndNumberIndexSignatureToAny.ts(65,5): error TS2322: Type 'Obj' is not assignable …
8 Type 'Obj' is not assignable to type 'NumberTo<any>'.
9 Index signature for type 'number' is missing in type 'Obj'.
10 …erIndexSignatureToAny.ts(67,5): error TS2322: Type 'StringTo<any>' is not assignable to type 'Obj'.
[all …]
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| D | asyncFunctionReturnType.js | 13 interface Obj {
18 async function fIndexedTypeForStringProp(obj: Obj): Promise<Obj["stringProp"]> {
22 async function fIndexedTypeForPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
26 async function fIndexedTypeForExplicitPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
27 return Promise.resolve<Obj["stringProp"]>(obj.stringProp);
30 async function fIndexedTypeForAnyProp(obj: Obj): Promise<Obj["anyProp"]> {
34 async function fIndexedTypeForPromiseOfAnyProp(obj: Obj): Promise<Obj["anyProp"]> {
38 async function fIndexedTypeForExplicitPromiseOfAnyProp(obj: Obj): Promise<Obj["anyProp"]> {
39 return Promise.resolve<Obj["anyProp"]>(obj.anyProp);
42 async function fGenericIndexedTypeForStringProp<TObj extends Obj>(obj: TObj): Promise<TObj["stringP…
[all …]
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| D | contextuallyTypeAsyncFunctionAwaitOperand.types | 2 interface Obj { key: "value"; }
5 async function fn1(): Promise<Obj> {
6 >fn1 : () => Promise<Obj>
8 const obj1: Obj = await { key: "value" };
9 >obj1 : Obj
15 const obj2: Obj = await new Promise(resolve => resolve({ key: "value" }));
16 >obj2 : Obj
17 >await new Promise(resolve => resolve({ key: "value" })) : Obj
18 >new Promise(resolve => resolve({ key: "value" })) : Promise<Obj>
20 >resolve => resolve({ key: "value" }) : (resolve: (value: Obj | PromiseLike<Obj>) => void) => void
[all …]
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| D | asyncFunctionReturnType.symbols | 18 interface Obj {
19 >Obj : Symbol(Obj, Decl(asyncFunctionReturnType.ts, 8, 1))
22 >stringProp : Symbol(Obj.stringProp, Decl(asyncFunctionReturnType.ts, 11, 15))
25 >anyProp : Symbol(Obj.anyProp, Decl(asyncFunctionReturnType.ts, 12, 23))
28 async function fIndexedTypeForStringProp(obj: Obj): Promise<Obj["stringProp"]> {
31 >Obj : Symbol(Obj, Decl(asyncFunctionReturnType.ts, 8, 1))
33 >Obj : Symbol(Obj, Decl(asyncFunctionReturnType.ts, 8, 1))
36 >obj.stringProp : Symbol(Obj.stringProp, Decl(asyncFunctionReturnType.ts, 11, 15))
38 >stringProp : Symbol(Obj.stringProp, Decl(asyncFunctionReturnType.ts, 11, 15))
41 async function fIndexedTypeForPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
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| D | exportDefaultMarksIdentifierAsUsed.symbols | 2 const Obj = {};
3 >Obj : Symbol(Obj, Decl(a.js, 0, 5))
5 export default Obj;
6 >Obj : Symbol(Obj, Decl(a.js, 0, 5))
9 import Obj from './a';
10 >Obj : Symbol(Obj, Decl(b.js, 0, 6))
12 Obj.fn = function() {};
13 >Obj : Symbol(Obj, Decl(b.js, 0, 6))
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| D | normalizedIntersectionTooComplex.symbols | 4 interface Obj<T> {
5 >Obj : Symbol(Obj, Decl(normalizedIntersectionTooComplex.ts, 0, 0))
9 >ref : Symbol(Obj.ref, Decl(normalizedIntersectionTooComplex.ts, 2, 18))
41 "0": { common?: string; "0"?: number, ref?: Obj<Big["0"]> | Func<Big["0"]>; }
46 >Obj : Symbol(Obj, Decl(normalizedIntersectionTooComplex.ts, 0, 0))
51 "1": { common?: string; "1"?: number, ref?: Obj<Big["1"]> | Func<Big["1"]>; }
56 >Obj : Symbol(Obj, Decl(normalizedIntersectionTooComplex.ts, 0, 0))
61 "2": { common?: string; "2"?: number, ref?: Obj<Big["2"]> | Func<Big["2"]>; }
66 >Obj : Symbol(Obj, Decl(normalizedIntersectionTooComplex.ts, 0, 0))
71 "3": { common?: string; "3"?: number, ref?: Obj<Big["3"]> | Func<Big["3"]>; }
[all …]
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| D | normalizedIntersectionTooComplex.errors.txt | 8 interface Obj<T> {
18 "0": { common?: string; "0"?: number, ref?: Obj<Big["0"]> | Func<Big["0"]>; }
19 "1": { common?: string; "1"?: number, ref?: Obj<Big["1"]> | Func<Big["1"]>; }
20 "2": { common?: string; "2"?: number, ref?: Obj<Big["2"]> | Func<Big["2"]>; }
