	_uncomputedIterator_cacheiterator_latestValidCachecurrent_currentmoveNextnextvalue_CachedIterable_CachedIterator_IterableCachecIterableE	elementAtintelementelementAtOrElse
isNotEmptyfirstboollastIterableLastOrNull
lastOrNulleanyendListtoListlength
RangeErrorcheckValidRangesublistvoidcontains
checkEqualiteratormoveNextcurrentsorta
Comparable	compareTob
SortedListwithSelector
Comparator	separatorprefixpostfixlimit	truncatedStringStringBufferwritetoString	transformnumdouble
StateError_minMax	_minMaxBy_minMaxWith	predicatereversedtake	ListQueueaddFirstwhereIterableWhereIndexedwhereIndexedwhereTowhereIndexedToIterableWhereNotwhereNotIterableWhereNotIndexedwhereNotIndexed
whereNotTowhereNotToIndexedwhereNotNulladdcastHashSetArgumentError	splitWhen
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À š4À šbÀ š�À šÈÀ šûÀ ›À ›À ›&À ›*À ›,À ›-À ›rÀ ›ŒÀ ›ªÀ ›«À ›ÆÀ ›ØÀ ›ÚÀ ›ÛÀ œÀ œfÀ œxÀ œ~À œŒÀ œÃÀ �À �À �1À �SÀ �iÀ �oÀ �sÀ �uÀ �vÀ �¬À �ÛÀ �áÀ ž0À žUÀ ž—À žÄÀ žÊÀ ŸÀ Ÿ[À ŸaÀ ŸžÀ ŸÙÀ ŸÛÀ ŸÜÀ  À  dÀ  jÀ  ¸À  ÷À  ýÀ ¡À ¡6À ¡bÀ ¡‘À ¡ÃÀ ¡ùÀ ¢)À ¢3À ¢bÀ ¢…À ¢·À ¢çÀ ¢ðÀ £6À £\À £—À £­À £µÀ £ÝÀ £îÀ £òÀ £ô           /_^ j     À –�=À –À – À –.À –.À –.À –MVÀ –M À –MÀ –\  À –]À –jÀ –i  À –�À –{À –‘À –™À –šÀ –§%À –¹À –¹  À –Ð&À –ÖÀ –Ö À –ßÀ –íÀ –ïÀ –îÀ –ðÀ –õÀ –ñÀ –ûXÀ —À —   À –ûÀ –ü  À —WƒÔÀ —]À —] À —mÀ —mÀ —mÀ —ˆ€ªÀ —ˆ À —ˆÀ ——  À —˜À —«À —ª  À —±À —·À —¶  À ˜À ˜ À ˜	À ˜*À ˜À ˜,À ˜6À ˜IÀ ˜I  À ˜T€ŒÀ ˜ÏÀ ˜Ïb/// A reference to the latest non-null [_cache].
///
/// This allows adding new items to the cache À ˜ä%À ˜öÀ ˜ö  À ™<À ™?À ™?  À ™+À ™ À ™    À ™À ™À ™L�ÝÀ ™]À ™]   À ™LÀ ™M À ›-€¬À ›xÀ ›xD/// A LinkedList that does not throw concurrent modification errors.À ›‡À ›‡À ›‡À ›ŽÀ ›Ž À ›ŽÀ ›œ  À ›�
À ›£À ›¢   À ›­À ›ÀÀ ›À  À ›ÈÀ ›ÑÀ ›Ñ       ^€˜€£€£€¢ €µ€µ€µ  €Ën�"�"F/// Second element.
///
/// ```dart
/// [1, 2, 3].second; // 2
/// ```     �=€Ÿ�H�G �Y�Y�Y  �ok�Ä�ÄD/// Third element.
///
/// ```dart
/// [1, 2, 3].third; // 3
/// ```     �Þ€¦�é�è �û�û�û  ‚q‚k‚kI/// Fourth element.
///
/// ```dart
/// [1, 2, 3, 4].fourth; // 4
/// ```     ‚†‚‚‘‚� ‚¨‚¨‚¨   ‚¾�ÓƒÙƒÙ�/// Returns an element at the given [index] or `null` if the [index] is out of
/// bounds of this collection.
