lib_compiler/tests/sizes2.txt

import "raylib";
import "libc";

main :: proc(): int {
    {
        size := sizeof(:Vector2);
        csize: int = #`sizeof(lc_raylib_Vector2)`;
        assert(size == csize);

        align := alignof(:Vector2);
        calign: int = #`LC_Alignof(lc_raylib_Vector2)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Vector3);
        csize: int = #`sizeof(lc_raylib_Vector3)`;
        assert(size == csize);

        align := alignof(:Vector3);
        calign: int = #`LC_Alignof(lc_raylib_Vector3)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Vector4);
        csize: int = #`sizeof(lc_raylib_Vector4)`;
        assert(size == csize);

        align := alignof(:Vector4);
        calign: int = #`LC_Alignof(lc_raylib_Vector4)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Matrix);
        csize: int = #`sizeof(lc_raylib_Matrix)`;
        assert(size == csize);

        align := alignof(:Matrix);
        calign: int = #`LC_Alignof(lc_raylib_Matrix)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Color);
        csize: int = #`sizeof(lc_raylib_Color)`;
        assert(size == csize);

        align := alignof(:Color);
        calign: int = #`LC_Alignof(lc_raylib_Color)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Rectangle);
        csize: int = #`sizeof(lc_raylib_Rectangle)`;
        assert(size == csize);

        align := alignof(:Rectangle);
        calign: int = #`LC_Alignof(lc_raylib_Rectangle)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Image);
        csize: int = #`sizeof(lc_raylib_Image)`;
        assert(size == csize);

        align := alignof(:Image);
        calign: int = #`LC_Alignof(lc_raylib_Image)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Texture);
        csize: int = #`sizeof(lc_raylib_Texture)`;
        assert(size == csize);

        align := alignof(:Texture);
        calign: int = #`LC_Alignof(lc_raylib_Texture)`;
        assert(align == calign);
    }
    {
        size := sizeof(:RenderTexture);
        csize: int = #`sizeof(lc_raylib_RenderTexture)`;
        assert(size == csize);

        align := alignof(:RenderTexture);
        calign: int = #`LC_Alignof(lc_raylib_RenderTexture)`;
        assert(align == calign);
    }
    {
        size := sizeof(:NPatchInfo);
        csize: int = #`sizeof(lc_raylib_NPatchInfo)`;
        assert(size == csize);

        align := alignof(:NPatchInfo);
        calign: int = #`LC_Alignof(lc_raylib_NPatchInfo)`;
        assert(align == calign);
    }
    {
        size := sizeof(:GlyphInfo);
        csize: int = #`sizeof(lc_raylib_GlyphInfo)`;
        assert(size == csize);

        align := alignof(:GlyphInfo);
        calign: int = #`LC_Alignof(lc_raylib_GlyphInfo)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Font);
        csize: int = #`sizeof(lc_raylib_Font)`;
        assert(size == csize);

        align := alignof(:Font);
        calign: int = #`LC_Alignof(lc_raylib_Font)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Camera3D);
        csize: int = #`sizeof(lc_raylib_Camera3D)`;
        assert(size == csize);

        align := alignof(:Camera3D);
        calign: int = #`LC_Alignof(lc_raylib_Camera3D)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Camera2D);
        csize: int = #`sizeof(lc_raylib_Camera2D)`;
        assert(size == csize);

        align := alignof(:Camera2D);
        calign: int = #`LC_Alignof(lc_raylib_Camera2D)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Mesh);
        csize: int = #`sizeof(lc_raylib_Mesh)`;
        assert(size == csize);

        align := alignof(:Mesh);
        calign: int = #`LC_Alignof(lc_raylib_Mesh)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Shader);
        csize: int = #`sizeof(lc_raylib_Shader)`;
        assert(size == csize);

        align := alignof(:Shader);
        calign: int = #`LC_Alignof(lc_raylib_Shader)`;
        assert(align == calign);
    }
    {
        size := sizeof(:MaterialMap);
        csize: int = #`sizeof(lc_raylib_MaterialMap)`;
        assert(size == csize);

        align := alignof(:MaterialMap);
        calign: int = #`LC_Alignof(lc_raylib_MaterialMap)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Material);
        csize: int = #`sizeof(lc_raylib_Material)`;
        assert(size == csize);

        align := alignof(:Material);
        calign: int = #`LC_Alignof(lc_raylib_Material)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Transform);
        csize: int = #`sizeof(lc_raylib_Transform)`;
        assert(size == csize);

