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/third_party/typescript/tests/baselines/reference/
D	subtypingWithConstructSignatures2.types	23 declare function foo1(a: new (x: number) => number[]): typeof a; 24 >foo1 : { (a: new (x: number) => number[]): typeof a; (a: any): any; } 25 >a : new (x: number) => number[] 27 >a : new (x: number) => number[] 30 >foo1 : { (a: new (x: number) => number[]): new (x: number) => number[]; (a: any): any; } 33 declare function foo2(a: new (x: number) => string[]): typeof a; 34 >foo2 : { (a: new (x: number) => string[]): typeof a; (a: any): any; } 35 >a : new (x: number) => string[] 37 >a : new (x: number) => string[] 40 >foo2 : { (a: new (x: number) => string[]): new (x: number) => string[]; (a: any): any; } [all …]
D	unionTypeConstructSignatures.types	13 var unionOfDifferentReturnType: { new (a: number): number; } \| { new (a: number): Date; }; 14 >unionOfDifferentReturnType : (new (a: number) => number) \| (new (a: number) => Date) 18 numOrDate = new unionOfDifferentReturnType(10); 19 >numOrDate = new unionOfDifferentReturnType(10) : number \| Date 21 >new unionOfDifferentReturnType(10) : number \| Date 22 >unionOfDifferentReturnType : (new (a: number) => number) \| (new (a: number) => Date) 25 strOrBoolean = new unionOfDifferentReturnType("hello"); // error 26 >strOrBoolean = new unionOfDifferentReturnType("hello") : number \| Date 28 >new unionOfDifferentReturnType("hello") : number \| Date 29 >unionOfDifferentReturnType : (new (a: number) => number) \| (new (a: number) => Date) [all …]
D	subtypingWithConstructSignatures3.types	27 declare function foo2(a2: new (x: number) => string[]): typeof a2; 28 >foo2 : { (a2: new (x: number) => string[]): new (x: number) => string[]; (a2: any): any; } 29 >a2 : new (x: number) => string[] 31 >a2 : new (x: number) => string[] 34 >foo2 : { (a2: new (x: number) => string[]): new (x: number) => string[]; (a2: any): any; } 37 …declare function foo7(a2: new (x: new (arg: Base) => Derived) => new (r: Base) => Derived2): typeo… 38 >foo7 : { (a2: new (x: new (arg: Base) => Derived) => new (r: Base) => Derived2): new (x: new (arg:… 39 >a2 : new (x: new (arg: Base) => Derived) => new (r: Base) => Derived2 40 >x : new (arg: Base) => Derived 43 >a2 : new (x: new (arg: Base) => Derived) => new (r: Base) => Derived2 [all …]
D	genericCallWithOverloadedConstructorTypedArguments.types	9 >a : { new (x: boolean): boolean; new (x: string): string; } 11 new(x: boolean): boolean; 14 new(x: string): string; 20 >cb : { new (x: boolean): boolean; new (x: string): string; } 21 >a : { new (x: boolean): boolean; new (x: string): string; } 23 return new cb(null); 24 >new cb(null) : boolean 25 >cb : { new (x: boolean): boolean; new (x: string): string; } 32 >foo4 : (cb: { new (x: boolean): boolean; new (x: string): string; }) => boolean 33 >a : { new (x: boolean): boolean; new (x: string): string; } [all …]
D	assignmentCompatWithConstructSignatures5.types	`23 var a: new <T>(x: T) => T[]; 24 >a : new <T>(x: T) => T[] 27 var a2: new <T>(x: T) => string[]; 28 >a2 : new <T>(x: T) => string[] 31 var a3: new <T>(x: T) => void; 32 >a3 : new <T>(x: T) => void 35 var a4: new <T, U>(x: T, y: U) => string; 36 >a4 : new <T, U>(x: T, y: U) => string 40 var a5: new <T, U>(x: new (arg: T) => U) => T; 41 >a5 : new <T, U>(x: new (arg: T) => U) => T [all …]`
