### 演讲SLIDES
## [@Container容器技术大会PPT开放下载，独家免费放送](http://weekly.dockone.io/redirect?url=https%3A%2F%2Fmp.weixin.qq.com%2Fs%3F__biz%3DMzA5OTAyNzQ2OA%3D%3D%26mid%3D2649690289%26idx%3D1%26sn%3D160b4467311bc5b0221dddd558cea9f7%26scene%3D1%26srcid%3D06056VMHjPbWaWidaG5QtxCD%26key%3Df5c31ae61525f82e5fba417583124700fb34124984b0a200ab79a0714dc5d51b38f73b975f103bf0c1b0643ffe5cad49%26ascene%3D0%26uin%3DMjk0NzA5ODIzMw%253D%253D%26devicetype%3DiMac%2BMacBookAir7%252C1%2BOSX%2BOSX%2B10.11.5%2Bbuild%2815F34%29%26version%3D11020201%26pass_ticket%3Do4UOfZIc01thOIsgFPRRxhI4aLJHs5icrBcuL1mkanaWHnEvrHMxBxmzo%252FeI0s3w&itemId=1007)
@Container容器技术大会上海站顺利闭幕，感谢所有的参与者，路还很远，我们继续前行，演讲Slides马上提供给大家。
[Docker](http://weekly.dockone.io/redirect?url=https%3A%2F%2Fmp.weixin.qq.com%2Fs%3F__biz%3DMzA5OTAyNzQ2OA%3D%3D%26mid%3D2649690289%26idx%3D1%26sn%3D160b4467311bc5b0221dddd558cea9f7%26scene%3D1%26srcid%3D06056VMHjPbWaWidaG5QtxCD%26key%3Df5c31ae61525f82e5fba417583124700fb34124984b0a200ab79a0714dc5d51b38f73b975f103bf0c1b0643ffe5cad49%26ascene%3D0%26uin%3DMjk0NzA5ODIzMw%253D%253D%26devicetype%3DiMac%2BMacBookAir7%252C1%2BOSX%2BOSX%2B10.11.5%2Bbuild%2815F34%29%26version%3D11020201%26pass_ticket%3Do4UOfZIc01thOIsgFPRRxhI4aLJHs5icrBcuL1mkanaWHnEvrHMxBxmzo%252FeI0s3w&itemId=1007)
### 学习教程
## [正确理解Docker生态](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fwww.kuqin.com%2Fshuoit%2F20160422%2F351686.html&itemId=999)
本文是一个简短的指南帮助了解Docker周边工具生态系统，以及他们是如何实现的。
[酷勤网](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fwww.kuqin.com%2Fshuoit%2F20160422%2F351686.html&itemId=999)
## [轻松使用Docker容器运行Metasploit框架](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1330&itemId=1000)
Metasploit是一款强大的渗透测试开源框架。不论你是专业人事或仅仅是爱好者，你都可以轻松的在Docker容器中运行Metasploit框架，从而摆脱安装代码和依赖的噩梦。
[Zeltser.com](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1330&itemId=1000)
## [虚拟化老兵介绍虚拟化技术](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1347&itemId=1001)
本次分享从以下4方面展开：虚拟化主流技术介绍；虚拟化前沿技术介绍；Docker技术介绍；MixSAN技术介绍。
[DockOne.io](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1347&itemId=1001)
## [微服务的两种模式：应用中心和任务中心](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1335&itemId=1002)
本文从同步和异步的角度将微服务分为两种模式：应用中心和任务中心。并对它们从构建和部署、请求和调用、发现和路由、运行和扩展、以及管理和错误的角度进行了细致解释和详尽对比。
[Iron.io](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1335&itemId=1002)
## [Mesosphere入门指南（二）](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1276&itemId=1003)
本文为Mesosphere官方博客中发布的系列文章的第二部分，Mesosphere在本篇系列文章中分享了DC/OS的入门指南，并且做了演示。
[Mesosphere](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1276&itemId=1003)
## [CoreOS折腾笔记（一）集群部署](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fipfans.github.io%2F2016%2F05%2Flearning-coreos-part1%2F&itemId=1004)
最近在技改完成之后打算进行大量的微服务化改造，而方便进行微服务化的步骤之一，就是将现有的系统移植进入Docker环境之中。在标准容器系统的选择上，我把目光放在了CoreOS上。实际上，我在CoreOS版本还是2开头的时候就有简单研究过，但是当时主要作为研究Docker的途径，现在则是作为集群化部署的基准系统。从本文开始的一系列折腾则是我在研究CoreOS集群化使用的一些纪录，而本文就是介绍一个本地实现容器化机群的步骤。
[个人博客](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fipfans.github.io%2F2016%2F05%2Flearning-coreos-part1%2F&itemId=1004)
## [站在运维的角度讲如何打造一个Docker-Mesos平台](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1355&itemId=1005)
本文将从运维的角度出发，结合真实的案例来讲述如何快速打造一个Docker平台。可能本文不是技术性的干货，但是提到的问题点或许都会成为平台路上的绊脚石。
[DockOne.io](http://weekly.dockone.io/redirect?url=http%3A%2F%2Fdockone.io%2Farticle%2F1355&itemId=1005)
## [容器技术周年记：Kubernetes架构设计与核心原理](http://weekly.dockone.io/redirect?url=https%3A%2F%2Fmp.weixin.qq.com%2Fs%3F__biz%3DMzI0NjI4MDg5MQ%3D%3D%26mid%3D2715290360%26idx%3D1%26sn%3D614d2769ce8d829ce79f24cc65cbbbe5%26scene%3D1%26srcid%3D0603FA71TRsJYEEsbOY9i9zW%26key%3Df5c31ae61525f82e6b944065e152bf56b546990efcf571bd9a95e593d8c5e1651295190f891d5d1c3f5721906bf3c8b8%26ascene%3D0%26uin%3DMjk0NzA5ODIzMw%253D%253D%26devicetype%3DiMac%2BMacBookAir7%252C1%2BOSX%2BOSX%2B10.11.4%2Bbuild%2815E65%29%26version%3D11020201%26pass_ticket%3DGuJzGB5cuf%252BSlT6ib7%252BUoqpXpI1HEsAAYngcKe4qcoATfCTl%252Fem64qPClbog2MHK&itemId=1006)
Borg，或者说LXC技术，在谷歌已经有了十多年的稳定运行经验。2015年4月，伴随着Borg的论文公开发表，Kubernetes也横空出世，迅速占领了容器编排的领袖地位。
[容器时代](http://weekly.dockone.io/redirect?url=https%3A%2F%2Fmp.weixin.qq.com%2Fs%3F__biz%3DMzI0NjI4MDg5MQ%3D%3D%26mid%3D2715290360%26idx%3D1%26sn%3D614d2769ce8d829ce79f24cc65cbbbe5%26scene%3D1%26srcid%3D0603FA71TRsJYEEsbOY9i9zW%26key%3Df5c31ae61525f82e6b944065e152bf56b546990efcf571bd9a95e593d8c5e1651295190f891d5d1c3f5721906bf3c8b8%26ascene%3D0%26uin%3DMjk0NzA5ODIzMw%253D%253D%26devicetype%3DiMac%2BMacBookAir7%252C1%2BOSX%2BOSX%2B10.11.4%2Bbuild%2815E65%29%26version%3D11020201%26pass_ticket%3DGuJzGB5cuf%252BSlT6ib7%252BUoqpXpI1HEsAAYngcKe4qcoATfCTl%252Fem64qPClbog2MHK&itemId=1006)
