How to Put Your AF Server into a Container

Transcription

1 How to Put Your AF Server into a Container Eugene Lee Technology Enablement Engineer 1

2 Technology Challenges 2

3 Cloud Native bring different expectations 3

4 We are becoming more impatient Deploy Code Release Build Test Source: Developer Survey Results 2018 from Stack Overflow 4

5 Current architecture is too fragile PI Network Manager Monolith Microservice Client PI Message Subsystem PI Vision PI Archive Subsystem PI Web API AF Service SQL NTFS SQL 5

6 Containers can help to solve these challenges 6

7 Agenda Overview of containers Demo: Manual build Demo: Auto build Demo: AF Client build Orchestration Next steps Q&A 7

8 What is a container? 8

9 VMs carry unnecessary weight App Binaries/ Libraries Guest OS App Binaries/ Libraries Guest OS App Binaries/ Libraries Guest OS Hypervisor Host OS Server Hardware 9

10 Containers are more lightweight App Binaries/ Libraries App Binaries/ Libraries Host OS App Binaries/ Libraries Server Hardware 10

11 Benefits of containers 11

12 We want the service to be always up 12

13 We want to pay only for what we use 13

14 Easier to store and transfer small objects 14

15 Run many instances on the same box 15

16 Write once, run anywhere 16

17 Faster is always better 17

18 Compatibility for containers 18

19 Windows meet Containers Linux only previously Native support for Windows with Windows Server

20 Choose the type depending on your needs Windows Server container Shared kernel Efficiency Hyper-V container Isolated kernel Security 20

21 Ideas for usage 21

22 Manual build 22

23 Considerations Authentication Migration No GUI Architecture Networking 23

24 24

25 Manual Curse of the golden image Easier to produce Can t upgrade base image 25

26 Auto Easy to reproduce Tougher to produce Continuous delivery Serve as a documentation 26

27 When to use commit then? Before you run something that might break the container 27

28 Automatic build 28

29 Automate as much as possible 29

30 Containerize AF client app 30

31 Exploring container orchestration The Tale of Kubernetes 31

32 32

33 33

34 Orchestration with Service Fabric 34

35 Benefits of orchestrating containers Auto provision hosts Easy scaling Self healing Instantiate services together Rolling updates 35

36 36

37 Next steps 37

38 PI Square blogs AF Server PI Web API PI Data Archive Standalone AF Server Standalone PI Web API 38

39 Contact Eugene Lee Technology Enablement Engineer OSIsoft 39

40 Questions Please wait for the microphone before asking your questions Please remember to Complete the Online Survey for this session State your name & company 40

41 Merci Thank You Grazie 41

42 Credits Icons made by Freepik from is licensed by CC 3.0 BY Container 101 poster and cluster of containers image from Microsoft Tale of Kubernetes from 42

43 Host Operating System Windows Server Container Hyper-V Container Windows Server 2016 (Standard or Datacenter) Server Core / Nano Server Server Core / Nano Server Nano Server Nano Server Server Core / Nano Server Windows 10 Pro / Enterprise Not Available Server Core / Nano Server Starting in Windows Server 1709, Nano Server will be available only as a container base OS image. 43