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=== tests/cases/compiler/indexedAccessNormalization.ts ===
// Repro from from #43152
type MyMap<M extends object> = {
>MyMap : MyMap<M>
[K in keyof M]: {
x: number
>x : number
}
}
declare function g<T>(value?: T): void;
>g : <T>(value?: T) => void
>value : T | undefined
function f1<M extends object>(mymap: MyMap<M>, k: keyof M) {
>f1 : <M extends object>(mymap: MyMap<M>, k: keyof M) => void
>mymap : MyMap<M>
>k : keyof M
const elemofM = mymap[k];
>elemofM : MyMap<M>[keyof M]
>mymap[k] : MyMap<M>[keyof M]
>mymap : MyMap<M>
>k : keyof M
g(elemofM);
>g(elemofM) : void
>g : <T>(value?: T | undefined) => void
>elemofM : MyMap<M>[keyof M]
}
function f2<M extends object>(mymap: MyMap<M>, k: keyof M, z: { x: number }) {
>f2 : <M extends object>(mymap: MyMap<M>, k: keyof M, z: { x: number;}) => void
>mymap : MyMap<M>
>k : keyof M
>z : { x: number; }
>x : number
const q1: MyMap<M>[keyof M] = z;
>q1 : MyMap<M>[keyof M]
>z : { x: number; }
const q2: MyMap<M>[keyof M] | undefined = z;
>q2 : MyMap<M>[keyof M] | undefined
>z : { x: number; }
const q3: MyMap<M>[keyof M] | string = z;
>q3 : string | MyMap<M>[keyof M]
>z : { x: number; }
}
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