most/dist/most.js.map

{"version":3,"file":"most.js","sources":["../src/Stream.js","../node_modules/@most/prelude/dist/index.es.js","../src/disposable/Disposable.js","../src/disposable/SettableDisposable.js","../src/Promise.js","../src/disposable/dispose.js","../src/fatalError.js","../src/scheduler/PropagateTask.js","../src/source/core.js","../src/source/fromArray.js","../src/iterable.js","../src/source/fromIterable.js","../node_modules/symbol-observable/es/ponyfill.js","../node_modules/symbol-observable/es/index.js","../src/observable/getObservable.js","../src/source/tryEvent.js","../src/observable/fromObservable.js","../src/source/from.js","../src/source/periodic.js","../src/scheduler/ScheduledTask.js","../src/task.js","../src/scheduler/Scheduler.js","../src/scheduler/ClockTimer.js","../src/scheduler/Timeline.js","../src/scheduler/defaultScheduler.js","../src/observable/subscribe.js","../src/combinator/thru.js","../src/source/EventTargetSource.js","../src/sink/DeferredSink.js","../src/source/EventEmitterSource.js","../src/source/fromEvent.js","../src/runSource.js","../src/sink/Pipe.js","../src/fusion/Filter.js","../src/fusion/FilterMap.js","../src/fusion/Map.js","../src/combinator/transform.js","../src/combinator/observe.js","../src/combinator/loop.js","../src/combinator/accumulate.js","../src/source/unfold.js","../src/source/iterate.js","../src/source/generate.js","../src/combinator/continueWith.js","../src/combinator/build.js","../src/sink/IndexSink.js","../src/invoke.js","../src/combinator/combine.js","../src/combinator/applicative.js","../src/combinator/transduce.js","../src/LinkedList.js","../src/combinator/mergeConcurrently.js","../src/combinator/flatMap.js","../src/combinator/concatMap.js","../src/combinator/merge.js","../src/combinator/sample.js","../src/Queue.js","../src/combinator/zip.js","../src/combinator/switch.js","../src/combinator/filter.js","../src/combinator/slice.js","../src/combinator/timeslice.js","../src/combinator/delay.js","../src/combinator/timestamp.js","../src/combinator/limit.js","../src/combinator/promises.js","../src/sink/SafeSink.js","../src/combinator/errors.js","../node_modules/@most/multicast/dist/multicast.es.js","../src/index.js"],"sourcesContent":["/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport default function Stream (source) {\n  this.source = source\n}\n\nStream.prototype.run = function (sink, scheduler) {\n  return this.source.run(sink, scheduler)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n\n// Non-mutating array operations\n\n// cons :: a -> [a] -> [a]\n// a with x prepended\nfunction cons (x, a) {\n  var l = a.length;\n  var b = new Array(l + 1);\n  b[0] = x;\n  for (var i = 0; i < l; ++i) {\n    b[i + 1] = a[i];\n  }\n  return b\n}\n\n// append :: a -> [a] -> [a]\n// a with x appended\nfunction append (x, a) {\n  var l = a.length;\n  var b = new Array(l + 1);\n  for (var i = 0; i < l; ++i) {\n    b[i] = a[i];\n  }\n\n  b[l] = x;\n  return b\n}\n\n// drop :: Int -> [a] -> [a]\n// drop first n elements\nfunction drop (n, a) { // eslint-disable-line complexity\n  if (n < 0) {\n    throw new TypeError('n must be >= 0')\n  }\n\n  var l = a.length;\n  if (n === 0 || l === 0) {\n    return a\n  }\n\n  if (n >= l) {\n    return []\n  }\n\n  return unsafeDrop(n, a, l - n)\n}\n\n// unsafeDrop :: Int -> [a] -> Int -> [a]\n// Internal helper for drop\nfunction unsafeDrop (n, a, l) {\n  var b = new Array(l);\n  for (var i = 0; i < l; ++i) {\n    b[i] = a[n + i];\n  }\n  return b\n}\n\n// tail :: [a] -> [a]\n// drop head element\nfunction tail (a) {\n  return drop(1, a)\n}\n\n// copy :: [a] -> [a]\n// duplicate a (shallow duplication)\nfunction copy (a) {\n  var l = a.length;\n  var b = new Array(l);\n  for (var i = 0; i < l; ++i) {\n    b[i] = a[i];\n  }\n  return b\n}\n\n// map :: (a -> b) -> [a] -> [b]\n// transform each element with f\nfunction map (f, a) {\n  var l = a.length;\n  var b = new Array(l);\n  for (var i = 0; i < l; ++i) {\n    b[i] = f(a[i]);\n  }\n  return b\n}\n\n// reduce :: (a -> b -> a) -> a -> [b] -> a\n// accumulate via left-fold\nfunction reduce (f, z, a) {\n  var r = z;\n  for (var i = 0, l = a.length; i < l; ++i) {\n    r = f(r, a[i], i);\n  }\n  return r\n}\n\n// replace :: a -> Int -> [a]\n// replace element at index\nfunction replace (x, i, a) { // eslint-disable-line complexity\n  if (i < 0) {\n    throw new TypeError('i must be >= 0')\n  }\n\n  var l = a.length;\n  var b = new Array(l);\n  for (var j = 0; j < l; ++j) {\n    b[j] = i === j ? x : a[j];\n  }\n  return b\n}\n\n// remove :: Int -> [a] -> [a]\n// remove element at index\nfunction remove (i, a) {  // eslint-disable-line complexity\n  if (i < 0) {\n    throw new TypeError('i must be >= 0')\n  }\n\n  var l = a.length;\n  if (l === 0 || i >= l) { // exit early if index beyond end of array\n    return a\n  }\n\n  if (l === 1) { // exit early if index in bounds and length === 1\n    return []\n  }\n\n  return unsafeRemove(i, a, l - 1)\n}\n\n// unsafeRemove :: Int -> [a] -> Int -> [a]\n// Internal helper to remove element at index\nfunction unsafeRemove (i, a, l) {\n  var b = new Array(l);\n  var j;\n  for (j = 0; j < i; ++j) {\n    b[j] = a[j];\n  }\n  for (j = i; j < l; ++j) {\n    b[j] = a[j + 1];\n  }\n\n  return b\n}\n\n// removeAll :: (a -> boolean) -> [a] -> [a]\n// remove all elements matching a predicate\nfunction removeAll (f, a) {\n  var l = a.length;\n  var b = new Array(l);\n  var j = 0;\n  for (var x = (void 0), i = 0; i < l; ++i) {\n    x = a[i];\n    if (!f(x)) {\n      b[j] = x;\n      ++j;\n    }\n  }\n\n  b.length = j;\n  return b\n}\n\n// findIndex :: a -> [a] -> Int\n// find index of x in a, from the left\nfunction findIndex (x, a) {\n  for (var i = 0, l = a.length; i < l; ++i) {\n    if (x === a[i]) {\n      return i\n    }\n  }\n  return -1\n}\n\n// isArrayLike :: * -> boolean\n// Return true iff x is array-like\nfunction isArrayLike (x) {\n  return x != null && typeof x.length === 'number' && typeof x !== 'function'\n}\n\n/** @license MIT License (c) copyright 2010-2016 original author or authors */\n\n// id :: a -> a\nvar id = function (x) { return x; };\n\n// compose :: (b -> c) -> (a -> b) -> (a -> c)\nvar compose = function (f, g) { return function (x) { return f(g(x)); }; };\n\n// apply :: (a -> b) -> a -> b\nvar apply = function (f, x) { return f(x); };\n\n// curry2 :: ((a, b) -> c) -> (a -> b -> c)\nfunction curry2 (f) {\n  function curried (a, b) {\n    switch (arguments.length) {\n      case 0: return curried\n      case 1: return function (b) { return f(a, b); }\n      default: return f(a, b)\n    }\n  }\n  return curried\n}\n\n// curry3 :: ((a, b, c) -> d) -> (a -> b -> c -> d)\nfunction curry3 (f) {\n  function curried (a, b, c) { // eslint-disable-line complexity\n    switch (arguments.length) {\n      case 0: return curried\n      case 1: return curry2(function (b, c) { return f(a, b, c); })\n      case 2: return function (c) { return f(a, b, c); }\n      default:return f(a, b, c)\n    }\n  }\n  return curried\n}\n\n// curry4 :: ((a, b, c, d) -> e) -> (a -> b -> c -> d -> e)\nfunction curry4 (f) {\n  function curried (a, b, c, d) { // eslint-disable-line complexity\n    switch (arguments.length) {\n      case 0: return curried\n      case 1: return curry3(function (b, c, d) { return f(a, b, c, d); })\n      case 2: return curry2(function (c, d) { return f(a, b, c, d); })\n      case 3: return function (d) { return f(a, b, c, d); }\n      default:return f(a, b, c, d)\n    }\n  }\n  return curried\n}\n\n/** @license MIT License (c) copyright 2016 original author or authors */\n\nexport { cons, append, drop, tail, copy, map, reduce, replace, remove, removeAll, findIndex, isArrayLike, id, compose, apply, curry2, curry3, curry4 };\n//# sourceMappingURL=index.es.js.map\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\n/**\n * Create a new Disposable which will dispose its underlying resource.\n * @param {function} dispose function\n * @param {*?} data any data to be passed to disposer function\n * @constructor\n */\nexport default function Disposable (dispose, data) {\n  this._dispose = dispose\n  this._data = data\n}\n\nDisposable.prototype.dispose = function () {\n  return this._dispose(this._data)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport default function SettableDisposable () {\n  this.disposable = void 0\n  this.disposed = false\n  this._resolve = void 0\n\n  var self = this\n  this.result = new Promise(function (resolve) {\n    self._resolve = resolve\n  })\n}\n\nSettableDisposable.prototype.setDisposable = function (disposable) {\n  if (this.disposable !== void 0) {\n    throw new Error('setDisposable called more than once')\n  }\n\n  this.disposable = disposable\n\n  if (this.disposed) {\n    this._resolve(disposable.dispose())\n  }\n}\n\nSettableDisposable.prototype.dispose = function () {\n  if (this.disposed) {\n    return this.result\n  }\n\n  this.disposed = true\n\n  if (this.disposable !== void 0) {\n    this.result = this.disposable.dispose()\n  }\n\n  return this.result\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport function isPromise (p) {\n  return p !== null && typeof p === 'object' && typeof p.then === 'function'\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\nimport Disposable from './Disposable'\nimport SettableDisposable from './SettableDisposable'\nimport { isPromise } from '../Promise'\nimport * as base from '@most/prelude'\n\nvar map = base.map\nvar identity = base.id\n\n/**\n * Call disposable.dispose.  If it returns a promise, catch promise\n * error and forward it through the provided sink.\n * @param {number} t time\n * @param {{dispose: function}} disposable\n * @param {{error: function}} sink\n * @return {*} result of disposable.dispose\n */\nexport function tryDispose (t, disposable, sink) {\n  var result = disposeSafely(disposable)\n  return isPromise(result)\n    ? result.catch(function (e) {\n      sink.error(t, e)\n    })\n    : result\n}\n\n/**\n * Create a new Disposable which will dispose its underlying resource\n * at most once.\n * @param {function} dispose function\n * @param {*?} data any data to be passed to disposer function\n * @return {Disposable}\n */\nexport function create (dispose, data) {\n  return once(new Disposable(dispose, data))\n}\n\n/**\n * Create a noop disposable. Can be used to satisfy a Disposable\n * requirement when no actual resource needs to be disposed.\n * @return {Disposable|exports|module.exports}\n */\nexport function empty () {\n  return new Disposable(identity, void 0)\n}\n\n/**\n * Create a disposable that will dispose all input disposables in parallel.\n * @param {Array<Disposable>} disposables\n * @return {Disposable}\n */\nexport function all (disposables) {\n  return create(disposeAll, disposables)\n}\n\nfunction disposeAll (disposables) {\n  return Promise.all(map(disposeSafely, disposables))\n}\n\nfunction disposeSafely (disposable) {\n  try {\n    return disposable.dispose()\n  } catch (e) {\n    return Promise.reject(e)\n  }\n}\n\n/**\n * Create a disposable from a promise for another disposable\n * @param {Promise<Disposable>} disposablePromise\n * @return {Disposable}\n */\nexport function promised (disposablePromise) {\n  return create(disposePromise, disposablePromise)\n}\n\nfunction disposePromise (disposablePromise) {\n  return disposablePromise.then(disposeOne)\n}\n\nfunction disposeOne (disposable) {\n  return disposable.dispose()\n}\n\n/**\n * Create a disposable proxy that allows its underlying disposable to\n * be set later.\n * @return {SettableDisposable}\n */\nexport function settable () {\n  return new SettableDisposable()\n}\n\n/**\n * Wrap an existing disposable (which may not already have been once()d)\n * so that it will only dispose its underlying resource at most once.\n * @param {{ dispose: function() }} disposable\n * @return {Disposable} wrapped disposable\n */\nexport function once (disposable) {\n  return new Disposable(disposeMemoized, memoized(disposable))\n}\n\nfunction disposeMemoized (memoized) {\n  if (!memoized.disposed) {\n    memoized.disposed = true\n    memoized.value = disposeSafely(memoized.disposable)\n    memoized.disposable = void 0\n  }\n\n  return memoized.value\n}\n\nfunction memoized (disposable) {\n  return { disposed: false, disposable: disposable, value: void 0 }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport default function fatalError (e) {\n  setTimeout(function () {\n    throw e\n  }, 0)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport fatal from '../fatalError'\n\nexport default function PropagateTask (run, value, sink) {\n  this._run = run\n  this.value = value\n  this.sink = sink\n  this.active = true\n}\n\nPropagateTask.event = function (value, sink) {\n  return new PropagateTask(emit, value, sink)\n}\n\nPropagateTask.end = function (value, sink) {\n  return new PropagateTask(end, value, sink)\n}\n\nPropagateTask.error = function (value, sink) {\n  return new PropagateTask(error, value, sink)\n}\n\nPropagateTask.prototype.dispose = function () {\n  this.active = false\n}\n\nPropagateTask.prototype.run = function (t) {\n  if (!this.active) {\n    return\n  }\n  this._run(t, this.value, this.sink)\n}\n\nPropagateTask.prototype.error = function (t, e) {\n  if (!this.active) {\n    return fatal(e)\n  }\n  this.sink.error(t, e)\n}\n\nfunction error (t, e, sink) {\n  sink.error(t, e)\n}\n\nfunction emit (t, x, sink) {\n  sink.event(t, x)\n}\n\nfunction end (t, x, sink) {\n  sink.end(t, x)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as dispose from '../disposable/dispose'\nimport PropagateTask from '../scheduler/PropagateTask'\n\n/**\n * Stream containing only x\n * @param {*} x\n * @returns {Stream}\n */\nexport function of (x) {\n  return new Stream(new Just(x))\n}\n\nfunction Just (x) {\n  this.value = x\n}\n\nJust.prototype.run = function (sink, scheduler) {\n  return scheduler.asap(new PropagateTask(runJust, this.value, sink))\n}\n\nfunction runJust (t, x, sink) {\n  sink.event(t, x)\n  sink.end(t, void 0)\n}\n\n/**\n * Stream containing no events and ends immediately\n * @returns {Stream}\n */\nexport function empty () {\n  return EMPTY\n}\n\nfunction EmptySource () {}\n\nEmptySource.prototype.run = function (sink, scheduler) {\n  var task = PropagateTask.end(void 0, sink)\n  scheduler.asap(task)\n\n  return dispose.create(disposeEmpty, task)\n}\n\nfunction disposeEmpty (task) {\n  return task.dispose()\n}\n\nvar EMPTY = new Stream(new EmptySource())\n\n/**\n * Stream containing no events and never ends\n * @returns {Stream}\n */\nexport function never () {\n  return NEVER\n}\n\nfunction NeverSource () {}\n\nNeverSource.prototype.run = function () {\n  return dispose.empty()\n}\n\nvar NEVER = new Stream(new NeverSource())\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport PropagateTask from '../scheduler/PropagateTask'\n\nexport function fromArray (a) {\n  return new Stream(new ArraySource(a))\n}\n\nfunction ArraySource (a) {\n  this.array = a\n}\n\nArraySource.prototype.run = function (sink, scheduler) {\n  return scheduler.asap(new PropagateTask(runProducer, this.array, sink))\n}\n\nfunction runProducer (t, array, sink) {\n  for (var i = 0, l = array.length; i < l && this.active; ++i) {\n    sink.event(t, array[i])\n  }\n\n  this.active && sink.end(t)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\n/*global Set, Symbol*/\nvar iteratorSymbol\n// Firefox ships a partial implementation using the name @@iterator.