21 "3": { common?: string; "3"?: number, ref?: Obj<Big["3"]> | Func<Big["3"]>; }
22 "4": { common?: string; "4"?: number, ref?: Obj<Big["4"]> | Func<Big["4"]>; }
23 "5": { common?: string; "5"?: number, ref?: Obj<Big["5"]> | Func<Big["5"]>; }
24 "6": { common?: string; "6"?: number, ref?: Obj<Big["6"]> | Func<Big["6"]>; }
25 "7": { common?: string; "7"?: number, ref?: Obj<Big["7"]> | Func<Big["7"]>; }
26 "8": { common?: string; "8"?: number, ref?: Obj<Big["8"]> | Func<Big["8"]>; }
[all …]
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| D | jsDeclarationsExportAssignedVisibility.types | 2 const Obj = require("./obj");
3 >Obj : typeof Obj
4 >require("./obj") : typeof Obj
12 this.usage = new Obj();
13 >this.usage = new Obj() : Obj
17 >new Obj() : Obj
18 >Obj : typeof Obj
30 module.exports = class Obj {
31 >module.exports = class Obj { constructor() { this.x = 12; }} : typeof import("tests/c…
35 >class Obj { constructor() { this.x = 12; }} : typeof import("tests/cases/conformance/…
[all …]
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| /third_party/skia/third_party/externals/swiftshader/third_party/llvm-10.0/llvm/lib/BinaryFormat/ |
| D | MsgPackReader.cpp | 28 Expected<bool> Reader::read(Object &Obj) { in read() argument
36 Obj.Kind = Type::Nil; in read()
39 Obj.Kind = Type::Boolean; in read()
40 Obj.Bool = true; in read()
43 Obj.Kind = Type::Boolean; in read()
44 Obj.Bool = false; in read()
47 Obj.Kind = Type::Int; in read()
48 return readInt<int8_t>(Obj); in read()
50 Obj.Kind = Type::Int; in read()
51 return readInt<int16_t>(Obj); in read()
[all …]
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| /third_party/vixl/test/ |
| D | test-invalset.cc | 40 class Obj { class
42 Obj() {} in Obj() function in vixl::Obj
43 Obj(KeyType key, ValType val) : key_(key), val_(val) {} in Obj() function in vixl::Obj
47 bool operator==(const Obj& other) const { in operator ==()
50 bool operator<(const Obj& other) const { in operator <()
53 bool operator<=(const Obj& other) const { in operator <=()
57 bool operator>(const Obj& other) const { in operator >()
67 typedef InvalSet<Obj,
76 inline KeyType InvalSet<Obj,
81 kReclaimFactor>::GetKey(const Obj& obj) { in GetKey()
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| /third_party/typescript/tests/cases/compiler/ |
| D | asyncFunctionReturnType.ts | 13 interface Obj { interface
18 async function fIndexedTypeForStringProp(obj: Obj): Promise<Obj["stringProp"]> {
22 async function fIndexedTypeForPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
26 async function fIndexedTypeForExplicitPromiseOfStringProp(obj: Obj): Promise<Obj["stringProp"]> {
27 return Promise.resolve<Obj["stringProp"]>(obj.stringProp);
30 async function fIndexedTypeForAnyProp(obj: Obj): Promise<Obj["anyProp"]> {
34 async function fIndexedTypeForPromiseOfAnyProp(obj: Obj): Promise<Obj["anyProp"]> {
38 async function fIndexedTypeForExplicitPromiseOfAnyProp(obj: Obj): Promise<Obj["anyProp"]> {
39 return Promise.resolve<Obj["anyProp"]>(obj.anyProp);
42 async function fGenericIndexedTypeForStringProp<TObj extends Obj>(obj: TObj): Promise<TObj["stringP…
[all …]
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| D | normalizedIntersectionTooComplex.ts | 5 interface Obj<T> { interface
15 "0": { common?: string; "0"?: number, ref?: Obj<Big["0"]> | Func<Big["0"]>; }
16 "1": { common?: string; "1"?: number, ref?: Obj<Big["1"]> | Func<Big["1"]>; }
17 "2": { common?: string; "2"?: number, ref?: Obj<Big["2"]> | Func<Big["2"]>; }
18 "3": { common?: string; "3"?: number, ref?: Obj<Big["3"]> | Func<Big["3"]>; }
19 "4": { common?: string; "4"?: number, ref?: Obj<Big["4"]> | Func<Big["4"]>; }
20 "5": { common?: string; "5"?: number, ref?: Obj<Big["5"]> | Func<Big["5"]>; }
21 "6": { common?: string; "6"?: number, ref?: Obj<Big["6"]> | Func<Big["6"]>; }
22 "7": { common?: string; "7"?: number, ref?: Obj<Big["7"]> | Func<Big["7"]>; }
23 "8": { common?: string; "8"?: number, ref?: Obj<Big["8"]> | Func<Big["8"]>; }
[all …]
