Book Image

Serverless Programming Cookbook

By : Heartin Kanikathottu
Book Image

Serverless Programming Cookbook

By: Heartin Kanikathottu

Overview of this book

Managing physical servers will be a thing of the past once you’re able to harness the power of serverless computing. If you’re already prepped with the basics of serverless computing, Serverless Programming Cookbook will help you take the next step ahead. This recipe-based guide provides solutions to problems you might face while building serverless applications. You'll begin by setting up Amazon Web Services (AWS), the primary cloud provider used for most recipes. The next set of recipes will cover various components to build a Serverless application including REST APIs, database, user management, authentication, web hosting, domain registration, DNS management, CDN, messaging, notifications and monitoring. The book also introduces you to the latest technology trends such as Data Streams, Machine Learning and NLP. You will also see patterns and practices for using various services in a real world application. Finally, to broaden your understanding of Serverless computing, you'll also cover getting started guides for other cloud providers such as Azure, Google Cloud Platform and IBM cloud. By the end of this book, you’ll have acquired the skills you need to build serverless applications efficiently using various cloud offerings.
Table of Contents (12 chapters)

Introduction

In this chapter, we will learn to build a data store for our serverless applications using Amazon DynamoDB. DynamoDB is a fully managed NoSQL database service and is the primary data store in AWS for building serverless applications. If you have strict relational use cases, you may also consider Amazon Aurora, which is a fully managed relational database service. If you need more analytical features, such as aggregations, along with NoSQL flexibility, you may explore the Amazon Elasticsearch service.

A relational data model table consists of rows (records) with a fixed number of columns, and is queried using Structured Query Language (SQL). Different NoSQL databases are classified into different families, such as key-value store, document store, columnar, graph, and so on, and have different query mechanisms. DynamoDB has characteristics of both key-value and document...