3 releases (stable)
1.1.0 | Mar 20, 2023 |
---|---|
1.0.1 | Mar 3, 2023 |
0.2.0 | Feb 18, 2023 |
#828 in Filesystem
26 downloads per month
33KB
781 lines
symlinkccc
A tool to SYMbolically LINK Catkin Compile Commands.
Getting started
Install rust, and make sure it is in your PATH by adding
test -f "${HOME}/.cargo/env" && source "${HOME}/.cargo/env"
to your .bashrc
file (or equivalent).
Install this package using:
cargo install symlinkccc
Then, in a catkin
workspace:
catkin config --cmake-args -DCMAKE_EXPORT_COMPILE_COMMANDS=ON
catkin build
symlinkccc
This command is pretty quick, especially compared to the average catkin
build time, so I made a wrapper for catkin
, which executes the symlinkccc
program after each catkin build
, while passing through any arguments. Add this to your .bashrc
file (or equivalent).
_catkin_wrapper () {
if (( $# == 0 ))
then
\catkin
else
if [[ $1 == "build" ]]
then
\catkin build ${@:2} && symlinkccc
else
\catkin $@
fi
fi
}
alias catkin="_catkin_wrapper"
Why?
ROS is an extremely useful framework when working anywhere near the robotics field, and catkin
is an extremely useful set of tools for building and generally handling all the ROS packages. clangd
is a very nice language server for the C++ programming language. However, catkin
and clangd
are not really friends...
clangd
requires a compile_commands.json
-file in order to understand which dependencies a package has. This can be generated by the cmake
build tool, which catkin
calls under the hood. To make catkin
generate these files, add -DCMAKE_EXPORT_COMPILE_COMMANDS=ON
to the cmake
arguments, e.g. like this:
catkin config --cmake-args -DCMAKE_EXPORT_COMPILE_COMMANDS=ON
The problem is that catkin places the compile_commands.json
-files in the build folder for each individual package, while clangd
wants it in the root of the source folder for each package (as it is slightly more likely that you'll edit code from the source folder compared to the build folder). An advantage of ROS/catkin
is that
TODOs
Some things I'd like to explore if I have time. I doubt too much of this will have an impact on the actual performance.
- Fix warning due to workspace being the name of a mod and multiple other things
- Use async
- Async handling of source and build directories
- Async loading files (package.xml/CMakeLists.txt)
- Async linking of different files
- Test if
cargo watch
can be used to check if something has to be re-linked - Try to get the
rospack
command implemented purely in rust - See if links can be juggled for profiles rather than just removing the old link for every time the program is executed
- Look to minimize the size of the binary by eliminating unneccessary dependencies.
- Can ROS compile on pure Windows? If so the symlink won't work.
Dependencies
~6–14MB
~173K SLoC