// Jest Snapshot v1, https://goo.gl/fbAQLP

exports[`abstract.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
abstract class AbstractSocket {
  createSocket?(): Promise<string>
}

=====================================output=====================================
abstract class AbstractSocket {
  createSocket?(): Promise<string>;
}

================================================================================
`;

exports[`classExpression.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
var x = class C {
}

var y = {
    foo: class C2 {
    }
}

var z = class C4 {
}

=====================================output=====================================
var x = class C {};

var y = {
  foo: class C2 {}
};

var z = class C4 {};

================================================================================
`;

exports[`mixinAccessModifiers.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
// @declaration: true

type Constructable = new (...args: any[]) => object;

class Private {
	constructor (...args: any[]) {}
	private p: string;
}

class Private2 {
	constructor (...args: any[]) {}
	private p: string;
}

class Protected {
	constructor (...args: any[]) {}
	protected p: string;
	protected static s: string;
}

class Protected2 {
	constructor (...args: any[]) {}
	protected p: string;
	protected static s: string;
}

class Public {
	constructor (...args: any[]) {}
	public p: string;
	public static s: string;
}

class Public2 {
	constructor (...args: any[]) {}
	public p: string;
	public static s: string;
}

function f1(x: Private & Private2) {
	x.p;  // Error, private constituent makes property inaccessible
}

function f2(x: Private & Protected) {
	x.p;  // Error, private constituent makes property inaccessible
}

function f3(x: Private & Public) {
	x.p;  // Error, private constituent makes property inaccessible
}

function f4(x: Protected & Protected2) {
	x.p;  // Error, protected when all constituents are protected
}

function f5(x: Protected & Public) {
	x.p;  // Ok, public if any constituent is public
}

function f6(x: Public & Public2) {
	x.p;  // Ok, public if any constituent is public
}

declare function Mix<T, U>(c1: T, c2: U): T & U;

// Can't derive from type with inaccessible properties

class C1 extends Mix(Private, Private2) {}
class C2 extends Mix(Private, Protected) {}
class C3 extends Mix(Private, Public) {}

class C4 extends Mix(Protected, Protected2) {
	f(c4: C4, c5: C5, c6: C6) {
		c4.p;
		c5.p;
		c6.p;
	}
	static g() {
		C4.s;
		C5.s;
		C6.s
	}
}

class C5 extends Mix(Protected, Public) {
	f(c4: C4, c5: C5, c6: C6) {
		c4.p;  // Error, not in class deriving from Protected2
		c5.p;
		c6.p;
	}
	static g() {
		C4.s;  // Error, not in class deriving from Protected2
		C5.s;
		C6.s
	}
}

class C6 extends Mix(Public, Public2) {
	f(c4: C4, c5: C5, c6: C6) {
		c4.p;  // Error, not in class deriving from Protected2
		c5.p;
		c6.p;
	}
	static g() {
		C4.s;  // Error, not in class deriving from Protected2
		C5.s;
		C6.s
	}
}

=====================================output=====================================
// @declaration: true

type Constructable = new (...args: any[]) => object;

class Private {
  constructor(...args: any[]) {}
  private p: string;
}

class Private2 {
  constructor(...args: any[]) {}
  private p: string;
}

class Protected {
  constructor(...args: any[]) {}
  protected p: string;
  protected static s: string;
}

class Protected2 {
  constructor(...args: any[]) {}
  protected p: string;
  protected static s: string;
}

class Public {
  constructor(...args: any[]) {}
  public p: string;
  public static s: string;
}

class Public2 {
  constructor(...args: any[]) {}
  public p: string;
  public static s: string;
}

function f1(x: Private & Private2) {
  x.p; // Error, private constituent makes property inaccessible
}

function f2(x: Private & Protected) {
  x.p; // Error, private constituent makes property inaccessible
}

function f3(x: Private & Public) {
  x.p; // Error, private constituent makes property inaccessible
}

function f4(x: Protected & Protected2) {
  x.p; // Error, protected when all constituents are protected
}

function f5(x: Protected & Public) {
  x.p; // Ok, public if any constituent is public
}

function f6(x: Public & Public2) {
  x.p; // Ok, public if any constituent is public
}

declare function Mix<T, U>(c1: T, c2: U): T & U;

// Can't derive from type with inaccessible properties

class C1 extends Mix(Private, Private2) {}
class C2 extends Mix(Private, Protected) {}
class C3 extends Mix(Private, Public) {}

class C4 extends Mix(Protected, Protected2) {
  f(c4: C4, c5: C5, c6: C6) {
    c4.p;
    c5.p;
    c6.p;
  }
  static g() {
    C4.s;
    C5.s;
    C6.s;
  }
}

class C5 extends Mix(Protected, Public) {
  f(c4: C4, c5: C5, c6: C6) {
    c4.p; // Error, not in class deriving from Protected2
    c5.p;
    c6.p;
  }
  static g() {
    C4.s; // Error, not in class deriving from Protected2
    C5.s;
    C6.s;
  }
}

class C6 extends Mix(Public, Public2) {
  f(c4: C4, c5: C5, c6: C6) {
    c4.p; // Error, not in class deriving from Protected2
    c5.p;
    c6.p;
  }
  static g() {
    C4.s; // Error, not in class deriving from Protected2
    C5.s;
    C6.s;
  }
}

