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v1.0.0
GitHub

About this Skill

Perfect for Development Agents needing precise task management and Spec-Driven Development synchronization. task-status-sync is a skill that enforces task-tracker command usage and prevents manual file edits, ensuring data consistency across tasks.md and NOTES.md files

Features

Intercepts and converts manual edits to task-tracker commands
Detects Edit/Write tool usage on NOTES.md or tasks.md files
Extracts intent from user or Claude changes
Converts changes to task-tracker commands for auditable artifacts
Enforces quality gates and token budgets for repeatable workflows
Supports Spec-Driven Development with Claude Code workflows

# Core Topics

marcusgoll marcusgoll
[0]
[0]
Updated: 3/7/2026

Quality Score

Top 5%
45
Excellent
Based on code quality & docs
Installation
SYS Universal Install (Auto-Detect)
Cursor IDE Windsurf IDE VS Code IDE
> npx killer-skills add marcusgoll/Spec-Flow/references/validation-rules.md

Agent Capability Analysis

The task-status-sync MCP Server by marcusgoll is an open-source Categories.community integration for Claude and other AI agents, enabling seamless task automation and capability expansion. Optimized for how to use task-status-sync, task-status-sync alternative, task-status-sync setup guide.

Ideal Agent Persona

Perfect for Development Agents needing precise task management and Spec-Driven Development synchronization.

Core Value

Empowers agents to maintain atomic synchronization between tasks.md checkboxes and NOTES.md completion markers by enforcing task-tracker command usage and preventing manual file edits, utilizing protocols like edit detection and intent parsing to ensure data consistency.

Capabilities Granted for task-status-sync MCP Server

Automating task status updates in tasks.md and NOTES.md files
Enforcing task-tracker command usage for Spec-Driven Development
Preventing manual file edits that cause data inconsistencies

! Prerequisites & Limits

  • Requires task-tracker command integration
  • Limited to tasks.md and NOTES.md file formats
  • Needs monitoring and parsing capabilities for edit detection and intent extraction
Project
SKILL.md
10.8 KB
.cursorrules
1.2 KB
package.json
240 B
Ready
UTF-8

# Tags

[No tags]
SKILL.md
Readonly
<objective> Maintain atomic synchronization between tasks.md checkboxes and NOTES.md completion markers by enforcing task-tracker command usage and preventing manual file edits that cause data inconsistencies. </objective>

<quick_start> <enforcement_model> Intercept and convert manual edits to task-tracker commands:

  1. Detect attempt: Monitor for Edit/Write tool usage on NOTES.md or tasks.md
  2. Extract intent: Parse what change the user/Claude wants to make
  3. Convert to command: Generate equivalent task-tracker command
  4. Execute atomically: Run task-tracker to update both files simultaneously
  5. Provide feedback: Explain the conversion and show the result

Example workflow:

User: "Mark T001 as completed"

❌ BLOCKED: Direct edit to tasks.md
✅ AUTO-CONVERTED: .spec-flow/scripts/bash/task-tracker.sh mark-done-with-notes -TaskId T001

Result:
- tasks.md: - [X] T001 Create database schema
- NOTES.md: ✅ T001: Create database schema - est (2025-11-19 10:30)

</enforcement_model>

<allowed_operations> ✅ Permitted (read-only):

  • Read NOTES.md to understand progress
  • Read tasks.md to see task list
  • Read error-log.md to diagnose failures

✅ Permitted (through task-tracker):

  • Mark tasks complete: mark-done-with-notes
  • Mark tasks in progress: mark-in-progress
  • Mark tasks failed: mark-failed
  • Sync status: sync-status
  • Get next task: next
  • Get summary: summary
  • Validate: validate

❌ Blocked (auto-converted):

  • Direct Edit/Write to tasks.md
  • Direct Edit/Write to NOTES.md
  • Manual checkbox changes ([ ] → [X])
  • Manual completion markers (✅ T001) </allowed_operations>

