Orchestration Primitives Documentation

The 12 Orchestration Layer primitives enable complex workflow management, system monitoring, and enterprise-grade operations.

Workflow Management

workflow_primitive

Purpose: DAG workflow orchestration Features: - Task dependency management - Parallel execution - Error handling and retries - Workflow state persistence

schedule_primitive

Purpose: Advanced scheduling and cron operations Features: - Cron expression parsing - Timezone handling
- Recurring task management - Schedule conflict resolution

event_primitive

Purpose: Event-driven architecture Features: - Event publishing/subscription - Event routing and filtering - Dead letter queues - Event replay capabilities

System Management

metrics_primitive

Purpose: Performance monitoring and analytics Features: - Custom metrics collection - Statistical analysis - Alert thresholds - Historical data retention

config_primitive

Purpose: Configuration management Features: - Environment-specific configs - Configuration validation - Hot reloading - Configuration history

auth_primitive

Purpose: Authentication and authorization Features: - Multi-provider auth - Role-based access control - Token management - Session handling

secrets_primitive

Purpose: Secure secrets management Features: - Encryption at rest - Key rotation - Access logging - Vault integration

monitor_primitive

Purpose: System health monitoring Features: - Health check orchestration - Service discovery - Alerting integration - Dependency tracking

Infrastructure Operations

backup_primitive

Purpose: Data backup and recovery Features: - Incremental backups - Cross-platform support - Compression and encryption - Recovery verification

deploy_primitive

Purpose: Deployment automation Features: - Multi-environment deployment - Rollback capabilities - Blue-green deployments - Infrastructure provisioning

batch_primitive

Purpose: Batch processing operations Features: - Large dataset processing - Job queuing and prioritization - Resource management - Progress tracking

stream_primitive

Purpose: Real-time stream processing Features: - Data stream ingestion - Stream transformations - Windowing operations - Backpressure handling