CMPE 212 [Bilgi university] [Introduction to DevOps Tools and Techniques]

Categories: Bilgi university, Computer Engineering

About Course

In this course on Modern DevOps Practices, students dive deep into the transformative methodologies that are revolutionizing how development and operations teams collaborate. This course provides a practical understanding of how to implement and leverage modern DevOps practices to enhance software delivery, improve operational efficiency, and achieve continuous innovation.

Upon successful completion of the course, students will be able to;
Perform the setup, deployment, configuration and maintenance of server class operating systems.
Configure, manage and maintain storage hardware, drivers and modern file systems.
Design, setup, manage, and maintain network communication that satisfy given requirements and performance characteristics for computer communication over different local and wide area network implementations.
Use structured documents to perform conversion, data integration via relations, data manipulation and reporting to a document in a human readable format.
Setup, manage, maintain and deploy, monitoring, logging, remote access, user management, software updates and installation of common server applications and services, for server class operating systems.
Setup, update and deploy, programming and scripting platforms along with their packet management systems and other necessary software ecosystem, on a production environment.
Recognize and deeply understand concepts and applications related to virtualization, isolation and scalability to the degree of designing a solution for given requirement.
Actively use DevOps best practices, deployment automation, continuous integration, code repositories and source code management tools.

Course Content

Operating Systems & Linux

Operating Systems & Linux

01:30:00

Command utilities

Networking

Bash Scripting (part 1)

Bash Scripting (part 2)

System Design Fundamentals

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1.Understand operating systems fundamentals with a particular focus on Linux. Explore the core concepts of operating systems including process management, memory management, file systems and user interfaces. Gain an understanding of how operating systems act as a bridge between hardware and software. Dive into the Linux operating system, covering its history, use basic commands, and understand the file system structure.
2 .Understand fundamentals of networking. Explore foundational concepts of networking, including the OSI and TCP/IP models. Understand how data move accross networks. Practical exercises will include configuring basic network settings in a Linux environment, troubleshooting network issues, and using tools like ping, traceroute, and Wireshark to analyze network traffic
3 .Learn basics of Bash, the command-line interpreter that allows users to interact with the operating system. Understand and learn fundamental bash commands and shell navigation, variables, loops and conditional statements. Practical exercises will focus on writing simple bash scripts to perform common tasks such as file management, text processing and system monitoring.
4 .Explore twelve-factor app methodology, a set of best practices designed to create robust, scalable, and maintainable cloud-native applications. Learn how to apply these principles while building applications in Go while also learning Go fundementals. Explore example microservices project based on this principles.
5 .Understand the core principles and philosophy of DevOps, a transformative approach that bridges the gap between development and operations to enable continuous delivery and integration. Learn how these principles drive collaboration, efficiency, and agility in modern software development practices.
6 .Focus on the critical aspects of source code management (SCM) using Git, the most widely adopted version control system and explore the emerging practice of GitOps, which leverages Git as the single source of truth for managing infrastructure and application deployments.
7 .Midterm Revision
8 .Delve into the transformative technology of containerization, a key component of modern software development and deployment. Understand how to package, distribute, and run applications in lightweight, portable containers. Focus on Docker, the most widely-used container platform and get hands-on experience with Docker commands.
9 .Begin journey into the world of container orchestration, a critical skill for managing modern, scalable applications in a cloud-native environment. Understand the basics of how containers are deployed, managed and scaled accross cluster of hosts. Understand the need for container orchestration in modern application deployment. Learn the core concepts of container orchestration, including scheduling, service discovery, and scaling.
10 .Explore advanced Kubernetes features like persistent storage management, secrets management, and Helm charts for application deployment. Explore scaling strategies and implement autoscaling in Kubernetes. Understand best practices for Kubernetes security and secrets management.
11 .Learn Infrastructure as Code(IaC) with Terraform, a leading open-source tool that enables you to define, provision, and manage infrastructure through code. Learn the fundamentals and principles of IaC and learn the core concepts of Terraform, including its architecture, key components.
12 .Focus on Configuration Management with Ansible, a powerful open-source tool for automating the configuration, deployment and management of IT Infrastructure. Explore the fundamentals of Ansible, including its architecture, components. Learn how to write and organize Ansible Playbooks which are used to define and manage configurations, deployments, and other tasks in a declarative and idempotent manner.
13 .Continuous Integration is a crucial practice for modern software development, allowing teams to integrate code changes frequently and ensure that the codebase remains stable and reliable. Delve into Continuous Integration (CI) practices using GitLab and Jenkins, two popular tools that streamline the development and deployment processes.
14 .Understand Continuous Deployment/Delivery (CD) using Argo CD, a powerful tool for declarative, GitOps-based CD. Understand the principles of Continuous Deployment/Delivery (CD) and GitOps. Automate application deployments and updates using Argo CD. Implement GitOps workflows to manage application configurations. Explore Observability and Analysis in cloud-native environments, focusing on how to monitor, visualize, and troubleshoot applications and infrastructure. Overview of popular observability tools: Prometheus, Grafana, ELK Stack, Jaeger, and others. Understanding observability and its components: monitoring, logging, and tracing.
15 .Understand that sustainability is no longer just an environmental issue, it has also become an important part of the business world. DevOps practices can contribute to sustainability by using resources more efficiently, reducing energy consumption and reducing waste.

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