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/**
* MIT License
*
* Copyright (c) 2014-present, Lee Byron and other contributors.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
(function (global, factory) {
typeof exports === 'object' && typeof module !== 'undefined' ? factory(exports) :
typeof define === 'function' && define.amd ? define(['exports'], factory) :
(global = typeof globalThis !== 'undefined' ? globalThis : global || self, factory(global.Immutable = {}));
}(this, (function (exports) { 'use strict';
var DELETE = 'delete';
// Constants describing the size of trie nodes.
var SHIFT = 5; // Resulted in best performance after ______?
var SIZE = 1 << SHIFT;
var MASK = SIZE - 1;
// A consistent shared value representing "not set" which equals nothing other
// than itself, and nothing that could be provided externally.
var NOT_SET = {};
// Boolean references, Rough equivalent of `bool &`.
function MakeRef() {
return { value: false };
}
function SetRef(ref) {
if (ref) {
ref.value = true;
}
}
// A function which returns a value representing an "owner" for transient writes
// to tries. The return value will only ever equal itself, and will not equal
// the return of any subsequent call of this function.
function OwnerID() {}
function ensureSize(iter) {
if (iter.size === undefined) {
iter.size = iter.__iterate(returnTrue);
}
return iter.size;
}
function wrapIndex(iter, index) {
// This implements "is array index" which the ECMAString spec defines as:
//
// A String property name P is an array index if and only if
// ToString(ToUint32(P)) is equal to P and ToUint32(P) is not equal
// to 2^32−1.
//
// http://www.ecma-international.org/ecma-262/6.0/#sec-array-exotic-objects
if (typeof index !== 'number') {
var uint32Index = index >>> 0; // N >>> 0 is shorthand for ToUint32
if ('' + uint32Index !== index || uint32Index === 4294967295) {
return NaN;
}
index = uint32Index;
}
return index < 0 ? ensureSize(iter) + index : index;
}
function returnTrue() {
return true;
}
function wholeSlice(begin, end, size) {
return (
((begin === 0 && !isNeg(begin)) ||
(size !== undefined && begin <= -size)) &&
(end === undefined || (size !== undefined && end >= size))
);
}
function resolveBegin(begin, size) {
return resolveIndex(begin, size, 0);
}
function resolveEnd(end, size) {
return resolveIndex(end, size, size);
}
function resolveIndex(index, size, defaultIndex) {
// Sanitize indices using this shorthand for ToInt32(argument)
// http://www.ecma-international.org/ecma-262/6.0/#sec-toint32
return index === undefined
? defaultIndex
: isNeg(index)
? size === Infinity
? size
: Math.max(0, size + index) | 0
: size === undefined || size === index
? index
: Math.min(size, index) | 0;
}
function isNeg(value) {
// Account for -0 which is negative, but not less than 0.
return value < 0 || (value === 0 && 1 / value === -Infinity);
}
var IS_COLLECTION_SYMBOL = '@@__IMMUTABLE_ITERABLE__@@';
function isCollection(maybeCollection) {
return Boolean(maybeCollection && maybeCollection[IS_COLLECTION_SYMBOL]);
}
var IS_KEYED_SYMBOL = '@@__IMMUTABLE_KEYED__@@';
function isKeyed(maybeKeyed) {
return Boolean(maybeKeyed && maybeKeyed[IS_KEYED_SYMBOL]);
}
var IS_INDEXED_SYMBOL = '@@__IMMUTABLE_INDEXED__@@';
function isIndexed(maybeIndexed) {
return Boolean(maybeIndexed && maybeIndexed[IS_INDEXED_SYMBOL]);
}
function isAssociative(maybeAssociative) {
return isKeyed(maybeAssociative) || isIndexed(maybeAssociative);
}
var Collection = function Collection(value) {
return isCollection(value) ? value : Seq(value);
};
var KeyedCollection = /*@__PURE__*/(function (Collection) {
function KeyedCollection(value) {
return isKeyed(value) ? value : KeyedSeq(value);
}
if ( Collection ) KeyedCollection.__proto__ = Collection;
KeyedCollection.prototype = Object.create( Collection && Collection.prototype );
KeyedCollection.prototype.constructor = KeyedCollection;
return KeyedCollection;
}(Collection));
var IndexedCollection = /*@__PURE__*/(function (Collection) {
function IndexedCollection(value) {
return isIndexed(value) ? value : IndexedSeq(value);
}
if ( Collection ) IndexedCollection.__proto__ = Collection;
IndexedCollection.prototype = Object.create( Collection && Collection.prototype );
IndexedCollection.prototype.constructor = IndexedCollection;
return IndexedCollection;
}(Collection));
var SetCollection = /*@__PURE__*/(function (Collection) {
function SetCollection(value) {
return isCollection(value) && !isAssociative(value) ? value : SetSeq(value);
}
if ( Collection ) SetCollection.__proto__ = Collection;
SetCollection.prototype = Object.create( Collection && Collection.prototype );
SetCollection.prototype.constructor = SetCollection;
return SetCollection;
}(Collection));
Collection.Keyed = KeyedCollection;
Collection.Indexed = IndexedCollection;
Collection.Set = SetCollection;
var IS_SEQ_SYMBOL = '@@__IMMUTABLE_SEQ__@@';
function isSeq(maybeSeq) {
return Boolean(maybeSeq && maybeSeq[IS_SEQ_SYMBOL]);
}
var IS_RECORD_SYMBOL = '@@__IMMUTABLE_RECORD__@@';
function isRecord(maybeRecord) {
return Boolean(maybeRecord && maybeRecord[IS_RECORD_SYMBOL]);
}
function isImmutable(maybeImmutable) {
return isCollection(maybeImmutable) || isRecord(maybeImmutable);
}
var IS_ORDERED_SYMBOL = '@@__IMMUTABLE_ORDERED__@@';
function isOrdered(maybeOrdered) {
return Boolean(maybeOrdered && maybeOrdered[IS_ORDERED_SYMBOL]);
}
var ITERATE_KEYS = 0;
var ITERATE_VALUES = 1;
var ITERATE_ENTRIES = 2;
var REAL_ITERATOR_SYMBOL = typeof Symbol === 'function' && Symbol.iterator;
var FAUX_ITERATOR_SYMBOL = '@@iterator';
var ITERATOR_SYMBOL = REAL_ITERATOR_SYMBOL || FAUX_ITERATOR_SYMBOL;
var Iterator = function Iterator(next) {
this.next = next;
};
Iterator.prototype.toString = function toString () {
return '[Iterator]';
};
Iterator.KEYS = ITERATE_KEYS;
Iterator.VALUES = ITERATE_VALUES;
Iterator.ENTRIES = ITERATE_ENTRIES;
Iterator.prototype.inspect = Iterator.prototype.toSource = function () {
return this.toString();
};
Iterator.prototype[ITERATOR_SYMBOL] = function () {
return this;
};
function iteratorValue(type, k, v, iteratorResult) {
var value = type === 0 ? k : type === 1 ? v : [k, v];
iteratorResult
? (iteratorResult.value = value)
: (iteratorResult = {
value: value,
done: false,
});
return iteratorResult;
}
function iteratorDone() {
return { value: undefined, done: true };
}
function hasIterator(maybeIterable) {
if (Array.isArray(maybeIterable)) {
// IE11 trick as it does not support `Symbol.iterator`
return true;
}
return !!getIteratorFn(maybeIterable);
}
function isIterator(maybeIterator) {
return maybeIterator && typeof maybeIterator.next === 'function';
}
function getIterator(iterable) {
var iteratorFn = getIteratorFn(iterable);
return iteratorFn && iteratorFn.call(iterable);
}
function getIteratorFn(iterable) {
var iteratorFn =
iterable &&
((REAL_ITERATOR_SYMBOL && iterable[REAL_ITERATOR_SYMBOL]) ||
iterable[FAUX_ITERATOR_SYMBOL]);
if (typeof iteratorFn === 'function') {
return iteratorFn;
}
}
function isEntriesIterable(maybeIterable) {
var iteratorFn = getIteratorFn(maybeIterable);
return iteratorFn && iteratorFn === maybeIterable.entries;
}
function isKeysIterable(maybeIterable) {
var iteratorFn = getIteratorFn(maybeIterable);
return iteratorFn && iteratorFn === maybeIterable.keys;
}
var hasOwnProperty = Object.prototype.hasOwnProperty;
function isArrayLike(value) {
if (Array.isArray(value) || typeof value === 'string') {
return true;
}
return (
value &&
typeof value === 'object' &&
Number.isInteger(value.length) &&
value.length >= 0 &&
(value.length === 0
? // Only {length: 0} is considered Array-like.
Object.keys(value).length === 1
: // An object is only Array-like if it has a property where the last value
// in the array-like may be found (which could be undefined).
value.hasOwnProperty(value.length - 1))
);
}
var Seq = /*@__PURE__*/(function (Collection) {
function Seq(value) {
return value === null || value === undefined
? emptySequence()
: isImmutable(value)
? value.toSeq()
: seqFromValue(value);
}
if ( Collection ) Seq.__proto__ = Collection;
Seq.prototype = Object.create( Collection && Collection.prototype );
Seq.prototype.constructor = Seq;
Seq.prototype.toSeq = function toSeq () {
return this;
};
Seq.prototype.toString = function toString () {
return this.__toString('Seq {', '}');
};
Seq.prototype.cacheResult = function cacheResult () {
if (!this._cache && this.__iterateUncached) {
this._cache = this.entrySeq().toArray();
this.size = this._cache.length;
}
return this;
};
// abstract __iterateUncached(fn, reverse)
Seq.prototype.__iterate = function __iterate (fn, reverse) {
var cache = this._cache;
if (cache) {
var size = cache.length;
var i = 0;
while (i !== size) {
var entry = cache[reverse ? size - ++i : i++];
if (fn(entry[1], entry[0], this) === false) {
break;
}
}
return i;
}
return this.__iterateUncached(fn, reverse);
};
// abstract __iteratorUncached(type, reverse)
Seq.prototype.__iterator = function __iterator (type, reverse) {
var cache = this._cache;
if (cache) {
var size = cache.length;
var i = 0;
return new Iterator(function () {
if (i === size) {
return iteratorDone();
}
var entry = cache[reverse ? size - ++i : i++];
return iteratorValue(type, entry[0], entry[1]);
});
}
return this.__iteratorUncached(type, reverse);
};
return Seq;
}(Collection));
var KeyedSeq = /*@__PURE__*/(function (Seq) {
function KeyedSeq(value) {
return value === null || value === undefined
? emptySequence().toKeyedSeq()
: isCollection(value)
? isKeyed(value)
? value.toSeq()
: value.fromEntrySeq()
: isRecord(value)
? value.toSeq()
: keyedSeqFromValue(value);
}
if ( Seq ) KeyedSeq.__proto__ = Seq;
KeyedSeq.prototype = Object.create( Seq && Seq.prototype );
KeyedSeq.prototype.constructor = KeyedSeq;
KeyedSeq.prototype.toKeyedSeq = function toKeyedSeq () {
return this;
};
return KeyedSeq;
}(Seq));
var IndexedSeq = /*@__PURE__*/(function (Seq) {
function IndexedSeq(value) {
return value === null || value === undefined
? emptySequence()
: isCollection(value)
? isKeyed(value)
? value.entrySeq()
: value.toIndexedSeq()
: isRecord(value)
? value.toSeq().entrySeq()
: indexedSeqFromValue(value);
}
if ( Seq ) IndexedSeq.__proto__ = Seq;
IndexedSeq.prototype = Object.create( Seq && Seq.prototype );
IndexedSeq.prototype.constructor = IndexedSeq;
IndexedSeq.of = function of (/*...values*/) {
return IndexedSeq(arguments);
};
IndexedSeq.prototype.toIndexedSeq = function toIndexedSeq () {
return this;
};
IndexedSeq.prototype.toString = function toString () {
return this.__toString('Seq [', ']');
};
return IndexedSeq;
}(Seq));
var SetSeq = /*@__PURE__*/(function (Seq) {
function SetSeq(value) {
return (
isCollection(value) && !isAssociative(value) ? value : IndexedSeq(value)
).toSetSeq();
}
if ( Seq ) SetSeq.__proto__ = Seq;
SetSeq.prototype = Object.create( Seq && Seq.prototype );
SetSeq.prototype.constructor = SetSeq;
SetSeq.of = function of (/*...values*/) {
return SetSeq(arguments);
};
SetSeq.prototype.toSetSeq = function toSetSeq () {
return this;
};
return SetSeq;
}(Seq));
Seq.isSeq = isSeq;
Seq.Keyed = KeyedSeq;
Seq.Set = SetSeq;
Seq.Indexed = IndexedSeq;
Seq.prototype[IS_SEQ_SYMBOL] = true;
// #pragma Root Sequences
var ArraySeq = /*@__PURE__*/(function (IndexedSeq) {
function ArraySeq(array) {
this._array = array;
this.size = array.length;
}
if ( IndexedSeq ) ArraySeq.__proto__ = IndexedSeq;
ArraySeq.prototype = Object.create( IndexedSeq && IndexedSeq.prototype );
ArraySeq.prototype.constructor = ArraySeq;
ArraySeq.prototype.get = function get (index, notSetValue) {
return this.has(index) ? this._array[wrapIndex(this, index)] : notSetValue;
};
ArraySeq.prototype.__iterate = function __iterate (fn, reverse) {
var array = this._array;
var size = array.length;
var i = 0;
while (i !== size) {
var ii = reverse ? size - ++i : i++;
if (fn(array[ii], ii, this) === false) {
break;
}
}
return i;
};
ArraySeq.prototype.__iterator = function __iterator (type, reverse) {
var array = this._array;
var size = array.length;
var i = 0;
return new Iterator(function () {
if (i === size) {
return iteratorDone();
}
var ii = reverse ? size - ++i : i++;
return iteratorValue(type, ii, array[ii]);
});
};
return ArraySeq;
}(IndexedSeq));
var ObjectSeq = /*@__PURE__*/(function (KeyedSeq) {
function ObjectSeq(object) {
var keys = Object.keys(object);
this._object = object;
this._keys = keys;
this.size = keys.length;
}
if ( KeyedSeq ) ObjectSeq.__proto__ = KeyedSeq;
ObjectSeq.prototype = Object.create( KeyedSeq && KeyedSeq.prototype );
ObjectSeq.prototype.constructor = ObjectSeq;
ObjectSeq.prototype.get = function get (key, notSetValue) {
if (notSetValue !== undefined && !this.has(key)) {
return notSetValue;
}
return this._object[key];
};
ObjectSeq.prototype.has = function has (key) {
return hasOwnProperty.call(this._object, key);
};
ObjectSeq.prototype.__iterate = function __iterate (fn, reverse) {
var object = this._object;
var keys = this._keys;
var size = keys.length;
var i = 0;
while (i !== size) {
var key = keys[reverse ? size - ++i : i++];
if (fn(object[key], key, this) === false) {
break;
}
}
return i;
};
ObjectSeq.prototype.__iterator = function __iterator (type, reverse) {
var object = this._object;
var keys = this._keys;
var size = keys.length;
var i = 0;
return new Iterator(function () {
if (i === size) {
return iteratorDone();
}
var key = keys[reverse ? size - ++i : i++];
return iteratorValue(type, key, object[key]);
});
};
return ObjectSeq;
}(KeyedSeq));
ObjectSeq.prototype[IS_ORDERED_SYMBOL] = true;
var CollectionSeq = /*@__PURE__*/(function (IndexedSeq) {
function CollectionSeq(collection) {
this._collection = collection;
this.size = collection.length || collection.size;
}
if ( IndexedSeq ) CollectionSeq.__proto__ = IndexedSeq;
CollectionSeq.prototype = Object.create( IndexedSeq && IndexedSeq.prototype );
CollectionSeq.prototype.constructor = CollectionSeq;
CollectionSeq.prototype.__iterateUncached = function __iterateUncached (fn, reverse) {
if (reverse) {
return this.cacheResult().__iterate(fn, reverse);
}
var collection = this._collection;
var iterator = getIterator(collection);
var iterations = 0;
if (isIterator(iterator)) {
var step;
while (!(step = iterator.next()).done) {
if (fn(step.value, iterations++, this) === false) {
break;
}
}
}
return iterations;
};
CollectionSeq.prototype.__iteratorUncached = function __iteratorUncached (type, reverse) {
if (reverse) {
return this.cacheResult().__iterator(type, reverse);
}
var collection = this._collection;
var iterator = getIterator(collection);
if (!isIterator(iterator)) {
return new Iterator(iteratorDone);
}
var iterations = 0;
return new Iterator(function () {
var step = iterator.next();
return step.done ? step : iteratorValue(type, iterations++, step.value);
});
};
return CollectionSeq;
}(IndexedSeq));
// # pragma Helper functions
var EMPTY_SEQ;
function emptySequence() {
return EMPTY_SEQ || (EMPTY_SEQ = new ArraySeq([]));
}
function keyedSeqFromValue(value) {
var seq = maybeIndexedSeqFromValue(value);
if (seq) {
return seq.fromEntrySeq();
}
if (typeof value === 'object') {
return new ObjectSeq(value);
}
throw new TypeError(
'Expected Array or collection object of [k, v] entries, or keyed object: ' +
value
);
}
function indexedSeqFromValue(value) {
var seq = maybeIndexedSeqFromValue(value);
if (seq) {
return seq;
}
throw new TypeError(
'Expected Array or collection object of values: ' + value
);
}
function seqFromValue(value) {
var seq = maybeIndexedSeqFromValue(value);
if (seq) {
return isEntriesIterable(value)
? seq.fromEntrySeq()
: isKeysIterable(value)
? seq.toSetSeq()
: seq;
}
if (typeof value === 'object') {
return new ObjectSeq(value);
}
throw new TypeError(
'Expected Array or collection object of values, or keyed object: ' + value
);
}
function maybeIndexedSeqFromValue(value) {
return isArrayLike(value)
? new ArraySeq(value)
: hasIterator(value)
? new CollectionSeq(value)
: undefined;
}
var IS_MAP_SYMBOL = '@@__IMMUTABLE_MAP__@@';
function isMap(maybeMap) {
return Boolean(maybeMap && maybeMap[IS_MAP_SYMBOL]);
}
function isOrderedMap(maybeOrderedMap) {
return isMap(maybeOrderedMap) && isOrdered(maybeOrderedMap);
}
function isValueObject(maybeValue) {
return Boolean(
maybeValue &&
typeof maybeValue.equals === 'function' &&
typeof maybeValue.hashCode === 'function'
);
}
/**
* An extension of the "same-value" algorithm as [described for use by ES6 Map
* and Set](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Map#Key_equality)
*
* NaN is considered the same as NaN, however -0 and 0 are considered the same
* value, which is different from the algorithm described by
* [`Object.is`](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Object/is).
*
* This is extended further to allow Objects to describe the values they
* represent, by way of `valueOf` or `equals` (and `hashCode`).
*
* Note: because of this extension, the key equality of Immutable.Map and the
* value equality of Immutable.Set will differ from ES6 Map and Set.
*
* ### Defining custom values
*
* The easiest way to describe the value an object represents is by implementing
* `valueOf`. For example, `Date` represents a value by returning a unix
* timestamp for `valueOf`:
*
* var date1 = new Date(1234567890000); // Fri Feb 13 2009 ...
