Cloud Migration services from your on-premise environment can sometimes be very simple and other times an extremely complicated project to implement. For either scenario, there are always considerations to bear in mind when doing so. This course has been designed to highlight these topics to help you ask the right questions to aid in a successful Cloud migration. Within this course, we look at how timing plays an important part in your project's success and why phased deployments are important. Security is also examined where we focus on a number of key questions that you should have answers to from a business perspective before your Cloud migration. One of the biggest decisions is your chosen public cloud vendor, how do you make the decision between the available vendors, what should you look for when selecting you will host your architecture, this course dives into this question to help you finalize your choice. Understanding the correct deployment model is essential, it affects how you architect your environment and each provides different benefits, so gaining the knowledge. I look at how you can break this question down to help you with your design considerations. We also cover service readiness from your on-premise environment and how to align these to the relevant Cloud services. Your design will certainly be different from your on-premise solution, I discuss the best approach when you start to think about your solution design, some of the dos and some of the don’ts. Once you have your design, it’s important to understand how you are actually going to migrate your services ensuring optimum availability and minimal interruption to your customer base, for example looking at Blue/Green and Canary deployments. Cloud migration allows for some great advantages within your business continuity plans, as a result, I have included a lecture to discuss various models that work great within the Cloud. Course Objectives By completing this course you will: Have greater visibility of some of the key points of a cloud migration Be able to confidently assess the requirements for your migration Intended Audience This course has been designed for anyone who works or operates in business management, business strategy, technical management, and technical operations. Prerequisites For this course, it's assumed that you have a working knowledge of cloud computing and cloud principles. What You Will Learn about Cloud Migration Introduction - This provides an introduction to the trainer and covers the intended audience. We will also look at what lectures are included in the course, and what you will gain as a student from attending the course. Time Management – How time plays an important part in successful cloud migration. We discuss the key points to allow time for and how to use it to plan a phased migration. Security – This lecture will give you the ability to ask the key security questions to the business before performing a migration to the Cloud.

1. DevOps on Z
July 2020

2. Agenda
2
 Mainframe DevOps - POV
 Mainframe DevOps – Challenges and Solutions
 Mainframe DevOps - Benefits
 Tool Chains
 Case Studies

3. DevOps for Mainframe success
3
Organization's are adopting new ways of working,
Improving their agility and customer focus with collaborative
development models
The next wave of mainframe success
* Data based on survey and report from BMC/Arcati/Gartner

4. Adopting DevOps Can Resolve Challenges
Companies Surveyed Experience Benefits as a Result of Adopting DevOps
42%
have shorter development/delivery
cycles
41%
respond faster
to business needs
36%
have improved
collaboration and communication
between silos
4

5. DevOps On Z
5
Why ?
Enables customers adopt DevOps on Mainframe, bridging
traditional development practices with agile methodologies and
improving the operation to be more resilient in order to keep
legacy up to speed with modern-distributed and make the
application meet business agility
DevOps – DELIVER WITH SPEED
Everyone is responsible for delivering business value to users
Goals
 Quicker releases into production
 Faster feedback and minimal disruption
 Efficient and optimal software development
 Stable application
 Frequent Deployments
What is DevOps?
DevOps is an advocate for a IT mindset change , where the team communicates, collaborates in a manner where
they can work more closely with one another with focus on faster delivery using automation and shift left

6. DevOps on Z – Challenges And Solutions
Primitive tools and
processes causing delays in
impact analysis and
delivery
Lack of agile adoption across
heterogeneous architectures and
technologies increasing
development costs
No business insights about
costs, benefits & RoI of IT
spend & DevOps effectiveness
Inability to identify defects early
in the release
ENTERPRISE CONTINOUS DELIVERY
• Continuous integration
• Continuous delivery
• Test automation
Key Challenges
SMART TOOLS & ENVIRONMENTS
• Environment automation
• Modern GUI based intuitive tools
• Distributed development
• Version controlled Infra- components
CONITNUOUS MONITORING
• Event co-relation
• Alerts and notification
• Feedback and insights
SHIFT LEFT TESTING
• Test early in the release
• Automated testing
• virtualization
• Service virtualization
• SCM & dev/test tool automation
DevOps Solutions & Components
6

7. 7
DevOps on Z - Focus Areas
How is Mainframe DevOps different?
• Focusses on migration towards GUI based tools and for more collaboration
• Shift left to Developers
• Stubbing in testing
• Shift left environment administration
• Process automations
What are the focus areas ?
• Assisted development
• Coupling with Agile methodology
• Auto Audits using strong process and automation
• Auto Deployments
• Auto Testing
• Environment administration

