aio-azure-clients-toolbox 1.2.0

Async Azure Clients Mulligan Python projects

AIO Azure Clients Toolbox

High-performance async Python library for Azure SDK clients with intelligent connection pooling.

Features

• Async apps: Built for high-concurrency async applications: we have used this in production at Mulligan Funding for a few years.
• 20-100x Performance Improvement: Connection pooling reduces operation latency for some services from 100-900ms to 1-5ms.
• Intelligent Connection Management: Automatic lifecycle management with semaphore-based client limiting.
• Azure SDK Integration: Wrappers for Cosmos DB, EventHub, Service Bus, Blob Storage, and EventGrid.
• Testing Utilities: Includes pytest fixtures for mocking Azure services.

Useful Docs

• 📖 Full Docs - Complete guide with examples and API reference.
• Quick Start Guide
• Connection Pooling Deep Dive - Technical details with diagrams.

Installation

pip install aio-azure-clients-toolbox

Quick Start

from azure.identity.aio import DefaultAzureCredential
from aio_azure_clients_toolbox import ManagedCosmos

# Traditional approach - slow
cosmos_client = CosmosClient(endpoint, credential)
container = cosmos_client.get_database("db").get_container("container")
await container.create_item({"id": "1"})  # 200ms+ including connection setup

# Connection pooled approach - fast
cosmos_client = ManagedCosmos(
    endpoint="https://your-cosmos.documents.azure.com:443/",
    dbname="your-database",
    container_name="your-container",
    credential=DefaultAzureCredential(),

    # Pool configuration
    client_limit=100,      # Concurrent clients per connection
    max_size=10,           # Maximum connections in pool
    max_idle_seconds=300   # Connection idle timeout
)

async with cosmos_client.get_container_client() as container:
    await container.create_item({"id": "1"})  # 2ms after pool warmup

Supported Azure Services

Service	Managed Client	Features
Cosmos DB	ManagedCosmos	Document operations with connection pooling
Event Hub	ManagedAzureEventhubProducer	Event streaming with persistent connections
Service Bus	ManagedAzureServiceBusSender	Message queuing with connection management
Blob Storage	AzureBlobStorageClient	File operations with SAS token support
Event Grid	EventGridClient	Event publishing to multiple topics

Testing Support

Also includes, built-in pytest fixtures for easy testing:

# tests/conftest.py
pytest_plugins = [
    "aio_azure_clients_toolbox.testing_utils.fixtures",
]

# Use in your tests
async def test_cosmos_operations(cosmos_insertable, document):
    container_client, set_return = cosmos_insertable
    set_return("success")
    result = await cosmos_client.insert_doc(document)
    assert result == "success"

---

Full Client Documentation

For detailed examples and advanced usage patterns, see the complete documentation.

Azure BlobStorage

from aio_azure_clients_toolbox import AzureBlobStorageClient

client = AzureBlobStorageClient(
    az_storage_url="https://account.blob.core.windows.net",
    container_name="my-container",
    az_credential=DefaultAzureCredential()
)

# Upload and download with SAS token support
await client.upload_blob("file.txt", b"content")
data = await client.download_blob("file.txt")
sas_url = await client.get_blob_sas_url("file.txt")

CosmosDB

from aio_azure_clients_toolbox import ManagedCosmos

client = ManagedCosmos(
    endpoint="https://your-account.documents.azure.com:443/",
    dbname="your-database",
    container_name="your-container",
    credential=DefaultAzureCredential()
)
# Document operations
async with cosmos.get_container_client() as container:
    # Create document
    document = {"id": "1", "name": "example", "category": "test"}
    result = await container.create_item(body=document)

    # Read document
    item = await container.read_item(item="1", partition_key="test")

EventGrid

from aio_azure_clients_toolbox.clients.eventgrid import EventGridClient, EventGridConfig

client = EventGridClient(
    config=EventGridConfig([
        EventGridTopicConfig("topic1", "https://topic1.azure.net/api/event"),
        EventGridTopicConfig("topic2", "https://topic2.azure.net/api/event"),
    ]),
    async_credential=DefaultAzureCredential()
)

await client.async_emit_event("topic1", "event-type", "subject", {"data": "value"})

EventHub

from aio_azure_clients_toolbox import ManagedAzureEventhubProducer

client = ManagedAzureEventhubProducer(
    eventhub_namespace="my-namespace.servicebus.windows.net",
    eventhub_name="my-hub",
    credential=DefaultAzureCredential()
)

await client.send_event('{"event": "data"}')

Service Bus

from aio_azure_clients_toolbox import ManagedAzureServiceBusSender

client = ManagedAzureServiceBusSender(
    service_bus_namespace="my-namespace.servicebus.windows.net",
    queue_name="my-queue",
    credential=DefaultAzureCredential()
)

await client.send_message("Hello, Service Bus!")

# Receiving messages
async with client.get_receiver() as receiver:
    async for message in receiver:
        await process_message(message)