OpenWriterControle/.opencode/context/core/guides/resuming-sessions.md
Alexander Daza ca2e35c30b
feat(lint): resolve all ESLint errors and complete compatibility layer (Issue #141) (#176)
* feat: implement compatibility layer foundation (Issue #141)

- Add TypeScript project setup with strict mode and Vitest
- Implement 20+ Zod validation schemas for OpenAgent format
- Create BaseAdapter abstract class with template method pattern
- Add context documentation for compatibility layer workflow
- Setup ESLint, TypeScript, and test configuration

Phase 1 Foundation: 50% complete (subtasks 01-03)
Related: #141

* feat: implement AgentLoader with TypeScript (Issue #141)

- Add AgentLoader class for loading OAC agent files
- Implement parseFrontmatter() for YAML extraction
- Add extractSections() for markdown parsing (skills, examples, commands, workflow)
- Create custom error classes: AgentLoadError, FrontmatterParseError, ValidationError
- Support single file and recursive directory loading
- Add metadata merging from agent-metadata.json
- Export convenience functions: loadAgent(), loadAgents()
- Full Zod schema validation with descriptive error messages
- 386 lines, type-safe with strict mode

Phase 1 Foundation: 66.7% complete (subtask 04/06)
Related: #141

* feat: implement AdapterRegistry with TypeScript (Issue #141)

- Add AdapterRegistry class for managing tool adapters
- Implement type-safe registration with Map<string, BaseAdapter>
- Add alias support for adapter names (case-insensitive)
- Create custom error class: AdapterRegistryError
- Implement methods: register(), get(), list(), has(), getAll(), unregister(), clear()
- Add capability-based adapter discovery: getCapabilities(), findByFeature()
- Export singleton registry instance and convenience functions
- Support lazy loading of built-in adapters (placeholder for Phase 2)
- 416 lines, fully type-safe with strict mode

Features:
- Duplicate registration prevention
- Alias conflict detection
- O(1) adapter lookup
- Sorted adapter listings
- Comprehensive JSDoc documentation

Phase 1 Foundation: 83.3% complete (subtask 05/06)
Related: #141

* feat: create main entry point index.ts (Issue #141)

- Add comprehensive barrel exports for public API
- Export all Zod schemas and TypeScript types
- Export AgentLoader class and convenience functions
- Export AdapterRegistry, singleton, and helpers
- Export error classes: AgentLoadError, FrontmatterParseError, ValidationError, AdapterRegistryError
- Export BaseAdapter for custom adapter creation
- Add package VERSION constant
- Include JSDoc documentation with usage examples
- Organized exports by category (types, core, adapters)
- 168 lines with comprehensive documentation

All exports:
- Types: All Zod schemas and inferred TypeScript types
- Core: AgentLoader, AdapterRegistry, registry singleton
- Adapters: BaseAdapter abstract class
- Errors: All custom error classes
- Utilities: Convenience functions (loadAgent, getAdapter, etc.)

Phase 1 Foundation: 100% COMPLETE! 🎉 (6/6 subtasks)
Related: #141

* feat: implement ClaudeAdapter with bidirectional conversion (Issue #141)

- Implement ClaudeAdapter extending BaseAdapter
- Support toOAC() conversion from Claude Code format to OAC
- Support fromOAC() conversion from OAC to Claude Code format
- Handle .claude/config.json for primary agents
- Handle .claude/agents/*.md for subagents with YAML frontmatter
- Map Claude Skills system to/from OAC contexts
- Map hooks (PreToolUse, PostToolUse, etc.) bidirectionally
- Degrade granular OAC permissions to Claude permissionMode
- Add warnings for unsupported features (temperature, maxSteps)
- Export ClaudeAdapter from main index.ts

Capabilities:
- supportsMultipleAgents: true
- supportsSkills: true
- supportsHooks: true
- supportsGranularPermissions: false (binary only)
- supportsTemperature: false
- Model ID mapping (claude-sonnet-4 <-> claude-sonnet-4-20250514)
- Tool access mapping (OAC ToolAccess <-> Claude tools array)

Subtask: compatibility-layer-141-07
Phase: 2 (Adapters Migration)

* feat: implement CursorAdapter with single-file format support (Issue #141)

- Implement CursorAdapter extending BaseAdapter
- Support toOAC() conversion from .cursorrules to OAC
- Support fromOAC() conversion from OAC to .cursorrules format
- Handle single-file limitation (no multiple agents)
- Implement mergeAgents() for combining multiple OAC agents
- Parse optional YAML frontmatter in .cursorrules
- Inline context files into .cursorrules content
- Add comprehensive warnings for lost features

