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Angular 6 for Enterprise-Ready Web Applications

Angular 6 for Enterprise-Ready Web Applications

By : Doguhan Uluca
3.8 (23)
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Angular 6 for Enterprise-Ready Web Applications

Angular 6 for Enterprise-Ready Web Applications

3.8 (23)
By: Doguhan Uluca

Overview of this book

Angular 6 for Enterprise-Ready Web Applications follows a hands-on and minimalist approach demonstrating how to design and architect high quality apps. The first part of the book is about mastering the Angular platform using foundational technologies. You will use the Kanban method to focus on value delivery, communicate design ideas with mock-up tools and build great looking apps with Angular Material. You will become comfortable using CLI tools, understand reactive programming with RxJS, and deploy to the cloud using Docker. The second part of the book will introduce you to the router-first architecture, a seven-step approach to designing and developing mid-to-large line-of-business applications, along with popular recipes. You will learn how to design a solid authentication and authorization experience; explore unit testing, early integration with backend APIs using Swagger and continuous integration using CircleCI. In the concluding chapters, you will provision a highly available cloud infrastructure on AWS and then use Google Analytics to capture user behavior. By the end of this book, you will be familiar with the scope of web development using Angular, Swagger, and Docker, learning patterns and practices to be successful as an individual developer on the web or as a team in the Enterprise.
Table of Contents (14 chapters)
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Containerizing the app using Docker

Docker docker.io is an open platform for developing, shipping, and running applications. Docker combines a lightweight container virtualization platform with workflows and tooling that help manage and deploy applications. The most obvious difference between Virtual Machines (VMs) and Docker containers are that VMs usually are dozens of gigabytes in size and require gigabytes of memory, whereas containers are megabytes in disk and memory size requirements. Furthermore, the Docker platform abstracts away host operating system (OS) level configuration settings, so every piece of configuration that is needed to successfully run an application is encoded within the human-readable Dockerfile format, as demonstrated here:

Dockerfile
FROM
duluca/minimal-node-web-server:8.11.1
WORKDIR /usr/src/app
COPY dist public

The preceding file describes a new container...

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