Initial commit: New MoreminiMore website with fresh design
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45
node_modules/promise-limit/index.d.ts
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node_modules/promise-limit/index.d.ts
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export = limitFactory
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declare namespace limitFactory {}
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/**
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* Returns a function that can be used to wrap promise returning functions,
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* limiting them to concurrency outstanding calls.
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* @param concurrency the concurrency, i.e. 1 will limit calls to one at a
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* time, effectively in sequence or serial. 2 will allow two at a time, etc.
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* 0 or undefined specify no limit, and all calls will be run in parallel.
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*/
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declare function limitFactory<T>(concurrency?: number): limit<T>
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declare type limit<T> = limitFunc<T> & limitInterface<T>
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declare interface limitInterface<T> {
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/**
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* Maps an array of items using mapper, but limiting the number of concurrent
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* calls to mapper with the concurrency of limit. If at least one call to
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* mapper returns a rejected promise, the result of map is a the same rejected
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* promise, and no further calls to mapper are made.
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* @param items any items
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* @param mapper iterator
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*/
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map<U>(items: ReadonlyArray<T>, mapper: (value: T) => Promise<U>): Promise<U[]>
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/**
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* Returns the queue length, the number of jobs that are waiting to be started.
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* You could use this to throttle incoming jobs, so the queue doesn't
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* overwhealm the available memory - for e.g. pause() a stream.
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*/
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queue: number
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}
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/**
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* A function that limits calls to fn, based on concurrency above. Returns a
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* promise that resolves or rejects the same value or error as fn. All functions
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* are executed in the same order in which they were passed to limit. fn must
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* return a promise.
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* @param fn a function that is called with no arguments and returns a promise.
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* You can pass arguments to your function by putting it inside another function,
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* i.e. `() -> myfunc(a, b, c)`.
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*/
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declare type limitFunc<T> = (fn: () => Promise<T>) => Promise<T>
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