Key limitations:
- supportsMultipleAgents: false (single .cursorrules file)
- supportsSkills: false (must inline content)
- supportsHooks: false (not supported by Cursor)
- supportsGranularPermissions: false (binary only)
- supportsTemperature: true (limited support)

Features:
- Model ID mapping (gpt-4, claude-3-opus, etc.)
- Tool access parsing and generation
- Context file inlining with references
- Multi-agent merge capability
- Frontmatter parsing for metadata

Export CursorAdapter from main index.ts

Subtask: compatibility-layer-141-08
Phase: 2 (Adapters Migration)

* feat: implement WindsurfAdapter with bidirectional conversion (Issue #141)

- Add WindsurfAdapter.ts (514 lines) extending BaseAdapter
- Support bidirectional OAC ↔ Windsurf JSON conversion
- Implement toOAC() for Windsurf config → OpenAgent parsing
- Implement fromOAC() for OpenAgent → Windsurf config generation
- Add temperature ↔ creativity setting mapping (low/medium/high)
- Add model ID mapping (claude-sonnet-4 ↔ claude-4-sonnet)
- Support multi-agent configuration via .windsurf/agents/
- Support context files via .windsurf/context/
- Implement binary permission mapping with degradation warnings
- Add priority level normalization (critical/high/medium/low → high/low)
- Export WindsurfAdapter in index.ts
- All adapters now complete: Claude, Cursor, Windsurf
- Compilation successful: 0 errors, 0 warnings

Phase 2 (Adapters): 50% complete (3/6 subtasks)
Total progress: 28.13% (9/32 subtasks)
Code stats: 3,333 lines TypeScript (Foundation + Adapters)

* docs: add compatibility layer context files and progress tracking (Issue #141)

- Add baseadapter-implementation.md with detailed adapter pattern and testing examples
- Add compatibility-layer-development.md with development workflow and best practices
- Add compatibility-layer-adapters.md lookup table with adapter specifications
- Add compatibility-layer-progress.md tracking Phase 1 completion and Phase 2 status
- Add compatibility-learnings.md documenting implementation learnings
- Update compatibility-layer.md with latest architecture insights

These context files support Phase 2 adapter unit testing and future adapter development.

* test: implement comprehensive unit tests for ClaudeAdapter (Issue #141 - Subtask 10)

Implemented 80 test cases covering:
- toOAC() parsing of config.json and agent.md (YAML frontmatter)
- fromOAC() conversion to config.json and agent.md formats
- Capabilities and feature validation
- Model, tool, skill, hook, and permission mapping
- Skill generation from contexts
- Edge cases and error handling
- Roundtrip conversion validation

Coverage achieved:
- 96.32% statements (target: 80%+) ✅
- 100% functions (target: 80%+) ✅
- 82.14% branches (target: 75%+) ✅

All test cases follow AAA pattern (Arrange-Act-Assert) and test standards
from .opencode/context/core/standards/test-coverage.md

* test: implement comprehensive unit tests for CursorAdapter (Issue #141 - Subtask 11)

Implemented 78 test cases covering:
- toOAC() parsing of plain .cursorrules and YAML frontmatter
- fromOAC() conversion to .cursorrules format
- Capabilities and feature validation
- Agent merging (CURSOR-SPECIFIC - unique feature)
- Model, tool mapping
- Context inlining
- Temperature and configuration handling
- Edge cases and error handling
- Roundtrip conversion validation

Coverage achieved:
- 98.55% statements (target: 80%+) ✅
- 100% functions (target: 80%+) ✅
- 89.65% branches (target: 75%+) ✅

Key test areas:
- Plain text .cursorrules parsing (no frontmatter)
- YAML frontmatter parsing with type coercion
- Agent merging (single, two, three+ agents)
- Tool union and temperature MAX behavior
- Context inlining with proper formatting
- Model mapping (Cursor ↔ OAC)

All test cases follow AAA pattern and test standards.

* test: implement comprehensive unit tests for WindsurfAdapter (Issue #141 - Subtask 12)

* feat: implement Phase 3 mappers and translation engine with tests (Issue #141)

- Add ToolMapper: maps tool names between OAC and Claude/Cursor/Windsurf
- Add PermissionMapper: translates granular to binary permissions
- Add ModelMapper: maps AI model IDs between platforms
- Add ContextMapper: maps context file paths between platforms
- Add CapabilityMatrix: feature compatibility analysis across platforms
- Add TranslationEngine: orchestrates all mappers for complete translation

