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Implement the abstraction layer for purgatory sync operations:
- SyncContext trait: defines interface for repository data fetching,
OID existence checks, git fetch operations, and event processing
- ProcessResult: captures outcomes when releasing events from purgatory
- MockSyncContext: test mock with builder pattern for configuring:
- Clone URLs and which OIDs each URL provides
- Needed OIDs (simulates purgatory state)
- URL failure simulation
- Fetch logging for assertions
The trait uses async_trait for async method support and requires
Send + Sync for use in concurrent sync operations.
This abstraction enables unit testing of sync logic without I/O,
while the real implementation (to be added later) will connect
to actual database, git, and relay systems.
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Implements ThrottleManager which manages all per-domain DomainThrottle
instances and provides:
- Throttle status checking via is_throttled() for sync URL selection
- Request tracking via start_request()/complete_request()
- Identifier queue management via enqueue_identifier()
- Automatic domain throttle creation on first access
- Thread-safe access via DashMap with Mutex-wrapped throttles
The manager uses the configured max_concurrent and max_per_minute limits
for all domains. Trigger-based queue processing (set_context,
process_queued_identifier) will be added after SyncContext is available.
Tests verify:
- is_throttled reflects domain capacity correctly
- enqueue_identifier creates domain throttle if needed
- start_request creates domain throttle if needed
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Implement per-domain throttling for purgatory sync operations:
- Concurrent request limit (max in-flight requests per domain)
- Rate limit (max requests per minute via sliding window)
- Fair round-robin queue processing across identifiers
- In-progress tracking to prevent duplicate fetches
- Tried URL tracking per identifier
Add indexmap dependency for ordered iteration in round-robin queue.
Includes 6 unit tests covering:
- Concurrent limit enforcement
- Rate limit enforcement (sliding window)
- Round-robin fair processing
- In-progress identifier skipping
- Round-robin index adjustment on removal
- Tried URL merging on re-enqueue
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Implement the sync queue entry struct that tracks sync state per identifier:
- next_attempt: when the next sync should be attempted
- attempt_count: for backoff calculation (resets on new events)
- in_progress: prevents concurrent syncs for same identifier
Backoff schedule: 20s → 40s → 80s → 120s (capped at 2 minutes)
This is the foundation for the identifier-based purgatory sync system
that will replace the current per-event syncing approach.
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