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The Angular framework is a re-write of popular framework AngularJS (and rename of Angular 1 and 2). This course covers the important differences for your HTML and CSS approach; introduces various requirements and testing strategies; explains refactoring expectations for your early technology architecture; shows how and why the newest version of Angular performs better than AngularJS; and discusses how Angular is now simpler to write and read, and easier to learn. Angular is a platform and framework for building single-page client applications using HTML and TypeScript. Angular is written in TypeScript. It implements core and optional functionality as a set of TypeScript libraries that you import into your apps. The architecture of an Angular application relies on certain fundamental concepts. The basic building blocks of Angular are NgModules, which provide a compilation context for components. NgModules collect related code into functional sets; an Angular app is defined by a set of NgModules. An app always has at least a root module that enables bootstrapping, and typically has many more feature modules.

• Components define views, which are sets of screen elements that Angular can choose among and modify according to your program logic and data.
• Components use services, which provide specific functionality not directly related to views. Service providers can be injected into components as dependencies, making your code modular, reusable, and efficient.

Modules, components and services are classes that use decorators. These decorators mark their type and provide metadata that tells Angular how to use them.

• The metadata for a component class associates it with a template that defines a view. A template combines ordinary HTML with Angular directives and binding markup that allow Angular to modify the HTML before rendering it for display.
• The metadata for a service class provides the information Angular needs to make it available to components through dependency injection (DI).

An app's components typically define many views, arranged hierarchically. Angular provides the Router service to help you define navigation paths among views. The router provides sophisticated in-browser navigational capabilities.

• How to create a front-end using React?
• How to set up a server using Node.js?
• How to effectively communicate between the front- and back-end?

• Jenkins CI server installed and configured on Windows
• Git as the source control system
• Java as the main programming language of build projects
• Maven as the build tool
• Findbugs, PMD, and Checkstyle as the static code analysis tools
• Tomcat as the deployment server
• Setup Jenkins in AWS using Lightsail
• Use EC2 Plugin for Auto-scaling

This is a beginner's course designed to show how to setup and run a Jenkins CI server starting with continuous inspection (build, test and analysis) for users of Windows-based systems. This course provides a strong foundation for implementing continuous inspection and integration at your company or studio. In order to keep the course short and to-the-point, several decisions were made in order to provide a complete path to continuous integration. The pipeline created in this course consists of the following: • Jenkins CI server installed and configured on Windows • Git as the source control system • Java as the main programming language of build projects • Maven as the build tool This set of tools provides a comprehensive, end-to-end implementation continuous integration pipeline. Jenkins can be installed on many operating systems and supports a myriad of tools and technologies -- which means, this course provides tremendous value to those comfortable or interested in other operating systems and/or technologies.