Test coverage:
- ToolMapper: 100% statements, 100% branches
- PermissionMapper: 98% statements, 96% branches
- ModelMapper: 99% statements, 90% branches
- ContextMapper: 97% statements, 94% branches
- CapabilityMatrix: 99% statements, 96% branches
- TranslationEngine: 99% statements, 93% branches

Total: 485 tests passing (249 new tests added)

* docs: update Issue #141 context files to reflect Phase 3 completion

- Update progress from 28% to 59.4% (19/32 subtasks)
- Mark Phases 1-3 as complete (Foundation, Adapters, Mappers)
- Update code stats: 5,799 source lines, 6,322 test lines
- Add test coverage metrics: 485 tests, 97-100% on Phase 3
- Update structure with all implemented files
- Add executive summary for token-efficient context loading
- Document next steps: Phase 4 CLI implementation

* docs(context): harvest Claude Code docs and fix MVI compliance (Phase 1)

- Harvest external Claude Code documentation into context system:
  - hooks-system, agent-skills, subagents-system concepts
  - hook-events, skill-metadata, builtin-subagents lookups
  - Example files for hooks, skills, and subagents
  - Plugin architecture and migration guides

- Fix 6 critical MVI violations (files > 200 lines):
  - Split adding-agent.md → adding-agent-basics.md + adding-agent-testing.md
  - Split adding-skill.md → 3 files (basics, implementation, example)
  - Split task-delegation.md → 3 files (basics, specialists, caching)
  - Split external-libraries.md → 3 files (workflow, scenarios, faq)
  - Split design-assets.md → 4 files (images, icons, fonts, cdn)
  - Split navigation-design.md → 2 files (basics, templates)

- Update navigation files with new references
- Remove consumed source docs from to-be-consumed/

Total: 17 new files created, 6 large files replaced, 5 source docs consumed

* docs(context): MVI compliance Phase 2 - split large workflow and UI files

Split 3 large files into MVI-compliant modules (< 200 lines each):

- design-iteration.md (1058 lines) → 9 files:
  - design-iteration-overview.md (overview, when to use)
  - design-iteration-plan-file.md (mandatory plan template)
  - design-iteration-stage-layout.md (Stage 1)
  - design-iteration-stage-theme.md (Stage 2)
  - design-iteration-stage-animation.md (Stage 3)
  - design-iteration-stage-implementation.md (Stage 4)
  - design-iteration-visual-content.md (Image Specialist)
  - design-iteration-best-practices.md (quality, troubleshooting)
  - design-iteration-plan-iterations.md (managing iterations)

- animation-patterns.md (753 lines) → 6 files:
  - animation-basics.md (fundamentals, timing, easing)
  - animation-components.md (buttons, cards, modals)
  - animation-chat.md (message, typing animations)
  - animation-loading.md (skeleton, spinner, progress)
  - animation-forms.md (focus, validation, scroll)
  - animation-advanced.md (recipes, best practices)

- premium-dark-ui-quick-start.md (638 lines) → 4 files:
  - premium-dark-ui-colors.md (palette, typography, spacing)
  - premium-dark-ui-components.md (core building blocks)
  - premium-dark-ui-layouts.md (hero, features, CTA)
  - premium-dark-ui-advanced.md (animations, accessibility)

Updated navigation files with new references.

* feat(cli): implement CLI scaffolding with Commander.js (Issue #141 - Subtask 20)

- Add src/cli/index.ts: CLI entry point with convert, validate, migrate, info commands
- Add src/cli/types.ts: TypeScript type definitions for CLI options
- Add src/cli/utils.ts: Logging, spinner, and formatting utilities
- Add "type": "module" to package.json for ESM support
- Global options: --verbose, --quiet, --output-format (json|text)
- Commands are placeholders pending implementation in subtasks 21-24

* feat(cli): implement convert command with full format support (Issue #141 - Subtask 21)

- Add src/cli/commands/convert.ts: Complete convert command implementation
- Auto-detect input format from file path and content
- Support bidirectional conversion: OAC <-> Cursor/Claude/Windsurf
- Output to stdout by default, file with --output flag
- Display warnings for feature loss during conversion
- Enable registerBuiltInAdapters in AdapterRegistry
- Add public constructors to all adapters (CursorAdapter, ClaudeAdapter, WindsurfAdapter)
- Fix ESM imports: add .js extensions to all relative imports across codebase

All 485 tests passing.

