Orchestrate sequential OpenSpec change workflows with feature flagging, verification, and archiving.
npx skills add https://github.com/rlaksana/.sharing --skill s2-openspec
Please help me install this Agent Skill. Skill: s2-openspec Source: https://github.com/rlaksana/.sharing/tree/main/s2-openspec Command: npx skills add https://github.com/rlaksana/.sharing --skill s2-openspec
This Skill automates the entire OpenSpec workflow, from initial setup and artifact generation to implementation, verification, and archiving, eliminating manual intervention and ensuring rapid, reliable development cycles.
Use the s2-openspec skill to execute the full OpenSpec workflow for the change named 'my-new-feature'.
High-intent search queries and answers about installing and using this skill.
Automating OpenSpec workflows involves orchestrating a sequential, end-to-end process that handles feature flagging, code application, verification, and archiving. It executes predefined steps in strict order without requiring user prompts, ensuring rapid and reliable development cycles.
Handling code generation and verification in a CI/CD pipeline is best achieved through sequential workflow automation that generates artifacts, applies changes, and verifies them against defined constraints. This method includes automated retries for failed implementation and verification stages to ensure reliability.
Yes, OpenSpec supports automated retries for failed implementation and verification steps. The workflow implements specific error handling logic to retry failed steps automatically or terminate gracefully when issues cannot be resolved without manual intervention.
To ensure constraint propagation and auditability during code generation, you can use a workflow that handles DRR ingestion, context priming, and artifact generation. This process ensures constraints are propagated throughout the lifecycle and automatically generates evidence for audit purposes.
Yes, you can use workflow automation to process feature requests without manual prompts by executing a strict, sequential lifecycle. The system automatically initializes the necessary framework, generates artifacts, applies code changes, verifies constraints, and archives the successful implementation.
Automated verification stages terminate gracefully when the error handling logic determines that issues cannot be resolved automatically. This occurs after exhausting automated retry attempts for the implementation or verification stages, preventing endless loops in the workflow.
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