In the previous year, AWS Certification – AWS Amplify Studio has grown significantly. The number of active developers has increased with it, along with their developers’ ability to build better apps than before. This is due to the ease of use and benefits that AWS Amplify Studio offers. In this blog post, we will show you how easy it is to create your own full-stack app using AWS Amplify Studio.
The use of AWS Amplify Studio is simple and easy as you can start a new project, choose a template (or create your own one), start coding, and publish in just under 20 minutes.
We will start by creating a new project, then choose the client project (app in this case) and add a new service. This can be done by clicking on the plus or minus icon in the upper-right corner and selecting Add New Service. The project will have already configured all endpoints, so you can start coding right away.
AWS Amplify supports React and Angular out of the box, so you don’t need to install any additional libraries or configure anything else.
As the Amplify SDK is the most important part of any full-stack app, we will start with this by first building our back-end app (team tools) which will be the most important part of our app.
After setting up the API Gateway, let’s start customizing our app and adding a few functionalities to it.
Foremost, we will add authentication.
This can be done by opening the Authentication section in the left-side menu (View > Authentication Utilities > AWS Amplify Auth) and setting up user credentials (the default credentials will work fine for this demo).
We also need to connect our app with our endpoint for storing data in S3.
Again, this can be done by opening the section in the left-side menu (View > Auth Utilities > AWS Amplify S3).
Now we can take advantage of some other features of AWS Amplify such as CloudFormation and Connection Pooling.
The default CloudFormation template will work for the single-region backend, but we need to change it to support cross-region. You can do this by clicking on Settings in the top right corner and then selecting Cross Region… which will bring you to the settings page.
We are using an SQLite database as our storage, so we need to change the endpoint to be compatible with SQLite. We also need to configure our service to support Cross-Origin Resource Sharing (CORS).
At this point, we have created our backend app and configured it.
However, we still need to communicate with the database and create, update and delete data. By default, AWS Amplify uses Redux as the state management library. We also can use GraphQL with Amplify but we won’t cover this part in this post.
In this post, we’ll walk through how to create a full-stack app using AWS Amplify Studio. We’ll start by creating a new project and adding a few common resources like DynamoDB and Amazon SNS, then we will create an authentication mechanism that includes oAuth2 login and logout with Amazon Cognito. Finally, we will add analytics via Amazon Pinpoint.
If you’re just a beginner, you’ll find the tutorial helpful, but if you’re already familiar with AWS Amplify and want to see how to create a full-stack application using this integrated development environment (IDE), keep reading.
The app we will create will be called ‘fragment’ and is inspired by Buffer’s post with the same name. Our app will contain a fragment of content from one subreddit (or ‘subreddit’), which we will pull upon initialization.
AWS Amplify Studio is a GUI-based tool for building mobile and web apps using AWS cloud resources. In this post, we’ll walk you through the steps of building a full-stack web app with AWS Amplify Studio.
- Create your app with AWS AppSync to store data in an Amazon DynamoDB or Amazon Elasticsearch Service database.
- Add your API using our GraphQL Cloud Connector or JSON API Builder.
- Add authentication using Amazon Cognito.
- Connect your data to the front-end of your app using GraphQL Cloud Connector.
- Create a full-stack cloud app using AWS Amplify Studio.
We will use these steps to create an app that displays data from an Amazon DynamoDB database on the front-end and an Oracle database on the back-end, with a mobile client and web client (you can see a live version of the web version here).
We will use the following AWS services:
AWS CloudFormation to deploy our database and API stack in AWS. You can follow along with the step-by-step instructions here. AWS is an acronym for Amazon Web Services. It has a variety of services that can uses to build and scale applications on the cloud. We will discuss what each of these services is and how they fit into AWS in this post.
– Amazon API Gateway: AWS API Gateway handles all aspects related to web interactions, including proxying requests, managing traffic flow, load balancing, error handling, and managing capabilities as part of the request context.
Why people do AWS Certification
I do AWS Certification because I want to be a part of the global collaboration that is tech and a professional who has mastered their craft.
The AWS cloud computing platform offers a large variety of services and certifications to meet the needs of different industries that rely on the AWS cloud. These services include computing, storage, databases as well as many other developer goodies.
If you have a software background but want to enter into the field of IT. Then I would recommend doing some kind of certification in this area. Why? Well for one it will provide you with the knowledge and skills related to infrastructure engineering on AWS. Which is often requires by employers. Also, I would recommend it for the fact that all AWS certifications are incredibly useful. And you will always be able to leverage your skills on the services you have learned.
Many companies offer the AWS Certified Solutions Architect (CSA) certification as a stepping stone between other certifications. Such as AWS Certified Developer (ACD), or the more advanced Cloud Architect (CA) certification. As with all of these certs, it is important to not only pass this exam but to also know understand. How to use Amazon Web Services correctly and effectively.
Most of the AWS Certified Solutions Architect Exam is focused on understanding how to use AWS correctly, and in doing so, putting it to work. A large portion of the exam is spent completing challenges bases on different components of Amazon Web Services. Challenges can taken from the various AWS services such as Cloud Computing AWS EC2, RDS, or Elastic MapReduce; or they can include other Amazon services such as Mechanical Turk (MTurk). QuickSight Cloud DataStore, or Product Lifecycle Management (PLM) Service.
Amazon Web Services provide a large number of different AWS Certified Solutions Architect practice questions. Which help you to prepare for the certification exam. The AWS Solutions Architect Certification page on Amazon provides a list of all. The AWS Certified Solutions Architect (CSA) exam questions.
To undertake the CSA Exam, a candidate must have completed at least one year of any experience in an IT field and three years of experience as a certified IT professional, with these combined experience requirements having been met within two years before taking this exam.
