Learn Azure DevOps from scratch for free (AZ-400 Exam)

Prerequisites

Before taking the AZ-400 course, it's recommended to have:

1. A solid understanding of core Azure services (like Azure App Service, Azure Virtual Machines).

2. Experience with Azure DevOps and related services.

3. Familiarity with basic DevOps practices.

4. Understanding of version control, automation, and scripting.

Certification

After completing the course and studying the material, individuals can take the AZ-400 exam to achieve the Microsoft Certified: DevOps Engineer Expert certification. This certification validates your skills in DevOps practices, particularly in cloud environments using Microsoft Azure.

Study Area Overview

Course Overview

The AZ-400 course is divided into 8 key areas called Learning Path that cover the design and implementation of DevOps strategies. It is designed to help professionals gain proficiency in integrating development, deployment, and automation practices.

Exam AZ-400 Official Microsoft course

1. Learning Path 1: AZ-400: Implement development for enterprise DevOps Modules – Introduction to DevOps, Plan Agile with GitHub Projects and Azure Boards, Design and implement branch strategies and workflows, Collaborate with pull requests in Azure Repos, Explore Git hooks, Plan foster inner source, Manage and configure repositories, Identify technical debt

2. Learning Path 2: AZ-400: Implement CI with Azure Pipelines and GitHub Actions Modules – Explore Azure Pipelines, Manage Azure Pipeline agents and pools, Describe pipelines and concurrency, Design and implement a pipeline strategy, Integrate with Azure Pipelines, Introduction to GitHub Actions, Learn continuous integration with GitHub Actions, Design a container build strategy

3. Learning Path 3: AZ-400: Design and implement a release strategy Modules – Create a release pipeline, Explore release recommendations, Provision and test environments, Manage and modularize tasks and templates, Automate inspection of health

4. Learning Path 4: AZ-400: Implement a secure continuous deployment using Azure Pipelines Modules – Introduction to deployment patterns, Implement blue-green deployment and feature toggles, Implement canary releases and dark launching, Implement A/B testing and progressive exposure deployment, Integrate with identity management systems, Manage application configuration data

5. Learning Path 5: AZ-400: Manage infrastructure as code using Azure and DSC Modules – Explore infrastructure as code and configuration management, Create Azure resources using Azure Resource Manager templates, Create Azure resources by using Azure CLI, Explore Azure Automation with DevOps, Implement Desired State Configuration (DSC), Implement Bicep

6. Learning Path 6: AZ-400: Implement security and validate code bases for compliance Modules – Introduction to Secure DevOps, Implement open-source software, Software Composition Analysis, Security Monitoring and Governance

7. Learning Path 7: AZ-400: Design and implement a dependency management strategy Modules – Explore package dependencies, Understand package management, Migrate consolidate and secure artifacts, Implement a versioning strategy, Introduction to GitHub Packages

8. Learning Path 8: AZ-400: Implement continuous feedback Modules – Implement tools to track usage and flow, Develop monitor and status dashboards, Share knowledge within teams, Design processes to automate application analytics, Manage alerts, blameless retrospectives and a just culture

Course Structure and Links

LP01: Implement development for enterprise DevOps

LP01:CH01: Introduction to DevOps

Understanding DevOps as Process and as Mindset {START}►

1. Understand Your Cycle Time

2. Become Data-Informed

3. Strive for Validated Learning

4. Shorten Your Cycle Time

5. Optimize Validated Learning

6. Benefits of DevOps Practices

Exploring the DevOps Journey {START}►

1. Continuous Integration (CI)

2. Continuous Delivery (CD)

3. Version Control

4. Agile/Lean Practices

5. Monitoring and Logging

6. Cloud

7. Infrastructure as Code (IaC)

8. Microservices

9. Containers

10. DevOps Journey Integration

Exploring Agile Development Practices {START}►

1. Waterfall Approach

2. Agile Approach

3. Comparison: Waterfall vs. Agile

4. Benefits of Agile

5. Challenges of Agile

6. Which Approach is Right?

Principles of Agile Development {START}►

1. Summary of Agile Principles

Learn about DevOps Team's Transformation {START}►

1. Challenges When Creating DevOps Transformation Teams

2. Benefits of Overcoming Challenges

Learn about Organizational Structure for Agile Practices {START}►

1. Horizontal Teams

2. Vertical Teams

3. Comparison of Horizontal vs. Vertical Teams

4. Which Structure Works Best?

5. Implementation Considerations

Exploring Shared Goals and Defined Timelines in DevOps {START}►

1. Importance of Shared Goals in DevOps

2. Defining Shared Goals

3. Defining Timelines

4. Overcoming Challenges in Shared Goals and Timelines

5. Summary

Exploring Azure DevOps and its Components {START}►

1. Azure Boards

2. Azure Pipelines

3. Azure Repos

4. Azure Artifacts

5. Azure Test Plans

6. Summary: Integration Across Azure DevOps Components

Exploring GitHub and its Components {START}►

1. GitHub Overview

2. GitHub Repos

3. GitHub Actions

4. GitHub Packages

5. GitHub Codespaces

6. GitHub Security

7. Integration and Ecosystem

Designing a License Management Strategy in Azure DevOps and GitHub {START}►

1. Azure DevOps License Management

2. GitHub License Management

3. Shared Best Practices for Both Azure DevOps and GitHub

4. Challenges and Solutions

5. Summary

Learning about Source Control {START}►

1. Key Concepts of Source Control

2. Types of Source Control Systems

3. Benefits of Source Control

4. Example: Git Source Control

Git Setup and Initialization on Windows {START}►

1. Verification

Hands-on demo – Working with Git locally and Azure DevOps integration using Visual Studio Code {START}►

1. Installing Git

2. Setting Up Development Environment with Visual Studio Code

3. Creating a New Git Repository Locally

4. Committing Code Changes Locally

5. Pushing Changes to Remote Repository on Azure DevOps

6. Verifying Changes on Azure DevOps

7. Summary

Hands-on demo – Working with Git Locally {START}►

1. Key Concepts

2. Basic Git Workflow with Examples

3. Summary

Introduction to Azure Repos {START}►

1. Key Features of Azure Repos

2. Benefits of Azure Repos

3. How to Use Azure Repos

4. Azure Repos Integration with Development Tools

5. Best Practices for Using Azure Repos

6. Summary

Introduction to GitHub {START}►

1. Key Features of GitHub

2. Benefits of Using GitHub

3. Key Components of GitHub

4. How to Use GitHub

5. GitHub Best Practices

6. Who Uses GitHub?

7. Summary

LP01:CH02: Plan Agile with GitHub Projects and Azure Boards

Introduction to GitHub Projects and Project boards {START}►

1. Key Features of GitHub Projects and Project Boards

2. Benefits of GitHub Projects

3. Components of GitHub Projects

4. How to Use GitHub Projects and Project Boards

5. Advanced Features

6. Best Practices for Using GitHub Projects

7. Who Should Use GitHub Projects?

8. Summary

Introduction to Azure Boards {START}►

1. Key Features of Azure Boards

2. Benefits of Azure Boards

3. Key Components of Azure Boards

4. How to Use Azure Boards

5. Azure Boards Integration

6. Best Practices for Using Azure Boards

7. Who Should Use Azure Boards?

8. Summary

Configuring Projects and Teams in Azure DevOps {START}►

1. Planning

2. Implementation

3. Process Template Details

4. Best Practices

5. Monitoring and Analytics

6. Summary

Learn how to link GitHub to Azure Boards {START}►

1. Use GitHub to Track Work in Azure Boards

2. Azure Boards App for GitHub

3. Authenticating to GitHub

4. Supported Integration Scenarios

5. Steps to Link GitHub to Azure Boards

6. Best Practices for Using the Integration

7. Benefits of Integration

8. Summary

Learn how to configure GitHub Projects {START}►

1. Creating a GitHub Project

2. Adding Issues to GitHub Projects

3. Configuring Project Settings

4. Managing Permissions

5. Best Practices for GitHub Projects

6. Summary

Learn how to manage your work with GitHub Project boards {START}►

1. Overview of GitHub Project Boards

2. Creating a Project Board

3. Adding Work Items

4. Automating Workflows

5. Tracking Progress

6. Managing Permissions

7. Best Practices for Using GitHub Project Boards

8. Example Workflow

9. Summary

Learn how to work with GitHub Project boards {START}►

1. What is the Iteration Field in GitHub Projects?

2. Adding the Iteration Field to a GitHub Project Board

3. Adding New Iterations

4. Assigning Work Items to Iterations

5. Filtering by Iterations

6. Best Practices for Using Iterations

7. Example Workflow with Iterations

8. Benefits of Iterations in GitHub Project Boards

9. Summary

Learn how to customize your Project views in Github {START}►

1. Using the Project Command Palette

2. Creating a Custom Project View

3. Navigating and Using Custom Views

4. Benefits of Customizing Project Views

5. Example of a Custom View

6. Managing Views

7. Summary

Learn how to collaborate among teams using GitHub discussions {START}►

1. What are GitHub Discussions?

2. Creating a New GitHub Discussion

3. Participating in GitHub Discussions

4. Managing and Organizing Discussions

5. Use Cases for GitHub Discussions

6. Examples of GitHub Discussions

7. Benefits of Using GitHub Discussions

8. Summary

Learn how to design and setup a Feedback Cycle in GitHub {START}►

1. Phases of Feedback Cycle in GitHub

2. Implementing Feedback Cycles: Key Actions and Tools

3. Workflow Example: Continuous Feedback Cycle

4. Benefits of Feedback Cycles

5. Summary

Learn about the Traceability and Key Actions in Github {START}►

1. Source Traceability

2. Bug Traceability

3. Quality Traceability

4. Workflow Example: Implementing Traceability

5. Benefits of Traceability

6. Summary

Hand-on Demo – GitHub Project Boards and Projects {START}►

1. Accessing GitHub Project Boards and Projects

2. Creating a New Project

3. Managing Tasks in Project Boards

4. Using Kanban Features in Project Boards

5. Linking Pull Requests and Commits

6. Collaboration and Communication

7. Automating Workflows with GitHub Actions

8. Viewing Project Analytics

9. Summary

LP01:CH03: Design and implement branch strategies and workflows

Exploring Branch Workflow types in DevOps {START}►

1. Feature Branch Workflow

2. Git Flow

3. GitHub Flow

4. Trunk-Based Development (TBD)

5. Release Branch Workflow

6. Forking Workflow

7. Continuous Delivery (CD) Flow

8. Choosing the Right Workflow

9. Release Branching

10. Custom Hybrid Models

11. Key Practices for Continuous Delivery

12. Recommendations

13. Summary

Exploring Feature Branch Workflow in Azure DevOps {START}►

1. Key Concepts of Feature Branch Workflow in Azure DevOps

2. Setting Up Feature Branch Workflow in Azure DevOps

3. Create a Feature Branch

4. Develop the Feature in the Feature Branch

5. Set Up Continuous Integration (CI)

6. Create a Pull Request (PR)

7. Merge the Feature Branch

8. Deploy the Feature (Continuous Deployment)

9. Benefits of Feature Branch Workflow in Azure DevOps

10. Challenges and Considerations

11. Best Practices for Feature Branch Workflow in Azure DevOps

12. Summary

Hand-on Demo – Git Branch Model for Continuous Delivery {START}►

1. Scenario: Adding a Feature to a Web Application

2. Setup

3. Step-by-Step Workflow

   • Step 1: Create a Feature Branch

   • Step 2: Implement the Feature

   • Step 3: Push to Remote and Open a Pull Request

   • Step 4: Review and Merge

   • Step 5: Automated Deployment

4. Branching Model Highlights

5. Git Commands Demonstration

6. Enhancements for Larger Teams

7. Summary

Hands-on Demo – Trunk-Based Development for Continuous Delivery with Git branch model {START}►

1. Trunk-Based Development Core Principles

2. Scenario: Adding a New Feature Using TBD

3. Initial Setup

4. Workflow Steps

   • Step 1: Pull the Latest main

   • Step 2: Make Changes

   • Step 3: Automated Testing and Deployment

   • Step 4: Use Feature Toggles for Incomplete Work

   • Step 5: Maintain a Clean History

5. Example TBD Git Workflow

6. Advantages of Trunk-Based Development for CD

7. Challenges

Hand-on Demo – GitFlow for Continuous Delivery {START}►

1. GitFlow Branch Types

2. Scenario: Developing a New Feature and Delivering It Using GitFlow

3. Initial Setup

4. Feature Development

   • Step 1: Create a Feature Branch

   • Step 2: Develop and Commit Changes

   • Step 3: Push the Feature Branch for Review

5. Release Preparation

   • Step 1: Create a Release Branch

   • Step 2: Finalize the Release

   • Step 3: Push and Test the Release

   • Step 4: Merge into main and develop

   • Step 5: Delete the Release Branch

6. Hotfix Workflow

7. Advantages of GitFlow for Continuous Delivery

8. Challenges

Hand-on Demo – GitHub Flow for Continuous Delivery {START}►

1. GitHub Flow Core Principles

2. Scenario: Adding a New Feature to a Web Application

3. Initial Setup

4. Workflow Steps

   • Step 1: Create a Feature Branch

   • Step 2: Implement Changes

   • Step 3: Push and Open a Pull Request

   • Step 4: Code Review and Merge

   • Step 5: Automated Deployment

   • Step 6: Clean Up the Feature Branch

5. Git Commands Summary

6. Advantages of GitHub Flow for Continuous Delivery

7. Challenges

Hand-on Demo – Release Branching for Continuous Delivery {START}►

1. Release Branching Core Principles

2. Scenario: Managing a Release with Release Branching

3. Initial Setup

4. Workflow Steps

   • Step 1: Feature Development

   • Step 2: Create a Release Branch

   • Step 3: Finalize the Release

   • Step 4: Merge and Deploy

   • Step 5: Handling Hotfixes

5. Git Commands Summary

6. Advantages of Release Branching for CD

7. Challenges

Hands-on Demo – All Git Branch Models for Continuous Delivery {START}►

1. GitHub Flow

2. GitFlow

3. Release Branching

4. Trunk-Based Development

5. Comparison of Branching Models

6. Choosing the Right Model

Exploring GitHub Flow for Continuous Delivery {START}►

1. Core Principles of GitHub Flow

2. Workflow: Step-by-Step

3. Create a Feature Branch

4. Work on the Feature

5. Push the Feature Branch

6. Open a Pull Request

7. Merge the Pull Request

8. Deploy from main

9. Delete the Feature Branch

10. Example Workflow with Commands

11. CI/CD Integration Example

12. GitHub Actions CI/CD Workflow

13. Advantages of GitHub Flow

14. Challenges of GitHub Flow

15. When to Use GitHub Flow

Exploring Fork Workflow in GitHub {START}►

1. Fork Workflow Overview

2. Step-by-Step Fork Workflow

3. Fork the Repository

4. Clone Your Forked Repository

5. Create a Feature Branch

6. Make Changes

7. Push Changes to Your Fork

8. Open a Pull Request

9. Review and Merge

10. Sync with Main Repository

11. Example Workflow

12. Advantages of Fork Workflow

13. Challenges

14. Use Cases for Fork Workflow

Implementing Branch Merging Restrictions in Azure DevOps and GitHub {START}►

1. Azure DevOps – Implement Branch Merging Restrictions

2. Steps to Implement Branch Merging Restrictions in Azure DevOps

3. GitHub – Implement Branch Merging Restrictions

4. Steps to Implement Branch Merging Restrictions in GitHub

5. Example Configuration for Azure DevOps and GitHub

6. Azure DevOps Configuration

7. GitHub Configuration

8. Benefits of Branch Merging Restrictions

LP01:CH04: Collaborate with pull requests in Azure Repos

Collaborating with Pull Requests in Azure Repos {START}►

1. Steps to Collaborate with Pull Requests in Azure Repos

2. Create a Pull Request

3. Add Reviewers

4. Add Checks and Policies

5. Commit and Address Reviews

6. Merging Pull Requests

7. Managing Completed Pull Requests

8. Best Practices for PRs in Azure Repos

Hands-on Demo – Azure Repos collaborating with Pull Requests {START}►

1. Step-by-Step Demo: Collaborating with Pull Requests

2. Create a New Pull Request

3. Add Reviewers

4. Configure Branch Policies

5. Address Feedback

6. Merge the Pull Request

7. Delete Branch

8. Viewing Pull Request Details

9. Advantages of Collaborating with PRs in Azure Repos

LP01:CH05: Explore Git hooks

Things to know about Git Hooks {START}►

1. Types of Git Hooks

2. Client-Side Hooks:

3. Server-Side Hooks:

4. Common Git Hooks and Use Cases

5. How to Create and Configure Git Hooks

6. Using Git Hooks in CI/CD Pipelines

7. Best Practices for Using Git Hooks

Automating tasks using Git Hooks custom scripts {START}►

1. Types of Git Hooks

2. Client-Side Hooks

3. Server-Side Hooks

4. How Git Hooks Work

5. Common Git Hooks

6. Where to Place Git Hooks

7. How to Create and Enable Git Hooks

8. Example of a Simple Git Hook

9. pre-commit Hook Example:

10. Benefits of Git Hooks

11. Use Cases for Git Hooks

Using Git Hooks for specific use-cases to meet your requirement {START}►

1. Code Quality and Validation

2. Automation with CI/CD Pipelines

3. Security Checks

4. Code Review and Collaboration

5. Logging and Notifications

6. Cleanup and Maintenance

7. Best Practices for Implementing Git Hooks

Learn how to Implement Git hooks {START}►

1. Step-by-Step Guide to Implement Git Hooks

2. Create a Git Hook

3. Enable the Git Hook

4. Example Git Hooks

5. Testing and Debugging Git Hooks

6. Best Practices

Advanced Implementation of Git Hooks with CI/CD Pipelines {START}►

1. Using GitHub Actions

2. Using Azure DevOps

3. Using Jenkins

4. Benefits of Using Git Hooks with CI/CD

5. Advanced Use Cases

LP01:CH06: Plan foster inner source

Exploring Foster Inner Source {START}►

1. Key Concepts of Inner Source

2. Benefits of Inner Source

3. How to Foster Inner Source

4. Use Cases for Inner Source

5. Challenges in Inner Source Adoption

6. Best Practices for Inner Source Success

Hands-on Demo – Implementing Fork Workflow in Git {START}►

1. Steps in Fork Workflow

2. Creating a Fork

3. Cloning the Fork Locally

4. Making Changes Locally

5. Pushing Changes to a Branch

6. Creating and Completing a Pull Request

7. Syncing Your Fork

8. Summary of Fork Workflow

Exploring Advanced Scenarios Involving Forks {START}►

1. Forking for Long-Term Development and Feature Development

2. Steps for Long-Term Development with Forks

3. Collaboration Across Teams or Organizations

4. Steps for Cross-Team Collaboration

5. Managing Experimental Features or A/B Testing

6. Steps for Experimental Features

7. Continuous Delivery and Staging Environments

8. Steps for Continuous Delivery Using Forks

9. Managing Forks for Documentation and Plugin Development

10. Steps for Documentation and Plugin Development

11. Best Practices for Advanced Fork Scenarios

Hands-on Demo – Managing Inner Source with Forks {START}►

1. Steps to Demonstrate Inner Source with Forks

2. Create a Fork for Collaboration

3. Feature Development in the Fork

4. Sharing Changes with Other Teams

5. Merging Changes Back to Upstream

6. Continuing Collaboration

7. Benefits of Inner Source with Forks

LP01:CH07: Manage and configure repositories

Learn how to work with Large Repositories in Git {START}►

1. Reasons for Large Repositories

2. Managing Large Repositories

3. Additional Strategies

4. Benefits of Managing Large Repositories

5. Summary

Learn how to implement Scalar and Cross Repo Sharing {START}►

1. Scalar

2. Cross Repository Sharing

3. Key Considerations for Scalar and Cross Repository Sharing

4. Workflow Examples

5. Advantages of Scalar and Cross Repository Sharing

6. Summary

Comparing Monorepos and Multiple repositories {START}►

1. Monorepos

2. Multiple Repositories

3. Comparing Monorepos and Multiple Repositories

4. Use Cases for Monorepos

5. Use Cases for Multiple Repositories

6. Summary

Learn how to implement a Change Log in GitHub {START}►

1. Automated Change Log Tooling

2. Using Native GitHub Commands

3. Git Changelog Tools

4. Should You Use Autogenerated Log-Based Data?

5. Workflow Example for Change Log Generation

6. Summary

Learn how to Purge Repository Data using Git Filter-Repo tool and BFG Repo-Cleaner {START}►

1. Git Filter-Repo Tool

2. BFG Repo-Cleaner

3. Using git filter-repo and BFG Repo-Cleaner Together

4. Considerations Before Purging Data

5. Benefits of Using Tools

6. Summary

Learn how to Recover specific data by using Git commands {START}►

1. Recovering Commits

2. Recovering Files

3. Recovering Specific Lines of Code

4. Recovering Deleted Commits or Branches

5. Sample Scenario: Viewing Commit History, Restoring a Deleted File, Verifying Changes

6. Additional Commands for Data Recovery

7. Benefits of Git Data Recovery

8. Summary

Learn how to Manage releases with GitHub Repos {START}►

1. Creating a Release

2. Editing a Release

3. Deleting a Release

4. Additional Release Management

5. Automation with GitHub Actions

6. Benefits of Managing Releases with GitHub Repos

7. Summary

Hands-on Demo – Automating release notes with GitHub {START}►

1. Creating Automatically Generated Release Notes

2. Configuring Automatically Generated Release Notes Template

3. Adding Custom Templates for Release Notes

4. Benefits of Automating Release Notes

5. Summary

Learn how to create API documentation in Azure DevOps {START}►

1. Documenting API in Azure DevOps

2. Documenting API in GitHub

3. Key Considerations for API Documentation

4. Benefits of API Documentation

5. Summary

Learn how to automate Git History Documentation {START}►

1. Automating API Documentation Generation

2. Generating Release Notes from Git History

3. Including Git History in Release Documentation

4. Integrating Release Notes into Documentation Pipeline

5. Automating Documentation Publishing

6. Benefits of Automating Documentation

7. Summary

Learn how to configure source control repository permissions using GitHub {START}►

