Ritsu

Ritsu helps you with C/C++ software development. It provides you with a domain specific language to specify a C/C++ project, and then automates build project generation with the help of CMake.

Run

ritsu my_project

in command prompt to generate a project. This will generate directory with the following contents:

my_project
  build
  meta
    project.rb
  src
    cmake_modules
    --empty--
  Thorfile

The file meta/project.rb specifies the project, and its content is initially as follows.

require 'ritsu'

Ritsu::Project.create('my_project') do |p|

  ##################
  # YOUR CODE HERE #
  ##################

end

You now can populate the src directory with your C/C++ source and header files. For examples:

my_project
  build
  meta
    project.rb
  src
    cmake_modules
    my_program
      lib.cpp
      lib.h
      main.cpp
  Thorfile

Then, you can specify targets to build as follows:

require 'ritsu'

Ritsu::Project.create('my_project') do |p|
  p.add_executable('my_program') do |e|
    e.add_cpp_file 'main.cpp'
    e.add_header_file 'lib.h'
    e.add_cpp_file 'lib.cpp'
  end
end

As you can see, for each target (an executable or a library), you have to create a directory under src, which bears the same name as the project. The file names used in the add_cpp_file and add_header_file commands are relative to the directory of the target. You can bypass this behavior though.

To build the project, you first need to update the source files and the CMakeLists.txt files for the project and for its targets. This is done by running a Thor command in the project directory.

thor my_project:update_src

The source files and CMakeList files are generated if they are not present. From this point, you can either run cmake to generate platform-specific build scripts, or run

thor my_project:cmake

which will create an out-of-source build scripts in the build directory. The action

thor my_project:update

combines the first two steps in one shot. Now, use your platform-specific tool to build the project.