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+ operator.
Functions.all(Function1,Collection) that accepts an array.
&&ing the Boolean
values in the given collection.
Functions.and(Collection) that accepts an array.
Functions.and(Collection) that accepts an array.
&& operator.
Functions.any(Function1,Collection) that accepts an array.
booleans from a collection of
Booleans.
bytes from a collection of
Bytes.
chars from a collection of
Characters.
doubles from a collection of
Doubles.
floats from a collection of
Floats.
ints from a collection of
Integers.
List from an array of Objects,
returning an empty List if the array is null.
List of Booleans from an array
of booleans.
List of Bytes from an array
of bytes.
List of Characters from an array
of chars.
List of Doubles from an array
of doubles.
List of Floats from an array
of floats.
List of Integers from an array
of ints.
List of Longs from an array
of longs.
List of Shorts from an array
of shorts.
List of Characters from a
String.
longs from a collection of
Longs.
shorts from a collection of
Shorts.
ReflectFinderImpl and CglibReflectFactory.
ReflectFinderImpl and CglibReflectFactory.
Function1.
Function1.
Function1.
Function1.
Function1.
Function1.
+ operator as it pertains to
concatenating two Strings.
Strings.concat(Collection) that accepts an array.
DynReflect.constructor(Class) that accepts a String to specify the
class by name.
StdReflect.constructor(Class,Class...) that accepts a String to
specify the class by name.
null, and throws an exception if it
is.
/ operator.
null Lists.null Lists.equals(Object)
methods.
Boolean value indicating whether or not the item satisfies the
filter condition.
Functions.filter(Function1, Collection) which accepts an array.
Functions.filter(Function1,Collection), except that the elements that
do not satisfy the filter condition are returned.
Functions.filterNot(Function1, Collection) which accepts an array.
Lists.first(Collection) which accepts an array.
Functions.foldl(Function2,Object,Collection) that accepts an array.
Functions.foldl1(Function2,Collection) that accepts an array.
Functions.foldr(Function2,Object,Collection) that accepts an array.
Functions.foldr1(Function2,Collection) that accepts an array.
Function1 interface, which implements all
methods except for the Function1.call(Object) method - that is left to subclasses
to implement in order to define a function of 1 parameter.Function2 interface, which implements all
methods except for the Function2.call(Object,Object) method - that is left to
subclasses to implement in order to define a function of 2 parameters.Function3 interface, which implements all
methods except for the Function3.call(Object,Object,Object) method - that is left
to subclasses to implement in order to define a function of 3 parameters.Function4 interface, which implements all
methods except for the Function4.call(Object,Object,Object,Object) method - that is
left to subclasses to implement in order to define a function of 4 parameters.FunctionN interface, which implements all
methods except for the FunctionN.call(Object[]) method - that is left to
subclasses to implement in order to define a function of N parameters.Functions class contains static methods that use functions to
perform various computations, which makes it possible to use certain functional
programming patterns.int from an Object, using the numerical value of its
String representation.
true if the iteration has more elements.
false.
Lists.init(Collection) that accepts an array.
Lists.init(Collection) which accepts an array and returns an
array, without using an intermediate Collection.
DynReflect.instanceFunction(Class,String) that accepts a String to
specify the class by name.
StdReflect.instanceFunction(Class,String,Class...) that accepts a
String to specify the class by name.
Strings.intersperse(String, List) that accepts an array.
Iterable for the specified collection, or an
empty Iterable if the collection is null, to avoid
NullPointerExceptions.
Iterable for the specified array, or an empty
Iterable if the array is null, to avoid
NullPointerExceptions.
EmptyIterator.
Iterator for the specified collection, or an
empty iterator if the collection is null, to avoid
NullPointerExceptions.
Iterator for the specified array, or an empty
iterator if the array is null, to avoid
NullPointerExceptions.
ReflectFinderImpl and JdkReflectFactory.
ReflectFinderImpl and JdkReflectFactory.
Lists.last(Collection) that accepts an array.
null.
Functions.map(Function1, Collection) which accepts an array.
Math.max(int, int) method.
Math.min(int, int) method.
* operator.
null.
null value should be used for a parameter of
a specific class, in order to remove the ambiguity caused by using simple
null values when a method is overloaded with different parameter
classes.null value for a
parameter of the specified class.
||ing the Boolean values
in the given collection.
Functions.or(Collection) that accepts an array.
Functions.or(Collection) that accepts an array.
|| operator.
null parameter (NullParameter) or a parameter of a primitive
type (PrimitiveParameter).boolean
value for a parameter of the specified class.
byte
value for a parameter of the specified class.
char
value for a parameter of the specified class.
double
value for a parameter of the specified class.
float
value for a parameter of the specified class.
int
value for a parameter of the specified class.
long
value for a parameter of the specified class.
short
value for a parameter of the specified class.
Constructors and
Methods using reflection.Methods and
Constructors.UnsupportedOperationException.
UnsupportedOperationException.
null values to be equal, a null to come after a
non-null value, and by using the compareTo() method
to compare two non-null values.
null
values to be equal, and comparing corresponding elements of each array.
null values
to be equal, a null and non-null value not to be
equal, and by using the equals() method to compare two
non-null values.
Functions.scanl(Function2,Object,Collection) which accepts an array.
Functions.scanl1(Function2,Collection) that accepts an array.
Functions.scanr(Function2,Object,Collection) that accepts an array.
Functions.scanr1(Function2,Collection) that accepts an array.
null.
null.
Lists.splitAt(int, List) that accepts an array.
Lists.splitAt(int, List) that accepts an array and returns a
Pair of arrays, without using an intermediate Collection.
DynReflect.staticFunction(Class,String) that accepts a String to
specify the class by name.
StdReflect.staticFunction(Class,String,Class...) that accepts a
String to specify the class by name.
- operator.
Lists.tail(Collection) which accepts an array.
Lists.tail(Collection) which accepts an array and returns an
array, without using an intermediate Collection.
String representation of the object.
String representation of the object.
Pairs into a Pair of lists, with the
first list containing all of the first elements of the pairs, and the second
list containing all of the second elements of the pairs.
Pairs into a Pair of lists, similarily to
the Tuples.unzipPairs(Collection) method.
Quadruples into a Quadruple of
lists, similarily to the Tuples.unzipPairs(Collection) method.
Quadruples into a Quadruple of lists,
similarily to the Tuples.unzipPairs(Collection) method.
Triples into a Triple of lists,
similarily to the Tuples.unzipPairs(Collection) method.
Triples into a Triple of lists, similarily
to the Tuples.unzipPairs(Collection) method.
Pairs.
Triples,
similarily to the Tuples.zip(Collection, Collection) method.
Quadruples,
similarily to the Tuples.zip(Collection, Collection) method.
Pairs, similarily
to the Tuples.zip(Collection, Collection) method.
Triples,
similarily to the Tuples.zip(Collection, Collection) method.
Quadruples,
similarily to the Tuples.zip(Collection, Collection) method.
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