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1. Uml editor ubuntu how to#
2. Uml editor ubuntu install#
3. Uml editor ubuntu software#
4. Uml editor ubuntu code#

If you give PlantUML a folder instead of a file, all the text files in that folder will be processed. It is possible to process multiple UML source files with one call. With the -pipe option, PlantUML reads from standard input and "prints" the diagram on the standard output, which you can redirect wherever you want: cat somefile.puml | java -jar plantuml.jar-pipe > /path/to/somefile.png You can assign a different name and location to a diagram if desired. Other supported output formats are SVG and LaTeX.

This command produces a PNG version of the diagram with the same name as the source file (in this case myumldiagram.png) in the same folder. puml is PlantUML's default file extension), enter the following at the prompt or in a shell script: java -jar /path/to/plantuml.jar myumldiagram.puml To create a diagram from instructions saved into a plain text file called myumldiagram.puml (.

Uml editor ubuntu install#

In that case, just install the default JRE with: #> sudo apt install default-jreĪfter installation (which consumed about 100MB of disk space on my computer), you can just download the Java container file, plantuml.jar, from the website and save it in a folder of your choice. On Ubuntu, if JRE is not installed, you will get a notification that "the program 'java' can be found in the following packages": * default-jre On Linux, you can check if you have a working JRE by typing the following at the prompt: #> java -version For testing some diagram types, you may also need the Graphviz utility, but that is available as a binary package for most Linux distributions. The only prerequisite is a working java command, which is the core part of any Java Runtime Environment (JRE). The fastest way to use PlantUML is via the official web server, but you also can easily install it on your computer. While it offers a very basic graphical interface, I prefer to write diagrams in my favorite text editor and then launch PlantUML from the command line. It runs everywhere Java runs, and it is easily included in scripts. PlantUML is perfect for beginners and intermediate users.

Uml editor ubuntu software#

While some types of PlantUML diagrams, like timing and interface mock-ups, may only be interesting to software and hardware designers, the diagram styles shown here can benefit all users. In addition, you can also generate several diagram types not included in the UML standard (Gantt, mind map, WBS). PlantUML, an open source UML diagram tool, lets you quickly create many different types of UML diagrams from text-based descriptions.

Uml editor ubuntu code#

The same feature makes it easy to quickly check if a diagram is consistent with the code it represents. Thanks to this integration, version control systems can store and track changes between different versions of many diagrams, just as they do with software code. The UML statements for a software algorithm or protocol's visual representation can be written as comments right above the code it visualizes in the software source file. In a large project, UML interpreters can automatically find all the diagram descriptions in all of the project's files and generate the corresponding images in one fell swoop. You can produce hundreds of similar diagrams, with different parameters, by passing code generated on the fly by a simple shell script (or any other program) to a UML interpreter.Īdditionally, UML is useful for efficiency, consistency, and version control.

Uml editor ubuntu how to#

If you are familiar with mind maps, you can often guess how to manually draw a diagram described by a UML file just by looking at it – even if you don't know UML! Because it is text-based, UML is extremely simple to generate with any software. UML stores drawings as plain text files, with a relatively intuitive syntax. For software developers and administrators (as well as business managers), diagrams based on the Unified Modeling Language (UML) make it easy to visualize complex systems, from software platforms to quality control departments, to see how they function. Sooner or later, almost everybody needs to draw a diagram, whether to manage large amounts of information or organize group activities.