FM / p-pipe

/var/www/flurhymez/node_modules/p-pipe

Name	Size	Mode	Actions
index.d.ts	4703	0644	edit dl rm
index.js	343	0644	edit dl rm
license	1117	0644	edit dl rm
package.json	1785	0644	edit dl rm
readme.md	1569	0644	edit dl rm

Edit: /var/www/flurhymez/node_modules/p-pipe/index.d.ts (4703B)

declare namespace pPipe {
	type UnaryFunction<ValueType, ReturnType> = (
		value: ValueType
	) => ReturnType | PromiseLike<ReturnType>;

type Pipeline<ValueType, ReturnType> = (
		value?: ValueType
	) => Promise<ReturnType>;
}

/**
Compose promise-returning & async functions into a reusable pipeline.

@param ...input - Iterated over sequentially when returned `function` is called.
@returns The `input` functions are applied from left to right.

@example
```
import pPipe = require('p-pipe');

const addUnicorn = async string => `${string} Unicorn`;
const addRainbow = async string => `${string} Rainbow`;

const pipeline = pPipe(addUnicorn, addRainbow);

(async () => {
	console.log(await pipeline('❤️'));
	//=> '❤️ Unicorn Rainbow'
})();
```
*/
declare function pPipe<ValueType, ReturnType>(
	f1: pPipe.UnaryFunction<ValueType, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<ValueType, ResultValue1, ReturnType>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<ValueType, ResultValue1, ResultValue2, ReturnType>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<
	ValueType,
	ResultValue1,
	ResultValue2,
	ResultValue3,
	ReturnType
>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ResultValue3>,
	f4: pPipe.UnaryFunction<ResultValue3, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<
	ValueType,
	ResultValue1,
	ResultValue2,
	ResultValue3,
	ResultValue4,
	ReturnType
>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ResultValue3>,
	f4: pPipe.UnaryFunction<ResultValue3, ResultValue4>,
	f5: pPipe.UnaryFunction<ResultValue4, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<
	ValueType,
	ResultValue1,
	ResultValue2,
	ResultValue3,
	ResultValue4,
	ResultValue5,
	ReturnType
>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ResultValue3>,
	f4: pPipe.UnaryFunction<ResultValue3, ResultValue4>,
	f5: pPipe.UnaryFunction<ResultValue4, ResultValue5>,
	f6: pPipe.UnaryFunction<ResultValue5, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<
	ValueType,
	ResultValue1,
	ResultValue2,
	ResultValue3,
	ResultValue4,
	ResultValue5,
	ResultValue6,
	ReturnType
>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ResultValue3>,
	f4: pPipe.UnaryFunction<ResultValue3, ResultValue4>,
	f5: pPipe.UnaryFunction<ResultValue4, ResultValue5>,
	f6: pPipe.UnaryFunction<ResultValue5, ResultValue6>,
	f7: pPipe.UnaryFunction<ResultValue6, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<
	ValueType,
	ResultValue1,
	ResultValue2,
	ResultValue3,
	ResultValue4,
	ResultValue5,
	ResultValue6,
	ResultValue7,
	ReturnType
>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ResultValue3>,
	f4: pPipe.UnaryFunction<ResultValue3, ResultValue4>,
	f5: pPipe.UnaryFunction<ResultValue4, ResultValue5>,
	f6: pPipe.UnaryFunction<ResultValue5, ResultValue6>,
	f7: pPipe.UnaryFunction<ResultValue6, ResultValue7>,
	f8: pPipe.UnaryFunction<ResultValue7, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;
declare function pPipe<
	ValueType,
	ResultValue1,
	ResultValue2,
	ResultValue3,
	ResultValue4,
	ResultValue5,
	ResultValue6,
	ResultValue7,
	ResultValue8,
	ReturnType
>(
	f1: pPipe.UnaryFunction<ValueType, ResultValue1>,
	f2: pPipe.UnaryFunction<ResultValue1, ResultValue2>,
	f3: pPipe.UnaryFunction<ResultValue2, ResultValue3>,
	f4: pPipe.UnaryFunction<ResultValue3, ResultValue4>,
	f5: pPipe.UnaryFunction<ResultValue4, ResultValue5>,
	f6: pPipe.UnaryFunction<ResultValue5, ResultValue6>,
	f7: pPipe.UnaryFunction<ResultValue6, ResultValue7>,
	f8: pPipe.UnaryFunction<ResultValue7, ResultValue8>,
	f9: pPipe.UnaryFunction<ResultValue8, ReturnType>
): pPipe.Pipeline<ValueType, ReturnType>;

// Fallbacks if more than 9 functions are passed as input (not type-safe).
declare function pPipe(
	...functions: (pPipe.UnaryFunction<any, unknown>)[]
): pPipe.Pipeline<unknown, unknown>;

export = pPipe;

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