Aiohttp
Aiohttp is a Python tool based on asynchronous technology asyncio. It is designed for creating asynchronous HTTP servers and clients. This technology is used in backend development to efficiently handle multiple parallel requests. This is necessary to prevent users from waiting too long for each operation to complete.
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Main Technical Aspects and Capabilities of Aiohttp
Asynchronicity
Aiohttp utilizes the capabilities of Python 3.5+ and the asyncio module to provide an asynchronous API.
HTTP/1.1 and WebSockets Support
This allows creating modern web applications and complex interactions between the client and the server.
Client and Server-Side Support
You can create both asynchronous HTTP clients and web servers using a single framework.
Middlewares
Aiohttp supports middlewares, which allows easy addition of additional functionality, such as logging, authentication, or Cross-Origin Resource Sharing (CORS).
Signals
Aiohttp has a signals system that allows attaching functions to specific request lifecycle events.
Streaming Support
This is ideal for transmitting large files or streaming data transfers.
Testing
Aiohttp provides tools for testing asynchronous code, making development and quality assurance easier.
Extensibility
Thanks to its extensive API, you can easily extend functionality, integrate with other systems, or even replace internal components with custom solutions.
Support for Various Routing Types
Including strict routing, dynamic placeholders, and even regular expressions.
Built-in Cookie and Session Support
This simplifies session and Cookie data management.
Support for Multiple Web Formats
Including JSON, multipart, and others.
Support for Various Authentication Methods
Basic auth, Digest auth, and others.
Third-Party Package Support
Many third-party libraries and extensions are available for working with aiohttp, providing additional features like database integration, validation schemas, and more.
Our Experience with Aiohttp
Web Server Optimization
To ensure high performance and quick response of our web service, we applied Aiohttp as the main framework. This allowed us to handle a large number of simultaneous connections without delays.
Integration with Microservices
When developing a microservices architecture, we used Aiohttp to create asynchronous HTTP clients. This provided the ability to quickly and efficiently exchange data between microservices.
Middleware
We used various middleware interfaces available in Aiohttp to implement custom request processing logic, such as authentication, caching, and logging.
Streaming Data Transmission
In some projects where we needed to ensure the transmission of large volumes of data, we used Aiohttp's capabilities for streaming transmission, which optimized resource utilization and improved the user experience.
Testing
In the process of developing our projects, we used built-in Aiohttp tools for testing asynchronous code.
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