144 lines
4.8 KiB
Text
144 lines
4.8 KiB
Text
=== tests/cases/compiler/arrayLiteralTypeInference.ts ===
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class Action {
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>Action : Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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id: number;
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,0,14))
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}
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class ActionA extends Action {
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>ActionA : ActionA, Symbol(ActionA,Decl(arrayLiteralTypeInference.ts,2,1))
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>Action : Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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value: string;
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>value : string, Symbol(value,Decl(arrayLiteralTypeInference.ts,4,30))
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}
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class ActionB extends Action {
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>ActionB : ActionB, Symbol(ActionB,Decl(arrayLiteralTypeInference.ts,6,1))
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>Action : Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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trueNess: boolean;
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>trueNess : boolean, Symbol(trueNess,Decl(arrayLiteralTypeInference.ts,8,30))
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}
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var x1: Action[] = [
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>x1 : Action[], Symbol(x1,Decl(arrayLiteralTypeInference.ts,12,3))
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>Action : Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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>[ { id: 2, trueness: false }, { id: 3, name: "three" }] : ({ id: number; trueness: boolean; } | { id: number; name: string; })[]
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{ id: 2, trueness: false },
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>{ id: 2, trueness: false } : { id: number; trueness: boolean; }
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,13,5))
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>2 : number
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>trueness : boolean, Symbol(trueness,Decl(arrayLiteralTypeInference.ts,13,12))
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>false : boolean
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{ id: 3, name: "three" }
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>{ id: 3, name: "three" } : { id: number; name: string; }
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,14,5))
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>3 : number
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>name : string, Symbol(name,Decl(arrayLiteralTypeInference.ts,14,12))
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>"three" : string
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]
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var x2: Action[] = [
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>x2 : Action[], Symbol(x2,Decl(arrayLiteralTypeInference.ts,17,3))
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>Action : Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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>[ new ActionA(), new ActionB()] : (ActionA | ActionB)[]
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new ActionA(),
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>new ActionA() : ActionA
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>ActionA : typeof ActionA, Symbol(ActionA,Decl(arrayLiteralTypeInference.ts,2,1))
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new ActionB()
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>new ActionB() : ActionB
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>ActionB : typeof ActionB, Symbol(ActionB,Decl(arrayLiteralTypeInference.ts,6,1))
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]
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var x3: Action[] = [
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>x3 : Action[], Symbol(x3,Decl(arrayLiteralTypeInference.ts,22,3))
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>Action : Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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>[ new Action(), new ActionA(), new ActionB()] : Action[]
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new Action(),
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>new Action() : Action
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>Action : typeof Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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new ActionA(),
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>new ActionA() : ActionA
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>ActionA : typeof ActionA, Symbol(ActionA,Decl(arrayLiteralTypeInference.ts,2,1))
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new ActionB()
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>new ActionB() : ActionB
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>ActionB : typeof ActionB, Symbol(ActionB,Decl(arrayLiteralTypeInference.ts,6,1))
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]
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var z1: { id: number }[] =
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>z1 : { id: number; }[], Symbol(z1,Decl(arrayLiteralTypeInference.ts,28,3))
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,28,9))
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[
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>[ { id: 2, trueness: false }, { id: 3, name: "three" } ] : ({ id: number; trueness: boolean; } | { id: number; name: string; })[]
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{ id: 2, trueness: false },
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>{ id: 2, trueness: false } : { id: number; trueness: boolean; }
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,30,9))
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>2 : number
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>trueness : boolean, Symbol(trueness,Decl(arrayLiteralTypeInference.ts,30,16))
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>false : boolean
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{ id: 3, name: "three" }
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>{ id: 3, name: "three" } : { id: number; name: string; }
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,31,9))
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>3 : number
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>name : string, Symbol(name,Decl(arrayLiteralTypeInference.ts,31,16))
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>"three" : string
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]
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var z2: { id: number }[] =
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>z2 : { id: number; }[], Symbol(z2,Decl(arrayLiteralTypeInference.ts,34,3))
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,34,9))
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[
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>[ new ActionA(), new ActionB() ] : (ActionA | ActionB)[]
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new ActionA(),
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>new ActionA() : ActionA
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>ActionA : typeof ActionA, Symbol(ActionA,Decl(arrayLiteralTypeInference.ts,2,1))
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new ActionB()
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>new ActionB() : ActionB
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>ActionB : typeof ActionB, Symbol(ActionB,Decl(arrayLiteralTypeInference.ts,6,1))
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]
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var z3: { id: number }[] =
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>z3 : { id: number; }[], Symbol(z3,Decl(arrayLiteralTypeInference.ts,40,3))
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>id : number, Symbol(id,Decl(arrayLiteralTypeInference.ts,40,9))
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[
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>[ new Action(), new ActionA(), new ActionB() ] : Action[]
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new Action(),
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>new Action() : Action
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>Action : typeof Action, Symbol(Action,Decl(arrayLiteralTypeInference.ts,0,0))
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new ActionA(),
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>new ActionA() : ActionA
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>ActionA : typeof ActionA, Symbol(ActionA,Decl(arrayLiteralTypeInference.ts,2,1))
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new ActionB()
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>new ActionB() : ActionB
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>ActionB : typeof ActionB, Symbol(ActionB,Decl(arrayLiteralTypeInference.ts,6,1))
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]
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