================================================================================
`;

exports[`mixinClassesAnnotated.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
// @declaration: true

type Constructor<T> = new(...args: any[]) => T;

class Base {
    constructor(public x: number, public y: number) {}
}

class Derived extends Base {
    constructor(x: number, y: number, public z: number) {
        super(x, y);
    }
}

const Printable = <T extends Constructor<Base>>(superClass: T): Constructor<Printable> & { message: string } & T =>
    class extends superClass {
        static message = "hello";
        print() {
            const output = this.x + "," + this.y;
        }
    }


function Tagged<T extends Constructor<{}>>(superClass: T): Constructor<Tagged> & T {
    class C extends superClass {
        _tag: string;
        constructor(...args: any[]) {
            super(...args);
            this._tag = "hello";
        }
    }
    return C;
}

const Thing1 = Tagged(Derived);
const Thing2 = Tagged(Printable(Derived));
Thing2.message;

function f1() {
    const thing = new Thing1(1, 2, 3);
    thing.x;
    thing._tag;
}

function f2() {
    const thing = new Thing2(1, 2, 3);
    thing.x;
    thing._tag;
    thing.print();
}

class Thing3 extends Thing2 {
    constructor(tag: string) {
        super(10, 20, 30);
        this._tag = tag;
    }
    test() {
        this.print();
    }
}

=====================================output=====================================
// @declaration: true

type Constructor<T> = new (...args: any[]) => T;

class Base {
  constructor(public x: number, public y: number) {}
}

class Derived extends Base {
  constructor(x: number, y: number, public z: number) {
    super(x, y);
  }
}

const Printable = <T extends Constructor<Base>>(
  superClass: T
): Constructor<Printable> & { message: string } & T =>
  class extends superClass {
    static message = "hello";
    print() {
      const output = this.x + "," + this.y;
    }
  };

function Tagged<T extends Constructor<{}>>(
  superClass: T
): Constructor<Tagged> & T {
  class C extends superClass {
    _tag: string;
    constructor(...args: any[]) {
      super(...args);
      this._tag = "hello";
    }
  }
  return C;
}

const Thing1 = Tagged(Derived);
const Thing2 = Tagged(Printable(Derived));
Thing2.message;

function f1() {
  const thing = new Thing1(1, 2, 3);
  thing.x;
  thing._tag;
}

function f2() {
  const thing = new Thing2(1, 2, 3);
  thing.x;
  thing._tag;
  thing.print();
}

class Thing3 extends Thing2 {
  constructor(tag: string) {
    super(10, 20, 30);
    this._tag = tag;
  }
  test() {
    this.print();
  }
}

================================================================================
`;

exports[`mixinClassesAnonymous.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
type Constructor<T> = new(...args: any[]) => T;

class Base {
    constructor(public x: number, public y: number) {}
}

class Derived extends Base {
    constructor(x: number, y: number, public z: number) {
        super(x, y);
    }
}

const Printable = <T extends Constructor<Base>>(superClass: T) => class extends superClass {
    static message = "hello";
    print() {
        const output = this.x + "," + this.y;
    }
}

function Tagged<T extends Constructor<{}>>(superClass: T) {
    class C extends superClass {
        _tag: string;
        constructor(...args: any[]) {
            super(...args);
            this._tag = "hello";
        }
    }
    return C;
}

const Thing1 = Tagged(Derived);
const Thing2 = Tagged(Printable(Derived));
Thing2.message;

function f1() {
    const thing = new Thing1(1, 2, 3);
    thing.x;
    thing._tag;
}

function f2() {
    const thing = new Thing2(1, 2, 3);
    thing.x;
    thing._tag;
    thing.print();
}

class Thing3 extends Thing2 {
    constructor(tag: string) {
        super(10, 20, 30);
        this._tag = tag;
    }
    test() {
        this.print();
    }
}

// Repro from #13805

const Timestamped = <CT extends Constructor<object>>(Base: CT) => {
    return class extends Base {
        timestamp = new Date();
    };
}

=====================================output=====================================
type Constructor<T> = new (...args: any[]) => T;

class Base {
  constructor(public x: number, public y: number) {}
}

class Derived extends Base {
  constructor(x: number, y: number, public z: number) {
    super(x, y);
  }
}

const Printable = <T extends Constructor<Base>>(superClass: T) =>
  class extends superClass {
    static message = "hello";
    print() {
      const output = this.x + "," + this.y;
    }
  };

function Tagged<T extends Constructor<{}>>(superClass: T) {
  class C extends superClass {
    _tag: string;
    constructor(...args: any[]) {
      super(...args);
      this._tag = "hello";
    }
  }
  return C;
}

const Thing1 = Tagged(Derived);
const Thing2 = Tagged(Printable(Derived));
Thing2.message;

function f1() {
  const thing = new Thing1(1, 2, 3);
  thing.x;
  thing._tag;
}

function f2() {
  const thing = new Thing2(1, 2, 3);
  thing.x;
  thing._tag;
  thing.print();
}

class Thing3 extends Thing2 {
  constructor(tag: string) {
    super(10, 20, 30);
    this._tag = tag;
  }
  test() {
    this.print();
  }
}

