{
  "version": 3,
  "sources": ["../../../../../../../src/js/lib/lenses.js", "../../../../../../../src/js/lib/functional.js"],
  "sourcesContent": ["const Identity = x => ({ x, map: fn => Identity(fn(x)) });\n\nconst Const = x => ({ x, map: fn => Const(x) });\n\nconst lens = (getter, setter) => functor => target =>\n  functor(getter(target)).map(focus => setter(focus, target));\n\nconst over = (lens, fn, obj) => lens(x => Identity(fn(x)))(obj).x;\n\nconst set = (lens, val, obj) => over(lens, () => val, obj);\n\nconst view = (lens, obj) => lens(Const)(obj).x;\n\nexport { lens, over, set, view };\n", "/** Map fn on array, then join it with joiner */\nimport * as Lenses from \"./lenses.js\";\n\nexport const applyTo = arg => fn => fn(arg);\n\nconst _apply = (fn, args) => fn(...args);\n\nexport const dec = arg => arg - 1;\n\nexport const inc = arg => arg + 1;\n\nexport function mapConcat(arr, fn, joiner) {\n  return arr.map(fn).join(joiner);\n}\n\nexport const identity = x => x;\n\nexport const isNil = x => x == null;\n\nexport const not = a => !a;\n\n/**\n Differs from Ramda in that the first function in the pipe chain is\n called with a single argument.\n */\nexport const pipe =\n  (...fns) =>\n  value =>\n    fns.reduce((acc, cur) => cur(acc), value);\n\n/**\n Differs from Ramda in that the first function in the compose chain is\n called with a single argument.\n */\nexport const compose =\n  (...fns) =>\n  value =>\n    fns.reduceRight((acc, cur) => cur(acc), value);\n\n/**\n Same as Ramda pipe() in that the first function in the compose\n chain may be called with more than one argument.\n */\nexport const pipeX =\n  (...fns) =>\n  (...value) =>\n    fns.reduce((acc, cur) => [cur.apply(null, acc)], value);\n\n/**\n Same as Ramda compose() in that the first function in the compose\n chain may be called with more than one argument.\n */\nexport const composeX =\n  (...fns) =>\n  (...value) =>\n    fns.reduceRight((acc, cur) => [cur.apply(null, acc)], value);\n\nexport const curry = (fn, ...args) => {\n  if (args.length >= fn.length) return fn(...args);\n  return (...args2) => curry(fn, ...[...args, ...args2]);\n};\n\nexport const join = curry((sep, arr) => arr.join(sep));\n\nexport const split = curry((sep, arr) => arr.split(sep));\n\nexport const reverse = arr => [...arr].reverse();\n\nexport const type = compose(\n  s => s.slice(8, -1),\n  ob => Object.prototype.toString.call(ob)\n);\n\nexport const always = value => () => value;\n\nexport const F = always(false);\n\nexport const T = always(true);\n\nexport const propOr = curry((or, prop, obj) => {\n  try {\n    return ifElse(isNil, () => or, identity)(obj[prop]);\n  } catch (_) {\n    return or;\n  }\n});\n\nexport const prop = propOr(undefined);\nexport const pathOr = curry((or, pathArg, obj) =>\n  reduce((acc, cur) => propOr(or, cur, acc), obj, pathArg)\n);\n\nexport const path = pathOr(undefined);\n\nexport const tail = arr => Array.prototype.slice.call(arr, 1);\n\nconst _nth = (i, arr) => arr[i];\n\nexport const head = arr => arr[0];\n\nexport const last = arr => arr[arr.length - 1];\n\nexport const cond = curry((rules, ob) => {\n  const cur = rules[0];\n  if (!cur) return undefined;\n  