1. Repo Permissions in GitHub Free for Personal Accounts

2. Repo Permissions in GitHub Pro

3. Repo Permissions in GitHub Free for Organizations

4. Repo Permissions in GitHub Team

5. Repo Permissions in GitHub Enterprise Cloud

6. Configuring Permissions:

7. Summary of Repository Permissions Across GitHub Plans

Learn how to configure GitHub Tags to organize repositories {START}►

1. Common Types of Tags

2. Assigning Tags to a Git Repository in GitHub

3. Assigning a Tag to a Commit or Branch

4. Benefits of Using GitHub Tags

5. Managing Tags on GitHub

6. Summary

LP01:CH08: Identify technical debt

Learn how to examine Code Quality in DevOps {START}►

1. Reliability

2. Maintainability

3. Testability

4. Portability

5. Reusability

6. Evaluating Code Quality

7. Summary

Learn how to examine Complexity and Quality Metrics in DevOps {START}►

1. Halstead Complexity Measures

2. Common Quality-Related Metrics

3. Using Halstead Complexity and Quality Metrics

4. Summary

Understanding Technical Debt in DevOps {START}►

1. Impact of Technical Debt

2. Identifying and Managing Technical Debt

3. Strategies to Mitigate Technical Debt

4. Benefits of Managing Technical Debt

5. Summary

Learn how to measure and manage Technical Debt {START}►

1. Measuring Technical Debt

2. Managing Technical Debt

3. Tools to Measure and Manage Technical Debt

4. Benefits of Managing Technical Debt

5. Summary

Detailed guide on measuring and managing the Technical Debt in DevOps {START}►

1. Failed Builds Percentage

2. Failed Deployments Percentage

3. Ticket Volume

4. Bug Bounce Percentage

5. Unplanned Work Percentage

6. Strategies for Managing Technical Debt Using These Metrics

7. Benefits of Managing Technical Debt through Metrics

8. Summary

Exploring the Sources and Impacts of Technical Debt in DevOps {START}►

1. Sources of Technical Debt

2. Impacts of Technical Debt

3. Managing Technical Debt

4. Summary

Learn about using Automated Testing to measure Technical Debt {START}►

1. How Automated Testing Helps Measure Technical Debt

2. Using Automated Testing to Manage Technical Debt

3. Examples of Automated Testing Tools for Managing Technical Debt

4. Implementing Automated Testing to Reduce Technical Debt

5. Summary

Learning about the Code Quality tooling in DevOps {START}►

1. Key Aspects of Code Quality Tooling

2. Benefits of Code Quality Tooling

3. Popular Code Quality Tools

4. Challenges with Code Quality Tooling

5. Summary

Learn how to integrate code quality tools in DevOps: NDepend, Resharper Code Quality Analysis {START}►

1. NDepend Integration

2. ReSharper Code Quality Analysis

3. Benefits of NDepend and ReSharper Integration

4. Challenges and Considerations

5. Summary

Learn how to enhance the security of hosted code using GitHub Advanced Security (GHAS) {START}►

1. Key Features of GitHub Advanced Security

2. Benefits of GitHub Advanced Security

3. How GitHub Advanced Security Works

4. Integration with CI/CD Pipelines

5. Use Cases

6. Pricing and Access

7. Summary

Planning effective Code Review Techniques and Tools {START}►

1. Goals of Code Reviews

2. Code Review Best Practices

3. Steps for an Effective Code Review Process

4. Metrics for Measuring Code Review Effectiveness

5. Tools to Support Code Reviews

6. Common Challenges and How to Address Them

7. Benefits of Effective Code Reviews

8. Summary

Labs (coming soon)

1. Lab: Agile planning and portfolio management with Azure Boards

2. Lab: Version controlling with Git in Azure Repos

Learning Path review questions {START}►

1. What are two types of branching in Git?

2. What are Git Hooks?

3. Best Practices for Working with Files in Git

LP02: Implement CI with Azure Pipelines and GitHub Actions

LP02:CH01: Explore Azure Pipelines

Exploring Pipelines in Azure DevOps {START}►

1. Key Components of a Pipeline

2. Types of DevOps Pipelines

3. Pipeline Orchestration Tools

4. Pipeline Benefits in DevOps

5. Challenges:

6. Best Practices:

7. Summary

Mastering Azure DevOps Pipelines {START}►

1. Build Automation and Continuous Integration

2. Test Automation

3. Deployment Automation

4. Pipeline Example: CI/CD Workflow

5. Tools Supporting DevOps Pipelines

6. Summary

Describing Azure Pipelines {START}►

1. Azure Pipelines

2. Key Features of Azure Pipelines

3. Components of Azure Pipelines

4. Typical Workflow with Azure Pipelines

5. Use Cases of Azure Pipelines

6. Benefits of Azure Pipelines

7. Summary

Learning Key Terminologies in Azure Pipelines {START}►

1. Agent

2. Artifact

3. Build

4. Continuous Delivery (CD)

5. Continuous Integration (CI)

6. Deployment Target

7. Job

8. Pipeline

9. Release

10. Stage

11. Task

12. Trigger

13. Summary

LP02:CH02: Manage Azure Pipeline agents and pools

Learning about the Agents in Azure Pipeline: Microsoft-hosted, Self-hosted {START}►

1. Microsoft-Hosted Agents

2. Self-Hosted Agents

3. Comparison: Microsoft-Hosted vs. Self-Hosted

4. Decision Criteria

Learn about Job Types in Azure DevOps {START}►

1. Agent Jobs

2. Server Jobs

3. Deployment Jobs

4. Container Jobs

5. Matrix Jobs

6. Agentless Jobs

7. Comparison Table

8. Choosing the Right Job Type

Exploring Azure DevOps Job Types: Agent pool jobs, Container jobs, Deployment group jobs, Agentless jobs {START}►

1. Agent Pool Jobs

2. Container Jobs

3. Deployment Group Jobs

4. Agentless Jobs

5. Comparison of Job Types

6. Choosing the Right Job Type

Introduction to Agent Pools in Azure DevOps {START}►

1. What is an Agent Pool?

2. Types of Agents in a Pool

3. How Agent Pools Work

4. Advantages of Using Agent Pools

5. Agent Pool Scenarios

6. Key Configuration in Azure DevOps

7. Steps to Set Up an Agent Pool

8. Summary

Exploring predefined Agent Pool in Azure DevOps {START}►

1. Predefined Agent Pools

2. Key Features of Azure Pipelines Predefined Agent Pool

3. Using Azure Pipelines Predefined Agent Pool

4. Advantages of Using Azure Pipelines Predefined Agent Pool

5. Use Cases for Azure Pipelines Pool

6. Limitations

7. Comparing with Self-hosted Pools

Understanding typical use-case for Agent Pools in Azure DevOps {START}►

1. Continuous Integration and Continuous Deployment (CI/CD)

2. Multi-Platform Builds

3. Performance-Intensive Workloads

4. Specialized Agent Pools for Custom Toolchains

5. Dependency Management and Artifact Caching

6. Large Scale Testing and Validation

7. Automation and Continuous Monitoring

8. Summary

Learn how Agent Pools communicate with Azure Pipelines in Azure DevOps {START}►

1. Communication Flow Between Agent Pools and Azure Pipelines

2. Components Involved in Agent Pool Communication

3. Agent Pool Features Enhancing Communication

4. Scenarios Where Agent Pools are Used

5. Agent Pool Configuration and Management

6. Summary

Learn how to communicate to target servers before deploying artifacts in Azure DevOps {START}►

1. Using Self-hosted Agents for Deployment

2. Example Deployment Pipeline:

3. Using Microsoft-hosted Agents for Deployment

4. Communication Process Overview

5. Key Components for Deployment Communication

6. Benefits of Using Self-hosted vs. Microsoft-hosted Agents

7. Summary

Things to consider while working with Azure Pipeline Agents and Pools {START}►

1. Authentication

2. Personal Access Tokens (PATs)

3. Interactive vs. Service Processes

4. Agent Version and Upgrades

5. Pools

6. Best Practices

7. Summary

Learn how to secure Agent Pools in Azure DevOps {START}►

1. Reader Role

2. Service Account Role

3. Administrator Role

4. Security Considerations for Each Role:

5. Best Practices for Security

6. Summary

LP02:CH03: Describe pipelines and concurrency

Understanding Parallel Jobs in Azure DevOps {START}►

1. How a Parallel Job is Consumed by a Build or Release

2. Simple Example of Parallel Jobs

3. Relationship Between Jobs and Parallel Jobs

4. Benefits of Using Parallel Jobs

5. Configuration of Parallel Jobs

6. Summary

Learn how Estimation works in Azure DevOps Parallel Jobs {START}►

1. Simple Estimate

2. Detailed Estimate

3. View Available Parallel Jobs

4. Location of Parallel Jobs in Organization Settings

5. Sharing Parallel Jobs Across Projects in a Collection

6. Summary

Learn how Azure Pipelines works for Open-source projects {START}►

1. Public vs. Private Projects

2. Supported Services

3. Practical Example: .NET Core CLI

4. Free Tier of Azure Pipelines for Public Projects

5. Limits on Who Can Use Azure Pipelines

6. Limits on Builds and Release Pipelines

7. Visual Studio Enterprise Subscription and Parallel Jobs

8. Per-Minute Plan Restrictions

9. Summary

Exploring Azure DevOps Pipelines using Azure Visual Designer {START}►

1. Key Features of Visual Designer

2. Visual Designer in Azure Pipelines

3. Advantages of Visual Designer

4. Using Visual Designer for Advanced Pipelines

5. Visual Designer vs YAML

6. Summary

Learn about configuring Azure DevOps Pipelines with Visual Designer {START}►

1. Create a New Pipeline

2. Design Your Pipeline

3. Configure Individual Tasks

4. Integrate Source Control

5. Add Environment Configuration

6. Run and Monitor

7. Advantages of Using Visual Designer

8. Advanced Features

9. Summary

Learn how to work with Azure Pipelines using YAML {START}►

1. What is Azure Pipelines?

2. What is YAML in Azure Pipelines?

3. Structure of YAML Pipelines

4. Example of a Simple YAML Pipeline

5. Benefits of YAML Pipelines

6. Advantages of Using YAML Pipelines

7. Summary

Configuring your Azure DevOps Pipelines in a YAML file {START}►

1. Create a YAML File

2. Structure of YAML Pipeline

3. Example YAML Pipeline

4. Place the YAML File

5. Link YAML Pipeline to Source Code

6. Benefits of Using YAML Pipelines Alongside Code

7. Summary

LP02:CH04: Design and implement a pipeline strategy

Configuring Agent Demands in Azure DevOps {START}►

1. Understanding Agent Demands

2. Types of Demands

3. Configure Agent Demands for a Pipeline:

4. Creating and Using Custom Capabilities

5. Examples of Common Demands

6. Best Practices

7. Summary

Exploring multi-configuration and multi-agent in Azure DevOps {START}►

1. Multi-Configuration Pipelines

2. Multi-Agent Pipelines

3. Combining Multi-Configuration and Multi-Agent

4. Best Practices

5. Summary:

Implementing multi-job builds in Azure DevOps {START}►

1. Define a Basic Pipeline

2. Structure for Multi-Job Builds

3. Example: Multi-Job Build Configuration

4. Run Jobs in Parallel

5. Configure Pool and Agent

6. Manage Output Between Jobs

7. Testing Locally

Learn how to integrate GitHub repos and Azure Pipelines {START}►

1. Key Considerations

2. Naming Conventions

3. User Management

4. Azure Pipelines Permissions

5. Grant Access: Authentication Methods

6. GitHub App Authentication with Azure Pipelines Identity

7. OAuth with Personal GitHub Identity

8. GitHub Personal Access Token (PAT) with Personal GitHub Identity

9. Comparing Authentication Methods

10. Best Practices

Designing and Implementing a comprehensive Testing strategy in Azure DevOps {START}►

