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TypeScript/tests/cases/compiler/restParameterNotLast.ts_0_23
function f(...x, y) { }
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TypeScript/tests/cases/compiler/templateLiteralIntersection.ts_0_556
// https://github.com/microsoft/TypeScript/issues/48034 const a = 'a' type A = typeof a type MixA = A & {foo: string} type OriginA1 = `${A}` type OriginA2 = `${MixA}` type B = `${typeof a}` type MixB = B & { foo: string } type OriginB1 = `${B}` type OriginB2 = `${MixB}` type MixC = { foo: string } & A type Origin...
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TypeScript/tests/cases/compiler/noEmitAndComposite.ts_0_149
// @Filename: /a.ts const x = 10; // @Filename: /tsconfig.json { "compilerOptions": { "noEmit": true, "composite": true } }
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TypeScript/tests/cases/compiler/noImplicitAnyFunctions.ts_0_302
// @noImplicitAny: true declare function f1(); declare function f2(): any; function f3(x) { } function f4(x: any) { return x; } function f5(x: any): any { return x; } function f6(x: string, y: number); function f6(x: string, y: string): any; function f6(x: string, y) { return null; }
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TypeScript/tests/cases/compiler/declarationEmitBindingPatternWithReservedWord.ts_0_642
// @declaration: true type LocaleData = Record<string, never> type ConvertLocaleConfig<T extends LocaleData = LocaleData> = Record< string, T >; type LocaleConfig<T extends LocaleData = LocaleData> = Record<string, Partial<T>>; export interface GetLocalesOptions<T extends LocaleData> { app: unknown; defaul...
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TypeScript/tests/cases/compiler/genericCallOnMemberReturningClosedOverObject.ts_0_240
// @strict: true // @noEmit: true // https://github.com/microsoft/TypeScript/issues/11584 function example<T1>() { let x = { foo: <T2>(t2: T2) => x, bar: (t1: T1) => x, }; return x; } example<number>().foo("hello").bar(1);
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TypeScript/tests/cases/compiler/indexedAccessRetainsIndexSignature.ts_0_424
type Diff<T extends keyof any, U extends keyof any> = ({ [P in T]: P } & { [P in U]: never } & { [x: string]: never })[T] type Omit<U, K extends keyof U> = Pick<U, Diff<keyof U, K>> type Omit1<U, K extends keyof U> = Pick<U, Diff<keyof U, K>>; // is in fact an equivalent of type Omit2<T, K extends keyof T> = {[P i...
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TypeScript/tests/cases/compiler/classExtendsAcrossFiles.ts_0_340
// @target: es5 // @module: commonjs // @filename: a.ts import { b } from './b'; export const a = { f: () => { class A { } class B extends A { } b.f(); } }; // @filename: b.ts import { a } from './a'; export const b = { f: () => { class A { } class B extends A { } ...
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TypeScript/tests/cases/compiler/module_augmentUninstantiatedModule2.ts_0_598
// @module: commonjs // @moduleResolution: node // @fileName: app.ts import ng = require("angular"); import "./moduleAugmentation"; var x: number = ng.getNumber(); // @filename: moduleAugmentation.ts import * as ng from "angular" declare module "angular" { export interface IAngularStatic { getNumber: (...
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TypeScript/tests/cases/compiler/requireOfJsonFileWithErrors.ts_0_320
// @module: commonjs // @outdir: out/ // @allowJs: true // @fullEmitPaths: true // @resolveJsonModule: true // @Filename: file1.ts import b1 = require('./b.json'); let x = b1.a; import b2 = require('./b.json'); if (x) { let b = b2.b; x = (b1.b === b); } // @Filename: b.json { 'a': true, "b": "hello" }
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TypeScript/tests/cases/compiler/circularMappedTypeConstraint.ts_0_200
// @strict: true // @noEmit: true // Repro from #56232 declare function foo2<T extends { [P in keyof T & string as Capitalize<P>]: V }, V extends string>(a: T): T; export const r2 = foo2({A: "a"});
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TypeScript/tests/cases/compiler/constDeclarations-errors.ts_0_359
// @target: ES6 // error, missing intialicer const c1; const c2: number; const c3, c4, c5 :string, c6; // error, missing initialicer for(const c in {}) { } // error, assigning to a const for(const c8 = 0; c8 < 1; c8++) { } // error, can not be unintalized for(const c9; c9 < 1;) { } // error, can not be unintalize...
