78a99241d8
* Accept change * Accept the huge set of ever so slightly changed baselines * Update return type logic to only reuse nodes if original nodes share scope with current node, like property types, only reuse nodes if symbols referened are acessible, reuse nodes for property signatures, too * Only reuse nodes when a context is provided (otherwise identifier printback may fail) * Only track symbol if symbol is found and no error is recorded * Fix type parameter reuse lookup * Forbid cjs module.exports references in retained nodes * Adjust check for cjs export references to not include bad module type in output * Add symbol to all identifiers we see in existing nodes for quickinfo * Accept fourslash baseline updates * Accept slightly updated baseline post-merge * Do not copy original nodes for error types, replace empty type references with any
132 lines
2.6 KiB
Plaintext
132 lines
2.6 KiB
Plaintext
=== tests/cases/compiler/declFileGenericType.ts ===
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export module C {
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>C : typeof C
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export class A<T>{ }
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>A : A<T>
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export class B { }
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>B : B
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export function F<T>(x: T): A<B> { return null; }
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>F : <T>(x: T) => A<B>
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>x : T
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>null : null
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export function F2<T>(x: T): C.A<C.B> { return null; }
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>F2 : <T>(x: T) => C.A<C.B>
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>x : T
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>C : any
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>C : any
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>null : null
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export function F3<T>(x: T): C.A<C.B>[] { return null; }
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>F3 : <T>(x: T) => C.A<C.B>[]
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>x : T
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>C : any
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>C : any
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>null : null
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export function F4<T extends A<B>>(x: T): Array<C.A<C.B>> { return null; }
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>F4 : <T extends A<B>>(x: T) => Array<C.A<C.B>>
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>x : T
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>C : any
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>C : any
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>null : null
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export function F5<T>(): T { return null; }
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>F5 : <T>() => T
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>null : null
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export function F6<T extends A<B>>(x: T): T { return null; }
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>F6 : <T extends A<B>>(x: T) => T
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>x : T
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>null : null
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export class D<T>{
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>D : D<T>
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constructor(public val: T) { }
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>val : T
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}
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}
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export var a: C.A<C.B>;
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>a : C.A<C.B>
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>C : any
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>C : any
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export var b = C.F;
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>b : <T>(x: T) => C.A<C.B>
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>C.F : <T>(x: T) => C.A<C.B>
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>C : typeof C
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>F : <T>(x: T) => C.A<C.B>
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export var c = C.F2;
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>c : <T>(x: T) => C.A<C.B>
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>C.F2 : <T>(x: T) => C.A<C.B>
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>C : typeof C
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>F2 : <T>(x: T) => C.A<C.B>
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export var d = C.F3;
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>d : <T>(x: T) => C.A<C.B>[]
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>C.F3 : <T>(x: T) => C.A<C.B>[]
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>C : typeof C
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>F3 : <T>(x: T) => C.A<C.B>[]
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export var e = C.F4;
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>e : <T extends C.A<C.B>>(x: T) => C.A<C.B>[]
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>C.F4 : <T extends C.A<C.B>>(x: T) => C.A<C.B>[]
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>C : typeof C
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>F4 : <T extends C.A<C.B>>(x: T) => C.A<C.B>[]
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export var x = (new C.D<C.A<C.B>>(new C.A<C.B>())).val;
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>x : C.A<C.B>
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>(new C.D<C.A<C.B>>(new C.A<C.B>())).val : C.A<C.B>
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>(new C.D<C.A<C.B>>(new C.A<C.B>())) : C.D<C.A<C.B>>
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>new C.D<C.A<C.B>>(new C.A<C.B>()) : C.D<C.A<C.B>>
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>C.D : typeof C.D
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>C : typeof C
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>D : typeof C.D
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>C : any
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>C : any
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>new C.A<C.B>() : C.A<C.B>
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>C.A : typeof C.A
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>C : typeof C
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>A : typeof C.A
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>C : any
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>val : C.A<C.B>
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export function f<T extends C.A<C.B>>() { }
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>f : <T extends C.A<C.B>>() => void
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>C : any
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>C : any
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export var g = C.F5<C.A<C.B>>();
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>g : C.A<C.B>
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>C.F5<C.A<C.B>>() : C.A<C.B>
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>C.F5 : <T>() => T
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>C : typeof C
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>F5 : <T>() => T
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>C : any
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>C : any
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export class h extends C.A<C.B>{ }
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>h : h
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>C.A : C.A<C.B>
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>C : typeof C
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>A : typeof C.A
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>C : any
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export interface i extends C.A<C.B> { }
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>C : typeof C
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>C : any
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export var j = C.F6;
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>j : <T extends C.A<C.B>>(x: T) => T
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>C.F6 : <T extends C.A<C.B>>(x: T) => T
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>C : typeof C
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>F6 : <T extends C.A<C.B>>(x: T) => T
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