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=== tests/cases/conformance/jsdoc/templateTagWithNestedTypeLiteral.js ===
/**
* @param {T} t
* @template T
*/
function Zet(t) {
>Zet : typeof Zet
>t : T
/** @type {T} */
this.u
>this.u : T
>this : this
>u : T
this.t = t
>this.t = t : T
>this.t : any
>this : this
>t : any
>t : T
}
/**
* @param {T} v
* @param {object} o
* @param {T} o.nested
*/
Zet.prototype.add = function(v, o) {
>Zet.prototype.add = function(v, o) { this.u = v || o.nested return this.u} : (v: T, o: { nested: T; }) => T
>Zet.prototype.add : any
>Zet.prototype : any
>Zet : typeof Zet
>prototype : any
>add : any
>function(v, o) { this.u = v || o.nested return this.u} : (v: T, o: { nested: T; }) => T
>v : T
>o : { nested: T; }
this.u = v || o.nested
>this.u = v || o.nested : T
>this.u : T
>this : this
>u : T
>v || o.nested : T
>v : T
>o.nested : T
>o : { nested: T; }
>nested : T
return this.u
>this.u : T
>this : this
>u : T
}
var z = new Zet(1)
>z : Zet<number>
>new Zet(1) : Zet<number>
>Zet : typeof Zet
>1 : 1
z.t = 2
>z.t = 2 : 2
>z.t : number
>z : Zet<number>
>t : number
>2 : 2
z.u = false
>z.u = false : false
>z.u : number
>z : Zet<number>
>u : number
>false : false
/** @type {number} */
let answer = z.add(3, { nested: 4 })
>answer : number
>z.add(3, { nested: 4 }) : number
>z.add : (v: number, o: { nested: number; }) => number
>z : Zet<number>
>add : (v: number, o: { nested: number; }) => number
>3 : 3
>{ nested: 4 } : { nested: number; }
>nested : number
>4 : 4
// lookup in typedef should not crash the compiler, even when the type is unknown
/**
* @typedef {Object} A
* @property {T} value
*/
/** @type {A} */
const options = { value: null };
>options : A
>{ value: null } : { value: null; }
>value : null
>null : null
|
