SO_REUSEPORT 负载均衡
摘要：1、前言 昨天总结了一下Linux下网络编程“惊群”现象，给出Nginx处理惊群的方法，使用互斥锁。为例发挥多核的优势，目前常见的网络编程模型就是多进程或多线程，根据accpet的位置，分为如下场景： （1）单进程或线程创建socket，并进行listen和accept，接收到连接后创建进程和线程处
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posted @ 2021-04-21 17:03
随笔分类 - quic
1
quartc
摘要：https://gitlab.informatik.uni-halle.de/acwuz/proto-quic-honeypot/-/tree/b25a794403c61acbf86e1e6b9e0629f0fc3c1959/src/net/quic/quartc // Copyright (c)
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posted @ 2021-04-15 14:23
posix quic write read
摘要：QuicWrite (gdb) bt #0 posix_quic::QuicStreamEntry::Writev (this=this@entry=0x84cee0, iov=iov@entry=0xffffffff8fe8, iov_count=iov_count@entry=1, fin=fi
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posted @ 2021-04-13 19:59
posix quic event epoll
摘要：gdb) bt #0 posix_quic::Event::Trigger (event=4, this=0x839080) at /root/posix_quic/src/event.cpp:55 #1 posix_quic::Event::SetWritable (this=this@entry
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posted @ 2021-04-12 17:50
libquic-client-server-example
摘要：root@ubuntu:~/reading-and-annotate-quic/libquic-client-server-example/libquic/build# cmake .. CMake Error: The current CMakeCache.txt directory /root/
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posted @ 2021-04-07 09:32
quic MTU_DISCOVERY_FRAME
摘要：enum QuicFrameType { PADDING_FRAME = 0, RST_STREAM_FRAME = 1, CONNECTION_CLOSE_FRAME = 2, GOAWAY_FRAME = 3, WINDOW_UPDATE_FRAME = 4, BLOCKED_FRAME = 5
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posted @ 2021-04-02 16:20
QUIC实现代码分析
摘要：QUIC实现代码分析 文件介绍 quic_connection类文件主要编写QuicConnection类，该类是quic服务端和客户端的处理框架，它提供SendStreamData方法用来发送流数据，被QuicSession调用。 它使用QuicPacketGenerator来创建Quic帧。 而
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posted @ 2021-04-01 10:09
How to Write a QUIC Endpoint Program
摘要：转载 How to Write a QUIC Endpoint Program 要编写使用QUIC的应用程序，需要创建一些新类以及继承一些QUIC类。 本文档通过QUIC的 客户端和服务器程序作为示例，介绍如何在自己的应用程序中使用QUIC。 使用的proto-quic版本为：Updating to
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posted @ 2021-03-31 14:20
Write your own QUIC application
摘要：To write an application that uses QUIC, you will have to subclass some of the QUIC classes as well as creating some new classes. This document tries t
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posted @ 2021-03-31 14:14
vcxproj2cmake
摘要：root@ubuntu:~# git clone https://github.com/ainvyu/vcxproj2cmake.git Cloning into 'vcxproj2cmake'... remote: Enumerating objects: 37, done. remote: To
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posted @ 2021-03-31 11:25
arm64 posix_quic
摘要：root@ubuntu:~/posix_quic# g++ -v Using built-in specs. COLLECT_GCC=g++ COLLECT_LTO_WRAPPER=/usr/lib/gcc/aarch64-linux-gnu/5/lto-wrapper Target: aarch6
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posted @ 2021-03-31 09:50
Chrome开发者工具查看使用的protocol
摘要：按下 F12 进入浏览器调试信息界面； 选取 Network->Protocol,
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posted @ 2021-03-30 09:40
E百科 | 第2期 扒一扒能加速互联网的QUIC协议
摘要：QUIC协议是一系列协议的集合，主要包括： 传输协议（Transport） 丢包检测与拥塞控制（Recovery) 安全传输协议（TLS) HTTP3协议 HTTP头部压缩协议（QPACK) 负载均衡协议（Load Balance)。 本文针对QUIC的系列协议进行科普性简单介绍，细节读者仍然需要通
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posted @ 2021-03-29 19:48
quic examples client server
摘要：https://reposhub.com/rust/network-programming/cloudflare-quiche.html Building # 準備 $ apt-get install cmake $ curl https://sh.rustup.rs -sSf | sh # 適宜P
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posted @ 2021-03-26 18:07
quic mtu
摘要：QUIC requires to not have IP fragmentation. By looking at the source code, it seems that QUIC assumes a maximum of 1392: Ether=14 IPv4=20 UDP=8 QUIC=1
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posted @ 2021-03-26 17:44
A quick look at QUIC
摘要：Quick UDP Internet Connection (QUIC) is a network protocol initially developed and deployed by Google, and now being standardized in the Internet Engi
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posted @ 2021-03-26 17:26
curl http3
摘要：Build quiche and BoringSSL: % git clone --recursive https://github.com/cloudflare/quiche % cd quiche % cargo build --release --features ffi,pkg-config
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posted @ 2021-03-26 16:22
chrome quic
摘要：Chrome浏览器启用quic 1.启用quic： chrome://flags/#enable-quic 2.检查quic： chrome://net-internals/#quic 安装 http2-and-spdy-indicator 浏览器插件 Google has support for
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posted @ 2021-03-26 14:33
P2P通信标准协议之TURN
摘要：Peer A Server-Reflexive + + Transport Address | | 192.0.2.150:32102 | | | /| | TURN | / ^| Peer A | Client’s Server | / || | Host Transport Transport
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posted @ 2021-03-26 09:50
gdb nginx quic
摘要：root@ubuntu:~/nginx-1.16.1# ps -elf | grep nginx 1 S root 2739 1 0 80 0 - 2265 sigsus 20:09 ? 00:00:00 nginx: master process ./objs/nginx -c conf/ngin
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posted @ 2021-03-25 20:14
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