- Eclipse doxygen plugin software#
- Eclipse doxygen plugin code#
- Eclipse doxygen plugin license#
- Eclipse doxygen plugin download#
Content assist for Doxygen comments -> Eclipse C/C++ (CDT) supports it. 
Optional packaged Doxygen binaries (for Windows and Linux).Graphical edition of Doxygen settings (Doxyfile).
Eclipse doxygen plugin code#
It aims to provide a slim and sleek integration of the code documentation process into Eclipse.
ee_applcfg.Eclox is a simple Doxygen frontend plug-in for Eclipse. applSignature.oil - the application OIL signature, which is basically the OIL file re-exported by the tool. out - This directory stores all the files related to the application, included the final binaries. RT-Druid re-generates the files ONLY if the signature does not match the current OIL file. This part is basically the "configuration" part of the library, and it is a subset of the application OIL file. osSignature.oil - the OIL file signature. makefile - the main makefile for compiling the ERIKA library. src - The source code of ERIKA, copied in the local project. all the rest is generated from the pull makefile! pull - These are the only files generated by RT-Druid under ERIKA. obj - The object files used to assemble the library. mk - The makefiles used for compiling the library. inc - The ERIKA include files, copied in the local project. doc - Doxygen documentation, generated automatically when building the project (only if Doxygen is installed!). dbg - Debug scripts (typically related to GDB, Lauterbach TRACE32, or to iSystem WinIDEA). erika - This directory stores all the files related to ERIKA v3. The compilation process creates at the end the following directories:. Compilation Phase: the ERIKA library is then compiled. Doxygen Phase: based on the source code, the Doxygen documentation is generated. Pull phase: based on erika/osSignature.oil, the system knows what to copy in the erika/inc and erika/src directories from the ERIKA repository (typically stored in the Eclipse plugins) for the library build. The building of the ERIKA library has three phases:. The out/makefile first builds the ERIKA library, and then compiles the application. RT-Druid reads the OIL file, and generates:. The compilation workflow is as follows:. The application code and the OIL File are stored in the project directory. The structure of an ERIKA3 Project is as follows: NOTE: this operation may be necessary every time an Erika or RT-Druid configuration property is modified. Double-Click on eclipse.exe application located into eclipse folder extracted from the RT-Druid Package and then the workspace selection window will appear as shown the following figure:. On Windows machines, we typically unpack the tool under C:\Evidence\versionnumber, where 'versionnumber' is the build number. RT-Druid is provided as a compressed archive, which can be unpacked in your user directories. Here is possible to find more details about the release scheduling and build numbers of RT-Druid packaging. Eclipse doxygen plugin license#
The ERIKA v3 license is a GPL v2, whereas the RT-Druid license is a proprietary license that allows you to use the provided version of RT-Druid at no cost.
Eclipse doxygen plugin download#
To download RT-Druid, you have to accept the RT-Druid and the ERIKA v3 licenses.RT-Druid can be downloaded using the download web page.ARM GCC Compiler (for all Cortex-M derivatives).(additional information depending on the architecture this is not a list of all supported compilers!) for the GNU make tool (and optionally Doxygen).
Eclipse doxygen plugin software#
The following is the list of software that should be already be installed in your system before installing ERIKA v3:
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