automatic sequence diagram generator eclipse

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Software system testing that is sometimes last activity of the software system development cycle is performed below the pressure. Irresponsible of a software system is incredibly abundant passionate about the means of testing performed.

# if some version control system is used.ĭoxygen needs a text configuration file (the Doxyfile).Software testing is that the primary activity to provide reliable software system. # This could be handy for archiving the generated documentation or # The PROJECT_NUMBER tag can be used to enter a project or revision number. # by quotes) that should identify the project. # The PROJECT_NAME tag is a single word (or a sequence of words surrounded # iconv built into libc) for the transcoding. # text before the first occurrence of this tag. The default is UTF-8 which is also the encoding used for all # This tag specifies the encoding used for all characters in the config file # Values that contain spaces should be placed between quotes (' '). # For lists items can also be appended using: # All text after a hash (#) is considered a comment and will be ignored. # This file describes the settings to be used by the documentation system The Doxygen configuration file ( Doxyfile) is a simple text file which has comments in it to explain the settings: It produces the following HTML output documentation: Make sure compiler treats enum's efficient (e.g. The bit number also indicates the port bit number. *! Masks for LEDs, this is an enum, and the values are power of two to make it With this, the following source is compiled by Doxygen: The Doxygen documentation lists different commenting styles. But there are multiple ways of using special commenting styles to extend the information created.

Automatic sequence diagram generator eclipse pdf#

It supports many programming languages (C, C++, Java, …), and different output formats: HTML and PDF are very popular ones.ĭoxygen is able to generate documentation from standard sources. It is a compiler which compiles source (or text) files and extracts the embedded information.

Doxygen is using the comments in the code to generate the documentation. With Doxygen my project sources *are* the documentation. If using CodeWarrior for MCU 10.x or 11.x (Eclipse 4.2 Juno based), then only use the 0.8 version:

Automatic sequence diagram generator eclipse install#

In Eclipse, use the menu Help > Install New Software and point to the directory where you have extracted the file.

Automatic sequence diagram generator eclipse zip file#

In case you still need the 0.8.0 or earlier version: I have them available on SourceForge: ĭoxygen is required, Graphviz highly recommended, and Mscgen is optional.Īfter installing all of them, finally the Eclox Eclipse plugin: point Eclipse to the Eclox update site: ĭownload the zip file and extract it.

Automatic sequence diagram generator eclipse upgrade#

As CW for MCU 11.0 and earlier use an older Eclipse version, do *not* upgrade doxygen to a later version: only use 0.8 version. For CodeWarrior for MCU I’m using the 0.8 version and that one works well. I recommend that you download the zip file from that site. NOTE: As of Feb 2018, the doxygen Eclox project has been moved to the following site. Here are the links to download the needed tools: And Eclox is an Eclipse plugin which integrates everything into Eclipse. Mscgen is similar to Graphviz, but simpler and optimized for message sequence diagrams. Graphviz is a package to draw diagrams and graphs. Why not using the my precious source documentation in the sources and use it for the ‘written’ documentation? This is where I use Doxygen, GraphViz, Mscgen and the Eclipse Eclox plugin, all of them open source.ĭoxygen is a compiler which generates documentation out of source files. It is already hard to write good documented code, and writing good source comments is an art on its own. And the user documentation will be easily out of sync too :-(. It even gets worse after a few maintenance cycles: it is very hard to keep the documentation in sync with the actual implementation and project sources.

The problem starts with the fact, that rarely the implementation matches the initial design.

Maintain and ship and again, and again, and ….

Create a design, specify and document the API.

In a traditional way the following flow is used: