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The locomotive put first takes the driver, in cab A; the one it pushed behind is left unstaffed. Stepping a card left or right is now an ordinary move, so it also recouples the train and frees the coupler at its back.
StarterNG
Launcher for the MaSzyna train simulator, written in C# with Avalonia.
Building a native (NativeAOT) build
The project publishes as a self-contained NativeAOT binary — no .NET runtime is
needed on the target machine. The commands below are the same ones CI runs, see
.github/workflows/dotnet.yml.
Requirements:
- .NET SDK 9
- Linux: a native toolchain and zlib headers —
sudo apt install clang zlib1g-dev(Debian/Ubuntu) orsudo dnf install clang zlib-devel(Fedora) - Windows: the Visual Studio C++ build tools (Desktop development with C++)
Restore for the target runtime first, then publish:
dotnet restore StarterNG/StarterNG.csproj -r linux-x64
dotnet publish StarterNG/StarterNG.csproj \
-c Release -r linux-x64 --self-contained true --no-restore \
-p:PublishAot=true -p:PublishTrimmed=true \
-o publish/linux-x64
For a Windows build swap both linux-x64 occurrences for win-x64 (and the
line continuations for PowerShell backticks). NativeAOT does not cross-compile,
so the Windows package has to be built on Windows and the Linux one on Linux —
that is why CI uses a windows-2022 and an ubuntu-22.04 runner.
The output directory is the whole distributable: the Starter executable, the
Skia/HarfBuzz native libraries and startercfg/ with the translations and the
default key bindings. The .dbg (or .pdb) file next to it is debug symbols and
can be dropped from a release. Trim/AOT analysis warnings during the publish are
expected and do not fail the build.
CI builds both runtimes on every push and pull request to main and staging,
and on manual dispatch. Pushes additionally replace a rolling pre-release with
the packaged artifacts — tagged latest for main and staging for staging.
Development build
dotnet build StarterNG/StarterNG.csproj