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=== tests/cases/conformance/types/typeParameters/typeArgumentLists/callNonGenericFunctionWithTypeArguments.ts ===
// it is always illegal to provide type arguments to a non-generic function
// all invocations here are illegal
function f(x: number) { return null; }
>f : (x: number) => any
>x : number
>null : null
var r = f<string>(1);
>r : any
>f<string>(1) : any
>f : (x: number) => any
>1 : 1
var f2 = (x: number) => { return null; }
>f2 : (x: number) => any
>(x: number) => { return null; } : (x: number) => any
>x : number
>null : null
var r2 = f2<string>(1);
>r2 : any
>f2<string>(1) : any
>f2 : (x: number) => any
>1 : 1
var f3: { (x: number): any; }
>f3 : (x: number) => any
>x : number
var r3 = f3<string>(1);
>r3 : any
>f3<string>(1) : any
>f3 : (x: number) => any
>1 : 1
class C {
>C : C
f(x: number) {
>f : (x: number) => any
>x : number
return null;
>null : null
}
}
var r4 = (new C()).f<string>(1);
>r4 : any
>(new C()).f<string>(1) : any
>(new C()).f : (x: number) => any
>(new C()) : C
>new C() : C
>C : typeof C
>f : (x: number) => any
>1 : 1
interface I {
f(x: number): any;
>f : (x: number) => any
>x : number
}
var i: I;
>i : I
var r5 = i.f<string>(1);
>r5 : any
>i.f<string>(1) : any
>i.f : (x: number) => any
>i : I
>f : (x: number) => any
>1 : 1
class C2 {
>C2 : C2
f(x: number) {
>f : (x: number) => any
>x : number
return null;
>null : null
}
}
var r6 = (new C2()).f<string>(1);
>r6 : any
>(new C2()).f<string>(1) : any
>(new C2()).f : (x: number) => any
>(new C2()) : C2
>new C2() : C2
>C2 : typeof C2
>f : (x: number) => any
>1 : 1
interface I2 {
f(x: number);
>f : (x: number) => any
>x : number
}
var i2: I2;
>i2 : I2
var r7 = i2.f<string>(1);
>r7 : any
>i2.f<string>(1) : any
>i2.f : (x: number) => any
>i2 : I2
>f : (x: number) => any
>1 : 1
var a;
>a : any
var r8 = a<number>();
>r8 : any
>a<number>() : any
>a : any
var a2: any;
>a2 : any
var r8 = a2<number>();
>r8 : any
>a2<number>() : any
>a2 : any
|
