TTT is a template for a CMake based C project to help easily bootstrap C projects. This started as an effort to put all boilerplate code that I ended up writing whenever I created a new project.

Simply use setup.sh to replace instances of ttt and TTT with your project specific names and/or prefixes. This script also renames the files.

./setup.sh -rename mylib

Then mylib (Initially ttt before calling setup), can be used to build and install the library mylib.so and the tests.

If the option -n or -nuke is also passed to the script, setup.sh self-deletes itself, deletes git history and this README.md as well.

./setup.sh -rename mylib -nuke

Use -h or -help to print the full help message.

./setup.sh -help

This project uses conda to manage dependencies (CMake, clang-format, clang-tidy and other dependencies for documentation). Dependencies can be installed by executing following commands after installing conda.

conda env create -f environment-dev.yml
conda activate mylib-dev

You can format the source code with clang-format (.c and .h files are likely to be messy after renaming from ttt to mylib) using the option -format.

./mylibcfg
./mylib -format

Then you can initialize git, add the files and do the initial commit for the new project.

git init
git add .
git commit

Simply run mylibcfg to configure and mylib script to build and install the library.

./mylibcfg -enable-docs
./mylib -docs -install

Use -help to see all the options supported by mylibcfg and mylib script.

./mylibcfg -help
./mylib -help