specskills-apply-change

You can automate TypeScript change management by orchestrating context file reading, executing pending tasks sequentially, and enforcing build verification with up to three retry attempts. This workflow drives deterministic change implementation from selection to a validated build.

Handling blockers and rollback during a CLI workflow involves explicit rollback support and structured progress reporting. When build validation fails after retry attempts, the system reports the blocker and reverts surgical code changes to maintain project stability.

Surgical code change execution in a task-tracking workflow reads change context and instructions, progresses through pending tasks in order, and applies targeted modifications. It enforces explicit checks at each step to ensure deterministic, minimal-impact updates.

Yes, automated build verification supports TypeScript projects by validating builds with up to three retry attempts. If verification fails, the workflow triggers rollback procedures and reports progress, ensuring only successfully validated changes are committed.

Change execution workflows fail to progress when context files are misinterpreted or blockers are encountered during task execution. The system relies on accurate status inspection and instructions; any unresolved blocker halts the sequential progression and requires explicit rollback.

Yes, context files are required to start end-to-end SpecSkills change execution. The workflow reads these files to interpret change status and instructions, which drives the deterministic progression through pending tasks and subsequent build validation.