///
/// ```dart
/// final list = [1, 2, 3, 4];
/// final first = list.elementAtOrNull(0); // 1
/// final fifth = list.elementAtOrNull(4); // null
/// ``` ƒé	ƒîƒí    „•�Ö„ „Ÿ „º„º„º   „Ð�™…þ…þ�/// Returns an element at the given [index] or [defaultValue] if the [index]
/// is out of bounds of this collection.
///
/// ```dart
/// final list = [1, 2, 3, 4];
/// final first = list.elementAtOrDefault(0, -1); // 1
/// final fifth = list.elementAtOrDefault(4, -1); // -1
/// ``` †	††  †††    †m‚�†x†w †�†�†�   †¥‚G‡ò‡ò�8/// Returns an element at the given [index] or the result of calling the
/// [defaultValue] function if the [index] is out of bounds of this
/// collection.
///
/// ```dart
/// final list = [1, 2, 3, 4];
/// final first = list.elementAtOrElse(0); // 1
/// final fifth = list.elementAtOrElse(4, -1); // -1
/// ``` ˆ	ˆˆ  ˆ"ˆ$ˆ#    ˆð�"ˆûˆú ‰‰‰  ‰$€ì‰ç‰ç€¯/// First element or `null` if the collection is empty.
///
/// ```dart
/// final first = [1, 2, 3, 4].firstOrNull; // 1
/// final emptyFirst = [].firstOrNull; // null
/// ```     Š�OŠŠ Š5Š5Š5   ŠK�‹‹€Ã/// First element or `defaultValue` if the collection is empty.
///
/// ```dart
/// final first = [1, 2, 3, 4].firstOrDefault(-1); // 1
/// final emptyFirst = [].firstOrDefault(-1); // -1
/// ``` ‹,‹/‹.    ‹e‚*‹p‹o ‹ˆ‹ˆ‹ˆ   ‹ž�ïŒìŒì�:/// Returns the first element matching the given [predicate], or `null` if no
/// such element was found.
///
/// ```dart
/// final list = ['a', 'Test'];
/// final firstLong= list.firstOrNullWhere((e) => e.length > 1); // 'Test'
/// final firstVeryLong = list.firstOrNullWhere((e) => e.length > 5); // null
/// ``` Œý"��    �‘��œ�› �®�®�®  �Ä€æŽƒŽƒ€«/// Last element or `null` if the collection is empty.
///
/// ```dart
/// final last = [1, 2, 3, 4].lastOrNull; // 4
/// final emptyLast = [].firstOrNull; // null
/// ```     Ž®€ÐŽ¹Ž¸ ŽËŽËŽË   Žá€›�$�$>/// Last element or `defaultValue` if the collection is empty. �/�2�1    �€�Z�‹�Š �¢�¢�¢   �¸� �(�(h/// Returns the last element matching the given [predicate], or `null` if no
/// such element was found. �8"�R�Q    �Ü�<�ç�æ �ò�ò�ò   ‘�‘q‘q_/// Returns true if all elements match the given [predicate] or if the
/// collection is empty. ‘u"‘�‘Ž    ’€Ò’%’$ ’1’1’1   ’G€£’®’®]/// Returns true if no entries match the given [predicate] or if the
/// collection is empty. ’³"’Í’Ì    ’î‚]’ù’ø “““   “‚-“Ö“Ö€©/// Returns a new list containing elements at indices between [start]
/// (inclusive) and [end] (inclusive).
///
/// If [end] is omitted, it is being set to `lastIndex`. “Ü	“á“à  “è“í“ì  “ò“ó •M�?•X•W •n•n•n   •„�•ï•ïa/// Performs the given [action] on each element, providing sequential index
/// with the element. •þ*–#–"    –Ž�2–™–˜ –¬–¬–¬   –Â€ü—*—*^/// Checks if all elements in the specified [collection] are contained in
/// this collection. —6—C—B    —Â�1—Í—Ì —à—à—à   —ö€û˜^˜^^/// Checks if any elements in the specified [collection] are contained in
/// this collection. ˜j˜w˜v    ˜õƒ;™ ˜ÿ ™™™   ™+ƒš?š?� /// Returns true if this collection is structurally equal to the [other]
/// collection.
