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UNIT 1 – Build and Release Management
Build and Release Management is a key part of modern software development that focuses on how code is compiled, tested, packaged, and delivered to users in a structured and reliable way. It ensures that software moves smoothly from development to production with minimal errors.
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Build Management
Build Reporting
Sample Sonar Qube Report
Build status
Importance of Build Status
02:00:00
Release Planning
Packaging
Authentication vs Authorization
Redeployment,
Build and Release Management – Concepts and Importance
Continuous Integration and Continuous Delivery (CI/CD)
UNIT 2 – DEPENDENCY MANAGEMENT BUILD TOOLS
Dependency Management is the process of handling external libraries, frameworks, and modules that a software project requires to function properly.
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What are Dependencies?
Ant, Maven, Gradle
Using Repositories, Maven Repository
Local, Central
Remote, Maven
Dependency Search Sequence
Dependency Management
Parent POM
Define Dependency Management.
Transitive Dependencies
Features of Transitive Dependencies
UNIT 3 – DOCUMENTATION AND REPORTING
Documentation is the process of recording all information related to software development, build, and release activities in a clear and structured format.
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Documentation
Different types of documentation,
Reporting, Maven
Site Plugin
Maven Site Lifecycle
Maven site Configuration in pom.xml,
Advanced Site Reports,
Unit Testing Techniques,
Code Coverage Pros and Cons
UNIT 4 UNDERSTANDING A RELEASE CYCLE
A Release Cycle is the complete process through which software moves from development to deployment, ensuring it is tested, approved, and delivered to users in a structured way.
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Understanding a release cycle
Project release lifecycle
Stages of a Release Cycle
Stages of a Release Cycle
Source Code Repository
Different Types of Source Code Repositories
How to Install GitHub
UNIT 5 GitHub
GitHub 📌 Definition GitHub is a web-based platform used for storing, managing, and collaborating on source code using Git. 🔹 Key Features 1. Repository Hosting Stores project files and code online Public and private repositories available 2. Version Control Tracks changes in code Maintains history of modifications 3. Collaboration Multiple developers can work on the same project Supports pull requests and code reviews 4. Branching & Merging Create separate branches for features Merge changes into the main project 5. Issue Tracking Report bugs and track tasks Manage project workflows 6. GitHub Actions Automates workflows (CI/CD pipelines) Build, test, and deploy code automatically 🔹 Common GitHub Terms Repository (Repo) → Storage for project files Commit → Save changes Branch → Separate version of code Merge → Combine changes Pull Request (PR) → Request to merge code 🔹 Basic Workflow Create a repository Clone it to local system Make changes Commit changes Push to GitHub Create pull request Merge changes 🔹 Advantages Easy collaboration Secure code storage Version tracking Integration with CI/CD tools Open-source community support 🔹 Example A team creates a project in GitHub. Developers work on different features using branches and merge them after testing.
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How to Create a Repository in GitHub
How to Create a Branch in Github,
Howto Check-in Code to Github
,Deploying Build to Production,
Perform Goal,
Build & Release Management
00:00:30
Where does Maven store downloaded dependencies locally?
00:00:30
Build and Release Management in Software Development
Importance of Build and Release Management in DevOps
Continuous Integration and Continuous Deployment (CI/CD) Process
PUZZLES
scenario-based questions related to Build and Release Management
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1. Puzzles UNIT 1,2,3
2.PUZZLES 3,4
Resource Link
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NPTEL
Reference Websites
Tutorial Websites
BUILD AND RELEASE MANAGEMENT

Redeployment is the process of deploying an application again after making updates, fixes, or configuration changes. It ensures that the latest version of the software is available in the target environment (testing or production).

🔹 When is Redeployment Needed?

  • Bug fixes or patches
  • Feature updates or enhancements
  • Configuration changes
  • Failed or incomplete deployment
  • Security updates

🔹 Redeployment Process

  1. Make necessary changes in the code/configuration
  2. Rebuild the application
  3. Test the updated version
  4. Package the application
  5. Deploy again to the target environment

🔹 Types of Redeployment

  • Full Redeployment
    Entire application is deployed again
  • Partial Redeployment
    Only specific modules or components are updated
  • Rolling Redeployment
    Updates are applied gradually without downtime

🔹 Importance of Redeployment

  • Ensures latest updates are applied
  • Fixes errors quickly
  • Improves system performance and security
  • Maintains application availability
  • Supports continuous delivery

🔹 Example

A bug is found in a login module. Developers fix the issue, rebuild the application, and redeploy the updated version to production.

✅ Conclusion

Redeployment helps keep software up-to-date, secure, and efficient, ensuring smooth operation even after changes.

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