        align := alignof(:Transform);
        calign: int = #`LC_Alignof(lc_raylib_Transform)`;
        assert(align == calign);
    }
    {
        size := sizeof(:BoneInfo);
        csize: int = #`sizeof(lc_raylib_BoneInfo)`;
        assert(size == csize);

        align := alignof(:BoneInfo);
        calign: int = #`LC_Alignof(lc_raylib_BoneInfo)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Model);
        csize: int = #`sizeof(lc_raylib_Model)`;
        assert(size == csize);

        align := alignof(:Model);
        calign: int = #`LC_Alignof(lc_raylib_Model)`;
        assert(align == calign);
    }
    {
        size := sizeof(:ModelAnimation);
        csize: int = #`sizeof(lc_raylib_ModelAnimation)`;
        assert(size == csize);

        align := alignof(:ModelAnimation);
        calign: int = #`LC_Alignof(lc_raylib_ModelAnimation)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Ray);
        csize: int = #`sizeof(lc_raylib_Ray)`;
        assert(size == csize);

        align := alignof(:Ray);
        calign: int = #`LC_Alignof(lc_raylib_Ray)`;
        assert(align == calign);
    }
    {
        size := sizeof(:RayCollision);
        csize: int = #`sizeof(lc_raylib_RayCollision)`;
        assert(size == csize);

        align := alignof(:RayCollision);
        calign: int = #`LC_Alignof(lc_raylib_RayCollision)`;
        assert(align == calign);
    }
    {
        size := sizeof(:BoundingBox);
        csize: int = #`sizeof(lc_raylib_BoundingBox)`;
        assert(size == csize);

        align := alignof(:BoundingBox);
        calign: int = #`LC_Alignof(lc_raylib_BoundingBox)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Wave);
        csize: int = #`sizeof(lc_raylib_Wave)`;
        assert(size == csize);

        align := alignof(:Wave);
        calign: int = #`LC_Alignof(lc_raylib_Wave)`;
        assert(align == calign);
    }
    {
        size := sizeof(:AudioStream);
        csize: int = #`sizeof(lc_raylib_AudioStream)`;
        assert(size == csize);

        align := alignof(:AudioStream);
        calign: int = #`LC_Alignof(lc_raylib_AudioStream)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Sound);
        csize: int = #`sizeof(lc_raylib_Sound)`;
        assert(size == csize);

        align := alignof(:Sound);
        calign: int = #`LC_Alignof(lc_raylib_Sound)`;
        assert(align == calign);
    }
    {
        size := sizeof(:Music);
        csize: int = #`sizeof(lc_raylib_Music)`;
        assert(size == csize);

        align := alignof(:Music);
        calign: int = #`LC_Alignof(lc_raylib_Music)`;
        assert(align == calign);
    }
    {
        size := sizeof(:VrDeviceInfo);
        csize: int = #`sizeof(lc_raylib_VrDeviceInfo)`;
        assert(size == csize);

        align := alignof(:VrDeviceInfo);
        calign: int = #`LC_Alignof(lc_raylib_VrDeviceInfo)`;
        assert(align == calign);
    }
    {
        size := sizeof(:VrStereoConfig);
        csize: int = #`sizeof(lc_raylib_VrStereoConfig)`;
        assert(size == csize);

        align := alignof(:VrStereoConfig);
        calign: int = #`LC_Alignof(lc_raylib_VrStereoConfig)`;
        assert(align == calign);
    }
    {
        size := sizeof(:FilePathList);
        csize: int = #`sizeof(lc_raylib_FilePathList)`;
        assert(size == csize);

        align := alignof(:FilePathList);
        calign: int = #`LC_Alignof(lc_raylib_FilePathList)`;
        assert(align == calign);
    }
    {
        size := sizeof(:AutomationEvent);
        csize: int = #`sizeof(lc_raylib_AutomationEvent)`;
        assert(size == csize);

        align := alignof(:AutomationEvent);
        calign: int = #`LC_Alignof(lc_raylib_AutomationEvent)`;
        assert(align == calign);
    }
    {
        size := sizeof(:AutomationEventList);
        csize: int = #`sizeof(lc_raylib_AutomationEventList)`;
        assert(size == csize);

        align := alignof(:AutomationEventList);
        calign: int = #`LC_Alignof(lc_raylib_AutomationEventList)`;
        assert(align == calign);
    }

    return 0;
}