- Removed SyncAllCounters() and all call sites (already no-op with hash IDs)
- Removed AllocateNextID() and getNextIDForPrefix() - sequential ID generation
- Removed collision remapping logic in internal/storage/sqlite/collision.go
- Removed rename collision handling in internal/importer/importer.go
- Removed branch-merge example (collision resolution no longer needed)
- Updated EXTENDING.md to remove counter sync examples
These were all deprecated code paths for sequential IDs that are obsolete
with hash-based IDs. Hash ID collisions are handled by extending the hash,
not by remapping to new sequential IDs.
- Removed nextSequentialID() and getIDMode() functions
- Removed issue_counters table from schema
- Made SyncAllCounters() a no-op for backward compatibility
- Simplified ID generation to hash-only (adaptive length)
- Removed id_mode config setting
- Removed sequential ID tests and migration code
- Updated CONFIG.md and AGENTS.md to remove sequential ID references
Follow-up bd-2a70 will remove obsolete test files and renumber command.
- Start with 4-char IDs for small databases (0-500 issues)
- Scale to 5-char at 500-1500 issues, 6-char at 1500+
- Configurable via max_collision_prob, min/max_hash_length
- Birthday paradox math ensures collision probability stays under threshold
- Comprehensive tests and documentation
- Collision calculator tool for analysis
Also filed bd-aa744b to remove sequential ID code path.
- Enable id_mode=hash in all test clones
- Remove expectation of ID collisions (hash IDs prevent this)
- Tests now properly demonstrate that hash IDs eliminate ID conflicts
- Git JSONL merge conflicts still occur but are simpler to resolve
- Related: bd-165 (hash-based ID implementation)
Amp-Thread-ID: https://ampcode.com/threads/T-fe7c6698-371e-467a-a340-ed73f31bff6a
Co-authored-by: Amp <amp@ampcode.com>
- Created global daemon registry at ~/.beads/registry.json
- Daemons auto-register on start, unregister on graceful shutdown
- DiscoverDaemons() now uses registry instead of filesystem scan
- Instant daemon discovery (35ms vs indefinite hang)
- Auto-cleanup of stale registry entries
- Full test coverage
Closes bd-07b8c8, bd-acb971c7
- Changed generateHashID to start with 6 chars (3 bytes), expand to 7/8 on collision
- Updated both CreateIssue and CreateIssues (batch) to use progressive length fallback
- Updated tests to accept 9-11 char IDs (bd- + 6-8 hex chars)
- All new issues now generate with shorter, more readable IDs
- Existing 8-char IDs preserved (no migration needed)
Amp-Thread-ID: https://ampcode.com/threads/T-8a6058af-9f42-4bff-be02-8c8bce41eeb5
Co-authored-by: Amp <amp@ampcode.com>
- Add id_mode config (sequential|hash), defaults to sequential
- Update CreateIssue/CreateIssues to check id_mode and generate appropriate IDs
- Implement lazy counter initialization from existing issues
- Update migrate --to-hash-ids to set id_mode=hash after migration
- Fix hash ID tests to set id_mode=hash
- Fix renumber test to use explicit IDs
- All 183 test packages pass
This makes hash IDs backward-compatible opt-in rather than forced default.
- Add internal/utils/id_parser.go with ParseIssueID and ResolvePartialID
- Update all CLI commands to accept IDs without prefix (e.g., '170' or 'bd-170')
- Add comprehensive tests for ID parsing functionality
- Works in direct mode; RPC handlers to be updated in bd-177
Commands updated:
- show, update, edit, close (show.go)
- reopen (reopen.go)
- dep add/remove/tree (dep.go)
- label add/remove/list (label.go)
- comments (comments.go)
Amp-Thread-ID: https://ampcode.com/threads/T-1f6a301b-b53f-440f-bd79-e453234ac1c9
Co-authored-by: Amp <amp@ampcode.com>
- Add GetNextChildID to storage interface for generating child IDs
- Implement in SQLiteStorage with atomic counter using child_counters table
- Implement in MemoryStorage with in-memory counter
- Add --parent flag to bd create command
- Support hierarchical IDs (bd-a3f8e9.1, bd-a3f8e9.1.5) in CreateIssue
- Validate parent exists when creating hierarchical issues
- Enforce max depth of 3 levels
- Update ID validation to accept hierarchical IDs with dots
- Add comprehensive tests for child ID generation
- Manual testing confirms: sequential children, nested hierarchies, depth enforcement