D	assignmentCompatWithConstructSignaturesWithOptionalParameters.types	`5 a: new () => number; 6 >a : new () => number 8 a2: new (x?: number) => number; 9 >a2 : new (x?: number) => number 12 a3: new (x: number) => number; 13 >a3 : new (x: number) => number 16 a4: new (x: number, y?: number) => number; 17 >a4 : new (x: number, y?: number) => number 21 a5: new (x?: number, y?: number) => number; 22 >a5 : new (x?: number, y?: number) => number [all …]`
D	genericCallWithOverloadedConstructorTypedArguments2.types	9 >a : { new (x: boolean): boolean; new (x: string): string; } 11 new(x: boolean): boolean; 14 new(x: string): string; 19 >foo4 : (cb: typeof a) => { new (x: boolean): boolean; new (x: string): string; } 20 >cb : { new (x: boolean): boolean; new (x: string): string; } 21 >a : { new (x: boolean): boolean; new (x: string): string; } 24 >cb : { new (x: boolean): boolean; new (x: string): string; } 27 var b: { new <T, U>(x: T): U } 28 >b : new <T, U>(x: T) => U 32 >r3 : { new (x: boolean): boolean; new (x: string): string; } [all …]
D	assignmentCompatWithConstructSignatures3.types	`23 var a: new (x: number) => number[]; 24 >a : new (x: number) => number[] 27 var a2: new (x: number) => string[]; 28 >a2 : new (x: number) => string[] 31 var a3: new (x: number) => void; 32 >a3 : new (x: number) => void 35 var a4: new (x: string, y: number) => string; 36 >a4 : new (x: string, y: number) => string 40 var a5: new (x: (arg: string) => number) => string; 41 >a5 : new (x: (arg: string) => number) => string [all …]`
D	privacyVar.types	`32 private C3_v11_private = new C1_public(); 34 >new C1_public() : C1_public 37 public C3_v12_public = new C1_public(); 39 >new C1_public() : C1_public 42 private C3_v13_private = new C2_private(); 44 >new C2_private() : C2_private 47 public C3_v14_public = new C2_private(); // error 49 >new C2_private() : C2_private 52 private C3_v21_private: C1_public = new C1_public(); 54 >new C1_public() : C1_public [all …]`
D	valueOfTypedArray.types	`3 const typedArray0: Int8Array = (new Int8Array()).valueOf(); 5 >(new Int8Array()).valueOf() : Int8Array 6 >(new Int8Array()).valueOf : () => Int8Array 7 >(new Int8Array()) : Int8Array 8 >new Int8Array() : Int8Array 12 const typedArray1: Uint8Array = (new Uint8Array()).valueOf(); 14 >(new Uint8Array()).valueOf() : Uint8Array 15 >(new Uint8Array()).valueOf : () => Uint8Array 16 >(new Uint8Array()) : Uint8Array 17 >new Uint8Array() : Uint8Array [all …]`
D	comparisonOperatorWithSubtypeObjectOnConstructorSignature.types	`17 var a1: { new (): Base }; 18 >a1 : new () => Base 20 var b1: { new (): Base }; 21 >b1 : new () => Base 23 var a2: { new (a: number, b: string): Base }; 24 >a2 : new (a: number, b: string) => Base 28 var b2: { new (a: number, b: string): Base }; 29 >b2 : new (a: number, b: string) => Base 33 var a3: { new (a: number, b: string): Base }; 34 >a3 : new (a: number, b: string) => Base [all …]`
D	subtypingWithConstructSignatures4.types	23 declare function foo1(a: new <T>(x: T) => T[]); 24 >foo1 : { (a: new <T>(x: T) => T[]): any; (a: any): any; } 25 >a : new <T>(x: T) => T[] 29 >foo1 : { (a: new <T>(x: T) => T[]): any; (a: any): any; } 32 declare function foo2(a2: new <T>(x: T) => string[]); 33 >foo2 : { (a2: new <T>(x: T) => string[]): any; (a: any): any; } 34 >a2 : new <T>(x: T) => string[] 38 >foo2 : { (a2: new <T>(x: T) => string[]): any; (a: any): any; } 41 declare function foo3(a3: new <T>(x: T) => void); 42 >foo3 : { (a3: new <T>(x: T) => void): any; (a: any): any; } [all …]
