Build Telemetry for Distributed Services之Open Telemetry来历
github:https://github.com/open-telemetry/
Effective observability requires high-quality telemetry
OpenTelemetry makes robust, portable telemetry a built-in feature of cloud-native software
OpenTelemetry provides a single set of APIs, libraries, agents, and collector services to capture distributed traces and metrics from your application. You can analyze them using Prometheus, Jaeger, and other observability tools.
For Developers
- Introduction to Distributed Tracing and Metrics
- Installing the OpenTelemetry SDK
- Migrating from OpenTracing or OpenCensus
- Explore instrumentation plugins
For Operators
- Introduction to the OpenTelemetry Collector
- Explore automatic instrumentation options
- Configuring OpenTelemetry exporters
- Interpreting trace data
OpenTelemetry is a Cloud Native Computing Foundationsandbox project
The short, short version
- We are creating a new, unified set of libraries and specifications for observability telemetry. It will merge the OpenTracing and OpenCensus projects, and provide a supported migration path.
- The Java reference implementation will be available on April 24th, and cross-language work will begin in earnest on May 8th, 2019. Check out a timeline for the merger here.
- By the September 2019, we plan to reach parity with existing projects for C#, Golang, Java, NodeJS, and Python. There is a lot to do, but we can make it if we parallelize. If you are interested in being part of this project, please sign up and tell us how you would like to contribute.
- When each language reaches parity, the corresponding OpenTracing and OpenCensus project will be sunset. This means that the old projects will be frozen, but the new project will continue to support existing instrumentation for two years, via a backwards compatibility bridge.
Project Overview
We’re merging! The high level goal is to synthesize the OpenTracing and OpenCensus projects into a single, unified project. The core of the new project will be a set of clean and well thought interfaces, and a canonical distribution of libraries implementing those interfaces, referred to as the SDK. Recommended standards for data and wire protocols, along with common pieces of infrastructure, complete the project.
The result will be a complete telemetry system — suitable for monitoring microservices and other types of modern, distributed systems — and will be compatible with most major OSS and commercial backends.
Major Milestones
4/24 The reference candidate is presented for review.
5/8 Teams form, and work begins in all languages.
5/20 Project officially launched at Kubecon Barcelona.
9/6 C#, Golang, Java, NodeJS, and Python reach parity with existing projects.
11/6 OpenTracing and OpenCensus projects are officially sunset.
11/20 Sunset party at Observability Summit, Kubecon San Diego.
Timeline to Convergence
The migration for each language involves building a production-ready SDK, instrumentation for popular libraries, documentation, CI, a backwards compatibility bridge, and closing down the associated OpenCensus and OpenTracing projects (“sunsetting”). We have set an ambitious goal of September 2019 as the target date for parity in C#, Golang, Java, NodeJS, and Python. If a language is not ready by that time, we will push back the sunset date until it is. But we prefer this not to happen.
Goal: Registry v1.0 (due July 6th)
Another critical component is the Registry, an improved version of the OpenTracing Registry.
- Easily find libraries, plugins, installers, and other components.
- Easily add and manage registry components.
- Understand what SDK features are available in each language.
If you’re interested in design, front end, and UX, this is a great project to be a part of.
Goal: Testing and release infrastructure (due Sep 6th)
We have a project wide commitment to building a quality testing and release pipeline, to ensure we continue to ship safe code we can rely on. If you care about testing, benchmarking, and release pipelines, please let us know. We will clearly mark the level of production readiness and the maturity of the testing infrastructure will be a major deciding factor.
Goal: Sunset OpenTracing and OpenCensus (due Nov 6th)
By September 6th, if the new project has reached parity, the existing projects will begin to be shut down. Two months after each language reaches parity, the corresponding OpenTracing and OpenCensus projects will be sunset. This means the following:
- The repositories will be frozen, and no more commits will be made.
- There will be a two year support plan for existing instrumentation.
- Users can upgrade to the new SDK while continuing to use existing instrumentation.
- It will be possible to migrate instrumentation over incrementally.
