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Finally, build and run one of the emulators (for instance the Amstrad CPC):
> ./fips build
> ./fips list targets
> ./fips run cpc
To get optimized builds for performance testing:
# on OSX:> ./fips set config osx-make-release
> ./fips build
> ./fips run [target]
# on Linux> ./fips set config linux-make-release
> ./fips build
> ./fips run [target]
# on Windows> fips set config win64-vstudio-release
> fips build
> fips run [target]
To open project in IDE:
# on OSX with Xcode:> ./fips set config osx-xcode-debug
> ./fips gen
> ./fips open
# on Windows with Visual Studio:> ./fips set config win64-vstudio-debug
> ./fips gen
> ./fips open
# experimental VSCode support on Win/OSX/Linux:> ./fips set config [linux|osx|win64]-vscode-debug
> ./fips gen
> ./fips open
To build the WebAssembly demos (Linux or OSX recommended here, Windows
might work too, but this is not well tested).
# first get ninja (on Windows a ninja.exe comes with the fips build system)> ninja --version
1.8.2
# now install the emscripten toolchain, this needs a lot of time and memory> ./fips setup emscripten
...
# from here on as usual...> ./fips set config wasm-ninja-release
> ./fips build
...
> ./fips list targets
...
> ./fips run c64
...
When the above emscripten build steps work, you can also build and test the
entire samples webpage like this: