Litgu.ru - Литературный Гуру

Chapter 1. Foundations of Modern Software Development: We begin by exploring the Software Development Lifecycle (SDLC), breaking down its phases and discussing various SDLC models. We then transition into Agile methodologies, covering the Agile Manifesto, Agile versus Traditional Models, and the SCRUM framework. This chapter will help you understand how Agile and SCRUM improve software development workflows and collaboration.
Chapter 2. Preparing the Ground work (Development Foundations): Before diving into coding, it is essential to establish a strong foundation. This chapter focuses on requirement analysis, guiding you through gathering requirements and using modern tools for effective planning. It then covers setting up development environments, selecting the right IDEs, programming languages, and frameworks, and introduces Docker and virtual environments to ensure consistency across development teams.
Chapter 3. Collaborative Development through Version Control: Modern software development thrives on collaboration, making version control a critical component. This chapter introduces Git and GitHub essentials, explores advanced Git features, and provides an overview of SVN and Mercurial. You will also learn about branching strategies, commit best practices, and version control in Agile environments, ensuring that teams work efficiently without conflicts.
Chapter 4. Coding Principles for the Modern Developer: Writing clean, maintainable code is the foundation of scalable software. This chapter covers essential coding principles like DRY (Don’t Repeat Yourself), YAGNI (You Aren’t Gonna Need It), and SOLID principles. You'll also learn how to identify and refactor code smells, apply design patterns, and improve code readability and maintainability with modern tools and techniques.
Chapter 5. The Art of Code Testing and TDD: Testing is crucial for building reliable software. This chapter introduces unit testing with JUnit and pytest, explores automated testing frameworks, and walks through the fundamentals of Test-Driven Development (TDD). Additionally, it covers web UI testing with Selenium, helping you integrate robust testing practices into your workflow.
Chapter 6. Continuous Integration and Delivery (CI/CD) for Seamless Development: Automation is key to modern software development. This chapter explores CI/CD principles, covering the components of a CI/CD pipeline, common tools including Jenkins, Travis CI, and GitHub Actions, and best practices for automated deployments and testing. You will also learn how CI/CD supports Agile methodologies, improves collaboration, and enhances product quality.
Chapter 7. Mastering Modularity and Documentation: Code documentation and modularization are often overlooked but are critical for long-term maintainability. This chapter discusses the importance of clear documentation, introduces tools such as Doxygen, Sphinx, and Markdown, and explores modularization techniques to enhance code reusability, scalability, and testability.
Chapter 8. Ensuring Code Quality and Maintainability: High-quality code is essential for long-term software success. This chapter focuses on static analysis tools such as ESLint, RuboCop, Flake8, and Pylint, explains refactoring strategies, and introduces dependency management best practices using npm, pip, and Maven. You will also learn how to integrate code quality tools into CI/CD workflows to ensure continuous improvement.
Chapter 9. Security Practices, Error Handling, and Logging: Security should be a priority from the start. This chapter covers secure coding practices, common vulnerabilities (SQL injection, cross-site scripting, and more), and OWASP guidelines. It also dives into error handling techniques, logging strategies with Log4j and Winston, and best practices for securing modern applications.
Chapter 10. High-Performance Computing and Scalable Systems: As software scales, performance optimization becomes critical. This chapter explores profiling and performance analysis, algorithm and database optimization, and asynchronous programming. You will also learn about scalability patterns, load balancing, microservices architecture, and how to use Docker and Kubernetes for managing scalable applications.
Chapter 11. The Culture of Code Review and Collaborative Coding: Software development is a team effort, and code reviews are key to maintaining quality and knowledge sharing. This chapter covers best practices for code reviews, pair programming, and how to leverage platforms such as GitHub and GitLab for collaboration. You will also learn about automating code reviews and integrating CI/CD tools into your development process.
Chapter 12. Aligning Software Design with User Needs: Great software is not just functional—it is user-centric. This chapter introduces User-Centered Design (UCD) principles, prototyping and wireframing, and methods for gathering user feedback. You will also explore A/B testing, user analytics, and iterative design practices to ensure your software meets real-world user expectations.