TypeScript/tests/baselines/reference/newOperatorConformance.types

=== tests/cases/conformance/expressions/newOperator/newOperatorConformance.ts ===

class C0 {
>C0 : C0, Symbol(C0,Decl(newOperatorConformance.ts,0,0))

}
class C1 {
>C1 : C1, Symbol(C1,Decl(newOperatorConformance.ts,3,1))

    constructor(n: number, s: string) { }
>n : number, Symbol(n,Decl(newOperatorConformance.ts,5,16))
>s : string, Symbol(s,Decl(newOperatorConformance.ts,5,26))
}

class T<T> {
>T : T<T>, Symbol(T,Decl(newOperatorConformance.ts,6,1))
>T : T, Symbol(T,Decl(newOperatorConformance.ts,8,8))

    constructor(n?: T) { }
>n : T, Symbol(n,Decl(newOperatorConformance.ts,9,16))
>T : T, Symbol(T,Decl(newOperatorConformance.ts,8,8))
}

var anyCtor: {
>anyCtor : new () => any, Symbol(anyCtor,Decl(newOperatorConformance.ts,12,3))

    new (): any;
};

var anyCtor1: {
>anyCtor1 : new (n: any) => any, Symbol(anyCtor1,Decl(newOperatorConformance.ts,16,3))

    new (n): any;
>n : any, Symbol(n,Decl(newOperatorConformance.ts,17,9))

};

interface nestedCtor {
>nestedCtor : nestedCtor, Symbol(nestedCtor,Decl(newOperatorConformance.ts,18,2),Decl(newOperatorConformance.ts,23,3))

    new (): nestedCtor;
>nestedCtor : nestedCtor, Symbol(nestedCtor,Decl(newOperatorConformance.ts,18,2),Decl(newOperatorConformance.ts,23,3))
}
var nestedCtor: nestedCtor;
>nestedCtor : nestedCtor, Symbol(nestedCtor,Decl(newOperatorConformance.ts,18,2),Decl(newOperatorConformance.ts,23,3))
>nestedCtor : nestedCtor, Symbol(nestedCtor,Decl(newOperatorConformance.ts,18,2),Decl(newOperatorConformance.ts,23,3))

// Construct expression with no parentheses for construct signature with 0 parameters
var a = new C0;
>a : C0, Symbol(a,Decl(newOperatorConformance.ts,26,3),Decl(newOperatorConformance.ts,27,3))
>new C0 : C0
>C0 : typeof C0, Symbol(C0,Decl(newOperatorConformance.ts,0,0))

var a: C0;
>a : C0, Symbol(a,Decl(newOperatorConformance.ts,26,3),Decl(newOperatorConformance.ts,27,3))
>C0 : C0, Symbol(C0,Decl(newOperatorConformance.ts,0,0))


// Generic construct expression with no parentheses
var c1 = new T;
>c1 : T<{}>, Symbol(c1,Decl(newOperatorConformance.ts,31,3),Decl(newOperatorConformance.ts,32,3))
>new T : T<{}>
>T : typeof T, Symbol(T,Decl(newOperatorConformance.ts,6,1))

var c1: T<{}>;
>c1 : T<{}>, Symbol(c1,Decl(newOperatorConformance.ts,31,3),Decl(newOperatorConformance.ts,32,3))
>T : T<T>, Symbol(T,Decl(newOperatorConformance.ts,6,1))

// Construct expression where constructor is of type 'any' with no parentheses
var d = new anyCtor;
>d : any, Symbol(d,Decl(newOperatorConformance.ts,35,3),Decl(newOperatorConformance.ts,36,3),Decl(newOperatorConformance.ts,39,3))
>new anyCtor : any
>anyCtor : new () => any, Symbol(anyCtor,Decl(newOperatorConformance.ts,12,3))

var d: any;
>d : any, Symbol(d,Decl(newOperatorConformance.ts,35,3),Decl(newOperatorConformance.ts,36,3),Decl(newOperatorConformance.ts,39,3))