* var date2 = new Date(1234567890000);
* date1.valueOf(); // 1234567890000
* assert( date1 !== date2 );
* assert( Immutable.is( date1, date2 ) );
*
* Note: overriding `valueOf` may have other implications if you use this object
* where JavaScript expects a primitive, such as implicit string coercion.
*
* For more complex types, especially collections, implementing `valueOf` may
* not be performant. An alternative is to implement `equals` and `hashCode`.
*
* `equals` takes another object, presumably of similar type, and returns true
* if it is equal. Equality is symmetrical, so the same result should be
* returned if this and the argument are flipped.
*
* assert( a.equals(b) === b.equals(a) );
*
* `hashCode` returns a 32bit integer number representing the object which will
* be used to determine how to store the value object in a Map or Set. You must
* provide both or neither methods, one must not exist without the other.
*
* Also, an important relationship between these methods must be upheld: if two
* values are equal, they *must* return the same hashCode. If the values are not
* equal, they might have the same hashCode; this is called a hash collision,
* and while undesirable for performance reasons, it is acceptable.
*
* if (a.equals(b)) {
* assert( a.hashCode() === b.hashCode() );
* }
*
* All Immutable collections are Value Objects: they implement `equals()`
* and `hashCode()`.
*/
function is(valueA, valueB) {
if (valueA === valueB || (valueA !== valueA && valueB !== valueB)) {
return true;
}
if (!valueA || !valueB) {
return false;
}
if (
typeof valueA.valueOf === 'function' &&
typeof valueB.valueOf === 'function'
) {
valueA = valueA.valueOf();
valueB = valueB.valueOf();
if (valueA === valueB || (valueA !== valueA && valueB !== valueB)) {
return true;
}
if (!valueA || !valueB) {
return false;
}
}
return !!(
isValueObject(valueA) &&
isValueObject(valueB) &&
valueA.equals(valueB)
);
}
var imul =
typeof Math.imul === 'function' && Math.imul(0xffffffff, 2) === -2
? Math.imul
: function imul(a, b) {
a |= 0; // int
b |= 0; // int
var c = a & 0xffff;
var d = b & 0xffff;
// Shift by 0 fixes the sign on the high part.
return (c * d + ((((a >>> 16) * d + c * (b >>> 16)) << 16) >>> 0)) | 0; // int
};
// v8 has an optimization for storing 31-bit signed numbers.
// Values which have either 00 or 11 as the high order bits qualify.
// This function drops the highest order bit in a signed number, maintaining
// the sign bit.
function smi(i32) {
return ((i32 >>> 1) & 0x40000000) | (i32 & 0xbfffffff);
}
var defaultValueOf = Object.prototype.valueOf;
function hash(o) {
if (o == null) {
return hashNullish(o);
}
if (typeof o.hashCode === 'function') {
// Drop any high bits from accidentally long hash codes.
return smi(o.hashCode(o));
}
var v = valueOf(o);
if (v == null) {
return hashNullish(v);
}
switch (typeof v) {
case 'boolean':
// The hash values for built-in constants are a 1 value for each 5-byte
// shift region expect for the first, which encodes the value. This
// reduces the odds of a hash collision for these common values.
return v ? 0x42108421 : 0x42108420;
case 'number':
return hashNumber(v);
case 'string':
return v.length > STRING_HASH_CACHE_MIN_STRLEN
? cachedHashString(v)
: hashString(v);
case 'object':
case 'function':
return hashJSObj(v);
case 'symbol':
return hashSymbol(v);
default:
if (typeof v.toString === 'function') {
return hashString(v.toString());
}
throw new Error('Value type ' + typeof v + ' cannot be hashed.');
}
}
function hashNullish(nullish) {
return nullish === null ? 0x42108422 : /* undefined */ 0x42108423;
}
// Compress arbitrarily large numbers into smi hashes.
function hashNumber(n) {
if (n !== n || n === Infinity) {
return 0;
}
var hash = n | 0;
if (hash !== n) {
hash ^= n * 0xffffffff;
}
while (n > 0xffffffff) {
n /= 0xffffffff;
hash ^= n;
}
return smi(hash);
}
function cachedHashString(string) {
var hashed = stringHashCache[string];
if (hashed === undefined) {
hashed = hashString(string);
if (STRING_HASH_CACHE_SIZE === STRING_HASH_CACHE_MAX_SIZE) {
STRING_HASH_CACHE_SIZE = 0;
stringHashCache = {};
}
STRING_HASH_CACHE_SIZE++;
stringHashCache[string] = hashed;
}
return hashed;
}
// http://jsperf.com/hashing-strings
function hashString(string) {
// This is the hash from JVM
// The hash code for a string is computed as
// s[0] * 31 ^ (n - 1) + s[1] * 31 ^ (n - 2) + ... + s[n - 1],
// where s[i] is the ith character of the string and n is the length of
// the string. We "mod" the result to make it between 0 (inclusive) and 2^31
// (exclusive) by dropping high bits.
var hashed = 0;
for (var ii = 0; ii < string.length; ii++) {
hashed = (31 * hashed + string.charCodeAt(ii)) | 0;
}
return smi(hashed);
}
function hashSymbol(sym) {
var hashed = symbolMap[sym];
if (hashed !== undefined) {
return hashed;
}
hashed = nextHash();
symbolMap[sym] = hashed;
return hashed;
}
function hashJSObj(obj) {
var hashed;
if (usingWeakMap) {
hashed = weakMap.get(obj);
if (hashed !== undefined) {
return hashed;
}
}
hashed = obj[UID_HASH_KEY];
if (hashed !== undefined) {
return hashed;
}
if (!canDefineProperty) {
hashed = obj.propertyIsEnumerable && obj.propertyIsEnumerable[UID_HASH_KEY];
if (hashed !== undefined) {
return hashed;
}
hashed = getIENodeHash(obj);
if (hashed !== undefined) {
return hashed;
}
}
hashed = nextHash();
if (usingWeakMap) {
weakMap.set(obj, hashed);
} else if (isExtensible !== undefined && isExtensible(obj) === false) {
throw new Error('Non-extensible objects are not allowed as keys.');
} else if (canDefineProperty) {
Object.defineProperty(obj, UID_HASH_KEY, {
enumerable: false,
configurable: false,
writable: false,
value: hashed,
});
} else if (
obj.propertyIsEnumerable !== undefined &&
obj.propertyIsEnumerable === obj.constructor.prototype.propertyIsEnumerable
) {
// Since we can't define a non-enumerable property on the object
// we'll hijack one of the less-used non-enumerable properties to
// save our hash on it. Since this is a function it will not show up in
// `JSON.stringify` which is what we want.
obj.propertyIsEnumerable = function () {
return this.constructor.prototype.propertyIsEnumerable.apply(
this,
arguments
);
};
obj.propertyIsEnumerable[UID_HASH_KEY] = hashed;
} else if (obj.nodeType !== undefined) {
// At this point we couldn't get the IE `uniqueID` to use as a hash
// and we couldn't use a non-enumerable property to exploit the
// dontEnum bug so we simply add the `UID_HASH_KEY` on the node
// itself.
obj[UID_HASH_KEY] = hashed;
} else {
throw new Error('Unable to set a non-enumerable property on object.');
}
return hashed;
}
// Get references to ES5 object methods.
var isExtensible = Object.isExtensible;
// True if Object.defineProperty works as expected. IE8 fails this test.
var canDefineProperty = (function () {
try {
Object.defineProperty({}, '@', {});
return true;
} catch (e) {
return false;
}
})();
// IE has a `uniqueID` property on DOM nodes. We can construct the hash from it
// and avoid memory leaks from the IE cloneNode bug.
function getIENodeHash(node) {
if (node && node.nodeType > 0) {
switch (node.nodeType) {
case 1: // Element
return node.uniqueID;
case 9: // Document
return node.documentElement && node.documentElement.uniqueID;
}
}
}
function valueOf(obj) {
return obj.valueOf !== defaultValueOf && typeof obj.valueOf === 'function'
? obj.valueOf(obj)
: obj;
}
function nextHash() {
var nextHash = ++_objHashUID;
if (_objHashUID & 0x40000000) {
_objHashUID = 0;
}
return nextHash;
}
// If possible, use a WeakMap.
var usingWeakMap = typeof WeakMap === 'function';
var weakMap;
if (usingWeakMap) {
weakMap = new WeakMap();
}
var symbolMap = Object.create(null);
var _objHashUID = 0;
var UID_HASH_KEY = '__immutablehash__';
if (typeof Symbol === 'function') {
UID_HASH_KEY = Symbol(UID_HASH_KEY);
}
var STRING_HASH_CACHE_MIN_STRLEN = 16;
var STRING_HASH_CACHE_MAX_SIZE = 255;
var STRING_HASH_CACHE_SIZE = 0;
var stringHashCache = {};
var ToKeyedSequence = /*@__PURE__*/(function (KeyedSeq) {
function ToKeyedSequence(indexed, useKeys) {
this._iter = indexed;
this._useKeys = useKeys;
this.size = indexed.size;
}
if ( KeyedSeq ) ToKeyedSequence.__proto__ = KeyedSeq;
ToKeyedSequence.prototype = Object.create( KeyedSeq && KeyedSeq.prototype );
ToKeyedSequence.prototype.constructor = ToKeyedSequence;
ToKeyedSequence.prototype.get = function get (key, notSetValue) {
return this._iter.get(key, notSetValue);
};
ToKeyedSequence.prototype.has = function has (key) {
return this._iter.has(key);
};
ToKeyedSequence.prototype.valueSeq = function valueSeq () {
return this._iter.valueSeq();
};
ToKeyedSequence.prototype.reverse = function reverse () {
var this$1$1 = this;
var reversedSequence = reverseFactory(this, true);
if (!this._useKeys) {
reversedSequence.valueSeq = function () { return this$1$1._iter.toSeq().reverse(); };
}
return reversedSequence;
};
ToKeyedSequence.prototype.map = function map (mapper, context) {
var this$1$1 = this;
var mappedSequence = mapFactory(this, mapper, context);
if (!this._useKeys) {
mappedSequence.valueSeq = function () { return this$1$1._iter.toSeq().map(mapper, context); };
}
return mappedSequence;
};
ToKeyedSequence.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
return this._iter.__iterate(function (v, k) { return fn(v, k, this$1$1); }, reverse);
};
ToKeyedSequence.prototype.__iterator = function __iterator (type, reverse) {
return this._iter.__iterator(type, reverse);
};
return ToKeyedSequence;
}(KeyedSeq));
ToKeyedSequence.prototype[IS_ORDERED_SYMBOL] = true;
var ToIndexedSequence = /*@__PURE__*/(function (IndexedSeq) {
function ToIndexedSequence(iter) {
this._iter = iter;
this.size = iter.size;
}
if ( IndexedSeq ) ToIndexedSequence.__proto__ = IndexedSeq;
ToIndexedSequence.prototype = Object.create( IndexedSeq && IndexedSeq.prototype );
ToIndexedSequence.prototype.constructor = ToIndexedSequence;
ToIndexedSequence.prototype.includes = function includes (value) {
return this._iter.includes(value);
};
ToIndexedSequence.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
var i = 0;
reverse && ensureSize(this);
return this._iter.__iterate(
function (v) { return fn(v, reverse ? this$1$1.size - ++i : i++, this$1$1); },
reverse
);
};
ToIndexedSequence.prototype.__iterator = function __iterator (type, reverse) {
var this$1$1 = this;
var iterator = this._iter.__iterator(ITERATE_VALUES, reverse);
var i = 0;
reverse && ensureSize(this);
return new Iterator(function () {
var step = iterator.next();
return step.done
? step
: iteratorValue(
type,
reverse ? this$1$1.size - ++i : i++,
step.value,
step
);
});
};
return ToIndexedSequence;
}(IndexedSeq));
var ToSetSequence = /*@__PURE__*/(function (SetSeq) {
function ToSetSequence(iter) {
this._iter = iter;
this.size = iter.size;
}
if ( SetSeq ) ToSetSequence.__proto__ = SetSeq;
ToSetSequence.prototype = Object.create( SetSeq && SetSeq.prototype );
ToSetSequence.prototype.constructor = ToSetSequence;
ToSetSequence.prototype.has = function has (key) {
return this._iter.includes(key);
};
ToSetSequence.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
return this._iter.__iterate(function (v) { return fn(v, v, this$1$1); }, reverse);
};
ToSetSequence.prototype.__iterator = function __iterator (type, reverse) {
var iterator = this._iter.__iterator(ITERATE_VALUES, reverse);
return new Iterator(function () {
var step = iterator.next();
return step.done
? step
: iteratorValue(type, step.value, step.value, step);
});
};
return ToSetSequence;
}(SetSeq));
var FromEntriesSequence = /*@__PURE__*/(function (KeyedSeq) {
function FromEntriesSequence(entries) {
this._iter = entries;
this.size = entries.size;
}
if ( KeyedSeq ) FromEntriesSequence.__proto__ = KeyedSeq;
FromEntriesSequence.prototype = Object.create( KeyedSeq && KeyedSeq.prototype );
FromEntriesSequence.prototype.constructor = FromEntriesSequence;
FromEntriesSequence.prototype.entrySeq = function entrySeq () {
return this._iter.toSeq();
};
FromEntriesSequence.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
return this._iter.__iterate(function (entry) {
// Check if entry exists first so array access doesn't throw for holes
// in the parent iteration.
if (entry) {
validateEntry(entry);
var indexedCollection = isCollection(entry);
return fn(
indexedCollection ? entry.get(1) : entry[1],
indexedCollection ? entry.get(0) : entry[0],
this$1$1
);
}
}, reverse);
};
FromEntriesSequence.prototype.__iterator = function __iterator (type, reverse) {
var iterator = this._iter.__iterator(ITERATE_VALUES, reverse);
return new Iterator(function () {
while (true) {
var step = iterator.next();
if (step.done) {
return step;
}
var entry = step.value;
// Check if entry exists first so array access doesn't throw for holes
// in the parent iteration.
if (entry) {
validateEntry(entry);
var indexedCollection = isCollection(entry);
return iteratorValue(
type,
indexedCollection ? entry.get(0) : entry[0],
indexedCollection ? entry.get(1) : entry[1],
step
);
}
}
});
};
return FromEntriesSequence;
}(KeyedSeq));
ToIndexedSequence.prototype.cacheResult =
ToKeyedSequence.prototype.cacheResult =
ToSetSequence.prototype.cacheResult =
FromEntriesSequence.prototype.cacheResult =
cacheResultThrough;
function flipFactory(collection) {
var flipSequence = makeSequence(collection);
flipSequence._iter = collection;
flipSequence.size = collection.size;
flipSequence.flip = function () { return collection; };
flipSequence.reverse = function () {
var reversedSequence = collection.reverse.apply(this); // super.reverse()
reversedSequence.flip = function () { return collection.reverse(); };
return reversedSequence;
};
flipSequence.has = function (key) { return collection.includes(key); };
flipSequence.includes = function (key) { return collection.has(key); };
flipSequence.cacheResult = cacheResultThrough;
flipSequence.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
return collection.__iterate(function (v, k) { return fn(k, v, this$1$1) !== false; }, reverse);
};
flipSequence.__iteratorUncached = function (type, reverse) {
if (type === ITERATE_ENTRIES) {
var iterator = collection.__iterator(type, reverse);
return new Iterator(function () {
var step = iterator.next();
if (!step.done) {
var k = step.value[0];
step.value[0] = step.value[1];
step.value[1] = k;
}
return step;
});
}
return collection.__iterator(
type === ITERATE_VALUES ? ITERATE_KEYS : ITERATE_VALUES,
reverse
);
};
return flipSequence;
}
function mapFactory(collection, mapper, context) {
var mappedSequence = makeSequence(collection);
mappedSequence.size = collection.size;
mappedSequence.has = function (key) { return collection.has(key); };
mappedSequence.get = function (key, notSetValue) {
var v = collection.get(key, NOT_SET);
return v === NOT_SET
? notSetValue
: mapper.call(context, v, key, collection);
};
mappedSequence.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
return collection.__iterate(
function (v, k, c) { return fn(mapper.call(context, v, k, c), k, this$1$1) !== false; },
reverse
);
};
mappedSequence.__iteratorUncached = function (type, reverse) {
var iterator = collection.__iterator(ITERATE_ENTRIES, reverse);
return new Iterator(function () {
var step = iterator.next();
if (step.done) {
return step;
}
var entry = step.value;
var key = entry[0];
return iteratorValue(
type,
key,
mapper.call(context, entry[1], key, collection),
step
);
});
};
return mappedSequence;
}
function reverseFactory(collection, useKeys) {
var this$1$1 = this;
var reversedSequence = makeSequence(collection);
reversedSequence._iter = collection;
reversedSequence.size = collection.size;
reversedSequence.reverse = function () { return collection; };
if (collection.flip) {
reversedSequence.flip = function () {
var flipSequence = flipFactory(collection);
flipSequence.reverse = function () { return collection.flip(); };
return flipSequence;
};
}
reversedSequence.get = function (key, notSetValue) { return collection.get(useKeys ? key : -1 - key, notSetValue); };
reversedSequence.has = function (key) { return collection.has(useKeys ? key : -1 - key); };
reversedSequence.includes = function (value) { return collection.includes(value); };
reversedSequence.cacheResult = cacheResultThrough;
reversedSequence.__iterate = function (fn, reverse) {
var this$1$1 = this;
var i = 0;
reverse && ensureSize(collection);
return collection.__iterate(
function (v, k) { return fn(v, useKeys ? k : reverse ? this$1$1.size - ++i : i++, this$1$1); },
!reverse
);
};
reversedSequence.__iterator = function (type, reverse) {
var i = 0;
reverse && ensureSize(collection);
var iterator = collection.__iterator(ITERATE_ENTRIES, !reverse);
return new Iterator(function () {
var step = iterator.next();
if (step.done) {
return step;
}
var entry = step.value;
return iteratorValue(
type,
useKeys ? entry[0] : reverse ? this$1$1.size - ++i : i++,
entry[1],
step
);
});
};
return reversedSequence;
}
function filterFactory(collection, predicate, context, useKeys) {
var filterSequence = makeSequence(collection);
if (useKeys) {
filterSequence.has = function (key) {
var v = collection.get(key, NOT_SET);
return v !== NOT_SET && !!predicate.call(context, v, key, collection);
};
filterSequence.get = function (key, notSetValue) {
var v = collection.get(key, NOT_SET);
return v !== NOT_SET && predicate.call(context, v, key, collection)
? v
: notSetValue;
};
}
filterSequence.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
var iterations = 0;
collection.__iterate(function (v, k, c) {
if (predicate.call(context, v, k, c)) {
iterations++;
return fn(v, useKeys ? k : iterations - 1, this$1$1);
}
}, reverse);
return iterations;
};
filterSequence.__iteratorUncached = function (type, reverse) {
var iterator = collection.__iterator(ITERATE_ENTRIES, reverse);
var iterations = 0;
return new Iterator(function () {
while (true) {
var step = iterator.next();
if (step.done) {
return step;
}
var entry = step.value;
var key = entry[0];
var value = entry[1];
if (predicate.call(context, value, key, collection)) {
return iteratorValue(type, useKeys ? key : iterations++, value, step);
}
}
});
};
return filterSequence;
}
function countByFactory(collection, grouper, context) {
var groups = Map().asMutable();
collection.__iterate(function (v, k) {
groups.update(grouper.call(context, v, k, collection), 0, function (a) { return a + 1; });
});
return groups.asImmutable();
}
function groupByFactory(collection, grouper, context) {
var isKeyedIter = isKeyed(collection);
var groups = (isOrdered(collection) ? OrderedMap() : Map()).asMutable();
collection.__iterate(function (v, k) {
groups.update(
grouper.call(context, v, k, collection),
function (a) { return ((a = a || []), a.push(isKeyedIter ? [k, v] : v), a); }
);
});
var coerce = collectionClass(collection);
return groups.map(function (arr) { return reify(collection, coerce(arr)); }).asImmutable();
}
function sliceFactory(collection, begin, end, useKeys) {
var originalSize = collection.size;
if (wholeSlice(begin, end, originalSize)) {
return collection;
}
var resolvedBegin = resolveBegin(begin, originalSize);
var resolvedEnd = resolveEnd(end, originalSize);
// begin or end will be NaN if they were provided as negative numbers and
// this collection's size is unknown. In that case, cache first so there is
// a known size and these do not resolve to NaN.
if (resolvedBegin !== resolvedBegin || resolvedEnd !== resolvedEnd) {
return sliceFactory(collection.toSeq().cacheResult(), begin, end, useKeys);
}
// Note: resolvedEnd is undefined when the original sequence's length is
// unknown and this slice did not supply an end and should contain all
// elements after resolvedBegin.
