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JCGO is an application that can translate programs written in Java into platform-independent C code. This could be compiled (by third-party tools) into highly-optimized native code for the target platform and deployed. JCGO is a powerful solution that enables your desktop, server-side and embedded/mobile/wireless Java applications to take full advantage of the underlying hardware. In addition, JCGO effectively protects your intellectual property by making your programs when compiled to native code as hard to reverse engineer as if they were written in C/C++. The JCGO translator uses some optimization algorithms that allow, together with optimizations performed by a C compiler, the resulting executable code to reach better performance if compared with the traditional Java implementations (based on the Just-In-Time technology). The produced executable does not contain nor require a Java Virtual Machine to execute, so its resource requirements are smaller than that required by a typical Java VM. This also simplifies the process of deployment and distribution of an application. The JCGO product is targeted to application software developers (to get higher performance, smaller memory footprint and smaller start-up time for an application, to protect the code as an intellectual property) and hardware device developers (to write device code in Java with the same performance as in C). It’s also designed to suit the needs of software porters (to execute existing applications on platforms without a Java VM support) JCGO consists of the following parts: the translator executable files (one for every supported development platform) the JCGO-specific part of the Java runtime environment the JCGO-specific part of a C runtime environment the precompiled libraries part, the supplementary and JCGO-specific auxiliary tools miscellaneous and sample source files; and the accompanying documentation.
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The JCGO software product is a translation tool that converts a Java application into platform-specific native code. JCGO is a Java-to-native translator; it does not require any additional libraries or systems to operate. It uses an on-the-fly, two-pass translator that translates Java bytecode into platform-specific native code. It does not require an installation step, since it is launched from a Java application. The translator is based on three principles: Use the Just In Time (JIT) mechanisms available in the Java Runtime Environment (JRE) whenever possible. It optimizes the generated code and supplies a specialized JRE to the translator. Use the best/most optimized platform-specific libraries available. They are optimized to run on the hardware under development. Use the most appropriate Java constructs when they are needed. JCGO can also be used to create new device drivers for Java applications. JCGO Installation and Update Information: To install the Java-to-native translator, you must download it from the JAR file, as described in the Files section below. The latest version of the JAR files are available at this address: The component as described in the Web site requires a properly configured server with a JDK or JDK Runtime Environment (JRE) environment. If you do not have a JDK, please download the version closest to your needs from the following link: Download the executable JAR file that you want to execute, extract it into a folder. If you choose to use Jython 2.2.0 or later, download the Jython 2.2.0 as described in the Downloads section below. If you are using a version of Jython prior to 2.2.0, download and extract Jython 2.1.3 as described below. When you start the JCGO, it will display a welcome screen. It will also show a message informing you that you have the Java command-line tools and utilities installed on your machine. This indicates that you have a Java environment installed. If you need to enter commands in the Jython console, select the appropriate option from the Welcome screen. For more information about using the tool to create device drivers, please refer to the Technical Guide for JCGO. To update your installation of JC
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The JCGO Project is a set of tools designed to convert Java bytecode into highly optimized native code for platform independent execution. The project was created to translate a program written in Java into the C programming language, to operate using a simple plain C/Java Interface. JCGO’s official page is here JCGO Components: The jcgen tool is the Java code generator. It generates C Java bytecode code. The jcgp tool is the Java program interpreter. It interprets a Java program file (or several) and creates a native Java binary file (or several) that can be directly executed by the native Java virtual machine. The jcgwp is a library package that interfaces the two tools. It defines a set of Java data structures and Java methods that enables them to talk to each other. It is used by the jcgp and jcgen tools. The jcgotools are the command-line tools that can be used to build a native executable and can be used to easily run a program, test or analyze it. The jcgotest suite is a set of unit tests for the jcgotools. The jcgotools-sample is a set of sample test files. Miscellaneous and samples files, this includes the directory of all the files that form the jcgotools, the manual, and help files. The documentation is a set of manual pages for the jcgotools which include the developer’s manual, the quick manual and the used manuals. The jdksamples directory contains a pair of sample programs. One of which is a simple client/server program using the Toolkit and the JDK1.1 APIs and the other which uses the Java media libraries 1.1.1. The jdkdocs directory contains a small collection of reference documents. The jdkserver is a server component written to illustrate the communications between a client and a server in a simple way. The jdkiostreams directory contains a collection of source code for the Java Media Framework 1.1.1 libraries. This is used by the client/server to convey messages back and forth. To validate the results of the translation process, it is used a unit test. The basic test is used to make sure that every Java method correctly translates into the equivalent C method. Once this is done, a second test is used to test the performance of the equivalent C function 7ef3115324