///
/// I.e. contain the same number of the same elements in the same order.
///
/// If [checkEqual] is provided, it is used to check if two elements are the
/// same. šMšZšY  ša#š{šz    œ2€Ýœ=œ< œKœKœK   œa€¬œÂœÂT/// Returns a new list with all elements sorted according to natural sort
/// order.    ��%�� �4�4�4   �J€ê�¶�¶_/// Returns a new list with all elements sorted according to descending
/// natural sort order.    ž8‚'žCžB žSžSžS   ži�ôŸæŸæ�^/// Returns a new list with all elements sorted according to natural sort
/// order of the values returned by specified [selector] function.
///
/// To sort by more than one property, `thenBy()` or `thenByDescending()` can
/// be called afterwards.
///
/// **Note:** The actual sorting is performed when an element is accessed for
/// the first time. Ÿï'       a‚K l k  † † †    œ‚¢(¢(�k/// Returns a new list with all elements sorted according to descending
/// natural sort order of the values returned by specified [selector]
/// function.
///
/// To sort by more than one property, `thenBy()` or `thenByDescending` can
/// be called afterwards.
///
/// **Note:** The actual sorting is performed when an element is accessed for
/// the first time. ¢;'¢[¢Z    ¢®�Ò¢¹¢¸ ¢Ë¢Ë¢Ë   ¢á��¤(¤(�(/// Returns a new list with all elements sorted according to specified
/// [comparator].
///
/// To sort by more than one property, `thenBy()` or `thenByDescending` can
/// be called afterwards.
///
/// **Note:** The actual sorting is performed when an element is accessed for
/// the first time. ¤3¤B¤A    ¤‚„v¤�¤Œ ¤¡¤¡¤¡   ¤·„?¦/¦/�d/// Creates a string from all the elements separated using [separator] and
/// using the given [prefix] and [postfix] if supplied.
///
/// If the collection could be huge, you can specify a non-negative value of
/// [limit], in which case only the first [limit] elements will be appended,
/// followed by the [truncated] string (which defaults to `'...'`). ¦B¦J¦I  ¦_%¦|¦{  ¦Š¦’¦‘  ¦¢¦ª¦©  ¦»
¦Á¦À  ¦Ë¦Ó¦Ò  ¦U¦š¦³¦Þ ¨ú�c©© ©©©   ©(�3©Ÿ©Ÿp/// Returns the sum of all values produced by [selector] function applied to
/// each element in the collection.©¥©¥©¥©´©Ë©Ê    ª_�Æªjªi ª{ª{ª{   ª‘�’ªýªý`/// Returns the average of values returned by [selector] for all elements in
/// the collection. « « «    ¬'€Å¬2¬1 ¬>¬>¬>   ¬T€–¬Õ¬Õw/// Returns the smallest element or `null` if there are no elements.
///
/// All elements must be of type [Comparable].    ¬î…B¬ù¬ø ­­­   ­‚­­  ­'	­,­+   ¯!�Æ¯$¯$  ¯.	¯3¯2  ¯9'¯Y¯X   °ë�C°î°î  °ú	°ÿ°þ  ±±±    ²2€û²=²< ²J²J²J   ²`€Ë²á²áy/// Returns the first element yielding the smallest value of the given
/// [selector] or `null` if there are no elements. ²ç'³³    ³/�³:³9 ³I³I³I   ³_€Ï³í³í€†/// Returns the first element having the smallest value according to the
/// provided [comparator] or `null` if there are no elements. ³õ´´    ´2€Â´=´< ´H´H´H   ´^€”´Þ´Þv/// Returns the largest element or `null` if there are no elements.
