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backend-parity

Audits, ports, and validates OpenGL and Metal render backends for feature parity.

8|Updated Oct 11, 2023
Search Tags:#build#metal#opengl#render#backends#parity#porting
One-click install
npx skills add https://github.com/jakildev/IrredenEngine --skill backend-parity
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: backend-parity
Source: https://github.com/jakildev/IrredenEngine/tree/main/.claude/skills/backend-parity
Command: npx skills add https://github.com/jakildev/IrredenEngine --skill backend-parity

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Maintain feature parity between the OpenGL (Linux/Windows) and Metal (macOS) render backends by scanning for deviations, porting missing side implementations, and validating parity before PRs.

Core Features & Use Cases

  • Detect drift between backends, port missing shaders, C++ render code, and wiring to ensure feature parity.
  • Support bidirectional parity work (OpenGL -> Metal and Metal -> OpenGL) with a clean build and smoke test on the lagging backend.
  • Drive parity through a structured workflow: audit, port, build, smoke-test, and PR handoff.

Quick Start

Identify the lagging backend, port the missing components, build the lagging preset, and smoke-test for parity.

Frequently Asked Questions about backend-parity

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I maintain feature parity between OpenGL and Metal render backends?▼

Maintain feature parity between OpenGL and Metal render backends by scanning for deviations, porting missing shaders or C++ render code, and validating builds across macOS, Linux, and Windows through a structured audit, build, and smoke test workflow.

What causes render drift between graphics backends, and how do I detect it?▼

Detect render drift between graphics backends by auditing the lagging preset for missing shaders, C++ render code, and wiring components against the leading backend to identify feature deviations across macOS, Linux, and Windows.

Do I need a clean working tree and gh authentication to port graphics backends?▼

Porting graphics backends for parity requires a clean working tree, a configured lagging preset, and gh authentication to validate builds and smoke tests on the target backend before PR handoff.

Can I port OpenGL render code to Metal and vice versa bidirectionally?▼

Port render code bidirectionally between OpenGL and Metal backends by identifying the lagging backend, porting missing components, building the lagging preset, and smoke-testing to ensure feature parity before PR handoff.

What is the best way to validate graphics backend parity before a pull request?▼

Validate graphics backend parity before a PR by building the lagging preset, running a smoke test on the target backend, and ensuring both OpenGL and Metal render implementations pass feature parity checks across macOS, Linux, and Windows.

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