hethkar Goto Github PK

2048-in-react

:joystick: a 2048 clone built with React and Typescript. Including Animations!

ansible-elasticsearch

Ansible playbook for Elasticsearch

aws-rds-master-user-passgen

Generates a password to login as the master on AWD Relational Database Server provided via AWS Service Broker

awsstats

A tool for EC2 efficiency analysis based on Cloudwatch log

beautiful-jekyll

:sparkles: Build a beautiful and simple website in literally minutes. Demo at http://deanattali.com/beautiful-jekyll

cf_buildpacks_usage

Buildpack Usage Plugin

chaos-lemur

An adaptation of the Chaos Monkey concept to BOSH releases

chatbot_automation

ckad-exercises

A set of exercises to prepare for Certified Kubernetes Application Developer exam by Cloud Native Computing Foundation

continuous-delivery-cloud-native-java-apps-2423655

Continuous Delivery for Cloud Native Java Apps

data-on-eks

DoEKS is a tool to build, deploy and scale Data Platforms on Amazon EKS

devops-cicd-project1

devops-workshop

go-webapp-sample

golang, echo, gorm

guestbook-helm-chart

A Helm chart for the Guestbook sample app

hdoc

Test repo

hdoc2

Test repo

hethkar.github.io

openSUSE version of the beautiful-jekyll theme

java_app_3.0

jenkins-backup-script

archive jenkins setting and plugins

jenkins-shared-library

jenkins_shared_lib

jpetstore-6

A web application built on top of MyBatis 3, Spring 3 and Stripes

microservice-security

This is one of my projects under Udacity's Cloud Native Application Architecture Nanodegree. In this project, I have applied what I learned about STRIDE to threat model a microservices environment. Then, I defined its security architecture and its attack surfaces. Next, I hardened the application's Docker environment using Docker-bench. I also created an RKE cluster and walked through a testing methodology to harden a Kubernetes cluster. I then hardened and deployed a Flask application after identifying and remediating its vulnerable libraries and code using Grype and Trivy. Afterward, I implemented runtime monitoring using Grafana to visualize runtime security alerts via Sysdig Falco. I ran an unknown payload containing malicious commands into the Kubernetes cluster to simulate a security incident. Then, I remediated the incident, documented, and prepared an incident response report to be submitted to a Chief Technology Officer—describing the incident, its impact, and the remediation steps taken.

mytest

observability

This is one of my projects under Udacity's Cloud Native Application Architecture Nanodegree. In this project, I created dashboards that use multiple graphs to monitor a sample application deployed on a Kubernetes cluster. I used Prometheus, Jaeger, and Grafana to monitor, trace and visualize the needed metrics. First, I installed Helm, Jaeger, Grafana, and Prometheus in a Kubernetes cluster—ensuring that all pods and services are running for all the components. Then, I wrote service level indicator (SLI) metrics and built a dashboard to measure the KPIs. I added Jaeger spans to measure the processes on the backend of the Flask application and then integrated Jaeger's collected metric to the Grafana dashboard. Lastly, I created a dashboard containing graphs that capture all the metrics of the KPIs that adequately represented the SLIs and SLOs.

pcf-automation-gcp-paving

concourse pipline to automatically install PCF on GCP

pcf-paasify

Opinionated Terraform scripts for installing Pivotal Application Service (PCF) end-to-end

pcf-pipelines

PCF Pipelines

pcfup

A handy tool to semi-automatically upgrade Pivotal Cloud Foundry