return ifElse(cur[0], cur[1], cond(tail(rules)))(ob);\n});\n\nexport const choose = curry((rules, ob) => {\n  const cur = rules[0];\n  if (!cur) return undefined;\n  return cur[0](ob) ? cur[1] : choose(tail(rules))(ob);\n});\n\nexport const length = prop(\"length\");\n\nexport const strictUniq = arr =>\n  reduce((acc, cur) => (acc.indexOf(cur) > -1 ? acc : [...acc, cur]), [])(arr);\n\nconst _uniqBy = (fn, arr) =>\n  Object.values(\n    arr.reduce((acc, cur) => {\n      const key = fn(cur);\n      return _has(key, acc) ? acc : { ...acc, [key]: cur };\n    }, {})\n  );\n\nexport const uniqBy = curry(_uniqBy);\n\nexport const uniq = uniqBy(_equals);\n\nexport const any = curry((fn, arr) => {\n  return arr.length === 0\n    ? false\n    : compose(fn, head)(arr)\n      ? true\n      : any(fn, tail(arr));\n});\n\nexport const find = curry((fn, arr) => {\n  return arr.length === 0\n    ? undefined\n    : fn(head(arr))\n      ? head(arr)\n      : find(fn, tail(arr));\n});\n\nexport const range = curry((start, end) => {\n  let arr = [];\n  let i = start;\n  while (i++ <= end) {\n    arr.push(i);\n  }\n  return arr;\n});\n\nconst _findIndex = (fn, arr) => arr.findIndex(fn);\n/**\n * Returns a function applying all arguments to a *manually* curried function.\n *\n * Behaves a bit strange (see tests), so keeping it private-ish\n **/\nexport const _uncurry =\n  fn =>\n  (...args) =>\n    args.reduce((acc, cur) => {\n      return acc(cur);\n    }, fn);\n\n/** Curriable functions **/\n\n/**\n * Takes a function and two values and returns true if the values map\n * to the same value; false otherwise.\n */\nconst _eqBy = (fn, a, b) => _equals(fn(a), fn(b));\n\nconst _all = (fn, arr) =>\n  reduce((acc, cur) => (acc ? fn(cur) : acc), true, arr);\n\nconst _none = (fn, arr) =>\n  reduce((acc, cur) => (fn(cur) ? false : acc), true, arr);\n\nconst _append = (arg, arr) => [...((arr instanceof Array && arr) || []), arg];\n\nconst _test = (regex, string) => regex.test(string);\n\nconst _match = (regex, string) => string.match(regex) || [];\n\n// https://raphacmartin.medium.com/deep-equality-in-javascript-objects-1eea8abb3649\n/**\n *\n * @param a Object\n * @param b Object\n * @returns {boolean}\n */\nfunction _equals(a, b) {\n  if (!(a instanceof Object) || !(b instanceof Object)) return a === b;\n  // if the number of keys is different, they are different\n  if (Object.keys(a).length !== Object.keys(b).length) {\n    return false;\n  }\n\n  for (const key in a) {\n    const a_value = a[key];\n    const b_value = b[key];\n    // If the value is an object, check if they're different objects\n    // If it isn't, uses !== to check\n    if (\n      (a_value instanceof Object && !_equals(a_value, b_value)) ||\n      (!(a_value instanceof Object) && a_value !