1. Define the Testing Strategy

2. Plan Testing in Azure DevOps Pipelines

3. Implement Testing in Azure DevOps Pipelines

4. Tools for Testing in Azure DevOps

5. Reporting and Monitoring

6. Key Best Practices

7. Example Strategy by Test Type

Learning how Testing mechanism works in Azure DevOps {START}►

1. Test Types

   • Unit Testing

   • Integration Testing

   • Functional Testing

   • Smoke Testing

   • Load Testing

   • UI Testing

   • Stress Testing

   • Performance Testing

   • Chaos Testing

   • Penetration Testing

   • Security Testing

   • End-to-End Testing

2. Key Considerations

3. Example Pipeline Integration

Implementing Code Coverage in Azure DevOps and GitHub Actions {START}►

1. Azure DevOps Implementation

2. GitHub Actions Implementation

3. Summary

Exploring Source Control types supported by Azure Pipelines {START}►

1. Azure Repos (Git and TFVC)

2. GitHub

3. Git (External Git Repositories)

4. Bitbucket Cloud

5. Subversion (SVN)

6. Mercurial (Hg)

7. Integration via External Services

8. Comparison of Source Control Types

9. Best Practices

Learn about Build-related tooling in Azure DevOps {START}►

1. Build Pipelines

2. Build Tools Integration

3. Dependency Management

4. Build Agents

5. Build Metrics and Reports

6. Build Optimization Techniques

7. Build Security

8. Key Build-Related Tools in Azure DevOps

9. Use Cases

10. Example Build Pipeline Configuration

LP02:CH05: Integrate with Azure Pipelines

Exploring the Anatomy of Pipeline in Azure DevOps {START}►

1. Name

2. Trigger

3. Variables

4. Job

5. Pool

6. Checkout

7. Steps

8. Putting It All Together

9. Summary

Understanding the Pipeline Structure in Azure DevOps {START}►

1. Pipeline

2. Stage

3. Job

4. Steps

5. Tasks

6. Deployment Strategies

7. Lifecycle Hooks

8. Example of Complete Deployment Pipeline

9. Summary Table of Pipeline Structure in Azure DevOps

Learn about the components in Azure DevOps Pipeline {START}►

1. Pipeline

2. Stage

3. Job

4. Steps

5. Tasks

6. Deployment Strategies

7. Lifecycle Hooks

8. Example Full Pipeline with Deployment Strategies and Lifecycle Hooks

9. Summary

Exploring a detailed YAML templates in Azure DevOps {START}►

1. Stage Templates

2. Job Templates

3. Step Templates

4. Variable Templates

5. Combining Templates

6. Advantages of Using Templates

Exploring YAML Resources in Azure DevOps {START}►

1. Pipeline Resource

2. Container Resource

3. Repository Resource

4. Combining Resources in a Pipeline

5. Key Benefits of Resources

Learn how to use Multiple Repositories in your Azure DevOps Pipeline {START}►

1. Repository Resource – How to Use It

2. Inline Repositories – How to Use It

3. GitHub Repository Integration

4. Benefits of Using Multiple Repositories

Migrating a Pipeline from Classic to YAML in Azure DevOps {START}►

1. Analyze the Classic Pipeline

2. Create a New YAML Pipeline

3. Convert Classic Pipeline Elements to YAML

4. Test and Verify

5. Deploy the YAML Pipeline

6. Update Dependencies

7. Key Considerations for Migrating

8. Limitations

9. Benefits of Migrating to YAML

Hands-on Demo – Integrating GitHub repository with Azure Pipelines {START}►

1. Step 1: Create a GitHub Repository

2. Step 2: Set Up Azure DevOps Project

3. Step 3: Create a Basic Pipeline

4. Step 4: Monitor Pipeline Execution

5. Summary

LP02:CH06: Introduction to GitHub Actions

Exploring the GitHub Actions {START}►

1. Key Features of GitHub Actions

2. Components of GitHub Actions

3. Basic Workflow Structure

4. Benefits of Using GitHub Actions

Exploring the GitHub Actions Flow {START}►

1. GitHub Actions Flow Overview

2. Workflow Structure

3. GitHub Actions Flow Steps

4. Example Flow

5. Key Components of a Workflow

6. Workflow Example with Multiple Jobs

7. Benefits of GitHub Actions Flow

Understanding the GitHub Workflows {START}►

1. What are GitHub Workflows?

2. Key Components of a Workflow

3. Anatomy of a Workflow File

4. Breakdown

5. Benefits of GitHub Workflows

6. Best Practices

Describing standard workflow syntax elements in Github {START}►

1. name

2. on

3. jobs

4. steps

5. env

6. outputs

7. defaults

8. permissions

9. secrets

10. if

11. strategy

12. timeout-minutes

13. Summary

Learning syntax of GitHub Workflow: Name, On, Jobs, Runs-on, Steps, Uses, Run {START}►

1. name

2. on

3. jobs

4. runs-on

5. steps

6. uses

7. run

8. Full Example Combining All Elements

9. Summary

Exploring the Events in GitHub {START}►

1. Scheduled Events

2. Code Events

3. Manual Events

4. Webhook Events

5. External Events

6. Summary

Exploring Jobs in GitHub {START}►

1. What are Jobs?

2. Syntax of Jobs

3. Parallel vs Sequential Job Execution

4. Specifying Runner Environments

5. Defining Job Steps

6. Environment Variables in Jobs

7. Outputs in Jobs

8. Timeouts in Jobs

9. Job Strategies: Matrix Builds

10. Job Permissions

11. Common Use Cases for Jobs

12. Summary

Exploring the Runners in GitHub {START}►

1. Types of Runners

2. GitHub-Hosted Runners

3. Self-Hosted Runners

4. Configuring Runners

5. Runner Features and Capabilities

6. Choosing Between GitHub-Hosted and Self-Hosted Runners

7. Advanced Topics

8. Monitoring and Managing Runners

9. Common Use Cases for Runners

10. Summary

Learning how to get Console output from Actions in GitHub {START}►

1. Where to View Console Output

2. Components of Console Output

3. Debugging with Console Output

4. Customizing Console Output

5. Example Console Output

6. Common Debugging Scenarios

7. Summary

Release Management for GitHub Actions {START}►

1. Testing an Action

2. Best Practices for Releasing and Testing

3. Summary

Hands-on Demo – Testing an Action in GitHub {START}►

1. Step 1: Define Your Action

2. Step 2: Create a Test Workflow

3. Step 3: Trigger the Test Workflow

4. Step 4: Analyze Console Output

5. Step 5: Add Debugging (Optional)

6. Step 6: Automated Tests with Matrix Strategy

7. Step 7: Testing Edge Cases

8. Step 8: Local Testing with Act

9. Summary

LP02:CH07: Learn continuous integration with GitHub Actions

Learning continuous integration (CI) with Actions in GitHub {START}►

1. Key Components of CI with GitHub Actions

2. Example CI Workflow

3. Key Features in CI Workflows

4. Best Practices for CI with GitHub Actions

5. Benefits of CI with GitHub Actions

6. Summary

Examining Environment variables in GitHub CI workflows {START}►

1. Types of Environment Variables

2. GitHub-Defined Environment Variables

3. Custom Environment Variables

4. Using Secrets as Environment Variables

5. Accessing Environment Variables in Steps

6. Conditional Logic with Environment Variables

7. Best Practices for Using Environment Variables

8. Summary

Learn how to share artifacts between jobs in GitHub CI/CD workflows {START}►

1. Creating and Uploading Artifacts

2. Downloading Artifacts

3. Artifact Retention

4. Deleting Artifacts

5. Using Permissions

6. Artifact Limits and Storage

7. Best Practices for Using Artifacts

Exploring the Workflow Badges in GitHub {START}►

1. Types of Workflow Badges in GitHub

2. Status Badge

3. Coverage Badge

4. Performance Badge

5. Adding Workflow Badges to Your Repository

6. Customizing Badges

7. Example: Adding Badges to a README

8. Benefits of Workflow Badges

Learn the best practices for creating actions in GitHub {START}►

1. Organize and Structure Your Action

2. Write Portable and Maintainable Code

3. Test Your Actions

4. Implement Error Handling and Logging

5. Secure Your Actions

6. Optimize Performance

7. Document Actions

8. Test in CI/CD Pipelines

9. Monitor and Optimize

10. Use Composite and Reusable Actions

11. Version Control and Reuse

12. Summary

The Best practices to follow when creating actions in GitHub {START}►

1. Create Chainable Actions

2. Version Your Actions

3. Provide a Latest Label

4. Add Appropriate Documentation

5. Add Detailed action.yml Metadata

6. Consider Contributing to GitHub Marketplace

7. Consider Error Handling and Debugging

8. Summary

Learn how to mark releases with Git tags in GitHub Actions {START}►

1. Creating a Git Tag

2. Updating an Existing Tag

3. Using Git Tags with Releases

4. Using Git Tags with Workflow Versioning

5. Deleting Git Tags

6. Best Practices for Using Git Tags in Actions

Hands-on Demo – Creating encrypted secrets in GitHub Actions {START}►

1. Creating Secrets for a Repository

2. Creating Secrets for an Organization

3. Using Secrets in GitHub Actions

4. Best Practices for Using Secrets

5. Summary

Using secrets in a workflow in GitHub {START}►

1. Referencing Secrets from the Command Line

2. Using Secrets in Conditional Statements (if:)

3. Limitations of Secrets in GitHub Actions

4. Example Using Secrets in a More Complex Workflow

5. Summary

LP02:CH08: Design a container build strategy

Learning why use Containers in GitHub build strategy {START}►

1. Consistency and Reproducibility

2. Isolation

3. Portability

4. Faster Builds

5. Versioning and Dependency Management

6. Simplified Automation

7. Security

8. Cost Efficiency

9. Easier Dependency Management

10. Example: Using Containers in GitHub Workflows

11. Summary

Why use Containers in GitHub Build strategy {START}►

1. Portable

2. Consistent

3. Lightweight

4. Efficient

5. Benefits Summary

6. Summary

Learn about the structure of Containers {START}►

1. Components of a Container

2. Base Image

3. Application Code

4. Dependencies

5. Environment Variables

6. Configuration Files

7. Entrypoint and CMD

8. Layers

9. Metadata

10. Example Dockerfile Structure

11. Key Benefits of Container Structure

Exploring the difference between Containers and Virtual Machines (VMs) {START}►

1. Key Differences

   • Isolation

   • Performance

   • Portability

   • Resource Overhead

   • Use Cases

2. Use Cases

   • Development and CI/CD

   • Scaling and Orchestration

   • Security

3. Advantages and Disadvantages

4. Containers

5. VMs

6. Summary

Learn how to work with Docker containers {START}►

1. Installing Docker on Your System

2. Basic Docker Commands

   • Running a Docker Container

   • Building a Docker Image

3. Managing Containers

   • Listing Running Containers

   • Stopping and Removing Containers

   • Executing Commands Inside a Container

4. Working with Docker Volumes

   • Creating and Using Volumes

5. Networking in Docker

   • Creating and Managing Networks

6. Working with Docker Compose

   • Basic Docker Compose Commands

7. Managing Images

   • Pulling Docker Images

   • Pushing Docker Images

8. Securing and Managing Docker

9. Docker Compose with GitHub Actions

10. Summary

Exploring Docker containers: Container Lifecycle {START}►

1. Docker Lifecycle: Building, Pulling, and Running Containers

   • Docker Build

   • Docker Pull

   • Docker Run

2. Detailed Steps for Docker Build, Pull, and Run

   • Docker Build Process

   • Docker Pull Process

   • Docker Run Process

3. Docker Container Lifecycle

4. Managing Containers

5. Using Docker Compose

6. Summary

Learn about the Dockerfile core concepts {START}►

1. Base Image

2. Instructions

3. Layers

4. Commands

5. Environment Variables

6. Exposing Ports

7. Building a Docker Image

8. Best Practices

9. Summary

Exploring Multi-stage Dockerfiles {START}►

1. Purpose of Multi-Stage Builds

2. Structure of a Multi-Stage Dockerfile

3. Syntax of Multi-Stage Dockerfiles

4. Explanation of the Stages

   • Build Stage

   • Runtime Stage:

5. Advantages of Multi-Stage Builds

6. Additional Features

7. Copying Artifacts Between Stages

8. Building and Running Multi-Stage Dockerfiles

9. Example Full Multi-Stage Dockerfile

10. Best Practices for Multi-Stage Dockerfiles

11. Summary

Things to consider for multiple stage builds in GitHub {START}►

1. Adopt Container Modularity

2. Avoid Unnecessary Packages

3. Choose an Appropriate Base Image

4. Avoid Including Application Data

5. Multi-Stage Build Best Practices

6. Security Considerations

7. Continuous Integration (CI) Integration

8. Summary

Exploring Azure container related services {START}►

1. Azure Container Instances (ACI)

2. Azure Kubernetes Service (AKS)

3. Azure Container Registry (ACR)

4. Azure Container Apps

5. Azure App Service

6. Summary

Labs (coming soon)

1. Lab: Configuring Agent Pools and Understanding Pipeline Styles

2. Lab: Enabling continuous integration with Azure Pipelines

3. Lab: Implementing GitHub Actions for CI/CD

4. Lab: Deploying Docker containers to Azure App Service web apps

Learning Path review questions {START}►

1. What are some advantages of Azure Pipelines?

2. What is a pipeline, and why is it used?

3. What is the line continuation character in Dockerfiles?

4. What are the two types of agents and how are they different?

5. What is an agent pool, and why would you use it?

6. What are two ways to configure your Azure Pipelines?

7. Name the four pillars of continuous integration.

8. You want to take your build server offline to make a configuration change. You want it to complete any build that it is currently processing, but you want to queue any new build requests. What should you do?