///
/// All elements must be of type [Comparable].    ´ö€ùµµ  µµµ   µ$€Éµ¤µ¤x/// Returns the first element yielding the largest value of the given
/// [selector] or `null` if there are no elements. µª'µÊµÉ    µñ€ÿµüµû ¶¶¶   ¶!€Í¶®¶®€…/// Returns the first element having the largest value according to the
/// provided [comparator] or `null` if there are no elements. ¶¶¶Å¶Ä    ¶ò�Â¶ý¶ü ·
·
·
   · �’·ª·ª/// Returns the number of elements matching the given [predicate].
///
/// If no [predicate] is given, this equals to [length]. ·±#·Ì·Ë    ¸¶€è¸Á¸À ¸Ñ¸Ñ¸Ñ  ¸ç€µ¹A¹AG/// Returns an [Iterable] of the objects in this list in reverse order.     ¹ ‚¹«¹ª ¹¼¹¼¹¼   ¹Ò�Ï»*»*�=/// Returns a list containing first [n] elements.
///
/// ```dart
/// val chars = [1, 2, 3, 4, 5, 6, 7, 8, 9];
/// print(chars.take(3)) // [1, 2, 3]
/// print(chars.takeWhile((it) => it < 5) // [1, 2, 3, 4]
/// print(chars.takeLast(2)) // [8, 9]
/// print(chars.takeLastWhile((it) => it > 5 }) // [6, 7, 8, 9]
/// ``` »4»9»8    »¥‚»°»¯ »À»À»À   »Ö�ß½-½-�</// Returns a list containing last [n] elements.
///
/// ```dart
/// val chars = [1, 2, 3, 4, 5, 6, 7, 8, 9];
/// print(chars.take(3)) // [1, 2, 3]
/// print(chars.takeWhile((it) => it < 5) // [1, 2, 3, 4]
/// print(chars.takeLast(2)) // [8, 9]
/// print(chars.takeLastWhile((it) => it > 5 }) // [6, 7, 8, 9]
/// ``` ½6½;½:    ½¹‚>½Ä½Ã ½Ö½Ö½Ö   ½ì‚	¿X¿X�M//// Returns the first elements satisfying the given [predicate].
///
/// ```dart
/// val chars = [1, 2, 3, 4, 5, 6, 7, 8, 9];
/// print(chars.take(3)) // [1, 2, 3]
/// print(chars.takeWhile((it) => it < 5) // [1, 2, 3, 4]
/// print(chars.takeLast(2)) // [8, 9]
/// print(chars.takeLastWhile((it) => it > 5 }) // [6, 7, 8, 9]
/// ``` ¿c"¿}¿|    ¿ù‚sÀ @À @ À @À @À @   À @+‚?À A•À A•�K/// Returns the last elements satisfying the given [predicate].
///
/// ```dart
/// val chars = [1, 2, 3, 4, 5, 6, 7, 8, 9];
/// print(chars.take(3)) // [1, 2, 3]
/// print(chars.takeWhile((it) => it < 5) // [1, 2, 3, 4]
/// print(chars.takeLast(2)) // [8, 9]
/// print(chars.takeLastWhile((it) => it > 5 }) // [6, 7, 8, 9]
/// ``` À AŸ"À A¹À A¸    À Bn€·À ByÀ Bx À B‡À B‡À B‡   À B�€†À BäÀ Bä8/// Returns all elements matching the given [predicate]. À Bë"À CÀ C    À C'€üÀ C2À C1 À CGÀ CGÀ CG   À C]€ÄÀ C¨À C¨</// Returns all elements that satisfy the given [predicate]. À C¶-À CÛÀ CÚ    À D%€ÿÀ D0À D/ À D@À D@À D@   À DV€ÌÀ D·À D·W/// Appends all elements matching the given [predicate] to the given
/// [destination]. À DÀÀ DÉÀ DÈ  À DÕ"À DïÀ Dî    À E&�,À E1À E0 À EHÀ EHÀ EH   À E^€òÀ E¿À E¿W/// Appends all elements matching the given [predicate] to the given
