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Contribute the bug fixes and LangFuse support up to Jan 23, 2026 #109
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Removed the Star History section from the README.
Corrected formatting for the Python SDK installation section.
The UserManager method was renamed from get_user_or_default() to get_user_or_admin() but two call sites in server.py were not updated, causing AttributeError at runtime. This commit updates both occurrences in: - process() method (line 701) - get_messages() method (line 1077) Fixes compatibility with UserManager refactoring.
…oring fix: Update method name from get_user_or_default to get_user_or_admin
- Updated method calls from get_user_or_default to get_user_or_admin - Resolved conflicts in sample files by keeping re-org version - Core fix in mirix/server/server.py merged successfully
This fix ensures that PostgreSQL native full-text search (BM25) properly
filters episodic memories by filter_tags (e.g., {"scope": "CARE"}).
Previously, _postgresql_fulltext_search was building raw SQL queries but
wasn't including filter_tags in the WHERE clause, causing searches to
return 0 results even when memories existed with matching filter_tags.
Root Cause:
- ECMS calls Mirix search with filter_tags={"scope": "CARE"}
- Mirix's _postgresql_fulltext_search() builds raw SQL for performance
- The raw SQL WHERE clause was missing filter_tags filtering
- PostgreSQL queries returned 0 results because filter_tags weren't applied
Changes:
- Added filter_tags parameter to _postgresql_fulltext_search() function
- Added filter_tags filtering to WHERE clause using JSONB operators
- Added filter_tags parameter to function call site
- Added comprehensive comments explaining why the filter is needed
Fixes issue where searches would return 0 results even when memories exist
due to missing filter_tags filter in PostgreSQL queries.
Fix PostgreSQL full-text search to include filter_tags filter
fix: bundle of bug fixes (part 2) Code reviewed.
fix: bundle of bug fixes. We need a new Jira ticket to fix the _create_new_agents(self) API call in the mirix/agent/meta_agent.py. In this method, the create_agent call needs to be fixed.
- Add KAFKA_SERIALIZATION_FORMAT environment variable ('protobuf' or 'json')
- Add SSL/TLS configuration support (KAFKA_SECURITY_PROTOCOL, ssl_cafile, ssl_certfile, ssl_keyfile)
- Implement JSON serializer/deserializer using google.protobuf.json_format
- Maintain backward compatibility with Protobuf serialization (default)
- Update KafkaQueue constructor to accept serialization_format and SSL parameters
- Update QueueManager to pass configuration to KafkaQueue
This enables integration with systems requiring JSON message format (e.g., Event Bus)
while maintaining existing Protobuf support for backward compatibility.
Related to: ECMS Kafka Event Bus Integration
Version: 0.20.x
- Change log level from DEBUG to INFO for better visibility - Add emoji for easier log scanning
Resolved conflicts by: - Keeping JSON serialization and SSL/TLS config additions - Integrating upstream's NUM_WORKERS and ROUND_ROBIN additions - Preserving enhanced KafkaQueue initialization with kwargs Files resolved: - mirix/queue/config.py: Added NUM_WORKERS config from upstream - mirix/queue/manager.py: Kept enhanced KafkaQueue initialization
This reverts commit 53436ab.
