| name | feedback-to-linear |
| description | Transform user feedback into structured Linear issues with AI-enhanced parsing for labels, priority, acceptance criteria, and estimates Use when this capability is needed. |
| metadata | {"author":28775} |
Feedback to Linear
Transform raw user feedback text into structured Linear issues with intelligent AI parsing.
Triggers
Activate this skill with any of these phrases:
- "Convert this feedback to Linear issues"
- "Create issues from user feedback"
- "feedback-to-linear"
- "Parse feedback for Linear"
- "Transform feedback into Linear"
Quick Reference
| Aspect | Details |
|---|
| Input | Raw feedback text (batch) + team/project selection |
| Output | Linear issues with AI-parsed metadata (title, labels, priority, acceptance criteria, estimates, links) |
| Workspace | Uses workspace from configured Linear API key |
| Mode | Batch processing with conditional confirmation |
| Duration | ~1-2 minutes for 5-10 feedback items |
Agent Behavior Contract
When this skill is invoked, you MUST:
- Never assume context - Always fetch teams, projects, and labels dynamically from Linear
- Single workspace - Issues are created in the workspace associated with the Linear MCP plugin's API key
- Auto-detect repo context - If in a git repo, automatically use project info (no prompt)
- Use existing labels only - Never create new labels; only match to fetched labels
- Default to Backlog - New issues start in "Backlog" or "Todo" state unless specified
- Batch process - Parse all feedback items together, then create all at once
- Preserve user voice - Keep original feedback wording in descriptions
- Conditional confirmation - Only prompt if LOW confidence items exist
Process
Phase 1: Input Collection
Objective: Gather feedback, detect context, and select target location in Linear.
Steps:
-
Load all MCP tools upfront (batch in parallel):
MCPSearch("select:mcp__plugin_linear_linear__list_teams")
MCPSearch("select:mcp__plugin_linear_linear__list_projects")
MCPSearch("select:mcp__plugin_linear_linear__list_issue_labels")
MCPSearch("select:mcp__plugin_linear_linear__create_issue")
-
Prompt user for feedback text (support multi-line, multiple items, inline URLs)
- Users can include screenshot/video URLs directly in feedback
- URLs are auto-extracted during parsing
-
Auto-detect repo context (no prompt):
-
Fetch Linear data (can run in parallel):
mcp__plugin_linear_linear__list_teams to get available teams
- After team is known: fetch projects and labels for that team
-
Single combined question using AskUserQuestion with 3 questions:
- Team: "Which team?" (required, single select)
- If repo name matches a team, note it
- Platform: "Platform?" (single select)
- Options: iOS, Android, Web, Backend/API, Multiple
- If detected from repo, set as default
- Project: "Project?" (optional, single select)
- Include "None/Backlog" option
- If repo name matches a project, highlight it
-
Fetch labels for selected team:
mcp__plugin_linear_linear__list_issue_labels
Inputs: User feedback text
Outputs: Validated team/project, platform context, available labels, repo context
Verification: Team ID is valid, labels fetched successfully
Phase 2: AI Parsing (Batch)
Objective: Extract structured issue data from raw feedback using AI.