/// [destination]. À EÔÀ EÝÀ EÜ  À Eí-À FÀ F    À FT€áÀ F_À F^ À FpÀ FpÀ Fp   À F†€­À FÑÀ FÑ</// Returns all elements not matching the given [predicate]. À FÛ"À FõÀ Fô    À G7�À GBÀ GA À GZÀ GZÀ GZ   À Gp€ÍÀ G»À G»</// Returns all elements not matching the given [predicate]. À GÌ-À GñÀ Gð    À HA�À HLÀ HK À H_À H_À H_   À Hu€ÖÀ HÚÀ HÚ[/// Appends all elements not matching the given [predicate] to the given
/// [destination]. À HæÀ HïÀ Hî  À Hû"À IÀ I    À IO�9À IZÀ IY À ItÀ ItÀ It   À IŠ€üÀ IïÀ Iï[/// Appends all elements not matching the given [predicate] to the given
/// [destination]. À JÀ JÀ J  À J -À JEÀ JD    À JŠ€±À J•À J” À JªÀ JªÀ Jª   À JÁxÀ KÀ KG/// Returns a new lazy [Iterable] with all elements which are not null.    À K=�UÀ KHÀ KG À K\À K\À K\   À Kr�À K½À K½</// Returns all elements that satisfy the given [predicate]. À KÏ-À KôÀ Kó    À L”�KÀ LŸÀ Lž À L®À L®À L®   À LÄ�À M%À M%W/// Appends all elements matching the given [predicate] to the given
/// [destination]. À M-À M6À M5  À MB"À M\À M[    À Má��À MìÀ Më À NÀ NÀ N   À N�TÀ NyÀ NyW/// Appends all elements matching the given [predicate] to the given
/// [destination]. À N�À N–À N•  À N¦-À NËÀ NÊ    À Op�À O{À Oz À O‹À O‹À O‹   À O¡€ëÀ OìÀ Oì</// Returns all elements not matching the given [predicate]. À Oõ"À PÀ P    À P��\À P›À Pš À P²À P²À P²   À PÈ�"À QÀ Q</// Returns all elements not matching the given [predicate]. À Q(-À QMÀ QL    À Qî�VÀ QùÀ Qø À RÀ RÀ R   À R!�!À R†À R†[/// Appends all elements not matching the given [predicate] to the given
/// [destination]. À R‘À RšÀ R™  À R¦"À RÀÀ R¿    À SF�˜À SQÀ SP À SjÀ SjÀ Sj   À S€�\À SåÀ Så[/// Appends all elements not matching the given [predicate] to the given
/// [destination]. À SüÀ TÀ T  À T-À T:À T9    À Tà€ÎÀ TëÀ Tê À TÿÀ TÿÀ Tÿ   À U€–À UlÀ UlG/// Returns a new lazy [Iterable] with all elements which are not null.    À U°�³À U»À Uº À UÍÀ UÍÀ UÍ   À Uã�~À V›À V›€¥/// Returns a new lazy [Iterable] containing only the non-null results of
/// applying the given [transform] function to each element in the original
/// collection.À V¦À V¦À V¦À V© À VÁÀ VÀ    À We�ŽÀ WpÀ Wo À W‚À W‚À W‚   À W˜�YÀ XPÀ XP€¥/// Returns a new lazy [Iterable] containing the results of applying the
/// given [transform] function to each element and its index in the original
/// collection.À X[À X[À X[À X^"À XxÀ Xw    À Xõ�îÀ Y À Xÿ À YÀ YÀ Y   À Y/�²À YõÀ Yõ€³/// Returns a new lazy [Iterable] containing only the non-null results of
/// applying the given [transform] function to each element and its index
/// in the original collection.À ZÀ ZÀ ZÀ Z
#À Z%À Z$    À Zå�À ZðÀ Zï À ZþÀ ZþÀ Zþ   À [€îÀ [{À [{V/// Returns a new lazy [Iterable] which performs the given action on each
/// element. À [‚À [œÀ [›    À \�µÀ \À \ À \!À \!À \!   À \7�‚À ]À ]€È/// Returns a new lazy [Iterable] containing only distinct elements from the
/// collection.
