This library has for goal to abstract the MCU from your code allowing you to abstract the drivers.

At the moment, the library supports the following MCUs:

• STM32F072CB

http://mal-organization.github.io/MAL/

Since we never have infinite time to work on projects , the build process is not yet fully automated. The "perform" step is not yet working.

Doing a build still require manual steps in order to publish to GitHub

• Once your environment is setup properly (see below) you can run the following command in the /library folder:
  • mvn -U -B clean release:clean release:prepare release:perform
  • This command will tag and commit the build, and will generate under /library/target a mal-X.X.X-library.zip package
• Once the build is done, we still need to upload it to GitHub, you should see the tag that was just created here: https://github.com/MAL-Organization/MAL/releases
  • On the right of the new tag, click edit
  • Take the /library/target a mal-X.X.X-library.zip package and upload it to GitHub
  • Click Publish release

The build script run Eclipse in headless mode. You need a fully working Eclipse workspace in order to do a build. Here is how to get there.

• Install Java JDK
• Install maven
  • Add maven to Path environment variable
• Install python 3
  • Add the following path to Path environment variable: [PathToPython3]
  • Create a python3 executable
• Install cmake (Tested with cmake 3.10)
  • Create CMAKE_HOME environment variable. This should point to the bin folder of cmake.
• Install the GNU ARM toolchain
  • Create the ARM_HOME environment variable. This should point to the bin folder of the toolchain.
    • Make sure to use forward slash for this path
  • Create the GCC_ARM_HOME environment variable. This point to [PathToToolchain]/lib/gcc/[VERSION]
• Install the GNU ARM Windows build tools by following this: https://gnu-mcu-eclipse.github.io/windows-build-tools/install/
  • Create the ARM_BUILD_TOOLS_HOME environment variable. This should point to the bin folder of the tools.
• Install cygwin
  • Install package make
  • Install package gcc-core
  • Install package gcc-g++
  • Install package curl
  • Create CYGWIN_PATH environment variable. This should point to the bin folder of cygwin.
    • Make sure to use forward slash for this path
• Install doxygen
  • Add doxygen to Path environment variable
• Install git
  • Add git to Path environment variable