Book Image

Software Architect's Handbook

By : Joseph Ingeno
Book Image

Software Architect's Handbook

By: Joseph Ingeno

Overview of this book

The Software Architect’s Handbook is a comprehensive guide to help developers, architects, and senior programmers advance their career in the software architecture domain. This book takes you through all the important concepts, right from design principles to different considerations at various stages of your career in software architecture. The book begins by covering the fundamentals, benefits, and purpose of software architecture. You will discover how software architecture relates to an organization, followed by identifying its significant quality attributes. Once you have covered the basics, you will explore design patterns, best practices, and paradigms for efficient software development. The book discusses which factors you need to consider for performance and security enhancements. You will learn to write documentation for your architectures and make appropriate decisions when considering DevOps. In addition to this, you will explore how to design legacy applications before understanding how to create software architectures that evolve as the market, business requirements, frameworks, tools, and best practices change over time. By the end of this book, you will not only have studied software architecture concepts but also built the soft skills necessary to grow in this field.
Table of Contents (19 chapters)

Designing orthogonal software systems

In geometry, two Euclidean vectors are orthogonal if they are perpendicular (form a right angle of 90 degrees). The two vectors meet at the origin point, but do not intersect. The two vectors are independent of each other:

Software that is well designed is orthogonal in that its modules are independent of each other. Ideally, changes to one module in a software system should not require changes to another module. Software systems will undergo many changes during their lifetime and designing them with this in mind provides a number of benefits, including increased productivity for those who work on them and lowered risk of introducing defects when changes are made. Designing orthogonal systems may have higher upfront costs, but over time, a highly maintainable and extendable system will be worth it.

Orthogonal systems are designed so that...