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TypeScript/tests/cases/compiler/genericGetter.ts_0_123
class C<T> { data: T; get x(): T { return this.data; } } var c = new C<number>(); var r: string = c.x;
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TypeScript/tests/cases/compiler/exportDefaultForNonInstantiatedModule.ts_0_105
// @target: ES6 module m { export interface foo { } } // Should not be emitted export default m;
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TypeScript/tests/cases/compiler/sourceMapForFunctionWithCommentPrecedingStatement01.ts_3_70
@sourceMap: true function P() { // Test this var a = 1; }
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TypeScript/tests/cases/compiler/moduleAugmentationDoesInterfaceMergeOfReexport.ts_0_318
// @filename: file.ts export interface Foo { x: number; } // @filename: reexport.ts export * from "./file"; // @filename: augment.ts import * as ns from "./reexport"; declare module "./reexport" { export interface Foo { self: Foo; } } declare const f: ns.Foo; f.x; f.self; f.self.x; f.self.self;
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TypeScript/tests/cases/compiler/sourceMapValidationDestructuringForArrayBindingPatternDefaultValues.ts_0_3187
// @lib: es5 // @sourcemap: true declare var console: { log(msg: any): void; } type Robot = [number, string, string]; type MultiSkilledRobot = [string, string[]]; let robotA: Robot = [1, "mower", "mowing"]; function getRobot() { return robotA; } let multiRobotA: MultiSkilledRobot = ["mower", ["mowing", ""]]; ...
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TypeScript/tests/cases/compiler/duplicatePropertiesInStrictMode.ts_0_40
"use strict"; var x = { x: 1, x: 2 }
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TypeScript/tests/cases/compiler/doubleUnderscoreEnumEmit.ts_0_314
enum Foo { "__a" = 1, "(Anonymous function)" = 2, "(Anonymous class)" = 4, "__call" = 10 } namespace Foo { export function ___call(): number { return 5; } } function Bar() { return "no"; } namespace Bar { export function __call(x: number): number { return 5; } }
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TypeScript/tests/cases/compiler/unusedLocalsStartingWithUnderscore.ts_0_208
// @noUnusedLocals:true // @Filename: /a.ts import * as _ from "./a"; for (const _ of []) { } for (const _ in []) { } namespace _ns { let _; for (const _ of []) { } for (const _ in []) { } }
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TypeScript/tests/cases/compiler/ClassDeclaration13.ts_0_34
class C { foo(); bar() { } }
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TypeScript/tests/cases/compiler/assignmentCompatability36.ts_0_344
module __test1__ { export interface interfaceWithPublicAndOptional<T,U> { one: T; two?: U; }; var obj4: interfaceWithPublicAndOptional<number,string> = { one: 1 };; export var __val__obj4 = obj4; } module __test2__ { export var aa:{[index:string]:any;};; export var __val__aa = aa; } __test2__.__val__aa...
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TypeScript/tests/cases/compiler/awaitCallExpressionInSyncFunction.ts_0_96
// @target: esnext function foo() { const foo = await(Promise.resolve(1)); return foo; }
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TypeScript/tests/cases/compiler/nestedTypeVariableInfersLiteral.ts_0_759
// https://github.com/Microsoft/TypeScript/issues/19632 declare function direct<A extends string>(a: A | A[]): Record<A, string> declare function nested<A extends string>(a: { fields: A }): Record<A, string> declare function nestedUnion<A extends string>(a: { fields: A | A[] }): Record<A, string> const directUnionSing...