// Repro from #13805

const Timestamped = <CT extends Constructor<object>>(Base: CT) => {
  return class extends Base {
    timestamp = new Date();
  };
};

================================================================================
`;

exports[`mixinClassesMembers.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
// @declaration: true

declare class C1 {
    public a: number;
    protected b: number;
    private c: number;
    constructor(s: string);
    constructor(n: number);
}

declare class M1 {
    constructor(...args: any[]);
    p: number;
    static p: number;
}

declare class M2 {
    constructor(...args: any[]);
    f(): number;
    static f(): number;
}

declare const Mixed1: typeof M1 & typeof C1;
declare const Mixed2: typeof C1 & typeof M1;
declare const Mixed3: typeof M2 & typeof M1 & typeof C1;
declare const Mixed4: typeof C1 & typeof M1 & typeof M2;
declare const Mixed5: typeof M1 & typeof M2;

function f1() {
    let x1 = new Mixed1("hello");
    let x2 = new Mixed1(42);
    let x3 = new Mixed2("hello");
    let x4 = new Mixed2(42);
    let x5 = new Mixed3("hello");
    let x6 = new Mixed3(42);
    let x7 = new Mixed4("hello");
    let x8 = new Mixed4(42);
    let x9 = new Mixed5();
}

function f2() {
    let x = new Mixed1("hello");
    x.a;
    x.p;
    Mixed1.p;
}

function f3() {
    let x = new Mixed2("hello");
    x.a;
    x.p;
    Mixed2.p;
}

function f4() {
    let x = new Mixed3("hello");
    x.a;
    x.p;
    x.f();
    Mixed3.p;
    Mixed3.f();
}

function f5() {
    let x = new Mixed4("hello");
    x.a;
    x.p;
    x.f();
    Mixed4.p;
    Mixed4.f();
}

function f6() {
    let x = new Mixed5();
    x.p;
    x.f();
    Mixed5.p;
    Mixed5.f();
}

class C2 extends Mixed1 {
    constructor() {
        super("hello");
        this.a;
        this.b;
        this.p;
    }
}

class C3 extends Mixed3 {
    constructor() {
        super(42);
        this.a;
        this.b;
        this.p;
        this.f();
    }
    f() { return super.f(); }
}

=====================================output=====================================
// @declaration: true

declare class C1 {
  public a: number;
  protected b: number;
  private c: number;
  constructor(s: string);
  constructor(n: number);
}

declare class M1 {
  constructor(...args: any[]);
  p: number;
  static p: number;
}

declare class M2 {
  constructor(...args: any[]);
  f(): number;
  static f(): number;
}

declare const Mixed1: typeof M1 & typeof C1;
declare const Mixed2: typeof C1 & typeof M1;
declare const Mixed3: typeof M2 & typeof M1 & typeof C1;
declare const Mixed4: typeof C1 & typeof M1 & typeof M2;
declare const Mixed5: typeof M1 & typeof M2;

function f1() {
  let x1 = new Mixed1("hello");
  let x2 = new Mixed1(42);
  let x3 = new Mixed2("hello");
  let x4 = new Mixed2(42);
  let x5 = new Mixed3("hello");
  let x6 = new Mixed3(42);
  let x7 = new Mixed4("hello");
  let x8 = new Mixed4(42);
  let x9 = new Mixed5();
}

function f2() {
  let x = new Mixed1("hello");
  x.a;
  x.p;
  Mixed1.p;
}

function f3() {
  let x = new Mixed2("hello");
  x.a;
  x.p;
  Mixed2.p;
}

function f4() {
  let x = new Mixed3("hello");
  x.a;
  x.p;
  x.f();
  Mixed3.p;
  Mixed3.f();
}

function f5() {
  let x = new Mixed4("hello");
  x.a;
  x.p;
  x.f();
  Mixed4.p;
  Mixed4.f();
}

function f6() {
  let x = new Mixed5();
  x.p;
  x.f();
  Mixed5.p;
  Mixed5.f();
}

class C2 extends Mixed1 {
  constructor() {
    super("hello");
    this.a;
    this.b;
    this.p;
  }
}

class C3 extends Mixed3 {
  constructor() {
    super(42);
    this.a;
    this.b;
    this.p;
    this.f();
  }
  f() {
    return super.f();
  }
}

================================================================================
`;

exports[`nestedClassDeclaration.ts 1`] = `
====================================options=====================================
parsers: ["typescript"]
printWidth: 80
                                                                                | printWidth
=====================================input======================================
// nested classes are not allowed

class C {
    x: string;
}

function foo() {
    class C3 {
    }
}

=====================================output=====================================
// nested classes are not allowed

class C {
  x: string;
}

function foo() {
  class C3 {}
}

================================================================================
`;
