Automate production release gates with a 7-phase pytest-driven TDD process.
npx skills add https://github.com/bmsull560/Fabric_4L --skill gate-hardening
Please help me install this Agent Skill. Skill: gate-hardening Source: https://github.com/bmsull560/Fabric_4L/tree/main/.windsurf/skills/gate-hardening Command: npx skills add https://github.com/bmsull560/Fabric_4L --skill gate-hardening
Build a machine-verifiable production release gate system using a structured, 7-phase TDD process. This approach ensures that codebases requiring ship/no-ship decision points for tenant isolation, state consistency, degraded dependencies, workflow smoke tests, agent provenance, or observability can achieve real, verifiable production readiness and replace fragile gate frameworks that create false confidence patterns.
Run the 7-phase gate-hardening workflow to validate production readiness for a given codebase.
High-intent search queries and answers about installing and using this skill.
Automated release gates use deterministic pytest-driven tests to block deployments when tests fail. You wire these gates into CI pipelines and Makefile targets, enforcing strict ship/no-ship exit criteria for safe releases.
A machine-verifiable production release gate is an automated checkpoint that blocks deployments if specific tests fail. You need one when your codebase requires deterministic ship/no-ship decisions for tenant isolation, state consistency, or observability.
Implement release gates for tenant isolation and state consistency using a 7-phase TDD process. You audit code for gate-relevant constructs, write failing tests, implement remediations until tests pass, and wire the gates into CI.
Yes, you can integrate pytest release gates into existing CI pipelines. The gate-hardening process wires deterministic tests into standard Makefile targets and CI templates, providing clear exit criteria to block releases automatically.
Yes, this release gate process works for validating degraded dependencies and workflow smoke tests. It applies deterministic pytest-driven gates to these scenarios, ensuring verifiable production readiness and replacing fragile frameworks.
Replace current release gate frameworks with a TDD-driven approach to eliminate false confidence patterns. The 7-phase process purges fragile infrastructure, providing auditable gate decisions and artifacts for compliance and traceability.
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