\n// https://bugzilla.mozilla.org/show_bug.cgi?id=907077#c14\nif (typeof Set === 'function' && typeof new Set()['@@iterator'] === 'function') {\n  iteratorSymbol = '@@iterator'\n} else {\n  iteratorSymbol = typeof Symbol === 'function' && Symbol.iterator ||\n  '_es6shim_iterator_'\n}\n\nexport function isIterable (o) {\n  return typeof o[iteratorSymbol] === 'function'\n}\n\nexport function getIterator (o) {\n  return o[iteratorSymbol]()\n}\n\nexport function makeIterable (f, o) {\n  o[iteratorSymbol] = f\n  return o\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport { getIterator } from '../iterable'\nimport PropagateTask from '../scheduler/PropagateTask'\n\nexport function fromIterable (iterable) {\n  return new Stream(new IterableSource(iterable))\n}\n\nfunction IterableSource (iterable) {\n  this.iterable = iterable\n}\n\nIterableSource.prototype.run = function (sink, scheduler) {\n  return scheduler.asap(new PropagateTask(runProducer, getIterator(this.iterable), sink))\n}\n\nfunction runProducer (t, iterator, sink) {\n  var r = iterator.next()\n\n  while (!r.done && this.active) {\n    sink.event(t, r.value)\n    r = iterator.next()\n  }\n\n  sink.end(t, r.value)\n}\n","export default function symbolObservablePonyfill(root) {\n\tvar result;\n\tvar Symbol = root.Symbol;\n\n\tif (typeof Symbol === 'function') {\n\t\tif (Symbol.observable) {\n\t\t\tresult = Symbol.observable;\n\t\t} else {\n\t\t\tresult = Symbol('observable');\n\t\t\tSymbol.observable = result;\n\t\t}\n\t} else {\n\t\tresult = '@@observable';\n\t}\n\n\treturn result;\n};\n","/* global window */\nimport ponyfill from './ponyfill';\n\nvar root;\n\nif (typeof self !== 'undefined') {\n  root = self;\n} else if (typeof window !== 'undefined') {\n  root = window;\n} else if (typeof global !== 'undefined') {\n  root = global;\n} else if (typeof module !== 'undefined') {\n  root = module;\n} else {\n  root = Function('return this')();\n}\n\nvar result = ponyfill(root);\nexport default result;\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport symbolObservable from 'symbol-observable'\n\nexport default function getObservable (o) { // eslint-disable-line complexity\n  var obs = null\n  if (o) {\n  // Access foreign method only once\n    var method = o[symbolObservable]\n    if (typeof method === 'function') {\n      obs = method.call(o)\n      if (!(obs && typeof obs.subscribe === 'function')) {\n        throw new TypeError('invalid observable ' + obs)\n      }\n    }\n  }\n\n  return obs\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport function tryEvent (t, x, sink) {\n  try {\n    sink.event(t, x)\n  } catch (e) {\n    sink.error(t, e)\n  }\n}\n\nexport function tryEnd (t, x, sink) {\n  try {\n    sink.end(t, x)\n  } catch (e) {\n    sink.error(t, e)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as dispose from '../disposable/dispose'\nimport { tryEnd, tryEvent } from '../source/tryEvent'\n\nexport function fromObservable (observable) {\n  return new Stream(new ObservableSource(observable))\n}\n\nexport function ObservableSource (observable) {\n  this.observable = observable\n}\n\nObservableSource.prototype.run = function (sink, scheduler) {\n  var sub = this.observable.subscribe(new SubscriberSink(sink, scheduler))\n  if (typeof sub === 'function') {\n    return dispose.create(sub)\n  } else if (sub && typeof sub.unsubscribe === 'function') {\n    return dispose.create(unsubscribe, sub)\n  }\n\n  throw new TypeError('Observable returned invalid subscription ' + String(sub))\n}\n\nexport function SubscriberSink (sink, scheduler) {\n  this.sink = sink\n  this.scheduler = scheduler\n}\n\nSubscriberSink.prototype.next = function (x) {\n  tryEvent(this.scheduler.now(), x, this.sink)\n}\n\nSubscriberSink.prototype.complete = function (x) {\n  tryEnd(this.scheduler.now(), x, this.sink)\n}\n\nSubscriberSink.prototype.error = function (e) {\n  this.sink.error(this.scheduler.now(), e)\n}\n\nfunction unsubscribe (subscription) {\n  return subscription.unsubscribe()\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport { fromArray } from './fromArray'\nimport { isIterable } from '../iterable'\nimport { fromIterable } from './fromIterable'\nimport getObservable from '../observable/getObservable'\nimport { fromObservable } from '../observable/fromObservable'\nimport { isArrayLike } from '@most/prelude'\n\nexport function from (a) { // eslint-disable-line complexity\n  if (a instanceof Stream) {\n    return a\n  }\n\n  var observable = getObservable(a)\n  if (observable != null) {\n    return fromObservable(observable)\n  }\n\n  if (Array.isArray(a) || isArrayLike(a)) {\n    return fromArray(a)\n  }\n\n  if (isIterable(a)) {\n    return fromIterable(a)\n  }\n\n  throw new TypeError('from(x) must be observable, iterable, or array-like: ' + a)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport PropagateTask from '../scheduler/PropagateTask'\n\n/**\n * Create a stream that emits the current time periodically\n * @param {Number} period periodicity of events in millis\n * @param {*} deprecatedValue @deprecated value to emit each period\n * @returns {Stream} new stream that emits the current time every period\n */\nexport function periodic (period, deprecatedValue) {\n  return new Stream(new Periodic(period, deprecatedValue))\n}\n\nfunction Periodic (period, value) {\n  this.period = period\n  this.value = value\n}\n\nPeriodic.prototype.run = function (sink, scheduler) {\n  return scheduler.periodic(this.period, PropagateTask.event(this.value, sink))\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport default function ScheduledTask (delay, period, task, scheduler) {\n  this.time = delay\n  this.period = period\n  this.task = task\n  this.scheduler = scheduler\n  this.active = true\n}\n\nScheduledTask.prototype.run = function () {\n  return this.task.run(this.time)\n}\n\nScheduledTask.prototype.error = function (e) {\n  return this.task.error(this.time, e)\n}\n\nScheduledTask.prototype.dispose = function () {\n  this.scheduler.cancel(this)\n  return this.task.dispose()\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport function defer (task) {\n  return Promise.resolve(task).then(runTask)\n}\n\nexport function runTask (task) {\n  try {\n    return task.run()\n  } catch (e) {\n    return task.error(e)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport ScheduledTask from './ScheduledTask'\nimport { runTask } from '../task'\n\nexport default function Scheduler (timer, timeline) {\n  this.timer = timer\n  this.timeline = timeline\n\n  this._timer = null\n  this._nextArrival = Infinity\n\n  var self = this\n  this._runReadyTasksBound = function () {\n    self._runReadyTasks(self.now())\n  }\n}\n\nScheduler.prototype.now = function () {\n  return this.timer.now()\n}\n\nScheduler.prototype.asap = function (task) {\n  return this.schedule(0, -1, task)\n}\n\nScheduler.prototype.delay = function (delay, task) {\n  return this.schedule(delay, -1, task)\n}\n\nScheduler.prototype.periodic = function (period, task) {\n  return this.schedule(0, period, task)\n}\n\nScheduler.prototype.schedule = function (delay, period, task) {\n  var now = this.now()\n  var st = new ScheduledTask(now + Math.max(0, delay), period, task, this)\n\n  this.timeline.add(st)\n  this._scheduleNextRun(now)\n  return st\n}\n\nScheduler.prototype.cancel = function (task) {\n  task.active = false\n  if (this.timeline.remove(task)) {\n    this._reschedule()\n  }\n}\n\nScheduler.prototype.cancelAll = function (f) {\n  this.timeline.removeAll(f)\n  this._reschedule()\n}\n\nScheduler.prototype._reschedule = function () {\n  if (this.timeline.isEmpty()) {\n    this._unschedule()\n  } else {\n    this._scheduleNextRun(this.now())\n  }\n}\n\nScheduler.prototype._unschedule = function () {\n  this.timer.clearTimer(this._timer)\n  this._timer = null\n}\n\nScheduler.prototype._scheduleNextRun = function (now) { // eslint-disable-line complexity\n  if (this.timeline.isEmpty()) {\n    return\n  }\n\n  var nextArrival = this.timeline.nextArrival()\n\n  if (this._timer === null) {\n    this._scheduleNextArrival(nextArrival, now)\n  } else if (nextArrival < this._nextArrival) {\n    this._unschedule()\n    this._scheduleNextArrival(nextArrival, now)\n  }\n}\n\nScheduler.prototype._scheduleNextArrival = function (nextArrival, now) {\n  this._nextArrival = nextArrival\n  var delay = Math.max(0, nextArrival - now)\n  this._timer = this.timer.setTimer(this._runReadyTasksBound, delay)\n}\n\nScheduler.prototype._runReadyTasks = function (now) {\n  this._timer = null\n  this.timeline.runTasks(now, runTask)\n  this._scheduleNextRun(this.now())\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { defer } from '../task'\n\n/*global setTimeout, clearTimeout*/\n\nexport default function ClockTimer () {}\n\nClockTimer.prototype.now = Date.now\n\nClockTimer.prototype.setTimer = function (f, dt) {\n  return dt <= 0 ? runAsap(f) : setTimeout(f, dt)\n}\n\nClockTimer.prototype.clearTimer = function (t) {\n  return t instanceof Asap ? t.cancel() : clearTimeout(t)\n}\n\nfunction Asap (f) {\n  this.f = f\n  this.active = true\n}\n\nAsap.prototype.run = function () {\n  return this.active && this.f()\n}\n\nAsap.prototype.error = function (e) {\n  throw e\n}\n\nAsap.prototype.cancel = function () {\n  this.active = false\n}\n\nfunction runAsap (f) {\n  var task = new Asap(f)\n  defer(task)\n  return task\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport * as base from '@most/prelude'\n\nexport default function Timeline () {\n  this.tasks = []\n}\n\nTimeline.prototype.nextArrival = function () {\n  return this.isEmpty() ? Infinity : this.tasks[0].time\n}\n\nTimeline.prototype.isEmpty = function () {\n  return this.tasks.length === 0\n}\n\nTimeline.prototype.add = function (st) {\n  insertByTime(st, this.tasks)\n}\n\nTimeline.prototype.remove = function (st) {\n  var i = binarySearch(st.time, this.tasks)\n\n  if (i >= 0 && i < this.tasks.length) {\n    var at = base.findIndex(st, this.tasks[i].events)\n    if (at >= 0) {\n      this.tasks[i].events.splice(at, 1)\n      return true\n    }\n  }\n\n  return false\n}\n\nTimeline.prototype.removeAll = function (f) {\n  for (var i = 0, l = this.tasks.length; i < l; ++i) {\n    removeAllFrom(f, this.tasks[i])\n  }\n}\n\nTimeline.prototype.runTasks = function (t, runTask) {\n  var tasks = this.tasks\n  var l = tasks.length\n  var i = 0\n\n  while (i < l && tasks[i].time <= t) {\n    ++i\n  }\n\n  this.tasks = tasks.slice(i)\n\n  // Run all ready tasks\n  for (var j = 0; j < i; ++j) {\n    this.tasks = runTasks(runTask, tasks[j], this.tasks)\n  }\n}\n\nfunction runTasks (runTask, timeslot, tasks) { // eslint-disable-line complexity\n  var events = timeslot.events\n  for (var i = 0; i < events.length; ++i) {\n    var task = events[i]\n\n    if (task.active) {\n      runTask(task)\n\n      // Reschedule periodic repeating tasks\n      // Check active again, since a task may have canceled itself\n      if (task.period >= 0 && task.active) {\n        task.time = task.time + task.period\n        insertByTime(task, tasks)\n      }\n    }\n  }\n\n  return tasks\n}\n\nfunction insertByTime (task, timeslots) { // eslint-disable-line complexity\n  var l = timeslots.length\n\n  if (l === 0) {\n    timeslots.push(newTimeslot(task.time, [task]))\n    return\n  }\n\n  var i = binarySearch(task.time, timeslots)\n\n  if (i >= l) {\n    timeslots.push(newTimeslot(task.time, [task]))\n  } else if (task.time === timeslots[i].time) {\n    timeslots[i].events.push(task)\n  } else {\n    timeslots.splice(i, 0, newTimeslot(task.time, [task]))\n  }\n}\n\nfunction removeAllFrom (f, timeslot) {\n  timeslot.events = base.removeAll(f, timeslot.events)\n}\n\nfunction binarySearch (t, sortedArray) { // eslint-disable-line complexity\n  var lo = 0\n  var hi = sortedArray.length\n  var mid, y\n\n  while (lo < hi) {\n    mid = Math.floor((lo + hi) / 2)\n    y = sortedArray[mid]\n\n    if (t === y.time) {\n      return mid\n    } else if (t < y.time) {\n      hi = mid\n    } else {\n      lo = mid + 1\n    }\n  }\n  return hi\n}\n\nfunction newTimeslot (t, events) {\n  return { time: t, events: events }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Scheduler from './Scheduler'\nimport ClockTimer from './ClockTimer'\nimport Timeline from './Timeline'\n\nvar defaultScheduler = new Scheduler(new ClockTimer(), new Timeline())\n\nexport default defaultScheduler\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport defaultScheduler from '../scheduler/defaultScheduler'\nimport * as dispose from '../disposable/dispose'\nimport fatalError from '../fatalError'\n\nexport function subscribe (subscriber, stream) {\n  if (Object(subscriber) !== subscriber) {\n    throw new TypeError('subscriber must be an object')\n  }\n\n  var disposable = dispose.settable()\n  var observer = new SubscribeObserver(fatalError, subscriber, disposable)\n\n  disposable.setDisposable(stream.source.run(observer, defaultScheduler))\n\n  return new Subscription(disposable)\n}\n\nexport function SubscribeObserver (fatalError, subscriber, disposable) {\n  this.fatalError = fatalError\n  this.subscriber = subscriber\n  this.disposable = disposable\n}\n\nSubscribeObserver.prototype.event = function (t, x) {\n  if (!this.disposable.disposed && typeof this.subscriber.next === 'function') {\n    this.subscriber.next(x)\n  }\n}\n\nSubscribeObserver.prototype.end = function (t, x) {\n  if (!this.disposable.disposed) {\n    var s = this.subscriber\n    var fatalError = this.fatalError\n    Promise.resolve(this.disposable.dispose()).then(function () {\n      if (typeof s.complete === 'function') {\n        s.complete(x)\n      }\n    }).catch(function (e) {\n      throwError(e, s, fatalError)\n    })\n  }\n}\n\nSubscribeObserver.prototype.error = function (t, e) {\n  var s = this.subscriber\n  var fatalError = this.fatalError\n  Promise.resolve(this.disposable.dispose()).then(function () {\n    throwError(e, s, fatalError)\n  })\n}\n\nexport function Subscription (disposable) {\n  this.disposable = disposable\n}\n\nSubscription.prototype.unsubscribe = function () {\n  this.disposable.dispose()\n}\n\nfunction throwError (e1, subscriber, throwError) {\n  if (typeof subscriber.error === 'function') {\n    try {\n      subscriber.error(e1)\n    } catch (e2) {\n      throwError(e2)\n    }\n  } else {\n    throwError(e1)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2017 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport function thru (f, stream) {\n  return f(stream)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport * as dispose from '../disposable/dispose'\nimport * as tryEvent from './tryEvent'\n\nexport default function EventTargetSource (event, source, capture) {\n  this.event = event\n  this.source = source\n  this.capture = capture\n}\n\nEventTargetSource.prototype.run = function (sink, scheduler) {\n  function addEvent (e) {\n    tryEvent.tryEvent(scheduler.now(), e, sink)\n  }\n\n  this.source.addEventListener(this.event, addEvent, this.capture)\n\n  return dispose.create(disposeEventTarget,\n    { target: this, addEvent: addEvent })\n}\n\nfunction disposeEventTarget (info) {\n  var target = info.target\n  target.source.removeEventListener(target.event, info.addEvent, target.capture)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { defer } from '../task'\n\nexport default function DeferredSink (sink) {\n  this.sink = sink\n  this.events = []\n  this.active = true\n}\n\nDeferredSink.prototype.event = function (t, x) {\n  if (!this.active) {\n    return\n  }\n\n  if (this.events.length === 0) {\n    defer(new PropagateAllTask(this.sink, t, this.events))\n  }\n\n  this.events.push({ time: t, value: x })\n}\n\nDeferredSink.prototype.end = function (t, x) {\n  if (!this.active) {\n    return\n  }\n\n  this._end(new EndTask(t, x, this.sink))\n}\n\nDeferredSink.prototype.error = function (t, e) {\n  this._end(new ErrorTask(t, e, this.sink))\n}\n\nDeferredSink.prototype._end = function (task) {\n  this.active = false\n  defer(task)\n}\n\nfunction PropagateAllTask (sink, time, events) {\n  this.sink = sink\n  this.events = events\n  this.time = time\n}\n\nPropagateAllTask.prototype.run = function () {\n  var events = this.events\n  var sink = this.sink\n  var event\n\n  for (var i = 0, l = events.length; i < l; ++i) {\n    event = events[i]\n    this.time = event.time\n    sink.event(event.time, event.value)\n  }\n\n  events.length = 0\n}\n\nPropagateAllTask.prototype.error = function (e) {\n  this.sink.error(this.time, e)\n}\n\nfunction EndTask (t, x, sink) {\n  this.time = t\n  this.value = x\n  this.sink = sink\n}\n\nEndTask.prototype.run = function () {\n  this.sink.end(this.time, this.value)\n}\n\nEndTask.prototype.error = function (e) {\n  this.sink.error(this.time, e)\n}\n\nfunction ErrorTask (t, e, sink) {\n  this.time = t\n  this.value = e\n  this.sink = sink\n}\n\nErrorTask.prototype.run = function () {\n  this.sink.error(this.time, this.value)\n}\n\nErrorTask.prototype.error = function (e) {\n  throw e\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport DeferredSink from '../sink/DeferredSink'\nimport * as dispose from '../disposable/dispose'\nimport * as tryEvent from './tryEvent'\n\nexport default function EventEmitterSource (event, source) {\n  this.event = event\n  this.source = source\n}\n\nEventEmitterSource.prototype.run = function (sink, scheduler) {\n  // NOTE: Because EventEmitter allows events in the same call stack as\n  // a listener is added, use a DeferredSink to buffer events\n  // until the stack clears, then propagate.  