== b_value)\n    ) {\n      return false;\n    }\n  }\n  return true;\n}\n\nexport const equals = curry(_equals);\n\nconst _eqProps = (prop, a, b) => _equals(a[prop], b[prop]);\n\nconst _hasPath = (p, ob) => {\n  if (p.length === 0) return true;\n  return has(p[0], ob) && _hasPath(tail(p), prop(p[0], ob));\n};\n\n/** Associate prop with val in obj */\nfunction _assoc(prop, val, obj) {\n  var result = {};\n  for (var p in obj) {\n    result[p] = obj[p];\n  }\n  result[prop] = val;\n  return result;\n}\n\nconst _assocPath = (path, val, obj) => {\n  if (path.length === 0) {\n    return val;\n  }\n  var idx = path[0];\n  if (path.length > 1) {\n    var nextObj =\n      !isNil(obj) && Object.prototype.hasOwnProperty.call(obj, idx)\n        ? obj[idx]\n        : Number.isInteger(path[1])\n          ? []\n          : {};\n    val = assocPath(Array.prototype.slice.call(path, 1), val, nextObj);\n  }\n  if (Number.isInteger(idx) && Array.isArray(obj)) {\n    var arr = [].concat(obj);\n    arr[idx] = val;\n    return arr;\n  } else {\n    return assoc(idx, val, obj);\n  }\n};\n\n/**\n * Apply fun to all but first argN args */\nconst _consume =\n  (fn, argN) =>\n  (...args) => {\n    return fn(...args.slice(argN));\n  };\n\nconst _propEq = (key, value, ob) => _equals(prop(key, ob), value);\n\nconst _propSatisfies = (fn, key, ob) => fn(prop(key, ob));\n\nconst _pathSatisfies = (fn, key, ob) => fn(path(key, ob));\n\nconst _pathEq = (key, value, ob) => _pathSatisfies(equals(value), key, ob);\n\nconst _has = (prop, ob) =>\n  complement(isNil)(ob) && Object.prototype.hasOwnProperty.call(ob, prop);\n\nconst _tryCatch = (tryer, catcher) => arg => {\n  try {\n    return tryer(arg);\n  } catch (e) {\n    return catcher(e, arg);\n  }\n};\n\n/**\n  Call arr.map(fn)\n\n  Note: differs from Ramda, in that the callback will receive both the item, the index and the list.\n\n  If you want the callback function `fn` to read only the first parameter, wrap `fn` in `unary(fn)`.\n */\nconst _map = (fn, arr) => arr.map(fn);\n\n/**\n  Call arr.filter(fn)\n\n  Note: differs from Ramda, in that the callback will receive both the item, the index and the list.\n\n  If you want the callback function `fn` to read only the first parameter, wrap `fn` in `unary(fn)`.\n */\nconst _filter = (fn, arr) => arr.filter(fn);\n\nconst _when = (predicate, whenTrueFn, arg) =>\n  predicate(arg) ? whenTrueFn(arg) : arg;\n\nconst _ifElse = (predicate, whenTrueFn, whenFalseFn, arg) =>\n  predicate(arg) ? whenTrueFn(arg) : whenFalseFn(arg);\n\nconst _either = (fn1, fn2, arg) => fn1(arg) || fn2(arg);\n\nconst _allPass = (fns, arg) =>\n  fns.reduce((mem, cur) => (!mem ? false : cur(arg)), true);\n\nconst _anyPass = (fns, arg) =>\n  fns.reduce((mem, cur) => (mem ? true : cur(arg)), false);\n\nconst _both = (fn1, fn2, arg) => _allPass([fn1, fn2], arg);\n\nconst _complement = (fn, arg) => !fn(arg);\n\nconst _includes = (item, c) => c.includes(item);\n\nconst _lte = (first, second) => first <= second;\n\nconst _lt = (first, second) => first < second;\n\nconst _gte = (first, second) => first >= second;\n\nconst _gt = (first, second) => first > second;\n\n/**\n  Call arr.reduce(fn, into);\n\n  Note: differs from Ramda, in that the callback will receive the\n  accumular, the item, the index and the list.\n\n  If you want the callback function `fn` to read only the first two\n  parameters, as with Ramda, wrap `fn` in `binary(fn)`.