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=== tests/cases/compiler/recursiveClassReferenceTest.ts ===
// Scenario 1: Test reqursive function call with "this" parameter
// Scenario 2: Test recursive function call with cast and "this" parameter
declare module Sample.Thing {
export interface IWidget {
getDomNode(): any;
>getDomNode : () => any
destroy();
>destroy : () => any
gar(runner:(widget:Sample.Thing.IWidget)=>any):any;
>gar : (runner: (widget: IWidget) => any) => any
>runner : (widget: IWidget) => any
>widget : IWidget
>Sample : any
>Thing : any
}
export interface ICodeThing {
getDomNode(): Element;
>getDomNode : () => any
addWidget(widgetId:string, widget:IWidget);
>addWidget : (widgetId: string, widget: IWidget) => any
>widgetId : string
>widget : IWidget
focus();
>focus : () => any
//addWidget(widget: Sample.Thing.Widgets.IWidget);
}
export interface IAction {
run(Thing:ICodeThing):boolean;
>run : (Thing: ICodeThing) => boolean
>Thing : ICodeThing
getId():string;
>getId : () => string
}
}
module Sample.Actions.Thing.Find {
>Sample : typeof Sample
>Actions : typeof Actions
>Thing : typeof Thing
>Find : typeof Find
export class StartFindAction implements Sample.Thing.IAction {
>StartFindAction : StartFindAction
>Sample.Thing : typeof Sample.Thing
>Sample : typeof Sample
>Thing : typeof Sample.Thing
public getId() { return "yo"; }
>getId : () => string
>"yo" : "yo"
public run(Thing:Sample.Thing.ICodeThing):boolean {
>run : (Thing: Sample.Thing.ICodeThing) => boolean
>Thing : Sample.Thing.ICodeThing
>Sample : any
>Thing : any
return true;
>true : true
}
}
}
module Sample.Thing.Widgets {
>Sample : typeof Sample
>Thing : typeof Thing
>Widgets : typeof Widgets
export class FindWidget implements Sample.Thing.IWidget {
>FindWidget : FindWidget
>Sample.Thing : typeof Thing
>Sample : typeof Sample
>Thing : typeof Thing
public gar(runner:(widget:Sample.Thing.IWidget)=>any) { if (true) {return runner(this);}}
>gar : (runner: (widget: IWidget) => any) => any
>runner : (widget: IWidget) => any
>widget : IWidget
>Sample : any
>Thing : any
>true : true
>runner(this) : any
>runner : (widget: IWidget) => any
>this : this
private domNode:any = null;
>domNode : any
>null : null
constructor(private codeThing: Sample.Thing.ICodeThing) {
>codeThing : ICodeThing
>Sample : any
>Thing : any
// scenario 1
codeThing.addWidget("addWidget", this);
>codeThing.addWidget("addWidget", this) : any
>codeThing.addWidget : (widgetId: string, widget: IWidget) => any
>codeThing : ICodeThing
>addWidget : (widgetId: string, widget: IWidget) => any
>"addWidget" : "addWidget"
>this : this
}
public getDomNode() {
>getDomNode : () => any
return domNode;
>domNode : any
}
public destroy() {
>destroy : () => void
}
}
}
interface IMode { getInitialState(): IState;}
>getInitialState : () => IState
class AbstractMode implements IMode { public getInitialState(): IState { return null;} }
>AbstractMode : AbstractMode
>getInitialState : () => IState
>null : null
interface IState {}
interface Window {
opener: Window;
>opener : Window
}
declare var self: Window;
>self : Window
module Sample.Thing.Languages.PlainText {
>Sample : typeof Sample
>Thing : typeof Thing
>Languages : typeof Languages
>PlainText : typeof PlainText
export class State implements IState {
>State : State
constructor(private mode: IMode) { }
>mode : IMode
public clone():IState {
>clone : () => IState
return this;
>this : this
}
public equals(other:IState):boolean {
>equals : (other: IState) => boolean
>other : IState
return this === other;
>this === other : boolean
>this : this
>other : IState
}
public getMode(): IMode { return mode; }
>getMode : () => IMode
>mode : any
}
export class Mode extends AbstractMode {
>Mode : Mode
>AbstractMode : AbstractMode
// scenario 2
public getInitialState(): IState {
>getInitialState : () => IState
return new State(self);
>new State(self) : any
>State : typeof State
>self : Window
}
}
}
|