This maintains most.js's\n  // invariant that no event will be delivered in the same call stack\n  // as an observer begins observing.\n  var dsink = new DeferredSink(sink)\n\n  function addEventVariadic (a) {\n    var l = arguments.length\n    if (l > 1) {\n      var arr = new Array(l)\n      for (var i = 0; i < l; ++i) {\n        arr[i] = arguments[i]\n      }\n      tryEvent.tryEvent(scheduler.now(), arr, dsink)\n    } else {\n      tryEvent.tryEvent(scheduler.now(), a, dsink)\n    }\n  }\n\n  this.source.addListener(this.event, addEventVariadic)\n\n  return dispose.create(disposeEventEmitter, { target: this, addEvent: addEventVariadic })\n}\n\nfunction disposeEventEmitter (info) {\n  var target = info.target\n  target.source.removeListener(target.event, info.addEvent)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport EventTargetSource from './EventTargetSource'\nimport EventEmitterSource from './EventEmitterSource'\n\n/**\n * Create a stream from an EventTarget, such as a DOM Node, or EventEmitter.\n * @param {String} event event type name, e.g. 'click'\n * @param {EventTarget|EventEmitter} source EventTarget or EventEmitter\n * @param {*?} capture for DOM events, whether to use\n *  capturing--passed as 3rd parameter to addEventListener.\n * @returns {Stream} stream containing all events of the specified type\n * from the source.\n */\nexport function fromEvent (event, source, capture) { // eslint-disable-line complexity\n  var s\n\n  if (typeof source.addEventListener === 'function' && typeof source.removeEventListener === 'function') {\n    if (arguments.length < 3) {\n      capture = false\n    }\n\n    s = new EventTargetSource(event, source, capture)\n  } else if (typeof source.addListener === 'function' && typeof source.removeListener === 'function') {\n    s = new EventEmitterSource(event, source)\n  } else {\n    throw new Error('source must support addEventListener/removeEventListener or addListener/removeListener')\n  }\n\n  return new Stream(s)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport * as dispose from './disposable/dispose'\nimport defaultScheduler from './scheduler/defaultScheduler'\n\nexport function withDefaultScheduler (source) {\n  return withScheduler(source, defaultScheduler)\n}\n\nexport function withScheduler (source, scheduler) {\n  return new Promise(function (resolve, reject) {\n    runSource(source, scheduler, resolve, reject)\n  })\n}\n\nfunction runSource (source, scheduler, resolve, reject) {\n  var disposable = dispose.settable()\n  var observer = new Drain(resolve, reject, disposable)\n\n  disposable.setDisposable(source.run(observer, scheduler))\n}\n\nfunction Drain (end, error, disposable) {\n  this._end = end\n  this._error = error\n  this._disposable = disposable\n  this.active = true\n}\n\nDrain.prototype.event = function (t, x) {}\n\nDrain.prototype.end = function (t, x) {\n  if (!this.active) {\n    return\n  }\n  this.active = false\n  disposeThen(this._end, this._error, this._disposable, x)\n}\n\nDrain.prototype.error = function (t, e) {\n  this.active = false\n  disposeThen(this._error, this._error, this._disposable, e)\n}\n\nfunction disposeThen (end, error, disposable, x) {\n  Promise.resolve(disposable.dispose()).then(function () {\n    end(x)\n  }, error)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\n/**\n * A sink mixin that simply forwards event, end, and error to\n * another sink.\n * @param sink\n * @constructor\n */\nexport default function Pipe (sink) {\n  this.sink = sink\n}\n\nPipe.prototype.event = function (t, x) {\n  return this.sink.event(t, x)\n}\n\nPipe.prototype.end = function (t, x) {\n  return this.sink.end(t, x)\n}\n\nPipe.prototype.error = function (t, e) {\n  return this.sink.error(t, e)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Pipe from '../sink/Pipe'\n\nexport default function Filter (p, source) {\n  this.p = p\n  this.source = source\n}\n\n/**\n * Create a filtered source, fusing adjacent filter.filter if possible\n * @param {function(x:*):boolean} p filtering predicate\n * @param {{run:function}} source source to filter\n * @returns {Filter} filtered source\n */\nFilter.create = function createFilter (p, source) {\n  if (source instanceof Filter) {\n    return new Filter(and(source.p, p), source.source)\n  }\n\n  return new Filter(p, source)\n}\n\nFilter.prototype.run = function (sink, scheduler) {\n  return this.source.run(new FilterSink(this.p, sink), scheduler)\n}\n\nfunction FilterSink (p, sink) {\n  this.p = p\n  this.sink = sink\n}\n\nFilterSink.prototype.end = Pipe.prototype.end\nFilterSink.prototype.error = Pipe.prototype.error\n\nFilterSink.prototype.event = function (t, x) {\n  var p = this.p\n  p(x) && this.sink.event(t, x)\n}\n\nfunction and (p, q) {\n  return function (x) {\n    return p(x) && q(x)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Pipe from '../sink/Pipe'\n\nexport default function FilterMap (p, f, source) {\n  this.p = p\n  this.f = f\n  this.source = source\n}\n\nFilterMap.prototype.run = function (sink, scheduler) {\n  return this.source.run(new FilterMapSink(this.p, this.f, sink), scheduler)\n}\n\nfunction FilterMapSink (p, f, sink) {\n  this.p = p\n  this.f = f\n  this.sink = sink\n}\n\nFilterMapSink.prototype.event = function (t, x) {\n  var f = this.f\n  var p = this.p\n  p(x) && this.sink.event(t, f(x))\n}\n\nFilterMapSink.prototype.end = Pipe.prototype.end\nFilterMapSink.prototype.error = Pipe.prototype.error\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Pipe from '../sink/Pipe'\nimport Filter from './Filter'\nimport FilterMap from './FilterMap'\nimport * as base from '@most/prelude'\n\nexport default function Map (f, source) {\n  this.f = f\n  this.source = source\n}\n\n/**\n * Create a mapped source, fusing adjacent map.map, filter.map,\n * and filter.map.map if possible\n * @param {function(*):*} f mapping function\n * @param {{run:function}} source source to map\n * @returns {Map|FilterMap} mapped source, possibly fused\n */\nMap.create = function createMap (f, source) {\n  if (source instanceof Map) {\n    return new Map(base.compose(f, source.f), source.source)\n  }\n\n  if (source instanceof Filter) {\n    return new FilterMap(source.p, f, source.source)\n  }\n\n  return new Map(f, source)\n}\n\nMap.prototype.run = function (sink, scheduler) { // eslint-disable-line no-extend-native\n  return this.source.run(new MapSink(this.f, sink), scheduler)\n}\n\nfunction MapSink (f, sink) {\n  this.f = f\n  this.sink = sink\n}\n\nMapSink.prototype.end = Pipe.prototype.end\nMapSink.prototype.error = Pipe.prototype.error\n\nMapSink.prototype.event = function (t, x) {\n  var f = this.f\n  this.sink.event(t, f(x))\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Map from '../fusion/Map'\nimport Pipe from '../sink/Pipe'\n\n/**\n * Transform each value in the stream by applying f to each\n * @param {function(*):*} f mapping function\n * @param {Stream} stream stream to map\n * @returns {Stream} stream containing items transformed by f\n */\nexport function map (f, stream) {\n  return new Stream(Map.create(f, stream.source))\n}\n\n/**\n* Replace each value in the stream with x\n* @param {*} x\n* @param {Stream} stream\n* @returns {Stream} stream containing items replaced with x\n*/\nexport function constant (x, stream) {\n  return map(function () {\n    return x\n  }, stream)\n}\n\n/**\n* Perform a side effect for each item in the stream\n* @param {function(x:*):*} f side effect to execute for each item. The\n*  return value will be discarded.\n* @param {Stream} stream stream to tap\n* @returns {Stream} new stream containing the same items as this stream\n*/\nexport function tap (f, stream) {\n  return new Stream(new Tap(f, stream.source))\n}\n\nfunction Tap (f, source) {\n  this.source = source\n  this.f = f\n}\n\nTap.prototype.run = function (sink, scheduler) {\n  return this.source.run(new TapSink(this.f, sink), scheduler)\n}\n\nfunction TapSink (f, sink) {\n  this.sink = sink\n  this.f = f\n}\n\nTapSink.prototype.end = Pipe.prototype.end\nTapSink.prototype.error = Pipe.prototype.error\n\nTapSink.prototype.event = function (t, x) {\n  var f = this.f\n  f(x)\n  this.sink.event(t, x)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { withDefaultScheduler as run } from '../runSource'\nimport { tap } from './transform'\n\n/**\n * Observe all the event values in the stream in time order. The\n * provided function `f` will be called for each event value\n * @param {function(x:T):*} f function to call with each event value\n * @param {Stream<T>} stream stream to observe\n * @return {Promise} promise that fulfills after the stream ends without\n *  an error, or rejects if the stream ends with an error.\n */\nexport function observe (f, stream) {\n  return drain(tap(f, stream))\n}\n\n/**\n * \"Run\" a stream by creating demand and consuming all events\n * @param {Stream<T>} stream stream to drain\n * @return {Promise} promise that fulfills after the stream ends without\n *  an error, or rejects if the stream ends with an error.\n */\nexport function drain (stream) {\n  return run(stream.source)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\n\n/**\n * Generalized feedback loop. Call a stepper function for each event. The stepper\n * will be called with 2 params: the current seed and the an event value.  It must\n * return a new { seed, value } pair. The `seed` will be fed back into the next\n * invocation of stepper, and the `value` will be propagated as the event value.\n * @param {function(seed:*, value:*):{seed:*, value:*}} stepper loop step function\n * @param {*} seed initial seed value passed to first stepper call\n * @param {Stream} stream event stream\n * @returns {Stream} new stream whose values are the `value` field of the objects\n * returned by the stepper\n */\nexport function loop (stepper, seed, stream) {\n  return new Stream(new Loop(stepper, seed, stream.source))\n}\n\nfunction Loop (stepper, seed, source) {\n  this.step = stepper\n  this.seed = seed\n  this.source = source\n}\n\nLoop.prototype.run = function (sink, scheduler) {\n  return this.source.run(new LoopSink(this.step, this.seed, sink), scheduler)\n}\n\nfunction LoopSink (stepper, seed, sink) {\n  this.step = stepper\n  this.seed = seed\n  this.sink = sink\n}\n\nLoopSink.prototype.error = Pipe.prototype.error\n\nLoopSink.prototype.event = function (t, x) {\n  var result = this.step(this.seed, x)\n  this.seed = result.seed\n  this.sink.event(t, result.value)\n}\n\nLoopSink.prototype.end = function (t) {\n  this.sink.end(t, this.seed)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport { withDefaultScheduler as runSource } from '../runSource'\nimport * as dispose from '../disposable/dispose'\nimport PropagateTask from '../scheduler/PropagateTask'\n\n/**\n * Create a stream containing successive reduce results of applying f to\n * the previous reduce result and the current stream item.\n * @param {function(result:*, x:*):*} f reducer function\n * @param {*} initial initial value\n * @param {Stream} stream stream to scan\n * @returns {Stream} new stream containing successive reduce results\n */\nexport function scan (f, initial, stream) {\n  return new Stream(new Scan(f, initial, stream.source))\n}\n\nfunction Scan (f, z, source) {\n  this.source = source\n  this.f = f\n  this.value = z\n}\n\nScan.prototype.run = function (sink, scheduler) {\n  var d1 = scheduler.asap(PropagateTask.event(this.value, sink))\n  var d2 = this.source.run(new ScanSink(this.f, this.value, sink), scheduler)\n  return dispose.all([d1, d2])\n}\n\nfunction ScanSink (f, z, sink) {\n  this.f = f\n  this.value = z\n  this.sink = sink\n}\n\nScanSink.prototype.event = function (t, x) {\n  var f = this.f\n  this.value = f(this.value, x)\n  this.sink.event(t, this.value)\n}\n\nScanSink.prototype.error = Pipe.prototype.error\nScanSink.prototype.end = Pipe.prototype.end\n\n/**\n* Reduce a stream to produce a single result.  Note that reducing an infinite\n* stream will return a Promise that never fulfills, but that may reject if an error\n* occurs.\n* @param {function(result:*, x:*):*} f reducer function\n* @param {*} initial initial value\n* @param {Stream} stream to reduce\n* @returns {Promise} promise for the file result of the reduce\n*/\nexport function reduce (f, initial, stream) {\n  return runSource(new Reduce(f, initial, stream.source))\n}\n\nfunction Reduce (f, z, source) {\n  this.source = source\n  this.f = f\n  this.value = z\n}\n\nReduce.prototype.run = function (sink, scheduler) {\n  return this.source.run(new ReduceSink(this.f, this.value, sink), scheduler)\n}\n\nfunction ReduceSink (f, z, sink) {\n  this.f = f\n  this.value = z\n  this.sink = sink\n}\n\nReduceSink.prototype.event = function (t, x) {\n  var f = this.f\n  this.value = f(this.value, x)\n  this.sink.event(t, this.value)\n}\n\nReduceSink.prototype.error = Pipe.prototype.error\n\nReduceSink.prototype.end = function (t) {\n  this.sink.end(t, this.value)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\n\n/**\n * Compute a stream by unfolding tuples of future values from a seed value\n * Event times may be controlled by returning a Promise from f\n * @param {function(seed:*):{value:*, seed:*, done:boolean}|Promise<{value:*, seed:*, done:boolean}>} f unfolding function accepts\n *  a seed and returns a new tuple with a value, new seed, and boolean done flag.\n *  If tuple.done is true, the stream will end.\n * @param {*} seed seed value\n * @returns {Stream} stream containing all value of all tuples produced by the\n *  unfolding function.