9. You want to set a maximum time that builds should not run for more than 5 minutes. What configuration change should you make?

10. True or False: Self-hosted runners should be used with public repos.

11. Database passwords that are needed in a CI pipeline should be stored where?

12. The metadata for an action is held in which file?

13. How can the status of a workflow be shown in a repository?

LP03: Design and implement a release strategy

LP03:CH01: Create a release pipeline

Outlining features and functionalities of Azure DevOps Release Pipeline {START}►

1. Azure DevOps Release Pipeline: Key Features

2. Summary

Elaborating various capabilities and tools offered by Azure DevOps for managing Release Pipelines {START}►

1. Agents

2. Approvals

3. Artifacts

4. Caching

5. Conditions

6. Container Jobs

7. Demands

8. Dependencies

9. Deployment Groups

10. Deployment Group Jobs

11. Deployment Jobs

12. Environment

13. Gates

14. Summary

Delve into the features of Release Pipelines in Azure DevOps {START}►

1. Artifact

2. Trigger

3. Stages and Environments

4. Approval

5. Tasks

6. Detailed Flow of a Release Pipeline

7. Integration and Extensions

8. Summary

Exploring Artifact Repositories within Azure DevOps {START}►

1. Build Artifacts

2. Package Repositories

3. Container Repositories

4. Source Control

5. Integration and Workflow

6. Benefits of Artifact Sources in Azure DevOps

7. Summary

Essential Insights on Artifact Sources within Azure DevOps {START}►

1. Types of Artifact Sources in Azure DevOps

   • Build Artifacts

   • Package Repositories

   • Container Repositories

   • Source Control

2. Key Considerations for Artifact Sources

   • Security and Access Control

   • Version Control and Dependencies

   • Integration with Pipelines

   • Artifact Lifecycle Management

   • Scaling and Performance

3. Best Practices for Using Artifact Sources

4. Summary

Identifying the suitable Artifact source in Azure DevOps {START}►

1. When to Use Different Artifact Sources

   • Build Artifacts

   • Package Repositories

   • Container Repositories

   • Source Control

2. Factors to Consider

3. Recommendations

4. Summary

Choosing the appropriate artifact source in Azure DevOps {START}►

1. Traceability and Auditability

2. Immutability

3. Versioning

4. Choosing the Right Artifact Source

5. Summary

Examining considerations for deployment to stages in Azure DevOps {START}►

1. Environment Configuration

2. Automation and Integration

3. Environment-Specific Considerations

4. Deployment Strategies

5. Monitoring and Feedback

6. Security and Compliance

7. Dependencies and Resources

8. Handling Failures and Rollbacks

9. Summary

Learn about the Deployment Stages in Azure DevOps {START}►

1. What is a Deployment Stage?

2. Structure of a Deployment Stage

3. Types of Deployment Stages

4. Key Features of Deployment Stages

5. Deployment Stage Workflow

6. Best Practices for Deployment Stages

7. Summary

Hand-on Demo – Setting up Deployment Stages in Azure DevOps {START}►

1. Step 1: Create a New Azure DevOps Project

2. Step 2: Set Up a CI Pipeline

3. Step 3: Create Deployment Stages

4. Step 4: Validate and Execute Pipelines

5. Step 5: Monitor and Optimize

6. Summary

Explore Build and Release Tasks in Azure DevOps {START}►

1. Build Tasks

2. Release Tasks

3. Exploring Specific Tasks

4. Custom and Marketplace Tasks

5. Benefits of Using Build and Release Tasks

6. Summary

Exploring custom build and release Tasks in Azure DevOps {START}►

1. Creating Custom Build Tasks

2. Creating Custom Release Tasks

3. Using PowerShell for Custom Tasks

4. Custom Tasks in Marketplace

5. Benefits of Custom Build and Release Tasks

6. Summary

Exploring release Jobs in Azure DevOps {START}►

1. Understanding Release Jobs

2. Creating and Managing Release Jobs

3. Types of Release Jobs

4. Setting Up Dependencies Between Jobs

5. Automating Release Jobs

6. Monitoring and Troubleshooting Release Jobs

7. Best Practices for Release Jobs

8. Summary

Learn about the automation of tasks related to database deployment in Azure DevOps {START}►

1. Data Separation

2. Data Preservation

3. Idempotent Operations

4. Versioning and Rollback

5. Testing and Validation

6. Monitoring and Alerting

7. Example Workflow for Database Deployment Automation

8. Benefits of Database Deployment Automation

9. Summary

Familiarize yourself with the Database Deployment Task in Azure DevOps {START}►

1. Key Features of Database Deployment in Azure DevOps

2. Common Database Deployment Tasks in Azure DevOps

3. Setting Up a Database Deployment Pipeline

4. Tools and Extensions for Database Deployment in Azure DevOps

5. Best Practices for Database Deployment

6. Sample Pipeline for Database Deployment

7. Summary

Utilizing Release Jobs in Azure DevOps: A Guide {START}►

1. What Are Release Jobs?

2. Types of Release Jobs

3. Key Components of a Release Job

4. Setting Up a Release Job

5. Advanced Features

6. Best Practices for Using Release Jobs

7. Example Workflow

8. Benefits of Using Release Jobs

9. Summary

LP03:CH02: Explore release recommendations

Familiarize yourself with the delivery schedule and distinct types of triggers available in Azure DevOps {START}►

1. Delivery Cadence

2. Triggers in Azure DevOps

3. Comparison of Triggers

4. Combining Triggers for Effective Delivery Cadence

5. Practical Example

6. Summary

Delve into the Release Approval mechanisms available in Azure DevOps {START}►

1. What Are Release Approvals?

2. Types of Approvals

3. Configuring Release Approvals

4. Managing Approvals

5. Best Practices for Using Release Approvals

6. Advanced Scenarios

7. Example Workflow

8. Benefits of Release Approvals

9. Summary

Examining the details about Release Approvals in Azure DevOps {START}►

1. What Do We Want to Achieve with the Approval?

2. Who Needs to Approve?

3. When Do You Want to Approve?

4. Best Practices for Release Approvals in Azure DevOps

5. Summary

Exploring the Release Gates in Azure DevOps {START}►

1. What Are Release Gates?

2. Types of Release Gates

3. Common Scenarios for Release Gates

4. Configuring Release Gates

5. Built-In Gate Options

6. Best Practices for Using Release Gates

7. Example Workflow with Release Gates

8. Benefits of Release Gates

9. Summary

Analyzing the Release Gates feature in Azure DevOps: Key Aspects {START}►

1. Incident and Issues Management

2. Approval Integration with Collaboration Systems

3. Quality Validation

4. Security Scan on Artifacts

5. User Experience Relative to Baseline

6. Change Management

7. Infrastructure Health

8. Key Benefits of Using These Release Gates

9. Summary

Using Release Gates to protect quality in Azure DevOps {START}►

1. Key Quality Criteria with Release Gates

2. Configuring Release Gates in Azure DevOps

3. Benefits of Using Gates for Quality Assurance

4. Example Workflow with Gates

5. Summary

Hands-on Demo – Setting up a Release Gate in Azure DevOps {START}►

1. Steps for setting a release gate

2. Summary

Exploring GitOps Release strategy and recommendations in Azure DevOps {START}►

1. Key Concepts and Recommendations for GitOps in Azure DevOps

2. Implementation Steps for GitOps in Azure DevOps

3. Summary

LP03:CH03: Provision and test environments

Provisioning and configuring target environments as part of Release Pipeline in Azure DevOps {START}►

1. On-Premises Servers

2. Infrastructure as a Service (IaaS)

3. Platform as a Service (PaaS)

4. Function as a Service (FaaS)

5. Clusters (e.g., Kubernetes)

6. Service Connections

7. Summary

Hands-on Demo – Setting up Service Connections in Azure DevOps {START}►

1. Navigate to Project Settings

2. Open Service Connections

3. Add a New Service Connection

4. Configure the Service Connection

5. Grant Permissions

6. Use the Service Connection in a Pipeline

7. Summary

Configuring automated integration and functional test automation in Azure DevOps {START}►

1. Understanding the Agile Testing Quadrants

2. Configuring Automated Integration and Functional Test Automation

3. Plan the Test Strategy

4. Setup the Environment

5. Quadrant-Specific Implementation

6. Organize Tests by Quadrants

7. Use Test Management Tools

8. Automate Test Execution

9. Reporting and Feedback

10. Continuous Improvement

11. Summary

Learn how to establish automated integration and functional test automation processes in Azure DevOps {START}►

1. Define Tests According to Agile Testing Quadrants

2. Tools for Integration and Functional Tests

3. Set Up Your Test Framework

4. Configure Service Connections in Azure DevOps

5. Create and Configure Test Pipelines

   • Pipeline Structure

   • Sample YAML Pipeline

6. Automate Test Triggers

7. Publish and Analyze Test Results

8. Enhance Test Feedback

9. Integrate Non-Functional Testing

10. Summary

Understanding Shift-Left in Azure DevOps {START}►

1. Key Principles of Shift-Left in Azure DevOps

2. Implementing Shift-Left in Azure DevOps

3. Benefits of Shift-Left in Azure DevOps

4. Summary

Setting up and running availability tests in Azure DevOps {START}►

1. Create Health Endpoints in Your Application

2. Use Tools to Test Health Endpoints

3. Types of Availability Tests

4. Automate Availability Tests in Azure DevOps

5. Monitor and Report Results

6. Summary

Exploring the Azure Load Testing {START}►

1. Key Features of Azure Load Testing

2. Use Cases

3. Setting Up Azure Load Testing

4. Monitoring and Analyzing Results

5. Advanced Scenarios

6. Best Practices for Azure Load Testing

7. Summary

Hands-on Demo – Identify performance regressions with Azure Load Testing and GitHub Actions {START}►

1. Prerequisites

2. Create an Azure Load Testing Resource

3. Prepare Your JMeter Script

4. Set Up GitHub Actions for Azure Load Testing

5. Workflow Details

6. Analyze Results for Performance Regressions

7. Example: Conditional Pass/Fail Based on Results

8. Monitor and Improve

9. Summary

LP03:CH04: Manage and modularize tasks and templates

Examining Task Groups in Azure DevOps {START}►

1. Key Features of Task Groups

2. Creating a Task Group

3. Using a Task Group in a Pipeline

4. Managing Task Groups

5. Use Cases for Task Groups

6. Best Practices

7. Example: Create and Use a Task Group

8. Summary

Exploring variables in Release Pipelines in Azure DevOps {START}►

1. Types of Variables

2. Scope and Precedence of Variables

3. Best Practices

4. Example YAML Pipeline

5. Summary

Understanding Variable Groups in Azure DevOps {START}►

1. Benefits of Using Variable Groups

2. Creating a Variable Group

3. Using Variable Groups

4. Managing Variable Groups

5. Use Cases for Variable Groups

6. Best Practices

7. Example of Using Variable Groups

8. Summary

LP03:CH05: Multi-stage YAML

Describing Deployment Jobs strategies in Azure DevOps Multi-stage YAML {START}►

1. Enable Initialization:

2. Deploy the Update:

3. Route Traffic to the Updated Version:

4. Test the Updated Version After Routing Traffic:

5. If There’s a Failure, Run Steps to Restore to the Last Known Good Version:

6. Complete Example

7. Explanation of Steps

8. Summary

Describing Lifecycle Hooks in Azure DevOps Multi-stage YAML {START}►

1. Lifecycle Hooks Breakdown

2. Example Multi-stage YAML with Lifecycle Hooks

3. Explanation of Lifecycle Hooks

4. Detailed Breakdown

5. Use Case Scenarios:

6. Summary

Exploring Deployment Jobs Strategies in Azure DevOps Multi-stage YAML – RunOnce {START}►

