While this project includes a C/C++ compiler, the LLVM backend can support any language. There is a small, experimental SPMD parallel compiler in tools/spmd_compiler.
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The NyuziProcessor repository README has instructions for building this as well. These instructions are only necessary if you want to build this separately.
The following sections describe how to install these packages.
- gcc 4.8+ or Apple clang 4.2+
- cmake 3.4.3+
- python 2.7
- libxml (including headers)
- zlib (including headers)
- bison 2.7+
- flex 2.5+
- swig 3.0.11+ (http://www.swig.org/) with python wrappers
- libedit (http://thrysoee.dk/editline/)
Building on Linux
You can install required packages using the built-in package manager (apt-get, yum, etc). As LLVM needs newer versions of many packages, you should be on a recent version of your Linux distribution. Instructions are below are for Ubuntu (which must be on at least version 16). You may need to change the package names for other distributions:
sudo apt-get install libxml2-dev cmake gcc g++ python bison flex \ zlib1g-dev swig python-dev libedit-dev libncurses5-dev ninja git clone email@example.com:jbush001/NyuziToolchain.git cd NyuziToolchain mkdir build cd build cmake -G Ninja .. ninja sudo ninja install
Building on MacOS
On Mavericks and later, you can install the host command line compiler like this:
On earlier versions, you can download XCode from the app store. You will also need to install a package manager like MacPorts to get the remaining dependencies. Open a new terminal to do the build after installing MacPorts, because it installs alternate versions of some utilities and updates the PATH. Once you have done this:
sudo port install cmake bison swig swig-python ninja git clone https://github.com/jbush001/NyuziToolchain.git cd NyuziToolchain mkdir build cd build cmake -G Ninja .. ninja sudo ninja install
Upgrading 'flex' using the package manager may cause build errors. I would recommend using the system supplied version.
Building on Windows
I have not tested this natively on Windows. Many of the libraries are already cross platform, so it should theoretically be possible.
- The toolchain is installed into /usr/local/llvm-nyuzi/
- The triple for this target is 'nyuzi-'.
Change PATH environment variable to include the binary directory (build/bin). This is only required for llvm-lit based tests. Run the tests as follows (assuming you are at the top of the project directory):
export PATH=<BUILDDIR>/build/bin:$PATH llvm-lit test llvm-lit tools/clang/test/CodeGen/ llvm-lit tools/spmd-compile/test/ llvm-lit tools/lld/test/ELF/nyuzi-*
All tests should pass.
- The command above for the LLD tests uses a wildcard to only run tests for the Nyuzi target. This is because many tests are architecture specific but don't specify a REQUIRES line in the file. They are assuming LLVM is built for all architectures, where I have modified the build files in this project to only build for Nyuzi.*
It is also useful to run the random test generator to validate the backend.
There is a set of whole-program tests in the NyuziProcessor repository test/whole-program Each test case is compiled and then run in the instruction set simulator, which checks the output for validity. This is similar to the test-suite project in LLVM. Instructions are in that directory.
In the same repository, there is also a test to validates the LLDB debugger by running a real program in the emulator: tests/lldb