\n */\nexport function unfold (f, seed) {\n  return new Stream(new UnfoldSource(f, seed))\n}\n\nfunction UnfoldSource (f, seed) {\n  this.f = f\n  this.value = seed\n}\n\nUnfoldSource.prototype.run = function (sink, scheduler) {\n  return new Unfold(this.f, this.value, sink, scheduler)\n}\n\nfunction Unfold (f, x, sink, scheduler) {\n  this.f = f\n  this.sink = sink\n  this.scheduler = scheduler\n  this.active = true\n\n  var self = this\n  function err (e) {\n    self.sink.error(self.scheduler.now(), e)\n  }\n\n  function start (unfold) {\n    return stepUnfold(unfold, x)\n  }\n\n  Promise.resolve(this).then(start).catch(err)\n}\n\nUnfold.prototype.dispose = function () {\n  this.active = false\n}\n\nfunction stepUnfold (unfold, x) {\n  var f = unfold.f\n  return Promise.resolve(f(x)).then(function (tuple) {\n    return continueUnfold(unfold, tuple)\n  })\n}\n\nfunction continueUnfold (unfold, tuple) {\n  if (tuple.done) {\n    unfold.sink.end(unfold.scheduler.now(), tuple.value)\n    return tuple.value\n  }\n\n  unfold.sink.event(unfold.scheduler.now(), tuple.value)\n\n  if (!unfold.active) {\n    return tuple.value\n  }\n  return stepUnfold(unfold, tuple.seed)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\n\n/**\n * Compute a stream by iteratively calling f to produce values\n * Event times may be controlled by returning a Promise from f\n * @param {function(x:*):*|Promise<*>} f\n * @param {*} x initial value\n * @returns {Stream}\n */\nexport function iterate (f, x) {\n  return new Stream(new IterateSource(f, x))\n}\n\nfunction IterateSource (f, x) {\n  this.f = f\n  this.value = x\n}\n\nIterateSource.prototype.run = function (sink, scheduler) {\n  return new Iterate(this.f, this.value, sink, scheduler)\n}\n\nfunction Iterate (f, initial, sink, scheduler) {\n  this.f = f\n  this.sink = sink\n  this.scheduler = scheduler\n  this.active = true\n\n  var x = initial\n\n  var self = this\n  function err (e) {\n    self.sink.error(self.scheduler.now(), e)\n  }\n\n  function start (iterate) {\n    return stepIterate(iterate, x)\n  }\n\n  Promise.resolve(this).then(start).catch(err)\n}\n\nIterate.prototype.dispose = function () {\n  this.active = false\n}\n\nfunction stepIterate (iterate, x) {\n  iterate.sink.event(iterate.scheduler.now(), x)\n\n  if (!iterate.active) {\n    return x\n  }\n\n  var f = iterate.f\n  return Promise.resolve(f(x)).then(function (y) {\n    return continueIterate(iterate, y)\n  })\n}\n\nfunction continueIterate (iterate, x) {\n  return !iterate.active ? iterate.value : stepIterate(iterate, x)\n}\n","/** @license MIT License (c) copyright 2010-2014 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as base from '@most/prelude'\n\n/**\n * Compute a stream using an *async* generator, which yields promises\n * to control event times.\n * @param f\n * @returns {Stream}\n */\nexport function generate (f /*, ...args */) {\n  return new Stream(new GenerateSource(f, base.tail(arguments)))\n}\n\nfunction GenerateSource (f, args) {\n  this.f = f\n  this.args = args\n}\n\nGenerateSource.prototype.run = function (sink, scheduler) {\n  return new Generate(this.f.apply(void 0, this.args), sink, scheduler)\n}\n\nfunction Generate (iterator, sink, scheduler) {\n  this.iterator = iterator\n  this.sink = sink\n  this.scheduler = scheduler\n  this.active = true\n\n  var self = this\n  function err (e) {\n    self.sink.error(self.scheduler.now(), e)\n  }\n\n  Promise.resolve(this).then(next).catch(err)\n}\n\nfunction next (generate, x) {\n  return generate.active ? handle(generate, generate.iterator.next(x)) : x\n}\n\nfunction handle (generate, result) {\n  if (result.done) {\n    return generate.sink.end(generate.scheduler.now(), result.value)\n  }\n\n  return Promise.resolve(result.value).then(function (x) {\n    return emit(generate, x)\n  }, function (e) {\n    return error(generate, e)\n  })\n}\n\nfunction emit (generate, x) {\n  generate.sink.event(generate.scheduler.now(), x)\n  return next(generate, x)\n}\n\nfunction error (generate, e) {\n  return handle(generate, generate.iterator.throw(e))\n}\n\nGenerate.prototype.dispose = function () {\n  this.active = false\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport * as dispose from '../disposable/dispose'\n\nexport function continueWith (f, stream) {\n  return new Stream(new ContinueWith(f, stream.source))\n}\n\nfunction ContinueWith (f, source) {\n  this.f = f\n  this.source = source\n}\n\nContinueWith.prototype.run = function (sink, scheduler) {\n  return new ContinueWithSink(this.f, this.source, sink, scheduler)\n}\n\nfunction ContinueWithSink (f, source, sink, scheduler) {\n  this.f = f\n  this.sink = sink\n  this.scheduler = scheduler\n  this.active = true\n  this.disposable = dispose.once(source.run(this, scheduler))\n}\n\nContinueWithSink.prototype.error = Pipe.prototype.error\n\nContinueWithSink.prototype.event = function (t, x) {\n  if (!this.active) {\n    return\n  }\n  this.sink.event(t, x)\n}\n\nContinueWithSink.prototype.end = function (t, x) {\n  if (!this.active) {\n    return\n  }\n\n  dispose.tryDispose(t, this.disposable, this.sink)\n  this._startNext(t, x, this.sink)\n}\n\nContinueWithSink.prototype._startNext = function (t, x, sink) {\n  try {\n    this.disposable = this._continue(this.f, x, sink)\n  } catch (e) {\n    sink.error(t, e)\n  }\n}\n\nContinueWithSink.prototype._continue = function (f, x, sink) {\n  return f(x).source.run(sink, this.scheduler)\n}\n\nContinueWithSink.prototype.dispose = function () {\n  this.active = false\n  return this.disposable.dispose()\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { of as streamOf } from '../source/core'\nimport { continueWith } from './continueWith'\n\n/**\n * @param {*} x value to prepend\n * @param {Stream} stream\n * @returns {Stream} new stream with x prepended\n */\nexport function cons (x, stream) {\n  return concat(streamOf(x), stream)\n}\n\n/**\n* @param {Stream} left\n* @param {Stream} right\n* @returns {Stream} new stream containing all events in left followed by all\n*  events in right.  This *timeshifts* right to the end of left.\n*/\nexport function concat (left, right) {\n  return continueWith(function () {\n    return right\n  }, left)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Sink from './Pipe'\n\nexport default function IndexSink (i, sink) {\n  this.sink = sink\n  this.index = i\n  this.active = true\n  this.value = void 0\n}\n\nIndexSink.prototype.event = function (t, x) {\n  if (!this.active) {\n    return\n  }\n  this.value = x\n  this.sink.event(t, this)\n}\n\nIndexSink.prototype.end = function (t, x) {\n  if (!this.active) {\n    return\n  }\n  this.active = false\n  this.sink.end(t, { index: this.index, value: x })\n}\n\nIndexSink.prototype.error = Sink.prototype.error\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport default function invoke (f, args) {\n\t/*eslint complexity: [2,7]*/\n  switch (args.length) {\n    case 0: return f()\n    case 1: return f(args[0])\n    case 2: return f(args[0], args[1])\n    case 3: return f(args[0], args[1], args[2])\n    case 4: return f(args[0], args[1], args[2], args[3])\n    case 5: return f(args[0], args[1], args[2], args[3], args[4])\n    default:\n      return f.apply(void 0, args)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as transform from './transform'\nimport * as core from '../source/core'\nimport Pipe from '../sink/Pipe'\nimport IndexSink from '../sink/IndexSink'\nimport * as dispose from '../disposable/dispose'\nimport * as base from '@most/prelude'\nimport invoke from '../invoke'\n\nvar map = base.map\nvar tail = base.tail\n\n/**\n * Combine latest events from all input streams\n * @param {function(...events):*} f function to combine most recent events\n * @returns {Stream} stream containing the result of applying f to the most recent\n *  event of each input stream, whenever a new event arrives on any stream.\n */\nexport function combine (f /*, ...streams */) {\n  return combineArray(f, tail(arguments))\n}\n\n/**\n* Combine latest events from all input streams\n* @param {function(...events):*} f function to combine most recent events\n* @param {[Stream]} streams most recent events\n* @returns {Stream} stream containing the result of applying f to the most recent\n*  event of each input stream, whenever a new event arrives on any stream.\n*/\nexport function combineArray (f, streams) {\n  var l = streams.length\n  return l === 0 ? core.empty()\n  : l === 1 ? transform.map(f, streams[0])\n  : new Stream(combineSources(f, streams))\n}\n\nfunction combineSources (f, streams) {\n  return new Combine(f, map(getSource, streams))\n}\n\nfunction getSource (stream) {\n  return stream.source\n}\n\nfunction Combine (f, sources) {\n  this.f = f\n  this.sources = sources\n}\n\nCombine.prototype.run = function (sink, scheduler) {\n  var l = this.sources.length\n  var disposables = new Array(l)\n  var sinks = new Array(l)\n\n  var mergeSink = new CombineSink(disposables, sinks, sink, this.f)\n\n  for (var indexSink, i = 0; i < l; ++i) {\n    indexSink = sinks[i] = new IndexSink(i, mergeSink)\n    disposables[i] = this.sources[i].run(indexSink, scheduler)\n  }\n\n  return dispose.all(disposables)\n}\n\nfunction CombineSink (disposables, sinks, sink, f) {\n  this.sink = sink\n  this.disposables = disposables\n  this.sinks = sinks\n  this.f = f\n\n  var l = sinks.length\n  this.awaiting = l\n  this.values = new Array(l)\n  this.hasValue = new Array(l)\n  for (var i = 0; i < l; ++i) {\n    this.hasValue[i] = false\n  }\n\n  this.activeCount = sinks.length\n}\n\nCombineSink.prototype.error = Pipe.prototype.error\n\nCombineSink.prototype.event = function (t, indexedValue) {\n  var i = indexedValue.index\n  var awaiting = this._updateReady(i)\n\n  this.values[i] = indexedValue.value\n  if (awaiting === 0) {\n    this.sink.event(t, invoke(this.f, this.values))\n  }\n}\n\nCombineSink.prototype._updateReady = function (index) {\n  if (this.awaiting > 0) {\n    if (!this.hasValue[index]) {\n      this.hasValue[index] = true\n      this.awaiting -= 1\n    }\n  }\n  return this.awaiting\n}\n\nCombineSink.prototype.end = function (t, indexedValue) {\n  dispose.tryDispose(t, this.disposables[indexedValue.index], this.sink)\n  if (--this.activeCount === 0) {\n    this.sink.end(t, indexedValue.value)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { combine } from './combine'\nimport { apply } from '@most/prelude'\n\n/**\n * Assume fs is a stream containing functions, and apply the latest function\n * in fs to the latest value in xs.\n * fs:         --f---------g--------h------>\n * xs:         -a-------b-------c-------d-->\n * ap(fs, xs): --fa-----fb-gb---gc--hc--hd->\n * @param {Stream} fs stream of functions to apply to the latest x\n * @param {Stream} xs stream of values to which to apply all the latest f\n * @returns {Stream} stream containing all the applications of fs to xs\n */\nexport function ap (fs, xs) {\n  return combine(apply, fs, xs)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\n\n/**\n * Transform a stream by passing its events through a transducer.\n * @param  {function} transducer transducer function\n * @param  {Stream} stream stream whose events will be passed through the\n *  transducer\n * @return {Stream} stream of events transformed by the transducer\n */\nexport function transduce (transducer, stream) {\n  return new Stream(new Transduce(transducer, stream.source))\n}\n\nfunction Transduce (transducer, source) {\n  this.transducer = transducer\n  this.source = source\n}\n\nTransduce.prototype.run = function (sink, scheduler) {\n  var xf = this.transducer(new Transformer(sink))\n  return this.source.run(new TransduceSink(getTxHandler(xf), sink), scheduler)\n}\n\nfunction TransduceSink (adapter, sink) {\n  this.xf = adapter\n  this.sink = sink\n}\n\nTransduceSink.prototype.event = function (t, x) {\n  var next = this.xf.step(t, x)\n\n  return this.xf.isReduced(next)\n    ? this.sink.end(t, this.xf.getResult(next))\n    : next\n}\n\nTransduceSink.prototype.end = function (t, x) {\n  return this.xf.result(x)\n}\n\nTransduceSink.prototype.error = function (t, e) {\n  return this.sink.error(t, e)\n}\n\nfunction Transformer (sink) {\n  this.time = -Infinity\n  this.sink = sink\n}\n\nTransformer.prototype['@@transducer/init'] = Transformer.prototype.init = function () {}\n\nTransformer.prototype['@@transducer/step'] = Transformer.prototype.step = function (t, x) {\n  if (!isNaN(t)) {\n    this.time = Math.max(t, this.time)\n  }\n  return this.sink.event(this.time, x)\n}\n\nTransformer.prototype['@@transducer/result'] = Transformer.prototype.result = function (x) {\n  return this.sink.end(this.time, x)\n}\n\n/**\n* Given an object supporting the new or legacy transducer protocol,\n* create an adapter for it.\n* @param {object} tx transform\n* @returns {TxAdapter|LegacyTxAdapter}\n*/\nfunction getTxHandler (tx) {\n  return typeof tx['@@transducer/step'] === 'function'\n    ? new TxAdapter(tx)\n    : new LegacyTxAdapter(tx)\n}\n\n/**\n* Adapter for new official transducer protocol\n* @param {object} tx transform\n* @constructor\n*/\nfunction TxAdapter (tx) {\n  this.tx = tx\n}\n\nTxAdapter.prototype.step = function (t, x) {\n  return this.tx['@@transducer/step'](t, x)\n}\nTxAdapter.prototype.result = function (x) {\n  return this.tx['@@transducer/result'](x)\n}\nTxAdapter.prototype.isReduced = function (x) {\n  return x != null && x['@@transducer/reduced']\n}\nTxAdapter.prototype.getResult = function (x) {\n  return x['@@transducer/value']\n}\n\n/**\n* Adapter for older transducer protocol\n* @param {object} tx transform\n* @constructor\n*/\nfunction LegacyTxAdapter (tx) {\n  this.tx = tx\n}\n\nLegacyTxAdapter.prototype.step = function (t, x) {\n  return this.tx.step(t, x)\n}\nLegacyTxAdapter.prototype.result = function (x) {\n  return this.tx.result(x)\n}\nLegacyTxAdapter.prototype.isReduced = function (x) {\n  return x != null && x.__transducers_reduced__\n}\nLegacyTxAdapter.prototype.getResult = function (x) {\n  return x.value\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\n/**\n * Doubly linked list\n * @constructor\n */\nexport default function LinkedList () {\n  this.head = null\n  this.length = 0\n}\n\n/**\n * Add a node to the end of the list\n * @param {{prev:Object|null, next:Object|null, dispose:function}} x node to add\n */\nLinkedList.prototype.add = function (x) {\n  if (this.head !== null) {\n    this.head.prev = x\n    x.next = this.head\n  }\n  this.head = x\n  ++this.length\n}\n\n/**\n * Remove the provided node from the list\n * @param {{prev:Object|null, next:Object|null, dispose:function}} x node to remove\n */\nLinkedList.prototype.remove = function (x) { // eslint-disable-line  complexity\n  --this.length\n  if (x === this.head) {\n    this.head = this.head.next\n  }\n  if (x.next !== null) {\n    x.next.prev = x.prev\n    x.next = null\n  }\n  if (x.prev !== null) {\n    x.prev.next = x.next\n    x.prev = null\n  }\n}\n\n/**\n * @returns {boolean} true iff there are no nodes in the list\n */\nLinkedList.prototype.isEmpty = function () {\n  return this.length === 0\n}\n\n/**\n * Dispose all nodes\n * @returns {Promise} promise that fulfills when all nodes have been disposed,\n *  or rejects if an error occurs while disposing\n */\nLinkedList.prototype.dispose = function () {\n  if (this.isEmpty()) {\n    return Promise.resolve()\n  }\n\n  var promises = []\n  var x = this.head\n  this.head = null\n  this.length = 0\n\n  while (x !