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- Introduced RetryPolicy struct for configuring job retry behavior. - Updated Job struct to include retry policy and related methods. - Enhanced QueueManager to handle jobs with custom retry policies. - Modified enqueue methods to support retry policies. - Updated tests to validate new retry logic and behavior.
- Create axum-based web dashboard with three pages (home, jobs, workers) - Implement job listing page with status and queue filtering - Add worker status and health monitoring page - Implement manual job retry functionality via dashboard - Add basic CSS styling for usable interface - Write comprehensive integration tests for dashboard endpoints - Add dashboard documentation (DASHBOARD.md) - Update main README with dashboard information - Mount dashboard routes at /dashboard when RUSTQ_ENABLE_DASHBOARD=true Requirements: 10.1, 10.2, 10.3, 10.4
…oker - Implement configuration parsing using environment variables - Add CONFIG.md documentation detailing all configuration options - Create example configuration file with default and commented settings - Update Cargo.toml with new dependencies for configuration handling - Add config.rs module for centralized configuration management - Introduce metrics and error handling for configuration validation - Support multiple storage backends (memory, redis, postgres) - Add configuration options for timeouts, features, and retry policies - Implement flexible logging and observability configuration
- Implement RustQClient with async methods for job enqueuing and management - Add support for idempotency keys during job creation - Create client configuration builder with flexible options - Implement job listing and filtering capabilities - Add health check and job status retrieval methods - Include detailed README with usage examples and API reference - Add basic usage and integration test examples - Configure Cargo.toml with necessary dependencies for async HTTP requests Provides a robust and type-safe client SDK for interacting with the RustQ distributed job queue system, enabling developers to easily integrate job management functionality into their Rust applications.
- Implement PostgresStorage with CRUD operations for job persistence - Add RedisStorage for distributed job queue storage - Extend StorageBackend trait to support new storage implementations - Update JobId with additional utility methods - Add comprehensive validation for RetryPolicy configuration - Enhance StorageError with new error variant for migrations - Update Cargo.toml to include Redis and SQLx dependencies - Implement initial test coverage for new storage backends and retry policy validation
- Implement BrokerClient for RustQ worker communication with broker - Add methods for worker registration, heartbeat, job polling, and job acknowledgment - Support full worker lifecycle management (register, heartbeat, unregister) - Implement robust error handling using RustQError for network and API interactions - Add async methods for non-blocking communication with broker - Include request/response structs for job and worker management - Provide methods for job acknowledgment (ack) and negative acknowledgment (nack) Enhances worker-broker communication by providing a complete client implementation for managing worker interactions in the RustQ distributed job queue system.
- Add initial implementation of RustQ worker runtime - Implement async job processing with configurable concurrency - Add README with detailed documentation and usage examples - Update Cargo.toml with necessary dependencies for worker functionality - Include example script demonstrating basic worker configuration and usage - Add integration test scaffolding for worker runtime - Support async job handlers with flexible configuration options - Implement error handling and job processing lifecycle management Provides the foundational runtime for distributed job processing in the RustQ system, enabling developers to create robust and scalable background job workers with minimal configuration.
- Enhance MetricsCollector with circuit breaker state tracking - Add new metrics for circuit breaker state changes, current state, and failure count - Register descriptive metrics for circuit breaker monitoring - Implement methods to record and update circuit breaker metrics - Expose circuit breaker metrics through Rust instrumentation framework - Extend RustQ types library to include circuit breaker module - Add CircuitBreaker, CircuitBreakerConfig, and CircuitState types - Update library exports to include new circuit breaker types - Prepare for comprehensive circuit breaker implementation - Add circuit breaker storage wrapper to support resilient storage operations - Create new circuit_breaker_wrapper module in storage types - Expose CircuitBreakerStorage as part of storage module Introduces comprehensive metrics and type support for circuit breaker pattern in RustQ, enabling advanced monitoring and resilience mechanisms.
- Implement request correlation ID middleware for tracing and logging - Add correlation ID extraction and propagation in API handlers - Enhance error responses with optional correlation ID - Improve logging with correlation ID for better traceability - Add redaction of sensitive data in job payload logging - Refactor enqueue job handler to support correlation ID and improved error handling - Add mutex-based synchronization for environment variable tests in config module
- Implement robust circuit breaker pattern with three states: Closed, Open, and Half-Open - Add configurable failure and success thresholds for adaptive circuit management - Create CircuitBreakerConfig with customizable timeouts and recovery parameters - Implement atomic state tracking and thread-safe state transitions - Support optional state change callbacks for advanced monitoring - Add detailed documentation with usage examples and state machine logic - Enhance error resilience for distributed system operations
…ndling - Remove RequestCorrelationId middleware and related correlation ID extraction - Simplify error response structure by removing correlation ID field - Update enqueue_job handler to remove correlation ID dependency - Modify error response creation to use a simpler constructor - Remove unnecessary request parsing complexity in enqueue_job - Add sanitized configuration logging method in config module - Update main.rs to use new sanitized configuration logging
- Create new `error_tests.rs` module for error handling tests - Add tests for error context chaining with RustQError and StorageError - Implement tests for error retryability across different error types - Add tests for error category classification - Create tests for error conversion and display message validation - Ensure comprehensive coverage of error handling scenarios in RustQ types - Improve test suite to validate error propagation and metadata
…es for RustQ - Add configuration files for in-memory, Redis, and PostgreSQL storage backends - Create Docker Compose file for multi-backend deployment scenarios - Include example producer and worker Rust scripts - Add Prometheus metrics configuration example - Provide detailed environment configuration with comprehensive comments - Support multiple storage backends with consistent configuration patterns - Include best practices and usage instructions in configuration files Enhances project documentation and provides clear deployment examples for different RustQ storage backends and runtime configurations.
