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argocd-example-apps

Example Apps to Demonstrate Argo CD

aws-config

aws-cost-optimization

aws-create-encrypted-ami

A python script to create an encrytped AMI of your EC2 instance.

aws-serverless-workshops

Code and walkthrough labs to set up serverless applications for Wild Rydes workshops

aws_codedeploy_example

This is a guide to host a site from an EC2 instance to a github repository index.html file.

codebuild

aws codebuild

codedeploy

codedeploy

codepipeline-ecs

codestar

GitHub repository for AWS CodeStar Python web service codestar.

crud-operations-php-mysql

PHP MySQL CRUD Operations Example using Object Oriented PHP

deploythroughelasticbeanstalk

DeployThroughElasticBeanstalk

docker-pipeline

docker_explanation

Maybe explaining the whole workflow can help. Everything starts with the Dockerfile. The Dockerfile is the source code of the Image. Once the Dockerfile is created, you build it to create the image of the container. The image is just the "compiled version" of the "source code" which is the Dockerfile. Once you have the image of the container, you should redistribute it using the registry. The registry is like a git repository -- you can push and pull images. Next, you can use the image to run containers. A running container is very similar, in many aspects, to a virtual machine (but without the hypervisor). This post explains many basic things about docker containers (it is talking about Docker and Puppet, but there are many concepts that can be used in any context)

eks

eks resources using terraform

eks-workshop-v2

Hands-on labs for Amazon EKS

emimall

emimall

example-java

Java Example

fetch_example

fetch_example

first

start

hello-world

tutorial for hello world

helloworld

maven-project

Source code for James Lee's Jenkins course

multibranch-pipeline

nowhere

phystem

prod-emimall

prod-emimall

service-discovery-ecs-dns

ARCHIVED: Service Discovery via DNS with ECS.

simple-lamp

Simple LAMP Web Application

terraform

terraform practices