ninja VS NGL

Under the hood, Rescript uses a build system called Ninja. Ninja is similar to Make, but cross-platform and more minimal/performant.

Really? I thought most new projects were switching to ninja[^1] and have never used it.

[^1]: https://ninja-build.org/

warning: Starting with the September 2023 release, the default triplet for vcpkg libraries will change from x86-windows to the detected host triplet (x64-windows). To resolve this message, add --triplet x86-windows to keep the same behavior. Computing installation plan... The following packages will be built and installed: * egl-registry:x86-windows -> 2022-09-20 glew:x86-windows -> 2.2.0#3 * opengl:x86-windows -> 2022-12-04#3 * opengl-registry:x86-windows -> 2022-09-29#1 * vcpkg-cmake:x64-windows -> 2023-05-04 * vcpkg-cmake-config:x64-windows -> 2022-02-06#1 Additional packages (*) will be modified to complete this operation. Detecting compiler hash for triplet x86-windows... A suitable version of powershell-core was not found (required v7.2.11) Downloading portable powershell-core 7.2.11... Downloading powershell-core... https://github.com/PowerShell/PowerShell/releases/download/v7.2.11/PowerShell-7.2.11-win-x86.zip->C:\vcpkg\downloads\PowerShell-7.2.11-win-x86.zip Downloading https://github.com/PowerShell/PowerShell/releases/download/v7.2.11/PowerShell-7.2.11-win-x86.zip Extracting powershell-core... error: while detecting compiler information: The log file content at "C:\vcpkg\buildtrees\detect_compiler\stdout-x86-windows.log" is: -- Downloading https://github.com/ninja-build/ninja/releases/download/v1.10.2/ninja-win.zip -> ninja-win-1.10.2.zip... -- Configuring x86-windows CMake Error at scripts/cmake/vcpkg_execute_required_process.cmake:112 (message): Command failed: C:/vcpkg/downloads/tools/ninja/1.10.2-windows/ninja.exe -v Working Directory: C:/vcpkg/buildtrees/detect_compiler/x86-windows-rel/vcpkg-parallel-configure Error code: 1 See logs for more information: C:\vcpkg\buildtrees\detect_compiler\config-x86-windows-rel-CMakeCache.txt.log C:\vcpkg\buildtrees\detect_compiler\config-x86-windows-out.log

I thought I would share my custom installer script for the latest GitHub versions of CMake, Ninja, and Meson.

Now that you have your build system all generated you can go ahead and build everything. By default Meson will use Ninja as the build tool. Ninja is similar to Make but much much faster. You can also generate additional build systems but that's outside of the scope of this post.

There are also some other tools like https://ninja-build.org/ that you might prefer using instead

I got Ninja from https://github.com/ninja-build/ninja, latest release. I'm assuming this is a false positive?

Oh excellent, then better (and more portable!) tools are available:

http://pants.build

https://ninja-build.org

https://buck.build

and, if you hate yourself: https://bazel.build

I have a number of instructions on my Github pages here https://github.com/NCCA/NGL/blob/main/Windows.md whilst aimed at my own library the first part about installing Visual Studio and the basic setup will help.

code here https://github.com/NCCA/NGL

My Windows build is here https://github.com/NCCA/NGL/blob/main/.github/workflows/windows.yml I use vcpkg for installing 3rd party libs and the msvc-dev command from here https://github.com/ilammy/msvc-dev-cmd

Also I have just done an experimental version of my code that uses WSL2 (which supports graphics). You could try that. https://github.com/NCCA/NGL/blob/NewShaderLib/WSL.md

I also have a ShaderLib class that does similar stuff keeping everything in a static map (used to be a singleton class). Been using it for teaching for a number of years you can see it here https://github.com/NCCA/NGL

There are loads of edge cases and gotcha's as well. I have a full(ish) parser here with unit tests if it helps. (Note I use pystring to do the string processing). https://github.com/NCCA/NGL/blob/main/src/Obj.cpp unit tests here https://github.com/NCCA/NGL/blob/main/tests/ObjTests.cpp. May give you some ideas.

I use glfw in a number of projects here are my instructions for building my library https://github.com/NCCA/NGL/blob/main/Windows.md You should be able to use the bits you need from here to setup vcpkg etc. I suggest using the free Visual Studio community edition and installing most of the tools you need from there. After that install vcpkg and setup the paths required. (see my notes).

The one I use in my teaching is here. https://github.com/NCCA/NGL it also includes Math / Vec class which you may not need if you use something like GLM. Also this uses TDD so get into writing unit tests as part of it.

typically I just have classes with static factory methods to keep things together, usually with a std::unordered_map s_things; so I can create by name. This is an example for an OpenGL Vertex Array Object https://github.com/NCCA/NGL/blob/master/include/ngl/VAOFactory.h

I have several using a Factory design pattern here https://github.com/NCCA/NGL Checkout https://github.com/NCCA/NGL/blob/master/include/ngl/AbstractVAO.h for the basic structure, then I have different versions depending upon context and usage.