Would you like a sample project setup (CMake + GLWiz) or a deep dive into its Vulkan surface creation internals?

// Your OpenGL code here (glGenBuffers, glDrawArrays, etc.)

gcc main.c -L. -lglwiz -lopengl32 -lgdi32 glwiz_vk_instance_t vk = glwiz_vk_create_instance("MyApp"); glwiz_vk_pick_physical_device(&vk, GLWIZ_VK_DEVICE_TYPE_DISCRETE_GPU); glwiz_vk_create_logical_device(&vk); glwiz_vk_create_surface(&vk, win_handle); 6. GLWiz Tool – Standalone Injector The included glwiz_tool.exe can attach to running Windows applications (games, CAD tools, etc.) and overlay debugging info. Usage: glwiz_tool.exe --attach <process_name_or_pid> --api opengl --overlay fps | Flag | Effect | |------|--------| | --api | opengl or vulkan | | --overlay | fps , drawcalls , gpu_mem , all | | --record | Record a GL trace to .gltrace file | | --screenshot | Capture a single frame | | --shader_hotload | Monitor ./shaders/ for changes | Example – Inject into Minecraft (Java edition with OpenGL): glwiz_tool.exe --attach javaw.exe --api opengl --overlay all --shader_hotload Warning: Some anti-cheat systems (EAC, BattlEye) may flag GLWiz as a cheat tool. Use only on personal or developer builds. 7. Configuration File GLWiz reads glwiz_config.ini from the working directory:

glwiz_make_context_current(win); glwiz_load_extensions(); // loads all GL functions

Compile with: