Bootstraping the project:
One can build the project in a container. The bootstrap.sh script
will build a docker container defined in the Dockerfile. After downloading
all dependencies, building the project and installing the builded artifacts,
one will get shell access in the container.
From here on, one can use 'stubc <my_programm.st>' to execute the compiler. This
should produce an executable in the same directory as the defined code in <my_programm.st>.
The executable will be named <my_programm>.
The bootstrap.sh script can be used everytime one wants access to the shell.
All commands executed while building the container are cached and
therefore will not be executed again.
Disclamer:
After exiting the shell the container will be killed automaticaly. To make
sure it is stopped runnig you can use the 'docker container ls' command.
There are two container images, using the CENTOS Container will likely be
faster and smaller.
CENTOS Container:
docker build -t antlr:one . 0.45s user 0.42s system 0% cpu 4:22.33 total
REPOSITORY TAG IMAGE ID CREATED SIZE
antlr one ------------ ------------ 1.37GB
centos latest ------------ ------------ 215MB
Arch Container:
docker build -t antlr:two . 0.12s user 0.11s system 0% cpu 5:50.85 total
REPOSITORY TAG IMAGE ID CREATED SIZE
antlr two ------------ ------------ 1.86GB
archlinux latest ------------ ------------ 415MB
Dependencies:
gradle
clang
llvm tool set
java
make
[docker] // optional