☆ 1、如有部分內(nèi)容理解不透或消化不好，可免費(fèi)在以后培訓(xùn)班中重聽；
      ☆ 2、在課程結(jié)束之后,授課老師會(huì)留給學(xué)員手機(jī)和E-mail,免費(fèi)提供半年的課程技術(shù)支持，以便保證培訓(xùn)后的繼續(xù)消化；
      ☆3、合格的學(xué)員可享受免費(fèi)推薦就業(yè)機(jī)會(huì)。
      ☆4、合格學(xué)員免費(fèi)頒發(fā)相關(guān)工程師等資格證書，提升您的職業(yè)資質(zhì)。

• What is Docker?
  Use cases
  Major components of Docker
  Docker architecture
  Underlying technology
  Installation of Docker
  Installation on Ubuntu and Windows
  Using Docker Machine for host provisioning
  Docker Machine drivers for cloud providers
  Container life cycle
  Creating and running containers
  Stopping and restarting
  Investigating a container
  Viewing the logs
  Looking at processes
  Removing a container and its data
  Dockerizing applications
  The hello world example
  Interactive Bash container
  Building an image by committing changes
  Building an image from a Dockerfile
  Automated builds based on GitHub
  Running more than one process in a container
  gosu helper tool
  Running a webapp in a single container
  Running a webapp in micro services architecture
  Managing images
  Finding and downloading existing images
  Docker Hub and local repository
  Sharing images with others
  Deploying a private image repository
  Networking of containers
  Port mapping
  Container linking and naming
  Creating and managing custom networks
  Network over many Docker hosts (overlay)
  Data in containers
  Data volumes
  Host directories and files as data volume
  Data volume containers
  Data volumes shared between Docker Hosts
  Backup and restore of data volumes
  Docker Compose
  Overview of Docker Compose
  Running multi-container applications by using one command
  Defining services, networks, volumes and variables
  Setting up runtime constraints on resources
  Docker Swarm
  Introduction to native Docker clustering
  Discovery services
  Docker Swarm strategies and filters