All Classes

Class	Description
Accepter<T>	This is similar to Java Consumer but the disparity of exceptions throws.
AES<T>	This is an implementation of Advanced Encryption Standard, to can encrypt and decrypt Objects of any type.
AES.Algorithm	This holds valid MessageDigest algorithm types.
Condition	Represents an operation that returns a condition/boolean.
Dealer<T>	Represents a dealer of results.
Executable	Represent operations that need the Runnable like behavior.
Generator<T>	Represent operations that will return unique/generated values every time Generator.generate() is called.
Idler<T>	The Idlerr is intended to be memorized and idempotent.
LazyFunction<T,R>	The LazyFunction is intended to be memorized and idempotent for every parameter.
LazyUnaryOperator<T>	Like the LazyFunction the LazyUnaryOperator can be used when the function Argument and Return Type are same.
ListPartition<T>	This class provide a means to partition List into List of sublist.
Pause<T>	Pause allows you to write a safe an idiomatic expression to pause an execution on the current execution thread.
Pause.Run<T>	This class is responsible for executing the operations base on the set time interpreted to the requested unit.
Pause.Run.Delay<T>	This class execute the delay and cause the pause before the set operations executed.
Que<T>	This is Que gotten from the word Cue.
Serialization	Assists with the serialization process and performs additional functionality based on serialization.
StringIncubator	You can use this class if you need to Generate Random String/Alpha-numeric string for Tickets, Session, ID etc.
ThrowingFunction<T,R>	When you find yourself in a situation where you need to use a method ( that throws an exception) withing Lambda, this class is what you need to achieve your goal without Java complaining.
ThrowingUnaryOperation<T>	Represents an operation on a single operand that produces a result of the same type as its operand.
TriConsumer<X,Y,Z>	Represents an operation that accepts three input arguments and returns no result.
Try<T>	The Try class offers the ability write safe code without focusing on try-catch blocks in the presence of exceptions.