Identified and tagged obviously-slow integration tests with
`//go:build integration` to exclude them from default test runs.
This is step 1 of fixing test performance. The real fix is in
bd-1rh: refactoring tests to use shared DB setup instead of
creating 279 separate databases.
Tagged files:
- cmd/bd: 8 files (CLI tests, git ops, performance benchmarks)
- internal: 8 files (integration tests, E2E tests)
Issues:
- bd-1rh: Main issue tracking test performance
- bd-c49: Audit all tests and create grouping plan (next step)
- bd-y6d: POC refactor of create_test.go
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Co-Authored-By: Claude <noreply@anthropic.com>
Complete implementation of signal-aware context propagation for graceful
cancellation across all commands and storage operations.
Key changes:
1. Signal-aware contexts (bd-rtp):
- Added rootCtx/rootCancel in main.go using signal.NotifyContext()
- Set up in PersistentPreRun, cancelled in PersistentPostRun
- Daemon uses same pattern in runDaemonLoop()
- Handles SIGINT/SIGTERM for graceful shutdown
2. Context propagation (bd-yb8):
- All commands now use rootCtx instead of context.Background()
- sqlite.New() receives context for cancellable operations
- Database operations respect context cancellation
- Storage layer propagates context through all queries
3. Cancellation tests (bd-2o2):
- Added import_cancellation_test.go with comprehensive tests
- Added export cancellation test in export_test.go
- Tests verify database integrity after cancellation
- All cancellation tests passing
Fixes applied during review:
- Fixed rootCtx lifecycle (removed premature defer from PersistentPreRun)
- Fixed test context contamination (reset rootCtx in test cleanup)
- Fixed export tests missing context setup
Impact:
- Pressing Ctrl+C during import/export now cancels gracefully
- No database corruption or hanging transactions
- Clean shutdown of all operations
Tested:
- go build ./cmd/bd ✓
- go test ./cmd/bd -run TestImportCancellation ✓
- go test ./cmd/bd -run TestExportCommand ✓
- Manual Ctrl+C testing verified
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Co-Authored-By: Claude <noreply@anthropic.com>
- 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.
Fixed UNIQUE constraint errors when creating multiple issues in parallel.
Root cause: The previous two-step approach used INSERT OR IGNORE to
pre-initialize counters, followed by an UPSERT to increment. Multiple
concurrent transactions could all execute the INSERT OR IGNORE with the
same initial value, causing them to generate duplicate IDs.
Solution: Replaced with a single atomic UPSERT that:
1. Initializes counter from MAX(existing IDs) if needed
2. Updates counter to MAX(current, max existing) + 1 on conflict
3. Returns the final incremented value
This ensures counters are correctly initialized from existing issues
(fixing lazy init tests) while preventing race conditions through the
BEGIN IMMEDIATE transaction serialization.
Tested with 10 parallel processes - all succeeded with unique IDs.
Also added comprehensive profiling test suite for import performance
investigation (bd-199).
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Co-Authored-By: Claude <noreply@anthropic.com>
