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Go中国社区(GoCN)每周新闻 - 20190805-20190811

GoCN每日新闻(2019-08-05)

  1. Go Modules包管理务实手册 https://medium.com/@adiach3nko/package-management-with-go-modules-the-pragmatic-guide-c831b4eaaf31
  2. Golang CI/CD 5条最佳实践 https://jfrog.com/blog/5-best-practices-for-golang-ci-cd/
  3. 利用git hooks优化你的Golang开发流程 https://tutorialedge.net/golang/improving-go-workflow-with-git-hooks/
  4. Go:为何带来泛型 https://github.com/llgoer/go-generics
  5. 为什么你应该使用Go Module代理 https://arslan.io/2019/08/02/why-you-should-use-a-go-module-proxy/

  6. GoCN归档:https://gocn.vip/question/3649

GoCN每日新闻(2019-08-06)

  1. 请问sync.Pool有什么缺点?https://mp.weixin.qq.com/s/2ZC1BWTylIZMmuQ3HwrnUg
  2. 关于 Go Proposal 流程的想法 https://research.swtch.com/proposals-intro
  3. Vuejs + Golang https://medium.com/@adeshg7/vuejs-golang-a-rare-combination-53538b6fb918
  4. 详解Go语言的内存模型及堆的分配管理 https://juejin.im/post/5d47b1f16fb9a06aec2623ff
  5. GopherCon 观后亮点 https://blog.process-one.net/gophercon-2019-highlights/

  6. GoCN归档: https://gocn.vip/question/3651

GoCN每日新闻(2019-08-07)

  1. 深度剖析 Go 中的 Go 协程 (goroutines) -- Go 的并发 https://mp.weixin.qq.com/s/mYQUoWy9bZBbivFMKLqN8g
  2. Go 译文之如何构建并发 Pipeline https://segmentfault.com/a/1190000019984518
  3. kubernetes 组件: kube-scheduler源码分析 https://segmentfault.com/a/1190000019997015
  4. 深入Go的异常错误处理机制 https://gocn.vip/article/1882
  5. 预设 slice 长度的性能测试 https://blog.simon-frey.eu/known-length-slice-initialization-speed-golang-benchmark-wednesday

  6. GoCN归档: https://gocn.vip/question/3652

GoCN每日新闻(2019-08-08)

  1. 通过在300行Golang编写简单的RPC框架来解释RPC https://github.com/ankur-anand/simple-go-rpc
  2. Golang的作用于健康检查的库go-sundheit https://medium.com/appsflyer/health-checks-like-a-pro-3fa362942883
  3. 如何使用go mod测试本地改动 https://medium.com/@teivah/how-to-test-a-local-branch-with-go-mod-54df087fc9cc
  4. 在Go中检查字符的大小写,包括0和1 https://ervinbarta.com/2019/08/06/upcase-in-go-the-long-way-around/
  5. vgo教程 https://research.swtch.com/vgo-tour

  6. GoCN归档:https://gocn.vip/question/3654

GoCN每日新闻(2019-08-09)

  1. Go提案处理流程:清晰&透明 https://research.swtch.com/proposals-clarity
  2. 来自百度的7层负载均衡器BFE https://github.com/baidu/bfe
  3. [译]TCP Socket 是如何工作的? https://colobu.com/2019/07/27/How-TCP-Sockets-Work/
  4. Dgraph中的Datetime索引 https://blog.dgraph.io/post/datetime-indexes-dgraph/
  5. 连接跟踪模块导致的网络不可用 https://colobu.com/2019/07/30/network-issue-because-of-nf-conntrack/

  6. GoCN归档:https://gocn.vip/question/3656

GoCN每日新闻(2019-08-10)

  1. golang中反射与接口的关系 https://juejin.im/post/5d4d1bb9e51d453b753a1a8b
  2. Go-Spring : Another Go Style! https://mp.weixin.qq.com/s/xW6-pkty0aygQN87i6rX_w
  3. 多租户,可水平扩展的Prometheus即服务 https://github.com/cortexproject/cortex
  4. 使用WebRTC流式传输远程屏幕 https://viscarra.dev/post/webrtc-remote-screen
  5. 简单易用灵活可配置的p2p框架 https://github.com/v-braun/go2p

  6. GoCN归档: https://gocn.vip/question/3658

GoCN每日新闻(2019-08-11)

  1. Go 监视模式 https://medium.com/@blanchon.vincent/go-monitor-pattern-9decd26fb28
  2. 在 Go 中 Mock gRPC https://rogchap.com/2019/06/25/mocking-grpc-in-go/
  3. 优化过的 Go 压缩库 https://github.com/klauspost/compress
  4. 理解分布式系统的可靠性 https://blog.empathybox.com/post/19574936361/getting-real-about-distributed-system-reliability
  5. 异步、编排、分布式系统的容错性 https://medium.com/@mail_50938/fault-tolerance-in-asynchronous-choreographed-distributed-system-36b1cae037d1

  6. GoCN归档: https://gocn.vip/question/3659

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