This document provides an overview of Docker, including what Docker is, why it is used, when it should be used, and key Docker concepts like images, networking, and orchestration tools. Docker allows applications to be packaged with all their dependencies and run in isolated containers, improving portability, scalability, and security. Common use cases include stateless applications, automated workflows, and making stateful applications stateless through services like Redis. The document also covers Dockerfiles, Compose, Swarm, Kubernetes and networking drivers.

1. Docker 101
AN OVERVIEW

3. what is docker?

4. why docker?

5. when docker?

6. development

7. operation

8. docker network

16. virtualization

17. Virtualization
- AWS EC2
- Google compute engine
- Azure virtual machine
- IBM virtual server
- alibaba ecs
- ….

18. Virtualization

19. Virtualization

20. Virtualization

21. Virtualization

22. Virtualization

23. Virtualization

24. Virtualization
For example:
Server:
- 1 TB storage
- 64 GB memory
4 virtual machine:
- 250 gb storage
- 16 GB MEMORY

25. Virtualization
Applications have used up resources or not?

26. Virtualization
Applications have used up resources or not?

27. Virtualization

28. Virtualization

29. Virtualization

30. Virtualization

31. Virtualization

32. Virtualization

33. Docker image

34. Docker image
● Docker hub

35. Docker registry
- Docker hub
- AWS EC2 container registry
- Google container registry
- ….

37. Dockerfile
● Dockerfile reference

38. Dockerfile
● Docker Basics for Amazon ECS

39. Why Docker?

40. Why docker?
- Increased Portability
- Don’t have to worry about environment

41. Why docker?
- Improve Scalability
- Vertical
- Horizontal

42. Why docker?
- Simple and fast deployment
- quickly create new containerized instances or rapidly destroy multiple containers

43. Why docker?
- Enhance Productivity
- promotes a rapid development environment
- simplify the installation process and decrease dependency errors

44. Why docker?
- Improve Security
- each application’s major process apart from one another in separate containers

45. When docker?

46. when docker
Dev & test & deploy

47. when docker
Stateless applications
NOTE*: docker does not save data

48. when docker
Stateless applications
- Microservice

49. when docker
Stateless applications:
- hybrid environment

50. when docker
Automated workflow

51. when docker
- How about stateful application?

52. when docker
- How about stateful application?
→ what is session data?
→ key: “value”

53. when docker
- How about stateful application?
→ Make Stateful became Stateless

54. when docker
- How about stateful application?
→ Make Stateful became Stateless
REDIS MEMCACHE

55. container Networking
● Docker Network

56. container Networking challenges

57. container Networking model
● Docker Reference Architecture
- network sandbox
- endpoint
- network drivers

58. container Networking model
- network sandbox
- endpoint
- network drivers
● sand box

59. container Networking model
- network sandbox
- endpoint
- network drivers

60. container Networking model
- Network:
- native driver
- remote
● Docker Reference Architecture

61. docker native networking drivers
- host
- bridge
- overlay
- MACVLAN
- none
● Understand docker networking drivers and use cases

62. docker native networking drivers
- host driver
→ interface on host can be used directly by the container

63. docker native networking drivers
- Bridge driver
→ layer 2 device
● creates a private network internal to
the host
● External access is granted by exposing
ports to containers

64. docker native networking drivers
- overlay driver
→ multi-host network
out of box

65. docker native networking drivers
- macvlan driver
→ MAC address based VLAN

66. docker native networking drivers

67. docker remote
→ Docker plugin
- Remote Networking Drivers
- IP Address Management (IPAM)

68. docker remote

69. docker remote

70. docker remote
IP Address Management

71. container management tools
- Docker swarm
- kubernetes
- jenkins
- datadog
- …

72. Docker compose
● Docker compose reference

73. Docker compose
● Docker compose getting started

74. docker swarm
● Docker swarm introduction

75. docker swarm
●

76. kubernetes

77. kubernetes
● kubernetes architecture

78. Summary
● What is Docker?
● Why Docker?
● When Docker?
● Development
● Operation
● Docker networking

79. Hand on

80. Hand on
● Scenario 1: Using dockerfile
● Scenario 2: Using Docker compose
● Scenario 3: Using docker swarm
● Scenario 4: Using kubernetes

81. References
● Dockerfile reference
● Docker Basics for Amazon ECS
● Docker compose reference
● Docker Network
● Docker Reference Architecture
● Understanding docker networking drivers and their use cases
● Why Containers Miss a Major Mark: Solving Persistent Data in Docker