azure-eventhub-py

Ingest event streams into Azure Event Hubs with checkpointed Python consumers.

Updated Apr 12, 2026
One-click install
npx skills add https://github.com/davidrrowley/CortexYouV3 --skill azure-eventhub-py-davidrrowley
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: azure-eventhub-py
Source: https://github.com/davidrrowley/CortexYouV3/tree/main/.agents/skills/azure-eventhub-py
Command: npx skills add https://github.com/davidrrowley/CortexYouV3 --skill azure-eventhub-py-davidrrowley

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires azure-eventhub, azure-identity, azure-eventhub-checkpointstoreblob-aio, and includes scripts (resource) and references (resource) components.

What problem does it solve?

Provides a reliable, production-ready Python interface for ingesting and processing high-throughput event streams with Azure Event Hubs, removing the complexity of partitioning, checkpointing, and client lifecycle management.

Core Features & Use Cases

  • Producers and Consumers: Examples and patterns for EventHubProducerClient and EventHubConsumerClient in both sync and async flavors.
  • Checkpointing: BlobCheckpointStore integration and multiple checkpointing strategies (per-event, batch, time-based, hybrid).
  • Partitioning & Load Balancing: Guidance for partition keys, explicit partition sends, and consumer load balancing with ownership events.
  • Operational Utility: CLI script for inspecting Event Hub properties, partition details, sending test events, and receiving with optional checkpointing.
  • Best Practices: Use of DefaultAzureCredential, context managers for clients, error handling and graceful shutdown patterns.

Quick Start

Use the azure-eventhub-py skill to send test events to my-eventhub and run a checkpointed consumer using DefaultAzureCredential and a BlobCheckpointStore.

Frequently Asked Questions about azure-eventhub-py

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I implement checkpointed consumption in Python for Azure Event Hubs?

Checkpointed consumption in Python uses an EventHubConsumerClient paired with a BlobCheckpointStore to persist consumer progress. You can apply per-event, batch, time-based, or hybrid checkpointing strategies to ensure fault-tolerant processing of event streams.

What is the best way to send high-throughput event streams to Azure Event Hubs using Python async?

High-throughput event streaming to Azure Event Hubs is best handled by the async EventHubProducerClient. It supports batch sends, partitioned routing via partition keys, and context manager lifecycle management for optimal resource handling during production or testing scenarios.

Does Azure Event Hubs Python client support partition routing and consumer load balancing?

Azure Event Hubs Python client supports partition routing through explicit partition sends and partition keys. Consumer load balancing is handled by EventHubConsumerClient ownership events, allowing distributed processing across partitions efficiently.

How does DefaultAzureCredential work with Azure Event Hubs Python producers and consumers?

DefaultAzureCredential provides authentication for Azure Event Hubs Python producers and consumers without hardcoding secrets. It integrates directly with both sync and async client flavors, streamlining secure access to event streams and BlobCheckpointStore resources.

Can I inspect Azure Event Hub properties and send test events from a Python CLI?

You can inspect Azure Event Hub properties, partition details, and send test events using a dedicated Python CLI script. This operational utility also supports receiving events with optional checkpointing to validate your streaming pipeline configuration.

Why do I need a BlobCheckpointStore for fault-tolerant event processing in Python?

A BlobCheckpointStore is needed for fault-tolerant event processing to reliably persist consumer progress across restarts. It stores checkpoint update semantics externally in Azure Blob Storage, preventing data loss or reprocessing when async consumers fail or scale.