utility library

Properties

deburredLetters → Map<String, String>
final
reAsciiWord → RegExp
final
reComboHalfMarksRange → String
final
reComboMark → RegExp
final
reHasUnicodeWord → RegExp
final
reIsBadHex → RegExp
final
reIsBinary → RegExp
final
reIsOctal → RegExp
final
reLatin → RegExp
final
reOptMod → String
final
reUnicode → RegExp
final
reUnicodeWord → RegExp
final
rsApos → String
final
rsAstral → String
final
rsAstralRange → String
final
rsBreak → String
final
rsBreakRange → String
final
rsCombo → String
final
rsComboMarksRange → String
final
rsComboRange → String
final
rsComboSymbolsRange → String
final
rsDigits → String
final
rsDingbat → String
final
rsDingbatRange → String
final
rsEmoji → String
final
rsFitz → String
final
rsLower → String
final
rsLowerRange → String
final
rsMathOpRange → String
final
rsMisc → String
final
rsMiscLower → String
final
rsMiscUpper → String
final
rsModifier → String
final
rsNonAstral → String
final
rsNonCharRange → String
final
rsOptContrLower → String
final
rsOptContrUpper → String
final
rsOptJoin → String
final
rsOptVar → String
final
rsOrdLower → String
final
rsOrdUpper → String
final
rsPunctuationRange → String
final
rsRegional → String
final
rsSeq → String
final
rsSpaceRange → String
final
rsSurrPair → String
final
rsSymbol → String
final
rsUpper → String
final
rsUpperRange → String
final
rsVarRange → String
final
rsZWJ → String
final

Functions

chunk<T>(List<T> list, [int size = 1]) → List<List<T>>
Creates an new list of elements split into groups the length of size. If list can't be split evenly, the final chunk will be the remaining elements.
compact<T>(List<T> list) → List<T>
Creates an list of elements where the values of the list are not Falsey.
divide(num dividend, num divisor) → int
It returns quotient as integer on divison.
drop<T>(List<T> list, [int n = 1]) → List<T>
removes n number of elements from the beginning of list
dropRight<T>(List<T> list, [int n = 1]) → List<T>
removes n number of elements from the ending of list
dropRightWhile<T>(List<T> list, bool test(T element)) → List<T>
starts removing elements from the ending of list until condition becomes false
dropWhile<T>(List<T> list, bool test(T element)) → List<T>
starts removing elements from the starting of list until condition becomes false
flatten<T>(List<T> list) → List<T>
Flattens array a single level deep.
flattenDeep<T>(List<T> list) → List<T>
Recursively flattens array.
flattenDepth<T>(List<T> list, [int depth = 1]) → List<T>?
Recursively flatten array up to depth times.
isFalsey(dynamic value) → bool
returns true if value is (null or false or '' or 0);
isNumber(dynamic s) → bool
returns true if this is number otherwise false.
slice<T>(List<T> list, int start, [int? end]) → List<T>?
Creates a slice of list from start up to, but not including, end.
toNumber(dynamic value, {bool showException = false}) → num?
Converts value to number
xor(int val1, int val2) → int
It returns xor operation
zeroFillRightShift(int number, int amount) → int
As operator >>> is not available in dart, So zeroFillRightShift function helps to mimics the working of >>>.