///
/// The elements in the resulting list are in the same order as they were in
/// the source collection.    À ]½‚À ]ÈÀ ]Ç À ]ÚÀ ]ÚÀ ]Ú   À ]ð�åÀ _À _€þ/// Returns a new lazy [Iterable] containing only elements from the collection
/// having distinct keys returned by the given [selector] function.
///
/// The elements in the resulting list are in the same order as they were in
/// the source collection.À _À _À _À _À _*À _)    À _ÙƒÀ _äÀ _ã À _óÀ _óÀ _ó   À `	‚çÀ aXÀ aX�,/// Splits this collection into a new lazy [Iterable] of lists each not
/// exceeding the given [size].
///
/// The last list in the resulting list may have less elements than the given
/// [size].
///
/// [size] must be positive and can be greater than the number of elements in
/// this collection. À a`À aeÀ ad    À bô„÷À bÿÀ bþ À cÀ cÀ c   À c'„ÂÀ e½À e½‚g/// Splits this collection into a lazy [Iterable] of chunks, where chunks are
/// created as long as [predicate] is true for a pair of entries.
///
/// For example, one-by-one increasing subsequences can be chunked as follows:
/// ```dart
/// final list = [1, 2, 4, 9, 10, 11, 12, 15, 16, 19, 20, 21];
/// final increasingSubSequences = list.chunkWhile((a, b) => a + 1 == b);
/// ```
///
/// Here, `increasingSubSequences` would consist of `[1, 2]`, `[4]`,
/// `[9, 10, 11]`, `[12]`, `[15, 16]` and finally `[19, 20, 21]`.
///
/// See also:
///  - [splitWhen], which works similarly but with a reverted [predicate]. À eÈÀ eÝÀ eÜ    À gí‚ÖÀ gøÀ g÷ À h	À h	À h	   À h‚¢À j`À j`‚/// Splits this collection into a lazy [Iterable], where each split will be
/// make if [predicate] returns true for a pair of entries.
///
/// For example, one could split the iterable at each changed value like this:
/// ```dart
/// final list = [1, 1, 1, 2, 2, 1, 4, 4];
/// final splitted = list.splitWhen((a, b) => a != b);
/// ```
///
/// In that example, `splitted` would consist of `[1, 1, 1, 1]`, `[2, 2]`,
/// `[1]`, `[4, 4]`.
///
/// See also:
///  - [chunkWhile], which works similarly but with a reverted [predicate]. À jjÀ jÀ j~    À jÅ† À jÐÀ jÏ À jàÀ jàÀ jà   À jö…ÍÀ lIÀ lI�2/// Returns a new lazy [Iterable] of windows of the given [size] sliding along
/// this collection with the given [step].
///
/// The last list may have less elements than the given size.
///
/// Both [size] and [step] must be positive and can be greater than the number
/// of elements in this collection. À lWÀ l\À l[  À lgÀ llÀ lk  À lyÀ lÀ l~  À lrÀ l� À pÇ�aÀ pÒÀ pÑ À páÀ páÀ pá   À p÷�/À qœÀ qœ€”/// Returns a new lazy [Iterable] of all elements yielded from results of
/// [transform] function being invoked on each element of this collection.À q¤À q¤À q¤À q§)À qÈÀ qÇ    À r*ƒKÀ r5À r4 À rBÀ rBÀ rB   À rXƒÀ syÀ sy�/// Returns a new lazy [Iterable] which iterates over this collection [n]
/// times.
///
/// When it reaches the end, it jumps back to the beginning. Returns `null`
/// [n] times if the collection is empty.
///
/// If [n] is omitted, the Iterable cycles forever. À s€À s†À s…    À uw‚AÀ u‚À u� À u“À u“À u“   À u©‚À v¦À v¦€æ/// Returns a new lazy [Iterable] containing all elements that are contained
/// by both this collection and the [other] collection.
