Go知识网站集合
语言规范
- Close Channels Gracefully in Golang: 如何优雅地关闭channel?
- Compile-time assertions in Go: 编译时断言
- Why are slices sometimes altered when passed by value in Go?: Go不是按值传递么,怎么slice传入后被更改了呢?其实map也一样
- Bit Hacking with Go: Go的位操作
- Go Range Loop Internals: range内幕
- Blocks and Scopes in Golang: 代码块和作用域
- Address Alignments in Go:地址对齐
- Understand Go pointers in less than 800 words:回顾一下指针的概念
- Another Introduction to Pointers in Go:另一篇关于指针的介绍
- There is no pass-by-reference in Go: Go中没有引用传值
- Why golang garbage-collector not implement Generational and Compact gc?: 为什么不使用分代或者压缩的垃圾回收器?
- Modern garbage collection: Go的垃圾回收器
- Language Mechanics On Stacks And Pointers: William Kennedy写的系列, 一共四篇, 深入底层
- Structures: Go struct介绍
- Go调度详解: 调度概览
- 也谈goroutine调度器: 也谈谈Go的调度器
- 了解 Go 1.9 的类型别名: Go 1.9中的类型别名
- Golang Internals Part 2: Nice benefits of named return values: 返回值采用命名方式的好处
- Go Interface 源码剖析: interface源代码
- Survey of Rounding Implementations in Go: 四舍五入不简单
- Golang 热更新研究笔记: 热更新笔记
- go empty interface:空接口
- 理解 go interface 的 5 个关键点: 接口关键点
- Go汇编实战的坑: 赞,国人给golang提patch
- golang语言编译的二进制可执行文件为什么比 C 语言大:深入分析
- init functions in Go:init函数不简单
- Efficient Bit Manipulation in Go 1.9: 有效的位操作
- Learn Go constants — A visual guide:可视化系列
- Go cheatsheet:小抄
- defer in go: 还有第二部分 part2
- Using named return variables to capture panics in Go: 返回panic的错误
- Go Reflection: Creating Objects from Types:基本类型, part2其它类型
测试
- Go advanced testing tips & tricks: Go测试提示和技巧
- 5 simple tips and tricks for writing unit tests in #golang:写测试的5个技巧
- 5 Advanced Testing Techniques in Go: 5个测试的高级技术
调试和性能调优
- Profiling and optimizing Go web applications: 优化web程序,使用profiler
- go tool trace: trace工具介绍的很少,这是其中一篇
- Debugging Go core dumps:使用core dump调试
- Benchmarking Go programs: 测试和pprof, 第二部分
- GO APP MONITORING: EXPVAR, PROMETHEUS AND STATSD: 监控实践
- 一个内部API系统的性能优化: 国内用户的优化实践
- Profiler labels in Go:不常用但是有用的技巧
- diagnostics: 官方的介绍更准确,诊断。
- Go’s work-stealing scheduler:rakyll的介绍
- 3倍性能的go程序优化实践: 国内的优化实践
- Seven steps to 100x faster: 100倍的性能提升
- A Million WebSockets and Go: 百万websocket连接和性能提升经验
- Golang 与系统调用: 根据演讲整理
- Performance comparison of regular expression engines:正则表达式库的性能比较
- Allocation Efficiency in High-Performance Go Services:有效的内存分配
- 使用 bcc/BPF 分析 go 程序: Brendan Gregg的文章
- Your pprof is showing: pprof,不想多说了
- Using the Go tracer to speed up fractal making:go tracer
- Profiling Go: 很好profile总结
- The new pprof user interface: go 1.10中已包含新界面
- High Performance Go:Dave Cheney在QComSF 2017上的演讲
- Go Profiler Internals:所谓的profile内幕
- Optimizing GoLang for High Performance with ARM64 Assembly: 针对ARM64的优化
标准库
- Plugins in Go 1.8: 对Go 1.8增加的plugin包的速览
- TCP/IP Networking: 网络编程入门
- Linux, Netlink, and Go — Part 1: netlink:访问linux netlink,还有第二篇和第三篇
- Port Forwarding with Go: 端口转发
- Writing Modular Go Programs with Plugins: 插件
- Advanced command execution in Go with os/exec:学习os/exec
- expvar in action:知道这个标准包吗,用过吗?