1. Key Use Cases for RunOnce Strategy

2. Example Multi-stage YAML with RunOnce Deployment Job

3. Details of the RunOnce Job

4. Advantages of RunOnce Deployment Strategy

5. Other Considerations

6. Summary

Exploring Deployment Jobs Strategies in Azure DevOps Multi-stage YAML – Rolling Deployment {START}►

1. Key Concepts of Rolling Deployment

2. Example Multi-stage YAML with Rolling Deployment Strategy

3. Details of Rolling Deployment Strategy

4. Steps in Rolling Deployment

5. Additional Considerations

6. Using Approval Gates in Rolling Deployment

7. Summary

Exploring Deployment Jobs Strategies in Azure DevOps Multi-stage YAML – Canary Deployment {START}►

1. Key Concepts of Canary Deployment

2. Example Multi-stage YAML with Canary Deployment Strategy

3. Details of Canary Deployment Strategy

4. Steps in Canary Deployment

5. Additional Considerations

6. Using Automated Canary Deployments with Approval Gates

7. Benefits of Canary Deployment

Exploring Deployment Jobs Strategies in Azure DevOps Multi-stage YAML – Canary for AKS example {START}►

1. Steps to Implement Canary Deployment for AKS in Azure DevOps

2. Example Multi-stage YAML for Canary Deployment to AKS

3. Details of Canary Deployment for AKS

4. Detailed Steps

5. Benefits of Canary Deployment for AKS

Comprehensive guide on the Deployment Jobs Strategies in Azure DevOps Multi-stage YAML {START}►

1. RunOnce Deployment Strategy

2. Rolling Deployment Strategy

3. Canary Deployment Strategy

4. Canary Deployment for AKS

5. Summary of Strategies

LP03:CH06: Automate inspection of health

Automating inspection of health in Azure DevOps {START}►

1. Release Gates

2. Events, Subscriptions, and Notifications

3. Service Hooks

4. Reporting

5. Integrating Health Automation in Azure DevOps

Exploring Events and Notifications in Azure DevOps {START}►

1. Events in Azure DevOps

2. Notifications in Azure DevOps

3. Setting up Events and Notifications

4. Service Hooks and Notifications

5. Benefits of Events and Notifications:

Exploring Service Hooks in Azure DevOps {START}►

1. What are Service Hooks?

2. Types of Services Supported

3. Setting up a Service Hook

4. Example: Service Hook with Slack

5. Example: Service Hook with Microsoft Teams

6. Benefits of Service Hooks

Comprehensive guide on the Service Hooks in Azure DevOps {START}►

1. Build and Release Integrations

2. Collaborate Integrations

3. Customer Support Integrations

4. Plan and Track Integrations

5. Integrate with External Systems

6. Setting up a Service Hook

7. Benefits of Using Service Hooks:

Configuring Azure DevOps Notifications {START}►

1. Types of Notifications

2. Notification for Item Changes

3. Steps to Configure Notifications

4. Managing Global Notifications

5. Benefits of Configuring Notifications

Hands-on Demo – Configure Azure DevOps Notifications

Covered in Previous Topic

Configure Azure DevOps notifications

Things to know about GitHub Notifications {START}►

1. Types of GitHub Notifications

2. Managing GitHub Notifications

3. Benefits of Managing GitHub Notifications

Hands-on Demo – Configure GitHub Notifications {START}►

1. Steps to follow

2. Summary

Exploring how to measure quality of your release process in Azure DevOps {START}►

1. Measuring Quality of Your Release Process in Azure DevOps

2. Visualizing Your Release Process

3. Symptoms of a Broken Release Process

4. Measuring Quality with Dashboard Widgets

5. Improving Release Quality

6. Steps to Create Release Dashboard Widgets

7. Summary

Things to know about Release Notes and Documentation in Azure DevOps {START}►

1. Release Notes in Azure DevOps

2. Work Item Linking for Documentation

3. Storing and Managing Documentation

4. Release Notes Templates

5. Visualizing Release Changes

6. Automating Release Notes Generation

7. Best Practices for Release Notes and Documentation

8. Examples of Release Notes

9. Summary

Examining considerations for choosing release management tools in Azure DevOps {START}►

1. Artifacts and Artifact Source

2. Triggers and Schedules

3. Approvals and Gates

4. Stages

5. Build and Release Tasks

6. Traceability, Auditability, and Security

7. Integration with External Tools

8. Summary

Exploring common release management tools in Azure DevOps {START}►

1. GitHub Actions

2. Azure Pipelines

3. Jenkins

4. CircleCI

5. GitLab Pipelines

6. Atlassian Bamboo

7. Comparison of Tools

8. Best Practices for Tool Selection

Labs (coming soon)

1. Lab: Configuring pipelines as code with YAML

2. Lab: Controlling deployments using Release Gates

3. Lab: Setting up and running functional tests

Learning Path review questions {START}►

1. How many deployment jobs can be run concurrently by a single agent?

2. What should you create to store values that you want to make available across multiple build and release pipelines?

3. How can you provision the agents for deployment groups in each of your VMs?

4. How can you identify a default release variable?

5. What can you use to prevent a deployment in Azure DevOps when a security testing tool finds a compliance problem?

6. Even if you create exactly what a user requested at the start of the project, the solution will often be unsuitable for the same user. Why?

7. Summary

LP04: Implement a secure continuous deployment using Azure Pipelines

LP04:CH01: Introduction to deployment patterns

Know about Continuous Delivery (CD): Its beyond Release Management {START}►

1. What Is Continuous Delivery?

2. Core Components of Continuous Delivery

3. Why Continuous Delivery Is More Than Release Management

4. Role of Release Management in Continuous Delivery

5. Benefits of Going Beyond Release Management in CD

6. Summary

Exploring Microservices Architecture in Azure {START}►

1. Core Principles of Microservices Architecture

2. Benefits of Microservices Architecture

3. Challenges of Microservices Architecture

4. Key Components of a Microservices Architecture

5. Use Cases for Microservices Architecture

6. Comparison: Microservices vs. Monolithic Architecture

7. Best Practices for Implementing Microservices

8. Summary

Exploring Classical Deployment Patterns: Dev, Test, Staging, Production {START}►

1. Development Environment (Dev)

2. Testing Environment (Test)

3. Staging Environment

4. Production Environment (Prod)

5. Typical Workflow Across Environments

6. Benefits of the Classical Deployment Pattern

7. Challenges and Mitigation

8. Modern Enhancements

9. Summary

Understanding various Modern Deployment Patterns {START}►

1. Blue-Green Deployments

2. Canary Releases

3. Dark Launching

4. A/B Testing

5. Progressive Exposure Deployment (Ring-Based Deployments)

6. Feature Toggles (Feature Flags)

7. Comparison of Deployment Patterns

8. Key Considerations When Choosing a Deployment Pattern

9. Best Practices for Modern Deployment Patterns

10. Summary

LP04:CH02: Implement blue-green deployment and feature toggles

Analyzing the Blue-Green Deployment {START}►

1. How Blue-Green Deployment Works

2. Illustration

3. Advantages

4. Challenges

5. Use Cases

6. Blue-Green Deployment in Azure

7. Best Practices

8. Summary

Exploring Deployment Slots: What is it, Why do you need it {START}►

1. Deployment Slots

2. What is a Deployment Slot?

3. Why Do You Need Deployment Slots?

4. Deployment Slot Workflow

5. Advantages of Deployment Slots

6. How Deployment Slots Work (Example in Azure App Services)

7. Why Use Deployment Slots?

8. Common Use Cases

9. Swapping Deployment Slots

10. Challenges and Considerations

11. Best Practices for Deployment Slots

12. Summary

Exploring and implementing Feature Toggles Deployment Pattern {START}►

1. Feature Toggles: An Introduction

2. What is a Feature Toggle?

3. Why Do You Need Feature Toggles?

4. How Does a Feature Toggle Work?

5. Types of Feature Toggles

6. How to Implement a Feature Toggle

7. Feature Toggles Benefits

8. Feature Toggles in Azure DevOps

9. Best Practices for Feature Toggles

10. Challenges of Feature Toggles

11. Summary

Delve into the Feature Toggle Maintenance {START}►

1. Key Aspects of Feature Toggle Maintenance

2. Lifecycle of Feature Toggles

3. Best Practices for Feature Toggle Maintenance

4. Common Challenges in Feature Toggle Maintenance

5. Implementing Feature Toggle Maintenance

6. Summary

LP04:CH03: Implement canary releases and dark launching

Exploring the Canary Releases Deployment Pattern {START}►

1. How Does a Canary Release Work?

2. Benefits of Canary Releases

3. Steps in a Canary Release Process

4. Advantages of Canary Releases

5. Best Practices for Canary Releases

6. Challenges with Canary Releases

7. Canary Release Example in Azure DevOps

8. Use Cases for Canary Releases

9. Summary

Examining Azure Traffic Manager {START}►

1. What is Azure Traffic Manager?

2. Why Do You Need Azure Traffic Manager?

3. What Does Azure Traffic Manager Offer?

4. Controlling Your Canary Release Using Azure Traffic Manager

5. Steps to Control Canary Release Using Traffic Manager

6. Benefits of Combining Traffic Manager with Canary Releases

7. Example Scenario: Controlling Canary Release

8. Use Cases for Combining Traffic Manager, Deployment Slots, and Feature Toggles

9. Best Practices

10. Summary

Familiarize yourself with the Dark Launching Deployment pattern {START}►

1. Dark Launching

2. How Does Dark Launching Work?

3. Why Use Dark Launching?

4. Steps in a Dark Launch Process

5. Benefits of Dark Launching

6. Example of Dark Launching

7. Challenges of Dark Launching

8. Best Practices for Dark Launching

9. Summary

LP04:CH04: Implement A/B testing and progressive exposure deployment

Familiarize yourself with the A/B testing {START}►

1. A/B Testing

2. How Does A/B Testing Work?

3. Why Use A/B Testing?

4. Steps in A/B Testing

5. Benefits of A/B Testing

6. Example of A/B Testing

7. A/B Testing Tools

8. Challenges of A/B Testing

9. Summary

Exploring CI/CD with Ring-based deployment pattern {START}►

1. How Does Ring-Based Deployment Work?

2. Benefits of Ring-Based Deployment

3. Steps in Ring-Based Deployment

4. Example of Ring-Based Deployment

5. Advantages of CI/CD with Ring-Based Deployment

6. CI/CD Pipeline Integration with Ring-Based Deployment

7. Challenges of Ring-Based Deployment

8. Tools for Ring-Based Deployment

9. Summary

LP04:CH05: Integrate with identity management systems

Integrating GitHub with single sign-on (SSO) authentication {START}►

1. SSO Integration with GitHub

2. Two-Factor Authentication (2FA) with GitHub

3. SSH Keys Authentication

4. Personal Access Token (PAT) Authentication

5. GitHub Apps Authentication

6. GITHUB_TOKEN Authentication

Designing and Implementing Permissions and Roles in GitHub {START}►

1. GitHub Personal Accounts

2. GitHub Organizations

3. GitHub Enterprise Organizations

4. Best Practices

Designing and Implementing Permissions and Security Groups in Azure DevOps {START}►

