Book Image

Developing Multi-Platform Apps with Visual Studio Code

By : Ovais Mehboob Ahmed Khan, Khusro Habib
Book Image

Developing Multi-Platform Apps with Visual Studio Code

By: Ovais Mehboob Ahmed Khan, Khusro Habib

Overview of this book

Microsoft Visual Studio Code is a powerful, lightweight code editor for modern web and cloud development. It is a source code editor that can be used with a variety of programming languages, which works on multiple platforms such as Linux, Windows, and macOS. This book provides extensive coverage of the tools, functionalities, and extensions available within the VS Code environment that will help you build multi-platform apps with ease. You’ll start with the installation of VS Code and learn about various tools and features that are essential for development. Progressing through the chapters, you'll explore the user interface while understanding tips and tricks for increasing productivity. Next, you’ll delve into VS Code extensions and discover how they can make life easier for developers. Later, the book shows you how to develop a sample application with different programming languages, tools, and runtimes to display how VS code can be used effectively for development, before helping you get to grips with source code version management and deployment on Azure with VS Code. Finally, you’ll build on your skills by focusing on remote development with VS Code. By the end of this book, you’ll have the knowledge you need to use Visual Studio Code as your primary tool for software development.
Table of Contents (15 chapters)
1
Section 1: Introduction to Visual Studio Code
4
Section 2: Developing Microservices-Based Applications in Visual Studio Code
11
Section 3: Advanced Topics on Visual Studio Code

Summary

In this chapter, we started off by discussing the ways of establishing communication between services. We discussed the use of the message broker technique to achieve asynchronous communication and used Azure Event Hubs with the Kafka protocol.

We set up Azure Event Hubs using the ARM template and created two topics for job requests and notifications, respectively. We developed a background service in .NET Core using the .NET Core hosted service model and used the Confluent library to connect with Azure Event Hubs and listen to Kafka topics. Then, we modified the Node.js and Java APIs to support publishing events to respective Kafka topics.

Lastly, we explored how Dapr can provide us with various building blocks to accommodate different scenarios and looked at an alternative way of communicating to other services running alongside Dapr and publishing messages using output binding.

In the next chapter, we will develop a frontend SPA (single-app application) in Angular...