WebSocket的连接建立在SPDY的流之上,将WebSocket的帧映射到SPDY的帧上。 融合关系,如微软在HTTP Speed+Mobility中所做的。 http2的竞争兄弟 1. HTTP Speed+Mobility 还有一个有趣的技术叫做HTTP Speed+Mobility,和SPDY一样都是HTTP 2.0标准的竞争者,HTTP Speed+Mobility来自微软。HTTP SM借鉴了SPDY和WebSocket的协议,...
http://speed.029019.cn/speed/T3_27175_19092301.html
HTTP/2 speed test - compare performance of HTTP/1 vs. HTTP/2 Please note that you are accessing this page viahttp://scheme and your browser might warn you about that. It is not possible to run this test viahttps://scheme because loading the left iframe viahttp://scheme would lead to...
kratgo - Simple, lightweight and ultra-fast HTTP Cache to speed up your websites. kit-plugins - go-kit transport implementation for fasthttp. Fiber - An Expressjs inspired web framework running on Fasthttp. Gearbox - ⚙️ gearbox is a web framework written in Go with a focus on high ...
git clone https://github.com/litespeedtech/lsquic.git cd lsquic git submodule update --init Compile the library Statically:# $BORINGSSL is the top-level BoringSSL directory from the previous step cmake -DBORINGSSL_DIR=$BORINGSSL . make As a dynamic library:cmake -DLSQUIC_SHARED_LIB=1 -...
To speed up composing HTTP requests, you can: Click Tools | HTTP Client | Create Request in HTTP Client. If a request file is opened in the editor, this will add a request template to the opened file. Otherwise, this will create a new .http scratch file. Click on top of the request...
A is connected to the HTTP server over a WAN to test the speed of SwitchA accessing the HTTP server. Figure 5-19 Networking diagram for configuring an HTTP test instanceConfiguration Roadmap The configuration roadmap is as follows: Configure SwitchA as an NQA client. Create and...
To speed up composing HTTP requests, you can: Click Tools | HTTP Client | Create Request in HTTP Client. If a request file is opened in the editor, this will add a request template to the opened file. Otherwise, this will create a new .http scratch file. Click on top of the request...
原文:https://thenewstack.io/http-3-replaces-tcp-with-udp-to-boost-network-speed-reliability/ 为站点和服务获得HTTP / 2的性能和安全性优势意味着进行体系结构更改,因为它颠覆了用于提高网站性能的分片等原则; 这可能就是为什么只有大约35%的网站目前使用HTTP / 2。
现在也存在使用 QUIC 构建的Web服务器(例如Litespeed),但采用率参差不齐。 许多Web服务器依赖于第三方库,因此在这种情况下重用现有的、经过验证的工作的模式会中断。现有的服务器,如Node.js、NGINX 和Apache,在开始实施新的内部结构时,就会失去用户体验优势。新的QUIC库相对未经证实,而使用 Web 服务器的关键在于它...