Build Telemetry for Distributed Services之Open Telemetry来历的更多相关文章
- Build Telemetry for Distributed Services之Open Telemetry简介
官网链接:https://opentelemetry.io/about/ OpenTelemetry is the next major version of the OpenTracing and ...
- Build Telemetry for Distributed Services之Jaeger
github链接:https://github.com/jaegertracing/jaeger 官网:https://www.jaegertracing.io/ Jaeger: open sourc ...
- Build Telemetry for Distributed Services之OpenCensus:C#
OpenCensus Easily collect telemetry like metrics and distributed traces from your services OpenCensu ...
- Build Telemetry for Distributed Services之OpenTracing实践
官网:https://opentracing.io/docs/best-practices/ Best Practices This page aims to illustrate common us ...
- Build Telemetry for Distributed Services之OpenTracing项目
中文文档地址:https://wu-sheng.gitbooks.io/opentracing-io/content/pages/quick-start.html 中文github地址:https:/ ...
- Build Telemetry for Distributed Services之OpenTracing简介
官网地址:https://opentracing.io/ What is Distributed Tracing? Who Uses Distributed Tracing? What is Open ...
- Build Telemetry for Distributed Services之Elastic APM
官网地址:https://www.elastic.co/guide/en/apm/get-started/current/index.html Overview Elastic APM is an a ...
- Build Telemetry for Distributed Services之OpenCensus:Tracing2(待续)
part 1:Tracing1 Sampling Sampling Samplers Global sampler Per span sampler Rules References
- Build Telemetry for Distributed Services之OpenTracing指导:C#
官网链接:https://opentracing.io/guides/ 官方微博:https://medium.com/opentracing Welcome to the OpenTracing G ...
随机推荐
- inotify和rsync实现数据实时同步
数据的实时同步 实现实时同步 要利用监控服务(inotify),监控同步数据服务器目录中信息的变化 发现目录中数据产生变化,就利用rsync服务推送到备份服务器上 实现实时同步的方法 ino ...
- 排序算法(冒泡、选择)-python代码展示
冒泡排序: def bubble_sort(list): for i in range(len(list) - 1): # 这个循环负责设置冒泡排序进行的次数 for j in range(len(l ...
- markdown在typora的超方便的应用
经常性需要进行文字的编写,但是使用word比较麻烦,而excel又不方便自己的工作实际实用,特此有一款软件支持我的应用,typora软件,让人使用的无法自拨. typora是基于markdown的来应 ...
- ThreadLocal 是什么?(未完成)有哪些使用场景?(未完成)
ThreadLocal 是什么?(未完成)有哪些使用场景?(未完成)
- jquery动态背景切换全屏登录插件supersized.js
下载地址:https://download.csdn.net/download/t101lian/10434198预览: http://www.daimabiji.com/codedemo/1530 ...
- gorm忽略struct种的field, 不映射到表里面
https://github.com/jinzhu/gorm/pull/1111/commits/3c01fe791514d7064791a17d8b067106866d1e2f
- Dapper+Mysql 使用LIKE模糊查询写法踩坑
LIKE '%@Title%' 会解析成'%'@Title'%' 这里用拼接也是不行的'%'+@Title+'%' 只能用MySQL函数方法拼接 public dynamic GetListByFil ...
- Python+request 获取响应(elapsed)和响应时间(timeout)《七》
requests发请求时,接口的响应时间,也是我们需要关注的一个点,如果响应时间太长,也是不合理的.如果服务端没及时响应,也不能一直等着,可以设置一个timeout超时的时间 具体的实现如下: 超时( ...
- 第92题:反转链表II
一. 问题描述 反转从位置 m 到 n 的链表.请使用一趟扫描完成反转. 说明: 1 ≤ m ≤ n ≤ 链表长度. 示例: 输入: 1->2->3->4->5->NUL ...
- python基础认识
Python基础 一. 简介 Python是著名的“龟叔”Guido van Rossum在1989年圣诞节期间,为了打发无聊的圣诞节而编写的一个编程语言.豆瓣,Google.Yahoo等,甚至 ...