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The JCGO product consists of a set of translator executables that: – translate user programs written in the Java language – produce C code that targets devices without a Java VM support – produce native code for devices with a Java VM support The translator executables convert Java programs into C programs that execute on devices with a Java VM support. It also produces C code for devices without a Java VM support. JCGO-specific support for software developers The translator executables generate native code compatible with the most commonly used C compilers. On Windows platforms with a Java VM support, JCGO generates native code compatible with the Sun JRE 6.0. – a native compiler built on an OpenJDK 6.0-based Java virtual machine engine that produces executable code for devices without a Java VM support. – an equivalent of the Java API provided by Java run-time environments – native versions of some Java classes that ensure that the generated native code is executed on devices without a Java VM support To be used by software developers, the translation produced by JCGO has the following benefits: – JCGO ensures that programs coded in the Java language are executed on devices without a Java VM support, guaranteeing that the native code is always compatible with the target devices. – native code generated by JCGO can be efficiently compiled by C compilers and linked in with the native C runtime libraries (thus they don’t require to be loaded with a Java VM on the target device). – native code generated by JCGO has fewer size restrictions than that required by a Java VM. – native code generated by JCGO is more compact (less code, less data) when compared with the Java code that translates to the same native code. – native code generated by JCGO can be faster if compared with traditional Java implementations. In contrast to the manual configuration procedure required by Java JIT, JCGO allows to specify a program’s bytecode as native code that is optimized with traditional JIT optimization methods. JCGO-specific part of a Java runtime environment JCGO includes a library that could be called from a Java application to enhance performance of the applications that translate themselves into Java programs that execute on devices without a Java VM support. JRE-specific part of a C runtime environment JCGO includes a library that provides an equivalent of the Java API. JCGO-specific part of a C runtime environment JCGO also has a small library which provides extra functions. JCGO precompiled
What’s New In JCGO?
a) Translator JCGO is a translator based on a Just-In-Time technology. It has three basic types of output: 1) Native – executable code (or library) 2) Standard library – a library of Java and other class files that will be compiled to native code (it is mandatory to use the C runtime environment in order to execute an application developed in Java). 3) Special libraries – a library of Java and other class files that will be translated to C to allow their execution in native code. All these libraries are statically linked to the runtime environment. b) Runtime environment JCGO runtime environment consists of a Java Virtual Machine (JVm) that can be run on any supported platform, and a C Runtime Environment (CRT) that will be used to execute the translated programs written in Java. The JVM is optionally integrated with the CRT by the “native mode” (-native) command line option. The default mode is the C-only mode. The two environments are in charge of converting Java bytecodes into native instructions to be executed. The compiler object code (executable and library) generated are delivered to the CRT to be executed. The CRT registers the classes of the standard library in the memory segment with a fixed size. When an application calls a method of a class from the standard library, the CRT loads the code of the method in the memory segment, and executes the first instruction of the method. Once the CRT runs into an exception, it will call into a SEH handler that consists in an exception return instruction (RET instruction) to the entry point of the application. In case of a crash, the application is launched with a “kill” command. The executable and the standard library are embedded in a.pdb file. c) Linker A general-purpose linker that can analyze the resulting native and standard libraries to reduce the size of the deployment package. The linker is composed of two simple parts: 1) The analysis phase, which analyzes the compiled code (standard and native) to establish that all the code is self-contained, and then builds a machine image. In this phase, the libraries for native code (i.e. the CRT libraries and some special libraries, like the JVM and the JRE libraries, the libraries of JNI and JCE, etc.) are recognized. 2) The relocation phase, which includes the linking of all the standard libraries. The analysis part does
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OS: Windows XP, Vista, 7, 8, 10 (32-bit only) Processor: 1.8 GHz (2.0 GHz recommended) or faster Memory: 2 GB (2 GB recommended) Graphics: DirectX 9.0c compatible video card with 1 GB RAM or better DirectX: Version 9.0c or later Hard Drive: 2.5 GB available space Resolution: 1024 x 768 or higher Sound Card: Yes Other: Internet connection Additional Notes:
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