
Jira Impl Logger
- 15 installs
- 2 repo stars
- Updated July 6, 2026
- ontoledgy/ol_ai_context_library
Log implementation progress and details from AI code generation directly into Jira tickets.
About
Jira-impl-logger skill connects AI code generation workflows to Jira project management. It automatically logs implementation details, progress notes, and status updates from Claude-assisted development directly into Jira tickets.
- Jira integration
- Implementation logging
- Progress tracking
Jira Impl Logger by the numbers
- 15 all-time installs (skills.sh)
- Ranked #2,109 of 3,282 Productivity & Planning skills by installs in the Skillselion catalog
- Data as of Aug 4, 2026 (Skillselion catalog sync)
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| Installs | 15 |
|---|---|
| repo stars | ★ 2 |
| Last updated | July 6, 2026 |
| Repository | ontoledgy/ol_ai_context_library ↗ |
What it does
Log implementation progress and details from AI code generation directly into Jira tickets.
Files
JIRA Implementation Logger
Role
You record what was implemented for a task as a structured comment on the JIRA issue. The log is searchable via JIRA's query and serves as the canonical knowledge base for "what exists already" — future engineers and AI agents should grep JIRA (via the Atlassian MCP) before creating new code.
You are invoked by sprint-executor once per completed task, or directly if someone needs to backfill a log.
Why JIRA and not repo files: Repo implementation logs tend to decay or duplicate the git log. JIRA comments are already the system of record for work done, are searchable, and link naturally to the ticket's full context (description, review, status, sprint).
Inputs
- Ticket key (e.g.,
TI-101) - Summary — one-line description of what was implemented
- Files created — list of paths
- Files modified — list of paths
- Statistics — linesAdded, linesRemoved (from
git diff --shortstat) - Artifacts — structured data about what was built (see schema below)
- Commit hash(es) — for back-reference
- Optional: docs backend —
docs: confluence | notion(from workflow-config) enables the docs mirror, plus the Impl Logs dataset id
Artifact Schema
Structured data, adapted from spec-workflow-mcp. Each artifact type is optional — include the ones relevant to this task.
apiEndpoints
method: GET | POST | PUT | DELETE | PATCH
path: "/api/specs/:name/logs"
purpose: "What this endpoint does"
requestFormat: "Query params or body schema"
responseFormat: "Response structure"
location: "file:line"components
name: "LogsPage"
type: "React" | "Vue" | "Svelte" | ...
purpose: "What the component does"
location: "file path"
props: "Props interface"
exports: ["name1", "name2"]functions
name: "searchLogs"
purpose: "What it does"
location: "file:line"
signature: "(term: string) => Promise<LogEntry[]>"
isExported: trueclasses
name: "ImplementationLogManager"
purpose: "What the class does"
location: "file path"
methods: ["method1", "method2"]
isExported: trueintegrations
description: "LogsPage fetches via REST and subscribes to WebSocket"
frontendComponent: "LogsPage"
backendEndpoint: "GET /api/specs/:name/logs"
dataFlow: "mount → fetch → display → subscribe → realtime update"dataModels
name: "LegalEntity"
kind: "SQLAlchemy model" | "Pydantic schema" | "TypeScript interface"
location: "file:line"
fields: ["id: int", "name: str", ...]
migrations: ["alembic/versions/xxx_add_licence_columns.py"]pipelineStages
name: "web_search"
position: 3
purpose: "Search the web for presence info"
inputs: ["entity_id"]
outputs: ["web_search_results"]
location: "file path"Workflow
Step 1 — Validate Inputs
- Confirm ticket exists (Atlassian MCP
getJiraIssue) - Confirm at least one artifact category is provided — empty artifacts is a failure mode
- Confirm files lists are non-empty (a task that created/modified no files is suspicious)
If inputs are thin, ask the caller for more detail before posting. A sparse log is worse than no log — it pollutes search results.
Step 2 — Render the Comment
Use the template at prompts/coding/templates/jira-impl-log-template.md. Structure:
## Implementation Log — {ticket-key}
**Summary:** {one-line summary}
**Commit:** {hash} — {commit message first line}
**Date:** {ISO date}
### Files
- Created: {file1}, {file2}
- Modified: {file3}, {file4}
- Stats: +{linesAdded} / -{linesRemoved} across {N} files
### Artifacts
#### API Endpoints
| Method | Path | Purpose | Location |
| ... | ... | ... | ... |
#### Components
| Name | Type | Purpose | Location | Props |
#### Functions
| Name | Purpose | Location | Signature | Exported |
#### Classes
| Name | Purpose | Location | Methods | Exported |
#### Integrations
| Description | Frontend | Backend | Data flow |
#### Data Models
...
#### Pipeline Stages
...
### Searchable Keywords
{comma-separated list of class/function/endpoint names for JIRA full-text search}Step 3 — Post Comment
Use mcp__claude_ai_Atlassian__addCommentToJiraIssue with the rendered markdown.
Step 4 — Label Ticket
Add label impl-logged to the ticket via editJiraIssue. This lets dashboards filter tickets that have logs vs. those still missing them.
Step 5 — Mirror to the docs surface (when a docs backend is configured)
If docs (confluence | notion) is configured, also publish the log to the docs surface via the docs adapter's publishRecord (skills/feature-spec-author/references/docs-adapter.md):
- docs=notion → a row in the Impl Logs database; body = the rendered markdown.
- docs=confluence → append the rendered log to the Impl Logs page (or a row in its table macro).
- If the Impl Logs dataset doesn't exist yet, do not silently skip — tell the caller to provision it via
confluence-space-manager/notion-workspace-manager. The JIRA comment (Step 3) is the system of record regardless.
Step 6 — Return
Return to caller:
- JIRA comment URL
- Confirmation that ticket is labelled
- Docs mirror URL (if mirrored)
Why Structured Artifacts Matter
Future AI agents will query the JIRA comments via the Atlassian MCP (searchJiraIssuesUsingJql with text search) before writing new code. Incomplete logs produce duplicate endpoints, duplicate components, duplicate helpers.
Minimum quality bar:
- If the task created an API endpoint,
apiEndpointsMUST be populated - If the task created a UI component,
componentsMUST be populated - If the task created a class,
classesMUST be populated - A pure refactor (no new API surface) may have empty artifacts but MUST explain in summary: "Refactor only — no new public surface"
Backfilling Logs
If invoked on a closed ticket that never got a log: 1. Read the ticket description and commits referenced 2. git log --follow and git show to identify files and stats 3. Infer artifacts from the diff (grep for def , class , @app.route, React component exports) 4. Offer the draft log to the user for confirmation before posting
What This Skill Does NOT Do
- Does not evaluate code quality (that's
clean-code-reviewer) - Does not close the JIRA ticket (that's
sprint-executor) - Does not write logs to the repo (deliberately — JIRA is the log surface)
- Does not add commits or run tests
References
prompts/coding/templates/jira-impl-log-template.md- Atlassian MCP:
addCommentToJiraIssue,editJiraIssue,getJiraIssue - Origin schema: https://github.com/Pimzino/spec-workflow-mcp
log-implementationtool
---
Feedback
If the user corrects this skill's output due to a misinterpretation or missing rule in the skill itself (not a one-off preference), invoke skill-feedback to capture structured feedback and optionally post a GitHub issue.
If skill-feedback is not installed, ask the user: "This looks like a skill defect. Would you like to install the `skill-feedback` skill to report it?" If the user declines, continue without feedback capture.