See http://vu-programming.gitlab.io/pad/website/ for the course content and more info.
Requires make and GCC or Clang
Run make ijvm to build the ijvm binary
You can enable the debug print (dprintf) found in include/util.h by
setting the -DDEBUG compiler flag (e.g., make clean && make testbasic CFLAGS=-DDEBUG).
Run an IJVM program using ./ijvm binary. For example ./ijvm files/advanced/Tanenbaum.ijvm.
Add your header files to the folder include.
To run a specific test run make run_testX (e.g. make run_test1).
- To run all basic tests, do
make testbasic. - To run all advanced tests, do
make testadvanced. - Check for memory leaks using
make testleaks - Check for memory errors/ undeifned behavior
make testsanitizers(requires LLVM) - To compile with pedantic flags:
make pedantic
You can debug the tests by running running the binaries generated by
make build_tests through GDB.
Generate a gzipped tarball of your project using the make dist command.
Make sure to double check that all your required files are included in the tarball.
You need a valid C11 compiler, such as clang or gcc, as well as glibc. Do not use any non-standard libraries.
This skeleton works on Linux and MacOS. Windows users can install a Linux VM, or follow the instructions below.
To develop on Windows, we recommend using the Windows Subsystem for Linux,
and installing Ubuntu from the Microsoft Store. Once you have gone through the
setup steps, you can access the Linux command line by executing bash from
the Windows command line. You can access your files in the Windows file system
through mount points (e.g. cd /mnt/c/Users/<username>/Desktop).
Both glibc, gcc, and make are included in the package build-essential. To
install this package, execute the following commands:
sudo apt-get updatesudo apt-get install build-essential
Now you can compile the project by navigating to this directory and executing
the make command.
You can install the goJASM assembler by executing make tools. This will
download a goJASM executable in the tools directory.