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Software Architecture with Python

Software Architecture with Python

By : Balachandran Pillai
3.5 (6)
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Software Architecture with Python

Software Architecture with Python

3.5 (6)
By: Balachandran Pillai

Overview of this book

This book starts by explaining how Python fits into an application's architecture. As you move along, you will get to grips with architecturally significant demands and how to determine them. Later, you’ll gain a complete understanding of the different architectural quality requirements for building a product that satisfies business needs, such as maintainability/reusability, testability, scalability, performance, usability, and security. You will also use various techniques such as incorporating DevOps, continuous integration, and more to make your application robust. You will discover when and when not to use object orientation in your applications, and design scalable applications. The focus is on building the business logic based on the business process documentation, and understanding which frameworks to use and when to use them. The book also covers some important patterns that should be taken into account while solving design problems, as well as those in relatively new domains such as the Cloud. By the end of this book, you will have understood the ins and outs of Python so that you can make critical design decisions that not just live up to but also surpassyour clients’ expectations.
Table of Contents (12 chapters)
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11
Index

Software performance engineering

Software performance engineering includes all the activities of software engineering and analysis applied during the Software Development Life Cycle (SDLC) and is directed towards meeting performance requirements.

In conventional software engineering, performance testing and feedback are done usually towards the end of the SDLC. This approach is purely measurement-based and waits for the system to be developed before applying tests and diagnostics and tuning the system based on the results.

Another more formal model named Software Performance Engineering (SPE), itself develops performance models early in the SDLC and uses results from the models to modify the software design and architecture to meet performance requirements in multiple iterations.

In this approach, both performance as a non-functional requirement and software development meeting its functional requirement go hand in hand. There is a specific Performance Engineering Life Cycle (PELC) that...

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