Recover or inspect SPIR-V oriented shader source as WGSL for WebGPU migration and browser-side debugging.
Recover or inspect SPIR-V oriented shader source as WGSL for WebGPU migration and browser-side debugging.
Useful for teams adopting WebGPU from existing Vulkan-era assets or intermediate shader archives.
The current SPIR-V -> WGSL route is labeled "Primary" on this site, so it works best as an in-browser conversion and review step before target-side validation.
Confirm that SPIR-V is the real source language and that the shader belongs to a vertex, fragment, or compute stage.
Start with a small, testable shader so semantics, entry points, and resource bindings are easier to verify after conversion.
If the output will be shipped, run the generated WGSL through the real downstream toolchain before treating it as final.
Is SPIR-V to WGSL ready for production use?
It is useful as an online conversion and review workspace, but production delivery should still include target-side compilation and validation for WGSL.
Which shader stages are supported on this page?
The main conversion routes currently focus on vertex, fragment, and compute shaders.
Why keep a dedicated SPIR-V source page as well?
The source-language page is better for batch upload and multi-target output, while this conversion page is tuned for a single search intent.
Convert GLSL to WGSL online
Move existing GLSL shaders into a WebGPU-friendly WGSL workflow without leaving the browser.
Convert SPIR-V to GLSL online
Turn SPIR-V oriented shader content back into GLSL for inspection, debugging, and legacy pipeline comparisons.
Convert SPIR-V to HLSL online
Generate HLSL from SPIR-V oriented shader content for DirectX-side review and compatibility checks.
Convert SPIR-V to MSL online
Export SPIR-V oriented shader content into MSL for Apple-target review and cross-platform packaging work.
SPIR-V Explained for Shader Tooling Workflows
Understand where SPIR-V fits in shader conversion, inspection, and multi-backend rendering workflows.
What Is WGSL and When Should You Use It?
A practical introduction to WGSL, the role it plays in WebGPU, and how it differs from older shader workflows.
A WebGPU Shader Migration Checklist for Existing Projects
Use this checklist to move existing GLSL or SPIR-V shader assets toward a WebGPU-friendly workflow with fewer surprises.