== null) {\n    promises.push(x.dispose())\n    x = x.next\n  }\n\n  return Promise.all(promises)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as dispose from '../disposable/dispose'\nimport LinkedList from '../LinkedList'\nimport { id as identity } from '@most/prelude'\n\nexport function mergeConcurrently (concurrency, stream) {\n  return mergeMapConcurrently(identity, concurrency, stream)\n}\n\nexport function mergeMapConcurrently (f, concurrency, stream) {\n  return new Stream(new MergeConcurrently(f, concurrency, stream.source))\n}\n\nfunction MergeConcurrently (f, concurrency, source) {\n  this.f = f\n  this.concurrency = concurrency\n  this.source = source\n}\n\nMergeConcurrently.prototype.run = function (sink, scheduler) {\n  return new Outer(this.f, this.concurrency, this.source, sink, scheduler)\n}\n\nfunction Outer (f, concurrency, source, sink, scheduler) {\n  this.f = f\n  this.concurrency = concurrency\n  this.sink = sink\n  this.scheduler = scheduler\n  this.pending = []\n  this.current = new LinkedList()\n  this.disposable = dispose.once(source.run(this, scheduler))\n  this.active = true\n}\n\nOuter.prototype.event = function (t, x) {\n  this._addInner(t, x)\n}\n\nOuter.prototype._addInner = function (t, x) {\n  if (this.current.length < this.concurrency) {\n    this._startInner(t, x)\n  } else {\n    this.pending.push(x)\n  }\n}\n\nOuter.prototype._startInner = function (t, x) {\n  try {\n    this._initInner(t, x)\n  } catch (e) {\n    this.error(t, e)\n  }\n}\n\nOuter.prototype._initInner = function (t, x) {\n  var innerSink = new Inner(t, this, this.sink)\n  innerSink.disposable = mapAndRun(this.f, x, innerSink, this.scheduler)\n  this.current.add(innerSink)\n}\n\nfunction mapAndRun (f, x, sink, scheduler) {\n  return f(x).source.run(sink, scheduler)\n}\n\nOuter.prototype.end = function (t, x) {\n  this.active = false\n  dispose.tryDispose(t, this.disposable, this.sink)\n  this._checkEnd(t, x)\n}\n\nOuter.prototype.error = function (t, e) {\n  this.active = false\n  this.sink.error(t, e)\n}\n\nOuter.prototype.dispose = function () {\n  this.active = false\n  this.pending.length = 0\n  return Promise.all([this.disposable.dispose(), this.current.dispose()])\n}\n\nOuter.prototype._endInner = function (t, x, inner) {\n  this.current.remove(inner)\n  dispose.tryDispose(t, inner, this)\n\n  if (this.pending.length === 0) {\n    this._checkEnd(t, x)\n  } else {\n    this._startInner(t, this.pending.shift())\n  }\n}\n\nOuter.prototype._checkEnd = function (t, x) {\n  if (!this.active && this.current.isEmpty()) {\n    this.sink.end(t, x)\n  }\n}\n\nfunction Inner (time, outer, sink) {\n  this.prev = this.next = null\n  this.time = time\n  this.outer = outer\n  this.sink = sink\n  this.disposable = void 0\n}\n\nInner.prototype.event = function (t, x) {\n  this.sink.event(Math.max(t, this.time), x)\n}\n\nInner.prototype.end = function (t, x) {\n  this.outer._endInner(Math.max(t, this.time), x, this)\n}\n\nInner.prototype.error = function (t, e) {\n  this.outer.error(Math.max(t, this.time), e)\n}\n\nInner.prototype.dispose = function () {\n  return this.disposable.dispose()\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { mergeConcurrently, mergeMapConcurrently } from './mergeConcurrently'\n\n/**\n * Map each value in the stream to a new stream, and merge it into the\n * returned outer stream. Event arrival times are preserved.\n * @param {function(x:*):Stream} f chaining function, must return a Stream\n * @param {Stream} stream\n * @returns {Stream} new stream containing all events from each stream returned by f\n */\nexport function flatMap (f, stream) {\n  return mergeMapConcurrently(f, Infinity, stream)\n}\n\n/**\n * Monadic join. Flatten a Stream<Stream<X>> to Stream<X> by merging inner\n * streams to the outer. Event arrival times are preserved.\n * @param {Stream<Stream<X>>} stream stream of streams\n * @returns {Stream<X>} new stream containing all events of all inner streams\n */\nexport function join (stream) {\n  return mergeConcurrently(Infinity, stream)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport { mergeMapConcurrently } from './mergeConcurrently'\n\n/**\n * Map each value in stream to a new stream, and concatenate them all\n * stream:              -a---b---cX\n * f(a):                 1-1-1-1X\n * f(b):                        -2-2-2-2X\n * f(c):                                -3-3-3-3X\n * stream.concatMap(f): -1-1-1-1-2-2-2-2-3-3-3-3X\n * @param {function(x:*):Stream} f function to map each value to a stream\n * @param {Stream} stream\n * @returns {Stream} new stream containing all events from each stream returned by f\n */\nexport function concatMap (f, stream) {\n  return mergeMapConcurrently(f, 1, stream)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport IndexSink from '../sink/IndexSink'\nimport { empty } from '../source/core'\nimport * as dispose from '../disposable/dispose'\nimport * as base from '@most/prelude'\n\nvar copy = base.copy\nvar reduce = base.reduce\n\n/**\n * @returns {Stream} stream containing events from all streams in the argument\n * list in time order.  If two events are simultaneous they will be merged in\n * arbitrary order.\n */\nexport function merge (/* ...streams*/) {\n  return mergeArray(copy(arguments))\n}\n\n/**\n * @param {Array} streams array of stream to merge\n * @returns {Stream} stream containing events from all input observables\n * in time order.  If two events are simultaneous they will be merged in\n * arbitrary order.\n */\nexport function mergeArray (streams) {\n  var l = streams.length\n  return l === 0 ? empty()\n    : l === 1 ? streams[0]\n    : new Stream(mergeSources(streams))\n}\n\n/**\n * This implements fusion/flattening for merge.  It will\n * fuse adjacent merge operations.  For example:\n * - a.merge(b).merge(c) effectively becomes merge(a, b, c)\n * - merge(a, merge(b, c)) effectively becomes merge(a, b, c)\n * It does this by concatenating the sources arrays of\n * any nested Merge sources, in effect \"flattening\" nested\n * merge operations into a single merge.\n */\nfunction mergeSources (streams) {\n  return new Merge(reduce(appendSources, [], streams))\n}\n\nfunction appendSources (sources, stream) {\n  var source = stream.source\n  return source instanceof Merge\n    ? sources.concat(source.sources)\n    : sources.concat(source)\n}\n\nfunction Merge (sources) {\n  this.sources = sources\n}\n\nMerge.prototype.run = function (sink, scheduler) {\n  var l = this.sources.length\n  var disposables = new Array(l)\n  var sinks = new Array(l)\n\n  var mergeSink = new MergeSink(disposables, sinks, sink)\n\n  for (var indexSink, i = 0; i < l; ++i) {\n    indexSink = sinks[i] = new IndexSink(i, mergeSink)\n    disposables[i] = this.sources[i].run(indexSink, scheduler)\n  }\n\n  return dispose.all(disposables)\n}\n\nfunction MergeSink (disposables, sinks, sink) {\n  this.sink = sink\n  this.disposables = disposables\n  this.activeCount = sinks.length\n}\n\nMergeSink.prototype.error = Pipe.prototype.error\n\nMergeSink.prototype.event = function (t, indexValue) {\n  this.sink.event(t, indexValue.value)\n}\n\nMergeSink.prototype.end = function (t, indexedValue) {\n  dispose.tryDispose(t, this.disposables[indexedValue.index], this.sink)\n  if (--this.activeCount === 0) {\n    this.sink.end(t, indexedValue.value)\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport * as dispose from '../disposable/dispose'\nimport * as base from '@most/prelude'\nimport invoke from '../invoke'\n\n/**\n * When an event arrives on sampler, emit the result of calling f with the latest\n * values of all streams being sampled\n * @param {function(...values):*} f function to apply to each set of sampled values\n * @param {Stream} sampler streams will be sampled whenever an event arrives\n *  on sampler\n * @returns {Stream} stream of sampled and transformed values\n */\nexport function sample (f, sampler /*, ...streams */) {\n  return sampleArray(f, sampler, base.drop(2, arguments))\n}\n\n/**\n * When an event arrives on sampler, emit the latest event value from stream.\n * @param {Stream} sampler stream of events at whose arrival time\n *  stream's latest value will be propagated\n * @param {Stream} stream stream of values\n * @returns {Stream} sampled stream of values\n */\nexport function sampleWith (sampler, stream) {\n  return new Stream(new Sampler(base.id, sampler.source, [stream.source]))\n}\n\nexport function sampleArray (f, sampler, streams) {\n  return new Stream(new Sampler(f, sampler.source, base.map(getSource, streams)))\n}\n\nfunction getSource (stream) {\n  return stream.source\n}\n\nfunction Sampler (f, sampler, sources) {\n  this.f = f\n  this.sampler = sampler\n  this.sources = sources\n}\n\nSampler.prototype.run = function (sink, scheduler) {\n  var l = this.sources.length\n  var disposables = new Array(l + 1)\n  var sinks = new Array(l)\n\n  var sampleSink = new SampleSink(this.f, sinks, sink)\n\n  for (var hold, i = 0; i < l; ++i) {\n    hold = sinks[i] = new Hold(sampleSink)\n    disposables[i] = this.sources[i].run(hold, scheduler)\n  }\n\n  disposables[i] = this.sampler.run(sampleSink, scheduler)\n\n  return dispose.all(disposables)\n}\n\nfunction Hold (sink) {\n  this.sink = sink\n  this.hasValue = false\n}\n\nHold.prototype.event = function (t, x) {\n  this.value = x\n  this.hasValue = true\n  this.sink._notify(this)\n}\n\nHold.prototype.end = function () {}\nHold.prototype.error = Pipe.prototype.error\n\nfunction SampleSink (f, sinks, sink) {\n  this.f = f\n  this.sinks = sinks\n  this.sink = sink\n  this.active = false\n}\n\nSampleSink.prototype._notify = function () {\n  if (!this.active) {\n    this.active = this.sinks.every(hasValue)\n  }\n}\n\nSampleSink.prototype.event = function (t) {\n  if (this.active) {\n    this.sink.event(t, invoke(this.f, base.map(getValue, this.sinks)))\n  }\n}\n\nSampleSink.prototype.end = Pipe.prototype.end\nSampleSink.prototype.error = Pipe.prototype.error\n\nfunction hasValue (hold) {\n  return hold.hasValue\n}\n\nfunction getValue (hold) {\n  return hold.value\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\n// Based on https://github.com/petkaantonov/deque\n\nexport default function Queue (capPow2) {\n  this._capacity = capPow2 || 32\n  this._length = 0\n  this._head = 0\n}\n\nQueue.prototype.push = function (x) {\n  var len = this._length\n  this._checkCapacity(len + 1)\n\n  var i = (this._head + len) & (this._capacity - 1)\n  this[i] = x\n  this._length = len + 1\n}\n\nQueue.prototype.shift = function () {\n  var head = this._head\n  var x = this[head]\n\n  this[head] = void 0\n  this._head = (head + 1) & (this._capacity - 1)\n  this._length--\n  return x\n}\n\nQueue.prototype.isEmpty = function () {\n  return this._length === 0\n}\n\nQueue.prototype.length = function () {\n  return this._length\n}\n\nQueue.prototype._checkCapacity = function (size) {\n  if (this._capacity < size) {\n    this._ensureCapacity(this._capacity << 1)\n  }\n}\n\nQueue.prototype._ensureCapacity = function (capacity) {\n  var oldCapacity = this._capacity\n  this._capacity = capacity\n\n  var last = this._head + this._length\n\n  if (last > oldCapacity) {\n    copy(this, 0, this, oldCapacity, last & (oldCapacity - 1))\n  }\n}\n\nfunction copy (src, srcIndex, dst, dstIndex, len) {\n  for (var j = 0; j < len; ++j) {\n    dst[j + dstIndex] = src[j + srcIndex]\n    src[j + srcIndex] = void 0\n  }\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as transform from './transform'\nimport * as core from '../source/core'\nimport Pipe from '../sink/Pipe'\nimport IndexSink from '../sink/IndexSink'\nimport * as dispose from '../disposable/dispose'\nimport * as base from '@most/prelude'\nimport invoke from '../invoke'\nimport Queue from '../Queue'\n\nvar map = base.map\nvar tail = base.tail\n\n/**\n * Combine streams pairwise (or tuple-wise) by index by applying f to values\n * at corresponding indices.  The returned stream ends when any of the input\n * streams ends.\n * @param {function} f function to combine values\n * @returns {Stream} new stream with items at corresponding indices combined\n *  using f\n */\nexport function zip (f /*, ...streams */) {\n  return zipArray(f, tail(arguments))\n}\n\n/**\n* Combine streams pairwise (or tuple-wise) by index by applying f to values\n* at corresponding indices.  The returned stream ends when any of the input\n* streams ends.\n* @param {function} f function to combine values\n* @param {[Stream]} streams streams to zip using f\n* @returns {Stream} new stream with items at corresponding indices combined\n*  using f\n*/\nexport function zipArray (f, streams) {\n  return streams.length === 0 ? core.empty()\n: streams.length === 1 ? transform.map(f, streams[0])\n: new Stream(new Zip(f, map(getSource, streams)))\n}\n\nfunction getSource (stream) {\n  return stream.source\n}\n\nfunction Zip (f, sources) {\n  this.f = f\n  this.sources = sources\n}\n\nZip.prototype.run = function (sink, scheduler) {\n  var l = this.sources.length\n  var disposables = new Array(l)\n  var sinks = new Array(l)\n  var buffers = new Array(l)\n\n  var zipSink = new ZipSink(this.f, buffers, sinks, sink)\n\n  for (var indexSink, i = 0; i < l; ++i) {\n    buffers[i] = new Queue()\n    indexSink = sinks[i] = new IndexSink(i, zipSink)\n    disposables[i] = this.sources[i].run(indexSink, scheduler)\n  }\n\n  return dispose.all(disposables)\n}\n\nfunction ZipSink (f, buffers, sinks, sink) {\n  this.f = f\n  this.sinks = sinks\n  this.sink = sink\n  this.buffers = buffers\n}\n\nZipSink.prototype.event = function (t, indexedValue) { // eslint-disable-line complexity\n  var buffers = this.buffers\n  var buffer = buffers[indexedValue.index]\n\n  buffer.push(indexedValue.value)\n\n  if (buffer.length() === 1) {\n    if (!ready(this.buffers)) {\n      return\n    }\n\n    emitZipped(this.f, t, buffers, this.sink)\n\n    if (ended(this.buffers, this.sinks)) {\n      this.sink.end(t, void 0)\n    }\n  }\n}\n\nZipSink.prototype.end = function (t, indexedValue) {\n  var buffer = this.buffers[indexedValue.index]\n  if (buffer.isEmpty()) {\n    this.sink.end(t, indexedValue.value)\n  }\n}\n\nZipSink.prototype.error = Pipe.prototype.error\n\nfunction emitZipped (f, t, buffers, sink) {\n  sink.event(t, invoke(f, map(head, buffers)))\n}\n\nfunction head (buffer) {\n  return buffer.shift()\n}\n\nfunction ended (buffers, sinks) {\n  for (var i = 0, l = buffers.length; i < l; ++i) {\n    if (buffers[i].isEmpty() && !sinks[i].active) {\n      return true\n    }\n  }\n  return false\n}\n\nfunction ready (buffers) {\n  for (var i = 0, l = buffers.length; i < l; ++i) {\n    if (buffers[i].isEmpty()) {\n      return false\n    }\n  }\n  return true\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport * as dispose from '../disposable/dispose'\n\n/**\n * Given a stream of streams, return a new stream that adopts the behavior\n * of the most recent inner stream.\n * @param {Stream} stream of streams on which to switch\n * @returns {Stream} switching stream\n */\nexport function switchLatest (stream) {\n  return new Stream(new Switch(stream.source))\n}\n\nexport { switchLatest as switch }\n\nfunction Switch (source) {\n  this.source = source\n}\n\nSwitch.prototype.run = function (sink, scheduler) {\n  var switchSink = new SwitchSink(sink, scheduler)\n  return dispose.all([switchSink, this.source.run(switchSink, scheduler)])\n}\n\nfunction SwitchSink (sink, scheduler) {\n  this.sink = sink\n  this.scheduler = scheduler\n  this.current = null\n  this.ended = false\n}\n\nSwitchSink.prototype.event = function (t, stream) {\n  this._disposeCurrent(t) // TODO: capture the result of this dispose\n  this.current = new Segment(t, Infinity, this, this.sink)\n  this.current.disposable = stream.source.run(this.current, this.scheduler)\n}\n\nSwitchSink.prototype.end = function (t, x) {\n  this.ended = true\n  this._checkEnd(t, x)\n}\n\nSwitchSink.prototype.error = function (t, e) {\n  this.ended = true\n  this.sink.error(t, e)\n}\n\nSwitchSink.prototype.dispose = function () {\n  return this._disposeCurrent(this.scheduler.now())\n}\n\nSwitchSink.prototype._disposeCurrent = function (t) {\n  if (this.current !== null) {\n    return this.current._dispose(t)\n  }\n}\n\nSwitchSink.prototype._disposeInner = function (t, inner) {\n  inner._dispose(t) // TODO: capture the result of this dispose\n  if (inner === this.current) {\n    this.current = null\n  }\n}\n\nSwitchSink.prototype._checkEnd = function (t, x) {\n  if (this.ended && this.current === null) {\n    this.sink.end(t, x)\n  }\n}\n\nSwitchSink.prototype._endInner = function (t, x, inner) {\n  this._disposeInner(t, inner)\n  this._checkEnd(t, x)\n}\n\nSwitchSink.prototype._errorInner = function (t, e, inner) {\n  this._disposeInner(t, inner)\n  this.sink.error(t, e)\n}\n\nfunction Segment (min, max, outer, sink) {\n  this.min = min\n  this.max = max\n  this.outer = outer\n  this.sink = sink\n  this.disposable = dispose.empty()\n}\n\nSegment.prototype.event = function (t, x) {\n  if (t < this.max) {\n    this.sink.event(Math.max(t, this.min), x)\n  }\n}\n\nSegment.prototype.end = function (t, x) {\n  this.outer._endInner(Math.max(t, this.min), x, this)\n}\n\nSegment.prototype.error = function (t, e) {\n  this.outer._errorInner(Math.max(t, this.min), e, this)\n}\n\nSegment.prototype._dispose = function (t) {\n  this.max = t\n  dispose.tryDispose(t, this.disposable, this.sink)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport Filter from '../fusion/Filter'\n\n/**\n * Retain only items matching a predicate\n * @param {function(x:*):boolean} p filtering predicate called for each item\n * @param {Stream} stream stream to filter\n * @returns {Stream} stream containing only items for which predicate returns truthy\n */\nexport function filter (p, stream) {\n  return new Stream(Filter.create(p, stream.source))\n}\n\n/**\n * Skip repeated events, using === to detect duplicates\n * @param {Stream} stream stream from which to omit repeated events\n * @returns {Stream} stream without repeated events\n */\nexport function skipRepeats (stream) {\n  return skipRepeatsWith(same, stream)\n}\n\n/**\n * Skip repeated events using the provided equals function to detect duplicates\n * @param {function(a:*, b:*):boolean} equals optional function to compare items\n * @param {Stream} stream stream from which to omit repeated events\n * @returns {Stream} stream without repeated events\n */\nexport function skipRepeatsWith (equals, stream) {\n  return new Stream(new SkipRepeats(equals, stream.source))\n}\n\nfunction SkipRepeats (equals, source) {\n  this.equals = equals\n  this.source = source\n}\n\nSkipRepeats.prototype.run = function (sink, scheduler) {\n  return this.source.run(new SkipRepeatsSink(this.equals, sink), scheduler)\n}\n\nfunction SkipRepeatsSink (equals, sink) {\n  this.equals = equals\n  this.sink = sink\n  this.value = void 0\n  this.init = true\n}\n\nSkipRepeatsSink.prototype.end = Pipe.prototype.end\nSkipRepeatsSink.prototype.error = Pipe.prototype.error\n\nSkipRepeatsSink.prototype.event = function (t, x) {\n  if (this.init) {\n    this.init = false\n    this.value = x\n    this.sink.event(t, x)\n  } else if (!this.equals(this.value, x)) {\n    this.value = x\n    this.sink.event(t, x)\n  }\n}\n\nfunction same (a, b) {\n  return a === b\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport * as core from '../source/core'\nimport * as dispose from '../disposable/dispose'\nimport Map from '../fusion/Map'\n\n/**\n * @param {number} n\n * @param {Stream} stream\n * @returns {Stream} new stream containing only up to the first n items from stream\n */\nexport function take (n, stream) {\n  return slice(0, n, stream)\n}\n\n/**\n * @param {number} n\n * @param {Stream} stream\n * @returns {Stream} new stream with the first n items removed\n */\nexport function skip (n, stream) {\n  return slice(n, Infinity, stream)\n}\n\n/**\n * Slice a stream by index. Negative start/end indexes are not supported\n * @param {number} start\n * @param {number} end\n * @param {Stream} stream\n * @returns {Stream} stream containing items where start <= index < end\n */\nexport function slice (start, end, stream) {\n  return end <= start ? core.empty()\n    : new Stream(sliceSource(start, end, stream.source))\n}\n\nfunction sliceSource (start, end, source) {\n  return source instanceof Map ? commuteMapSlice(start, end, source)\n    : source instanceof Slice ? fuseSlice(start, end, source)\n    : new Slice(start, end, source)\n}\n\nfunction commuteMapSlice (start, end, source) {\n  return Map.create(source.f, sliceSource(start, end, source.source))\n}\n\nfunction fuseSlice (start, end, source) {\n  start += source.min\n  end = Math.min(end + source.min, source.max)\n  return new Slice(start, end, source.source)\n}\n\nfunction Slice (min, max, source) {\n  this.source = source\n  this.min = min\n  this.max = max\n}\n\nSlice.prototype.run = function (sink, scheduler) {\n  var disposable = dispose.settable()\n  var sliceSink = new SliceSink(this.min, this.max - this.min, sink, disposable)\n\n  disposable.setDisposable(this.source.run(sliceSink, scheduler))\n  return disposable\n}\n\nfunction SliceSink (skip, take, sink, disposable) {\n  this.sink = sink\n  this.skip = skip\n  this.take = take\n  this.disposable = disposable\n}\n\nSliceSink.prototype.end = Pipe.prototype.end\nSliceSink.prototype.error = Pipe.prototype.error\n\nSliceSink.prototype.event = function (t, x) {\n  /* eslint complexity: [1, 4] */\n  if (this.skip > 0) {\n    this.skip -= 1\n    return\n  }\n\n  if (this.take === 0) {\n    return\n  }\n\n  this.take -= 1\n  this.sink.event(t, x)\n  if (this.take === 0) {\n    this.disposable.dispose()\n    this.sink.end(t, x)\n  }\n}\n\nexport function takeWhile (p, stream) {\n  return new Stream(new TakeWhile(p, stream.source))\n}\n\nfunction TakeWhile (p, source) {\n  this.p = p\n  this.source = source\n}\n\nTakeWhile.prototype.run = function (sink, scheduler) {\n  var disposable = dispose.settable()\n  var takeWhileSink = new TakeWhileSink(this.p, sink, disposable)\n\n  disposable.setDisposable(this.source.run(takeWhileSink, scheduler))\n  return disposable\n}\n\nfunction TakeWhileSink (p, sink, disposable) {\n  this.p = p\n  this.sink = sink\n  this.active = true\n  this.disposable = disposable\n}\n\nTakeWhileSink.prototype.end = Pipe.prototype.end\nTakeWhileSink.prototype.error = Pipe.prototype.error\n\nTakeWhileSink.prototype.event = function (t, x) {\n  if (!this.active) {\n    return\n  }\n\n  var p = this.p\n  this.active = p(x)\n  if (this.active) {\n    this.sink.event(t, x)\n  } else {\n    this.disposable.dispose()\n    this.sink.end(t, x)\n  }\n}\n\nexport function skipWhile (p, stream) {\n  return new Stream(new SkipWhile(p, stream.source))\n}\n\nfunction SkipWhile (p, source) {\n  this.p = p\n  this.source = source\n}\n\nSkipWhile.prototype.run = function (sink, scheduler) {\n  return this.source.run(new SkipWhileSink(this.p, sink), scheduler)\n}\n\nfunction SkipWhileSink (p, sink) {\n  this.p = p\n  this.sink = sink\n  this.skipping = true\n}\n\nSkipWhileSink.prototype.end = Pipe.prototype.end\nSkipWhileSink.prototype.error = Pipe.prototype.error\n\nSkipWhileSink.prototype.event = function (t, x) {\n  if (this.skipping) {\n    var p = this.p\n    this.skipping = p(x)\n    if (this.skipping) {\n      return\n    }\n  }\n\n  this.sink.event(t, x)\n}\n\nexport function skipAfter (p, stream) {\n  return new Stream(new SkipAfter(p, stream.source))\n}\n\nfunction SkipAfter (p, source) {\n  this.p = p\n  this.source = source\n}\n\nSkipAfter.prototype.run = function run (sink, scheduler) {\n  return this.source.run(new SkipAfterSink(this.p, sink), scheduler)\n}\n\nfunction SkipAfterSink (p, sink) {\n  this.p = p\n  this.sink = sink\n  this.skipping = false\n}\n\nSkipAfterSink.prototype.event = function event (t, x) {\n  if (this.skipping) {\n    return\n  }\n\n  var p = this.p\n  this.skipping = p(x)\n  this.sink.event(t, x)\n\n  if (this.skipping) {\n    this.sink.end(t, x)\n  }\n}\n\nSkipAfterSink.prototype.end = Pipe.prototype.end\nSkipAfterSink.prototype.error = Pipe.prototype.error\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport * as dispose from '../disposable/dispose'\nimport { join } from '../combinator/flatMap'\n\nexport function takeUntil (signal, stream) {\n  return new Stream(new Until(signal.source, stream.source))\n}\n\nexport function skipUntil (signal, stream) {\n  return new Stream(new Since(signal.source, stream.source))\n}\n\nexport function during (timeWindow, stream) {\n  return takeUntil(join(timeWindow), skipUntil(timeWindow, stream))\n}\n\nfunction Until (maxSignal, source) {\n  this.maxSignal = maxSignal\n  this.source = source\n}\n\nUntil.prototype.run = function (sink, scheduler) {\n  var min = new Bound(-Infinity, sink)\n  var max = new UpperBound(this.maxSignal, sink, scheduler)\n  var disposable = this.source.run(new TimeWindowSink(min, max, sink), scheduler)\n\n  return dispose.all([min, max, disposable])\n}\n\nfunction Since (minSignal, source) {\n  this.minSignal = minSignal\n  this.source = source\n}\n\nSince.prototype.run = function (sink, scheduler) {\n  var min = new LowerBound(this.minSignal, sink, scheduler)\n  var max = new Bound(Infinity, sink)\n  var disposable = this.source.run(new TimeWindowSink(min, max, sink), scheduler)\n\n  return dispose.all([min, max, disposable])\n}\n\nfunction Bound (value, sink) {\n  this.value = value\n  this.sink = sink\n}\n\nBound.prototype.error = Pipe.prototype.error\nBound.prototype.event = noop\nBound.prototype.end = noop\nBound.prototype.dispose = noop\n\nfunction TimeWindowSink (min, max, sink) {\n  this.min = min\n  this.max = max\n  this.sink = sink\n}\n\nTimeWindowSink.prototype.event = function (t, x) {\n  if (t >= this.min.value && t < this.max.value) {\n    this.sink.event(t, x)\n  }\n}\n\nTimeWindowSink.prototype.error = Pipe.prototype.error\nTimeWindowSink.prototype.end = Pipe.prototype.end\n\nfunction LowerBound (signal, sink, scheduler) {\n  this.value = Infinity\n  this.sink = sink\n  this.disposable = signal.run(this, scheduler)\n}\n\nLowerBound.prototype.event = function (t /*, x */) {\n  if (t < this.value) {\n    this.value = t\n  }\n}\n\nLowerBound.prototype.end = noop\nLowerBound.prototype.error = Pipe.prototype.error\n\nLowerBound.prototype.dispose = function () {\n  return this.disposable.dispose()\n}\n\nfunction UpperBound (signal, sink, scheduler) {\n  this.value = Infinity\n  this.sink = sink\n  this.disposable = signal.run(this, scheduler)\n}\n\nUpperBound.prototype.event = function (t, x) {\n  if (t < this.value) {\n    this.value = t\n    this.sink.end(t, x)\n  }\n}\n\nUpperBound.prototype.end = noop\nUpperBound.prototype.error = Pipe.prototype.error\n\nUpperBound.prototype.dispose = function () {\n  return this.disposable.dispose()\n}\n\nfunction noop () {}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport * as dispose from '../disposable/dispose'\nimport PropagateTask from '../scheduler/PropagateTask'\n\n/**\n * @param {Number} delayTime milliseconds to delay each item\n * @param {Stream} stream\n * @returns {Stream} new stream containing the same items, but delayed by ms\n */\nexport function delay (delayTime, stream) {\n  return delayTime <= 0 ? stream\n    : new Stream(new Delay(delayTime, stream.source))\n}\n\nfunction Delay (dt, source) {\n  this.dt = dt\n  this.source = source\n}\n\nDelay.prototype.run = function (sink, scheduler) {\n  var delaySink = new DelaySink(this.dt, sink, scheduler)\n  return dispose.all([delaySink, this.source.run(delaySink, scheduler)])\n}\n\nfunction DelaySink (dt, sink, scheduler) {\n  this.dt = dt\n  this.sink = sink\n  this.scheduler = scheduler\n}\n\nDelaySink.prototype.dispose = function () {\n  var self = this\n  this.scheduler.cancelAll(function (task) {\n    return task.sink === self.sink\n  })\n}\n\nDelaySink.prototype.event = function (t, x) {\n  this.scheduler.delay(this.dt, PropagateTask.event(x, this.sink))\n}\n\nDelaySink.prototype.end = function (t, x) {\n  this.scheduler.delay(this.dt, PropagateTask.end(x, this.sink))\n}\n\nDelaySink.prototype.error = Pipe.prototype.error\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\n\nexport function timestamp (stream) {\n  return new Stream(new Timestamp(stream.source))\n}\n\nfunction Timestamp (source) {\n  this.source = source\n}\n\nTimestamp.prototype.run = function (sink, scheduler) {\n  return this.source.run(new TimestampSink(sink), scheduler)\n}\n\nfunction TimestampSink (sink) {\n  this.sink = sink\n}\n\nTimestampSink.prototype.end = Pipe.prototype.end\nTimestampSink.prototype.error = Pipe.prototype.error\n\nTimestampSink.prototype.event = function (t, x) {\n  this.sink.event(t, { time: t, value: x })\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport Pipe from '../sink/Pipe'\nimport PropagateTask from '../scheduler/PropagateTask'\nimport Map from '../fusion/Map'\n\n/**\n * Limit the rate of events by suppressing events that occur too often\n * @param {Number} period time to suppress events\n * @param {Stream} stream\n * @returns {Stream}\n */\nexport function throttle (period, stream) {\n  return new Stream(throttleSource(period, stream.source))\n}\n\nfunction throttleSource (period, source) {\n  return source instanceof Map ? commuteMapThrottle(period, source)\n    : source instanceof Throttle ? fuseThrottle(period, source)\n    : new Throttle(period, source)\n}\n\nfunction commuteMapThrottle (period, source) {\n  return Map.create(source.f, throttleSource(period, source.source))\n}\n\nfunction fuseThrottle (period, source) {\n  return new Throttle(Math.max(period, source.period), source.source)\n}\n\nfunction Throttle (period, source) {\n  this.period = period\n  this.source = source\n}\n\nThrottle.prototype.run = function (sink, scheduler) {\n  return this.source.run(new ThrottleSink(this.period, sink), scheduler)\n}\n\nfunction ThrottleSink (period, sink) {\n  this.time = 0\n  this.period = period\n  this.sink = sink\n}\n\nThrottleSink.prototype.event = function (t, x) {\n  if (t >= this.time) {\n    this.time = t + this.period\n    this.sink.event(t, x)\n  }\n}\n\nThrottleSink.prototype.end = Pipe.prototype.end\n\nThrottleSink.prototype.error = Pipe.prototype.error\n\n/**\n * Wait for a burst of events to subside and emit only the last event in the burst\n * @param {Number} period events occuring more frequently than this\n *  will be suppressed\n * @param {Stream} stream stream to debounce\n * @returns {Stream} new debounced stream\n */\nexport function debounce (period, stream) {\n  return new Stream(new Debounce(period, stream.source))\n}\n\nfunction Debounce (dt, source) {\n  this.dt = dt\n  this.source = source\n}\n\nDebounce.prototype.run = function (sink, scheduler) {\n  return new DebounceSink(this.dt, this.source, sink, scheduler)\n}\n\nfunction DebounceSink (dt, source, sink, scheduler) {\n  this.dt = dt\n  this.sink = sink\n  this.scheduler = scheduler\n  this.value = void 0\n  this.timer = null\n  this.disposable = source.run(this, scheduler)\n}\n\nDebounceSink.prototype.event = function (t, x) {\n  this._clearTimer()\n  this.value = x\n  this.timer = this.scheduler.delay(this.dt, PropagateTask.event(x, this.sink))\n}\n\nDebounceSink.prototype.end = function (t, x) {\n  if (this._clearTimer()) {\n    this.sink.event(t, this.value)\n    this.value = void 0\n  }\n  this.sink.end(t, x)\n}\n\nDebounceSink.prototype.error = function (t, x) {\n  this._clearTimer()\n  this.sink.error(t, x)\n}\n\nDebounceSink.prototype.dispose = function () {\n  this._clearTimer()\n  return this.disposable.dispose()\n}\n\nDebounceSink.prototype._clearTimer = function () {\n  if (this.timer === null) {\n    return false\n  }\n  this.timer.dispose()\n  this.timer = null\n  return true\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport fatal from '../fatalError'\nimport { of as just } from '../source/core'\n\n/**\n * Create a stream containing only the promise's fulfillment\n * value at the time it fulfills.\n * @param {Promise<T>} p promise\n * @return {Stream<T>} stream containing promise's fulfillment value.\n *  If the promise rejects, the stream will error\n */\nexport function fromPromise (p) {\n  return awaitPromises(just(p))\n}\n\n/**\n * Turn a Stream<Promise<T>> into Stream<T> by awaiting each promise.\n * Event order is preserved.\n * @param {Stream<Promise<T>>} stream\n * @return {Stream<T>} stream of fulfillment values.  The stream will\n * error if any promise rejects.\n */\nexport function awaitPromises (stream) {\n  return new Stream(new Await(stream.source))\n}\n\nfunction Await (source) {\n  this.source = source\n}\n\nAwait.prototype.run = function (sink, scheduler) {\n  return this.source.run(new AwaitSink(sink, scheduler), scheduler)\n}\n\nfunction AwaitSink (sink, scheduler) {\n  this.sink = sink\n  this.scheduler = scheduler\n  this.queue = Promise.resolve()\n  var self = this\n\n\t// Pre-create closures, to avoid creating them per event\n  this._eventBound = function (x) {\n    self.sink.event(self.scheduler.now(), x)\n  }\n\n  this._endBound = function (x) {\n    self.sink.end(self.scheduler.now(), x)\n  }\n\n  this._errorBound = function (e) {\n    self.sink.error(self.scheduler.now(), e)\n  }\n}\n\nAwaitSink.prototype.event = function (t, promise) {\n  var self = this\n  this.queue = this.queue.then(function () {\n    return self._event(promise)\n  }).catch(this._errorBound)\n}\n\nAwaitSink.prototype.end = function (t, x) {\n  var self = this\n  this.queue = this.queue.then(function () {\n    return self._end(x)\n  }).catch(this._errorBound)\n}\n\nAwaitSink.prototype.error = function (t, e) {\n  var self = this\n  // Don't resolve error values, propagate directly\n  this.queue = this.queue.then(function () {\n    return self._errorBound(e)\n  }).catch(fatal)\n}\n\nAwaitSink.prototype._event = function (promise) {\n  return promise.then(this._eventBound)\n}\n\nAwaitSink.prototype._end = function (x) {\n  return Promise.resolve(x).then(this._endBound)\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nexport default function SafeSink (sink) {\n  this.sink = sink\n  this.active = true\n}\n\nSafeSink.prototype.event = function (t, x) {\n  if (!this.active) {\n    return\n  }\n  this.sink.event(t, x)\n}\n\nSafeSink.prototype.end = function (t, x) {\n  if (!this.active) {\n    return\n  }\n  this.disable()\n  this.sink.end(t, x)\n}\n\nSafeSink.prototype.error = function (t, e) {\n  this.disable()\n  this.sink.error(t, e)\n}\n\nSafeSink.prototype.disable = function () {\n  this.active = false\n  return this.sink\n}\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from '../Stream'\nimport SafeSink from '../sink/SafeSink'\nimport * as dispose from '../disposable/dispose'\nimport * as tryEvent from '../source/tryEvent'\nimport PropagateTask from '../scheduler/PropagateTask'\n\n/**\n * If stream encounters an error, recover and continue with items from stream\n * returned by f.\n * @param {function(error:*):Stream} f function which returns a new stream\n * @param {Stream} stream\n * @returns {Stream} new stream which will recover from an error by calling f\n */\nexport function recoverWith (f, stream) {\n  return new Stream(new RecoverWith(f, stream.source))\n}\n\nexport var flatMapError = recoverWith\n\n/**\n * Create a stream containing only an error\n * @param {*} e error value, preferably an Error or Error subtype\n * @returns {Stream} new stream containing only an error\n */\nexport function throwError (e) {\n  return new Stream(new ErrorSource(e))\n}\n\nfunction ErrorSource (e) {\n  this.value = e\n}\n\nErrorSource.prototype.run = function (sink, scheduler) {\n  return scheduler.asap(new PropagateTask(runError, this.value, sink))\n}\n\nfunction runError (t, e, sink) {\n  sink.error(t, e)\n}\n\nfunction RecoverWith (f, source) {\n  this.f = f\n  this.source = source\n}\n\nRecoverWith.prototype.run = function (sink, scheduler) {\n  return new RecoverWithSink(this.f, this.source, sink, scheduler)\n}\n\nfunction RecoverWithSink (f, source, sink, scheduler) {\n  this.f = f\n  this.sink = new SafeSink(sink)\n  this.scheduler = scheduler\n  this.disposable = source.run(this, scheduler)\n}\n\nRecoverWithSink.prototype.event = function (t, x) {\n  tryEvent.tryEvent(t, x, this.sink)\n}\n\nRecoverWithSink.prototype.end = function (t, x) {\n  tryEvent.tryEnd(t, x, this.sink)\n}\n\nRecoverWithSink.prototype.error = function (t, e) {\n  var nextSink = this.sink.disable()\n\n  dispose.tryDispose(t, this.disposable, this.sink)\n  this._startNext(t, e, nextSink)\n}\n\nRecoverWithSink.prototype._startNext = function (t, x, sink) {\n  try {\n    this.disposable = this._continue(this.f, x, sink)\n  } catch (e) {\n    sink.error(t, e)\n  }\n}\n\nRecoverWithSink.prototype._continue = function (f, x, sink) {\n  var stream = f(x)\n  return stream.source.run(sink, this.scheduler)\n}\n\nRecoverWithSink.prototype.dispose = function () {\n  return this.disposable.dispose()\n}\n","import { append, remove, findIndex } from '@most/prelude';\n\nvar MulticastDisposable = function MulticastDisposable (source, sink) {\n  this.source = source\n  this.sink = sink\n  this.disposed = false\n};\n\nMulticastDisposable.prototype.dispose = function dispose () {\n  if (this.disposed) {\n    return\n  }\n  this.disposed = true\n  var remaining = this.source.remove(this.sink)\n  return remaining === 0 && this.source._dispose()\n};\n\nfunction tryEvent (t, x, sink) {\n  try {\n    sink.event(t, x)\n  } catch (e) {\n    sink.error(t, e)\n  }\n}\n\nfunction tryEnd (t, x, sink) {\n  try {\n    sink.end(t, x)\n  } catch (e) {\n    sink.error(t, e)\n  }\n}\n\nvar dispose = function (disposable) { return disposable.dispose(); }\n\nvar emptyDisposable = {\n  dispose: function dispose$1 () {}\n}\n\nvar MulticastSource = function MulticastSource (source) {\n  this.source = source\n  this.sinks = []\n  this._disposable = emptyDisposable\n};\n\nMulticastSource.prototype.run = function run (sink, scheduler) {\n  var n = this.add(sink)\n  if (n === 1) {\n    this._disposable = this.source.run(this, scheduler)\n  }\n  return new MulticastDisposable(this, sink)\n};\n\nMulticastSource.prototype._dispose = function _dispose () {\n  var disposable = this._disposable\n  this._disposable = emptyDisposable\n  return Promise.resolve(disposable).then(dispose)\n};\n\nMulticastSource.prototype.add = function add (sink) {\n  this.sinks = append(sink, this.sinks)\n  return this.sinks.length\n};\n\nMulticastSource.prototype.remove = function remove$1 (sink) {\n  var i = findIndex(sink, this.sinks)\n  // istanbul ignore next\n  if (i >= 0) {\n    this.sinks = remove(i, this.sinks)\n  }\n\n  return this.sinks.length\n};\n\nMulticastSource.prototype.event = function event (time, value) {\n  var s = this.sinks\n  if (s.length === 1) {\n    return s[0].event(time, value)\n  }\n  for (var i = 0; i < s.length; ++i) {\n    tryEvent(time, value, s[i])\n  }\n};\n\nMulticastSource.prototype.end = function end (time, value) {\n  var s = this.sinks\n  for (var i = 0; i < s.length; ++i) {\n    tryEnd(time, value, s[i])\n  }\n};\n\nMulticastSource.prototype.error = function error (time, err) {\n  var s = this.sinks\n  for (var i = 0; i < s.length; ++i) {\n    s[i].error(time, err)\n  }\n};\n\nfunction multicast (stream) {\n  var source = stream.source\n  return source instanceof MulticastSource\n    ? stream\n    : new stream.constructor(new MulticastSource(source))\n}\n\nexport { MulticastSource };export default multicast;\n//# sourceMappingURL=multicast.es.js.map\n","/** @license MIT License (c) copyright 2010-2016 original author or authors */\n/** @author Brian Cavalier */\n/** @author John Hann */\n\nimport Stream from './Stream'\nimport * as base from '@most/prelude'\nimport { of, empty, never } from './source/core'\nimport { from } from './source/from'\nimport { periodic } from './source/periodic'\nimport symbolObservable from 'symbol-observable'\n\n/**\n * Core stream type\n * @type {Stream}\n */\nexport { Stream }\n\n// Add of and empty to constructor for fantasy-land compat\nStream.of = of\nStream.empty = empty\n// Add from to constructor for ES Observable compat\nStream.from = from\nexport { of, of as just, empty, never, from, periodic }\n\n// -----------------------------------------------------------------------\n// Draft ES Observable proposal interop\n// https://github.com/zenparsing/es-observable\n\nimport { subscribe } from './observable/subscribe'\n\nStream.prototype.subscribe = function (subscriber) {\n  return subscribe(subscriber, this)\n}\n\nStream.prototype[symbolObservable] = function () {\n  return this\n}\n\n// -----------------------------------------------------------------------\n// Fluent adapter\n\nimport { thru } from './combinator/thru'\n\n/**\n * Adapt a functional stream transform to fluent style.\n * It applies f to the this stream object\n * @param  {function(s: Stream): Stream} f function that\n * receives the stream itself and must return a new stream\n * @return {Stream}\n */\nStream.prototype.thru = function (f) {\n  return thru(f, this)\n}\n\n// -----------------------------------------------------------------------\n// Adapting other sources\n\n/**\n * Create a stream of events from the supplied EventTarget or EventEmitter\n * @param {String} event event name\n * @param {EventTarget|EventEmitter} source EventTarget or EventEmitter. The source\n *  must support either addEventListener/removeEventListener (w3c EventTarget:\n *  http://www.w3.org/TR/DOM-Level-2-Events/events.html#Events-EventTarget),\n *  or addListener/removeListener (node EventEmitter: http://nodejs.org/api/events.html)\n * @returns {Stream} stream of events of the specified type from the source\n */\nexport { fromEvent } from './source/fromEvent'\n\n// -----------------------------------------------------------------------\n// Observing\n\nimport { observe, drain } from './combinator/observe'\n\nexport { observe, observe as forEach, drain }\n\n/**\n * Process all the events in the stream\n * @returns {Promise} promise that fulfills when the stream ends, or rejects\n *  if the stream fails with an unhandled error.\n */\nStream.prototype.observe = Stream.prototype.forEach = function (f) {\n  return observe(f, this)\n}\n\n/**\n * Consume all events in the stream, without providing a function to process each.\n * This causes a stream to become active and begin emitting events, and is useful\n * in cases where all processing has been setup upstream via other combinators, and\n * there is no need to process the terminal events.\n * @returns {Promise} promise that fulfills when the stream ends, or rejects\n *  if the stream fails with an unhandled error.\n */\nStream.prototype.drain = function () {\n  return drain(this)\n}\n\n// -------------------------------------------------------\n\nimport { loop } from './combinator/loop'\n\nexport { loop }\n\n/**\n * Generalized feedback loop. Call a stepper function for each event. The stepper\n * will be called with 2 params: the current seed and the an event value.  It must\n * return a new { seed, value } pair. The `seed` will be fed back into the next\n * invocation of stepper, and the `value` will be propagated as the event value.\n * @param {function(seed:*, value:*):{seed:*, value:*}} stepper loop step function\n * @param {*} seed initial seed value passed to first stepper call\n * @returns {Stream} new stream whose values are the `value` field of the objects\n * returned by the stepper\n */\nStream.prototype.loop = function (stepper, seed) {\n  return loop(stepper, seed, this)\n}\n\n// -------------------------------------------------------\n\nimport { scan, reduce } from './combinator/accumulate'\n\nexport { scan, reduce }\n\n/**\n * Create a stream containing successive reduce results of applying f to\n * the previous reduce result and the current stream item.\n * @param {function(result:*, x:*):*} f reducer function\n * @param {*} initial initial value\n * @returns {Stream} new stream containing successive reduce results\n */\nStream.prototype.scan = function (f, initial) {\n  return scan(f, initial, this)\n}\n\n/**\n * Reduce the stream to produce a single result.  Note that reducing an infinite\n * stream will return a Promise that never fulfills, but that may reject if an error\n * occurs.\n * @param {function(result:*, x:*):*} f reducer function\n * @param {*} initial optional initial value\n * @returns {Promise} promise for the file result of the reduce\n */\nStream.prototype.reduce = function (f, initial) {\n  return reduce(f, initial, this)\n}\n\n// -----------------------------------------------------------------------\n// Building and extending\n\nexport { unfold } from './source/unfold'\nexport { iterate } from './source/iterate'\nexport { generate } from './source/generate'\nimport { concat, cons as startWith } from './combinator/build'\n\nexport { concat, startWith }\n\n/**\n * @param {Stream} tail\n * @returns {Stream} new stream containing all items in this followed by\n *  all items in tail\n */\nStream.prototype.concat = function (tail) {\n  return concat(this, tail)\n}\n\n/**\n * @param {*} x value to prepend\n * @returns {Stream} a new stream with x prepended\n */\nStream.prototype.startWith = function (x) {\n  return startWith(x, this)\n}\n\n// -----------------------------------------------------------------------\n// Transforming\n\nimport { map, constant, tap } from './combinator/transform'\nimport { ap } from './combinator/applicative'\n\nexport { map, constant, tap, ap }\n\n/**\n * Transform each value in the stream by applying f to each\n * @param {function(*):*} f mapping function\n * @returns {Stream} stream containing items transformed by f\n */\nStream.prototype.map = function (f) {\n  return map(f, this)\n}\n\n/**\n * Assume this stream contains functions, and apply each function to each item\n * in the provided stream.  This generates, in effect, a cross product.\n * @param {Stream} xs stream of items to which\n * @returns {Stream} stream containing the cross product of items\n */\nStream.prototype.ap = function (xs) {\n  return ap(this, xs)\n}\n\n/**\n * Replace each value in the stream with x\n * @param {*} x\n * @returns {Stream} stream containing items replaced with x\n */\nStream.prototype.constant = function (x) {\n  return constant(x, this)\n}\n\n/**\n * Perform a side effect for each item in the stream\n * @param {function(x:*):*} f side effect to execute for each item. The\n *  return value will be discarded.\n * @returns {Stream} new stream containing the same items as this stream\n */\nStream.prototype.tap = function (f) {\n  return tap(f, this)\n}\n\n// -----------------------------------------------------------------------\n// Transducer support\n\nimport { transduce } from './combinator/transduce'\n\nexport { transduce }\n\n/**\n * Transform this stream by passing its events through a transducer.\n * @param  {function} transducer transducer function\n * @return {Stream} stream of events transformed by the transducer\n */\nStream.prototype.transduce = function (transducer) {\n  return transduce(transducer, this)\n}\n\n// -----------------------------------------------------------------------\n// FlatMapping\n\nimport { flatMap, join } from './combinator/flatMap'\n\n// @deprecated flatMap, use chain instead\nexport { flatMap, flatMap as chain, join }\n\n/**\n * Map each value in the stream to a new stream, and merge it into the\n * returned outer stream. Event arrival times are preserved.\n * @param {function(x:*):Stream} f chaining function, must return a Stream\n * @returns {Stream} new stream containing all events from each stream returned by f\n */\nStream.prototype.chain = function (f) {\n  return flatMap(f, this)\n}\n\n// @deprecated use chain instead\nStream.prototype.flatMap = Stream.prototype.chain\n\n  /**\n * Monadic join. Flatten a Stream<Stream<X>> to Stream<X> by merging inner\n * streams to the outer. Event arrival times are preserved.\n * @returns {Stream<X>} new stream containing all events of all inner streams\n */\nStream.prototype.join = function () {\n  return join(this)\n}\n\nimport { continueWith } from './combinator/continueWith'\n\n// @deprecated flatMapEnd, use continueWith instead\nexport { continueWith, continueWith as flatMapEnd }\n\n/**\n * Map the end event to a new stream, and begin emitting its values.\n * @param {function(x:*):Stream} f function that receives the end event value,\n * and *must* return a new Stream to continue with.\n * @returns {Stream} new stream that emits all events from the original stream,\n * followed by all events from the stream returned by f.\n */\nStream.prototype.continueWith = function (f) {\n  return continueWith(f, this)\n}\n\n// @deprecated use continueWith instead\nStream.prototype.flatMapEnd = Stream.prototype.continueWith\n\nimport { concatMap } from './combinator/concatMap'\n\nexport { concatMap }\n\nStream.prototype.concatMap = function (f) {\n  return concatMap(f, this)\n}\n\n// -----------------------------------------------------------------------\n// Concurrent merging\n\nimport { mergeConcurrently } from './combinator/mergeConcurrently'\n\nexport { mergeConcurrently }\n\n/**\n * Flatten a Stream<Stream<X>> to Stream<X> by merging inner\n * streams to the outer, limiting the number of inner streams that may\n * be active concurrently.\n * @param {number} concurrency at most this many inner streams will be\n *  allowed to be active concurrently.\n * @return {Stream<X>} new stream containing all events of all inner\n *  streams, with limited concurrency.\n */\nStream.prototype.mergeConcurrently = function (concurrency) {\n  return mergeConcurrently(concurrency, this)\n}\n\n// -----------------------------------------------------------------------\n// Merging\n\nimport { merge, mergeArray } from './combinator/merge'\n\nexport { merge, mergeArray }\n\n/**\n * Merge this stream and all the provided streams\n * @returns {Stream} stream containing items from this stream and s in time\n * order.  If two events are simultaneous they will be merged in\n * arbitrary order.\n */\nStream.prototype.merge = function (/* ...streams*/) {\n  return mergeArray(base.cons(this, arguments))\n}\n\n// -----------------------------------------------------------------------\n// Combining\n\nimport { combine, combineArray } from './combinator/combine'\n\nexport { combine, combineArray }\n\n/**\n * Combine latest events from all input streams\n * @param {function(...events):*} f function to combine most recent events\n * @returns {Stream} stream containing the result of applying f to the most recent\n *  event of each input stream, whenever a new event arrives on any stream.\n */\nStream.prototype.combine = function (f /*, ...streams*/) {\n  return combineArray(f, base.replace(this, 0, arguments))\n}\n\n// -----------------------------------------------------------------------\n// Sampling\n\nimport { sample, sampleArray, sampleWith } from './combinator/sample'\n\nexport { sample, sampleArray, sampleWith }\n\n/**\n * When an event arrives on sampler, emit the latest event value from stream.\n * @param {Stream} sampler stream of events at whose arrival time\n *  signal's latest value will be propagated\n * @returns {Stream} sampled stream of values\n */\nStream.prototype.sampleWith = function (sampler) {\n  return sampleWith(sampler, this)\n}\n\n/**\n * When an event arrives on this stream, emit the result of calling f with the latest\n * values of all streams being sampled\n * @param {function(...values):*} f function to apply to each set of sampled values\n * @returns {Stream} stream of sampled and transformed values\n */\nStream.prototype.sample = function (f /* ...streams */) {\n  return sampleArray(f, this, base.tail(arguments))\n}\n\n// -----------------------------------------------------------------------\n// Zipping\n\nimport { zip, zipArray } from './combinator/zip'\n\nexport { zip, zipArray }\n\n/**\n * Pair-wise combine items with those in s. Given 2 streams:\n * [1,2,3] zipWith f [4,5,6] -> [f(1,4),f(2,5),f(3,6)]\n * Note: zip causes fast streams to buffer and wait for slow streams.\n * @param {function(a:Stream, b:Stream, ...):*} f function to combine items\n * @returns {Stream} new stream containing pairs\n */\nStream.prototype.zip = function (f /*, ...streams*/) {\n  return zipArray(f, base.replace(this, 0, arguments))\n}\n\n// -----------------------------------------------------------------------\n// Switching\n\nimport { switchLatest } from './combinator/switch'\n\n// @deprecated switch, use switchLatest instead\nexport { switchLatest, switchLatest as switch }\n\n/**\n * Given a stream of streams, return a new stream that adopts the behavior\n * of the most recent inner stream.\n * @returns {Stream} switching stream\n */\nStream.prototype.switchLatest = function () {\n  return switchLatest(this)\n}\n\n// @deprecated use switchLatest instead\nStream.prototype.switch = Stream.prototype.switchLatest\n\n// -----------------------------------------------------------------------\n// Filtering\n\nimport { filter, skipRepeats, skipRepeatsWith } from './combinator/filter'\n\n// @deprecated distinct, use skipRepeats instead\n// @deprecated distinctBy, use skipRepeatsWith instead\nexport { filter, skipRepeats, skipRepeats as distinct, skipRepeatsWith, skipRepeatsWith as distinctBy }\n\n/**\n * Retain only items matching a predicate\n * stream:                           -12345678-\n * filter(x => x % 2 === 0, stream): --2-4-6-8-\n * @param {function(x:*):boolean} p filtering predicate called for each item\n * @returns {Stream} stream containing only items for which predicate returns truthy\n */\nStream.prototype.filter = function (p) {\n  return filter(p, this)\n}\n\n/**\n * Skip repeated events, using === to compare items\n * stream:           -abbcd-\n * distinct(stream): -ab-cd-\n * @returns {Stream} stream with no repeated events\n */\nStream.prototype.skipRepeats = function () {\n  return skipRepeats(this)\n}\n\n/**\n * Skip repeated events, using supplied equals function to compare items\n * @param {function(a:*, b:*):boolean} equals function to compare items\n * @returns {Stream} stream with no repeated events\n */\nStream.prototype.skipRepeatsWith = function (equals) {\n  return skipRepeatsWith(equals, this)\n}\n\n// -----------------------------------------------------------------------\n// Slicing\n\nimport { take, skip, slice, takeWhile, skipWhile, skipAfter } from './combinator/slice'\n\nexport { take, skip, slice, takeWhile, skipWhile, skipAfter }\n\n/**\n * stream:          -abcd-\n * take(2, stream): -ab|\n * @param {Number} n take up to this many events\n * @returns {Stream} stream containing at most the first n items from this stream\n */\nStream.prototype.take = function (n) {\n  return take(n, this)\n}\n\n/**\n * stream:          -abcd->\n * skip(2, stream): ---cd->\n * @param {Number} n skip this many events\n * @returns {Stream} stream not containing the first n events\n */\nStream.prototype.skip = function (n) {\n  return skip(n, this)\n}\n\n/**\n * Slice a stream by event index. Equivalent to, but more efficient than\n * stream.take(end).skip(start);\n * NOTE: Negative start and end are not supported\n * @param {Number} start skip all events before the start index\n * @param {Number} end allow all events from the start index to the end index\n * @returns {Stream} stream containing items where start <= index < end\n */\nStream.prototype.slice = function (start, end) {\n  return slice(start, end, this)\n}\n\n/**\n * stream:                        -123451234->\n * takeWhile(x => x < 5, stream): -1234|\n * @param {function(x:*):boolean} p predicate\n * @returns {Stream} stream containing items up to, but not including, the\n * first item for which p returns falsy.\n */\nStream.prototype.takeWhile = function (p) {\n  return takeWhile(p, this)\n}\n\n/**\n * stream:                        -123451234->\n * skipWhile(x => x < 5, stream): -----51234->\n * @param {function(x:*):boolean} p predicate\n * @returns {Stream} stream containing items following *and including* the\n * first item for which p returns falsy.\n */\nStream.prototype.skipWhile = function (p) {\n  return skipWhile(p, this)\n}\n\n/**\n * stream:                         -123456789->\n * skipAfter(x => x === 5, stream):-12345|\n * @param {function(x:*):boolean} p predicate\n * @returns {Stream} stream containing items up to, *and including*, the\n * first item for which p returns truthy.\n */\nStream.prototype.skipAfter = function (p) {\n  return skipAfter(p, this)\n}\n\n// -----------------------------------------------------------------------\n// Time slicing\n\nimport { takeUntil, skipUntil, during } from './combinator/timeslice'\n\n// @deprecated takeUntil, use until instead\n// @deprecated skipUntil, use since instead\nexport { takeUntil, takeUntil as until, skipUntil, skipUntil as since, during }\n\n/**\n * stream:                    -a-b-c-d-e-f-g->\n * signal:                    -------x\n * takeUntil(signal, stream): -a-b-c-|\n * @param {Stream} signal retain only events in stream before the first\n * event in signal\n * @returns {Stream} new stream containing only events that occur before\n * the first event in signal.\n */\nStream.prototype.until = function (signal) {\n  return takeUntil(signal, this)\n}\n\n// @deprecated use until instead\nStream.prototype.takeUntil = Stream.prototype.until\n\n  /**\n * stream:                    -a-b-c-d-e-f-g->\n * signal:                    -------x\n * takeUntil(signal, stream): -------d-e-f-g->\n * @param {Stream} signal retain only events in stream at or after the first\n * event in signal\n * @returns {Stream} new stream containing only events that occur after\n * the first event in signal.\n */\nStream.prototype.since = function (signal) {\n  return skipUntil(signal, this)\n}\n\n// @deprecated use since instead\nStream.prototype.skipUntil = Stream.prototype.since\n\n  /**\n * stream:                    -a-b-c-d-e-f-g->\n * timeWindow:                -----s\n * s:                               -----t\n * stream.during(timeWindow): -----c-d-e-|\n * @param {Stream<Stream>} timeWindow a stream whose first event (s) represents\n *  the window start time.  That event (s) is itself a stream whose first event (t)\n *  represents the window end time\n * @returns {Stream} new stream containing only events within the provided timespan\n */\nStream.prototype.during = function (timeWindow) {\n  return during(timeWindow, this)\n}\n\n// -----------------------------------------------------------------------\n// Delaying\n\nimport { delay } from './combinator/delay'\n\nexport { delay }\n\n/**\n * @param {Number} delayTime milliseconds to delay each item\n * @returns {Stream} new stream containing the same items, but delayed by ms\n */\nStream.prototype.delay = function (delayTime) {\n  return delay(delayTime, this)\n}\n\n// -----------------------------------------------------------------------\n// Getting event timestamp\n\nimport { timestamp } from './combinator/timestamp'\nexport { timestamp }\n\n/**\n * Expose event timestamps into the stream. Turns a Stream<X> into\n * Stream<{time:t, value:X}>\n * @returns {Stream<{time:number, value:*}>}\n */\nStream.prototype.timestamp = function () {\n  return timestamp(this)\n}\n\n// -----------------------------------------------------------------------\n// Rate limiting\n\nimport { throttle, debounce } from './combinator/limit'\n\nexport { throttle, debounce }\n\n/**\n * Limit the rate of events\n * stream:              abcd----abcd----\n * throttle(2, stream): a-c-----a-c-----\n * @param {Number} period time to suppress events\n * @returns {Stream} new stream that skips events for throttle period\n */\nStream.prototype.throttle = function (period) {\n  return throttle(period, this)\n}\n\n/**\n * Wait for a burst of events to subside and emit only the last event in the burst\n * stream:              abcd----abcd----\n * debounce(2, stream): -----d-------d--\n * @param {Number} period events occuring more frequently than this\n *  on the provided scheduler will be suppressed\n * @returns {Stream} new debounced stream\n */\nStream.prototype.debounce = function (period) {\n  return debounce(period, this)\n}\n\n// -----------------------------------------------------------------------\n// Awaiting Promises\n\nimport { fromPromise, awaitPromises } from './combinator/promises'\n\n// @deprecated await, use awaitPromises instead\nexport { fromPromise, awaitPromises, awaitPromises as await }\n\n/**\n * Await promises, turning a Stream<Promise<X>> into Stream<X>.  Preserves\n * event order, but timeshifts events based on promise resolution time.\n * @returns {Stream<X>} stream containing non-promise values\n */\nStream.prototype.awaitPromises = function () {\n  return awaitPromises(this)\n}\n\n// @deprecated use awaitPromises instead\nStream.prototype.await = Stream.prototype.awaitPromises\n\n// -----------------------------------------------------------------------\n// Error handling\n\nimport { recoverWith, flatMapError, throwError } from './combinator/errors'\n\n// @deprecated flatMapError, use recoverWith instead\nexport { recoverWith, flatMapError, throwError }\n\n/**\n * If this stream encounters an error, recover and continue with items from stream\n * returned by f.\n * stream:                  -a-b-c-X-\n * f(X):                           d-e-f-g-\n * flatMapError(f, stream): -a-b-c-d-e-f-g-\n * @param {function(error:*):Stream} f function which returns a new stream\n * @returns {Stream} new stream which will recover from an error by calling f\n */\nStream.prototype.recoverWith = function (f) {\n  return flatMapError(f, this)\n}\n\n// @deprecated use recoverWith instead\nStream.prototype.flatMapError = Stream.prototype.recoverWith\n\n// -----------------------------------------------------------------------\n// Multicasting\n\nimport multicast from '@most/multicast'\n\nexport { multicast }\n\n/**\n * Transform the stream into multicast stream.  That means that many subscribers\n * to the stream will not cause multiple invocations of the internal machinery.\n * @returns {Stream} new stream which will multicast events to all observers.\n */\nStream.prototype.multicast = function () {\n  return multicast(this)\n}\n\n// export the instance of the defaultScheduler for third-party libraries\nimport defaultScheduler from './scheduler/defaultScheduler'\n\nexport { defaultScheduler }\n\n// export an implementation of Task used internally for third-party libraries\nimport PropagateTask from './scheduler/PropagateTask'\n\nexport { PropagateTask 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