<task_tracker_commands> Available task-tracker.sh / task-tracker.ps1 actions:

bash
1# Get current status 2.spec-flow/scripts/bash/task-tracker.sh status -Json 3 4# Mark task completed with full details 5.spec-flow/scripts/bash/task-tracker.sh mark-done-with-notes \ 6 -TaskId T001 \ 7 -Notes "Created Message model with validation" \ 8 -Evidence "pytest: 25/25 passing" \ 9 -Coverage "92% (+8%)" \ 10 -CommitHash "abc123" \ 11 -Duration "15min" 12 13# Mark task in progress 14.spec-flow/scripts/bash/task-tracker.sh mark-in-progress -TaskId T002 15 16# Mark task failed 17.spec-flow/scripts/bash/task-tracker.sh mark-failed \ 18 -TaskId T003 \ 19 -ErrorMessage "Tests failing: ImportError on MessageService" 20 21# Sync tasks.md to NOTES.md (migration utility) 22.spec-flow/scripts/bash/task-tracker.sh sync-status 23 24# Get next available task 25.spec-flow/scripts/bash/task-tracker.sh next -Json 26 27# Get phase-wise summary 28.spec-flow/scripts/bash/task-tracker.sh summary -Json 29 30# Validate task file structure 31.spec-flow/scripts/bash/task-tracker.sh validate -Json

See references/task-tracker-api.md for complete API reference. </task_tracker_commands> </quick_start>

<workflow> <detection_phase> **1. Monitor Tool Usage**

Watch for these patterns that indicate task status updates:

Direct file edits:

  • Edit(file_path: "*/tasks.md", ...)
  • Edit(file_path: "*/NOTES.md", ...)
  • Write(file_path: "*/tasks.md", ...)
  • Write(file_path: "*/NOTES.md", ...)

Verbal indicators:

  • "Mark T001 as complete"
  • "Update task status for T002"
  • "Task T003 is done"
  • "Completed T004"
  • "T005 failed"

Checkbox change patterns:

  • old_string: "- [ ] T001"new_string: "- [X] T001"
  • Adding ✅ markers to NOTES.md manually </detection_phase>

<interception_phase> 2. Intercept and Block Manual Edits

When Edit/Write detected on tasks.md or NOTES.md:

⛔ MANUAL EDIT BLOCKED

File: specs/001-feature/tasks.md
Attempted change: Mark T001 as [X] completed

❌ Reason: Manual edits break atomic sync between tasks.md and NOTES.md

✅ Solution: Use task-tracker command instead

Auto-converting to:
  .spec-flow/scripts/bash/task-tracker.sh mark-done-with-notes -TaskId T001

This atomically updates:
  - tasks.md checkbox: - [X] T001
  - NOTES.md marker: ✅ T001: ... - est (2025-11-19 10:30)
  - Progress summary in tasks.md (if update-tasks-summary.ps1 exists)

Do NOT execute the manual edit. Instead, proceed to conversion phase. </interception_phase>

<conversion_phase> 3. Convert Manual Edit to Task-Tracker Command

Parse the intended change:

Extract from Edit/Write tool parameters:

  • TaskId: T### from checkbox pattern or ✅ marker
  • NewStatus: Infer from checkbox ([X] = completed, [~] = in-progress, [ ] = pending)
  • Notes: Extract from NOTES.md addition or Edit context
  • ErrorMessage: Extract if marking failed

Generate equivalent command:

javascript
1// Pseudo-logic 2if (newStatus === 'X' || intent === 'mark complete') { 3 command = 'mark-done-with-notes' 4 params = { 5 TaskId: extractedTaskId, 6 Notes: extractedNotes || "", 7 Duration: "est" // Default if not specified 8 } 9} 10else if (newStatus === '~' || intent === 'mark in progress') { 11 command = 'mark-in-progress' 12 params = { TaskId: extractedTaskId } 13} 14else if (intent === 'mark failed' || errorMessage present) { 15 command = 'mark-failed' 16 params = { 17 TaskId: extractedTaskId, 18 ErrorMessage: extractedErrorMessage 19 } 20}

Validation before execution:

Check that:

  • TaskId exists in tasks.md
  • Status transition is valid (pending → in-progress → completed)
  • Required fields present (e.g., ErrorMessage for mark-failed)

If validation fails, auto-fix where possible:

  • Missing TaskId → Extract from context or ask user
  • Invalid transition → Warn and suggest correct flow
  • Missing ErrorMessage → Prompt for details

See references/conversion-logic.md for detailed conversion rules. </conversion_phase>

<execution_phase> 4. Execute Task-Tracker Command

bash
1# Platform detection 2if (platform === 'win32') { 3 script = '.spec-flow/scripts/bash/task-tracker.sh' # Uses WSL or delegates to PS 4} else if (platform === 'linux' || platform === 'darwin') { 5 script = '.spec-flow/scripts/bash/task-tracker.sh' 6} 7 8# Execute with Bash tool 9Bash(`${script} ${command} -TaskId ${TaskId} [additional params] -Json`)

