A

AWS SNS

This exercise guides you through the process of creating an event-driven application using Simple Notification Service (SNS) and Simple Queuing Service (SQS). The steps involve checking out a Git repository and running multiple instance of the application locally.

Terraform module to create alerts based on events from AWS services. Messages are sent to SNS, which can optionally be routed through to Lambda and SQS.

NOTE: There is a bug in the AWS provider version 6.14 that may prevent this module from working correctly under certain configurations. In those cases, I would advise pinning to 6.13.

Collecting information about Free, Used, and Full Space from all associated disks in Bytes. Sending the data to the CloudWatch Logs group with CloudWatch agent. Based on these logs the Metric filters will create metrics and based on these metrics we will have Cloudwatch Dashboard and CloudWatch Alarms. The alarms will send notifications with SNS topic.

GoLang library to effectively use the same code to Publish and Subscribe accross any of these cloud providers: AWS, GCP and Azure, i.e., write cloud agnostic code when it comes to PubSub. Will be adding functionality to provide cloud agnostic methods for Queue and extending existing methods to provide far more customizable options corresponding to each cloud's SDK

This serverless application will leverage the workflow capabilities of AWS Step Functions, the pub/sub messaging capabilities of Amazon SNS, and the processing capabilities of AWS Lambda. The AWS resources will be deployed using Terraform and GitLab

Service backed by Google Geocoding, National Weather Service API, AWS Lambda with Python 3.9, AWS SMS, and AWS SNS. Queries the National Weather Service using coordinates from Google Geocoding for an address. Sends out text notifications when the weather conditions are or will be one of configurable conditions.