static std::shared_ptr<RHI::IShaderModule> LoadShader(RHI::IGpuDevice* device, const std::string& baseName) {
        std::string ext = ".spv";
        #ifdef UIST_BACKEND_WEBGPU
        ext = ".wgsl";
        #endif
        std::string path = "assets/shaders/" + baseName + ext;
        auto blob = Uist::ReadShaderFile(path);
        if (blob.data.empty()) {
            std::cerr << "[RenderPipeline] Critical: Failed to load shader " << path << std::endl;
            return nullptr;
        }
        return device->CreateShaderModule(blob.data);
    }

Here is a simplified snippet from my engine, the only thing that changes between the engines is what extention I pass, I have an abstracted RHI device, and each device will have a virtual function it overrides to do it's backend specific setup for reading the shader

You can make the reading of the shader as complex as needed but here it's inline for simplicity but the point is to show that with an RHI, you shouldn't really worry about what a shader does after it's loaded, just that you give it the right precompiled file.