学技术并发网始终建议同学们阅读原版官方文档，所以并发网每月都会组织大家翻译各种官方技术文档。3月份并发网组织大家翻译《Linkerd官方文档》，欢迎有兴趣的同学参与。

如何领取

通过评论领取想要翻译的文章，每次领取一章或一节（根据内容长短），翻译完后再领取其他章节。领取完成之后，译文最好在一个星期内翻译完成，不要超过两周，如果不能完成翻译，也欢迎你邀请其他同学和你一起完成翻译。请谨慎领取，很多文章领取了没有翻译，导致文章很长时间没人翻译。

如何提交？

翻译完成之后请登录到并发网提交成待审核状态，会有专门的编辑校对后进行发布。如果多篇文章翻译被评为A级会升级您为译者，并加入译者沟通微信群。如果在本站翻译超过十篇文章，将有礼品赠送，比如签名版的《Java并发编程的艺术》或者其他图书。如果译文发布到并发网公众号，赞赏归译者所有。如果你喜欢使用markdown编写文章，可以将markdown生成后的HTML复制到网站上进行提交。mac下推荐MacDown软件。

• Linkerd介绍
• Linkerd是什么？

Get started

Get Linkerd up and running in just a few minutes. This section addresses running Linkerd in common environments.

Select an environment to get started:

• 《Linkerd官方文档》在本地运行Linkerd
• 《Linkerd官方文档》使用Docker运行Linkerd
• 《Linkerd官方文档》在Kubernetes中运行Linkerd
• 《Linkerd官方文档》在DC / OS中运行Linkerd
• 《Linkerd官方文档》与Istio一起运行Linkerd
• 《Linkerd官方文档》在ECS中运行Linkerd

Administration Overview

This section describes some of the major features included in Linkerd’s admin interface. For a complete list of available endpoints, refer to the config documentation.

• Dashboard: Admin UI showing graphs of requests, success rate, latency and more.
• Telemetry: Describes how to handle metrics exported by Linkerd.
• Dtab playground: A web UI that you can use to help debug Dtab rules.
• Shutdown: Gracefully shut down Linkerd.

Features

• Beyond adding reliability through circuit breaking and latency-aware load balancing, Linkerd automatically instruments top-line service metrics such as request volume, success rates, and latency distributions. Linkerd also provides request-level routing and multi-service discovery integration with a powerful language called dtabs.In this section you’ll find a rundown of Linkerd’s major features.
  • Load balancing: Linkerd provides multiple load-balancing algorithms that use real-time performance metrics to distribute load and reduce tail latencies across your application.
  • Circuit breaking: Linkerd includes automatic circuit breaking that will stop sending traffic to instances that are deemed to be unhealthy, giving them a chance to recover and avoiding cascading failures.
  • Service discovery: Linkerd integrates with various service discovery backends, helping you to reduce the complexity of your code by removing ad-hoc service discovery implementations.
  • Dynamic request routing: Linkerd enables dynamic request routing and rerouting, allowing you to set up staging services, canaries, blue-green deploys, cross-DC failover, and dark traffic with a minimal amount of configuration.
  • Retries and deadlines : Linkerd can automatically retry requests on certain failures and can timeout requests after a specified period.
  • TLS: Linkerd can be configured to send and receive requests with TLS, which you can use to encrypt communication across host boundaries without modification to your existing application code.
  • HTTP proxy integration: Linkerd can act as an HTTP proxy, which is widely supported by almost all modern HTTP clients, making it easy to integrate into existing applications.
  • Transparent Proxying: you can use iptables rules on your host to set up transparent proxying via Linkerd
  • gRPC: Linkerd supports both HTTP/2 and TLS, allowing it to route gRPC requests, enabling advanced RPC mechanisms such as bidirectional streaming, flow control, and structured data payloads.
  • Distributed tracing: Linkerd supports both distributed tracing and metrics instrumentation, providing uniform observability across all services.
  • Instrumentation: Linkerd supports both distributed tracing and metrics instrumentation, providing uniform observability across all services.

Configuration Overview

Both Linkerd and namerd’s configuration is controlled via a configuration file, which must be provided as a command-line argument when the processes are started. Both YAML and JSON config file formats are supported. For the complete, up-to-date configuration reference guides, see:

• linkerd-1.3.6 config
• namerd-1.3.6 config

Advanced Overview

This section of the documentation contains in-depth information about advanced topics pertaining to both Linkerd and namerd. It is divided into the following subsections:

• Routing: Provides a comprehensive look at how Linkerd routes requests that it receives.
• namerd: Introduces namerd as a service that helps route Linkerd requests and centralizes routing decisions to provide global Linkerd control.
• Dtabs: Explains delegation tables and delegation rules, the primary mechanism by which Linkerd dynamically routes requests.
• Deployment: Addresses typical deployment models for running Linkerd in your architecture.
• Plugins: Sheds light on Linkerd’s modular plugin system, and provides a detailed walkthrough for writing your own plugins.

Our wiki also documents:

• Network Performance: Common approaches to diagnosing network performance issues that can negatively impact Linkerd.
• Debugging a Linkerd setup: Common approaches to finding and fixing Linkerd configuration issues that may prevent it from working properly in your setup.