WebSocket servers and clients in Python. It implements RFC 6455 with a focus on correctness and simplicity. It passes the Autobahn Testsuite. Built on top of asyncio, Python’s standard asynchronous I/O on a message broker, for example. That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited

a library for building WebSocket servers and clients in Python with a focus on correctness and simplicity. Built on top of asyncio, Python’s standard asynchronous I/O framework, it provides an elegant message broker, for example. 1.1.5 That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited

a library for building WebSocket servers and clients in Python with a focus on correctness and simplicity. Built on top of asyncio, Python’s standard asynchronous I/O framework, it provides an elegant message broker, for example. 1.1.8 That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited

a library for building WebSocket servers and clients in Python with a focus on correctness and simplicity. Built on top of asyncio, Python’s standard asynchronous I/O framework, it provides an elegant message broker, for example. 1.1.8 That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited

WebSocket servers and clients in Python. It implements RFC 6455 with a focus on correctness and simplicity. It passes the Autobahn Testsuite. Built on top of asyncio, Python’s standard asynchronous I/O on a message broker, for example. That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited

WebSocket servers and clients in Python. It implements RFC 6455 with a focus on correctness and simplicity. It passes the Autobahn Testsuite. Built on top of asyncio, Python’s standard asynchronous I/O message broker, for example. 3.1.4 That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited

a library for building WebSocket servers and clients in Python with a focus on correctness and simplicity. Built on top of asyncio, Python’s standard asynchronous I/O framework, it provides an elegant message broker, for example. 1.1.8 That’s all! The design of the websockets API was driven by simplicity. You don’t have to worry about performing the opening or the closing handshake, answering pings process_request(). • Made read and write buffer sizes configurable. • Rewrote HTTP handling for simplicity and performance. • Added an optional C extension to speed up low-level operations. • An invalid

WebSocket servers and clients in Python. It implements RFC 6455 with a focus on correctness and simplicity. It passes the Autobahn Testsuite. Built on top on Python’s asynchronous I/O support introduced protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, this protocol doesn’t inherit a proper HTTP implementation, and it doesn’t send appropriate HTTP

WebSocket servers and clients in Python. It implements RFC 6455 with a focus on correctness and simplicity. It passes the Autobahn Testsuite. Built on top on Python’s asynchronous I/O support introduced protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, this protocol doesn’t inherit a proper HTTP implementation. Its support for HTTP responses is

WebSocket servers and clients in Python. It implements RFC 6455 with a focus on correctness and simplicity. It passes the Autobahn Testsuite. Built on top of asyncio, Python’s standard asynchronous I/O Protocol. This class inherits most of its methods from WebSocketCommonProtocol. For the sake of simplicity, it doesn’t rely on a full HTTP implementation. Its support for HTTP responses is very limited