- UML class modeling - Code generation for a set of generated classes - Package generation - Many examples - Java class modeling and package generation - Do not work with Eclipse - Already work with the best tool for source code generation, jOrphan - Generate source code directly in Java, Eclipse or IntelliJ IDEA without the need to generate a model first - Use the.graph (diagrams) representation to generate code - Easy to use - Toolkit extension is available on the website - Gather information about the UML class diagrams - Possibility to generate new classes - Possibility to generate code for all packages (package, class, interface, etc.) - Many examples ZLIC - ZLIC Java to C# Parser is a parser written in Java. It uses the JFlex and Yacc programming language technologies for the lexical analysis and the parsing. The parser code is optimized to the minimum. It's portable and has been tested on Unix and Windows operating systems. ZLIC is a project released under GNU GPL license. ZLIC Description: ZLIC allows you to translate Java source code to C# source code. It automatically detects the similarity of the input files, so you don't have to think about the inputs and output formats. The Java source code is translated into C# language, like the C# to Java translator. ZLIC translates Java syntax into C# syntax. It provides a common framework for the Java and C# developers to easily generate C# source code. ZLIC Supported languages: 1. Java 2. C# License: ZLIC is licensed under the GNU GPL version 3. Download: BlackMin is a Java-based link analysis tool. It is similar to Perl-based tools, like Graphviz, Powerdot and LINKS, but it is written in Java and is very fast, simple and easy to use. It can work on complex graphs. You can use BlackMin to visualize your own graphs with source code. BlackMin Description: BlackMin is a Java link analysis tool that works like other similar tools, like Perl-based tools, like Graphviz, Powerdot and LINKS, but it is written in Java and is very fast, simple and easy to use. It can work on complex graphs.
Compile generated source code into binary executable file. It can compile to.exe,.dll,.so,.lib,.bin. The binary executable will contain all generated source code. It can be run to execute it, or be compiled to.exe,.dll,.so,.lib,.bin. Input parameter: output directory: Generate all source code files into output directory. -al: Specify whether generating header file. It will replace special characters like $ and # with the place holder, so you can use the generated source code in other C/C++ project without causing errors. -c: Re-compile generated source code. -d: Copy generated source code into the specified directory, overwriting the files that already exist. -dc: Specify whether generating header file. It will replace special characters like $ and # with the place holder, so you can use the generated source code in other C/C++ project without causing errors. -df: Specify whether generating header file. It will replace special characters like $ and # with the place holder, so you can use the generated source code in other C/C++ project without causing errors. -if: Only generate interface header file. -id: Specify whether generating header file. It will replace special characters like $ and # with the place holder, so you can use the generated source code in other C/C++ project without causing errors. -lt: Specify whether generating header file. It will replace special characters like $ and # with the place holder, so you can use the generated source code in other C/C++ project without causing errors. -n: Do not generate header file, but generate a source code file. -p: Specify the processor architecture. Options: -arch: Specify the processor architecture to be compiled for. -c: Use the specified compiler. Options: -cc: Specify the compiler to be used. -cpp: Specify the compiler to be used. -cxx: Specify the compiler to be used. -ctype: Specify the compiler to be used. -d: Compile and link to generate the program. -d1: Compile and link to generate the program. -d2: Compile and link to generate the b78a707d53
NewGen is a software used to generate the source code of models. NewGen consists of the following main parts: - Model Library (MLib): this library is a core module of the software that lets you define model elements (Class, Method, Parameter, Interfaces) in accordance with UML/MDA. - Generator: this module works with the library and uses templates to allow you to develop specific generation mechanisms. - HtmlViewer: this module shows the generated code as html code. - Linux: this module is a Linux native component of the software to allow you to create debian packages. Also, when you install this software under linux you will be able to use a command line interface to generate source code. NewGen works through Java. You don't need to install any software to run it. Only Java Runtime Environment (JRE) is needed. Java runtime environment can be installed following this guide: 1- NewGen requires Java 6, Java 7 or Java 8 (32/64 bits) to work properly. 2- I suggest to use Java 6 because: - Java 7 requires specific files that are not present in the original jar file - Java 8 requires specific classes that are not present in the original jar file 3- You can install the latest version of Java by running the following command
Its UML-like interface lets users define reusable programs, which generate source code based on a set of parameters (file, class, and so on) and a set of keywords. It uses a generator template mechanism in order to fully support the UML (Unified Modeling Language) style. NewGen generates the source code directly from the class and template in place. It has a graphical interface. It makes it easy to generate multiple classes at once. It provides the new concepts of NewGen, such as Synchronous and Asynchronous methods, Synchronous and Asynchronous callbacks, and so on. It has a built-in parser, which can recognize any valid UML code fragment. NewGen is highly extensible and has the ability to recognize most of the new UML 2.0 code fragments. It can recognize classes, attributes, methods, and enumerations. It supports most of the UML tags. Many custom tags are provided, which are used to extend the UML language and to make it more convenient to use. And its user interface is also intuitive and simple. In addition, NewGen provides a more powerful output than other standard UML-based generation tools. At the moment, NewGen can handle two kinds of object-oriented languages, C++ and Java. However, there are two new UML tags recently defined in UML 2.0, namely FACTORY and CATALOG. It is suggested to use NewGen for these new tags. This guide is intended for users who have a new project they wish to generate automatically. Step 3. Configure the generator template The new generators have their own language, the generator template language (GTL). For NewGen, we provide a parser which allows you to create and modify this GTL easily. There are two ways to do this. The first way is to create a new GTL file by using the GTL Editor. The second way is to use the GTL Editor's to customize the existing GTL files, as shown in the figure below. The GTL Editor For example, if you want to create your own customized GTL files and you don't want to use the GTL Editor, you can use our GTL Generator, which will be built automatically in your CMake directory. Step 4. Create a new project Now, you can create a new project. There are two ways to do this. The first way is to use the NewGen generator. The second way is to use the GTL Editor's to edit your GTL file and generate the new project using it. The generator For example, if you want to create your own customized GTL files and you don't want
Windows 7, Windows 8 or Windows 8.1 with a 64-bit operating system 2GB of RAM 20GB of available hard disk space DirectX 9.0c compatible video card DirectX 11 compatible video card 1GHz of processor Internet connection for online features Audio device The magnificent game Mount and Blade: Warband is getting even more spectacular. Developed by Bulwark Studios, it is both a high-quality PC game in its own right and a supplement for Warband 1
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