8. DevOps on Z – Solution components
8
01
03
04 02
• Environment Stability
• Self healing services for repeated Abends
• Automated Service request fulfilment
Continuous Monitoring
• Requirement traceability
• Parallel Development
• Automated Build and code review
• Automated Unit Test & Code Coverage Analysis
• Automated Deployment and approval
• Faster Rollback and Enhanced notifications
• Infra as a code : Version control Infra components
Continuous Delivery
• Automated regression testing
• Service Virtualization for virtualizing services to complete
automation & coverage
• Advanced Automated Test Data setup to ensure Exhaustive
coverage
• Test case reusability
Shift Left Testing
• Automated Environment Provisioning
• Automated subsystem provisioning
• Impact analysis, dead code and inventory reports
• On demand visualization of application flow
• Integration with Project management and other open
source tools
• Artefacts sharing with the other teams
Smart Tools & Environments
Collaboration

9. DevOps on Z – Benefits
01
02
03
QUALITY
• # of defects
• Code maintanability
EFFICIENCY
• Mean time to detection (MTTD)
• Rollback window
• Change volume
• Lead time
• Failed Deployments
VELOCITY
• Deployment frequency
• On time delivery
9

10. DevOps on Z- Best practices and Takeaways
10
DevOps Takeaways
• Align to agile
• Improved Quality of service
• Faster time to market
• Improved collaboration
• Smart operations
• Improved system availability
• Zero operational error
• Improved system availability
DevOps best practices:
• Always start small
• Ensure the best process is set up with selected
• Define a robust process and automate it with right set of
tools
• Version control everything - design docs, external libs, actual
code, test cases, databases
• Deploy Frequently
• Automate build of an environment

11. DevOps on Z - Tools Classification
11
MS Teams, Slack
Collaboration
Source Control
ALM
Configuration
Mgmt
Continuous
Integration
TOTAL TEST, zUnit, CUCUMBER
Automated Testing
IDE & Analysis
GIT, ISPW, ENDEVOR, CHANGEMAN
JIRA, RALLY
zDT, zOSPT
JENKINS, BAMBOO
TOPAZ, IDz, ADDI

12. Compuware Based Tool Chain
12
Dev
Agile
Process
Ideation
Project Management
Code Editing Validate Code
Analyze Code Debug Code Edit / Manage Data
Develop
Continuous Integration
Version Control Code Quality
Testing Code Coverage
Release Deploy
Manage
ITSM
Monitor
Dev QA Prod
Dashboard

13. 13
IBM DevOps Toolchain

14. CA Endevor Tool Chain
14
zD&T
Ideation
Project Management
Code Editing Validate Code
Analyze Code Debug Code Edit / Manage Data
Develop
Manage
ITSM
Monitor
Dev QA Prod
Dashboard
IDz IDz IDz IDz
IBM
Debugger
IBM FM
Version Control Continuous Integration Code Quality
Unit & Performance Testing Tools Code Coverage
Release Deploy
IBM
Debug
IBM zUnit
IDz
IBM FA

15. 15
DevOps On Z - IDE (IBM IDz)

16. 16
DevOps On Z - Automated Testing

17. DevOps on Z – Environment Administration
17

18. Case Study – I : Using CA Endevor with IDz
Challenges & Requirements
• For one of the large insurance customer, a development project involving 300+
mainframe developers was underway.
• Multiple deployments into the integration test environment with no checks on
code quality was a big concern.
• Manual build & deployments. Reduced time to market , productivity and high
effort
• Deployment automation with a single pipeline for Mainframe was also needed.
• Leverage mainframe investments to keep pace with digital economy
Accomplishments
• Implemented CI/CD DevOps Pipeline using Jenkins for 400+ Mainframe Applications. Deployed
IDz with Sonarlint for the code quality check
• Enforced Quality Gating based on the SonarQube Analysis and generated SonarQube reports.
Code promotion is allowed only if the source code passes the Quality Gating
• 1 day turnaround time for deployments is now automated and completed in minutes
• ~30% improvement in developer productivity
Developer
Code
development
IDE (IDz
Eclipse)
1. Code
developed in
IDz Eclipse
Version Control System
– Endevor
2. Code Check-
in
4. Trigger Deployment of
a selected version Mainframe
Environment
DEV
Requirements
Captured
RTC
12
Mainframe
Environment
QA & Pre-Prod
Tools & technology
• IBM’s IDz
• JENKINS
• Endevor Web services
• zOSMF
• Brightside’s ZOWE CLI
• SonarQube & SonarLint
Upcoming features
• SNOW integration
• GIT for Endevor
5. Trigger Deployment
to higher regions
CI/CD Pipeline