| 1 | {"version":3,"file":"funprog.js","sources":["../src/operators.js","../src/functionalprogramming.js","../src/reducer.js","../src/transducer.js","../src/transformer.js","../src/iterator.js"],"sourcesContent":["const not = async (x) => {\r\n var operand = await x\r\n return !operand\r\n }\r\n\r\nconst identity = x => x\r\n\r\n// predicates\r\nconst isEven = x => x % 2 === 0\r\nconst isOdd = x => !isEven(x)\r\nconst isGreaterThan = x => y => y > x ? y : 0\r\nconst digitize = x => x ? 1 : 0\r\n\r\nconst modulus = val => x => x % val\r\n\r\nconst select = property => x => x[property]\r\n\r\nexport {\r\n isEven,\r\n modulus,\r\n isOdd,\r\n isGreaterThan,\r\n identity,\r\n not,\r\n digitize,\r\n select\r\n}\r\n","\nfunction apply (x, f) {\n return f(x)\n}\n\nfunction compose (...funcs) {\n return x => funcs.reduceRight(apply, x)\n}\n\nexport {\n compose\n}\n","\nfunction concat (accumlator, val) {\n return accumlator.concat(val)\n}\n\nfunction latest (accumlator, val) {\n return val\n}\n\nexport {\n concat,\n latest\n}\n","\nasync function transduceAsyncIterator (transform, reducerfunction, init, asynciterator) {\n var reducer = transform(reducerfunction)\n var n = null\n do {\n n = await asynciterator.next()\n if (!n.done) {\n var v = n.value\n init = await reducer(init, v)\n }\n } while (!n.done)\n return init\n}\n\nasync function transduceAsyncHasNextIterator (transform, reducerfunction, init, asynchasnextiterator) {\n var reducer = transform(reducerfunction)\n var n = null\n var r = null\n do {\n n = await asynchasnextiterator.hasNext()\n if (n) {\n var v = await asynchasnextiterator.next()\n r = await reducer(init, v)\n if (r.hasOwnProperty('reduced')) {\n if (r.reduced) {\n init = r.reduced\n }\n } else if (r) {\n init = r\n }\n }\n } while (r && n)\n return init\n}\n\nasync function transduceArray (xf, rf, init, xs) {\n // call reduce on the data structure internally (abstract it away)\n // pass the rf to the composed transformation\n // pass in the initial value\n var xrf = await xf(rf)\n return xs.reduce(xrf, init)\n}\n\nasync function * transduceGenerator (transform, reducerfunction, init, streamgenerator) {\n var reducer = transform(reducerfunction)\n for await (const value of streamgenerator) {\n var newinit = await reducer(init, value)\n // Here we checked if there is new a 'reduced' value and only generate a new value when this is the case\n if (!newinit) {\n } else if (newinit === init) {\n } else {\n if (newinit.hasOwnProperty('reduced')) {\n if (Array.isArray(newinit.reduced)) {\n for (var i = 0; i < newinit.reduced.length; i++) {\n init = newinit.reduced[i]\n yield newinit.reduced[i]\n }\n }\n } else {\n init = newinit\n yield newinit\n }\n }\n }\n}\n\nexport {\n transduceAsyncIterator,\n transduceAsyncHasNextIterator,\n transduceArray,\n transduceGenerator\n}\n","\n/**\n * Passes all events\n */\nfunction passthrough () {\n return function (rf) {\n // this takes 2 things and makes them 1\n return async (acc, val) => {\n return rf(acc, val) // <-- rf replaces 'concat'\n }\n }\n}\n\n/**\n * Performs a mapping operation on each record in the stream\n * @param {*} f\n */function mapping (f) {\n return function (rf) {\n // this takes 2 things and makes them 1\n return async (acc, val) => {\n var m = await f(val)\n var r = await rf(acc, m) // <-- rf replaces 'concat'\n if (r.hasOwnProperty('reduced')) {\n if (r.reduced) {\n return r\n } else {\n return acc\n }\n } else {\n return r\n }\n }\n }\n }\n\n /**\n * Removes records from the stream if the dont match the predicate\n * @param {*} p\n */\n function filtering (p) {\n return function (rf) {\n // this takes 2 things and makes them 1\n return async (acc, val) => {\n var pred = (await p(val))\n return pred ? rf(acc, val) : { reduced: null } // <-- rf replaces 'concat'\n }\n }\n }\n\n /**\n * Takes toTake records from the stream\n * @param {*} toTake\n */\nfunction take (toTake) {\n // assert(toTake && cnt > 0)\n var count = toTake\n return function (rf) {\n // this takes 2 things and makes them 1\n return async (acc, val) => {\n if ((--count) < 0) {\n return {\n reduced: null\n }\n } else {\n return rf(acc, val)\n }\n }\n }\n}\n\n/**\n * Skips forward in a stream by the toSkip records\n * @param {*} toSkip\n */\nfunction skip (toSkip) {\n // assertMod(toSkip && toSkip >= 0)\n var count = 0\n return function (rf) {\n // this takes 2 things and makes them 1\n return async (acc, val) => {\n if (count++ < toSkip) {\n return { reduced: null }\n } else {\n return rf(acc, val)\n }\n }\n }\n}\n\n/**\n * Samples from a stream at a particular frequency.