- Golang 互斥锁内部实现: Go的锁实现
- [Go unsafe 包之内存布局](https://mp.weixin.qq.com/s?__biz=MzI3MjU4Njk3Ng==&mid=2247483805&idx=1&sn=f365ae1beb222cb3c271fcc4ee3a1aae&chksm=eb310012dc4689042a9c90faa073996133fb6d98f7b9e222c1828c07a9daf7ab387c3c5b861e&scene=0&key=845f133eeabfe179ef76ee7968a400ec4974d784b308d18080a26e74f43c37788cd79ca4e76fd8ae7fe9b79022de525cc5f59e101f819b00b6f4eee846bcf83df332de87b5773356522d959499f4de94&ascene=0&uin=MjQ2NTU1&devicetype=iMac+MacBookPro11%2C3+OSX+OSX+10.12.5+build(16F73): unsafe的一些函数
- Go 1.9 sync.Map揭秘: sync.Map的实现揭秘
- Basic AST Traversal in Go: ast,做工具和代码分析的都需要
- A Go Programmer’s Guide to Syscalls:Liz Rice的演讲
- Pitfalls of context values and how to avoid or mitigate them in Go: Context的陷阱以及如何避免它
- The 30 Most Popular Go String Functions: 最常用的strings的30个方法
- Serving HTTPS: 应用https
- How To Trust Extra CA Certs In Your Go App: 使用外部的CA
- GOLANG中time.After释放的问题: time.After使用的时候注意事项
- The new kid in town — Go’s sync.Map:sync.Map的性能
- The ultimate guide to writing a Go tool: Go工具开发终极手册,gomodifytags的作者
- Streaming IO in Go: io
- Things to know about HTTP in Go: Go HTTP
- Important interfaces that every Go developer should know: 重要接口
- Go Walkthrough: fmt](https://medium.com/go-walkthrough/go-walkthrough-fmt-55a14bbbfc53): fmt详解
- Context API explained:context详解
- Basic AST Manipulation in Go:还是ast
- In-depth introduction to bufio.Scanner in Golang:深入介绍bufio.Scanner
- Go Slice vs Maps:性能比较
- Introduction to bufio package in Golang: bufio介绍
- TCP Socket Implementation On Golang: 从外部推断内部实现
- Understanding Go programs with go/parser: 带你学习go/parser
- unsafe.Pointer and system calls:理解 unsafe.Pointer和系统调用
- Using Go Templates:使用模板
编程模式
- Functional Options Pattern in Go: 介绍了参数以函数子的方式实现,更出名的是 Rob Pike提出的这种模式,以及Dave Cheney的进一步介绍。
- A Story of a Fat Go Binary: 使用gofat给Go程序瘦身
- a size profiler for binaries :瘦身瘦身,google出品
- How to ship production-grade Go:开发产品级的程序
- Go programming language secure coding practices guide:安全代码指南
- Error handling patterns in Go: Go的错误处理总是让人困惑
- Alternative Patterns for Method Overloading in Go: Go的方法重载的可选实现
- Go, without package scoped variables: 不推荐包级别的变量,但是怎么做呢
- Don’t defer Close() on writable files: defer会忽略错误
- Go Patterns: Go设计模式
- Golang Concurrency Tricks:channel和goroutine技巧
- go make 和 new 的区别: 区别
- Context isn’t for cancellation: Context目的不是为了cancel
- Inject build-time variables with Golang:
- go advices: Go建议清单
- Error handling in Upspin: Rob Pike的实践
- Dynamic JSON in Go: 使用
*json.RawMessage
和interface{}
开发技巧
- Adding custom data to Go binaries at compile time: 编译时给二进制文件加点料
- Go Quickstart Tips for Experienced Programmers: 给经验丰富的程序员的一些Go的小贴士