1. Azure DevOps Access Control Mechanisms

2. Azure DevOps Default Security Groups

3. Design and Implementation Best Practices

4. Implementation Steps

5. Example: Role Mapping

6. Summary

Exploring Workload Identities in Azure DevOps {START}►

1. Microsoft Entra ID Workload Identities

2. Implementing Service Principals in Azure DevOps

3. Security Best Practices for Service Principals

4. Comparison of Workload Identities

5. Summary

Exploring Managed Identity in Azure DevOps {START}►

1. Types of Managed Identity

2. Use Cases of Managed Identity in Azure DevOps

3. How Managed Identity Works with Azure DevOps

4. Implementation Steps

5. Benefits of Using Managed Identity in Azure DevOps

6. Limitations of Managed Identity with Azure DevOps

7. Best Practices for Managed Identity in Azure DevOps

8. Summary

LP04:CH06: Manage application configuration data

Strategizing the Application Configuration Data Management {START}►

1. Challenges with Traditional Configuration Management

2. Modern Strategies for Application Configuration Management

3. Example: Using Azure App Configuration

4. Key Benefits of Modern Configuration Management

5. Summary

Exploring Separation of Concerns in Configuration Management {START}►

1. Key Components and Roles

2. Configuration Custodian

3. Configuration Consumer

4. Configuration Store

5. Secret Store

6. Designing for Separation of Concerns

7. Integrating Configuration Store and Secret Store

8. Dynamic Configuration Updates

9. Access Control and Security

10. Separation of Concerns: Interaction Example

11. Benefits of Separation of Concerns

12. Example Implementation: Azure Ecosystem

13. Summary

Understanding External Configuration Store Patterns in Azure DevOps {START}►

1. Why External Configuration Store Patterns are Important

2. Common External Configuration Store Patterns

3. Benefits of Using External Configuration Stores

4. Best Practices for External Configuration Management

5. Summary

Analyzing External Configuration Store Patterns in the Context of Azure DevOps {START}►

1. Key Concepts and Benefits

2. Common External Configuration Store Patterns in DevOps

3. Environment Variables

4. Configuration Files

5. Azure Key Vault, AWS Secrets Manager, Google Secret Manager (Secrets Management)

6. Azure App Configuration, Spring Cloud Config, Consul (Centralized Configuration Management)

7. Feature Toggles (Feature Flags)

8. GitOps with External Repositories (Git as a Configuration Store)

9. Configuration Management Tools (Ansible, Puppet, Chef)

10. Best Practices for External Configuration Store Patterns:

11. Summary

Comprehending External Configuration Store Patterns within Azure DevOps {START}►

1. Azure Key Vault

2. Azure App Configuration

3. Azure Storage (Blob Storage, Table Storage)

4. Environment Variables in Azure DevOps Pipelines

5. Service Connections and Azure Resource Manager (ARM) Templates

6. External Sources via Git Repositories

7. Environment-Specific Configurations

8. Dynamic Configuration Management (Feature Flags)

9. Best Practices for External Configuration Stores in Azure DevOps

10. Summary

Delve into the specifics of Azure DevOps Secure Files {START}►

1. Key Features of Secure Files in Azure DevOps

2. Use Cases for Secure Files

3. Managing Secure Files in Azure DevOps

4. Upload Secure Files

5. Reference Secure Files in a Pipeline

6. Delete Secure Files

7. Permissions for Secure Files

8. Audit Secure File Access

9. Best Practices for Using Secure Files in Azure DevOps

10. Summary

Examine the details surrounding Azure DevOps Secure Files {START}►

1. How to Upload Secure Files

2. How to Manage Secure Files

3. How to Use Secure Files in YAML Pipelines

4. Clean-up: Delete Secure Files After Use

5. Best Practices for Using Secure Files in Azure DevOps

6. Summary

Learning about the Azure App Configuration {START}►

1. Key Features of Azure App Configuration

2. Benefits of Using Azure App Configuration

3. Core Components of Azure App Configuration

4. How Azure App Configuration Works

5. Use Case Scenarios for Azure App Configuration

6. How to Get Started with Azure App Configuration

7. Summary

Examining Key-Value Pairs in Azure App Configuration {START}►

1. Keys in Azure App Configuration

2. Labels for Keys in Azure App Configuration

3. Versioning Key Values

4. Querying Key Values in Azure App Configuration

5. Values in Azure App Configuration

6. Summary

Examining Azure App Configuration: Feature Management {START}►

1. Key Concepts in Azure App Configuration Feature Management

2. Key Elements of Feature Management in Azure App Configuration

3. Define Feature Flags in App Configuration

4. Targeting (Using Filters to Target Users)

5. Feature Management SDK Integration

6. Managing Feature Flags

7. Best Practices for Feature Management

8. Example Scenario for Feature Management

9. Summary

Integrating Azure Key Vault with Azure DevOps Pipelines {START}►

1. Overview of the Integration Process

2. Step 1: Grant Azure DevOps Access to Azure Key Vault

3. Step 2: Reference Azure Key Vault Secrets in Azure Pipelines

4. Best Practices When Integrating Azure Key Vault with Azure Pipelines

5. Summary

Managing Secrets, Tokens and Certificates in Azure Key Vault {START}►

1. Azure Key Vault: Core Capabilities

2. Why Use Azure Key Vault?

3. How Azure Key Vault Solves Common Problems

4. Best Practices for Using Azure Key Vault

5. Summary

Examining DevOps Inner and Outer Loop {START}►

1. Inner Loop of DevOps (Developer's Cycle)

2. Outer Loop of DevOps (Operations and Delivery Cycle)

3. Key Differences Between the Inner and Outer Loops

4. Summary

Persisting Secrets in DevOps Inner and Outer Loop {START}►

1. Secrets in the Inner Loop (Development and Testing Phase)

2. Secrets in the Outer Loop (Deployment and Operations Phase)

3. Key Differences in Managing Secrets Between Inner and Outer Loops

4. Summary

Labs (coming soon)

