Functional Java is built as an accessible library that aims to improve the experience of using the Java programming language in a production environment.
The library implements several advanced programming concepts that assist in achieving composition-oriented development.
Functional Java is written using vanilla Java 1.5 syntax and requires no external supporting libraries. The JAR file will work with your Java 1.5 project without any additional effort.
Functional Java also serves as a platform for learning functional programming concepts by introducing these concepts using a familiar language.
The library is intended for use in production applications and is thoroughly tested using the technique of automated specification-based testing with ScalaCheck.
Functional Java includes usage examples and notably, code examples that make use of the Java 7 BGGA proposal syntax.
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Functional Java Crack [Win/Mac] [Latest 2022]
The Functional Java API:
a) provides access to advanced functional programming features such as currying and partial application;
The Functional Java library:
a) is written using vanilla Java 1.5 syntax and is implemented using the functional programming paradigm;
b) is a modern programming library;
c) was written using the Scala programming language and is a functional programming library;
d) is optimized for the Java platform by exploiting some of its advanced features, such as reflection and specialized bytecode;
e) contains a set of example code demonstrating the usage of the library and its advanced features;
f) uses the ScalaCheck test framework to conduct automated specification-based testing.
Functional Java Concepts:
The Functional Java library has been implemented to support the following advanced functional programming concepts:
a) currying;
b) partial application;
c) higher-order functions;
d) currying;
e) partial application;
f) higher-order functions;
g) the functional programming paradigm.
Functional programming offers new opportunities in computer programming.
By transforming data into a computation, functional programming provides functional programming with familiar paradigms.
For example, the functional programming paradigm allows the programmer to use the underlying data to compose complex computational behavior.
Instead of writing procedural code to process data, functional programming lets you express programs as functions.
Such programs operate over a stream of data values and produce a stream of output data values.
Similarly, you can write declarative programs that describe what to do with data, rather than how to do it.
Instead of writing imperative code to transform data, functional programming provides functional programming with familiar paradigms.
Functional Java API and JAR File:
The Functional Java API is implemented as a simple library, accessible via a set of simple static methods.
The API consists of a set of simple static methods that serve as an interface to the advanced functional programming features of the library.
The Functional Java API is available in the functional_java library.
The functional_java library is a JAR file that contains a collection of Scala classes.
All classes that are not part of the Functional Java API are located in the functional_java.jar file.
The Functional Java API also defines a simple static collection of functional Java methods for invoking the library.
The Functional Java API can be used in the following way:
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* Generates complete, checked code with ScalaCheck
* Integrates with standard tools, including Eclipse and IntelliJ IDEA
* Includes a detailed description of code examples in the documentation
* ScalaCheck Specification
* Documentation
* Access to Java 7 BGGA Proposal
The Functional Java ScalaCheck Specification is available from this project site.
** Updates:
* 7/1/11: First public release of Functional Java with ScalaCheck
* 1/15/12: Functional Java now supports simple composable builders by reusing the builder pattern
* 7/1/11: First public release of Functional Java with functional stack API
* 1/15/12: Added functional stack API
** Next steps:
Once you have been using Functional Java for a while, you may choose to participate in the next stages of this project.
* Integrate Functional Java with more of the standard tools
* Refactor the Functional Java library itself
* Other
Please post any feedback to functionaljava@vittae.com or join the mailing list.
@Created by Vittae, Inc.
Vittae, Inc. is a contributor to the open-source community, with strong technical, creative and production skills. The company is located in San Francisco, California.
(c) Copyright Vittae, Inc. 2011. All rights reserved.
(c) Copyright 2009, Functional Java All Rights Reserved.
Scala is a general purpose programming language for the JVM. It combines the expressive power of object-oriented programming with static types and non-strict semantics. It is freely available under the terms of the Eclipse Public License.
This JLine project is meant to be a new implementation of the JLine API, and not an attempt to compete with the existing JLine project. It includes a completely new test framework, usable with any Java application, a GUI implementation, and a fully featured REST implementation.
jlines.jar is a Java implementation of the JLine API. A port of the GNU readline library (in Java) and the GNU readline library’s user interface. The API provides an object for reading the user’s input, and an object for editing the input. The API also provides convenience classes for executing commands and processing their output. The API includes all of the facilities offered by the GNU readline library, as well as other convenience facilities.
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Introduction
============
Functional Java is built as an accessible library that aims to improve the experience of using the Java programming language in a production environment.
The library implements several advanced programming concepts that assist in achieving composition-oriented development.
Functional Java is written using vanilla Java 1.5 syntax and requires no external supporting libraries. The JAR file will work with your Java 1.5 project without any additional effort.
Functional Java also serves as a platform for learning functional programming concepts by introducing these concepts using a familiar language.
The library is intended for use in production applications and is thoroughly tested using the technique of automated specification-based testing with ScalaCheck.
Functional Java includes usage examples and notably, code examples that make use of the Java 7 BGGA proposal syntax.
How to use Functional Java in Scala
===================================
Requirements
————
Functional Java is available for Scala 2.11 and higher.
The library can be compiled with Scala 2.11 using sbt, SBT 1.1.0 or higher.
The following dependency can be added to SBT.
> libraryDependencies += “org.scalatest” %% “scalatest” % “2.2.4”
To test the library in a Scala project that uses SBT, add the following dependency to SBT.
> testDependencies += “org.scalatest” %% “scalatest” % “2.2.4”
Note that it is preferable to use the latest version of scalatest. The latest version can be downloaded directly from the scalatest website.
Using the Functional Java library
———————————
Using the library in a Scala project is simple and requires no extra setup.
The following example shows how to use functional Java to implement an example that uses composition in Scala:
“`scala
object FunctionalJavaComponents {
def main(args: Array[String]) {
val count = new Count
val redo = new Redo
val push = new Push
// Append a sequence of digits to the end of a list
def numberInput(input: List[Int]) = input ++ List(
input.head,
(input.tail map numberInput).head,
(input.tail map numberInput).tail
)
println(numberInput(List(12, 15, 18)))
println(numberInput(List(12, 19, 20)))
// Push a value to a stack
def stackPush(input: Int) = Push(input, count)
println(stack
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System Requirements For Functional Java:
Minimum:
OS: Windows 7, Windows 8, Windows 10 (64-bit)
Processor: Intel i5-4570S
Memory: 8 GB RAM
Graphics: DirectX 11 graphics adapter with 256 MB of video RAM
Storage: 12 GB available space
Sound card (for Windows): DirectX compatible sound card with at least 5.1-channel sound
Additional Notes:
To install the game, you will need to enable “Windows Features” for “DirectX 11” and “Older versions
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