// Construct expression where constructor is of type 'any' with > 1 arg
var d = new anyCtor1(undefined);
>d : any, Symbol(d,Decl(newOperatorConformance.ts,35,3),Decl(newOperatorConformance.ts,36,3),Decl(newOperatorConformance.ts,39,3))
>new anyCtor1(undefined) : any
>anyCtor1 : new (n: any) => any, Symbol(anyCtor1,Decl(newOperatorConformance.ts,16,3))
>undefined : undefined, Symbol(undefined)

// Construct expression of type where apparent type has a construct signature with 0 arguments
function newFn1<T extends { new (): number }>(s: T) {
>newFn1 : <T extends new () => number>(s: T) => void, Symbol(newFn1,Decl(newOperatorConformance.ts,39,32))
>T : T, Symbol(T,Decl(newOperatorConformance.ts,42,16))
>s : T, Symbol(s,Decl(newOperatorConformance.ts,42,46))
>T : T, Symbol(T,Decl(newOperatorConformance.ts,42,16))

    var p = new s;
>p : number, Symbol(p,Decl(newOperatorConformance.ts,43,7),Decl(newOperatorConformance.ts,44,7))
>new s : number
>s : T, Symbol(s,Decl(newOperatorConformance.ts,42,46))

    var p: number;
>p : number, Symbol(p,Decl(newOperatorConformance.ts,43,7),Decl(newOperatorConformance.ts,44,7))
}

// Construct expression of type where apparent type has a construct signature with 1 arguments
function newFn2<T extends { new (s: number): string}>(s: T) {
>newFn2 : <T extends new (s: number) => string>(s: T) => void, Symbol(newFn2,Decl(newOperatorConformance.ts,45,1))
>T : T, Symbol(T,Decl(newOperatorConformance.ts,48,16))
>s : number, Symbol(s,Decl(newOperatorConformance.ts,48,33))
>s : T, Symbol(s,Decl(newOperatorConformance.ts,48,54))
>T : T, Symbol(T,Decl(newOperatorConformance.ts,48,16))

    var p = new s(32);
>p : string, Symbol(p,Decl(newOperatorConformance.ts,49,7),Decl(newOperatorConformance.ts,50,7))
>new s(32) : string
>s : T, Symbol(s,Decl(newOperatorConformance.ts,48,54))
>32 : number

    var p: string;
>p : string, Symbol(p,Decl(newOperatorConformance.ts,49,7),Decl(newOperatorConformance.ts,50,7))
}

// Construct expression of void returning function
function fnVoid(): void { }
>fnVoid : () => void, Symbol(fnVoid,Decl(newOperatorConformance.ts,51,1))

var t = new fnVoid();
>t : any, Symbol(t,Decl(newOperatorConformance.ts,55,3),Decl(newOperatorConformance.ts,56,3))
>new fnVoid() : any
>fnVoid : () => void, Symbol(fnVoid,Decl(newOperatorConformance.ts,51,1))

var t: any;
>t : any, Symbol(t,Decl(newOperatorConformance.ts,55,3),Decl(newOperatorConformance.ts,56,3))

// Chained new expressions
var nested = new (new (new nestedCtor())())();
>nested : nestedCtor, Symbol(nested,Decl(newOperatorConformance.ts,59,3))
>new (new (new nestedCtor())())() : nestedCtor
>(new (new nestedCtor())()) : nestedCtor
>new (new nestedCtor())() : nestedCtor
>(new nestedCtor()) : nestedCtor
>new nestedCtor() : nestedCtor
>nestedCtor : nestedCtor, Symbol(nestedCtor,Decl(newOperatorConformance.ts,18,2),Decl(newOperatorConformance.ts,23,3))

var n = new nested();
>n : nestedCtor, Symbol(n,Decl(newOperatorConformance.ts,60,3),Decl(newOperatorConformance.ts,61,3))
>new nested() : nestedCtor
>nested : nestedCtor, Symbol(nested,Decl(newOperatorConformance.ts,59,3))

var n = new nested();
>n : nestedCtor, Symbol(n,Decl(newOperatorConformance.ts,60,3),Decl(newOperatorConformance.ts,61,3))
>new nested() : nestedCtor
>nested : nestedCtor, Symbol(nested,Decl(newOperatorConformance.ts,59,3))