- Gracefully terminate a program in Go:优雅滴关闭程序
- Golang 中使用 JSON 的小技巧: JSON使用的小技巧
- How to find out which Go version built your binary: debug发现Go版本
- Generating good unique ids in Go:产生唯一的ID
- Fencing off Go Applied - A Practical Look at a Go Research Paper: 使用 dingo-hunter 和 Gong 编译时检查死锁和channel
- Go Tooling in Action: Go开发时的一些工具介绍
- How to use conditional compilation with the go build tool:条件编译
- Strace in 60 lines of Go: 实现strace
- 3 ways to iterate in Go:三种方式遍历
- RustGo: Calling Rust From Go with Little Overhead:高效的从Go调用Rust
- Version Constraints and Go:指定的Go版本才能编译
- 6 Go Tips You Should (probably not) Use: 6个Go小技巧,但是你不应该在代码中使用
- 15 Lessons in Golang:15个经验教训
- Using functional options instead of method chaining in Go: 使用函数式参数,而不是链式操作
- 合理配置GOMAXPROCS提升一倍以上的性能: 对于I/O密集型的程序,建议设置GOMAXPROCS大一些
- Lint your #golang code like a mad man!: 像牛人一样编写代码
- Rate Limiting Service Calls in Go:限流
- Sending HTML email using Go:发送html邮件
- Go Assembly 示例: Go使用汇编的例子
- go web examples:web开发例子
- Handling CORS In A Golang Web Application:CORS处理
- Understanding Go panic output: 理解Go的panic输出
- Go语言中实现基于 event-loop 网络处理:不同的思路
- Generating Go structs from JSON:5个json to gostruct的工具
- go语言死循环分析:当然不是go的bug,看看go的讨论
- Access unexported fields in golang/reflect: 访问unexported的字段
- Why is port a string and not an integer:
URL.Port
为什么是字符串而不是整数? - golang: How the select worked when multiple channel involved:使用伪随机
- How to reuse request body of *http.Request: request.Body读完就不能再多了,如何重用?
面试题
- golang 面试题: 诺唯总结的11个面试题, 解答
- Golang精编100题:选择题和填空题,试试看
第三方库
- Infinite Sets in Go: 把set实现玩出花
- awesome-go-storage: 100多个Go语言实现的存储引擎,强不强大?
- Learn Web Programming in Go by Examples: 类似gobyexamples,这次奉上的是关于web开发的
- Visualizing Concurrency in Go:可视化goroutine
- Network Protocol Breakdown: Ethernet and Go: 学习底层网络协议处理
- 再谈谈获取 goroutine id 的方法: goroutine ID的获得,hacker方式
- Listen gRPC and HTTP requests on the same port: grpc和http共用端口
- gRPC-Go performance Improvements: gRPC近期的性能优化
- Building Blockchain in Go:使用Go编写区块链程序系列
- Minimal Perfect Hash Functions:完美的hash函数,极小
应用
- 今日头条Go建千亿级微服务的实践: 今日头条的微服务
版本新特性
- 5 things to watch in Go programming in 2017: G0 1.8新的特性介绍
- Go 1.8: 2016最后一天写的,也算做2017年的文章吧
- The State of Go - February 2017: 2017对Go的综评,来自Go团队
- What is new in Go 1.8: what’s new?
- Logging, interfaces, and allocation: Go 1.9中的一点优化
- HTTP/2 Server Push: http2 push功能
- The State of Go - May 2017: The State of Go系列
- What’s new in Google’s Go 1.9: what’s new
- Toward Go 2: 目标Go2
- Go 1.9中值得关注的几个变化: what’s new in go 1.9
- improve timers scalability on multi-CPU systems: go 1.10提升timer性能
- Go 1.10 Release Notes: go 1.10先睹为快
- Golang 1.10 前瞻: 新特性