Book Image

Hands-On Software Architecture with Java

By : Giuseppe Bonocore
5 (1)
Book Image

Hands-On Software Architecture with Java

5 (1)
By: Giuseppe Bonocore

Overview of this book

Well-written software architecture is the core of an efficient and scalable enterprise application. Java, the most widespread technology in current enterprises, provides complete toolkits to support the implementation of a well-designed architecture. This book starts with the fundamentals of architecture and takes you through the basic components of application architecture. You'll cover the different types of software architectural patterns and application integration patterns and learn about their most widespread implementation in Java. You'll then explore cloud-native architectures and best practices for enhancing existing applications to better suit a cloud-enabled world. Later, the book highlights some cross-cutting concerns and the importance of monitoring and tracing for planning the evolution of the software, foreseeing predictable maintenance, and troubleshooting. The book concludes with an analysis of the current status of software architectures in Java programming and offers insights into transforming your architecture to reduce technical debt. By the end of this software architecture book, you'll have acquired some of the most valuable and in-demand software architect skills to progress in your career.
Table of Contents (20 chapters)
1
Section 1: Fundamentals of Software Architectures
7
Section 2: Software Architecture Patterns
14
Section 3: Architectural Context

Learning about types of cloud service models

Nowadays, it is common to refer to modern, cloud-native architectures by means of a number of different terms and acronyms. The as a service phrase is commonly used, meaning that every resource should be created and disposed of on-demand, automatically. Everything as a service is a wider term for this kind of approach. Indeed, with cloud computing and microservices, applications can use the resources of a swarm (or a cloud, if you want) of smaller components cooperating in a network.

However, such architectures are hard to design and maintain because, in the real world, the network is basically considered unreliable or at least has non-predictable performances. Even if the network behaves correctly, you will still end up with a lot of moving parts to develop and manage in order to provide core features, such as deploying and scaling. A common tool for addressing those issues is PaaS.

PaaS is an inflated term, or, better yet, every...