fasmg raylib projection

Generated from raylib tools/rlparser/output/raylib_api.xml.

Generated include outputs:

• include/raylib.inc: constants, enums, structs, aliases, callback pointer aliases, and 600 CALM wrappers.
• include/raylib_extrn_coff32.inc: optional x86 COFF/MS external labels under RayLib.API.
• include/raylib_extrn_coff64.inc: optional x64 COFF/MS external labels under RayLib.API.
• include/raylib_imports_pe.inc: optional direct PE import table entries under RayLib.API.
• include/enum_inference.md: source-backed enum-parameter inference notes.

Every wrapper is a calminstruction and routes through RLAPI:

calminstruction SetConfigFlags flags*
        transform flags, RayLib.ConfigFlags
        arrange line, =RLAPI =SetConfigFlags, flags
        assemble line
end calminstruction

Define RLAPI before calling wrappers. A COFF/x64 bridge can qualify the function name into RayLib.API and then assemble a fastcall:

calminstruction RLAPI function*, arguments&
        local line
        match , arguments
        jyes noargs
        arrange line, =fastcall =RayLib=.=API.function, arguments
        assemble line
        exit
    noargs:
        arrange line, =fastcall =RayLib=.=API.function
        assemble line
end calminstruction

The generated parameter transforms are intentionally conservative and non-validating. They reduce known enum tokens such as FLAG_VSYNC_HINT through anchored enum namespaces like RayLib.ConfigFlags, and reduce color constants such as RAYWHITE through RayLib for parameters typed as Color. Registers, memory operands, computed values, and other runtime values pass through to the selected ABI bridge. The projection does not define naked enum or color aliases globally; use names like RayLib.ConfigFlags.FLAG_VSYNC_HINT and RayLib.RAYWHITE outside typed function arguments.

Raylib bool returns are left in al as returned by the C ABI. The wrappers do not promote them to BOOL or clear the upper bits of eax; test al when consuming a boolean return.

Raylib's public headers declare ordinary C structs; they do not use #pragma pack or packed attributes. The generated structures therefore use explicit padding for the selected Windows ABI. raylib_pe32.inc and raylib_coff32.inc select the Win32 layouts, while the x64 includes select the Win64 layouts. Nested Raylib struct fields use typed fasm2 fields, for example position RayLib.Vector3. Arrays of nested structs still use raw storage such as projection rb 2*sizeof.RayLib.Matrix, because RayLib.Matrix 2 dup ? does not instantiate as an array field with the current fasm2 struct macro.

Verify the generated struct layout against the C compiler with:

cmd /c "call _local.cmd && python tools\check_raylib_struct_layout.py"

The project-local fasm2 support-layer includes are include/raylib_pe64.inc, include/raylib_pe32.inc, include/raylib_coff64.inc, and include/raylib_coff32.inc. Select one by filename; it selects the output format, architecture, Raylib linkage layer, and calling convention. Following raylib calls are the same in every mode. Set fasm2's include search path to include include and any shared example directory you include from.