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TypeScript/tests/cases/compiler/exportDefaultClassInNamespace.ts_0_121
namespace ns_class { export default class {} } namespace ns_abstract_class { export default abstract class {} }
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TypeScript/tests/cases/compiler/unusedTypeParameterInMethod4.ts_0_90
//@noUnusedLocals:true //@noUnusedParameters:true class A { public f1<X>() { } }
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TypeScript/tests/cases/compiler/recursiveBaseConstructorCreation1.ts_0_96
class C1 { public func(param: C2): any { } } class C2 extends C1 { } var x = new C2(); // Valid
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TypeScript/tests/cases/compiler/checkJsdocTypeTagOnExportAssignment5.ts_0_304
// @allowJs: true // @checkJs: true // @outDir: ./out // @filename: checkJsdocTypeTagOnExportAssignment5.js // @Filename: a.js /** * @typedef {Object} Foo * @property {number} a * @property {number} b */ /** @type {Foo} */ export default { a: 1, b: 1 }; // @Filename: b.js import a from "./a"; a;
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TypeScript/tests/cases/compiler/nounusedTypeParameterConstraint.ts_0_277
// @noUnusedLocals: true // @noUnusedParameters:true //@filename: bar.ts export interface IEventSourcedEntity { } //@filename: test.ts import { IEventSourcedEntity } from "./bar"; export type DomainEntityConstructor<TEntity extends IEventSourcedEntity> = { new(): TEntity; };
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TypeScript/tests/cases/compiler/arrayAssignmentTest1.ts_0_2502
interface I1 { IM1():void[]; } class C1 implements I1 { IM1():void[] {return null;} C1M1():C1[] {return null;} } class C2 extends C1 { C2M1():C2[] { return null;} } class C3 { CM3M1() { return 3;} } /* This behaves unexpectedly with the following types: Type 1 of any[]: * Type 2 of the following thr...
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TypeScript/tests/cases/compiler/destructureTupleWithVariableElement.ts_0_427
// @strict: true // @noUncheckedIndexedAccess: true // @noEmit: true // repro from #52302 type NonEmptyStringArray = [string, ...Array<string>] const strings: NonEmptyStringArray = ['one', 'two'] const [s0, s1, s2] = strings; s0.toUpperCase() s1.toUpperCase() s2.toUpperCase() declare const strings2: [string, ...A...
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TypeScript/tests/cases/compiler/mappedTypeWithAsClauseAndLateBoundProperty.ts_0_160
// @target: ES2020 declare let tgt2: number[]; declare let src2: { [K in keyof number[] as Exclude<K, "length">]: (number[])[K] }; tgt2 = src2; // Should error
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TypeScript/tests/cases/compiler/sourceMapValidationDestructuringVariableStatementArrayBindingPattern2.ts_0_641
// @lib: es5 // @sourcemap: true declare var console: { log(msg: string): void; } type MultiSkilledRobot = [string, [string, string]]; var multiRobotA: MultiSkilledRobot = ["mower", ["mowing", ""]]; var multiRobotB: MultiSkilledRobot = ["trimmer", ["trimming", "edging"]]; let [, skillA] = multiRobotA; let [nameMB]...
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TypeScript/tests/cases/compiler/nodeModuleReexportFromDottedPath.ts_0_617
// @declaration: true // @Filename: /node_modules/.prisma/client/index.d.ts export interface PrismaClientOptions { rejectOnNotFound?: any; } export class PrismaClient<T extends PrismaClientOptions = PrismaClientOptions> { private fetcher; } // @Filename: /node_modules/@prisma/client/index.d.ts export * from ".pr...
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TypeScript/tests/cases/compiler/sourceMapValidationClasses.ts_0_901
// @sourcemap: true module Foo.Bar { "use strict"; class Greeter { constructor(public greeting: string) { } greet() { return "<h1>" + this.greeting + "</h1>"; } } function foo(greeting: string): Greeter { return new Greeter(greeting); } va...