// In that case, resolvedSize will be NaN and sliceSize will remain undefined.
var resolvedSize = resolvedEnd - resolvedBegin;
var sliceSize;
if (resolvedSize === resolvedSize) {
sliceSize = resolvedSize < 0 ? 0 : resolvedSize;
}
var sliceSeq = makeSequence(collection);
// If collection.size is undefined, the size of the realized sliceSeq is
// unknown at this point unless the number of items to slice is 0
sliceSeq.size =
sliceSize === 0 ? sliceSize : (collection.size && sliceSize) || undefined;
if (!useKeys && isSeq(collection) && sliceSize >= 0) {
sliceSeq.get = function (index, notSetValue) {
index = wrapIndex(this, index);
return index >= 0 && index < sliceSize
? collection.get(index + resolvedBegin, notSetValue)
: notSetValue;
};
}
sliceSeq.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
if (sliceSize === 0) {
return 0;
}
if (reverse) {
return this.cacheResult().__iterate(fn, reverse);
}
var skipped = 0;
var isSkipping = true;
var iterations = 0;
collection.__iterate(function (v, k) {
if (!(isSkipping && (isSkipping = skipped++ < resolvedBegin))) {
iterations++;
return (
fn(v, useKeys ? k : iterations - 1, this$1$1) !== false &&
iterations !== sliceSize
);
}
});
return iterations;
};
sliceSeq.__iteratorUncached = function (type, reverse) {
if (sliceSize !== 0 && reverse) {
return this.cacheResult().__iterator(type, reverse);
}
// Don't bother instantiating parent iterator if taking 0.
if (sliceSize === 0) {
return new Iterator(iteratorDone);
}
var iterator = collection.__iterator(type, reverse);
var skipped = 0;
var iterations = 0;
return new Iterator(function () {
while (skipped++ < resolvedBegin) {
iterator.next();
}
if (++iterations > sliceSize) {
return iteratorDone();
}
var step = iterator.next();
if (useKeys || type === ITERATE_VALUES || step.done) {
return step;
}
if (type === ITERATE_KEYS) {
return iteratorValue(type, iterations - 1, undefined, step);
}
return iteratorValue(type, iterations - 1, step.value[1], step);
});
};
return sliceSeq;
}
function takeWhileFactory(collection, predicate, context) {
var takeSequence = makeSequence(collection);
takeSequence.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
if (reverse) {
return this.cacheResult().__iterate(fn, reverse);
}
var iterations = 0;
collection.__iterate(
function (v, k, c) { return predicate.call(context, v, k, c) && ++iterations && fn(v, k, this$1$1); }
);
return iterations;
};
takeSequence.__iteratorUncached = function (type, reverse) {
var this$1$1 = this;
if (reverse) {
return this.cacheResult().__iterator(type, reverse);
}
var iterator = collection.__iterator(ITERATE_ENTRIES, reverse);
var iterating = true;
return new Iterator(function () {
if (!iterating) {
return iteratorDone();
}
var step = iterator.next();
if (step.done) {
return step;
}
var entry = step.value;
var k = entry[0];
var v = entry[1];
if (!predicate.call(context, v, k, this$1$1)) {
iterating = false;
return iteratorDone();
}
return type === ITERATE_ENTRIES ? step : iteratorValue(type, k, v, step);
});
};
return takeSequence;
}
function skipWhileFactory(collection, predicate, context, useKeys) {
var skipSequence = makeSequence(collection);
skipSequence.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
if (reverse) {
return this.cacheResult().__iterate(fn, reverse);
}
var isSkipping = true;
var iterations = 0;
collection.__iterate(function (v, k, c) {
if (!(isSkipping && (isSkipping = predicate.call(context, v, k, c)))) {
iterations++;
return fn(v, useKeys ? k : iterations - 1, this$1$1);
}
});
return iterations;
};
skipSequence.__iteratorUncached = function (type, reverse) {
var this$1$1 = this;
if (reverse) {
return this.cacheResult().__iterator(type, reverse);
}
var iterator = collection.__iterator(ITERATE_ENTRIES, reverse);
var skipping = true;
var iterations = 0;
return new Iterator(function () {
var step;
var k;
var v;
do {
step = iterator.next();
if (step.done) {
if (useKeys || type === ITERATE_VALUES) {
return step;
}
if (type === ITERATE_KEYS) {
return iteratorValue(type, iterations++, undefined, step);
}
return iteratorValue(type, iterations++, step.value[1], step);
}
var entry = step.value;
k = entry[0];
v = entry[1];
skipping && (skipping = predicate.call(context, v, k, this$1$1));
} while (skipping);
return type === ITERATE_ENTRIES ? step : iteratorValue(type, k, v, step);
});
};
return skipSequence;
}
function concatFactory(collection, values) {
var isKeyedCollection = isKeyed(collection);
var iters = [collection]
.concat(values)
.map(function (v) {
if (!isCollection(v)) {
v = isKeyedCollection
? keyedSeqFromValue(v)
: indexedSeqFromValue(Array.isArray(v) ? v : [v]);
} else if (isKeyedCollection) {
v = KeyedCollection(v);
}
return v;
})
.filter(function (v) { return v.size !== 0; });
if (iters.length === 0) {
return collection;
}
if (iters.length === 1) {
var singleton = iters[0];
if (
singleton === collection ||
(isKeyedCollection && isKeyed(singleton)) ||
(isIndexed(collection) && isIndexed(singleton))
) {
return singleton;
}
}
var concatSeq = new ArraySeq(iters);
if (isKeyedCollection) {
concatSeq = concatSeq.toKeyedSeq();
} else if (!isIndexed(collection)) {
concatSeq = concatSeq.toSetSeq();
}
concatSeq = concatSeq.flatten(true);
concatSeq.size = iters.reduce(function (sum, seq) {
if (sum !== undefined) {
var size = seq.size;
if (size !== undefined) {
return sum + size;
}
}
}, 0);
return concatSeq;
}
function flattenFactory(collection, depth, useKeys) {
var flatSequence = makeSequence(collection);
flatSequence.__iterateUncached = function (fn, reverse) {
if (reverse) {
return this.cacheResult().__iterate(fn, reverse);
}
var iterations = 0;
var stopped = false;
function flatDeep(iter, currentDepth) {
iter.__iterate(function (v, k) {
if ((!depth || currentDepth < depth) && isCollection(v)) {
flatDeep(v, currentDepth + 1);
} else {
iterations++;
if (fn(v, useKeys ? k : iterations - 1, flatSequence) === false) {
stopped = true;
}
}
return !stopped;
}, reverse);
}
flatDeep(collection, 0);
return iterations;
};
flatSequence.__iteratorUncached = function (type, reverse) {
if (reverse) {
return this.cacheResult().__iterator(type, reverse);
}
var iterator = collection.__iterator(type, reverse);
var stack = [];
var iterations = 0;
return new Iterator(function () {
while (iterator) {
var step = iterator.next();
if (step.done !== false) {
iterator = stack.pop();
continue;
}
var v = step.value;
if (type === ITERATE_ENTRIES) {
v = v[1];
}
if ((!depth || stack.length < depth) && isCollection(v)) {
stack.push(iterator);
iterator = v.__iterator(type, reverse);
} else {
return useKeys ? step : iteratorValue(type, iterations++, v, step);
}
}
return iteratorDone();
});
};
return flatSequence;
}
function flatMapFactory(collection, mapper, context) {
var coerce = collectionClass(collection);
return collection
.toSeq()
.map(function (v, k) { return coerce(mapper.call(context, v, k, collection)); })
.flatten(true);
}
function interposeFactory(collection, separator) {
var interposedSequence = makeSequence(collection);
interposedSequence.size = collection.size && collection.size * 2 - 1;
interposedSequence.__iterateUncached = function (fn, reverse) {
var this$1$1 = this;
var iterations = 0;
collection.__iterate(
function (v) { return (!iterations || fn(separator, iterations++, this$1$1) !== false) &&
fn(v, iterations++, this$1$1) !== false; },
reverse
);
return iterations;
};
interposedSequence.__iteratorUncached = function (type, reverse) {
var iterator = collection.__iterator(ITERATE_VALUES, reverse);
var iterations = 0;
var step;
return new Iterator(function () {
if (!step || iterations % 2) {
step = iterator.next();
if (step.done) {
return step;
}
}
return iterations % 2
? iteratorValue(type, iterations++, separator)
: iteratorValue(type, iterations++, step.value, step);
});
};
return interposedSequence;
}
function sortFactory(collection, comparator, mapper) {
if (!comparator) {
comparator = defaultComparator;
}
var isKeyedCollection = isKeyed(collection);
var index = 0;
var entries = collection
.toSeq()
.map(function (v, k) { return [k, v, index++, mapper ? mapper(v, k, collection) : v]; })
.valueSeq()
.toArray();
entries
.sort(function (a, b) { return comparator(a[3], b[3]) || a[2] - b[2]; })
.forEach(
isKeyedCollection
? function (v, i) {
entries[i].length = 2;
}
: function (v, i) {
entries[i] = v[1];
}
);
return isKeyedCollection
? KeyedSeq(entries)
: isIndexed(collection)
? IndexedSeq(entries)
: SetSeq(entries);
}
function maxFactory(collection, comparator, mapper) {
if (!comparator) {
comparator = defaultComparator;
}
if (mapper) {
var entry = collection
.toSeq()
.map(function (v, k) { return [v, mapper(v, k, collection)]; })
.reduce(function (a, b) { return (maxCompare(comparator, a[1], b[1]) ? b : a); });
return entry && entry[0];
}
return collection.reduce(function (a, b) { return (maxCompare(comparator, a, b) ? b : a); });
}
function maxCompare(comparator, a, b) {
var comp = comparator(b, a);
// b is considered the new max if the comparator declares them equal, but
// they are not equal and b is in fact a nullish value.
return (
(comp === 0 && b !== a && (b === undefined || b === null || b !== b)) ||
comp > 0
);
}
function zipWithFactory(keyIter, zipper, iters, zipAll) {
var zipSequence = makeSequence(keyIter);
var sizes = new ArraySeq(iters).map(function (i) { return i.size; });
zipSequence.size = zipAll ? sizes.max() : sizes.min();
// Note: this a generic base implementation of __iterate in terms of
// __iterator which may be more generically useful in the future.
zipSequence.__iterate = function (fn, reverse) {
/* generic:
var iterator = this.__iterator(ITERATE_ENTRIES, reverse);
var step;
var iterations = 0;
while (!(step = iterator.next()).done) {
iterations++;
if (fn(step.value[1], step.value[0], this) === false) {
break;
}
}
return iterations;
*/
// indexed:
var iterator = this.__iterator(ITERATE_VALUES, reverse);
var step;
var iterations = 0;
while (!(step = iterator.next()).done) {
if (fn(step.value, iterations++, this) === false) {
break;
}
}
return iterations;
};
zipSequence.__iteratorUncached = function (type, reverse) {
var iterators = iters.map(
function (i) { return ((i = Collection(i)), getIterator(reverse ? i.reverse() : i)); }
);
var iterations = 0;
var isDone = false;
return new Iterator(function () {
var steps;
if (!isDone) {
steps = iterators.map(function (i) { return i.next(); });
isDone = zipAll ? steps.every(function (s) { return s.done; }) : steps.some(function (s) { return s.done; });
}
if (isDone) {
return iteratorDone();
}
return iteratorValue(
type,
iterations++,
zipper.apply(
null,
steps.map(function (s) { return s.value; })
)
);
});
};
return zipSequence;
}
// #pragma Helper Functions
function reify(iter, seq) {
return iter === seq ? iter : isSeq(iter) ? seq : iter.constructor(seq);
}
function validateEntry(entry) {
if (entry !== Object(entry)) {
throw new TypeError('Expected [K, V] tuple: ' + entry);
}
}
function collectionClass(collection) {
return isKeyed(collection)
? KeyedCollection
: isIndexed(collection)
? IndexedCollection
: SetCollection;
}
function makeSequence(collection) {
return Object.create(
(isKeyed(collection)
? KeyedSeq
: isIndexed(collection)
? IndexedSeq
: SetSeq
).prototype
);
}
function cacheResultThrough() {
if (this._iter.cacheResult) {
this._iter.cacheResult();
this.size = this._iter.size;
return this;
}
return Seq.prototype.cacheResult.call(this);
}
function defaultComparator(a, b) {
if (a === undefined && b === undefined) {
return 0;
}
if (a === undefined) {
return 1;
}
if (b === undefined) {
return -1;
}
return a > b ? 1 : a < b ? -1 : 0;
}
function arrCopy(arr, offset) {
offset = offset || 0;
var len = Math.max(0, arr.length - offset);
var newArr = new Array(len);
for (var ii = 0; ii < len; ii++) {
newArr[ii] = arr[ii + offset];
}
return newArr;
}
function invariant(condition, error) {
if (!condition) { throw new Error(error); }
}
function assertNotInfinite(size) {
invariant(
size !== Infinity,
'Cannot perform this action with an infinite size.'
);
}
function coerceKeyPath(keyPath) {
if (isArrayLike(keyPath) && typeof keyPath !== 'string') {
return keyPath;
}
if (isOrdered(keyPath)) {
return keyPath.toArray();
}
throw new TypeError(
'Invalid keyPath: expected Ordered Collection or Array: ' + keyPath
);
}
var toString = Object.prototype.toString;
function isPlainObject(value) {
// The base prototype's toString deals with Argument objects and native namespaces like Math
if (
!value ||
typeof value !== 'object' ||
toString.call(value) !== '[object Object]'
) {
return false;
}
var proto = Object.getPrototypeOf(value);
if (proto === null) {
return true;
}
// Iteratively going up the prototype chain is needed for cross-realm environments (differing contexts, iframes, etc)
var parentProto = proto;
var nextProto = Object.getPrototypeOf(proto);
while (nextProto !== null) {
parentProto = nextProto;
nextProto = Object.getPrototypeOf(parentProto);
}
return parentProto === proto;
}
/**
* Returns true if the value is a potentially-persistent data structure, either
* provided by Immutable.js or a plain Array or Object.
*/
function isDataStructure(value) {
return (
typeof value === 'object' &&
(isImmutable(value) || Array.isArray(value) || isPlainObject(value))
);
}
function quoteString(value) {
try {
return typeof value === 'string' ? JSON.stringify(value) : String(value);
} catch (_ignoreError) {
return JSON.stringify(value);
}
}
function has(collection, key) {
return isImmutable(collection)
? collection.has(key)
: isDataStructure(collection) && hasOwnProperty.call(collection, key);
}
function get(collection, key, notSetValue) {
return isImmutable(collection)
? collection.get(key, notSetValue)
: !has(collection, key)
? notSetValue
: typeof collection.get === 'function'
? collection.get(key)
: collection[key];
}
function shallowCopy(from) {
if (Array.isArray(from)) {
return arrCopy(from);
}
var to = {};
for (var key in from) {
if (hasOwnProperty.call(from, key)) {
to[key] = from[key];
}
}
return to;
}
function remove(collection, key) {
if (!isDataStructure(collection)) {
throw new TypeError(
'Cannot update non-data-structure value: ' + collection
);
}
if (isImmutable(collection)) {
if (!collection.remove) {
throw new TypeError(
'Cannot update immutable value without .remove() method: ' + collection
);
}
return collection.remove(key);
}
if (!hasOwnProperty.call(collection, key)) {
return collection;
}
var collectionCopy = shallowCopy(collection);
if (Array.isArray(collectionCopy)) {
collectionCopy.splice(key, 1);
} else {
delete collectionCopy[key];
}
return collectionCopy;
}
function set(collection, key, value) {
if (!isDataStructure(collection)) {
throw new TypeError(
'Cannot update non-data-structure value: ' + collection
);
}
if (isImmutable(collection)) {
if (!collection.set) {
throw new TypeError(
'Cannot update immutable value without .set() method: ' + collection
);
}
return collection.set(key, value);
}
if (hasOwnProperty.call(collection, key) && value === collection[key]) {
return collection;
}
var collectionCopy = shallowCopy(collection);
collectionCopy[key] = value;
return collectionCopy;
}
function updateIn$1(collection, keyPath, notSetValue, updater) {
if (!updater) {
updater = notSetValue;
notSetValue = undefined;
}
var updatedValue = updateInDeeply(
isImmutable(collection),
collection,
coerceKeyPath(keyPath),
0,
notSetValue,
updater
);
return updatedValue === NOT_SET ? notSetValue : updatedValue;
}
function updateInDeeply(
inImmutable,
existing,
keyPath,
i,
notSetValue,
updater
) {
var wasNotSet = existing === NOT_SET;
if (i === keyPath.length) {
var existingValue = wasNotSet ? notSetValue : existing;
var newValue = updater(existingValue);
return newValue === existingValue ? existing : newValue;
}
if (!wasNotSet && !isDataStructure(existing)) {
throw new TypeError(
'Cannot update within non-data-structure value in path [' +
keyPath.slice(0, i).map(quoteString) +
']: ' +
existing
);
}
var key = keyPath[i];
var nextExisting = wasNotSet ? NOT_SET : get(existing, key, NOT_SET);
var nextUpdated = updateInDeeply(
nextExisting === NOT_SET ? inImmutable : isImmutable(nextExisting),
nextExisting,
keyPath,
i + 1,
notSetValue,
updater
);
return nextUpdated === nextExisting
? existing
: nextUpdated === NOT_SET
? remove(existing, key)
: set(
wasNotSet ? (inImmutable ? emptyMap() : {}) : existing,
key,
nextUpdated
);
}
function setIn$1(collection, keyPath, value) {
return updateIn$1(collection, keyPath, NOT_SET, function () { return value; });
}
function setIn(keyPath, v) {
return setIn$1(this, keyPath, v);
}
function removeIn(collection, keyPath) {
return updateIn$1(collection, keyPath, function () { return NOT_SET; });
}
function deleteIn(keyPath) {
return removeIn(this, keyPath);
}
function update$1(collection, key, notSetValue, updater) {
return updateIn$1(collection, [key], notSetValue, updater);
}
function update(key, notSetValue, updater) {
return arguments.length === 1
? key(this)
: update$1(this, key, notSetValue, updater);
}
function updateIn(keyPath, notSetValue, updater) {
return updateIn$1(this, keyPath, notSetValue, updater);
}
function merge$1() {
var iters = [], len = arguments.length;
while ( len-- ) iters[ len ] = arguments[ len ];
return mergeIntoKeyedWith(this, iters);
}
function mergeWith$1(merger) {
var iters = [], len = arguments.length - 1;
while ( len-- > 0 ) iters[ len ] = arguments[ len + 1 ];
if (typeof merger !== 'function') {
throw new TypeError('Invalid merger function: ' + merger);
}
return mergeIntoKeyedWith(this, iters, merger);
}
function mergeIntoKeyedWith(collection, collections, merger) {
var iters = [];
for (var ii = 0; ii < collections.length; ii++) {
var collection$1 = KeyedCollection(collections[ii]);
if (collection$1.size !== 0) {
iters.push(collection$1);
}
}
if (iters.length === 0) {
return collection;
}
if (
collection.toSeq().size === 0 &&
!collection.__ownerID &&
iters.length === 1
) {
return collection.constructor(iters[0]);
}
return collection.withMutations(function (collection) {
var mergeIntoCollection = merger
? function (value, key) {
update$1(collection, key, NOT_SET, function (oldVal) { return oldVal === NOT_SET ? value : merger(oldVal, value, key); }
);
}
: function (value, key) {
collection.set(key, value);
};
for (var ii = 0; ii < iters.length; ii++) {
iters[ii].forEach(mergeIntoCollection);
}
});
}
function merge(collection) {
var sources = [], len = arguments.length - 1;
while ( len-- > 0 ) sources[ len ] = arguments[ len + 1 ];
return mergeWithSources(collection, sources);
}
function mergeWith(merger, collection) {
var sources = [], len = arguments.length - 2;
while ( len-- > 0 ) sources[ len ] = arguments[ len + 2 ];
return mergeWithSources(collection, sources, merger);
}
function mergeDeep$1(collection) {
var sources = [], len = arguments.length - 1;
while ( len-- > 0 ) sources[ len ] = arguments[ len + 1 ];
return mergeDeepWithSources(collection, sources);
}
function mergeDeepWith$1(merger, collection) {
var sources = [], len = arguments.length - 2;
while ( len-- > 0 ) sources[ len ] = arguments[ len + 2 ];
return mergeDeepWithSources(collection, sources, merger);
}
function mergeDeepWithSources(collection, sources, merger) {
return mergeWithSources(collection, sources, deepMergerWith(merger));
}
function mergeWithSources(collection, sources, merger) {
if (!isDataStructure(collection)) {
throw new TypeError(
'Cannot merge into non-data-structure value: ' + collection
);
}
if (isImmutable(collection)) {
return typeof merger === 'function' && collection.mergeWith
? collection.mergeWith.apply(collection, [ merger ].concat( sources ))
: collection.merge
? collection.merge.apply(collection, sources)
: collection.concat.apply(collection, sources);
}
var isArray = Array.isArray(collection);
var merged = collection;
var Collection = isArray ? IndexedCollection : KeyedCollection;
var mergeItem = isArray
? function (value) {
// Copy on write
if (merged === collection) {
merged = shallowCopy(merged);
}
merged.push(value);
}
: function (value, key) {
var hasVal = hasOwnProperty.call(merged, key);
var nextVal =
hasVal && merger ? merger(merged[key], value, key) : value;
if (!hasVal || nextVal !== merged[key]) {
// Copy on write
if (merged === collection) {
merged = shallowCopy(merged);
}
merged[key] = nextVal;
}
};
for (var i = 0; i < sources.length; i++) {
Collection(sources[i]).forEach(mergeItem);
}
return merged;
}
function deepMergerWith(merger) {
function deepMerger(oldValue, newValue, key) {
return isDataStructure(oldValue) &&
isDataStructure(newValue) &&
areMergeable(oldValue, newValue)
? mergeWithSources(oldValue, [newValue], deepMerger)
: merger
? merger(oldValue, newValue, key)
: newValue;
}
return deepMerger;
}
/**
* It's unclear what the desired behavior is for merging two collections that
* fall into separate categories between keyed, indexed, or set-like, so we only
* consider them mergeable if they fall into the same category.
*/
function areMergeable(oldDataStructure, newDataStructure) {
var oldSeq = Seq(oldDataStructure);
var newSeq = Seq(newDataStructure);
// This logic assumes that a sequence can only fall into one of the three
// categories mentioned above (since there's no `isSetLike()` method).
return (
isIndexed(oldSeq) === isIndexed(newSeq) &&
isKeyed(oldSeq) === isKeyed(newSeq)
);
}
function mergeDeep() {
var iters = [], len = arguments.length;
while ( len-- ) iters[ len ] = arguments[ len ];
return mergeDeepWithSources(this, iters);
}
function mergeDeepWith(merger) {
var iters = [], len = arguments.length - 1;
while ( len-- > 0 ) iters[ len ] = arguments[ len + 1 ];
return mergeDeepWithSources(this, iters, merger);
}
function mergeIn(keyPath) {
var iters = [], len = arguments.length - 1;
while ( len-- > 0 ) iters[ len ] = arguments[ len + 1 ];
return updateIn$1(this, keyPath, emptyMap(), function (m) { return mergeWithSources(m, iters); });
}
function mergeDeepIn(keyPath) {
var iters = [], len = arguments.length - 1;
while ( len-- > 0 ) iters[ len ] = arguments[ len + 1 ];
return updateIn$1(this, keyPath, emptyMap(), function (m) { return mergeDeepWithSources(m, iters); }
);
}
function withMutations(fn) {
var mutable = this.asMutable();
fn(mutable);
return mutable.wasAltered() ? mutable.__ensureOwner(this.__ownerID) : this;
}
function asMutable() {
return this.__ownerID ? this : this.__ensureOwner(new OwnerID());
}
function asImmutable() {
return this.__ensureOwner();
}
function wasAltered() {
return this.__altered;
}
var Map = /*@__PURE__*/(function (KeyedCollection) {
function Map(value) {
return value === null || value === undefined
? emptyMap()
: isMap(value) && !isOrdered(value)
? value
: emptyMap().withMutations(function (map) {
var iter = KeyedCollection(value);
assertNotInfinite(iter.size);
iter.forEach(function (v, k) { return map.set(k, v); });
});
}
if ( KeyedCollection ) Map.__proto__ = KeyedCollection;
Map.prototype = Object.create( KeyedCollection && KeyedCollection.prototype );
Map.prototype.constructor = Map;
Map.of = function of () {
var keyValues = [], len = arguments.length;
while ( len-- ) keyValues[ len ] = arguments[ len ];
return emptyMap().withMutations(function (map) {
for (var i = 0; i < keyValues.length; i += 2) {
if (i + 1 >= keyValues.length) {
throw new Error('Missing value for key: ' + keyValues[i]);
}
map.set(keyValues[i], keyValues[i + 1]);
}
});
};
Map.prototype.toString = function toString () {
return this.__toString('Map {', '}');
};
// @pragma Access
Map.prototype.get = function get (k, notSetValue) {
return this._root
? this._root.get(0, undefined, k, notSetValue)
: notSetValue;
};
// @pragma Modification
Map.prototype.set = function set (k, v) {
return updateMap(this, k, v);
};
Map.prototype.remove = function remove (k) {
return updateMap(this, k, NOT_SET);
};
Map.prototype.deleteAll = function deleteAll (keys) {
var collection = Collection(keys);
if (collection.size === 0) {
return this;
}
return this.withMutations(function (map) {
collection.forEach(function (key) { return map.remove(key); });
});
};
Map.prototype.clear = function clear () {
if (this.size === 0) {
return this;
}
if (this.__ownerID) {
this.size = 0;
this._root = null;
this.__hash = undefined;
this.__altered = true;
return this;
}
return emptyMap();
};
// @pragma Composition
Map.prototype.sort = function sort (comparator) {
// Late binding
return OrderedMap(sortFactory(this, comparator));
};
Map.prototype.sortBy = function sortBy (mapper, comparator) {
// Late binding
return OrderedMap(sortFactory(this, comparator, mapper));
};
Map.prototype.map = function map (mapper, context) {
var this$1$1 = this;
return this.withMutations(function (map) {
map.forEach(function (value, key) {
map.set(key, mapper.call(context, value, key, this$1$1));
});
});
};
// @pragma Mutability
Map.prototype.__iterator = function __iterator (type, reverse) {
return new MapIterator(this, type, reverse);
};
Map.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
var iterations = 0;
this._root &&
this._root.iterate(function (entry) {
iterations++;
return fn(entry[1], entry[0], this$1$1);
}, reverse);
return iterations;
};
Map.prototype.__ensureOwner = function __ensureOwner (ownerID) {
if (ownerID === this.__ownerID) {
return this;
}
if (!ownerID) {
if (this.size === 0) {
return emptyMap();
}
this.__ownerID = ownerID;
this.__altered = false;
return this;
}
return makeMap(this.size, this._root, ownerID, this.__hash);
};
return Map;
}(KeyedCollection));
Map.isMap = isMap;
var MapPrototype = Map.prototype;
MapPrototype[IS_MAP_SYMBOL] = true;
MapPrototype[DELETE] = MapPrototype.remove;
MapPrototype.removeAll = MapPrototype.deleteAll;
MapPrototype.setIn = setIn;
MapPrototype.removeIn = MapPrototype.deleteIn = deleteIn;
MapPrototype.update = update;
MapPrototype.updateIn = updateIn;
MapPrototype.merge = MapPrototype.concat = merge$1;
MapPrototype.mergeWith = mergeWith$1;
MapPrototype.mergeDeep = mergeDeep;
MapPrototype.mergeDeepWith = mergeDeepWith;
MapPrototype.mergeIn = mergeIn;
MapPrototype.mergeDeepIn = mergeDeepIn;
MapPrototype.withMutations = withMutations;
MapPrototype.wasAltered = wasAltered;
MapPrototype.asImmutable = asImmutable;
MapPrototype['@@transducer/init'] = MapPrototype.asMutable = asMutable;
MapPrototype['@@transducer/step'] = function (result, arr) {
return result.set(arr[0], arr[1]);
};
MapPrototype['@@transducer/result'] = function (obj) {
return obj.asImmutable();
};
// #pragma Trie Nodes
var ArrayMapNode = function ArrayMapNode(ownerID, entries) {
this.ownerID = ownerID;
this.entries = entries;
};
ArrayMapNode.prototype.get = function get (shift, keyHash, key, notSetValue) {
var entries = this.entries;
for (var ii = 0, len = entries.length; ii < len; ii++) {
if (is(key, entries[ii][0])) {
return entries[ii][1];
}
}
return notSetValue;
};
ArrayMapNode.prototype.update = function update (ownerID, shift, keyHash, key, value, didChangeSize, didAlter) {
var removed = value === NOT_SET;
var entries = this.entries;
var idx = 0;
var len = entries.length;
for (; idx < len; idx++) {
if (is(key, entries[idx][0])) {
break;
}
}
var exists = idx < len;
if (exists ? entries[idx][1] === value : removed) {
return this;
}
SetRef(didAlter);
(removed || !exists) && SetRef(didChangeSize);
if (removed && entries.length === 1) {
return; // undefined
}
if (!exists && !removed && entries.length >= MAX_ARRAY_MAP_SIZE) {
return createNodes(ownerID, entries, key, value);
}
var isEditable = ownerID && ownerID === this.ownerID;
var newEntries = isEditable ? entries : arrCopy(entries);
if (exists) {
if (removed) {
idx === len - 1
? newEntries.pop()
: (newEntries[idx] = newEntries.pop());
} else {
newEntries[idx] = [key, value];
}
} else {
newEntries.push([key, value]);
}
if (isEditable) {
this.entries = newEntries;
return this;
}
return new ArrayMapNode(ownerID, newEntries);
};
var BitmapIndexedNode = function BitmapIndexedNode(ownerID, bitmap, nodes) {
this.ownerID = ownerID;
this.bitmap = bitmap;
this.nodes = nodes;
};
BitmapIndexedNode.prototype.get = function get (shift, keyHash, key, notSetValue) {
if (keyHash === undefined) {
keyHash = hash(key);
}
var bit = 1 << ((shift === 0 ? keyHash : keyHash >>> shift) & MASK);
var bitmap = this.bitmap;
return (bitmap & bit) === 0
? notSetValue
: this.nodes[popCount(bitmap & (bit - 1))].get(
shift + SHIFT,
keyHash,
key,
notSetValue
);
};
BitmapIndexedNode.prototype.update = function update (ownerID, shift, keyHash, key, value, didChangeSize, didAlter) {
if (keyHash === undefined) {
keyHash = hash(key);
}
var keyHashFrag = (shift === 0 ? keyHash : keyHash >>> shift) & MASK;
var bit = 1 << keyHashFrag;
var bitmap = this.bitmap;
var exists = (bitmap & bit) !== 0;
if (!exists && value === NOT_SET) {
return this;
}
var idx = popCount(bitmap & (bit - 1));
var nodes = this.nodes;
var node = exists ? nodes[idx] : undefined;
var newNode = updateNode(
node,
ownerID,
shift + SHIFT,
keyHash,
key,
value,
didChangeSize,
didAlter
);
if (newNode === node) {
return this;
}
if (!exists && newNode && nodes.length >= MAX_BITMAP_INDEXED_SIZE) {
return expandNodes(ownerID, nodes, bitmap, keyHashFrag, newNode);
}
if (
exists &&
!newNode &&
nodes.length === 2 &&
isLeafNode(nodes[idx ^ 1])
) {
return nodes[idx ^ 1];
}
if (exists && newNode && nodes.length === 1 && isLeafNode(newNode)) {
return newNode;
}
var isEditable = ownerID && ownerID === this.ownerID;
var newBitmap = exists ? (newNode ? bitmap : bitmap ^ bit) : bitmap | bit;
var newNodes = exists
? newNode
? setAt(nodes, idx, newNode, isEditable)
: spliceOut(nodes, idx, isEditable)
: spliceIn(nodes, idx, newNode, isEditable);
if (isEditable) {
this.bitmap = newBitmap;
this.nodes = newNodes;
return this;
}
return new BitmapIndexedNode(ownerID, newBitmap, newNodes);
};
var HashArrayMapNode = function HashArrayMapNode(ownerID, count, nodes) {
this.ownerID = ownerID;
this.count = count;
this.nodes = nodes;
};
HashArrayMapNode.prototype.get = function get (shift, keyHash, key, notSetValue) {
if (keyHash === undefined) {
keyHash = hash(key);
}
var idx = (shift === 0 ? keyHash : keyHash >>> shift) & MASK;
var node = this.nodes[idx];
return node
? node.get(shift + SHIFT, keyHash, key, notSetValue)
: notSetValue;
};
HashArrayMapNode.prototype.update = function update (ownerID, shift, keyHash, key, value, didChangeSize, didAlter) {
if (keyHash === undefined) {
keyHash = hash(key);
}
var idx = (shift === 0 ? keyHash : keyHash >>> shift) & MASK;
var removed = value === NOT_SET;
var nodes = this.nodes;
var node = nodes[idx];
if (removed && !node) {
return this;
}
var newNode = updateNode(
node,
ownerID,
shift + SHIFT,
keyHash,
key,
value,
didChangeSize,
didAlter
);
if (newNode === node) {
return this;
}
var newCount = this.count;
if (!node) {
newCount++;
} else if (!newNode) {
newCount--;
if (newCount < MIN_HASH_ARRAY_MAP_SIZE) {
return packNodes(ownerID, nodes, newCount, idx);
}
}
var isEditable = ownerID && ownerID === this.ownerID;
var newNodes = setAt(nodes, idx, newNode, isEditable);
if (isEditable) {
this.count = newCount;
this.nodes = newNodes;
return this;
}
return new HashArrayMapNode(ownerID, newCount, newNodes);
};
var HashCollisionNode = function HashCollisionNode(ownerID, keyHash, entries) {
this.ownerID = ownerID;
this.keyHash = keyHash;
this.entries = entries;
};
HashCollisionNode.prototype.get = function get (shift, keyHash, key, notSetValue) {
var entries = this.entries;
for (var ii = 0, len = entries.length; ii < len; ii++) {
if (is(key, entries[ii][0])) {
return entries[ii][1];
}
}
return notSetValue;
};
HashCollisionNode.prototype.update = function update (ownerID, shift, keyHash, key, value, didChangeSize, didAlter) {
if (keyHash === undefined) {
keyHash = hash(key);
}
var removed = value === NOT_SET;
if (keyHash !== this.keyHash) {
if (removed) {
return this;
}
SetRef(didAlter);
SetRef(didChangeSize);
return mergeIntoNode(this, ownerID, shift, keyHash, [key, value]);
}
var entries = this.entries;
var idx = 0;
var len = entries.length;
for (; idx < len; idx++) {
if (is(key, entries[idx][0])) {
break;
}
}
var exists = idx < len;
if (exists ? entries[idx][1] === value : removed) {
return this;
}
SetRef(didAlter);
(removed || !exists) && SetRef(didChangeSize);
if (removed && len === 2) {
return new ValueNode(ownerID, this.keyHash, entries[idx ^ 1]);
}
var isEditable = ownerID && ownerID === this.ownerID;
var newEntries = isEditable ? entries : arrCopy(entries);
if (exists) {
if (removed) {
idx === len - 1
? newEntries.pop()
: (newEntries[idx] = newEntries.pop());
} else {
newEntries[idx] = [key, value];
}
} else {
newEntries.push([key, value]);
}
if (isEditable) {
this.entries = newEntries;
return this;
}
return new HashCollisionNode(ownerID, this.keyHash, newEntries);
};
var ValueNode = function ValueNode(ownerID, keyHash, entry) {
this.ownerID = ownerID;
this.keyHash = keyHash;
this.entry = entry;
};
ValueNode.prototype.get = function get (shift, keyHash, key, notSetValue) {
return is(key, this.entry[0]) ? this.entry[1] : notSetValue;
};
ValueNode.prototype.update = function update (ownerID, shift, keyHash, key, value, didChangeSize, didAlter) {
var removed = value === NOT_SET;
var keyMatch = is(key, this.entry[0]);
if (keyMatch ? value === this.entry[1] : removed) {
return this;
}
SetRef(didAlter);
if (removed) {
SetRef(didChangeSize);
return; // undefined
}
if (keyMatch) {
if (ownerID && ownerID === this.ownerID) {
this.entry[1] = value;
return this;
}
return new ValueNode(ownerID, this.keyHash, [key, value]);
}
SetRef(didChangeSize);
return mergeIntoNode(this, ownerID, shift, hash(key), [key, value]);
};
// #pragma Iterators
ArrayMapNode.prototype.iterate = HashCollisionNode.prototype.iterate =
function (fn, reverse) {
var entries = this.entries;
for (var ii = 0, maxIndex = entries.length - 1; ii <= maxIndex; ii++) {
if (fn(entries[reverse ? maxIndex - ii : ii]) === false) {
return false;
}
}
};
BitmapIndexedNode.prototype.iterate = HashArrayMapNode.prototype.iterate =
function (fn, reverse) {
var nodes = this.nodes;
for (var ii = 0, maxIndex = nodes.length - 1; ii <= maxIndex; ii++) {
var node = nodes[reverse ? maxIndex - ii : ii];
if (node && node.iterate(fn, reverse) === false) {
return false;
}
}
};
// eslint-disable-next-line no-unused-vars
ValueNode.prototype.iterate = function (fn, reverse) {
return fn(this.entry);
};
var MapIterator = /*@__PURE__*/(function (Iterator) {
function MapIterator(map, type, reverse) {
this._type = type;
this._reverse = reverse;
this._stack = map._root && mapIteratorFrame(map._root);
}
if ( Iterator ) MapIterator.__proto__ = Iterator;
MapIterator.prototype = Object.create( Iterator && Iterator.prototype );
MapIterator.prototype.constructor = MapIterator;
MapIterator.prototype.next = function next () {
var type = this._type;
var stack = this._stack;
while (stack) {
var node = stack.node;
var index = stack.index++;
var maxIndex = (void 0);
if (node.entry) {
if (index === 0) {
return mapIteratorValue(type, node.entry);
}
} else if (node.entries) {
maxIndex = node.entries.length - 1;
if (index <= maxIndex) {
return mapIteratorValue(
type,
node.entries[this._reverse ? maxIndex - index : index]
);
}
} else {
maxIndex = node.nodes.length - 1;
if (index <= maxIndex) {
var subNode = node.nodes[this._reverse ? maxIndex - index : index];
if (subNode) {
if (subNode.entry) {
return mapIteratorValue(type, subNode.entry);
}
stack = this._stack = mapIteratorFrame(subNode, stack);
}
continue;
}
}
stack = this._stack = this._stack.__prev;
}
return iteratorDone();
};
return MapIterator;
}(Iterator));
function mapIteratorValue(type, entry) {
return iteratorValue(type, entry[0], entry[1]);
}
function mapIteratorFrame(node, prev) {
return {
node: node,
index: 0,
__prev: prev,
};
}
function makeMap(size, root, ownerID, hash) {
var map = Object.create(MapPrototype);
map.size = size;
map._root = root;
map.__ownerID = ownerID;
map.__hash = hash;
map.__altered = false;
return map;
}
var EMPTY_MAP;
function emptyMap() {
return EMPTY_MAP || (EMPTY_MAP = makeMap(0));
}
function updateMap(map, k, v) {
var newRoot;
var newSize;
if (!map._root) {
if (v === NOT_SET) {
return map;
}
newSize = 1;
newRoot = new ArrayMapNode(map.__ownerID, [[k, v]]);
} else {
var didChangeSize = MakeRef();
var didAlter = MakeRef();
newRoot = updateNode(
map._root,
map.__ownerID,
0,
undefined,
k,
v,
didChangeSize,
didAlter
);
if (!didAlter.value) {
return map;
}
newSize = map.size + (didChangeSize.value ? (v === NOT_SET ? -1 : 1) : 0);
}
if (map.__ownerID) {
map.size = newSize;
map._root = newRoot;
map.__hash = undefined;
map.__altered = true;
return map;
}
return newRoot ? makeMap(newSize, newRoot) : emptyMap();
}
function updateNode(
node,
ownerID,
shift,
keyHash,
key,
value,
didChangeSize,
didAlter
) {
if (!node) {
if (value === NOT_SET) {
return node;
}
SetRef(didAlter);
SetRef(didChangeSize);
return new ValueNode(ownerID, keyHash, [key, value]);
}
return node.update(
ownerID,
shift,
keyHash,
key,
value,
didChangeSize,
didAlter
);
}
function isLeafNode(node) {
return (
node.constructor === ValueNode || node.constructor === HashCollisionNode
);
}
function mergeIntoNode(node, ownerID, shift, keyHash, entry) {
if (node.keyHash === keyHash) {
return new HashCollisionNode(ownerID, keyHash, [node.entry, entry]);
}
var idx1 = (shift === 0 ? node.keyHash : node.keyHash >>> shift) & MASK;
var idx2 = (shift === 0 ? keyHash : keyHash >>> shift) & MASK;
var newNode;
var nodes =
idx1 === idx2
? [mergeIntoNode(node, ownerID, shift + SHIFT, keyHash, entry)]
: ((newNode = new ValueNode(ownerID, keyHash, entry)),
idx1 < idx2 ? [node, newNode] : [newNode, node]);
return new BitmapIndexedNode(ownerID, (1 << idx1) | (1 << idx2), nodes);
}
function createNodes(ownerID, entries, key, value) {
if (!ownerID) {
ownerID = new OwnerID();
}
var node = new ValueNode(ownerID, hash(key), [key, value]);
for (var ii = 0; ii < entries.length; ii++) {
var entry = entries[ii];
node = node.update(ownerID, 0, undefined, entry[0], entry[1]);
}
return node;
}
function packNodes(ownerID, nodes, count, excluding) {
var bitmap = 0;
var packedII = 0;
var packedNodes = new Array(count);
for (var ii = 0, bit = 1, len = nodes.length; ii < len; ii++, bit <<= 1) {
var node = nodes[ii];
if (node !== undefined && ii !== excluding) {
bitmap |= bit;
packedNodes[packedII++] = node;
}
}
return new BitmapIndexedNode(ownerID, bitmap, packedNodes);
}
function expandNodes(ownerID, nodes, bitmap, including, node) {
var count = 0;
var expandedNodes = new Array(SIZE);
for (var ii = 0; bitmap !== 0; ii++, bitmap >>>= 1) {
expandedNodes[ii] = bitmap & 1 ? nodes[count++] : undefined;
}
expandedNodes[including] = node;
return new HashArrayMapNode(ownerID, count + 1, expandedNodes);
}
function popCount(x) {
x -= (x >> 1) & 0x55555555;
x = (x & 0x33333333) + ((x >> 2) & 0x33333333);
x = (x + (x >> 4)) & 0x0f0f0f0f;
x += x >> 8;
x += x >> 16;
return x & 0x7f;
}
function setAt(array, idx, val, canEdit) {
var newArray = canEdit ? array : arrCopy(array);
newArray[idx] = val;
return newArray;
}
function spliceIn(array, idx, val, canEdit) {
var newLen = array.length + 1;
if (canEdit && idx + 1 === newLen) {
array[idx] = val;
return array;
}
var newArray = new Array(newLen);
var after = 0;
for (var ii = 0; ii < newLen; ii++) {
if (ii === idx) {
newArray[ii] = val;
after = -1;
} else {
newArray[ii] = array[ii + after];
}
}
return newArray;
}
function spliceOut(array, idx, canEdit) {
var newLen = array.length - 1;
if (canEdit && idx === newLen) {
array.pop();
return array;
}
var newArray = new Array(newLen);
var after = 0;
for (var ii = 0; ii < newLen; ii++) {
if (ii === idx) {
after = 1;
}
newArray[ii] = array[ii + after];
}
return newArray;
}
var MAX_ARRAY_MAP_SIZE = SIZE / 4;
var MAX_BITMAP_INDEXED_SIZE = SIZE / 2;
var MIN_HASH_ARRAY_MAP_SIZE = SIZE / 4;
var IS_LIST_SYMBOL = '@@__IMMUTABLE_LIST__@@';
function isList(maybeList) {
return Boolean(maybeList && maybeList[IS_LIST_SYMBOL]);
}
var List = /*@__PURE__*/(function (IndexedCollection) {
function List(value) {
var empty = emptyList();
if (value === null || value === undefined) {
return empty;
}
if (isList(value)) {
return value;
}
var iter = IndexedCollection(value);
var size = iter.size;
if (size === 0) {
return empty;
}
assertNotInfinite(size);
if (size > 0 && size < SIZE) {
return makeList(0, size, SHIFT, null, new VNode(iter.toArray()));
}
return empty.withMutations(function (list) {
list.setSize(size);
iter.forEach(function (v, i) { return list.set(i, v); });
});
}
if ( IndexedCollection ) List.__proto__ = IndexedCollection;
List.prototype = Object.create( IndexedCollection && IndexedCollection.prototype );
List.prototype.constructor = List;
List.of = function of (/*...values*/) {
return this(arguments);
};
List.prototype.toString = function toString () {
return this.__toString('List [', ']');
};
// @pragma Access
List.prototype.get = function get (index, notSetValue) {
index = wrapIndex(this, index);
if (index >= 0 && index < this.size) {
index += this._origin;
var node = listNodeFor(this, index);
return node && node.array[index & MASK];
}
return notSetValue;
};
// @pragma Modification
List.prototype.set = function set (index, value) {
return updateList(this, index, value);
};
List.prototype.remove = function remove (index) {
return !this.has(index)
? this
: index === 0
? this.shift()
: index === this.size - 1
? this.pop()
: this.splice(index, 1);
};
List.prototype.insert = function insert (index, value) {
return this.splice(index, 0, value);
};
List.prototype.clear = function clear () {
if (this.size === 0) {
return this;
}
if (this.__ownerID) {
this.size = this._origin = this._capacity = 0;
this._level = SHIFT;
this._root = this._tail = this.__hash = undefined;
this.__altered = true;
return this;
}
return emptyList();
};
List.prototype.push = function push (/*...values*/) {
var values = arguments;
var oldSize = this.size;
return this.withMutations(function (list) {
setListBounds(list, 0, oldSize + values.length);
for (var ii = 0; ii < values.length; ii++) {
list.set(oldSize + ii, values[ii]);
}
});
};
List.prototype.pop = function pop () {
return setListBounds(this, 0, -1);
};
List.prototype.unshift = function unshift (/*...values*/) {
var values = arguments;
return this.withMutations(function (list) {
setListBounds(list, -values.length);
for (var ii = 0; ii < values.length; ii++) {
list.set(ii, values[ii]);
}
});
};
List.prototype.shift = function shift () {
return setListBounds(this, 1);
};
// @pragma Composition
List.prototype.concat = function concat (/*...collections*/) {
var arguments$1 = arguments;
var seqs = [];
for (var i = 0; i < arguments.length; i++) {
var argument = arguments$1[i];
var seq = IndexedCollection(
typeof argument !== 'string' && hasIterator(argument)
? argument
: [argument]
);
if (seq.size !== 0) {
seqs.push(seq);
}
}
if (seqs.length === 0) {
return this;
}
if (this.size === 0 && !this.__ownerID && seqs.length === 1) {
return this.constructor(seqs[0]);
}
return this.withMutations(function (list) {
seqs.forEach(function (seq) { return seq.forEach(function (value) { return list.push(value); }); });
});
};
List.prototype.setSize = function setSize (size) {
return setListBounds(this, 0, size);
};
List.prototype.map = function map (mapper, context) {
var this$1$1 = this;
return this.withMutations(function (list) {
for (var i = 0; i < this$1$1.size; i++) {
list.set(i, mapper.call(context, list.get(i), i, this$1$1));
}
});
};
// @pragma Iteration
List.prototype.slice = function slice (begin, end) {
var size = this.size;
if (wholeSlice(begin, end, size)) {
return this;
}
return setListBounds(
this,
resolveBegin(begin, size),
resolveEnd(end, size)
);
};
List.prototype.__iterator = function __iterator (type, reverse) {
var index = reverse ? this.size : 0;
var values = iterateList(this, reverse);
return new Iterator(function () {
var value = values();
return value === DONE
? iteratorDone()
: iteratorValue(type, reverse ? --index : index++, value);
});
};
List.prototype.__iterate = function __iterate (fn, reverse) {
var index = reverse ? this.size : 0;
var values = iterateList(this, reverse);
var value;
while ((value = values()) !== DONE) {
if (fn(value, reverse ? --index : index++, this) === false) {
break;
}
}
return index;
};
List.prototype.__ensureOwner = function __ensureOwner (ownerID) {
if (ownerID === this.__ownerID) {
return this;
}
if (!ownerID) {
if (this.size === 0) {
return emptyList();
}
this.__ownerID = ownerID;
this.__altered = false;
return this;
}
return makeList(
this._origin,
this._capacity,
this._level,
this._root,
this._tail,
ownerID,
this.__hash
);
};
return List;
}(IndexedCollection));
List.isList = isList;
var ListPrototype = List.prototype;
ListPrototype[IS_LIST_SYMBOL] = true;
ListPrototype[DELETE] = ListPrototype.remove;
ListPrototype.merge = ListPrototype.concat;
ListPrototype.setIn = setIn;
ListPrototype.deleteIn = ListPrototype.removeIn = deleteIn;
ListPrototype.update = update;
ListPrototype.updateIn = updateIn;
ListPrototype.mergeIn = mergeIn;
ListPrototype.mergeDeepIn = mergeDeepIn;
ListPrototype.withMutations = withMutations;
ListPrototype.wasAltered = wasAltered;
ListPrototype.asImmutable = asImmutable;
ListPrototype['@@transducer/init'] = ListPrototype.asMutable = asMutable;
ListPrototype['@@transducer/step'] = function (result, arr) {
return result.push(arr);
};
ListPrototype['@@transducer/result'] = function (obj) {
return obj.asImmutable();
};
var VNode = function VNode(array, ownerID) {
this.array = array;
this.ownerID = ownerID;
};
// TODO: seems like these methods are very similar
VNode.prototype.removeBefore = function removeBefore (ownerID, level, index) {
if (index === level ? 1 << level : this.array.length === 0) {
return this;
}
var originIndex = (index >>> level) & MASK;
if (originIndex >= this.array.length) {
return new VNode([], ownerID);
}
var removingFirst = originIndex === 0;
var newChild;
if (level > 0) {
var oldChild = this.array[originIndex];
newChild =
oldChild && oldChild.removeBefore(ownerID, level - SHIFT, index);
if (newChild === oldChild && removingFirst) {
return this;
}
}
if (removingFirst && !newChild) {
return this;
}
var editable = editableVNode(this, ownerID);
if (!removingFirst) {
for (var ii = 0; ii < originIndex; ii++) {
editable.array[ii] = undefined;
}
}
if (newChild) {
editable.array[originIndex] = newChild;
}
return editable;
};
VNode.prototype.removeAfter = function removeAfter (ownerID, level, index) {
if (index === (level ? 1 << level : 0) || this.array.length === 0) {
return this;
}
var sizeIndex = ((index - 1) >>> level) & MASK;
if (sizeIndex >= this.array.length) {
return this;
}
var newChild;
if (level > 0) {
var oldChild = this.array[sizeIndex];
newChild =
oldChild && oldChild.removeAfter(ownerID, level - SHIFT, index);
if (newChild === oldChild && sizeIndex === this.array.length - 1) {
return this;
}
}
var editable = editableVNode(this, ownerID);
editable.array.splice(sizeIndex + 1);
if (newChild) {
editable.array[sizeIndex] = newChild;
}
return editable;
};
var DONE = {};
function iterateList(list, reverse) {
var left = list._origin;
var right = list._capacity;
var tailPos = getTailOffset(right);
var tail = list._tail;
return iterateNodeOrLeaf(list._root, list._level, 0);
function iterateNodeOrLeaf(node, level, offset) {
return level === 0
? iterateLeaf(node, offset)
: iterateNode(node, level, offset);
}
function iterateLeaf(node, offset) {
var array = offset === tailPos ? tail && tail.array : node && node.array;
var from = offset > left ? 0 : left - offset;
var to = right - offset;
if (to > SIZE) {
to = SIZE;
}
return function () {
if (from === to) {
return DONE;
}
var idx = reverse ? --to : from++;
return array && array[idx];
};
}
function iterateNode(node, level, offset) {
var values;
var array = node && node.array;
var from = offset > left ? 0 : (left - offset) >> level;
var to = ((right - offset) >> level) + 1;
if (to > SIZE) {
to = SIZE;
}
return function () {
while (true) {
if (values) {
var value = values();
if (value !== DONE) {
return value;
}
values = null;
}
if (from === to) {
return DONE;
}
var idx = reverse ? --to : from++;
values = iterateNodeOrLeaf(
array && array[idx],
level - SHIFT,
offset + (idx << level)
);
}
};
}
}
function makeList(origin, capacity, level, root, tail, ownerID, hash) {
var list = Object.create(ListPrototype);
list.size = capacity - origin;
list._origin = origin;
list._capacity = capacity;
list._level = level;
list._root = root;
list._tail = tail;
list.__ownerID = ownerID;
list.__hash = hash;
list.__altered = false;
return list;
}
var EMPTY_LIST;
function emptyList() {
return EMPTY_LIST || (EMPTY_LIST = makeList(0, 0, SHIFT));
}
function updateList(list, index, value) {
index = wrapIndex(list, index);
if (index !== index) {
return list;
}
if (index >= list.size || index < 0) {
return list.withMutations(function (list) {
index < 0
? setListBounds(list, index).set(0, value)
: setListBounds(list, 0, index + 1).set(index, value);
});
}
index += list._origin;
var newTail = list._tail;
var newRoot = list._root;
var didAlter = MakeRef();
if (index >= getTailOffset(list._capacity)) {
newTail = updateVNode(newTail, list.__ownerID, 0, index, value, didAlter);
} else {
newRoot = updateVNode(
newRoot,
list.__ownerID,
list._level,
index,
value,
didAlter
);
}
if (!didAlter.value) {
return list;
}
if (list.__ownerID) {
list._root = newRoot;
list._tail = newTail;
list.__hash = undefined;
list.__altered = true;
return list;
}
return makeList(list._origin, list._capacity, list._level, newRoot, newTail);
}
function updateVNode(node, ownerID, level, index, value, didAlter) {
var idx = (index >>> level) & MASK;
var nodeHas = node && idx < node.array.length;
if (!nodeHas && value === undefined) {
return node;
}
var newNode;
if (level > 0) {
var lowerNode = node && node.array[idx];
var newLowerNode = updateVNode(
lowerNode,
ownerID,
level - SHIFT,
index,
value,
didAlter
);
if (newLowerNode === lowerNode) {
return node;
}
newNode = editableVNode(node, ownerID);
newNode.array[idx] = newLowerNode;
return newNode;
}
if (nodeHas && node.array[idx] === value) {
return node;
}
if (didAlter) {
SetRef(didAlter);
}
newNode = editableVNode(node, ownerID);
if (value === undefined && idx === newNode.array.length - 1) {
newNode.array.pop();
} else {
newNode.array[idx] = value;
}
return newNode;
}
function editableVNode(node, ownerID) {
if (ownerID && node && ownerID === node.ownerID) {
return node;
}
return new VNode(node ? node.array.slice() : [], ownerID);
}
function listNodeFor(list, rawIndex) {
if (rawIndex >= getTailOffset(list._capacity)) {
return list._tail;
}
if (rawIndex < 1 << (list._level + SHIFT)) {
var node = list._root;
var level = list._level;
while (node && level > 0) {
node = node.array[(rawIndex >>> level) & MASK];
level -= SHIFT;
}
return node;
}
}
function setListBounds(list, begin, end) {
// Sanitize begin & end using this shorthand for ToInt32(argument)
// http://www.ecma-international.org/ecma-262/6.0/#sec-toint32
if (begin !== undefined) {
begin |= 0;
}
if (end !== undefined) {
end |= 0;
}
var owner = list.__ownerID || new OwnerID();
var oldOrigin = list._origin;
var oldCapacity = list._capacity;
var newOrigin = oldOrigin + begin;
var newCapacity =
end === undefined
? oldCapacity
: end < 0
? oldCapacity + end
: oldOrigin + end;
if (newOrigin === oldOrigin && newCapacity === oldCapacity) {
return list;
}
// If it's going to end after it starts, it's empty.
if (newOrigin >= newCapacity) {
return list.clear();
}
var newLevel = list._level;
var newRoot = list._root;
// New origin might need creating a higher root.
var offsetShift = 0;
while (newOrigin + offsetShift < 0) {
newRoot = new VNode(
newRoot && newRoot.array.length ? [undefined, newRoot] : [],
owner
);
newLevel += SHIFT;
offsetShift += 1 << newLevel;
}
if (offsetShift) {
newOrigin += offsetShift;
oldOrigin += offsetShift;
newCapacity += offsetShift;
oldCapacity += offsetShift;
}
var oldTailOffset = getTailOffset(oldCapacity);
var newTailOffset = getTailOffset(newCapacity);
// New size might need creating a higher root.
while (newTailOffset >= 1 << (newLevel + SHIFT)) {
newRoot = new VNode(
newRoot && newRoot.array.length ? [newRoot] : [],
owner
);
newLevel += SHIFT;
}
// Locate or create the new tail.
var oldTail = list._tail;
var newTail =
newTailOffset < oldTailOffset
? listNodeFor(list, newCapacity - 1)
: newTailOffset > oldTailOffset
? new VNode([], owner)
: oldTail;
// Merge Tail into tree.
if (
oldTail &&
newTailOffset > oldTailOffset &&
newOrigin < oldCapacity &&
oldTail.array.length
) {
newRoot = editableVNode(newRoot, owner);
var node = newRoot;
for (var level = newLevel; level > SHIFT; level -= SHIFT) {
var idx = (oldTailOffset >>> level) & MASK;
node = node.array[idx] = editableVNode(node.array[idx], owner);
}
node.array[(oldTailOffset >>> SHIFT) & MASK] = oldTail;
}
// If the size has been reduced, there's a chance the tail needs to be trimmed.
if (newCapacity < oldCapacity) {
newTail = newTail && newTail.removeAfter(owner, 0, newCapacity);
}
// If the new origin is within the tail, then we do not need a root.
if (newOrigin >= newTailOffset) {
newOrigin -= newTailOffset;
newCapacity -= newTailOffset;
newLevel = SHIFT;
newRoot = null;
newTail = newTail && newTail.removeBefore(owner, 0, newOrigin);
// Otherwise, if the root has been trimmed, garbage collect.
} else if (newOrigin > oldOrigin || newTailOffset < oldTailOffset) {
offsetShift = 0;
// Identify the new top root node of the subtree of the old root.
while (newRoot) {
var beginIndex = (newOrigin >>> newLevel) & MASK;
if ((beginIndex !== newTailOffset >>> newLevel) & MASK) {
break;
}
if (beginIndex) {
offsetShift += (1 << newLevel) * beginIndex;
}
newLevel -= SHIFT;
newRoot = newRoot.array[beginIndex];
}
// Trim the new sides of the new root.
if (newRoot && newOrigin > oldOrigin) {
newRoot = newRoot.removeBefore(owner, newLevel, newOrigin - offsetShift);
}
if (newRoot && newTailOffset < oldTailOffset) {
newRoot = newRoot.removeAfter(
owner,
newLevel,
newTailOffset - offsetShift
);
}
if (offsetShift) {
newOrigin -= offsetShift;
newCapacity -= offsetShift;
}
}
if (list.__ownerID) {
list.size = newCapacity - newOrigin;
list._origin = newOrigin;
list._capacity = newCapacity;
list._level = newLevel;
list._root = newRoot;
list._tail = newTail;
list.__hash = undefined;
list.__altered = true;
return list;
}
return makeList(newOrigin, newCapacity, newLevel, newRoot, newTail);
}
function getTailOffset(size) {
return size < SIZE ? 0 : ((size - 1) >>> SHIFT) << SHIFT;
}
var OrderedMap = /*@__PURE__*/(function (Map) {
function OrderedMap(value) {
return value === null || value === undefined
? emptyOrderedMap()
: isOrderedMap(value)
? value
: emptyOrderedMap().withMutations(function (map) {
var iter = KeyedCollection(value);
assertNotInfinite(iter.size);
iter.forEach(function (v, k) { return map.set(k, v); });
});
}
if ( Map ) OrderedMap.__proto__ = Map;
OrderedMap.prototype = Object.create( Map && Map.prototype );
OrderedMap.prototype.constructor = OrderedMap;
OrderedMap.of = function of (/*...values*/) {
return this(arguments);
};
OrderedMap.prototype.toString = function toString () {
return this.__toString('OrderedMap {', '}');
};
// @pragma Access
OrderedMap.prototype.get = function get (k, notSetValue) {
var index = this._map.get(k);
return index !== undefined ? this._list.get(index)[1] : notSetValue;
};
// @pragma Modification
OrderedMap.prototype.clear = function clear () {
if (this.size === 0) {
return this;
}
if (this.__ownerID) {
this.size = 0;
this._map.clear();
this._list.clear();
this.__altered = true;
return this;
}
return emptyOrderedMap();
};
OrderedMap.prototype.set = function set (k, v) {
return updateOrderedMap(this, k, v);
};
OrderedMap.prototype.remove = function remove (k) {
return updateOrderedMap(this, k, NOT_SET);
};
OrderedMap.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
return this._list.__iterate(
function (entry) { return entry && fn(entry[1], entry[0], this$1$1); },
reverse
);
};
OrderedMap.prototype.__iterator = function __iterator (type, reverse) {
return this._list.fromEntrySeq().__iterator(type, reverse);
};
OrderedMap.prototype.__ensureOwner = function __ensureOwner (ownerID) {
if (ownerID === this.__ownerID) {
return this;
}
var newMap = this._map.__ensureOwner(ownerID);
var newList = this._list.__ensureOwner(ownerID);
if (!ownerID) {
if (this.size === 0) {
return emptyOrderedMap();
}
this.__ownerID = ownerID;
this.__altered = false;
this._map = newMap;
this._list = newList;
return this;
}
return makeOrderedMap(newMap, newList, ownerID, this.__hash);
};
return OrderedMap;
}(Map));
OrderedMap.isOrderedMap = isOrderedMap;
OrderedMap.prototype[IS_ORDERED_SYMBOL] = true;
OrderedMap.prototype[DELETE] = OrderedMap.prototype.remove;
function makeOrderedMap(map, list, ownerID, hash) {
var omap = Object.create(OrderedMap.prototype);
omap.size = map ? map.size : 0;
omap._map = map;
omap._list = list;
omap.__ownerID = ownerID;
omap.__hash = hash;
omap.__altered = false;
return omap;
}
var EMPTY_ORDERED_MAP;
function emptyOrderedMap() {
return (
EMPTY_ORDERED_MAP ||
(EMPTY_ORDERED_MAP = makeOrderedMap(emptyMap(), emptyList()))
);
}
function updateOrderedMap(omap, k, v) {
var map = omap._map;
var list = omap._list;
var i = map.get(k);
var has = i !== undefined;
var newMap;
var newList;
if (v === NOT_SET) {
// removed
if (!has) {
return omap;
}
if (list.size >= SIZE && list.size >= map.size * 2) {
newList = list.filter(function (entry, idx) { return entry !== undefined && i !== idx; });
newMap = newList
.toKeyedSeq()
.map(function (entry) { return entry[0]; })
.flip()
.toMap();
if (omap.__ownerID) {
newMap.__ownerID = newList.__ownerID = omap.__ownerID;
}
} else {
newMap = map.remove(k);
newList = i === list.size - 1 ? list.pop() : list.set(i, undefined);
}
} else if (has) {
if (v === list.get(i)[1]) {
return omap;
}
newMap = map;
newList = list.set(i, [k, v]);
} else {
newMap = map.set(k, list.size);
newList = list.set(list.size, [k, v]);
}
if (omap.__ownerID) {
omap.size = newMap.size;
omap._map = newMap;
omap._list = newList;
omap.__hash = undefined;
omap.__altered = true;
return omap;
}
return makeOrderedMap(newMap, newList);
}
var IS_STACK_SYMBOL = '@@__IMMUTABLE_STACK__@@';
function isStack(maybeStack) {
return Boolean(maybeStack && maybeStack[IS_STACK_SYMBOL]);
}
var Stack = /*@__PURE__*/(function (IndexedCollection) {
function Stack(value) {
return value === null || value === undefined
? emptyStack()
: isStack(value)
? value
: emptyStack().pushAll(value);
}
if ( IndexedCollection ) Stack.__proto__ = IndexedCollection;
Stack.prototype = Object.create( IndexedCollection && IndexedCollection.prototype );
Stack.prototype.constructor = Stack;
Stack.of = function of (/*...values*/) {
return this(arguments);
};
Stack.prototype.toString = function toString () {
return this.__toString('Stack [', ']');
};
// @pragma Access
Stack.prototype.get = function get (index, notSetValue) {
var head = this._head;
index = wrapIndex(this, index);
while (head && index--) {
head = head.next;
}
return head ? head.value : notSetValue;
};
Stack.prototype.peek = function peek () {
return this._head && this._head.value;
};
// @pragma Modification
Stack.prototype.push = function push (/*...values*/) {
var arguments$1 = arguments;
if (arguments.length === 0) {
return this;
}
var newSize = this.size + arguments.length;
var head = this._head;
for (var ii = arguments.length - 1; ii >= 0; ii--) {
head = {
value: arguments$1[ii],
next: head,
};
}
if (this.__ownerID) {
this.size = newSize;
this._head = head;
this.__hash = undefined;
this.__altered = true;
return this;
}
return makeStack(newSize, head);
};
Stack.prototype.pushAll = function pushAll (iter) {
iter = IndexedCollection(iter);
if (iter.size === 0) {
return this;
}
if (this.size === 0 && isStack(iter)) {
return iter;
}
assertNotInfinite(iter.size);
var newSize = this.size;
var head = this._head;
iter.__iterate(function (value) {
newSize++;
head = {
value: value,
next: head,
};
}, /* reverse */ true);
if (this.__ownerID) {
this.size = newSize;
this._head = head;
this.__hash = undefined;
this.__altered = true;
return this;
}
return makeStack(newSize, head);
};
Stack.prototype.pop = function pop () {
return this.slice(1);
};
Stack.prototype.clear = function clear () {
if (this.size === 0) {
return this;
}
if (this.__ownerID) {
this.size = 0;
this._head = undefined;
this.__hash = undefined;
this.__altered = true;
return this;
}
return emptyStack();
};
Stack.prototype.slice = function slice (begin, end) {
if (wholeSlice(begin, end, this.size)) {
return this;
}
var resolvedBegin = resolveBegin(begin, this.size);
var resolvedEnd = resolveEnd(end, this.size);
if (resolvedEnd !== this.size) {
// super.slice(begin, end);
return IndexedCollection.prototype.slice.call(this, begin, end);
}
var newSize = this.size - resolvedBegin;
var head = this._head;
while (resolvedBegin--) {
head = head.next;
}
if (this.__ownerID) {
this.size = newSize;
this._head = head;
this.__hash = undefined;
this.__altered = true;
return this;
}
return makeStack(newSize, head);
};
// @pragma Mutability
Stack.prototype.__ensureOwner = function __ensureOwner (ownerID) {
if (ownerID === this.__ownerID) {
return this;
}
if (!ownerID) {
if (this.size === 0) {
return emptyStack();
}
this.__ownerID = ownerID;
this.__altered = false;
return this;
}
return makeStack(this.size, this._head, ownerID, this.__hash);
};
// @pragma Iteration
Stack.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
if (reverse) {
return new ArraySeq(this.toArray()).__iterate(
function (v, k) { return fn(v, k, this$1$1); },
reverse
);
}
var iterations = 0;
var node = this._head;
while (node) {
if (fn(node.value, iterations++, this) === false) {
break;
}
node = node.next;
}
return iterations;
};
Stack.prototype.__iterator = function __iterator (type, reverse) {
if (reverse) {
return new ArraySeq(this.toArray()).__iterator(type, reverse);
}
var iterations = 0;
var node = this._head;
return new Iterator(function () {
if (node) {
var value = node.value;
node = node.next;
return iteratorValue(type, iterations++, value);
}
return iteratorDone();
});
};
return Stack;
}(IndexedCollection));
Stack.isStack = isStack;
var StackPrototype = Stack.prototype;
StackPrototype[IS_STACK_SYMBOL] = true;
StackPrototype.shift = StackPrototype.pop;
StackPrototype.unshift = StackPrototype.push;
StackPrototype.unshiftAll = StackPrototype.pushAll;
StackPrototype.withMutations = withMutations;
StackPrototype.wasAltered = wasAltered;
StackPrototype.asImmutable = asImmutable;
StackPrototype['@@transducer/init'] = StackPrototype.asMutable = asMutable;
StackPrototype['@@transducer/step'] = function (result, arr) {
return result.unshift(arr);
};
StackPrototype['@@transducer/result'] = function (obj) {
return obj.asImmutable();
};
function makeStack(size, head, ownerID, hash) {
var map = Object.create(StackPrototype);
map.size = size;
map._head = head;
map.__ownerID = ownerID;
map.__hash = hash;
map.__altered = false;
return map;
}
var EMPTY_STACK;
function emptyStack() {
return EMPTY_STACK || (EMPTY_STACK = makeStack(0));
}
var IS_SET_SYMBOL = '@@__IMMUTABLE_SET__@@';
function isSet(maybeSet) {
return Boolean(maybeSet && maybeSet[IS_SET_SYMBOL]);
}
function isOrderedSet(maybeOrderedSet) {
return isSet(maybeOrderedSet) && isOrdered(maybeOrderedSet);
}
function deepEqual(a, b) {
if (a === b) {
return true;
}
if (
!isCollection(b) ||
(a.size !== undefined && b.size !== undefined && a.size !== b.size) ||
(a.__hash !== undefined &&
b.__hash !== undefined &&
a.__hash !== b.__hash) ||
isKeyed(a) !== isKeyed(b) ||
isIndexed(a) !== isIndexed(b) ||
isOrdered(a) !== isOrdered(b)
) {
return false;
}
if (a.size === 0 && b.size === 0) {
return true;
}
var notAssociative = !isAssociative(a);
if (isOrdered(a)) {
var entries = a.entries();
return (
b.every(function (v, k) {
var entry = entries.next().value;
return entry && is(entry[1], v) && (notAssociative || is(entry[0], k));
}) && entries.next().done
);
}
var flipped = false;
if (a.size === undefined) {
if (b.size === undefined) {
if (typeof a.cacheResult === 'function') {
a.cacheResult();
}
} else {
flipped = true;
var _ = a;
a = b;
b = _;
}
}
var allEqual = true;
var bSize = b.__iterate(function (v, k) {
if (
notAssociative
? !a.has(v)
: flipped
? !is(v, a.get(k, NOT_SET))
: !is(a.get(k, NOT_SET), v)
) {
allEqual = false;
return false;
}
});
return allEqual && a.size === bSize;
}
function mixin(ctor, methods) {
var keyCopier = function (key) {
ctor.prototype[key] = methods[key];
};
Object.keys(methods).forEach(keyCopier);
Object.getOwnPropertySymbols &&
Object.getOwnPropertySymbols(methods).forEach(keyCopier);
return ctor;
}
function toJS(value) {
if (!value || typeof value !== 'object') {
return value;
}
if (!isCollection(value)) {
if (!isDataStructure(value)) {
return value;
}
value = Seq(value);
}
if (isKeyed(value)) {
var result$1 = {};
value.__iterate(function (v, k) {
result$1[k] = toJS(v);
});
return result$1;
}
var result = [];
value.__iterate(function (v) {
result.push(toJS(v));
});
return result;
}
var Set = /*@__PURE__*/(function (SetCollection) {
function Set(value) {
return value === null || value === undefined
? emptySet()
: isSet(value) && !isOrdered(value)
? value
: emptySet().withMutations(function (set) {
var iter = SetCollection(value);
assertNotInfinite(iter.size);
iter.forEach(function (v) { return set.add(v); });
});
}
if ( SetCollection ) Set.__proto__ = SetCollection;
Set.prototype = Object.create( SetCollection && SetCollection.prototype );
Set.prototype.constructor = Set;
Set.of = function of (/*...values*/) {
return this(arguments);
};
Set.fromKeys = function fromKeys (value) {
return this(KeyedCollection(value).keySeq());
};
Set.intersect = function intersect (sets) {
sets = Collection(sets).toArray();
return sets.length
? SetPrototype.intersect.apply(Set(sets.pop()), sets)
: emptySet();
};
Set.union = function union (sets) {
sets = Collection(sets).toArray();
return sets.length
? SetPrototype.union.apply(Set(sets.pop()), sets)
: emptySet();
};
Set.prototype.toString = function toString () {
return this.__toString('Set {', '}');
};
// @pragma Access
Set.prototype.has = function has (value) {
return this._map.has(value);
};
// @pragma Modification
Set.prototype.add = function add (value) {
return updateSet(this, this._map.set(value, value));
};
Set.prototype.remove = function remove (value) {
return updateSet(this, this._map.remove(value));
};
Set.prototype.clear = function clear () {
return updateSet(this, this._map.clear());
};
// @pragma Composition
Set.prototype.map = function map (mapper, context) {
var this$1$1 = this;
// keep track if the set is altered by the map function
var didChanges = false;
var newMap = updateSet(
this,
this._map.mapEntries(function (ref) {
var v = ref[1];
var mapped = mapper.call(context, v, v, this$1$1);
if (mapped !== v) {
didChanges = true;
}
return [mapped, mapped];
}, context)
);
return didChanges ? newMap : this;
};
Set.prototype.union = function union () {
var iters = [], len = arguments.length;
while ( len-- ) iters[ len ] = arguments[ len ];
iters = iters.filter(function (x) { return x.size !== 0; });
if (iters.length === 0) {
return this;
}
if (this.size === 0 && !this.__ownerID && iters.length === 1) {
return this.constructor(iters[0]);
}
return this.withMutations(function (set) {
for (var ii = 0; ii < iters.length; ii++) {
SetCollection(iters[ii]).forEach(function (value) { return set.add(value); });
}
});
};
Set.prototype.intersect = function intersect () {
var iters = [], len = arguments.length;
while ( len-- ) iters[ len ] = arguments[ len ];
if (iters.length === 0) {
return this;
}
iters = iters.map(function (iter) { return SetCollection(iter); });
var toRemove = [];
this.forEach(function (value) {
if (!iters.every(function (iter) { return iter.includes(value); })) {
toRemove.push(value);
}
});
return this.withMutations(function (set) {
toRemove.forEach(function (value) {
set.remove(value);
});
});
};
Set.prototype.subtract = function subtract () {
var iters = [], len = arguments.length;
while ( len-- ) iters[ len ] = arguments[ len ];
if (iters.length === 0) {
return this;
}
iters = iters.map(function (iter) { return SetCollection(iter); });
var toRemove = [];
this.forEach(function (value) {
if (iters.some(function (iter) { return iter.includes(value); })) {
toRemove.push(value);
}
});
return this.withMutations(function (set) {
toRemove.forEach(function (value) {
set.remove(value);
});
});
};
Set.prototype.sort = function sort (comparator) {
// Late binding
return OrderedSet(sortFactory(this, comparator));
};
Set.prototype.sortBy = function sortBy (mapper, comparator) {
// Late binding
return OrderedSet(sortFactory(this, comparator, mapper));
};
Set.prototype.wasAltered = function wasAltered () {
return this._map.wasAltered();
};
Set.prototype.__iterate = function __iterate (fn, reverse) {
var this$1$1 = this;
return this._map.__iterate(function (k) { return fn(k, k, this$1$1); }, reverse);
};
Set.prototype.__iterator = function __iterator (type, reverse) {
return this._map.__iterator(type, reverse);
};
Set.prototype.__ensureOwner = function __ensureOwner (ownerID) {
if (ownerID === this.__ownerID) {
return this;
}
var newMap = this._map.__ensureOwner(ownerID);
if (!ownerID) {
if (this.size === 0) {
return this.__empty();
}
this.__ownerID = ownerID;
this._map = newMap;
return this;
}
return this.__make(newMap, ownerID);
};
return Set;
}(SetCollection));
Set.isSet = isSet;
var SetPrototype = Set.prototype;
SetPrototype[IS_SET_SYMBOL] = true;
SetPrototype[DELETE] = SetPrototype.remove;
SetPrototype.merge = SetPrototype.concat = SetPrototype.union;
SetPrototype.withMutations = withMutations;
SetPrototype.asImmutable = asImmutable;
SetPrototype['@@transducer/init'] = SetPrototype.asMutable = asMutable;
SetPrototype['@@transducer/step'] = function (result, arr) {
return result.add(arr);
};
SetPrototype['@@transducer/result'] = function (obj) {
return obj.asImmutable();
};
SetPrototype.__empty = emptySet;
SetPrototype.__make = makeSet;
function updateSet(set, newMap) {
if (set.__ownerID) {
set.size = newMap.size;
set._map = newMap;
return set;
}
return newMap === set._map
? set
: newMap.size === 0
? set.__empty()
: set.__make(newMap);
}
function makeSet(map, ownerID) {
var set = Object.create(SetPrototype);
set.size = map ? map.size : 0;
set._map = map;
set.__ownerID = ownerID;
return set;
}
var EMPTY_SET;
function emptySet() {
return EMPTY_SET || (EMPTY_SET = makeSet(emptyMap()));
}
/**
* Returns a lazy seq of nums from start (inclusive) to end
* (exclusive), by step, where start defaults to 0, step to 1, and end to
* infinity. When start is equal to end, returns empty list.