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| D | declarationEmitInlinedDistributiveConditional.ts | 11 export const dropPrivateProps1 = <Obj>(obj: Obj) => excludePrivateKeys1(obj);
12 export const dropPrivateProps2 = <Obj>(obj: Obj) => excludePrivateKeys2(obj);
15 export declare function excludePrivateKeys1<Obj>(obj: Obj): {[K in PublicKeys1<keyof Obj>]: Obj[K]};
16 export declare function excludePrivateKeys2<Obj>(obj: Obj): {[K in PublicKeys2<keyof Obj>]: Obj[K]};
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| /third_party/skia/third_party/externals/swiftshader/third_party/llvm-10.0/llvm/lib/CodeGen/ |
| D | SafeStackLayout.cpp | 53 void StackLayout::layoutObject(StackObject &Obj) { in layoutObject() argument
58 unsigned Start = AdjustStackOffset(LastRegionEnd, Obj.Size, Obj.Alignment); in layoutObject()
59 unsigned End = Start + Obj.Size; in layoutObject()
60 Regions.emplace_back(Start, End, Obj.Range); in layoutObject()
61 ObjectOffsets[Obj.Handle] = End; in layoutObject()
65 LLVM_DEBUG(dbgs() << "Layout: size " << Obj.Size << ", align " in layoutObject()
66 << Obj.Alignment << ", range " << Obj.Range << "\n"); in layoutObject()
67 assert(Obj.Alignment <= MaxAlignment); in layoutObject()
68 unsigned Start = AdjustStackOffset(0, Obj.Size, Obj.Alignment); in layoutObject()
69 unsigned End = Start + Obj.Size; in layoutObject()
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| /third_party/skia/third_party/externals/swiftshader/third_party/llvm-10.0/llvm/include/llvm/ADT/ |
| D | IntrusiveRefCntPtr.h | 136 T *Obj = nullptr; variable
142 IntrusiveRefCntPtr(T *obj) : Obj(obj) { retain(); } in IntrusiveRefCntPtr()
143 IntrusiveRefCntPtr(const IntrusiveRefCntPtr &S) : Obj(S.Obj) { retain(); } in IntrusiveRefCntPtr()
144 IntrusiveRefCntPtr(IntrusiveRefCntPtr &&S) : Obj(S.Obj) { S.Obj = nullptr; } in IntrusiveRefCntPtr()
147 IntrusiveRefCntPtr(IntrusiveRefCntPtr<X> &&S) : Obj(S.get()) { in IntrusiveRefCntPtr()
148 S.Obj = nullptr; in IntrusiveRefCntPtr()
152 IntrusiveRefCntPtr(const IntrusiveRefCntPtr<X> &S) : Obj(S.get()) { in IntrusiveRefCntPtr()
163 T &operator*() const { return *Obj; }
164 T *operator->() const { return Obj; }
165 T *get() const { return Obj; } in get()
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| /third_party/skia/third_party/externals/swiftshader/third_party/llvm-10.0/llvm/lib/ExecutionEngine/RuntimeDyld/Targets/ |
| D | RuntimeDyldMachOI386.h | 38 const MachOObjectFile &Obj = in processRelocationRef() local
41 Obj.getRelocation(RelI->getRawDataRefImpl()); in processRelocationRef()
42 uint32_t RelType = Obj.getAnyRelocationType(RelInfo); in processRelocationRef()
44 if (Obj.isRelocationScattered(RelInfo)) { in processRelocationRef()
47 return processSECTDIFFRelocation(SectionID, RelI, Obj, in processRelocationRef()
50 return processScatteredVANILLA(SectionID, RelI, Obj, ObjSectionToID); in processRelocationRef()
67 RelocationEntry RE(getRelocationEntry(SectionID, Obj, RelI)); in processRelocationRef()
70 if (auto ValueOrErr = getRelocationValueRef(Obj, RelI, RE, ObjSectionToID)) in processRelocationRef()
128 Error finalizeSection(const ObjectFile &Obj, unsigned SectionID, in finalizeSection() argument
137 return populateJumpTable(cast<MachOObjectFile>(Obj), Section, SectionID); in finalizeSection()
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| /third_party/skia/third_party/externals/swiftshader/third_party/llvm-subzero/include/llvm/ADT/ |
| D | IntrusiveRefCntPtr.h | 134 T* Obj = nullptr; variable
141 IntrusiveRefCntPtr(T* obj) : Obj(obj) { in IntrusiveRefCntPtr()
145 IntrusiveRefCntPtr(const IntrusiveRefCntPtr& S) : Obj(S.Obj) { in IntrusiveRefCntPtr()
149 IntrusiveRefCntPtr(IntrusiveRefCntPtr&& S) : Obj(S.Obj) { in IntrusiveRefCntPtr()
150 S.Obj = nullptr; in IntrusiveRefCntPtr()
154 IntrusiveRefCntPtr(IntrusiveRefCntPtr<X>&& S) : Obj(S.get()) { in IntrusiveRefCntPtr()
155 S.Obj = nullptr; in IntrusiveRefCntPtr()
160 : Obj(S.get()) { in IntrusiveRefCntPtr()
171 T& operator*() const { return *Obj; }
173 T* operator->() const { return Obj; }
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