\n * sample(1000) will sample a value once every second\n * @param {*} period\n */\nfunction sampling (period) {\n // assertMod(cnt && cnt >= 0)\n var last = 0\n return function (rf) {\n return async (acc, val) => {\n var nw = Date.now()\n var diff = nw - last\n // console.log(diff)\n if (diff < period) {\n // console.log('Skip' + val)\n return { reduced: null }\n } else {\n last = nw\n // console.log('Accept' + val)\n return rf(acc, val)\n }\n }\n }\n}\n\n/**\n * Transforms a series of measurements into events. The predicate determines when the measurements continue the event or non-event\n * @param {*} predicate\n */\nfunction eventing (predicate) {\n var latest = null\n var sequence = -1\n return function (rf) {\n return async (acc, val) => {\n sequence++\n var pred = (await predicate(val))\n if (pred && !latest) {\n latest = {\n start: val.time ? val.time : sequence,\n end: val.time ? val.time : sequence\n }\n return { reduced: null }\n } else if (pred && latest) {\n latest.end = val.time ? val.time : sequence\n return { reduced: null }\n } else if (!pred && latest) {\n var next = latest\n latest = null\n return rf(acc, next)\n } else {\n return { reduced: null }\n }\n }\n }\n}\n\n/**\n * Split one event into multiple\n * splitter is a function which maps a value to an array\n */\nfunction split (splitter) {\n return function (rf) {\n // this takes 2 things and makes them 1\n return async (acc, val) => {\n var rs = await splitter(val)\n var reduction = { reduced: [] }\n try {\n var acc2 = acc\n for (var i = 0; i < rs.length; i++) {\n var r = rs[i]\n acc2 = await rf(acc2, r)\n if (acc2.hasOwnProperty('reduced')) {\n if (acc2.reduced) {\n reduction.reduced.push(acc2.reduced)\n }\n } else {\n reduction.reduced.push(acc2)\n }\n }\n return reduction\n } catch (ex) {\n console.log(ex)\n }\n }\n }\n}\n\n/**\n * Randomly samples from a stream with a target frequency.\n * randomFilter(100) will target to sample one value in every 100\n * @param {*} countFrequency - a number\n */\nfunction randomFilter (countFrequency) {\n // assertMod(cnt && cnt >= 0\n return function (rf) {\n return async (acc, val) => {\n var rand = Math.floor((Math.random() * countFrequency))\n if (rand === 0) {\n return rf(acc, val)\n } else {\n return { reduced: null }\n }\n }\n }\n}\n\n /**\n * Make n neighbors available as each stream record is processed.\n * @param {*} numberOfNeighbors\n */\n function neighbors (numNeighbors = 10) {\n var neighbors = []\n\n return function (rf) {\n return async (acc, val) => {\n neighbors.push(val)\n if ((neighbors.length) < numNeighbors) {\n return {\n reduced: null\n }\n } else {\n let first = neighbors[0]\n let enriched = Object.assign({}, first)\n enriched.neighbors = neighbors\n enriched.data = first\n let res = rf(acc, enriched)\n neighbors.shift()\n return res\n }\n }\n }\n }\n\nexport {\n passthrough,\n mapping,\n filtering,\n take,\n skip,\n eventing,\n sampling,\n split,\n randomFilter,\n neighbors\n}\n","\nasync function * makeAsyncRangeIterator (start = 0, end = Infinity, step = 1, delay = 10) {\n let iterationCount = 0\n for (let i = start; i < end; i += step) {\n iterationCount++\n yield new Promise((resolve, reject) => {\n setTimeout(() => {\n resolve(i)\n }, delay)\n })\n }\n return iterationCount\n }\n\nfunction makeAsyncHasNextRangeIterator (start = 0, end = Infinity, step = 1) {\n let iterationCount = start\n return {\n hasNext: function () {\n return iterationCount < end\n },\n next: function () {\n return new Promise((resolve, reject) => {\n setTimeout(() => {\n resolve(iterationCount++)\n }, 10)\n })\n }\n }\n}\n\nfunction makeArrayIterator (dataArray) {\n let iterationCount = 0\n return {\n hasNext: function () {\n return iterationCount < dataArray.length\n },\n next: function () {\n return dataArray[iterationCount++]\n }\n }\n }\n\nexport {\n makeArrayIterator,\n makeAsyncRangeIterator,\n 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