CasperSecurity
declare type BaseTypes = string | number | boolean;
declare type Builtin = Primitive | Function | Date | Error | RegExp;
declare type CollectionTypes = IterableCollections | WeakCollections;
export declare function computed<T>(getter: ComputedGetter<T>): ComputedRef<T>;
export declare function computed<T>(options: WritableComputedOptions<T>): WritableComputedRef<T>;
export declare type ComputedGetter<T> = (ctx?: any) => T;
export declare interface ComputedRef<T = any> extends WritableComputedRef<T> {
readonly value: T;
}
export declare type ComputedSetter<T> = (v: T) => void;
export declare function customRef<T>(factory: CustomRefFactory<T>): Ref<T>;
declare type CustomRefFactory<T> = (track: () => void, trigger: () => void) => {
get: () => T;
set: (value: T) => void;
};
export declare type DebuggerEvent = {
effect: ReactiveEffect;
target: object;
type: TrackOpTypes | TriggerOpTypes;
key: any;
} & DebuggerEventExtraInfo;
declare interface DebuggerEventExtraInfo {
newValue?: any;
oldValue?: any;
oldTarget?: Map<any, any> | Set<any>;
}
export declare type DeepReadonly<T> = T extends Builtin ? T : T extends Map<infer K, infer V> ? ReadonlyMap<DeepReadonly<K>, DeepReadonly<V>> : T extends ReadonlyMap<infer K, infer V> ? ReadonlyMap<DeepReadonly<K>, DeepReadonly<V>> : T extends WeakMap<infer K, infer V> ? WeakMap<DeepReadonly<K>, DeepReadonly<V>> : T extends Set<infer U> ? ReadonlySet<DeepReadonly<U>> : T extends ReadonlySet<infer U> ? ReadonlySet<DeepReadonly<U>> : T extends WeakSet<infer U> ? WeakSet<DeepReadonly<U>> : T extends Promise<infer U> ? Promise<DeepReadonly<U>> : T extends {} ? {
readonly [K in keyof T]: DeepReadonly<T[K]>;
} : Readonly<T>;
declare type Dep = Set<ReactiveEffect>;
export declare function effect<T = any>(fn: () => T, options?: ReactiveEffectOptions): ReactiveEffect<T>;
export declare function enableTracking(): void;
export declare function isProxy(value: unknown): boolean;
export declare function isReactive(value: unknown): boolean;
export declare function isReadonly(value: unknown): boolean;
export declare function isRef<T>(r: Ref<T> | unknown): r is Ref<T>;
declare type IterableCollections = Map<any, any> | Set<any>;
export declare const ITERATE_KEY: unique symbol;
export declare function markRaw<T extends object>(value: T): T;
export declare function pauseTracking(): void;
declare type Primitive = string | number | boolean | bigint | symbol | undefined | null;
export declare function proxyRefs<T extends object>(objectWithRefs: T): ShallowUnwrapRef<T>;
/**
* Creates a reactive copy of the original object.
*
* The reactive conversion is "deep"—it affects all nested properties. In the
* ES2015 Proxy based implementation, the returned proxy is **not** equal to the
* original object. It is recommended to work exclusively with the reactive
* proxy and avoid relying on the original object.
*
* A reactive object also automatically unwraps refs contained in it, so you
* don't need to use `.value` when accessing and mutating their value:
*
* ```js
* const count = ref(0)
* const obj = reactive({
* count
* })
*
* obj.count++
* obj.count // -> 1
* count.value // -> 1
* ```
*/
export declare function reactive<T extends object>(target: T): UnwrapNestedRefs<T>;
export declare interface ReactiveEffect<T = any> {
(): T;
_isEffect: true;
id: number;
active: boolean;
raw: () => T;
deps: Array<Dep>;
options: ReactiveEffectOptions;
allowRecurse: boolean;
}
export declare interface ReactiveEffectOptions {
lazy?: boolean;
scheduler?: (job: ReactiveEffect) => void;
onTrack?: (event: DebuggerEvent) => void;
onTrigger?: (event: DebuggerEvent) => void;
onStop?: () => void;
/**
* Indicates whether the job is allowed to recursively trigger itself when
* managed by the scheduler.
*
* By default, a job cannot trigger itself because some built-in method calls,
* e.g. Array.prototype.push actually performs reads as well (#1740) which
* can lead to confusing infinite loops.
* The allowed cases are component update functions and watch callbacks.
* Component update functions may update child component props, which in turn
* trigger flush: "pre" watch callbacks that mutates state that the parent
* relies on (#1801). Watch callbacks doesn't track its dependencies so if it
* triggers itself again, it's likely intentional and it is the user's
* responsibility to perform recursive state mutation that eventually
* stabilizes (#1727).
*/
allowRecurse?: boolean;
}
export declare const enum ReactiveFlags {
SKIP = "__v_skip",
IS_REACTIVE = "__v_isReactive",
IS_READONLY = "__v_isReadonly",
RAW = "__v_raw"
}
/**
* Creates a readonly copy of the original object. Note the returned copy is not
* made reactive, but `readonly` can be called on an already reactive object.
*/
export declare function readonly<T extends object>(target: T): DeepReadonly<UnwrapNestedRefs<T>>;
export declare interface Ref<T = any> {
value: T;
/**
* Type differentiator only.
* We need this to be in public d.ts but don't want it to show up in IDE
* autocomplete, so we use a private Symbol instead.
