vaultspec-execute ยท diff

git:20260716.2cb5ede to git:20260823.cf3913a

6 added, 2 removed. Audit A to A.

---
name: vaultspec-execute
description: Execute an approved implementation plan, dispatching agent personas per step. Use when a plan document is ready to build.
---
# Plan execution skill (vaultspec-execute)
Use this skill:
- To begin the execution of an implementation plan.
- To ensure code is written by the appropriate agent.
**Announce at start:** "I'm using the `vaultspec-execute` skill to execute the
implementation plan."
## Required steps
- This skill MUST be invoked to execute an implementation plan located at
`.vault/plan/yyyy-mm-dd-{feature}-plan.md`.
- Read and parse the Plan to understand the scope, complexity, and specific Steps.
- Read and parse all linked documents to understand the coding challenge.
- **Ground each Step in real code before editing.** Locate a Step's target in the live
codebase before changing it - lead with `vaultspec-rag search "<intent>" --type code`,
the fastest way to the right file - then read the epicenter or nearest existing
analogue in full and confirm exact symbols with a targeted grep; for an extension,
diff the requirements against the nearest analogue. Instruct every dispatched executor
to do the same. Where `vaultspec-rag` is not installed, the `vaultspec-core` discovery
verbs and grep carry the same sequence.
## Executor delegation
Assume the persona of a delegator.
- Use parallel sub-agents, or an autonomous agent team, to execute complex plans.
- Use the appropriate executor agent persona. When the work needs multiple specialists,
coordinate them.
- Always instruct the coders to execute the current plan, and to read grounding
research, ADRs, and the `[[...-plan.md]]`.
- Always name the tier-conditional entry point: instruct "Start with Step `S##`." at L1
(Steps only), "Start with Phase `P##`." at L2, or the canonical display path (e.g.,
`W01.P01`) at L3 / L4.
### Step execution and logging
- Execute the plan one Step at a time. Per the Step row contract embedded in the plan
template, each Step is exactly one prompt-run plus one commit; the executor closes the
row (`- [ ]` to `- [x]`) on completion.
- **One Step Record per completed Step.** The executor writes a Step Record to
`.vault/exec/yyyy-mm-dd-{feature}/...md` for every completed Step (not per Phase).
Scaffold the record with
`vaultspec-core vault add exec --feature <tag> --step <S##> --related <plan-stem>`,
- then author the body prose. The verb machine-fills the tier-conditional filename from
- the plan's canonical display path (`yyyy-mm-dd-{feature}-{step}.md` at L1,
+ then fill `## Changes` with the mechanical path log - one `A`/`M`/`D`/`R` line per
+ path touched, no prose. The Step row already states the intent and the commit carries
+ the diff, so a record that narrates them is duplicated context, not evidence. Add
+ `## Notes` only on exception (data loss, skipped work, a scaffold left in code, a
+ persistent failure). The verb machine-fills the tier-conditional filename from the
+ plan's canonical display path (`yyyy-mm-dd-{feature}-{step}.md` at L1,
`yyyy-mm-dd-{feature}-{phase}-{step}.md` at L2, and
`yyyy-mm-dd-{feature}-{wave}-{phase}-{step}.md` at L3/L4) and the `step_id:`
frontmatter field carrying the originating Step's canonical identifier (`S##`).
- **Coder or supervisor must read and use the template** at
`.vaultspec/templates/exec-step.md`.
- **Frontmatter:** the scaffold owns the filename and frontmatter of every artifact
(Step Record, Summary); the full schema is defined in the `vaultspec` rule. Verify
with `vaultspec-core vault check all` rather than hand-editing.
### Mandatory code review
- After an executor completes a step (or the full plan), you MUST invoke the
`vaultspec-code-review` skill or a relevant code-review skill.
- For code reviews, always use the `vaultspec-code-reviewer` persona to audit for
safety, intent, and quality.
- If the reviewer identifies **CRITICAL** or **HIGH** issues, you MUST resolve them by
loading an executor again before proceeding.
### Finalization and summary
- Once all implementation and review steps are complete (and the review passes), write
the consolidated Phase Summary at `.vault/exec/yyyy-mm-dd-{feature}/...-summary.md`
using `yyyy-mm-dd-{feature}-{phase}-summary.md` at L2 or
`yyyy-mm-dd-{feature}-{wave}-{phase}-summary.md` at L3/L4.
- **Template**: You MUST read and use the template at
`.vaultspec/templates/exec-summary.md`.
- Present the final findings, including modified files and safety status, to the user.
## Requirements
- **Autonomy**: Do not ask for confirmation between steps unless a significant
unforeseen blocker occurs.
- **Integrity**: Ensure the safety audit is never skipped.
- **Traceability**: All changes must be mapped to their respective Step Records. The
mapping lives in the Step Record, which lists the modified files - never as plan,
Step-id, or vault-document annotations in the code itself (the code-stands-alone
boundary; opt-in git commit trailers are the sanctioned linkage channel).
- **L4 plans**: When executing an `L4` plan, the execute skill respects the
project-management association declared in the plan's `## Epic intent` block prose.
Wave-completion and Epic-completion progress are reported against that external
artifact (milestone, project board, roadmap entry) at Wave boundaries.
- **CLI usage mandate**: Executors MUST update Step state via
`vaultspec-core vault plan step check` (close),
`vaultspec-core vault plan step uncheck` (re-open), or
`vaultspec-core vault plan step toggle` rather than hand-editing the checkbox glyph.
The CLI guarantees idempotent state transitions and consistent display-path
recomputation; hand edits bypass these guarantees and are flagged by
`vaultspec-core vault plan check`.