Hands-on Azure DevOps

Name: Hands-on Azure DevOps | CICD Implementation for Mobile, Hybrid, and Web Applications Using Azure DevOps and Microsoft Azure
Brand: De Gruyter
Price: 14.49 EUR
Availability: OnlineOnly

CICD Implementation for Mobile, Hybrid, and Web Applications Using Azure DevOps and Microsoft Azure

Mitesh Soni(Autor*in)

De Gruyter (Verlag)

1. Auflage

Erschienen am 7. Juli 2020

470 Seiten

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978-93-89845-35-8 (ISBN)

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Beschreibung

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Inhalt

Cover Page
Title Page
Copyright Page
Dedication
About the Author
Acknowledgement
Preface
Errata
Table of Contents
Section I: Introduction to DevOps and Assessment
1. Overview of DevOps Practices
Structure
Objectives
DevOps
How can the DevOps lead address this issue?
DevOps history
What is DevOps?
Benefits of DevOps culture
DevOps and Digital Transformation
What is Digital Transformation?
Big Bang approach - DevOps practices implementation
Culture Transformation - people
Mindset - people and processes
Tools
Vision and visualization
Assessment, implementation, and measurements (AIM)
DevOps readiness assessment
DevOps practices - implementation
Continuous Planning
Benefits
Outcome
Best practices
Tools
Challenges
Continuous code inspection
Benefits
Outcome
Best practices
Tools
Challenges
Continuous Integration
Benefits
Outcome
Best practices
Tools
Challenges
Cloud computing and containers
Benefits
Outcome
Best practices
Tools/service providers
Challenges
Continuous delivery and continuous deployment
Benefits
Outcome
Best practices
Tools
Challenges
Continuous testing
Benefits
Outcome
Best practices
Tools
Challenges
Continuous Monitoring
Benefits
Outcome
Best practices
Tools
Challenges
Continuous Feedback
Benefits
Outcome
Best practices
Challenges
Continuous Improvements/Innovations
Benefits
Outcome
Best practices
Challenges
Measurements
Conclusion
Points to remember
Multiple-choice questions
Answer
Questions
2. DevOps Assessment - Measure the "AS-IS" Maturity
Structure
Objectives
DevOps assessment
Background
Assessment framework
Categories
Questions & answers
Charts
Information gathering
Day 1 (Interview)
Day 2 (Interview)
Workshop
Day 3 (Workshop)
Assessment report
Vision
AS-IS scenario - significant issues
Assessment results
Origins of existing issues
DevOps practices adoption recommendations
Maturity model
Implementation roadmap
Tools
Conclusion
Points to remember
Multiple-choice questions
Answer
Questions
Section II: DevOps Practices Implementation using Azure DevOps, Microsoft Azure and App Center
3. DevOps Practices Implementation for Android App - Azure DevOps Pipelines
Structure
Objectives
DevOps practices: Continuous Integration and Continuous Delivery
Azure DevOps
Continuous Integration and Continuous Delivery for Android application
Import a repository from GitHub
CICD pipeline
Code Coverage and Build Quality
Conclusion
Points to remember
Multiple-choice questions
Answer
Questions
4. DevOps Practices Implementation for iOS App - Azure DevOps Pipelines
Structure
Objectives
DevOps practices: Continuous Integration and Continuous Delivery
Continuous Integration and Continuous Delivery for iOS application
Continuous Integration pipeline
Lint analysis using SwiftLint
Unit tests and code coverage
Package
Continuous Delivery
Conclusion
Multiple-choice question
Answer
Questions
5. DevOps Practices Implementation for Native Apps using App Center
Structure
Objectives
CI for Android application
Create an app in the App Center
Connect to Azure repo
Build configuration for Android app
CI for iOS application
Create an iOS app in the App Center
Connect to Azure repo
Build configuration for iOS app
Conclusion
Multiple-choice questions
Answer
Questions
6. DevOps Practices Implementation for Java App - Azure DevOps Pipelines
Structure
Objectives
DevOps practices: Continuous Integration and Continuous Delivery
Import repository from Azure DevOps repo
Create a Custom Agent
SonarQube service connection
Azure App Services - Platform as a Service to host Java Web Application
CICD Pipeline
Continuous Integration
Static Code Analysis using SonarQube
Unit tests and code coverage
Package
Continuous Delivery
Conclusion
Multiple-choice question
Answer
Questions
7. DevOps Practices Implementation for Node.js Apps - Azure DevOps Pipelines
Structure
Objectives
DevOps practices: Continuous Integration and Continuous Delivery
Conclusion
Multiple-choice question
Answer
Questions
8. DevOps Practices Implementation for Angular App - Azure DevOps Pipelines
Structure
Objectives
DevOps Practices: Continuous Integration and Continuous Delivery
Conclusion
Multiple-choice question
Answer
Questions
9. DevOps Practices Implementation for Python and PHP - Azure DevOps Pipeline
Structure
Objectives
DevOps practices: Continuous Integration and Continuous Delivery for Python app
DevOps practices: Continuous Integration and Continuous Delivery for PHP app
Conclusion
Multiple-choice question
Answer
Questions
10. DevOps Practices Implementation for Hybrid Mobile App (Ionic and Xamarin) - Azure DevOps Pipeline
Structure
Objectives
DevOps practices: Continuous Integration and Continuous Delivery for Ionic Cordova app
DevOps practices: Continuous Integration and Continuous Delivery for Xamarin app
Conclusion
Multiple-choice question
Answer
Questions
11. Azure DevOps Best Practices
Structure
Objectives
Branch policies in Azure DevOps
Conclusion
Questions
Section III: DevOps Benefits Measurement
12. Measure Benefits of DevOps Practices Implementations
Structure
Objectives
Benefits Measurement Framework
Metrics for DevOps success
Velocity in scrum
Sprint 1
Sprint 2
Sprint 3
Sprint 4
Conclusion
Questions

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