- Inheritance
-
- Available Extensions
Properties
-
first
→ String
-
The first element.
read-onlyinherited
-
frozen
→ bool
-
Returns
true if classes cannot be added or removed from this
CssClassSet.
read-onlyinherited
-
hashCode
→ int
-
The hash code for this object.
read-onlyinherited
-
isEmpty
→ bool
-
Whether this collection has no elements.
read-onlyinherited
-
isNotEmpty
→ bool
-
Whether this collection has at least one element.
read-onlyinherited
-
iterator
→ Iterator<String>
-
An iterator that iterates over the elements of this set.
read-onlyinherited
-
last
→ String
-
The last element.
read-onlyinherited
-
length
→ int
-
Returns the number of elements in the iterable.
read-onlyinherited
-
runtimeType
→ Type
-
A representation of the runtime type of the object.
read-onlyinherited
-
single
→ String
-
Checks that this iterable has only one element, and returns that element.
read-onlyinherited
Methods
-
add(String value)
→ bool
-
Add the class
value to element.
inherited
-
addAll(Iterable<String> iterable)
→ void
-
Add all classes specified in
iterable to element.
inherited
-
any(bool f(String element))
→ bool
-
Checks whether any element of this iterable satisfies
test.
inherited
-
cast<R>()
→ Set<R>
-
Provides a view of this set as a set of
R instances.
inherited
-
clear()
→ void
-
Removes all elements from the set.
inherited
-
contains(Object? value)
→ bool
-
Determine if this element contains the class
value.
inherited
-
containsAll(Iterable<Object?> collection)
→ bool
-
Whether this set contains all the elements of
other.
inherited
-
difference(Set<Object?> other)
→ Set<String>
-
Creates a new set with the elements of this that are not in
other.
inherited
-
elementAt(int index)
→ String
-
Returns the
indexth element.
inherited
-
every(bool f(String element))
→ bool
-
Checks whether every element of this iterable satisfies
test.
inherited
-
expand<T>(Iterable<T> f(String element))
→ Iterable<T>
-
Expands each element of this Iterable into zero or more elements.
inherited
-
firstWhere(bool test(String value), {String orElse()?})
→ String
-
The first element that satisfies the given predicate
test.
inherited
-
fold<T>(T initialValue, T combine(T previousValue, String element))
→ T
-
Reduces a collection to a single value by iteratively combining each
element of the collection with an existing value
inherited
-
followedBy(Iterable<String> other)
→ Iterable<String>
-
Creates the lazy concatenation of this iterable and
other.
inherited
-
forEach(void f(String element))
→ void
-
Invokes
action on each element of this iterable in iteration order.
inherited
-
intersection(Set<Object?> other)
→ Set<String>
-
Creates a new set which is the intersection between this set and
other.
inherited
-
join([String separator = ""])
→ String
-
Converts each element to a String and concatenates the strings.
inherited
-
lastWhere(bool test(String value), {String orElse()?})
→ String
-
The last element that satisfies the given predicate
test.
inherited
-
lookup(Object? value)
→ String?
-
Lookup from the Set interface. Not interesting for a String set.
inherited
-
map<T>(T f(String e))
→ Iterable<T>
-
The current elements of this iterable modified by
toElement.
inherited
-
modify(dynamic f(Set<String> s))
→ dynamic
-
Helper method used to modify the set of css classes on this element.
inherited
-
noSuchMethod(Invocation invocation)
→ dynamic
-
Invoked when a nonexistent method or property is accessed.
inherited
-
readClasses()
→ Set<String>
-
Read the class names from the Element class property,
and put them into a set (duplicates are discarded).
This is intended to be overridden by specific implementations.
-
reduce(String combine(String value, String element))
→ String
-
Reduces a collection to a single value by iteratively combining elements
of the collection using the provided function.
inherited
-
remove(Object? value)
→ bool
-
Remove the class
value from element, and return true on successful
removal.
inherited
-
removeAll(Iterable<Object?> iterable)
→ void
-
Remove all classes specified in
iterable from element.
inherited
-
removeWhere(bool test(String name))
→ void
-
Removes all elements of this set that satisfy
test.
inherited
-
retainAll(Iterable<Object?> iterable)
→ void
-
Removes all elements of this set that are not elements in
elements.
inherited
-
retainWhere(bool test(String name))
→ void
-
Removes all elements of this set that fail to satisfy
test.
inherited
-
singleWhere(bool test(String value), {String orElse()?})
→ String
-
The single element that satisfies
test.
inherited
-
skip(int n)
→ Iterable<String>
-
Creates an Iterable that provides all but the first
count elements.
inherited
-
skipWhile(bool test(String value))
→ Iterable<String>
-
Creates an
Iterable that skips leading elements while test is satisfied.
inherited
-
take(int n)
→ Iterable<String>
-
Creates a lazy iterable of the
count first elements of this iterable.
inherited
-
takeWhile(bool test(String value))
→ Iterable<String>
-
Creates a lazy iterable of the leading elements satisfying
test.
inherited
-
toggle(String value, [bool? shouldAdd])
→ bool
-
Adds the class
value to the element if it is not on it, removes it if it
is.
inherited
-
toggleAll(Iterable<String> iterable, [bool? shouldAdd])
→ void
-
Toggles all classes specified in
iterable on element.
inherited
-
toList({bool growable = true})
→ List<String>
-
Creates a List containing the elements of this Iterable.
inherited
-
toSet()
→ Set<String>
-
Creates a Set with the same elements and behavior as this
Set.
inherited
-
toString()
→ String
-
A string representation of this object.
inherited
-
union(Set<String> other)
→ Set<String>
-
Creates a new set which contains all the elements of this set and
other.
inherited
-
where(bool f(String element))
→ Iterable<String>
-
Creates a new lazy Iterable with all elements that satisfy the
predicate
test.
inherited
-
whereType<T>()
→ Iterable<T>
-
Creates a new lazy Iterable with all elements that have type
T.
inherited
-
writeClasses(Set s)
→ void
-
Join all the elements of a set into one string and write
back to the element.
This is intended to be overridden by specific implementations.