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TypeScript/tests/cases/compiler/functionWithDefaultParameterWithNoStatements12.ts_0_67
var v: any[]; function foo(a = (v)) { } function bar(a = (v)) { }
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TypeScript/tests/cases/compiler/inferFromGenericFunctionReturnTypes1.ts_0_1542
// Repro from #15680 // This is a contrived class. We could do the same thing with Observables, etc. class SetOf<A> { _store: A[]; add(a: A) { this._store.push(a); } transform<B>(transformer: (a: SetOf<A>) => SetOf<B>): SetOf<B> { return transformer(this); } forEach(fn: (a: A, index: number) => ...
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TypeScript/tests/cases/compiler/importHelpersNoHelpers.ts_0_607
// @importHelpers: true // @target: es5 // @module: commonjs // @moduleResolution: classic // @experimentalDecorators: true // @emitDecoratorMetadata: true // @filename: external.ts export * from "./other"; export class A { } export class B extends A { } declare var dec: any; @dec class C { method(@dec x: number)...
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TypeScript/tests/cases/compiler/moduleAndInterfaceSharingName3.ts_0_143
module X { export module Y { export interface Z { } } export interface Y<T> { } } var z: X.Y.Z = null; var z2: X.Y<string>;
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TypeScript/tests/cases/compiler/inheritanceMemberAccessorOverridingProperty.ts_0_125
class a { x: string; } class b extends a { get x() { return "20"; } set x(aValue: string) { } }
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TypeScript/tests/cases/compiler/qualifiedModuleLocals.ts_0_120
module A { function b() {} export function a(){ A.b(); } // A.b should be an unresolved symbol error } A.a();
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TypeScript/tests/cases/compiler/performanceComparisonOfStructurallyIdenticalInterfacesWithGenericSignatures.ts_0_2990
// @strict: true export declare type ThenArg<T> = T extends any ? any : T extends PromiseLike<infer U> ? U : T; export interface InterfaceA<T> { filter(callback: (newValue: T, oldValue: T) => boolean): InterfaceA<T>; map<D>(callback: (value: T) => D): InterfaceA<D>; await<R extends ThenArg<T>>(): Interface...
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TypeScript/tests/cases/compiler/jsxEmitWithAttributes.ts_0_1042
//@jsx: react //@target: es6 //@module: commonjs //@reactNamespace: Element // @filename: Element.ts declare namespace JSX { interface Element { name: string; isIntrinsic: boolean; isCustomElement: boolean; toString(renderId?: number): string; bindDOM(renderId?: number): num...
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TypeScript/tests/cases/compiler/autoAsiForStaticsInClassDeclaration.ts_3_41
ass C { static x static y }
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TypeScript/tests/cases/compiler/modulePreserve3.ts_0_261
// @module: preserve // @target: esnext // @jsx: react-jsx // @noEmit: true // @noTypesAndSymbols: true // @traceResolution: true // @Filename: /node_modules/@types/react/jsx-runtime.d.ts export namespace JSX {} // @Filename: /index.tsx export {}; (<div />);
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TypeScript/tests/cases/compiler/arrowFunctionWithObjectLiteralBody2.ts_0_25
var v = a => <any><any>{}
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TypeScript/tests/cases/compiler/assignmentToExpandingArrayType.ts_0_618
// @noImplicitAny: true // Fixes exponential time/space in #14628 let x = [] x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo: 'hi' } x[0] = { foo...
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TypeScript/tests/cases/compiler/potentiallyUncalledDecorators.ts_0_1602
// @target: esnext // @module: esnext // @experimentalDecorators: true // @useDefineForClassFields: false // Angular-style Input/Output API: declare function Input(bindingPropertyName?: string): any; class FooComponent { @Input foo: string; } // Glimmer-style tracked API: declare const tracked: PropertyDecorator ...
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TypeScript/tests/cases/compiler/intersectionSatisfiesConstraint.ts_0_491
// @strict: true // @lib: esnext interface FirstInterface { commonProperty: number } interface SecondInterface { commonProperty: number } const myFirstFunction = <T extends FirstInterface | SecondInterface>(param1: T) => { const newParam: T & { otherProperty: number } = Object.assign(param1, { otherPrope...
