Agent Skills by gweslab
Showing 14 vetted skills indexed across 1 GitHub repositories.
gweslabcommit
Generate concise git commit messages from status and diff analysis.
gweslabparallelize
Split coding tasks across subagents with explicit boundaries and verify output diffs.
gweslabnice
Identify and commit to repeating positive work behaviors.
gweslabsession-feedback
Propose session feedback for project documentation after user confirmation.
gweslabverify
Review code and text for compliance with project standards and accuracy.
gweslabdeferred
Identify and remove deferred, TODO, and stubbed code from codebases.
gweslabbad
Detect AI agent task deviations and execute a structured course correction process.
gweslabcalc
Enforce tool-based numeric computation for large numbers and complex arithmetic.
gweslableak
Detect and fix context leaks in code comments and documentation.
gweslabverify-options
Detect bailout option compositions and verify each option for quality, care, and rule compliance.
gweslabcerf
Check CERF development environment health and list project skills.
gweslabtracking
Manage a cross-session findings document with restore, create, update, and compact subcommands.
gweslabbailout
Interrupt agent bailouts and apply corrective actions to resume workflows.
gweslabstart-board-implementation
Initiate new board/ROM bring-up in the CERF emulator with identity confirmation and readiness assessment.
Frequently Asked Questions About gweslab
FAQPage SchemaWhat specific tasks can be performed using these engineering utilities?▼
These utilities enable board and ROM bring-up within the CERF emulator, perform automated codebase hygiene by removing stubbed logic, manage cross-session findings, and enforce numeric computation accuracy. They also provide structured mechanisms for detecting task deviations and verifying compliance with project standards.
Which technical personas benefit most from these capabilities?▼
Embedded systems engineers, firmware developers, and quality assurance specialists working within the CERF ecosystem benefit most. These utilities are designed for developers managing complex board-level implementations who require rigorous environment health checks and systematic code verification.
What are the prerequisites for implementing these utilities?▼
Implementation requires an active CERF development environment and a configured repository. Users must ensure the environment health is verified via the cerf command before initiating board or ROM bring-up procedures to ensure all identity and readiness assessments are satisfied.