///
/// The returned collection preserves the element iteration order of the
/// this collection. À v°À v½À v¼    À wº�ZÀ wÅÀ wÄ À wÓÀ wÓÀ wÓ   À wé�)À xŒÀ xŒ€’/// Returns a new lazy [Iterable] containing all elements of this collection
/// except the elements contained in the given [elements] collection. À x“À x À xŸ    À y�À y!À y  À y.À y.À y.   À yD€ÒÀ yáÀ yá€‡/// Returns a new list containing all elements of this collection except the
/// elements contained in the given [elements] collection. À yãÀ yðÀ yï    À z�.À z%À z$ À z:À z:À z:   À zP€öÀ zÍÀ zÍl/// Returns a new lazy [Iterable] containing all elements of this collection
/// except the given [element]. À zÛ	À zÞÀ zÝ    À {J�À {UÀ {T À {dÀ {dÀ {d   À {z€êÀ |À |€Š/// Returns a new lazy [Iterable] containing all elements of this collection
/// and then all elements of the given [elements] collection. À |À |*À |)    À |h�À |sÀ |r À |‰À |‰À |‰   À |Ÿ€ÈÀ }À }n/// Returns a new lazy [Iterable] containing all elements of this collection
/// and then the given [element]. À }-	À }0À }/    À }k�À }vÀ }u À }„À }„À }„   À }š€éÀ ~5À ~5€Š/// Returns a new lazy [Iterable] containing all elements of the given
/// [elements] collection and then all elements of this collection. À ~<À ~IÀ ~H    À ~‡€ùÀ ~’À ~‘ À ~žÀ ~žÀ ~ž   À ~´€ÊÀ IÀ I/// Returns a new list containing all elements of the given [elements]
/// collection and then all elements of this collection. À KÀ XÀ W    À ‚€ÿÀ �À Œ À ¢À ¢À ¢   À ¸€ÇÀ €7À €7n/// Returns a new lazy [Iterable] containing the given [element] and then all
/// elements of this collection. À €E	À €HÀ €G    À €ƒ‚sÀ €ŽÀ €� À €›À €›À €›   À €±‚CÀ �ûÀ �û�1/// Returns a new lazy [Iterable] containing all distinct elements from
/// both collections.
///
/// The returned set preserves the element iteration order of this collection.
/// Those elements of the [other] collection that are unique are iterated in
/// the end in the order of the [other] collection. À ‚À ‚À ‚    À ‚øƒªÀ ƒÀ ƒ À ƒÀ ƒÀ ƒ   À ƒ$ƒ|À …«À …«‚Z/// Returns a new lazy [Iterable] of values built from the elements of this
/// collection and the [other] collection with the same index.
///
/// Using the provided [transform] function applied to each pair of elements.
/// The returned list has length of the shortest collection.
///
/// Example (with added type definitions for [transform] parameters):
///
/// ```dart
///final amounts = [2, 3, 4];
///final animals = ['dogs', 'birds', 'cats'];
///final all = amounts.zip(
///  animals,
///  (int amount, String animal) => '$amount $animal'
///);  // returns: ['2 dogs', '3 birds', '4 cats']
/// ```À …¯À …¯À …¯À …²À …²À …²À …ºÀ …ÇÀ …Æ  À …ÑÀ …çÀ …æ    À †¤€´À †¯À †® À †ÁÀ †ÁÀ †Á   À †×À ‡-À ‡-G/// Returns a new lazy [Iterable] with all elements of this collection.    À ‡Z€¨À ‡eÀ ‡d À ‡uÀ ‡uÀ ‡u   À ‡‹uÀ ‡ØÀ ‡Ø@/// Returns a new [Stream] with all elements of this collection.    À ˆ€®À ˆÀ ˆ À ˆ À ˆ À ˆ    À ˆ6zÀ ˆŽÀ ˆŽJ/// Returns a new [HashSet] with all distinct elements of this collection.    À ˆ´€·À ˆ¿À ˆ¾ À ˆÕÀ ˆÕÀ ˆÕ   À ˆë~À ‰/À ‰/9/// Returns an unmodifiable List view of this collection.    À ‰m€ñÀ ‰xÀ ‰w À ‰ˆÀ ‰ˆÀ ‰ˆ   À ‰ž€¾À Š$À Š$w/// Returns a new, randomly shuffled list.