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TypeScript/tests/cases/compiler/contextualOverloadListFromUnionWithPrimitiveNoImplicitAny.ts_0_439
// @strict: true // @target: esnext // must target esnext for `String.normalize` to exist type Validate = (text: string, pos: number, self: Rule) => number | boolean; interface FullRule { validate: string | RegExp | Validate; normalize?: (match: {x: string}) => void; } type Rule = string | FullRule; const obj...
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TypeScript/tests/cases/compiler/restParamUsingMappedTypeOverUnionConstraint.ts_0_287
// @noEmit: true // @strict: true // repro 29919#issuecomment-470948453 type HomomorphicMappedType<T> = { [P in keyof T]: T[P] extends string ? boolean : null } declare function test<T extends [number] | [string]>( args: T, fn: (...args: HomomorphicMappedType<T>) => void ): void
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TypeScript/tests/cases/compiler/commentsemitComments.ts_0_1503
// @target: ES5 // @declaration: true // @removeComments: false /** Variable comments*/ var myVariable = 10; /** function comments*/ function foo(/** parameter comment*/p: number) { } /** variable with function type comment*/ var fooVar: () => void; foo(50); fooVar(); /**class comment*/ class c { /** constructo...
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TypeScript/tests/cases/compiler/superElementAccess.ts_1_1593
class MyBase { m1(a: string) { return a; } private p1() { } m2: () => void = function () { } d1: number = 42; private d2: number = 42; get value() {return 0 } set value(v: number) { } } class MyDerived extends MyBase { foo() { super["m1"]("hi"); ...
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TypeScript/tests/cases/compiler/paramterDestrcuturingDeclaration.ts_0_90
// @declaration: true interface C { ({p: name}): any; new ({p: boolean}): any; }
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TypeScript/tests/cases/compiler/elidingImportNames.ts_0_385
// @module: commonjs // @Filename: elidingImportNames_test.ts import a = require('./elidingImportNames_main'); // alias used in typeof var b = a; var x: typeof a; import a2 = require('./elidingImportNames_main1'); // alias not used in typeof var b2 = a2; // @Filename: elidingImportNames_main.ts export var main = 10;...
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TypeScript/tests/cases/compiler/jsEnumTagOnObjectFrozen.ts_0_679
// @noEmit: true // @checkJs: true // @allowJs: true // @filename: index.js /** @enum {string} */ const Thing = Object.freeze({ a: "thing", b: "chill" }); exports.Thing = Thing; /** * @param {Thing} x */ function useThing(x) {} exports.useThing = useThing; /** * @param {(x: Thing) => void} x */ function...
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TypeScript/tests/cases/compiler/checkJsFiles4.ts_0_111
// @allowJs: true // @checkJs: false // @noEmit: true // @fileName: a.js // @ts-check var x = "string"; x = 0;
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TypeScript/tests/cases/compiler/es6ImportEqualsDeclaration.ts_0_119
// @target: es6 // @filename: server.ts var a = 10; export = a; // @filename: client.ts import a = require("server");
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TypeScript/tests/cases/compiler/jqueryInference.ts_0_373
// #22362 interface MyPromise<T, U> { then(cb: (t: T) => void): void; thenUnion(cb: (t: T | U) => void): this; } interface DoNothingAlias<T, U> extends MyPromise<T, U> { } declare function shouldBeIdentity<T, U>(p: DoNothingAlias<T, U>): MyPromise<T, U>; declare const p1: MyPromise<boolean, any>; var p2 = sh...
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TypeScript/tests/cases/compiler/newOnInstanceSymbol.ts_0_68
class C {} var x = new C(); // should be ok new x(); // should error
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TypeScript/tests/cases/compiler/moduleSharesNameWithImportDeclarationInsideIt5.ts_3_261
dule Z { export module M { export function bar() { return ""; } } export interface I { } } module A.M { import M = Z.I; import M = Z.M; export function bar() { } M.bar(); // Should call Z.M.bar }
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TypeScript/tests/cases/compiler/unusedImports11.ts_0_324
//@noUnusedLocals:true //@noUnusedParameters:true // @filename: b.ts export class Member {} export default Member; // @filename: a.ts import { Member } from './b'; import d, { Member as M } from './b'; import * as ns from './b'; import r = require("./b"); new Member(); new d(); new M(); new ns.Member(); new r.Membe...
