By the end of this course, you will be able to:

• Explain what S3 is, what it stands for, and its various use cases
• Define bucket and object
• Describe the purpose of versioning
• Outline the various aspects that you can configure when hosting a website in an S3 bucket
• Recall what a virtual private cloud is and what it enables one to do
• List the various concepts related to VPCs
• Distinguish the purpose between public and private subnets
• Indicate how various instance types may differ
• Discuss how you would go about associating a public subnet with a public route table
• Create your development environment based on your operating system

By the end of this course, you will be able to:

• Create a development user for an account on AWS
• Log into AWS Console
• Manage AWS Credentials
• Set up environment variables for Terraform deployments
• Configure IDE to use Terraform efficiently by installing a Terraform plugin
• Create a VPC environment
• Outline the concept of route tables for private and public routes
• Establish elastic IP for NAT and Internet gateways
• Categorize security groups for EC2 instances and ELB
• Discuss launch configuration for private and public EC2 instances
• Classify an auto-scaling group and policy for private and public EC2 instances
• Test the whole architecture

By the end of this course, you will be able to:

• Describe the essential features of Pivotal Cloud Foundry software
• Outline the basic CF commands needed to operate with the platform
• Recognise relevant Cloud Foundry dashboard elements
• Describe the process of integrating an application to PCF
• Outline Cloud computing as well as its usefulness in today's enterprise
• Indicate the advantages of utilising Cloud computing in modern IT
• Distinguish among Cloud-based services like SaaS, PaaS and IaaS
• Recall the procedures for creating a PostgreSQL database using Spring
• Describe the features of a Platform-as-a-Service (PaaS)
• Explain the processes for developing and deploying a new app in CF
• Discuss how to use the log to manage apps and ‘instances’ in CF
• Define the interaction between the CF environmental variables and deployed applications

By the end of this course, you will be able to:

• Identify the various tools used for development
• Distinguish between relational (RDS) and non-relational (DynamoDB) databases
• Create an RDS PostgreSQL instance
• Discuss the arguments required for the create_db_instance
• Explain the role of Postico and pgAdmin
• List the benefits of using the downloadable version of DynamoDB
• Define the notion of backup instance
• Create a table with DynamoDB

By the end of this course, you will be able to:

• Outline the steps involved in creating an AWS user account
• Explain the procedure for logging into the AWS Console
• Recognise the ways to manage AWS Credentials
• Identify the various operating systems used for the development
• State the methods of configuring IDE to utilise Terraform efficiently
• Define the concept of a virtual private cloud (VPC) environment
• Describe the process of establishing elastic IP for NAT and Internet gateways
• Discuss the methods of registering a domain with Route 53
• Indicate the ways to dockerise the Spring Boot applications
• Recall the steps involved in deploying a Fargate Spring Boot application

By the end of this course, you will be able to:

• Explain the concepts of Spring and Spring Boot
• Outline the process of installing Java and IntelliJ on various operating systems
• Identify the steps in creating a Spring Boot Application using Spring Initializr
• Describe the procedure for packaging using Maven
• Discuss the notions of Dependency Injection and Inversion of Control
• List the steps involved in developing Spring MVC, Data, REST API and Thymeleaf applications
• Indicate the methods for creating entities and repositories
• State the procedure for implementing HTTP requests with REST Template and Feign Client
• Identify the tools used in creating a CRUD application

By the end of this course, you will be able to:

• Analyze the importance and advantages of messaging technologies
• Distinguish the features of the STOMP, MQTT and AMQP protocols
• Explain the basics of messaging with RabbitMQ, like ‘exchange’ and ‘queue’
• Discuss the functionalities of ‘topics’ and ‘binding’ procedures
• Outline the technical usage of the RabbitMQ dashboard
• Recall the binding process between the exchanges and queueing
• Describe the development of messages utilising the RabbitMQ template
• Define the configuration of binary messages within RabbitMQ
• Describe the building process of queues with Java language
• Explain the configuration of exchanges, fanout and headers
• Determine the method used to bind the exchanges settings with queues
• Discuss asynchronous communication within RabbitMQ

By the end of this course, you will be able to:

• Outline the procedure for creating a queue and a topic
• Explain the steps to get attributes of an existing queue
• State the coding steps to allow a user to subscribe to emails for a particular topic
• Discuss the various measures of SQS and SNS
• Identify the critical steps to opt-out of SMS and emails subscriptions
• Summarise the differences in the creation of the Python, JavaScript, and Java Lambda functions
• List the steps to install the Eclipse AWS Plugin
• State the procedure for invoking a Lambda function via code
• Indicate the methods of creating an alias for function versions