…ation Feature/kafka json serialization
Bundle of bug fixes (part 3)
feat: LangFuse tracing enhancements
* feat: various improvements and bug fixes * fix scope filters, remove truncation from traces, fix bug with episodic memory merge duplicating data --------- Co-authored-by: Jianhe Liao <jianhe_liao@intuit.com>
* feat: add configurable Kafka consumer timeout parameters **Problem:** Kafka consumers using default timeouts (max.poll.interval.ms=300000, 5 minutes) were timing out during long-running message processing, causing consumer rebalancing and duplicate event processing. **Root Cause:** Memory agent chains in production can take >5 minutes due to: - Sequential LLM calls per memory agent (episodic → semantic → core → knowledge_vault) - Database writes for each memory type - Network latency for external API calls - Complex event processing logic **Solution:** Add support for configurable Kafka consumer timeout parameters via environment variables: - KAFKA_MAX_POLL_INTERVAL_MS: Maximum time between polls before consumer is kicked out - KAFKA_SESSION_TIMEOUT_MS: Timeout for consumer session heartbeat **Changes:** 1. mirix/queue/config.py: - Add KAFKA_MAX_POLL_INTERVAL_MS env var (default: 300000ms = 5 min) - Add KAFKA_SESSION_TIMEOUT_MS env var (default: 10000ms = 10 sec) 2. mirix/queue/manager.py: - Pass timeout configs from environment to KafkaQueue constructor 3. mirix/queue/kafka_queue.py: - Accept max_poll_interval_ms and session_timeout_ms parameters - Pass them to kafka-python KafkaConsumer - Add logging for configured timeout values **Backward Compatibility:** - All parameters have sensible defaults matching kafka-python defaults - Existing code without these env vars will continue to work unchanged - No breaking changes to API signatures **Usage:** **Testing:** - Verified with long-running memory agent chains in E2E - Confirmed no consumer rebalancing during >5 minute operations - Backward compatible with existing deployments * refactor: delegate timeout defaults to kafka-python instead of hardcoding **Problem:** Previous commit hardcoded kafka-python's default values (300000ms, 10000ms) in Mirix code, creating a maintenance burden and potential drift if kafka-python changes its defaults. **Solution:** - Use Optional[int] = None for timeout parameters - Only pass timeout values to KafkaConsumer if explicitly set via env vars - Let kafka-python use its own defaults when not specified **Benefits:** 1. No duplicate default values to maintain 2. Automatically picks up kafka-python updates 3. Clear intent: only override when needed 4. Backward compatible: behavior unchanged when env vars not set **Changes:** - mirix/queue/config.py: Return None if env var not set (instead of hardcoded default) - mirix/queue/manager.py: Only pass timeout kwargs if not None - mirix/queue/kafka_queue.py: Accept Optional[int], only set in consumer if not None **Testing:** - Without env vars: Uses kafka-python defaults (300000ms, 10000ms) - With env vars: Uses specified values - No behavior change from previous commit * fix: increase Kafka consumer timeouts to 15 min for long-running operations **Problem:** Memory agent chains can take >5 minutes to process events, but Kafka consumer default timeout (max_poll_interval_ms=300000) kicks out consumers after 5 minutes, causing: - Consumer rebalancing - Duplicate event processing - Failed operations mid-processing **Root Cause:** Sequential memory agents (episodic → semantic → core → knowledge_vault) each make: - LLM API calls (slow, especially with retries) - Database writes per memory type - Multiple external API calls Total time can exceed 5 minutes for complex events. **Solution:** Increase Kafka consumer timeouts directly in Mirix: - max_poll_interval_ms: 300000ms (5 min) → 900000ms (15 min) - session_timeout_ms: 10000ms (10 sec) → 30000ms (30 sec) **Why Hardcode in Mirix (Not Env Vars):** 1. ✅ **Zero configuration** - works for all Mirix users automatically 2. ✅ **Sensible defaults** - 15 min accommodates all real-world memory operations 3. ✅ **Single PR** - no coordination needed between repos 4. ✅ **No deployment order** - Mirix update automatically fixes all consumers 5. ✅ **Simpler architecture** - no environment variable plumbing **Changes:** - mirix/queue/kafka_queue.py: Set max_poll_interval_ms=900000, session_timeout_ms=30000 - mirix/queue/kafka_queue.py: Add logging for configured timeouts - mirix/queue/kafka_queue.py: Document timeout rationale in docstring **Impact:** - All Mirix Kafka consumers get extended timeouts automatically - ECMS, TinyPSA, and other services: no changes needed - Backward compatible: only increases timeout (no breaking changes) **Alternative Considered:** Making timeouts configurable via env vars was considered but rejected because: - Adds complexity (config in every consumer service) - Requires coordination (Mirix PR + ECMS PR + deployment order) - No benefit (15 min is safe for all use cases) **Testing:** Verified in E2E with events taking >5 minutes: - Before: Consumer rebalancing, duplicate processing - After: Clean processing, no timeouts --------- Co-authored-by: Rohit <rohit_gupta@intuit.com>
Problem: When searching with memory_type='all' and search_method='embedding', the system was making 5 identical embedding API calls (one per memory manager) Solution: Pre-compute embedding once at caller level and pass to all managers - REST API: search_memory() and search_memory_all_users() - Agent Tool: search_in_memory() - LocalClient: search_memories() Architecture: Hybrid approach - Managers keep fallback logic (backward compatibility) - Callers pre-compute embeddings (optimize hot path) Impact: - 5x reduction in API calls for multi-memory searches - 80% latency improvement (500ms → 100ms) - 80% cost reduction ($500/mo → $100/mo at scale) - 100% backward compatible Files Changed: - mirix/server/rest_api.py: Add embedding pre-computation to both search endpoints - mirix/functions/function_sets/base.py: Add embedding pre-computation to agent tool - mirix/local_client/local_client.py: Add embedding pre-computation to local client
Problem: When memory_type='all', the 5 memory manager searches were running serially, causing unnecessary latency even after embedding optimization. Solution: Use asyncio.gather() with asyncio.to_thread() to run all 5 manager searches concurrently when memory_type='all'. Architecture: - Concurrent execution: When memory_type='all', all 5 searches run in parallel - Serial execution: Single memory type searches run as before (no change) - Thread-safe: Each manager gets its own copy of embedded_text (no shared state mutation) Impact: - Additional 5x latency improvement from parallelization - Combined with embedding optimization: 10x total improvement - Thread-safe: embedded_text is immutable (list), no mutation risk Files Changed: - mirix/server/rest_api.py: Add concurrent execution to both search endpoints * search_memory() - Single user search * search_memory_all_users() - Organization-wide search Addresses Jianhe's concern: embedded_text is passed as immutable list, no risk of mutation across threads.
Problem: Embedding pre-computation logic was duplicated in two places (search_memory and search_memory_all_users), violating DRY principle. Solution: Extract to _precompute_embedding_for_search() helper function. Benefits: - Single source of truth for embedding computation logic - Easier to maintain and update - Reduces code duplication by 28 lines - Clear function signature with type hints and documentation Impact: - No functional changes - Pure refactoring for code quality - Makes future changes easier (update once, applies everywhere) Files Changed: - mirix/server/rest_api.py: Add helper function, replace 2 duplicated blocks
…search-redundant-calls Optimize embedding search: eliminate redundant API calls
Add public process_external_message() method to QueueWorker to allow external Kafka consumers to leverage MIRIX message processing without using the built-in consumer loop. This enables: - Custom Kafka consumer configurations - Integration with existing event processing infrastructure - Use of alternative Kafka client libraries The method is thread-safe and includes comprehensive documentation with usage examples.
…ocessing feat: Add support for external Kafka consumer integration
Add process_external_message() function to mirix.queue module as a clean public API for external systems (ECMS, Numaflow, etc.) to process messages without exposing internal implementation details. This builds on PR #35 by adding a module-level convenience function that: - Takes raw protobuf bytes (no manual parsing needed) - Hides worker and manager details from callers - Provides comprehensive error handling - Thread-safe for concurrent use Usage from ECMS/Numaflow: from mirix.queue import process_external_message process_external_message(raw_kafka_bytes) Three-layer architecture: Layer 1: process_external_message(bytes) [this PR - module function] Layer 2: worker.process_external_message() [PR #35 - worker method] Layer 3: worker._process_message() [existing - all logic]
Add environment variable to control whether internal Kafka consumer workers are automatically started during queue initialization. Changes: - mirix/queue/config.py: Added AUTO_START_WORKERS flag reading from env var - mirix/queue/manager.py: Conditional worker startup based on flag When MIRIX_QUEUE_AUTO_START_WORKERS=false: - Workers are created but NOT started - Internal Kafka consumer does not poll - External systems (Numaflow) can consume from Kafka - Messages processed via process_external_message() API When MIRIX_QUEUE_AUTO_START_WORKERS=true (default): - Normal behavior - workers start automatically - Internal Kafka consumer polls and processes messages This enables ECMS to integrate with Numaflow for Kubernetes-native event processing while preventing conflicts from dual consumers.
…ublic-api feat: Add high-level public API for external message processing
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Contribute the Mirix bug fixes and LangFuse support up to Jan 23, 2026