TuK NUMA Benchmarks

Setup

Requires libnuma, so it will only compile on Linux; for macOS you can use a Docker container (see below).

1. Requirements: gcc, cmake, libnuma-dev
2. Clone this repository and cd into it
3. mkdir build && cd build
4. cmake -G 'Unix Makefiles' -DCMAKE_BUILD_TYPE=Release .. (or set build type to Debug if needed)
5. make -j8
6. Run ./src/tuk_numa_benchmark

Develop with a Docker container (e.g. on macOS)

1. Assuming docker is installed https://store.docker.com/editions/community/docker-ce-desktop-mac
2. Build a docker image using the included Dockerfile: cd <repo> && docker build -t tuk-numa ./docker
3. After creating the build directory, you can run CMake and make inside a container, e.g.:

docker run --rm \
    -v `pwd`:`pwd` \
    -w `pwd`/build \
    tuk-numa /bin/bash -c "cmake -G 'Unix Makefiles' -DCMAKE_BUILD_TYPE=Debug .."

4. Because all this seems pretty tedious to type, I've set up a task and debug configuration for Visual Studio Code:
   1. Once you've opened the repo folder in VS Code
   2. Press Cmd-Shift-P and select "Tasks: Run Task" to build the docker image and initialize the CMake build directory
   3. Compile the project with Cmd-Shift-B
   4. Set a breakpoint and start debugging in VS Code, or select "Run Test Task" from the Cmd-Shift-P menu to run without a debugger

Results

Based on 7 computations (took 9 hours)

Task 1

Task 2

Task 3