* feat(cli): implement validate and info commands (Issue #141 - Subtasks 22, 24)

- validate: Checks agent compatibility with target format
  - Reports compatibility score (0-100%)
  - Lists preserved/degraded/lost features
  - Provides suggestions for unsupported features
  - Exit codes: 0=compatible, 1=partial, 2=incompatible
  - Supports --strict and --output-format json

- info: Displays tool capabilities and feature parity
  - Shows feature matrix for all platforms
  - Detailed view for single platform
  - Platform comparison with --compare
  - Documentation links
  - Supports --output-format json

* feat(cli): implement migrate command and add migration guides (Issue #141)

- Add migrate command for full project migration with batch conversion
- Support --dry-run, --force, and --out-dir options
- Generate migration reports with success/failure summaries
- Preserve directory structure in output

Documentation:
- Add 5 migration guides (cursor↔oac, claude↔oac, oac→windsurf)
- Add comprehensive feature-matrices.md with platform comparisons
- Document lossless vs lossy conversion impacts

Completes subtasks: 23, 26, 27, 28, 29, 30, 31

* test(cli): add comprehensive integration tests for all CLI commands (Issue #141)

- Add convert.test.ts with 23 tests for format conversions
- Add validate.test.ts with 21 tests for compatibility validation
- Add migrate.test.ts with 25 tests for batch migration
- Add info.test.ts with 30 tests for capability queries
- Add test fixtures for OAC, Cursor, and Claude formats
- Fix empty directory warning in migrate command

All 584 tests passing with full coverage of CLI modules.

Completes subtask 25

* docs: update README with comprehensive CLI and API documentation (Issue #141)

- Add complete CLI command reference with all options
- Add programmatic API usage examples
- Add feature parity matrix summary
- Add links to all migration guides
- Add architecture overview
- Add custom adapter creation guide

Completes subtask 32 - Feature #141 fully implemented

* docs: add visual examples and format improvements to README

- Add Cursor IDE screenshot (contextscout-cursor.png)
- Add Claude Code validation screenshot (claude-code-validation.png)
- Format code examples with consistent double quotes
- Align feature parity matrix table
- Add .cursorrules and bun.lock to .gitignore

* fix(lint): resolve all ESLint errors in compatibility layer

- Remove async from methods with no await expressions (toOAC, fromOAC, loadFromFile)
- Wrap Promise-returning methods with Promise.resolve/reject
- Fix unsafe type assertions (replace 'as any' with proper type validation)
- Add missing getConfigPath() method to WindsurfAdapter
- Validate AgentCategory enum values before assignment
- Fix return type compatibility issues

All 584 tests passing, 0 ESLint errors (7 acceptable warnings for missing callback return types)

* chore: update package.json author and contributors metadata

- Update author from string to object format with name and GitHub URL
- Add Alexander Daza as contributor with email and GitHub profile
- Maintain npm package.json standard format for author/contributors fields
2026-02-06 00:08:14 +00:00

6.5 KiB

Guide: Resuming Multi-Session Tasks

Purpose: How to resume work from previous sessions using session context and task files

Last Updated: 2026-02-04


When to Use This Guide

  • Continuing work after a break or interruption
  • Picking up a task from another agent or developer
  • Understanding what was done in a previous session
  • Avoiding duplicate work or lost progress

Session File Structure

.tmp/
├── sessions/                      # Session context
│   └── {YYYY-MM-DD}-{task-slug}/
│       ├── context.md             # Full task context
│       └── PROGRESS.md            # Progress report
│
└── tasks/                         # Task breakdowns
    └── {task-slug}/
        ├── task.json              # Main task definition
        └── subtask_NN.json        # Individual subtasks

Quick Resume Steps

1. Find Your Session (30 seconds)

# List recent sessions
ls -lt .tmp/sessions/ | head -5

# Most recent session
SESSION=$(ls -t .tmp/sessions/ | head -1)
echo "Latest session: $SESSION"

2. Read Progress Report (2 minutes)

# View progress
cat .tmp/sessions/$SESSION/PROGRESS.md

Look for:

  • ✅ Completed Work - What's already done
  • 🔥 Next Steps - What to do next
  • 📊 Overall Progress - How much is complete
  • ⚠️ Blockers - Any issues to resolve

3. Check Task Context (3 minutes)

# View full context
cat .tmp/sessions/$SESSION/context.md

Key sections:

  • Current Request - What was asked for
  • Context Files - Standards to follow (CRITICAL)
  • Reference Files - Existing code to read
  • Components - What needs to be built
  • Exit Criteria - When you're done

4. Review Subtasks (2 minutes)

# Find task directory
TASK_DIR=.tmp/tasks/$(basename $SESSION | cut -d'-' -f4-)

# List subtasks
ls $TASK_DIR/subtask_*.json

# View next subtask
cat $TASK_DIR/subtask_04.json  # Example

Subtask format:

{
  "id": "04",
  "name": "Migrate AgentLoader",
  "description": "Create src/core/AgentLoader.ts with load/parse functions",
  "estimated_hours": 1.5,
  "status": "pending",
  "dependencies": ["02"],
  "context_files": ["...standards to load..."],
  "acceptance_criteria": ["...checklist..."]
}

Resume Workflow

Option 1: Continue from Last Checkpoint

# 1. Check what's done
grep "✅" .tmp/sessions/$SESSION/PROGRESS.md

# 2. Find next task
grep "🔥 NEXT" .tmp/sessions/$SESSION/PROGRESS.md

# 3. Tell the agent
"Continue with subtask 04 from session $SESSION"

Option 2: Jump to Specific Phase

# 1. View phase structure
cat .tmp/tasks/$TASK_DIR/task.json | jq '.phases'

# 2. Find phase tasks
cat .tmp/tasks/$TASK_DIR/task.json | jq '.phases[1]'  # Phase 2

# 3. Tell the agent
"Start Phase 2 - Adapters from session $SESSION"

Option 3: Review and Decide

# 1. Quick status
cat .tmp/sessions/$SESSION/PROGRESS.md | grep -A5 "Overall Progress"

# 2. View completed work
cat .tmp/sessions/$SESSION/PROGRESS.md | grep -A20 "Completed Work"

# 3. Discuss with agent
"Show me the current status of session $SESSION and suggest next steps"

Key Files to Read

context.md (ALWAYS)

Why: Contains standards you MUST follow

## Context Files (Standards to Follow)
- .opencode/context/core/standards/code-quality.md - CRITICAL
- .opencode/context/core/standards/test-coverage.md - CRITICAL

Before writing any code, load these standards!


Why: Shows exactly what's done and what's next

Key sections:

  • Overall Progress - % complete, phases
  • Completed Work - Files created, tasks done
  • Next Steps - What to do immediately
  • Blockers - Issues to resolve

subtask_NN.json (WHEN NEEDED)

Why: Detailed task definition with acceptance criteria

Use when:

  • Starting a new subtask
  • Need to know exact requirements
  • Want to see dependencies

Common Scenarios

Scenario 1: "I don't remember where I was"

# Quick catch-up
cat .tmp/sessions/$SESSION/PROGRESS.md | head -50
# Read: Overall Progress + Completed Work + Next Steps

Time: 2 minutes


Scenario 2: "What was I supposed to build?"

# Read original request
cat .tmp/sessions/$SESSION/context.md | grep -A20 "Current Request"

# Read components
cat .tmp/sessions/$SESSION/context.md | grep -A30 "Components"

Time: 3 minutes


Scenario 3: "What standards should I follow?"

# Read context files list
cat .tmp/sessions/$SESSION/context.md | grep -A15 "Context Files"

# Load the standards
cat .opencode/context/core/standards/code-quality.md

Time: 5 minutes


Scenario 4: "How do I know when I'm done?"

# Read exit criteria
cat .tmp/sessions/$SESSION/context.md | grep -A20 "Exit Criteria"

Time: 1 minute


Agent Instructions

When resuming a session, tell the agent:

"Resume session: {SESSION_ID}"

Or more specific:

"Continue with subtask 04 from session 2026-02-04-compatibility-layer-141"

The agent should:

  1. ✅ Read context.md for standards
  2. ✅ Read PROGRESS.md for current state
  3. ✅ Load next subtask JSON
  4. ✅ Load required context files (from subtask.context_files)
  5. ✅ Propose next steps
  6. ✅ Request approval before executing

Session Lifecycle

Active Session

  • Created when task starts
  • Updated after each subtask completes
  • Contains live progress tracking

Completed Session

  • All subtasks marked complete
  • Exit criteria met
  • Ready for archival

Archived Session

  • Moved to .tmp/archive/sessions/{date}/
  • Knowledge harvested to permanent context
  • Task JSONs can be deleted

Cleanup Checklist

After completing a session:

  • All exit criteria met?
  • Valuable knowledge harvested to context?
  • Session files archived?
  • Task JSONs cleaned up?
  • Temporary files deleted?

Best Practices

  1. Always read context.md first - Contains critical standards
  2. Check PROGRESS.md before asking - Likely has the answer
  3. Use subtask JSONs for detailed requirements - Not just memory
  4. Update PROGRESS.md after each task - Keep it current
  5. Archive when done - Don't clutter workspace

Reference

  • Session Template: .tmp/sessions/{YYYY-MM-DD}-{task-slug}/
  • Task Template: .tmp/tasks/{task-slug}/
  • Related:
    • guides/compatibility-layer-workflow.md (example session)
    • standards/code-quality.md (what to follow)