1. Lab: Integrating Azure Key Vault with Azure DevOps

2. Lab: Enable Dynamic Configuration and Feature Flags

Learning Path review questions {START}►

1. What is the easiest way to create a staging environment for an Azure WebApp?

2. What Azure-based tool can you use to divert a percentage of your web traffic to a newer version of an Azure website?

3. What characteristics make users suitable for working with canary deployments?

4. What is a potential disadvantage of using canary deployments?

5. Apart from the traffic routing method, what else does Azure Traffic Manager consider when making routing decisions?

6. What is the Azure Key Vault and why would you use it?

7. Key features of Azure Key Vault:

8. Why use Azure Key Vault?

LP05: Manage infrastructure as code using Azure and DSC

LP05:CH01: Explore infrastructure as code and configuration management

Exploring Manual Deployment and Infrastructure as Code (IaC) Deployment {START}►

1. Manual Deployment

2. Infrastructure as Code (IaC)

3. Manual Deployment vs Infrastructure as Code (IaC) Comparison

4. Implementing Infrastructure as Code (IaC)

5. Summary

Examining Environment Configuration Management {START}►

1. Configuration Management

2. Manual Configuration

3. Configuration as Code (CaC)

4. Manual Configuration vs Configuration as Code: A Comparison

5. Implementing Configuration as Code (CaC)

6. Summary

Understanding Imperative vs. Declarative Configuration approaches {START}►

1. Imperative vs Declarative: Definitions

2. Key Differences Between Imperative and Declarative Configuration

3. Imperative vs Declarative: Use Cases

4. Best Practices for IaC and CaC Implementation

5. Summary: Declarative vs Imperative

Understanding Idempotent Configuration in DevOps {START}►

1. Key Concept: Idempotence

2. Why is Idempotence Important?

3. Idempotence in Infrastructure as Code (IaC)

4. Examples of Idempotent Configuration

5. Best Practices for Achieving Idempotent Configuration

6. Summary

LP05:CH02: Create Azure resources using Azure Resource Manager templates

Familiarize yourself with the Azure Resource Manager templates {START}►

1. Infrastructure as Code (IaC)

2. Declarative Syntax

3. Automation and Repeatability

4. Manage and Control Dependencies

5. Resource Group Management

6. Scalability

7. Security and Compliance

8. Integration with Azure DevOps and CI/CD

9. Support for Parameters and Variables

10. Cross-Platform Compatibility

11. Summary: Why Use Azure Resource Manager (ARM) Templates?

Exploring ARM Template components {START}►

1. JSON Document

2. Parameters

3. Variables

4. Functions

5. Resources

6. Outputs

7. Summary of ARM Template Components:

Managing dependencies in ARM template {START}►

1. dependsOn Property

2. Implicit Dependencies

3. Circular Dependencies

4. Implicit Ordering of Resources

5. Using dependsOn with Loops or Multiple Resources

6. Summary

Learn how to modularize your ARM Templates {START}►

1. Linked Templates

2. Nested Templates

3. Deployment Modes in ARM Templates

4. External Templates and External Parameters

5. Securing an External Template

6. Summary

Investigating the Secrets in ARM templates {START}►

1. Key Concepts for Managing Secrets in ARM Templates

2. Step 1: Create Key Vault and Secret Using Azure CLI/PowerShell

3. Step 2: Enable Azure Resource Manager (ARM) Access for Template Deployment

4. Step 3: Reference the Key Vault Secret in the Parameter File (Not the Template)

5. Step 4: Enable Access to the Secret: Owner and Contributor Roles Grant Access

6. Step 5: Deploy the Template and Pass in the Parameter File

7. Summary of Steps

8. Securing the Secrets

LP05:CH03: Implement Bicep

Delve into the Azure Bicep {START}►

1. Key Features of Bicep

2. How Does Bicep Work?

3. Bicep vs ARM Templates

4. Example: Using Bicep

5. Advantages of Bicep

6. Summary

Installing and Troubleshooting Azure Bicep {START}►

1. Installing the Bicep VS Code Extension

2. Installing the Bicep CLI

3. Installing the Bicep CLI on Windows

4. Installing the Bicep CLI on macOS

5. Installing the Bicep CLI on Linux:

6. Manual Installation for All Platforms

7. Troubleshooting the Installation

8. Summary of Installation Steps

Understanding Bicep File Structure and Syntax {START}►

1. Bicep File Structure

2. Sample Bicep File

3. Detailed Breakdown of Key Components

4. Other Features in Bicep

5. Summary

Hands-on Demo – Create Bicep templates {START}►

1. Creating Bicep Template

2. Create the Bicep File (main.bicep)

3. How the Template Works

4. Deploy the Template

5. Review the Output

6. Modify the Template

7. Summary

Hands-on Demo – Deploy a Bicep file from GitHub Workflows {START}►

1. Steps Overview

2. Create the Bicep File in GitHub Repository

3. Set Up the Azure Service Principal for Authentication

4. Create the GitHub Actions Workflow File

5. Deploy the Bicep Template via GitHub Actions

6. Monitor the Workflow

7. Verify the Deployment

8. Summary

Hands-on Demo – Deploy a Bicep file from Azure Pipelines {START}►

1. Steps Overview

2. Create the Bicep File in Your Repository

3. Set Up the Azure Service Principal for Authentication

4. Create the Azure Pipeline YAML File

5. Run the Pipeline

6. Verify the Deployment

7. Summary

LP05:CH04: Create Azure resources by using Azure CLI

Familiarize yourself with the Azure CLI {START}►

1. Key Features of Azure CLI

2. Key Components of Azure CLI

3. Basic Usage Examples of Azure CLI

4. Azure CLI Output Formats

5. Azure CLI in Automation

6. Summary

LP05:CH05: Explore Azure Automation with DevOps

A Guide to Azure Automation {START}►

1. Key Features of Azure Automation

2. Common Use Cases for Azure Automation

3. How Does Azure Automation Work?

4. Benefits of Azure Automation

5. Use Case Example

6. Summary

Learn how to create Azure Automation Accounts {START}►

1. How to Create Automation Accounts in Azure

2. Create an Automation Account Using the Azure Portal

3. Create an Automation Account Using Azure CLI

4. Create an Automation Account Using PowerShell

5. Create an Automation Account Using ARM Templates

6. Managing Automation Accounts

7. Summary

Familiarize yourself with the Azure Runbook {START}►

1. Key Features of a Runbook

2. Types of Runbooks

3. How to Create and Manage Runbooks in Azure Automation

4. Use Case Examples for Runbooks

5. Benefits of Using Runbooks

6. Summary

Understanding Automation Shared resources {START}►

1. Credentials

2. Variables

3. Certificates

4. Connections

5. Schedules

6. Hybrid Runbook Worker

7. Modules

8. Software Update Configuration

9. Benefits of Using Shared Resources

10. Summary

Exploring the Runbook Gallery in Azure Automation {START}►

1. Key Features of the Runbook Gallery

2. Accessing the Runbook Gallery

3. Categories of Runbooks in the Gallery

4. Examples of Popular Runbooks from the Gallery

5. How to Customize Runbooks from the Gallery

6. Benefits of Using the Runbook Gallery

7. Summary

Examining Webhooks in Azure Automation {START}►

1. Key Concepts of Webhooks in Azure Automation

2. How Webhooks Work in Azure Automation

3. How to Create and Use Webhooks

4. Webhooks and Parameters

5. Security Considerations

6. Use Cases for Webhooks in Azure Automation

7. Summary

Exploring Source Control integration with Azure Automation {START}►

1. Benefits of Source Control Integration in Azure Automation

2. Source Control Integration in Azure Automation

3. Setting Up Source Control Integration with Azure Automation

4. Step 1: Set Up a Source Control Repository

5. Step 2: Integrate Source Control with Azure Automation

6. Deploying Runbooks from Source Control

7. CI/CD for Azure Automation with Source Control

8. Managing Runbooks and Modules from Source Control

9. Best Practices for Source Control Integration

10. Summary

Exploring PowerShell Workflows {START}►

1. What Are PowerShell Workflows?

2. Key Features of PowerShell Workflows

3. Defining and Running a PowerShell Workflow

4. Advanced Workflow Features

5. Best Practices for PowerShell Workflows

6. Use Cases for PowerShell Workflows

7. PowerShell Workflow Cmdlets

8. Summary

Hands-on Demo – Create PowerShell Workflow runbook in Automation {START}►

1. Prerequisites

2. Steps to Create a PowerShell Workflow Runbook

3. Step 1: Create an Automation Account

4. Step 2: Create a PowerShell Workflow Runbook

5. Step 3: Edit the Runbook

6. Step 4: Publish the Runbook

7. Step 5: Test the Runbook

8. Step 6: Schedule the Runbook (Optional)

9. Step 7: Monitor Runbook Jobs

10. Advanced Use: Passing Parameters to a Workflow Runbook

11. Considerations and Best Practices

12. Summary

Exploring Hybrid Management in Azure Automation {START}►

1. Key Components of Hybrid Management

2. Azure Automation Hybrid Runbook Worker

3. Azure Arc

4. Azure Automation State Configuration (DSC)

5. Azure Automation Update Management

6. Log Analytics

7. Azure Monitor

8. Azure Automation Hybrid Management Best Practices

9. Summary

Delve into the Checkpoint and Parallel Processing in Azure Automation {START}►

1. Checkpointing in Azure Automation

2. Parallel Processing in Azure Automation

3. Checkpointing and Parallel Processing Together

4. Best Practices

5. Summary

LP05:CH06: Implement Desired State Configuration (DSC)

Understanding Configuration Drift in DevOps {START}►

1. What is Configuration Drift?

2. Potential Security Risks Introduced by Configuration Drift

3. Solutions to Prevent or Mitigate Configuration Drift

   • Windows PowerShell Desired State Configuration (DSC)

   • Azure Policy

   • Non-Microsoft Solutions Integrated with Azure

4. Other Solutions for Managing Configuration Drift

   • Azure Automation

5. Summary

Gain insight into the Desired State Configuration (DSC) {START}►

1. How Does DSC Work?

2. Key Features of DSC

3. Basic DSC Workflow

4. Example: Basic DSC Configuration Script

5. DSC Resources

6. Pull vs. Push Mode in DSC

7. DSC in Azure

8. Monitoring and Reporting

9. Common Use Cases for DSC

10. Summary

Exploring Azure Automation State Configuration (DSC) {START}►

1. Key Features of Azure Automation State Configuration (DSC)

2. How Azure Automation DSC Works

3. Steps to Use Azure Automation State Configuration (DSC)

4. Example: Deploying a DSC Configuration in Azure Automation

5. Advantages of Using Azure Automation DSC

6. Summary

Examining DSC Configuration File {START}►

1. DSC Configuration File Structure

2. Key Elements of a DSC Configuration File

3. Configuration Block

4. Node Block

5. Resource Blocks

6. Other Optional Elements

   • Parameters

   • Configuration Data

7. Example of a Full DSC Configuration File

8. Summary of DSC Configuration File Elements

9. Summary

Implementing DSC and Linux Automation on Azure {START}►

1. Prerequisites for DSC and Linux Automation on Azure

2. Steps to Implement DSC for Linux on Azure

3. Create an Azure Automation Account

4. Enable Linux DSC Extension on the VM

5. Configure Azure Automation State Configuration (DSC) for Linux

6. Apply DSC Configuration to the Linux VM

7. Monitor and Remediate Configuration Drift

8. Automating DSC Configurations via Azure CLI/PowerShell

9. Summary

Labs (coming soon)

1. Lab: Deployments using Azure Bicep templates

Learning Path review questions {START}►

1. What benefits can you achieve by modularizing your infrastructure and configuration resources?

2. Which method of approach for implementing Infrastructure as Code states what the final state of an environment should be without defining how it should be achieved?

3. Which term defines the ability to apply one or more operations against a resource, resulting in the same outcome every time?

4. Which term is the process whereby a set of resources change their state over time from their original state in which they were deployed?

5. Which Resource Manager deployment mode only deploys whatever is defined in the template, and does not remove or modify any other resources not defined in the template?

6. How are the dependencies defined in a .bicep file?

7. What is the behavior of the webAppName parameter for a team that created a template that contains this line:

8. How can you reuse a Bicep template in other Bicep templates?

9. Example of how to reuse a Bicep template:

LP06: Implement security and validate code bases for compliance

LP06:CH01: Introduction to Secure DevOps

Learning about the Secure DevOps {START}►

1. What is Secure DevOps (DevSecOps)?

2. Key Principles of Secure DevOps

3. Tools and Technologies in Secure DevOps

4. Benefits of Secure DevOps

5. Challenges of Implementing Secure DevOps

6. Best Practices for Secure DevOps

7. Summary

Describing SQL injection attack {START}►

1. SQL Injection Attack

2. How SQL Injection Works

3. Types of SQL Injection Attacks

4. Types of SQL Injection Attacks

5. Potential Consequences of SQL Injection

6. Example of SQL Injection Attack

7. How to Prevent SQL Injection

8. Summary

Understanding DevSecOps {START}►

1. Key Principles of DevSecOps

2. Key Benefits of DevSecOps

3. Core Components of DevSecOps

4. DevSecOps Tools

5. Challenges in Implementing DevSecOps

6. Summary

Exploring Secure DevOps Pipeline {START}►

1. Key Stages of a Secure DevOps Pipeline

2. Planning

3. Coding

4. Build

5. Test

6. Release

7. Deploy

8. Operate

9. Monitor

10. Summary

Understanding essential features in Secure DevOps pipeline {START}►

1. Pipeline as Code Security (Azure Pipelines YAML + Secrets Management)

2. Secure Dependency Scanning & Software Composition Analysis (SCA)

3. Static Application Security Testing (SAST) & Dynamic Application Security Testing (DAST)

4. Container Security & Image Scanning

5. Infrastructure as Code (IaC) Security

6. Security Gates & Approvals

7. Continuous Monitoring & Logging

8. Summary

Exploring Key Validation Points in a Azure Secure DevOps Pipeline {START}►

1. Key Validation Points in a Secure DevOps Pipeline

2. Code Validation (Static Application Security Testing – SAST)

3. Dependency Scanning & Software Composition Analysis (SCA)

4. Infrastructure as Code (IaC) Security Validation

5. Container Image Scanning

6. Dynamic Application Security Testing (DAST)

7. Security Testing & Fuzzing

8. Manual Approval and Security Gates

9. Monitoring and Logging

10. Summary

Exploring Continuous Security Validation in DevOps {START}►

1. Key Aspects of Continuous Security Validation

2. Security as Code

3. Automated Static and Dynamic Analysis

4. Continuous Dependency Scanning (Software Composition Analysis)

5. Container Image Security and Vulnerability Scanning

6. Infrastructure Misconfiguration and Cloud Security Validation

7. Security Gates and Manual Approvals

8. Runtime Security Monitoring

9. Continuous Compliance Audits

10. Summary

Understanding Threat Modeling in Azure DevSecOps {START}►

1. Key Concepts in Threat Modeling

2. Steps in Threat Modeling

3. Define the Security Objectives

4. Create a Detailed System Architecture

5. Identify Potential Threats

6. Identify Vulnerabilities

7. Evaluate Risks

8. Mitigation Strategies

9. Threat Modeling Methodologies

10. Tools for Threat Modeling

11. Best Practices for Threat Modeling

12. Summary

In depth guide on Azure DevSecOps Threat Modeling {START}►

1. Five Major Threat Modeling Steps in the Microsoft SDL

2. Defining Security Requirements

3. Creating an Application Diagram

4. Identifying Threats

5. Mitigating Threats

6. Validating that Threats Have Been Mitigated

7. Microsoft Threat Modeling Tool

8. Summary

Exploring CodeQL in GitHub {START}►

1. Key Features of CodeQL in GitHub

2. How CodeQL Works in GitHub

3. Types of Vulnerabilities Detected by CodeQL

4. Custom Queries with CodeQL

5. Benefits of Using CodeQL

6. CodeQL Use Cases

7. Summary

LP06:CH02: Implement open-source software

Elaborating on the various aspect of open-source software {START}►

1. Key Characteristics of Open-Source Software

2. Advantages of Open-Source Software

3. Common Examples of Open-Source Software

4. Popular Open-Source Licenses

5. Challenges and Considerations with Open-Source Software

6. Summary

Examining the concerns that corporations face regarding open-source software components {START}►

1. Low Quality of Open-Source Components

2. No Active Maintenance

3. Malicious Code in Open-Source Components

4. Security Vulnerabilities in Open-Source Software

5. Unfavorable Licensing Restrictions

6. How Companies Can Manage These Risks

7. Summary

Familiarize yourself with the Open-Source Licenses {START}►

1. Key Features of Open-Source Licenses

2. Types of Open-Source Licenses

3. Key Open-Source Licenses Explained

4. Choosing the Right License for Your Open-Source Project

5. Summary

Examining license implications and ratings {START}►

1. Key License Implications

2. Ratings of Popular Open-Source Licenses

3. License Implication Ratings Summary

4. Summary

LP06:CH03: Software Composition Analysis

Examining and confirming that code bases meet compliance requirements {START}►

1. Define the Compliance Standards

2. Perform Code Review

3. Static Code Analysis

4. Dependency Management & Vulnerability Scanning

5. Testing Compliance

6. Documentation

7. Review of Version Control

8. Compliance to Coding Best Practices

9. CI/CD Pipeline Validation

10. Code Quality Metrics

11. Deployment Compliance

12. Tools for Code Compliance Inspection:

13. Example Checklist

14. Summary