skills/continuity_ledger/SKILL.md
Create or update continuity ledger for state preservation across clears
npx skillsauth add rubicanjr/FinCognis skills/continuity_ledgerInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
3 of 9 scanners reported clean
Some scanners were skipped, did not run, or reported a non-clean status. Review each row below.
Note: This skill is now an alias for
/create_handoff. Both output the same YAML format.
Create a YAML handoff document for state preservation across /clear. This is the same as /create_handoff.
First, determine the session name from existing handoffs:
ls -td thoughts/shared/handoffs/*/ 2>/dev/null | head -1 | xargs basename
This returns the most recently modified handoff folder name (e.g., open-source-release). Use this as the handoff folder name.
If no handoffs exist, use general as the folder name.
Create your file under: thoughts/shared/handoffs/{session-name}/YYYY-MM-DD_HH-MM_description.yaml, where:
{session-name} is from existing handoffs (e.g., open-source-release) or general if none existYYYY-MM-DD is today's dateHH-MM is the current time in 24-hour format (no seconds needed)description is a brief kebab-case descriptionExamples:
thoughts/shared/handoffs/open-source-release/2026-01-08_16-30_memory-system-fix.yamlthoughts/shared/handoffs/general/2026-01-08_16-30_bug-investigation.yamlCRITICAL: Use EXACTLY this YAML format. Do NOT deviate or use alternative field names.
The goal: and now: fields are shown in the statusline - they MUST be named exactly this.
---
session: {session-name from ledger}
date: YYYY-MM-DD
status: complete|partial|blocked
outcome: SUCCEEDED|PARTIAL_PLUS|PARTIAL_MINUS|FAILED
---
goal: {What this session accomplished - shown in statusline}
now: {What next session should do first - shown in statusline}
test: {Command to verify this work, e.g., pytest tests/test_foo.py}
done_this_session:
- task: {First completed task}
files: [{file1.py}, {file2.py}]
- task: {Second completed task}
files: [{file3.py}]
blockers: [{any blocking issues}]
questions: [{unresolved questions for next session}]
decisions:
- {decision_name}: {rationale}
findings:
- {key_finding}: {details}
worked: [{approaches that worked}]
failed: [{approaches that failed and why}]
next:
- {First next step}
- {Second next step}
files:
created: [{new files}]
modified: [{changed files}]
Field guide:
goal: + now: - REQUIRED, shown in statuslinedone_this_session: - What was accomplished with file referencesdecisions: - Important choices and rationalefindings: - Key learningsworked: / failed: - What to repeat vs avoidnext: - Action items for next sessionDO NOT use alternative field names like session_goal, objective, focus, current, etc.
The statusline parser looks for EXACTLY goal: and now: - nothing else works.
IMPORTANT: Before responding to the user, you MUST ask about the session outcome.
Use the AskUserQuestion tool with these exact options:
Question: "How did this session go?"
Options:
- SUCCEEDED: Task completed successfully
- PARTIAL_PLUS: Mostly done, minor issues remain
- PARTIAL_MINUS: Some progress, major issues remain
- FAILED: Task abandoned or blocked
After the user responds, mark the outcome:
# Mark the most recent handoff (works with PostgreSQL or SQLite)
PROJECT_ROOT=$(git rev-parse --show-toplevel 2>/dev/null || echo "${CLAUDE_PROJECT_DIR:-.}")
cd "$PROJECT_ROOT/opc" && uv run python scripts/core/artifact_mark.py --latest --outcome <USER_CHOICE>
After marking the outcome, respond to the user:
Handoff created! Outcome marked as [OUTCOME].
Resume in a new session with:
/resume_handoff path/to/handoff.yaml
/clearEach compaction is lossy compression—after several compactions, you're working with degraded context. Clearing + loading the handoff gives you fresh context with full signal.
development
Goal-based workflow orchestration - routes tasks to specialist agents based on user goals
tools
Wiring Verification
development
Connection management, room patterns, reconnection strategies, message buffering, and binary protocol design.
development
Screenshot comparison QA for frontend development. Takes a screenshot of the current implementation, scores it across multiple visual dimensions, and returns a structured PASS/REVISE/FAIL verdict with concrete fixes. Use when implementing UI from a design reference or verifying visual correctness.