Run goal-backward checks, E2E browser tests, and user acceptance testing on software artifacts.
npx skills add https://github.com/progremir/pluto --skill verify-progremir
Please help me install this Agent Skill. Skill: verify Source: https://github.com/progremir/pluto/tree/main/skills/verify Command: npx skills add https://github.com/progremir/pluto --skill verify-progremir
This Skill acts as a crucial quality gate, ensuring that implemented code meets rigorous standards through automated checks and user validation before proceeding or finalizing.
Run the verify skill to perform goal-backward checks, E2E browser testing, and user acceptance testing on the completed stories.
High-intent search queries and answers about installing and using this skill.
Automate user acceptance testing and code verification by running multi-stage checks that enforce goal-backward validation, browser UI flow testing, and stakeholder review. This ensures implemented code meets integration requirements and acceptance criteria before phase transitions or final delivery.
Goal-backward checks for software quality assurance validate that every story passes EXISTS, SUBSTANTIVE, and WIRED inspections. This mechanism prevents stubs and dead code by confirming implemented features are fully present, functionally substantive, and correctly integrated into the system.
End-to-end browser testing validates user-facing functionality by executing UI flows within a browser environment. This process confirms that new code operates correctly across user interfaces, ensuring functional integration and adherence to requirements before user acceptance testing.
You can use automated verification in autonomous development to prevent stubs and dead code. The process enforces rigorous goal-backward checks, specifically the SUBSTANTIVE and WIRED validations, to ensure all generated code is functional, fully integrated, and meets required standards.
You need a quality gate for phase transitions when implemented code must meet rigorous standards before proceeding. It systematically checks that new development artifacts are functional, integrated, and meet acceptance criteria, providing a clear report for stakeholder review and approval.
Automated code review works with user acceptance testing by combining multi-stage artifact verification with formal stakeholder approval. This integration ensures code quality, functional integration, and adherence to requirements are validated before finalizing software delivery.
virtengineVerify project phase goals by checking artifacts, truths, and wiring.
sagerstackRun acceptance criteria-driven quality checks and generate QA reports.
SynkraAIExecute markdown checklists and gather evidence from project artifacts.
Disaster-TerminatorExecute static analysis, unit/integration tests, and end-to-end acceptance tests sequentially.