\n */\nconst _reduce = (fn, into, arr) => arr.reduce(fn, into);\n\nconst _tap = (fn, value) => (fn(value), value);\n\nconst _groupWith = (fn, arr) =>\n  reduce(\n    (acc, cur, index, arr) =>\n      index === 0 || !fn(cur, arr[index - 1])\n        ? [...acc, [cur]]\n        : [...acc.slice(0, acc.length - 1), [...acc[acc.length - 1], cur]],\n    []\n  )(arr);\n\nconst _groupBy = (fn, arr) =>\n  reduce((acc, cur) => over(lensProp(fn(cur)), append(cur), acc), {})(arr);\n\nconst _nthArg = (n, arg1, ...args) => [arg1, ...args][n];\n\n/** Dissociate props from obj */\nconst _omit = (props, obj) => {\n  var result = {};\n  for (var p in obj) {\n    if (!props.includes(p)) result[p] = obj[p];\n  }\n  return result;\n};\n\nconst _pickBy = (pred, obj) => {\n  var result = {};\n  for (var k in obj) {\n    if (pred(obj[k], k)) result[k] = obj[k];\n  }\n  return result;\n};\n\nconst _pick = (props, obj) => {\n  var result = {};\n  props.forEach(prop => {\n    if (prop in obj) result[prop] = obj[prop];\n  });\n  return result;\n};\n\nconst _pickAll = (props, obj) => {\n  var result = {};\n  props.forEach(prop => {\n    result[prop] = obj[prop];\n  });\n  return result;\n};\n\nfunction _dissoc(prop, obj) {\n  return _omit([prop], obj);\n}\n\nconst _infichain = (fns, arg) =>\n  fns.reduce(\n    (acc, cur, index) => (index === 0 ? cur(arg) : cur(acc, arg)),\n    null\n  );\n\nconst _mergeRight = (ob1, ob2) => Object.assign({}, ob1, ob2);\n\nconst _mergeLeft = (ob1, ob2) => Object.assign({}, ob2, ob1);\n\nconst _strictWithout = (items, list) =>\n  list.reduce((acc, cur) => (items.includes(cur) ? acc : [...acc, cur]), []);\n\nconst _unary = fn => arg => fn(arg);\n\nconst _binary = fn => (arg1, arg2) => fn(arg1, arg2);\n\nconst _strictDifference = (list1, list2) => {\n  const out = new Set();\n  const s1 = new Set(list1);\n  const s2 = new Set(list2);\n  for (let item of s1) {\n    if (!s2.has(item)) out.add(item);\n  }\n  return [...out];\n};\n\nconst _mapWithRest = (fn, arr, rest1, ...rest) =>\n  arr.map((cur, i, list) => fn(cur, i, list, rest1, ...rest));\n\nconst _andThen = (fn, promise) => Promise.resolve(promise).then(fn);\nconst _otherwise = (fn, promise) => promise.then(null, fn);\n\n/**\n * @param {Funcion} f f(await g(val), val)\n * @param {Funtion} g g(val) => Promise\n * @return Promise\n */\nconst _fChain = (f, g, val) => g(val).then(x => f(x, val));\n\nconst _chain = (f, g, val) => f(g(val), val);\n\nconst _juxt = (arr, arg1, ...argN) => {\n  return arr.map(fn => fn(arg1, ...argN));\n};\n\nconst _slice = (from, to, arr) => arr.slice(from, to);\n\n// Copied verbatim from Ramda\nconst _is = function is(Ctor, val) {\n  return (\n    val instanceof Ctor ||\n    (val != null &&\n      (val.constructor === Ctor ||\n        (Ctor.name === \"Object\" && typeof val === \"object\")))\n  );\n};\n\nexport const toLower = s => s.toLowerCase();\nexport const toUpper = s => s.toUpperCase();\n\nexport const maybeNumber = string =>\n  Number.isInteger(Number(string)) ? Number(string) : string;\n\nconst _applySpec =\n  specs =>\n  (...args) => {\n    if (specs instanceof Function) {\n      return specs(...args);\n    }\n    if (specs instanceof Array) {\n      return specs.map(fn => _applySpec(fn)(...args));\n    }\n    const out = {};\n    for (let [key, value] of Object.entries(specs)) {\n      out[key] = _applySpec(value)(...args);\n    }\n    