- Create detailed API documentation for RustQ REST API - Include endpoints for job management, worker management, and monitoring - Document request/response formats for key API interactions - Provide example curl commands for each endpoint - Cover authentication, response codes, and common API patterns - Add comprehensive examples for job creation, retrieval, and worker interactions
…r RustQ project - Update Cargo.toml with workspace-level dependencies and configuration - Add detailed documentation to rustq-broker library with architecture overview - Enhance rustq-client library documentation with examples and usage patterns - Improve rustq-types library documentation structure - Add workspace-level examples configuration - Standardize dependency versions across workspace - Provide clear documentation on broker, client, and type system components - Include example code snippets for client usage and configuration - Prepare workspace for more comprehensive documentation and examples
- Add detailed CI/CD guide with in-depth pipeline job descriptions - Create CI badges documentation for project status tracking - Include setup instructions for Codecov and GitHub Actions integration - Document matrix testing configurations and job purposes - Add checklists and reference materials for CI/CD implementation - Update CI workflow configuration - Enhance project documentation with CI/CD best practices and guidelines Provides comprehensive documentation to improve project CI/CD understanding and setup process.
…roker - Implement robust authentication system with API key and JWT token support - Add rate limiting middleware with configurable per-client and per-queue limits - Develop comprehensive audit logging system for tracking security events - Integrate TLS/SSL support with certificate management and validation - Create secure credential management strategies and documentation - Add authorization middleware with permission-based access control - Implement security integration tests covering all new security features - Update broker components to support new security modules - Add security configuration via environment variables - Create detailed security implementation summary and documentation Closes #19: Comprehensive security implementation for RustQ broker
- Add RocksDB storage implementation in `rustq-types/src/storage/rocksdb.rs` - Create comprehensive RocksDB storage documentation in `ROCKSDB_STORAGE.md` - Update `rustq-broker/src/main.rs` to support RocksDB storage backend initialization - Add RocksDB feature flag and optional dependency in `rustq-types/Cargo.toml` - Create example RocksDB configuration file in `examples/config.rocksdb.env` - Add storage benchmark infrastructure for performance testing - Implement error handling and configuration validation for RocksDB storage Introduces a new embedded storage option for single-node RustQ deployments, providing high-performance local storage with minimal external dependencies.
- Add ROCKSDB_IMPLEMENTATION_SUMMARY.md with initial documentation - Update readme.md with detailed backend storage comparison and RocksDB details - Add ROCKSDB_BENCHMARK_RESULTS.md with performance benchmarks and analysis - Modify rustq-broker/src/main.rs to improve RocksDB storage backend initialization - Enhance documentation to provide clear guidance on storage backend selection - Include performance metrics and use case recommendations for RocksDB storage
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| GitGuardian id | GitGuardian status | Secret | Commit | Filename | |
|---|---|---|---|---|---|
| 21544805 | Triggered | Generic High Entropy Secret | 669f76b | rustq-broker/examples/security_example.rs | View secret |
| 21544806 | Triggered | Generic Private Key | 669f76b | rustq-broker/src/tls.rs | View secret |
| 21544807 | Triggered | Generic High Entropy Secret | 669f76b | rustq-broker/examples/security_example.rs | View secret |
🛠 Guidelines to remediate hardcoded secrets
- Understand the implications of revoking this secret by investigating where it is used in your code.
- Replace and store your secrets safely. Learn here the best practices.
- Revoke and rotate these secrets.
- If possible, rewrite git history. Rewriting git history is not a trivial act. You might completely break other contributing developers' workflow and you risk accidentally deleting legitimate data.
To avoid such incidents in the future consider
- following these best practices for managing and storing secrets including API keys and other credentials
- install secret detection on pre-commit to catch secret before it leaves your machine and ease remediation.
🦉 GitGuardian detects secrets in your source code to help developers and security teams secure the modern development process. You are seeing this because you or someone else with access to this repository has authorized GitGuardian to scan your pull request.
…ucture - Add BENCHMARKS.md with detailed benchmark running instructions - Add PERFORMANCE_OPTIMIZATION.md with performance targets and optimization strategies - Create new benchmark suites for storage, queue manager, and performance regression - Implement benchmarks for RustQ storage backends, serialization, and job processing - Add performance regression tests to validate throughput, latency, and concurrency targets - Update Cargo.toml files to support new benchmark configurations - Introduce serialization and storage benchmark modules - Enhance queue manager benchmarking capabilities - Provide comprehensive documentation for running and interpreting benchmarks Motivation: Establish a robust performance testing framework to ensure RustQ meets high-performance requirements and can track performance improvements over time.
…ement - Implement RetentionPolicy and RetentionManager for job data management - Add configurable retention policies with TTL for completed and failed jobs - Create automatic background cleanup task for expired jobs - Support per-queue retention policy overrides - Add API endpoints for retention management, export, and GDPR compliance - Implement storage usage monitoring and limits - Create detailed documentation for retention policies and usage - Add new types and configuration options in rustq-types and rustq-broker - Extend storage backends to support retention policy tracking Introduces comprehensive data lifecycle management to help users control job data storage, comply with regulations, and prevent unbounded storage growth.
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