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TypeScript/tests/cases/compiler/unusedTypeParametersWithUnderscore.ts_0_173
//@noUnusedParameters:true function f<_T, U>() { } type T<_T, U> = { }; interface I<_T, U> { }; class C<_T, U> { public m<_V, W>() { } }; let l = <_T, U>() => { };
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TypeScript/tests/cases/compiler/declarationEmitGlobalThisPreserved.ts_0_4163
// @declaration: true // @emitDeclarationOnly: true // Adding this makes tooltips fail too. // declare global { // namespace isNaN { // const prop: number; // } // } // Broken inference cases. export const a1 = (isNaN: typeof globalThis.isNaN): typeof globalThis.isNaN => isNaN; export const a2 = (isN...
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TypeScript/tests/cases/compiler/weakTypeAndPrimitiveNarrowing.ts_0_568
// @strict: true type LiteralsAndWeakTypes = | 'A' | 'B' | { optional?: true } | { toLowerCase?(): string } | { toUpperCase?(): string, otherOptionalProp?: number }; const g = (arg: LiteralsAndWeakTypes) => { if (arg === 'A') { arg; } else { arg; } } type PrimitivesAndWeakTypes = ...
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TypeScript/tests/cases/compiler/importWithTrailingSlash.ts_0_340
// @traceResolution: true // @moduleResolution: node // @Filename: /a.ts export default { a: 0 }; // @Filename: /a/index.ts export default { aIndex: 0 }; // @Filename: /a/test.ts import a from "."; import aIndex from "./"; a.a; aIndex.aIndex; // @Filename: /a/b/test.ts import a from ".."; import aIndex from "../"; ...
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TypeScript/tests/cases/compiler/inKeywordAndIntersection.ts_0_499
// @strict: true class A { a = 0 } class B { b = 0 } function f10(obj: A & { x: string } | B) { if (obj instanceof Object) { obj; // A & { x: string } | B } else { obj; // Error } } // Repro from #50844 interface InstanceOne { one(): void } interface InstanceTwo { two(): v...
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TypeScript/tests/cases/compiler/shouldNotPrintNullEscapesIntoOctalLiterals.ts_0_75
"use strict"; `\x001`; `\u00001`; `\u{00000000}1`; `\u{000000}1`; `\u{0}1`;
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TypeScript/tests/cases/compiler/recursiveObjectLiteral.ts_0_17
var a = { f: a };
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TypeScript/tests/cases/compiler/declInput4.ts_0_359
// @declaration: true module M { class C { } export class E {} export interface I1 {} interface I2 {} export class D { public m1: number; public m2: string; public m23: E; public m24: I1; public m232(): E { return null;} public m242(): I1 { return null...
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TypeScript/tests/cases/compiler/arrayToLocaleStringES2015.ts_0_2753
// @target: es2015 let str: string; const arr = [1, 2, 3]; str = arr.toLocaleString(); // OK str = arr.toLocaleString('en-US'); // OK str = arr.toLocaleString('en-US', { style: 'currency', currency: 'EUR' }); // OK const dates: readonly Date[] = [new Date(), new Date()]; str = dates.toLocaleString(); // OK str = date...
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TypeScript/tests/cases/compiler/restParameterWithBindingPattern1.ts_0_46
// @sourcemap: true function a(...{a, b}) { }
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TypeScript/tests/cases/compiler/internalAliasFunctionInsideLocalModuleWithoutExport.ts_0_214
//@module: commonjs // @declaration: true export module a { export function foo(x: number) { return x; } } export module c { import b = a.foo; var bVal = b(10); export var bVal2 = b; }
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TypeScript/tests/cases/compiler/privacyCannotNameVarTypeDeclFile.ts_0_4071
// @module: commonjs // @declaration: true // @Filename: privacyCannotNameVarTypeDeclFile_GlobalWidgets.ts declare module "GlobalWidgets" { export class Widget3 { name: string; } export function createWidget3(): Widget3; export module SpecializedGlobalWidget { export class Widget4 { ...
