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Tools needed

• Python 3. The icm is programmed in Python language
• Virtual environment. It allows you to test icm and install python packages without breaking anything on your system
  • Windows: It is already available after the python3 installation
  • Installation on Ubuntu 20.04:

sudo apt install python3-venv

Setting the working environment

If it is the first time you are using icm follow these steps:

• Fork the icm repo in your github account
• Clone the repo (or your fork, if you want to contribute):

git clone https://github.com/FPGAwars/icm.git

• Enter into the icm folder

cd icm

• Create the virtual python environment

make cenv

• Start the virtual environment

. env/bin/activate

• Install all the python dependencies:

make deps

Running icm

You can now modify the python source files for adding your new features / bug fixed. Once your are done type these commands:

• Check that everything is ok:

make tox

If everything was ok you should see something like this:

(env) obijuan@Hoth:~/test/icm$ make tox
python -m tox
[...]
py38 run-test: commands[1] | flake8 icm
py38 run-test: commands[2] | pylint icm

--------------------------------------------------------------------
Your code has been rated at 10.00/10 (previous run: 10.00/10, +0.00)

___________________________________ summary ____________________________________
  py38: commands succeeded
  congratulations :)
(env) obijuan@Hoth:~/test/icm$

• Install icm in your python environment

make install

• Run icm. For example, you can check the version:

(env) obijuan@Hoth:~/test/icm$ icm --version
icm, version 0.4.8

Releasing a new version

TODO

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