Book Image

Salesforce Lightning Platform Enterprise Architecture - Third Edition

By : Andrew Fawcett
Book Image

Salesforce Lightning Platform Enterprise Architecture - Third Edition

By: Andrew Fawcett

Overview of this book

Salesforce Lightning provides a secure and scalable platform to build, deploy, customize, and upgrade applications. This book will take you through the architecture of building an application on the Lightning platform to help you understand its features and best practices, and ensure that your app keeps up with your customers’ increasing needs as well as the innovations on the platform. This book guides you in working with the popular aPaaS offering from Salesforce, the Lightning Platform. You’ll see how to build and ship enterprise-grade apps that not only leverage the platform's many productivity features, but also prepare your app to harness its extensibility and customization capabilities. You'll even get to grips with advanced application architectural design patterns such as Separation of Concerns, Unit Testing and Dependency Integration. You will learn to use Apex and JavaScript with Lightning Web Components, Platform Events, among others, with the help of a sample app illustrating patterns that will ensure your own applications endure and evolve with the platform. Finally, you will become familiar with using Salesforce DX to develop, publish, and monitor a sample app and experience standard application life cycle processes along with tools such as Jenkins to implement CI/CD. By the end of this book, you will have learned how to develop effective business apps and be ready to explore innovative ways to meet customer demands.
Table of Contents (17 chapters)

Summary

In this chapter, you learned that integration testing focuses on the scope of UIs or APIs exposed via your services to test the full stack of your code. It requires setting up the database, executing the code to be tested, and querying the database. These tests are critical to ensuring that all the components of your application deliver the expected behavior.

This chapter also introduced unit testing. Here, you learned that in order to make individual code components, classes, and methods as robust and future-proof as possible, developers can test each method in isolation without incurring the overhead of setting up the database or updating it. As such, unit tests run more quickly. Unit tests can increase coverage, as more corner-case testing scenarios can be emulated using the mocking of scenarios that would otherwise be impossible or difficult to set up on the database...