*/
var Range = /*@__PURE__*/(function (IndexedSeq) {
function Range(start, end, step) {
if (!(this instanceof Range)) {
return new Range(start, end, step);
}
invariant(step !== 0, 'Cannot step a Range by 0');
start = start || 0;
if (end === undefined) {
end = Infinity;
}
step = step === undefined ? 1 : Math.abs(step);
if (end < start) {
step = -step;
}
this._start = start;
this._end = end;
this._step = step;
this.size = Math.max(0, Math.ceil((end - start) / step - 1) + 1);
if (this.size === 0) {
if (EMPTY_RANGE) {
return EMPTY_RANGE;
}
EMPTY_RANGE = this;
}
}
if ( IndexedSeq ) Range.__proto__ = IndexedSeq;
Range.prototype = Object.create( IndexedSeq && IndexedSeq.prototype );
Range.prototype.constructor = Range;
Range.prototype.toString = function toString () {
if (this.size === 0) {
return 'Range []';
}
return (
'Range [ ' +
this._start +
'...' +
this._end +
(this._step !== 1 ? ' by ' + this._step : '') +
' ]'
);
};
Range.prototype.get = function get (index, notSetValue) {
return this.has(index)
? this._start + wrapIndex(this, index) * this._step
: notSetValue;
};
Range.prototype.includes = function includes (searchValue) {
var possibleIndex = (searchValue - this._start) / this._step;
return (
possibleIndex >= 0 &&
possibleIndex < this.size &&
possibleIndex === Math.floor(possibleIndex)
);
};
Range.prototype.slice = function slice (begin, end) {
if (wholeSlice(begin, end, this.size)) {
return this;
}
begin = resolveBegin(begin, this.size);
end = resolveEnd(end, this.size);
if (end <= begin) {
return new Range(0, 0);
}
return new Range(
this.get(begin, this._end),
this.get(end, this._end),
this._step
);
};
Range.prototype.indexOf = function indexOf (searchValue) {
var offsetValue = searchValue - this._start;
if (offsetValue % this._step === 0) {
var index = offsetValue / this._step;
if (index >= 0 && index < this.size) {
return index;
}
}
return -1;
};
Range.prototype.lastIndexOf = function lastIndexOf (searchValue) {
return this.indexOf(searchValue);
};
Range.prototype.__iterate = function __iterate (fn, reverse) {
var size = this.size;
var step = this._step;
var value = reverse ? this._start + (size - 1) * step : this._start;
var i = 0;
while (i !== size) {
if (fn(value, reverse ? size - ++i : i++, this) === false) {
break;
}
value += reverse ? -step : step;
}
return i;
};
Range.prototype.__iterator = function __iterator (type, reverse) {
var size = this.size;
var step = this._step;
var value = reverse ? this._start + (size - 1) * step : this._start;
var i = 0;
return new Iterator(function () {
if (i === size) {
return iteratorDone();
}
var v = value;
value += reverse ? -step : step;
return iteratorValue(type, reverse ? size - ++i : i++, v);
});
};
Range.prototype.equals = function equals (other) {
return other instanceof Range
? this._start === other._start &&
this._end === other._end &&
this._step === other._step
: deepEqual(this, other);
};
return Range;
}(IndexedSeq));
var EMPTY_RANGE;
function getIn$1(collection, searchKeyPath, notSetValue) {
var keyPath = coerceKeyPath(searchKeyPath);
var i = 0;
while (i !== keyPath.length) {
collection = get(collection, keyPath[i++], NOT_SET);
if (collection === NOT_SET) {
return notSetValue;
}
}
return collection;
}
function getIn(searchKeyPath, notSetValue) {
return getIn$1(this, searchKeyPath, notSetValue);
}
function hasIn$1(collection, keyPath) {
return getIn$1(collection, keyPath, NOT_SET) !== NOT_SET;
}
function hasIn(searchKeyPath) {
return hasIn$1(this, searchKeyPath);
}
function toObject() {
assertNotInfinite(this.size);
var object = {};
this.__iterate(function (v, k) {
object[k] = v;
});
return object;
}
// Note: all of these methods are deprecated.
Collection.isIterable = isCollection;
Collection.isKeyed = isKeyed;
Collection.isIndexed = isIndexed;
Collection.isAssociative = isAssociative;
Collection.isOrdered = isOrdered;
Collection.Iterator = Iterator;
mixin(Collection, {
// ### Conversion to other types
toArray: function toArray() {
assertNotInfinite(this.size);
var array = new Array(this.size || 0);
var useTuples = isKeyed(this);
var i = 0;
this.__iterate(function (v, k) {
// Keyed collections produce an array of tuples.
array[i++] = useTuples ? [k, v] : v;
});
return array;
},
toIndexedSeq: function toIndexedSeq() {
return new ToIndexedSequence(this);
},
toJS: function toJS$1() {
return toJS(this);
},
toKeyedSeq: function toKeyedSeq() {
return new ToKeyedSequence(this, true);
},
toMap: function toMap() {
// Use Late Binding here to solve the circular dependency.
return Map(this.toKeyedSeq());
},
toObject: toObject,
toOrderedMap: function toOrderedMap() {
// Use Late Binding here to solve the circular dependency.
return OrderedMap(this.toKeyedSeq());
},
toOrderedSet: function toOrderedSet() {
// Use Late Binding here to solve the circular dependency.
return OrderedSet(isKeyed(this) ? this.valueSeq() : this);
},
toSet: function toSet() {
// Use Late Binding here to solve the circular dependency.
return Set(isKeyed(this) ? this.valueSeq() : this);
},
toSetSeq: function toSetSeq() {
return new ToSetSequence(this);
},
toSeq: function toSeq() {
return isIndexed(this)
? this.toIndexedSeq()
: isKeyed(this)
? this.toKeyedSeq()
: this.toSetSeq();
},
toStack: function toStack() {
// Use Late Binding here to solve the circular dependency.
return Stack(isKeyed(this) ? this.valueSeq() : this);
},
toList: function toList() {
// Use Late Binding here to solve the circular dependency.
return List(isKeyed(this) ? this.valueSeq() : this);
},
// ### Common JavaScript methods and properties
toString: function toString() {
return '[Collection]';
},
__toString: function __toString(head, tail) {
if (this.size === 0) {
return head + tail;
}
return (
head +
' ' +
this.toSeq().map(this.__toStringMapper).join(', ') +
' ' +
tail
);
},
// ### ES6 Collection methods (ES6 Array and Map)
concat: function concat() {
var values = [], len = arguments.length;
while ( len-- ) values[ len ] = arguments[ len ];
return reify(this, concatFactory(this, values));
},
includes: function includes(searchValue) {
return this.some(function (value) { return is(value, searchValue); });
},
entries: function entries() {
return this.__iterator(ITERATE_ENTRIES);
},
every: function every(predicate, context) {
assertNotInfinite(this.size);
var returnValue = true;
this.__iterate(function (v, k, c) {
if (!predicate.call(context, v, k, c)) {
returnValue = false;
return false;
}
});
return returnValue;
},
filter: function filter(predicate, context) {
return reify(this, filterFactory(this, predicate, context, true));
},
find: function find(predicate, context, notSetValue) {
var entry = this.findEntry(predicate, context);
return entry ? entry[1] : notSetValue;
},
forEach: function forEach(sideEffect, context) {
assertNotInfinite(this.size);
return this.__iterate(context ? sideEffect.bind(context) : sideEffect);
},
join: function join(separator) {
assertNotInfinite(this.size);
separator = separator !== undefined ? '' + separator : ',';
var joined = '';
var isFirst = true;
this.__iterate(function (v) {
isFirst ? (isFirst = false) : (joined += separator);
joined += v !== null && v !== undefined ? v.toString() : '';
});
return joined;
},
keys: function keys() {
return this.__iterator(ITERATE_KEYS);
},
map: function map(mapper, context) {
return reify(this, mapFactory(this, mapper, context));
},
reduce: function reduce$1(reducer, initialReduction, context) {
return reduce(
this,
reducer,
initialReduction,
context,
arguments.length < 2,
false
);
},
reduceRight: function reduceRight(reducer, initialReduction, context) {
return reduce(
this,
reducer,
initialReduction,
context,
arguments.length < 2,
true
);
},
reverse: function reverse() {
return reify(this, reverseFactory(this, true));
},
slice: function slice(begin, end) {
return reify(this, sliceFactory(this, begin, end, true));
},
some: function some(predicate, context) {
return !this.every(not(predicate), context);
},
sort: function sort(comparator) {
return reify(this, sortFactory(this, comparator));
},
values: function values() {
return this.__iterator(ITERATE_VALUES);
},
// ### More sequential methods
butLast: function butLast() {
return this.slice(0, -1);
},
isEmpty: function isEmpty() {
return this.size !== undefined ? this.size === 0 : !this.some(function () { return true; });
},
count: function count(predicate, context) {
return ensureSize(
predicate ? this.toSeq().filter(predicate, context) : this
);
},
countBy: function countBy(grouper, context) {
return countByFactory(this, grouper, context);
},
equals: function equals(other) {
return deepEqual(this, other);
},
entrySeq: function entrySeq() {
var collection = this;
if (collection._cache) {
// We cache as an entries array, so we can just return the cache!
return new ArraySeq(collection._cache);
}
var entriesSequence = collection.toSeq().map(entryMapper).toIndexedSeq();
entriesSequence.fromEntrySeq = function () { return collection.toSeq(); };
return entriesSequence;
},
filterNot: function filterNot(predicate, context) {
return this.filter(not(predicate), context);
},
findEntry: function findEntry(predicate, context, notSetValue) {
var found = notSetValue;
this.__iterate(function (v, k, c) {
if (predicate.call(context, v, k, c)) {
found = [k, v];
return false;
}
});
return found;
},
findKey: function findKey(predicate, context) {
var entry = this.findEntry(predicate, context);
return entry && entry[0];
},
findLast: function findLast(predicate, context, notSetValue) {
return this.toKeyedSeq().reverse().find(predicate, context, notSetValue);
},
findLastEntry: function findLastEntry(predicate, context, notSetValue) {
return this.toKeyedSeq()
.reverse()
.findEntry(predicate, context, notSetValue);
},
findLastKey: function findLastKey(predicate, context) {
return this.toKeyedSeq().reverse().findKey(predicate, context);
},
first: function first(notSetValue) {
return this.find(returnTrue, null, notSetValue);
},
flatMap: function flatMap(mapper, context) {
return reify(this, flatMapFactory(this, mapper, context));
},
flatten: function flatten(depth) {
return reify(this, flattenFactory(this, depth, true));
},
fromEntrySeq: function fromEntrySeq() {
return new FromEntriesSequence(this);
},
get: function get(searchKey, notSetValue) {
return this.find(function (_, key) { return is(key, searchKey); }, undefined, notSetValue);
},
getIn: getIn,
groupBy: function groupBy(grouper, context) {
return groupByFactory(this, grouper, context);
},
has: function has(searchKey) {
return this.get(searchKey, NOT_SET) !== NOT_SET;
},
hasIn: hasIn,
isSubset: function isSubset(iter) {
iter = typeof iter.includes === 'function' ? iter : Collection(iter);
return this.every(function (value) { return iter.includes(value); });
},
isSuperset: function isSuperset(iter) {
iter = typeof iter.isSubset === 'function' ? iter : Collection(iter);
return iter.isSubset(this);
},
keyOf: function keyOf(searchValue) {
return this.findKey(function (value) { return is(value, searchValue); });
},
keySeq: function keySeq() {
return this.toSeq().map(keyMapper).toIndexedSeq();
},
last: function last(notSetValue) {
return this.toSeq().reverse().first(notSetValue);
},
lastKeyOf: function lastKeyOf(searchValue) {
return this.toKeyedSeq().reverse().keyOf(searchValue);
},
max: function max(comparator) {
return maxFactory(this, comparator);
},
maxBy: function maxBy(mapper, comparator) {
return maxFactory(this, comparator, mapper);
},
min: function min(comparator) {
return maxFactory(
this,
comparator ? neg(comparator) : defaultNegComparator
);
},
minBy: function minBy(mapper, comparator) {
return maxFactory(
this,
comparator ? neg(comparator) : defaultNegComparator,
mapper
);
},
rest: function rest() {
return this.slice(1);
},
skip: function skip(amount) {
return amount === 0 ? this : this.slice(Math.max(0, amount));
},
skipLast: function skipLast(amount) {
return amount === 0 ? this : this.slice(0, -Math.max(0, amount));
},
skipWhile: function skipWhile(predicate, context) {
return reify(this, skipWhileFactory(this, predicate, context, true));
},
skipUntil: function skipUntil(predicate, context) {
return this.skipWhile(not(predicate), context);
},
sortBy: function sortBy(mapper, comparator) {
return reify(this, sortFactory(this, comparator, mapper));
},
take: function take(amount) {
return this.slice(0, Math.max(0, amount));
},
takeLast: function takeLast(amount) {
return this.slice(-Math.max(0, amount));
},
takeWhile: function takeWhile(predicate, context) {
return reify(this, takeWhileFactory(this, predicate, context));
},
takeUntil: function takeUntil(predicate, context) {
return this.takeWhile(not(predicate), context);
},
update: function update(fn) {
return fn(this);
},
valueSeq: function valueSeq() {
return this.toIndexedSeq();
},
// ### Hashable Object
hashCode: function hashCode() {
return this.__hash || (this.__hash = hashCollection(this));
},
// ### Internal
// abstract __iterate(fn, reverse)
// abstract __iterator(type, reverse)
});
var CollectionPrototype = Collection.prototype;
CollectionPrototype[IS_COLLECTION_SYMBOL] = true;
CollectionPrototype[ITERATOR_SYMBOL] = CollectionPrototype.values;
CollectionPrototype.toJSON = CollectionPrototype.toArray;
CollectionPrototype.__toStringMapper = quoteString;
CollectionPrototype.inspect = CollectionPrototype.toSource = function () {
return this.toString();
};
CollectionPrototype.chain = CollectionPrototype.flatMap;
CollectionPrototype.contains = CollectionPrototype.includes;
mixin(KeyedCollection, {
// ### More sequential methods
flip: function flip() {
return reify(this, flipFactory(this));
},
mapEntries: function mapEntries(mapper, context) {
var this$1$1 = this;
var iterations = 0;
return reify(
this,
this.toSeq()
.map(function (v, k) { return mapper.call(context, [k, v], iterations++, this$1$1); })
.fromEntrySeq()
);
},
mapKeys: function mapKeys(mapper, context) {
var this$1$1 = this;
return reify(
this,
this.toSeq()
.flip()
.map(function (k, v) { return mapper.call(context, k, v, this$1$1); })
.flip()
);
},
});
var KeyedCollectionPrototype = KeyedCollection.prototype;
KeyedCollectionPrototype[IS_KEYED_SYMBOL] = true;
KeyedCollectionPrototype[ITERATOR_SYMBOL] = CollectionPrototype.entries;
KeyedCollectionPrototype.toJSON = toObject;
KeyedCollectionPrototype.__toStringMapper = function (v, k) { return quoteString(k) + ': ' + quoteString(v); };
mixin(IndexedCollection, {
// ### Conversion to other types
toKeyedSeq: function toKeyedSeq() {
return new ToKeyedSequence(this, false);
},
// ### ES6 Collection methods (ES6 Array and Map)
filter: function filter(predicate, context) {
return reify(this, filterFactory(this, predicate, context, false));
},
findIndex: function findIndex(predicate, context) {
var entry = this.findEntry(predicate, context);
return entry ? entry[0] : -1;
},
indexOf: function indexOf(searchValue) {
var key = this.keyOf(searchValue);
return key === undefined ? -1 : key;
},
lastIndexOf: function lastIndexOf(searchValue) {
var key = this.lastKeyOf(searchValue);
return key === undefined ? -1 : key;
},
reverse: function reverse() {
return reify(this, reverseFactory(this, false));
},
slice: function slice(begin, end) {
return reify(this, sliceFactory(this, begin, end, false));
},
splice: function splice(index, removeNum /*, ...values*/) {
var numArgs = arguments.length;
removeNum = Math.max(removeNum || 0, 0);
if (numArgs === 0 || (numArgs === 2 && !removeNum)) {
return this;
}
// If index is negative, it should resolve relative to the size of the
// collection. However size may be expensive to compute if not cached, so
// only call count() if the number is in fact negative.