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TypeScript/tests/cases/compiler/jsxFactoryIdentifierAsParameter.ts_0_299
//@jsx: react //@target: es6 //@module: commonjs //@jsxFactory: createElement //@sourcemap: true // @filename: test.tsx declare module JSX { interface IntrinsicElements { [s: string]: any; } } export class AppComponent { render(createElement) { return <div />; } }
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TypeScript/tests/cases/compiler/importHelpersNoEmitHelpersExportDefault.ts_0_456
// @target: es5 // @module: commonjs // @importHelpers: true // @noEmitHelpers: true // @esModuleInterop: true // @noTypesAndSymbols: true // @filename: main.ts // https://github.com/microsoft/TypeScript/issues/40328 export { default as A } from "./other"; // @filename: main2.ts export { default } from "./other"; //...
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TypeScript/tests/cases/compiler/anyInferenceAnonymousFunctions.ts_0_281
var paired: any[]; paired.reduce(function (a1, a2) { return a1.concat({}); } , []); paired.reduce((b1, b2) => { return b1.concat({}); } , []); paired.reduce((b3, b4) => b3.concat({}), []); paired.map((c1) => c1.count); paired.map(function (c2) { return c2.count; });
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TypeScript/tests/cases/compiler/conditionalExpressionNewLine4.ts_0_21
var v = a ? b : c;
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TypeScript/tests/cases/compiler/objectPropertyAsClass.ts_0_348
// @allowJs: true // @noEmit: true // @checkJs: true // @filename: index.js const a1 = { foo() { this.x = 0; } } const a2 = { foo: function() { this.x = 0; } } const b1 = { /** @class */ foo() { this.x = 0; } } const b2 = { /** @class */ foo: function() { ...
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TypeScript/tests/cases/compiler/nodeNextPackageSelfNameWithOutDir.ts_0_271
// @module: nodenext // @outDir: ./dist // @filename: package.json { "name": "@this/package", "type": "module", "exports": { ".": "./dist/index.js" } } // @filename: index.ts import * as me from "@this/package"; me.thing(); export function thing(): void {}
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TypeScript/tests/cases/compiler/selfInCallback.ts_0_119
class C { public p1 = 0; public callback(cb:()=>void) {cb();} public doit() { this.callback(()=>{this.p1+1}); } }
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TypeScript/tests/cases/compiler/narrowingAssignmentReadonlyRespectsAssertion.ts_0_995
// https://github.com/microsoft/TypeScript/issues/41984 interface TestCase<T extends string | number> { readonly val1: T | ReadonlyArray<T>; readonly val2: ReadonlyArray<T>; } interface MultiCaseFixture<T> { cases: T[]; } function subDataFunc(): TestCase<string | number>[] { return [ { val1: "a", val2:...
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TypeScript/tests/cases/compiler/typeofInterface.ts_0_120
var I: { a: string}; interface I { I: number; foo: typeof I; } var k: I; var j: typeof k.foo = { a: "hello" };
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TypeScript/tests/cases/compiler/unusedClassesinNamespace2.ts_0_127
//@noUnusedLocals:true //@noUnusedParameters:true namespace Validation { class c1 { } export class c2 { } }
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TypeScript/tests/cases/compiler/commentEmitWithCommentOnLastLine.ts_0_26
var x: any; /* var bar; */
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TypeScript/tests/cases/compiler/jsxChildrenGenericContextualTypes.tsx_0_1029
// @strict: true // @jsx: preserve namespace JSX { export interface Element {} export interface ElementAttributesProperty { props: {}; } export interface ElementChildrenAttribute { children: {}; } export interface IntrinsicAttributes {} export interface IntrinsicElements { [key: string]: Element } }...