Parse JSON output:

json
1{ 2 "Success": true, 3 "TaskId": "T001", 4 "Message": "Task T001 marked complete in both tasks.md and NOTES.md", 5 "TasksFile": "specs/001-feature/tasks.md", 6 "NotesFile": "specs/001-feature/NOTES.md", 7 "PhaseMarker": "[RED]" 8}

Provide feedback:

✅ TASK STATUS UPDATED ATOMICALLY

Task T001 marked complete:
  - tasks.md: Updated checkbox to [X]
  - NOTES.md: Added completion marker
  - Phase: [RED] (TDD red phase)

Files synchronized:
  - specs/001-feature/tasks.md
  - specs/001-feature/NOTES.md

Next steps:
  - Run: task-tracker.sh next
  - Continue with T002

</execution_phase>

<validation_phase> 5. Validate Task-Tracker Usage

Common mistakes to auto-fix:

MistakeDetectionAuto-fix
Wrong TaskId format (T1 instead of T001)Regex: ^T\d{1,2}$Pad with zeros: T001
Invalid status transition (pending → completed)Check current statusInsert mark-in-progress first
Missing durationDuration field emptyDefault to "est"
Missing notes on completionNotes empty for mark-done-with-notesPrompt: "Add implementation summary"
TaskId doesn't existNot found in Parse-TasksFileList available task IDs
Marking already-completed taskIsCompleted = trueWarn: "Already complete, skip or force?"

TDD validation:

Check if test task completed before implementation:

  • If marking T002 (implement) complete but T001 (test) is pending → warn
  • Recommendation: "Complete T001 (test) before T002 (implement) for TDD"

Parallel safety:

  • If more than 2 tasks in-progress → warn: "Exceeds parallel limit (2)"
  • If file path conflicts detected → block: "T002 and T003 both modify app.py"

See references/validation-rules.md for complete validation logic. </validation_phase> </workflow>

<anti_patterns> Avoid these mistakes that break sync:

1. Manual checkbox edits

markdown
1❌ BAD (manual edit to tasks.md): 2- [X] T001 Create database schema 3 4✅ GOOD (task-tracker command): 5task-tracker.sh mark-done-with-notes -TaskId T001 -Notes "Created schema"

2. Adding NOTES.md markers manually

markdown
1❌ BAD (manual edit to NOTES.md): 2✅ T001: Created database schema 3 4✅ GOOD (task-tracker handles NOTES.md): 5task-tracker.sh mark-done-with-notes -TaskId T001 6# Atomically updates both files

3. Inconsistent states

markdown
1❌ BAD (tasks.md says pending, NOTES.md says complete): 2tasks.md: - [ ] T001 Create schema 3NOTES.md: ✅ T001: Created schema 4 5✅ GOOD (atomic update ensures consistency): 6Both files updated simultaneously via task-tracker

4. Skipping in-progress marker

markdown
1❌ BAD (pending → completed without in-progress): 2Can lose tracking of what's actively being worked on 3 4✅ GOOD (mark in-progress first): 51. task-tracker.sh mark-in-progress -TaskId T001 62. [implement task] 73. task-tracker.sh mark-done-with-notes -TaskId T001

5. Missing task completion evidence

markdown
1❌ BAD (no evidence of completion): 2✅ T001 - est (timestamp) 3 4✅ GOOD (include evidence, coverage, commit): 5✅ T001: Created Message model - 15min (2025-11-19 10:30) 6 - Evidence: pytest: 25/25 passing 7 - Coverage: 92% (+8%) 8 - Committed: abc123

</anti_patterns>

<success_criteria> Task status sync is working correctly when:

  • ✓ All task completions use task-tracker commands
  • ✓ tasks.md checkboxes and NOTES.md markers are always synchronized
  • ✓ No manual edits to tasks.md or NOTES.md occur
  • ✓ Attempted manual edits are auto-converted to task-tracker commands
  • ✓ Task-tracker validation catches and fixes common mistakes
  • ✓ TDD flow is enforced (tests before implementation)
  • ✓ Parallel task limit (2) is respected
  • ✓ File path conflicts are detected and prevented
  • ✓ Error log entries are created for failed tasks
  • ✓ Progress summary stays updated with velocity metrics

Detection working when:

  • Edit/Write attempts to tasks.md are intercepted
  • Verbal task completion mentions are recognized
  • Checkbox change patterns are detected
  • Auto-conversion generates correct task-tracker commands

Validation working when:

  • Invalid task IDs are caught and corrected
  • Invalid status transitions are prevented or guided
  • TDD violations are warned
  • Parallel safety limits are enforced </success_criteria>

<reference_guides> For detailed implementation and troubleshooting:

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