Steps:
-
Split feedback into individual items (by line breaks, blank lines, or numbered lists)
-
For each feedback item, extract:
- Title: Imperative, actionable, <80 chars, include specifics
- Description: Original feedback + context + estimate note (markdown formatted)
- Labels: Semantically match to fetched labels using compound signals
- Priority: 1-4 based on multi-signal inference (default: 3)
- Acceptance Criteria: 3-5 testable items in markdown checklist format
- Estimate: XS/S/M/L/XL complexity (appended to description)
- Confidence: HIGH/MEDIUM/LOW for each field
- Links: Auto-extract URLs from feedback text
Label Matching Guidelines:
- Use compound signal detection (see parsing guidelines)
- Consider label descriptions, not just names
- Domain-aware: prioritize platform labels matching detected repo
- Match based on >70% semantic confidence
- Maximum 3-4 labels per issue
Title Convention:
- When platform is selected (not "Multiple"), prefix with
[Platform]
- Include specific details from feedback (device, size, action)
- Avoid generic titles like "Fix bug" or "Add feature"
- Examples:
- "[iOS] Fix crash when uploading large images on iPhone 14"
- "[Android] Add dark mode toggle in settings"
Priority Detection (Multi-Signal):
- Base priority: 3 (Medium) - most feedback deserves attention
- Adjust up/down based on signals:
| Signal Type | +1 Priority | -1 Priority |
|---|
| User impact | "many users", "everyone", "all" | "sometimes", "rarely", "edge case" |
| Business | "can't use", "blocking", "revenue" | "cosmetic", "minor", "nice to have" |
| Severity | crash, data loss, security | typo, color, alignment |
| Tone | ALL CAPS, !!!, frustrated | casual suggestion |
- Priority 1 (Urgent): crash + many users, security, data loss
- Priority 2 (High): blocking core flow, explicit urgency
- Priority 3 (Medium): default, standard bugs/features
- Priority 4 (Low): cosmetic, minor polish
Confidence Scoring:
| Field | HIGH | MEDIUM | LOW |
|---|
| Title | Clear action + specific issue | Transformed, some ambiguity | Vague, add [?] suffix |
| Labels | Exact compound match | Semantic inference | Weak match |
| Priority | Multiple strong signals | Some signals | Defaulted |
| Estimate | - | Always MEDIUM | - |
Description Format:
[Original user feedback, quoted or paraphrased]
## Context
[Inferred context + device/platform details]
[If repo detected: **Source repo:** project-name (repo-url)]
**Complexity Estimate:** M (Medium)
## Links
- [Screenshot](https://d.pr/abc123)
- [src/Component.tsx](https://github.com/user/repo/blob/main/src/Component.tsx)
## Acceptance Criteria
- [ ] Criterion 1
- [ ] Criterion 2
- [ ] Criterion 3
Inputs: Feedback items, available labels, repo context
Outputs: Structured issue data with confidence scores
Verification: All items have title, description, valid labels
Phase 3: Creation & Confirmation
Objective: Preview parsed issues and create them in Linear.
Steps:
-
Display preview table:
| Title | Labels | Pri | Est | Confidence |
|---|
| [iOS] Fix crash on upload | Bug, iOS | 2 | M | HIGH |
| Improve settings [?] | Enhancement | 3 | M | LOW ⚠️ |
-
Conditional confirmation:
- If ALL items have HIGH or MEDIUM confidence → create immediately (no prompt)
- If ANY item has LOW confidence → prompt with
AskUserQuestion:
- "Create N issues? (X items flagged for review)"
- Options: "Create all", "Edit flagged items", "Cancel"
-
If editing:
- Allow inline edits: "Change issue 2 title to: [new title]"
- Re-display preview after edits
- Then create
-
Create issues:
- For each parsed issue, call
mcp__plugin_linear_linear__create_issue
- Include: title, team, project (if set), labels, priority, description
-
Display summary:
Inputs: Parsed issue data, user confirmation (if needed)
Outputs: Created Linear issues with URLs
Verification: All issues created successfully
Anti-Patterns
| Avoid | Why | Instead |
|---|
| Creating labels | May not match team conventions | Use existing labels only |
| Hardcoding labels | Different workspaces have different labels | Fetch dynamically |
| Asking about repo context | Adds unnecessary prompt | Auto-detect silently |
| Asking about media URLs | Adds unnecessary prompt | Auto-extract from feedback |
| Always prompting to confirm | Slows down workflow | Only prompt if LOW confidence |
| Priority 0 as default | Most feedback deserves attention | Default to 3 (Medium) |
| Generic titles | Hard to scan/triage | Include specifics from feedback |
Verification Checklist
Before completing this skill, verify:
Extension Points
This skill can be extended to:
- Duplicate detection - Check for similar existing issues before creating
- Assignee inference - Auto-assign based on feedback source or label
- Cycle assignment - Automatically add to current cycle
- Parent issues - Group related feedback under epic/parent
References
See references/ai-parsing-guidelines.md for detailed semantic matching rules and examples.
Source: 0x7067/claude-code-setup — distributed by TomeVault.