*/
[RefSymbol]: true;
/* Excluded from this release type: _shallow */
}
export declare function ref<T extends object>(value: T): ToRef<T>;
export declare function ref<T>(value: T): Ref<UnwrapRef<T>>;
export declare function ref<T = any>(): Ref<T | undefined>;
declare const RefSymbol: unique symbol;
/**
* This is a special exported interface for other packages to declare
* additional types that should bail out for ref unwrapping. For example
* \@vue/runtime-dom can declare it like so in its d.ts:
*
* ``` ts
* declare module '@vue/reactivity' {
* export interface RefUnwrapBailTypes {
* runtimeDOMBailTypes: Node | Window
* }
* }
* ```
*
* Note that api-extractor somehow refuses to include `declare module`
* augmentations in its generated d.ts, so we have to manually append them
* to the final generated d.ts in our build process.
*/
export declare interface RefUnwrapBailTypes {
}
export declare function resetTracking(): void;
/**
* Return a shallowly-reactive copy of the original object, where only the root
* level properties are reactive. It also does not auto-unwrap refs (even at the
* root level).
*/
export declare function shallowReactive<T extends object>(target: T): T;
/**
* Returns a reactive-copy of the original object, where only the root level
* properties are readonly, and does NOT unwrap refs nor recursively convert
* returned properties.
* This is used for creating the props proxy object for stateful components.
*/
export declare function shallowReadonly<T extends object>(target: T): Readonly<{
[K in keyof T]: UnwrapNestedRefs<T[K]>;
}>;
export declare function shallowRef<T extends object>(value: T): T extends Ref ? T : Ref<T>;
export declare function shallowRef<T>(value: T): Ref<T>;
export declare function shallowRef<T = any>(): Ref<T | undefined>;
export declare type ShallowUnwrapRef<T> = {
[K in keyof T]: T[K] extends Ref<infer V> ? V : T[K] extends Ref<infer V> | undefined ? unknown extends V ? undefined : V | undefined : T[K];
};
declare function stop_2(effect: ReactiveEffect): void;
export { stop_2 as stop }
declare type SymbolExtract<T> = (T extends {
[Symbol.asyncIterator]: infer V;
} ? {
[Symbol.asyncIterator]: V;
} : {}) & (T extends {
[Symbol.hasInstance]: infer V;
} ? {
[Symbol.hasInstance]: V;
} : {}) & (T extends {
[Symbol.isConcatSpreadable]: infer V;
} ? {
[Symbol.isConcatSpreadable]: V;
} : {}) & (T extends {
[Symbol.iterator]: infer V;
} ? {
[Symbol.iterator]: V;
} : {}) & (T extends {
[Symbol.match]: infer V;
} ? {
[Symbol.match]: V;
} : {}) & (T extends {
[Symbol.matchAll]: infer V;
} ? {
[Symbol.matchAll]: V;
} : {}) & (T extends {
[Symbol.replace]: infer V;
} ? {
[Symbol.replace]: V;
} : {}) & (T extends {
[Symbol.search]: infer V;
} ? {
[Symbol.search]: V;
} : {}) & (T extends {
[Symbol.species]: infer V;
} ? {
[Symbol.species]: V;
} : {}) & (T extends {
[Symbol.split]: infer V;
} ? {
[Symbol.split]: V;
} : {}) & (T extends {
[Symbol.toPrimitive]: infer V;
} ? {
[Symbol.toPrimitive]: V;
} : {}) & (T extends {
[Symbol.toStringTag]: infer V;
} ? {
[Symbol.toStringTag]: V;
} : {}) & (T extends {
[Symbol.unscopables]: infer V;
} ? {
[Symbol.unscopables]: V;
} : {});
export declare function toRaw<T>(observed: T): T;
declare type ToRef<T> = [T] extends [Ref] ? T : Ref<UnwrapRef<T>>;
export declare function toRef<T extends object, K extends keyof T>(object: T, key: K): ToRef<T[K]>;
export declare type ToRefs<T = any> = {
[K in keyof T]: T[K] extends Ref ? T[K] : Ref<UnwrapRef<T[K]>>;
};
export declare function toRefs<T extends object>(object: T): ToRefs<T>;
export declare function track(target: object, type: TrackOpTypes, key: unknown): void;
export declare const enum TrackOpTypes {
GET = "get",
HAS = "has",
ITERATE = "iterate"
}
export declare function trigger(target: object, type: TriggerOpTypes, key?: unknown, newValue?: unknown, oldValue?: unknown, oldTarget?: Map<unknown, unknown> | Set<unknown>): void;
export declare const enum TriggerOpTypes {
SET = "set",
ADD = "add",
DELETE = "delete",
CLEAR = "clear"
}
export declare function triggerRef(ref: Ref): void;
export declare function unref<T>(ref: T | Ref<T>): T;
export declare type UnwrapNestedRefs<T> = T extends Ref ? T : UnwrapRef<T>;
declare type UnwrappedObject<T> = {
[P in keyof T]: UnwrapRef<T[P]>;
} & SymbolExtract<T>;
export declare type UnwrapRef<T> = T extends Ref<infer V> ? UnwrapRefSimple<V> : UnwrapRefSimple<T>;
declare type UnwrapRefSimple<T> = T extends Function | CollectionTypes | BaseTypes | Ref | RefUnwrapBailTypes[keyof RefUnwrapBailTypes] ? T : T extends Array<any> ? {
[K in keyof T]: UnwrapRefSimple<T[K]>;
} : T extends object ? UnwrappedObject<T> : T;
declare type WeakCollections = WeakMap<any, any> | WeakSet<any>;
export declare interface WritableComputedOptions<T> {
get: ComputedGetter<T>;
set: ComputedSetter<T>;
}
export declare interface WritableComputedRef<T> extends Ref<T> {
readonly effect: ReactiveEffect<T>;
}
export { }