D	comparisonOperatorWithNoRelationshipObjectsOnInstantiatedConstructorSignature.types	`24 var a1: { new <T>(x: T): T }; 25 >a1 : new <T>(x: T) => T 28 var b1: { new (): string }; 29 >b1 : new () => string 31 var a2: { new <T>(x: T): T }; 32 >a2 : new <T>(x: T) => T 35 var b2: { new (x: string): number }; 36 >b2 : new (x: string) => number 39 var a3: { new <T>(x?: T): T }; 40 >a3 : new <T>(x?: T) => T [all …]`
D	assignmentCompatWithConstructSignatures4.types	30 var a2: new (x: number) => string[]; 31 >a2 : new (x: number) => string[] 34 var a7: new (x: (arg: Base) => Derived) => (r: Base) => Derived2; 35 >a7 : new (x: (arg: Base) => Derived) => (r: Base) => Derived2 40 var a8: new (x: (arg: Base) => Derived, y: (arg2: Base) => Derived) => (r: Base) => Derived; 41 >a8 : new (x: (arg: Base) => Derived, y: (arg2: Base) => Derived) => (r: Base) => Derived 48 var a10: new (...x: Base[]) => Base; 49 >a10 : new (...x: Base[]) => Base 52 var a11: new (x: { foo: string }, y: { foo: string; bar: string }) => Base; 53 >a11 : new (x: { foo: string;}, y: { foo: string; bar: string;}) => Base [all …]
D	invalidNewTarget.es5.types	`2 const a = new.target; 4 >new.target : any 7 const b = () => new.target; 9 >() => new.target : () => any 10 >new.target : any 16 [new.target]() { } 17 >[new.target] : () => void 18 >new.target : any 21 c() { return new.target; } 23 >new.target : any [all …]`
D	invalidNewTarget.es6.types	`2 const a = new.target; 4 >new.target : any 7 const b = () => new.target; 9 >() => new.target : () => any 10 >new.target : any 16 [new.target]() { } 17 >[new.target] : () => void 18 >new.target : any 21 c() { return new.target; } 23 >new.target : any [all …]`
D	comparisonOperatorWithNoRelationshipObjectsOnConstructorSignature.types	`28 var b1: { new (): Base }; 29 >b1 : new () => Base 31 var a2: { new (a: number, b: string): Base }; 32 >a2 : new (a: number, b: string) => Base 36 var b2: { new (a: string): Base }; 37 >b2 : new (a: string) => Base 40 var a3: { new (a: Base, b: string): Base }; 41 >a3 : new (a: Base, b: string) => Base 45 var b3: { new (a: Derived, b: Base): Base }; 46 >b3 : new (a: Derived, b: Base) => Base [all …]`
D	chainedCallsWithTypeParameterConstrainedToOtherTypeParameter.types	40 (new Chain(new A)).then(a => new B).then(b => new C).then(c => new B).then(b => new A); 41 >(new Chain(new A)).then(a => new B).then(b => new C).then(c => new B).then(b => new A) : Chain<C> 42 >(new Chain(new A)).then(a => new B).then(b => new C).then(c => new B).then : <S extends C>(cb: (x:… 43 >(new Chain(new A)).then(a => new B).then(b => new C).then(c => new B) : Chain<C> 44 >(new Chain(new A)).then(a => new B).then(b => new C).then : <S extends C>(cb: (x: C) => S) => Chai… 45 >(new Chain(new A)).then(a => new B).then(b => new C) : Chain<C> 46 >(new Chain(new A)).then(a => new B).then : <S extends B>(cb: (x: B) => S) => Chain<S> 47 >(new Chain(new A)).then(a => new B) : Chain<B> 48 >(new Chain(new A)).then : <S extends A>(cb: (x: A) => S) => Chain<S> 49 >(new Chain(new A)) : Chain<A> [all …]