index = resolveBegin(index, index < 0 ? this.count() : this.size);
var spliced = this.slice(0, index);
return reify(
this,
numArgs === 1
? spliced
: spliced.concat(arrCopy(arguments, 2), this.slice(index + removeNum))
);
},
// ### More collection methods
findLastIndex: function findLastIndex(predicate, context) {
var entry = this.findLastEntry(predicate, context);
return entry ? entry[0] : -1;
},
first: function first(notSetValue) {
return this.get(0, notSetValue);
},
flatten: function flatten(depth) {
return reify(this, flattenFactory(this, depth, false));
},
get: function get(index, notSetValue) {
index = wrapIndex(this, index);
return index < 0 ||
this.size === Infinity ||
(this.size !== undefined && index > this.size)
? notSetValue
: this.find(function (_, key) { return key === index; }, undefined, notSetValue);
},
has: function has(index) {
index = wrapIndex(this, index);
return (
index >= 0 &&
(this.size !== undefined
? this.size === Infinity || index < this.size
: this.indexOf(index) !== -1)
);
},
interpose: function interpose(separator) {
return reify(this, interposeFactory(this, separator));
},
interleave: function interleave(/*...collections*/) {
var collections = [this].concat(arrCopy(arguments));
var zipped = zipWithFactory(this.toSeq(), IndexedSeq.of, collections);
var interleaved = zipped.flatten(true);
if (zipped.size) {
interleaved.size = zipped.size * collections.length;
}
return reify(this, interleaved);
},
keySeq: function keySeq() {
return Range(0, this.size);
},
last: function last(notSetValue) {
return this.get(-1, notSetValue);
},
skipWhile: function skipWhile(predicate, context) {
return reify(this, skipWhileFactory(this, predicate, context, false));
},
zip: function zip(/*, ...collections */) {
var collections = [this].concat(arrCopy(arguments));
return reify(this, zipWithFactory(this, defaultZipper, collections));
},
zipAll: function zipAll(/*, ...collections */) {
var collections = [this].concat(arrCopy(arguments));
return reify(this, zipWithFactory(this, defaultZipper, collections, true));
},
zipWith: function zipWith(zipper /*, ...collections */) {
var collections = arrCopy(arguments);
collections[0] = this;
return reify(this, zipWithFactory(this, zipper, collections));
},
});
var IndexedCollectionPrototype = IndexedCollection.prototype;
IndexedCollectionPrototype[IS_INDEXED_SYMBOL] = true;
IndexedCollectionPrototype[IS_ORDERED_SYMBOL] = true;
mixin(SetCollection, {
// ### ES6 Collection methods (ES6 Array and Map)
get: function get(value, notSetValue) {
return this.has(value) ? value : notSetValue;
},
includes: function includes(value) {
return this.has(value);
},
// ### More sequential methods
keySeq: function keySeq() {
return this.valueSeq();
},
});
var SetCollectionPrototype = SetCollection.prototype;
SetCollectionPrototype.has = CollectionPrototype.includes;
SetCollectionPrototype.contains = SetCollectionPrototype.includes;
SetCollectionPrototype.keys = SetCollectionPrototype.values;
// Mixin subclasses
mixin(KeyedSeq, KeyedCollectionPrototype);
mixin(IndexedSeq, IndexedCollectionPrototype);
mixin(SetSeq, SetCollectionPrototype);
// #pragma Helper functions
function reduce(collection, reducer, reduction, context, useFirst, reverse) {
assertNotInfinite(collection.size);
collection.__iterate(function (v, k, c) {
if (useFirst) {
useFirst = false;
reduction = v;
} else {
reduction = reducer.call(context, reduction, v, k, c);
}
}, reverse);
return reduction;
}
function keyMapper(v, k) {
return k;
}
function entryMapper(v, k) {
return [k, v];
}
function not(predicate) {
return function () {
return !predicate.apply(this, arguments);
};
}
function neg(predicate) {
return function () {
return -predicate.apply(this, arguments);
};
}
function defaultZipper() {
return arrCopy(arguments);
}
function defaultNegComparator(a, b) {
return a < b ? 1 : a > b ? -1 : 0;
}
function hashCollection(collection) {
if (collection.size === Infinity) {
return 0;
}
var ordered = isOrdered(collection);
var keyed = isKeyed(collection);
var h = ordered ? 1 : 0;
var size = collection.__iterate(
keyed
? ordered
? function (v, k) {
h = (31 * h + hashMerge(hash(v), hash(k))) | 0;
}
: function (v, k) {
h = (h + hashMerge(hash(v), hash(k))) | 0;
}
: ordered
? function (v) {
h = (31 * h + hash(v)) | 0;
}
: function (v) {
h = (h + hash(v)) | 0;
}
);
return murmurHashOfSize(size, h);
}
function murmurHashOfSize(size, h) {
h = imul(h, 0xcc9e2d51);
h = imul((h << 15) | (h >>> -15), 0x1b873593);
h = imul((h << 13) | (h >>> -13), 5);
h = ((h + 0xe6546b64) | 0) ^ size;
h = imul(h ^ (h >>> 16), 0x85ebca6b);
h = imul(h ^ (h >>> 13), 0xc2b2ae35);
h = smi(h ^ (h >>> 16));
return h;
}
function hashMerge(a, b) {
return (a ^ (b + 0x9e3779b9 + (a << 6) + (a >> 2))) | 0; // int
}
var OrderedSet = /*@__PURE__*/(function (Set) {
function OrderedSet(value) {
return value === null || value === undefined
? emptyOrderedSet()
: isOrderedSet(value)
? value
: emptyOrderedSet().withMutations(function (set) {
var iter = SetCollection(value);
assertNotInfinite(iter.size);
iter.forEach(function (v) { return set.add(v); });
});
}
if ( Set ) OrderedSet.__proto__ = Set;
OrderedSet.prototype = Object.create( Set && Set.prototype );
OrderedSet.prototype.constructor = OrderedSet;
OrderedSet.of = function of (/*...values*/) {
return this(arguments);
};
OrderedSet.fromKeys = function fromKeys (value) {
return this(KeyedCollection(value).keySeq());
};
OrderedSet.prototype.toString = function toString () {
return this.__toString('OrderedSet {', '}');
};
return OrderedSet;
}(Set));
OrderedSet.isOrderedSet = isOrderedSet;
var OrderedSetPrototype = OrderedSet.prototype;
OrderedSetPrototype[IS_ORDERED_SYMBOL] = true;
OrderedSetPrototype.zip = IndexedCollectionPrototype.zip;
OrderedSetPrototype.zipWith = IndexedCollectionPrototype.zipWith;
OrderedSetPrototype.zipAll = IndexedCollectionPrototype.zipAll;
OrderedSetPrototype.__empty = emptyOrderedSet;
OrderedSetPrototype.__make = makeOrderedSet;
function makeOrderedSet(map, ownerID) {
var set = Object.create(OrderedSetPrototype);
set.size = map ? map.size : 0;
set._map = map;
set.__ownerID = ownerID;
return set;
}
var EMPTY_ORDERED_SET;
function emptyOrderedSet() {
return (
EMPTY_ORDERED_SET || (EMPTY_ORDERED_SET = makeOrderedSet(emptyOrderedMap()))
);
}
function throwOnInvalidDefaultValues(defaultValues) {
if (isRecord(defaultValues)) {
throw new Error(
'Can not call `Record` with an immutable Record as default values. Use a plain javascript object instead.'
);
}
if (isImmutable(defaultValues)) {
throw new Error(
'Can not call `Record` with an immutable Collection as default values. Use a plain javascript object instead.'
);
}
if (defaultValues === null || typeof defaultValues !== 'object') {
throw new Error(
'Can not call `Record` with a non-object as default values. Use a plain javascript object instead.'
);
}
}
var Record = function Record(defaultValues, name) {
var hasInitialized;
throwOnInvalidDefaultValues(defaultValues);
var RecordType = function Record(values) {
var this$1$1 = this;
if (values instanceof RecordType) {
return values;
}
if (!(this instanceof RecordType)) {
return new RecordType(values);
}
if (!hasInitialized) {
hasInitialized = true;
var keys = Object.keys(defaultValues);
var indices = (RecordTypePrototype._indices = {});
// Deprecated: left to attempt not to break any external code which
// relies on a ._name property existing on record instances.
// Use Record.getDescriptiveName() instead
RecordTypePrototype._name = name;
RecordTypePrototype._keys = keys;
RecordTypePrototype._defaultValues = defaultValues;
for (var i = 0; i < keys.length; i++) {
var propName = keys[i];
indices[propName] = i;
if (RecordTypePrototype[propName]) {
/* eslint-disable no-console */
typeof console === 'object' &&
console.warn &&
console.warn(
'Cannot define ' +
recordName(this) +
' with property "' +
propName +
'" since that property name is part of the Record API.'
);
/* eslint-enable no-console */
} else {
setProp(RecordTypePrototype, propName);
}
}
}
this.__ownerID = undefined;
this._values = List().withMutations(function (l) {
l.setSize(this$1$1._keys.length);
KeyedCollection(values).forEach(function (v, k) {
l.set(this$1$1._indices[k], v === this$1$1._defaultValues[k] ? undefined : v);
});
});
return this;
};
var RecordTypePrototype = (RecordType.prototype =
Object.create(RecordPrototype));
RecordTypePrototype.constructor = RecordType;
if (name) {
RecordType.displayName = name;
}
return RecordType;
};
Record.prototype.toString = function toString () {
var str = recordName(this) + ' { ';
var keys = this._keys;
var k;
for (var i = 0, l = keys.length; i !== l; i++) {
k = keys[i];
str += (i ? ', ' : '') + k + ': ' + quoteString(this.get(k));
}
return str + ' }';
};
Record.prototype.equals = function equals (other) {
return (
this === other || (other && recordSeq(this).equals(recordSeq(other)))
);
};
Record.prototype.hashCode = function hashCode () {
return recordSeq(this).hashCode();
};
// @pragma Access
Record.prototype.has = function has (k) {
return this._indices.hasOwnProperty(k);
};
Record.prototype.get = function get (k, notSetValue) {
if (!this.has(k)) {
return notSetValue;
}
var index = this._indices[k];
var value = this._values.get(index);
return value === undefined ? this._defaultValues[k] : value;
};
// @pragma Modification
Record.prototype.set = function set (k, v) {
if (this.has(k)) {
var newValues = this._values.set(
this._indices[k],
v === this._defaultValues[k] ? undefined : v
);
if (newValues !== this._values && !this.__ownerID) {
return makeRecord(this, newValues);
}
}
return this;
};
Record.prototype.remove = function remove (k) {
return this.set(k);
};
Record.prototype.clear = function clear () {
var newValues = this._values.clear().setSize(this._keys.length);
return this.__ownerID ? this : makeRecord(this, newValues);
};
Record.prototype.wasAltered = function wasAltered () {
return this._values.wasAltered();
};
Record.prototype.toSeq = function toSeq () {
return recordSeq(this);
};
Record.prototype.toJS = function toJS$1 () {
return toJS(this);
};
Record.prototype.entries = function entries () {
return this.__iterator(ITERATE_ENTRIES);
};
Record.prototype.__iterator = function __iterator (type, reverse) {
return recordSeq(this).__iterator(type, reverse);
};
Record.prototype.__iterate = function __iterate (fn, reverse) {
return recordSeq(this).__iterate(fn, reverse);
};
Record.prototype.__ensureOwner = function __ensureOwner (ownerID) {
if (ownerID === this.__ownerID) {
return this;
}
var newValues = this._values.__ensureOwner(ownerID);
if (!ownerID) {
this.__ownerID = ownerID;
this._values = newValues;
return this;
}
return makeRecord(this, newValues, ownerID);
};
Record.isRecord = isRecord;
Record.getDescriptiveName = recordName;
var RecordPrototype = Record.prototype;
RecordPrototype[IS_RECORD_SYMBOL] = true;
RecordPrototype[DELETE] = RecordPrototype.remove;
RecordPrototype.deleteIn = RecordPrototype.removeIn = deleteIn;
RecordPrototype.getIn = getIn;
RecordPrototype.hasIn = CollectionPrototype.hasIn;
RecordPrototype.merge = merge$1;
RecordPrototype.mergeWith = mergeWith$1;
RecordPrototype.mergeIn = mergeIn;
RecordPrototype.mergeDeep = mergeDeep;
RecordPrototype.mergeDeepWith = mergeDeepWith;
RecordPrototype.mergeDeepIn = mergeDeepIn;
RecordPrototype.setIn = setIn;
RecordPrototype.update = update;
RecordPrototype.updateIn = updateIn;
RecordPrototype.withMutations = withMutations;
RecordPrototype.asMutable = asMutable;
RecordPrototype.asImmutable = asImmutable;
RecordPrototype[ITERATOR_SYMBOL] = RecordPrototype.entries;
RecordPrototype.toJSON = RecordPrototype.toObject =
CollectionPrototype.toObject;
RecordPrototype.inspect = RecordPrototype.toSource = function () {
return this.toString();
};
function makeRecord(likeRecord, values, ownerID) {
var record = Object.create(Object.getPrototypeOf(likeRecord));
record._values = values;
record.__ownerID = ownerID;
return record;
}
function recordName(record) {
return record.constructor.displayName || record.constructor.name || 'Record';
}
function recordSeq(record) {
return keyedSeqFromValue(record._keys.map(function (k) { return [k, record.get(k)]; }));
}
function setProp(prototype, name) {
try {
Object.defineProperty(prototype, name, {
get: function () {
return this.get(name);
},
set: function (value) {
invariant(this.__ownerID, 'Cannot set on an immutable record.');
this.set(name, value);
},
});
} catch (error) {
// Object.defineProperty failed. Probably IE8.
}
}
/**
* Returns a lazy Seq of `value` repeated `times` times. When `times` is
* undefined, returns an infinite sequence of `value`.
*/
var Repeat = /*@__PURE__*/(function (IndexedSeq) {
function Repeat(value, times) {
if (!(this instanceof Repeat)) {
return new Repeat(value, times);
}
this._value = value;
this.size = times === undefined ? Infinity : Math.max(0, times);
if (this.size === 0) {
if (EMPTY_REPEAT) {
return EMPTY_REPEAT;
}
EMPTY_REPEAT = this;
}
}
if ( IndexedSeq ) Repeat.__proto__ = IndexedSeq;
Repeat.prototype = Object.create( IndexedSeq && IndexedSeq.prototype );
Repeat.prototype.constructor = Repeat;
Repeat.prototype.toString = function toString () {
if (this.size === 0) {
return 'Repeat []';
}
return 'Repeat [ ' + this._value + ' ' + this.size + ' times ]';
};
Repeat.prototype.get = function get (index, notSetValue) {
return this.has(index) ? this._value : notSetValue;
};
Repeat.prototype.includes = function includes (searchValue) {
return is(this._value, searchValue);
};
Repeat.prototype.slice = function slice (begin, end) {
var size = this.size;
return wholeSlice(begin, end, size)
? this
: new Repeat(
this._value,
resolveEnd(end, size) - resolveBegin(begin, size)
);
};
Repeat.prototype.reverse = function reverse () {
return this;
};
Repeat.prototype.indexOf = function indexOf (searchValue) {
if (is(this._value, searchValue)) {
return 0;
}
return -1;
};
Repeat.prototype.lastIndexOf = function lastIndexOf (searchValue) {
if (is(this._value, searchValue)) {
return this.size;
}
return -1;
};
Repeat.prototype.__iterate = function __iterate (fn, reverse) {
var size = this.size;
var i = 0;
while (i !== size) {
if (fn(this._value, reverse ? size - ++i : i++, this) === false) {
break;
}
}
return i;
};
Repeat.prototype.__iterator = function __iterator (type, reverse) {
var this$1$1 = this;
var size = this.size;
var i = 0;
return new Iterator(function () { return i === size
? iteratorDone()
: iteratorValue(type, reverse ? size - ++i : i++, this$1$1._value); }
);
};
Repeat.prototype.equals = function equals (other) {
return other instanceof Repeat
? is(this._value, other._value)
: deepEqual(other);
};
return Repeat;
}(IndexedSeq));
var EMPTY_REPEAT;
function fromJS(value, converter) {
return fromJSWith(
[],
converter || defaultConverter,
value,
'',
converter && converter.length > 2 ? [] : undefined,
{ '': value }
);
}
function fromJSWith(stack, converter, value, key, keyPath, parentValue) {
if (
typeof value !== 'string' &&
!isImmutable(value) &&
(isArrayLike(value) || hasIterator(value) || isPlainObject(value))
) {
if (~stack.indexOf(value)) {
throw new TypeError('Cannot convert circular structure to Immutable');
}
stack.push(value);
keyPath && key !== '' && keyPath.push(key);
var converted = converter.call(
parentValue,
key,
Seq(value).map(function (v, k) { return fromJSWith(stack, converter, v, k, keyPath, value); }
),
keyPath && keyPath.slice()
);
stack.pop();
keyPath && keyPath.pop();
return converted;
}
return value;
}
function defaultConverter(k, v) {
// Effectively the opposite of "Collection.toSeq()"
return isIndexed(v) ? v.toList() : isKeyed(v) ? v.toMap() : v.toSet();
}
var version = "4.0.0";
var Immutable = {
version: version,
Collection: Collection,
// Note: Iterable is deprecated
Iterable: Collection,
Seq: Seq,
Map: Map,
OrderedMap: OrderedMap,
List: List,
Stack: Stack,
Set: Set,
OrderedSet: OrderedSet,
Record: Record,
Range: Range,
Repeat: Repeat,
is: is,
fromJS: fromJS,
hash: hash,
isImmutable: isImmutable,
isCollection: isCollection,
isKeyed: isKeyed,
isIndexed: isIndexed,
isAssociative: isAssociative,
isOrdered: isOrdered,
isValueObject: isValueObject,
isPlainObject: isPlainObject,
isSeq: isSeq,
isList: isList,
isMap: isMap,
isOrderedMap: isOrderedMap,
isStack: isStack,
isSet: isSet,
isOrderedSet: isOrderedSet,
isRecord: isRecord,
get: get,
getIn: getIn$1,
has: has,
hasIn: hasIn$1,
merge: merge,
mergeDeep: mergeDeep$1,
mergeWith: mergeWith,
mergeDeepWith: mergeDeepWith$1,
remove: remove,
removeIn: removeIn,
set: set,
setIn: setIn$1,
update: update$1,
updateIn: updateIn$1,
};
// Note: Iterable is deprecated
var Iterable = Collection;
exports.Collection = Collection;
exports.Iterable = Iterable;
exports.List = List;
exports.Map = Map;
exports.OrderedMap = OrderedMap;
exports.OrderedSet = OrderedSet;
exports.Range = Range;
exports.Record = Record;
exports.Repeat = Repeat;
exports.Seq = Seq;
exports.Set = Set;
exports.Stack = Stack;
exports.default = Immutable;
exports.fromJS = fromJS;
exports.get = get;
exports.getIn = getIn$1;
exports.has = has;
exports.hasIn = hasIn$1;
exports.hash = hash;
exports.is = is;
exports.isAssociative = isAssociative;
exports.isCollection = isCollection;
exports.isImmutable = isImmutable;
exports.isIndexed = isIndexed;
exports.isKeyed = isKeyed;
exports.isList = isList;
exports.isMap = isMap;
exports.isOrdered = isOrdered;
exports.isOrderedMap = isOrderedMap;
exports.isOrderedSet = isOrderedSet;
exports.isPlainObject = isPlainObject;
exports.isRecord = isRecord;
exports.isSeq = isSeq;
exports.isSet = isSet;
exports.isStack = isStack;
exports.isValueObject = isValueObject;
exports.merge = merge;
exports.mergeDeep = mergeDeep$1;
exports.mergeDeepWith = mergeDeepWith$1;
exports.mergeWith = mergeWith;
exports.remove = remove;
exports.removeIn = removeIn;
exports.set = set;
exports.setIn = setIn$1;
exports.update = update$1;
exports.updateIn = updateIn$1;
exports.version = version;
Object.defineProperty(exports, '__esModule', { value: true });
})));