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DevOps

Curriculum

Class Curriculum

Introduction to DevOps

Foreword
Preface
0.1 Introduction to DevOps
0.2 DevOps Roadmap
0.3 Software Development Lifecycle Management
0.4 SCRUM Agile
0.5 TODO

Environments

1.0 Computer and Network Basics
1.1 How code works
1.2 Environments
1.3 Microservices
1.4 Introduction to Linux
1.5 Getting around
1.6 Setup developing infrastructure
1.7 System Design
TODO

Linux

2.0 Linux Essentials
2.1 Managing Users and Groups
2.2 File Management
2.3 Managing Software
2.4 Service Management
2.5 Process Management
2.6 System Logging
2.7 Linux File Systems
2.8 Terminal Tuning
2.8 Terminal Tuning
2.9 Linux Networking
2.9 Linux Networking
TODO
Answers

Scripting

3.0 Introduction
3.1 Getting started
3.2 Data structures and conditionals
3.3 Working with aliases
3.4 Shell Style Guide
3.5 Makefile
3.6 Utilities
TODO

Python

4.0 Introduction
4.1 Installation
4.2 Variables and Data structures
4.3 Loops and conditionals
4.4 Libraries and modules
4.5 Functions
4.6 Classes
4.7 Your first CLI
4.8 Documenting your code
4.9 Python Language Rules
4.10 Files
4.11 REST API
4.12 Comprehensions
4.13 Lambda Expressions
4.14 Testing and Unit Testing
4.15 Packaging
TODO

Git

5.0 Introduction
5.1 Working together on Git
5.1 Best practices
TODO

DocOps

6.0 Introduction
6.1 Installation
6.2 What is Sphinx
6.3 Deploy Documentation
TODO

Pipelines

CI/CD Pipelines
First CI/CD Pipeline
Python CLI Apps
Advanced GitHub Actions
7.4 CI/CD Best Practices
TODO
Answers

Containers

8.0 Introduction
8.1 Getting Started
8.2 Your First Container
8.3 Container Fundamentals
8.4 Creating Custom Images
8.4.5 Container Registries
8.5 Container Management
8.6 Container Orchestration
8.7 Container Testing
8.8 Container Best Practices
8.9 Run LLM Locally in Docker
TODO
Answers

Kubernetes

9.0 Introduction
9.1 Getting Started
9.1 Installing k3s and Rancher
9.2 Core Concepts
9.3 Workloads and Scheduling
9.4 Networking and Services
9.5 Storage and Persistence
9.6 Configuration Management
9.7 Security and RBAC
9.8 Observability and Monitoring
9.9 Helm Package Management
9.10 GitOps with ArgoCD
9.11 Production Best Practices
9.12 Troubleshooting and Debugging
9.13 Kubernetes Operators
9.13 Kubernetes Operators
9.14 CI/CD Integration
9.15 Service Mesh
9.16 Advanced Networking
TODO
ANSWERS

Infrastructure as Code

10. Infrastructure as Code - Introduction
10.1 Terraform & OpenTofu - Introduction
10.2 Terraform Core Concepts
10.3 Terraform Workflow & GCP
10.4 Terraform Production Challenges
10.5 Terraform Practical Examples
10.6 Ansible - Configuration Management
10.7 Ansible Core Concepts
10.8 Ansible Advanced Features
10.9 Ansible Production Patterns
TODO

Cloud

11.0. 1 What is Cloud Computing?
11.0.2 Cloud Deployment Models
11.0.3 Cloud vs On-Premises
11.0.4 Cloud Benefits
11.0.5 Cloud Service Models
11.0.6 Cloud Providers
11.0.7 Cloud Migration Strategy
11.0.8 Cloud Security Essentials
11.0.9 Cloud Cost Management (FinOps)
11.0.10 Cloud Monitoring & Observability
11.1 Cloud Strategy: Native vs. Agnostic
11.2 Cloud Provider Comparison & Strategic Decision Guide
ANSWERS
TODO
11.0 Introduction to Google Cloud Platform
11.1 Identity and Access Management (IAM)
11.8.2 VPC and Networking
11.3 GCP Compute Services Overview
11.4 Compute Engine - Virtual Machines
11.5 Cloud Storage
11.6 Serverless Computing
11.7 Google Kubernetes Engine (GKE)
11.8 FinOps and Cost Optimization
11.9 Security Best Practices
11.10 Database Services on Google Cloud
11.11 Google Cloud Platform Overview
GCP Hands-On Exercises

Project

12.0 Project

DevOps

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