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Hands-On Software Engineering with Python

Hands-On Software Engineering with Python - Second Edition

By : Brian Allbee
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Hands-On Software Engineering with Python

Hands-On Software Engineering with Python

By: Brian Allbee

Overview of this book

Software engineering is more than coding; it’s the strategic design and continuous improvement of systems that serve real-world needs. This newly updated second edition of Hands-On Software Engineering with Python expands on its foundational approach to help you grow into a senior or staff-level engineering role. Fully revised for today’s Python ecosystem, this edition includes updated tooling, practices, and architectural patterns. You’ll explore key changes across five minor Python versions, examine new features like dataclasses and type hinting, and evaluate modern tools such as Poetry, pytest, and GitHub Actions. A new chapter introduces high-performance computing in Python, and the entire development process is enhanced with cloud-readiness in mind. You’ll follow a complete redesign and refactor of a multi-tier system from the first edition, gaining insight into how software evolves—and what it takes to do that responsibly. From system modeling and SDLC phases to data persistence, testing, and CI/CD automation, each chapter builds your engineering mindset while updating your hands-on skills. By the end of this book, you'll have mastered modern Python software engineering practices and be equipped to revise and future-proof complex systems with confidence.
Table of Contents (22 chapters)
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21
Index

Asking questions

There can be as many distinct questions that can be asked about any given chunk of code as there are chunks of code to ask about — even quite simple code, living in a complex system, can raise questions in response to questions, and more questions in response to those questions. If there is not an obvious starting point, these basic questions are a good first step:

  • How easily understood is the functionality?
  • Who will be using the functionality?
  • What will they be doing with it?
  • When, and where, will they have access to it?
  • What problem is it trying to solve (why do they need it)?
  • How does it have to work? If detail is lacking, breaking this one down into the following questions is useful:
    • What should happen if it executes successfully?
    • What should happen if the execution fails?

Teasing out more information about the entire system usually starts with something as basic as the...

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