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TypeScript/tests/cases/compiler/noInferCommonPropertyCheck1.ts_0_572
// @strict: true // @noEmit: true declare const partialObj1: Partial<{ a: unknown; b: unknown }>; declare const partialObj2: Partial<{ c: unknown; d: unknown }>; declare const someObj1: { x: string }; declare function test1<T>(a: T, b: NoInfer<T> & { prop?: unknown }): void; test1(partialObj1, someObj1); declare fu...
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TypeScript/tests/cases/compiler/unusedParametersinConstructor1.ts_0_108
//@noUnusedLocals:true //@noUnusedParameters:true class greeter { constructor(param1: string) { } }
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TypeScript/tests/cases/compiler/symbolObserverMismatchingPolyfillsWorkTogether.ts_0_213
// @declaration: true // @target: es6 interface SymbolConstructor { readonly observer: symbol; } interface SymbolConstructor { readonly observer: unique symbol; } const obj = { [Symbol.observer]: 0 };
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TypeScript/tests/cases/compiler/library_ObjectPrototypeProperties.ts_0_376
// Properties of the Object Prototype Object as per ES5 spec // http://www.ecma-international.org/ecma-262/5.1/#sec-15.2.4 Object.prototype.constructor; Object.prototype.toString(); Object.prototype.toLocaleString(); Object.prototype.valueOf(); Object.prototype.hasOwnProperty("string"); Object.prototype.isPrototypeOf(O...
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TypeScript/tests/cases/compiler/declFileWithInternalModuleNameConflictsInExtendsClause2.ts_0_207
// @declaration: true module X.A.C { export interface Z { } } module X.A.B.C { export class W implements A.C.Z { // This can refer to it as A.C.Z } } module X.A.B.C { module A { } }
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TypeScript/tests/cases/compiler/keyofGenericExtendingClassDoubleLayer.ts_0_309
class Model<Attributes = any> { public createdAt: Date; } type ModelAttributes<T> = Omit<T, keyof Model>; class AutoModel<T> extends Model<ModelAttributes<T>> {} class PersonModel extends AutoModel<PersonModel> { public age: number; toJson() { let x: keyof this = 'createdAt'; } }
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TypeScript/tests/cases/compiler/inferringAnyFunctionType1.ts_0_120
// @lib: es2015 function f<T extends { "0": (p1: number) => number }>(p: T): T { return p; } var v = f([x => x]);
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TypeScript/tests/cases/compiler/objectIndexer.ts_0_220
//@module: amd export interface Callback { (value: any): void; } interface IMap { [s: string]: Callback; } class Emitter { private listeners: IMap; constructor () { this.listeners = {}; } }
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TypeScript/tests/cases/compiler/inferenceFromParameterlessLambda.ts_0_221
function foo<T>(o: Take<T>, i: Make<T>) { } interface Make<T> { (): T; } interface Take<T> { (n: T): void; } // Infer string from second argument because it isn't context sensitive foo(n => n.length, () => 'hi');
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TypeScript/tests/cases/compiler/privacyGloImport.ts_0_5116
//@declaration: true module m1 { export module m1_M1_public { export class c1 { } export function f1() { return new c1; } export var v1 = c1; export var v2: c1; } module m1_M2_private { export class c1 { } export function f...
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TypeScript/tests/cases/compiler/unusedLocalsAndParameters.ts_0_1106
//@noUnusedLocals:true //@noUnusedParameters:true export { }; // function declaration paramter function f(a) { } f(0); // function expression paramter var fexp = function (a) { }; fexp(0); // arrow function paramter var farrow = (a) => { }; class C { // Method declaration paramter method(a) { } //...
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TypeScript/tests/cases/compiler/duplicateLabel2.ts_0_84
// @allowUnusedLabels: true target: while (true) { target: while (true) { } }
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TypeScript/tests/cases/compiler/functionAssignabilityWithArrayLike01.ts_0_79
// @strict: true, false function func() {} const array: ArrayLike<any> = func;
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TypeScript/tests/cases/compiler/internalAliasInterfaceInsideLocalModuleWithExport.ts_0_157
//@module: amd // @declaration: true export module a { export interface I { } } export module c { export import b = a.I; export var x: b; }
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