///
/// If [random] is given, it is being used for random number generation. À Š.À Š7À Š6    À Š`�ÿÀ ŠkÀ Šj À Š|À Š|À Š|   À Š’�ËÀ ‹|À ‹|€Õ/// Returns a Map containing key-value pairs provided by [transform] function
/// applied to elements of this collection.
///
/// If any of two pairs would have the same key the last one gets added to the
/// map.À ‹†À ‹†À ‹†À ‹‰À ‹‰À ‹‰À ‹Œ,À ‹°À ‹¯    À Œa‚À ŒlÀ Œk À ŒÀ ŒÀ Œ   À Œ•�ÑÀ �²À �²�/// Returns a Map containing the elements from the collection indexed by
/// the key returned from [keySelector] function applied to each element.
///
/// If any two elements would have the same key returned by [keySelector] the
/// last one gets added to the map.À �¾À �¾À �¾À �Á!À �ØÀ �×    À Žj�ýÀ ŽuÀ Žt À ŽŠÀ ŽŠÀ ŽŠ   À Ž �ÅÀ �«À �«€ö/// Returns a Map containing the values returned from [valueSelector] function
/// applied to each element indexed by the elements from the collection.
///
/// If any of elements (-> keys) would be the same the last one gets added
/// to the map.À �¹À �¹À �¹À �¼#À �ÓÀ �Ò    À �i‚À �tÀ �s À �ƒÀ �ƒÀ �ƒ   À �™�ÙÀ ’À ’�U/// Groups elements of the original collection by the key returned by the
/// given [keySelector] function applied to each element and returns a map.
///
/// Each group key is associated with a list of corresponding elements.
///
/// The returned map preserves the entry iteration order of the keys produced
/// from the original collection.À ’À ’À ’À ’!À ’/À ’.    À ’v‚0À ’�À ’€ À ’’À ’’À ’’   À ’¨�üÀ “¥À “¥€ä/// Splits the collection into two lists according to [predicate].
///
/// The first list contains elements for which [predicate] yielded true,
/// while the second list contains elements for which [predicate] yielded
/// false. À “¯"À “ÉÀ “È    À ”¨�nÀ ”³À ”² À ”ÁÀ ”ÁÀ ”Á  À ”×�=À •ñÀ •ñ€ý/// Returns a new lazy [Iterable] that caches the computation of the current
/// [Iterable].
///
/// This is an alternative to [toList] to not recompute the collection
/// multiple times, without having to lose the lazy loading aspect of
/// [Iterable].     À ›Û�™À ›æÀ ›å À ›÷À ›÷À ›÷   À œ�[À �À �€í/// Returns a new lazy [Iterable] of all elements from all collections in this
/// collection.
///
/// ```dart
/// final nestedList = List([[1, 2, 3], [4, 5, 6]]);
/// final flattened = nestedList.flatten(); // [1, 2, 3, 4, 5, 6]
/// ```    À �v‚dÀ ��À �€ À ��À ��À ��   À �®‚*À ŸªÀ Ÿª�Û/// Create a stream from a group of futures.
///
/// The stream reports the results of the futures on the stream in the order
/// in which the futures complete.
/// Each future provides either a data event or an error event,
/// depending on how the future completes.
///
/// If some futures have already completed when `Stream.fromFutures` is
/// called, their results will be emitted in some unspecified order.
///
/// When all futures have completed, the stream is closed.    À ŸÜ„À ŸçÀ Ÿæ À  À  À     À  ƒÙÀ ¢:À ¢:‚/// Returns if this [Iterable] starts with the elements of [otherIterable].
///
/// If [otherIterable] is empty, `true` is returned. If [otherIterable] has
/// more elements than this [Iterable], `false` is returned.
///
/// ```dart
/// [1, 2, 3].startsWith([]); // -> true
/// [1, 2, 3].startsWith([1]); // -> true
/// [1, 2, 3].startsWith([1, 2]); // -> true
/// [1, 2, 3].startsWith([1, 2, 3]); // -> true
/// [1, 2, 3].startsWith([1, 2, 3, 4]); // -> false
/// [1, 2, 3].startsWith([2, 3]); // -> false
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