Book Image

Google Cloud Certified Professional Cloud Developer Exam Guide

By : Sebastian Moreno
Book Image

Google Cloud Certified Professional Cloud Developer Exam Guide

By: Sebastian Moreno

Overview of this book

Google Cloud Platform is one of the three major cloud providers in the industry, exhibiting great leadership in application modernization and data management. This book provides a comprehensive introduction for those who are new to cloud development and shows you how to use the tools to create cloud-native applications by integrating the technologies used by Google. The book starts by taking you through the basic programming concepts and security fundamentals necessary for developing in Google Cloud. You'll then discover best practices for developing and deploying applications in the cloud using different components offered by Google Cloud Platform such as Cloud Functions, Google App Engine, Cloud Run, and other GCP technologies. As you advance, you'll learn the basics of cloud storage and choosing the best options for storing different kinds of data as well as understand what site reliability engineers do. In the last part, you'll work on a sample case study of Hip Local, a community application designed to facilitate communication between people nearby, created by the Google Cloud team. By the end of this guide, you'll have learned how to design, develop, and deploy an end-to-end application on the Google Cloud Platform.
Table of Contents (21 chapters)
1
Section 1: Welcome to the Google Cloud Developers' Guide
4
Section 2: Developing and Modernizing Applications on Google Cloud Platform
9
Section 3: Storage Foundations
14
Section 4: SRE for Developers
17
Section 5: Analyzing a Sample Case Study

Improving your delivery speed with continuous integration and delivery pipelines

In the old days, when new functionality needed to be added to an application, it was necessary to perform a series of manual steps, such as downloading the source code, compiling and creating the artifact, running manual tests, reviewing security and code quality, and deploying the artifact on the servers.

Currently, thanks to the ease of provisioning resources in the cloud and the arrival of the DevOps culture in organizations, all these processes have been automated, which means that the time to deliver new functionalities to users has been reduced considerably. These automation processes are called continuous integration and delivery pipelines.

Continuous integration is where we automate tasks that take the source code of an application and carry out compilation, testing, and quality reviews in order to integrate changes with production branches.

Continuous delivery is an additional step of...