return out;\n  };\n\nexport const applySpec = curry((specs, arg, ...args) =>\n  _applySpec(specs)(arg, ...args)\n);\n\nconst _partial = (fn, args) => fn.bind(null, ...args);\n\nexport const all = curry(_all),\n  partial = curry(_partial),\n  nthArg = curry(_nthArg),\n  andThen = curry(_andThen),\n  append = curry(_append),\n  apply = curry(_apply),\n  assoc = curry(_assoc),\n  assocPath = curry(_assocPath),\n  anyPass = curry(_anyPass),\n  both = curry(_both),\n  consume = curry(_consume),\n  chain = curry(_chain),\n  strictDifference = curry(_strictDifference),\n  dissoc = curry(_dissoc),\n  eqProps = curry(_eqProps),\n  filter = curry(_filter),\n  has = curry(_has),\n  hasPath = curry(_hasPath),\n  is = curry(_is),\n  juxt = curry(_juxt),\n  map = curry(_map),\n  nth = curry(_nth),\n  otherwise = curry(_otherwise),\n  propEq = curry(_propEq),\n  propSatisfies = curry(_propSatisfies),\n  tryCatch = curry(_tryCatch),\n  when = curry(_when),\n  ifElse = curry(_ifElse),\n  either = curry(_either),\n  allPass = curry(_allPass),\n  complement = curry(_complement),\n  includes = curry(_includes),\n  infichain = curry(_infichain),\n  mapWithRest = curry(_mapWithRest),\n  mergeLeft = curry(_mergeLeft),\n  mergeRight = curry(_mergeRight),\n  omit = curry(_omit),\n  pathEq = curry(_pathEq),\n  pathSatisfies = curry(_pathSatisfies),\n  pick = curry(_pick),\n  pickBy = curry(_pickBy),\n  pickAll = curry(_pickAll),\n  lt = curry(_lt),\n  lte = curry(_lte),\n  fChain = curry(_fChain),\n  gt = curry(_gt),\n  gte = curry(_gte),\n  reduce = curry(_reduce),\n  groupBy = curry(_groupBy),\n  groupWith = curry(_groupWith),\n  tap = curry(_tap),\n  eqBy = curry(_eqBy),\n  lens = curry(Lenses.lens),\n  over = curry(Lenses.over),\n  set = curry(Lenses.set),\n  view = curry(Lenses.view),\n  test = curry(_test),\n  match = curry(_match),\n  none = curry(_none),\n  findIndex = curry(_findIndex),\n  slice = curry(_slice),\n  strictWithout = curry(_strictWithout),\n  unary = curry(_unary),\n  binary = curry(_binary),\n  lensPath = p => Lenses.lens(path(p), assocPath(p)),\n  lensProp = p => Lenses.lens(prop(p), assoc(p));\n\nexport const uncurried = {\n  is: _is,\n  all: _all,\n  apply: _apply,\n  append: _append,\n  assoc: _assoc,\n  assocPath: _assocPath,\n  both: _both,\n  filter: _filter,\n  propEq: _propEq,\n  consume: _consume,\n  tryCatch: _tryCatch,\n  when: _when,\n  ifElse: _ifElse,\n  either: _either,\n  allPass: _allPass,\n  complement: _complement,\n  includes: _includes,\n  lt: _lt,\n  lte: _lte,\n  gt: _gt,\n  gte: _gte,\n  has: _has,\n  hasPath: _hasPath,\n  tap: _tap,\n  groupBy: _groupBy,\n  groupWith: _groupWith,\n  nth: _nth,\n  eqBy: _eqBy,\n  eqProps: _eqProps,\n  equals: _equals,\n  omit: _omit,\n  pathEq: _pathEq,\n  pick: _pick,\n  pickBy: _pickBy,\n  pickAll: _pickAll,\n  dissoc: _dissoc,\n  test: _test,\n  match: _match,\n  mergeLeft: _mergeLeft,\n  mergeRight: _mergeRight,\n  partial: _partial,\n  strictWithout: _strictWithout,\n  unary: _unary,\n  binary: _binary,\n  slice: _slice,\n  findIndex: _findIndex,\n  toLower,\n  toUpper,\n  uniqBy: _uniqBy,\n  ...Lenses\n};\n"],
  "mappings": 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