D	comparisonOperatorWithSubtypeObjectOnInstantiatedConstructorSignature.types	`17 var a1: { new <T>(x: T): T }; 18 >a1 : new <T>(x: T) => T 21 var b1: { new (x: string): string }; 22 >b1 : new (x: string) => string 25 var a2: { new <T>(x: T): T }; 26 >a2 : new <T>(x: T) => T 29 var b2: { new (x: string, y: number): string }; 30 >b2 : new (x: string, y: number) => string 34 var a3: { new <T, U>(x: T, y: U): T }; 35 >a3 : new <T, U>(x: T, y: U) => T [all …]`
D	subtypingWithGenericConstructSignaturesWithOptionalParameters.types	`6 a: new () => T; 7 >a : new () => T 9 a2: new (x?: T) => T; 10 >a2 : new (x?: T) => T 13 a3: new (x: T) => T; 14 >a3 : new (x: T) => T 17 a4: new (x: T, y?: T) => T; 18 >a4 : new (x: T, y?: T) => T 22 a5: new (x?: T, y?: T) => T; 23 >a5 : new (x?: T, y?: T) => T [all …]`
D	jsdocAccessibilityTags.types	`132 new A().priv + new A().prot + new A().pub 133 >new A().priv + new A().prot + new A().pub : number 134 >new A().priv + new A().prot : number 135 >new A().priv : number 136 >new A() : A 139 >new A().prot : number 140 >new A() : A 143 >new A().pub : number 144 >new A() : A 148 new B().priv + new B().prot + new B().pub [all …]`
D	constructSignatureAssignabilityInInheritance2.types	`25 a: new (x: number) => number[]; 26 >a : new (x: number) => number[] 29 a2: new (x: number) => string[]; 30 >a2 : new (x: number) => string[] 33 a3: new (x: number) => void; 34 >a3 : new (x: number) => void 37 a4: new (x: string, y: number) => string; 38 >a4 : new (x: string, y: number) => string 42 a5: new (x: (arg: string) => number) => string; 43 >a5 : new (x: (arg: string) => number) => string [all …]`
D	privacyGloVar.types	`32 private C3_v11_private = new C1_public(); 34 >new C1_public() : C1_public 37 public C3_v12_public = new C1_public(); 39 >new C1_public() : C1_public 42 private C3_v13_private = new C2_private(); 44 >new C2_private() : C2_private 47 public C3_v14_public = new C2_private(); // error 49 >new C2_private() : C2_private 52 private C3_v21_private: C1_public = new C1_public(); 54 >new C1_public() : C1_public [all …]`
/third_party/selinux/libsepol/cil/src/
D	cil_copy_ast.c	53 struct cil_list new; in cil_copy_list() local 56 cil_list_init(&new, data->flavor); in cil_copy_list() 61 cil_list_append(new, CIL_STRING, orig_item->data); in cil_copy_list() 66 cil_list_append(new, CIL_LIST, new_sub); in cil_copy_list() 75 cil_list_append(new, CIL_PARAM, pn); in cil_copy_list() 80 cil_list_append(new, orig_item->flavor, orig_item->data); in cil_copy_list() 85 copy = new; in cil_copy_list() 90 char new = NULL; in cil_copy_node() local 93 new = data; in cil_copy_node() 95 copy = new; in cil_copy_node() [all …]
/third_party/flutter/skia/src/sksl/
D	SkSLContext.h	22 : fInvalid_Type(new Type("<INVALID>")) in Context() 23 , fVoid_Type(new Type("void")) in Context() 24 , fNull_Type(new Type("null")) in Context() 25 , fFloatLiteral_Type(new Type("$floatLiteral", Type::kFloat_NumberKind, 3)) in Context() 26 , fIntLiteral_Type(new Type("$intLiteral", Type::kSigned_NumberKind, 1)) in Context() 27 , fDouble_Type(new Type("double", Type::kFloat_NumberKind, 6, true)) in Context() 28 , fDouble2_Type(new Type("double2", fDouble_Type, 2)) in Context() 29 , fDouble3_Type(new Type("double3", fDouble_Type, 3)) in Context() 30 , fDouble4_Type(new Type("double4", *fDouble_Type, 4)) in Context() 31 , fFloat_Type(new Type("float", Type::kFloat_NumberKind, 5, true)) in Context() [all …]

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