Setting up Material Design with Angular 6

Material Design started in 2014 and it was introduced by Google to provide a consistent look and feel across browsers. It combines animation effects with soothing colors, shadows, aptly measured margins/padding etc to improve the User experience. Back in the era of Flash/Flex, components designed using Flex has a visual appearance which felt natural. Without any need of adding styles, the plain Flex User Interface felt good. HTML components were lacking such natural appearance. Maintaining consistency across the browser was always a pain. With Material Design the UI aesthetics and interaction has improved dramatically.

Though Angular CLI enables you to quickly get started with creating a new project, it doesn’t come bundled with the Material design. Additional steps are required to integrate the Material Design and apply the styling to the components. In this article, we will learn the steps to integrate Material Design in Angular 6. We will extend this article and build following UI to understand some of the Material Design Components.
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Serverless website using Angular, AWS S3, Lambda, DynamoDB and API Gateway Part II

In the previous article, we created backend system using AWS Lambda, DynamoDB and API Gateway. Unlike the traditional way of hosting code on an application server, we leveraged AWS serverless technologies to host and deploy APIs. In this article, we will develop frontend code, deploy it using S3 static website hosting and finally access the APIs.
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Serverless website using Angular, AWS S3, Lambda, DynamoDB and API Gateway

Serverless architecture – you might have already heard this term. But have you tried to build one? And do you understand what Serverless architecture really means? Typically a web application requires an infrastructure to host Web Server, Application Server, and Database Server. Traditionally organizations had either their own datacenters or rented servers to manage such requirements. With Cloud – Pay as you use model has gained a lot of popularity. The headache of managing physical infrastructure has been moved to vendors like Amazon, Microsoft, and Google. Given all that, your team is still responsible to provision, monitor and manage the servers.

With Serverless Architecture, Organizations gain total freedom from managing infrastructure and can focus on building functionality. The need for scaling, patching and provisioning servers is opaque to the development team, rather it is a responsibility of a Cloud Vendor. In this article, we will build a Serverless architecture with a Dynamic Web Application using Angular, AWS S3, Lambda, DynamoDB, and API Gateway.
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