mist - A distributed, tag-based pub-sub service for modern web applications and container-driven cloud

•    Go

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Mist is a simple pub/sub based on the idea that messages are tagged. To subscribe, a client simply constructs a list of tags that it is interested in, and all messages that are tagged with all of those tags are sent to that client. A client can not only be a subscriber (with multiple active subscriptions), but also a publisher. Clients will receive messages for any tags they are subscribed, except message publish by themselves.

pub-sub nanobox tcp-client websocket-client messaging developer-tools devtools nanopack

shaman - Small, lightweight, api-driven dns server.

•    Go

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Small, clusterable, lightweight, api-driven dns server. The connection string looks like scribble://localhost/path/to/data/store.

dns dns-server devops developer-tools devtools nanobox clustering nanopack

devspace - Cloud Native Software Development with Kubernetes and Docker - simply run "devspace up" in any of your projects and start coding directly on top of Kubernetes (works with minikube, self-hosted and cloud-based clusters)

•    Go

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With a DevSpace, you can build, test and run code directly inside any Kubernetes cluster. You can run devspace up in any of your projects and the client-only DevSpace CLI will start a DevSpace within your Kubernetes cluster. Keep coding as usual and the DevSpace CLI will sync any code change directly into the containers of your DevSpace. No more waiting for re-building images, re-deploying containers and restarting applications on every source code change. Simply edit your code with any IDE and run your code instantly inside your DevSpace.

kubernetes cloud-native devspace microservice cli helm kaniko minikube docker container containerization devtool development development-tools devops development-environment developer-tools devops-tools dev

origin - Enterprise Kubernetes for Developers

•    Go

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OpenShift Origin is a distribution of Kubernetes optimized for continuous application development and multi-tenant deployment. OpenShift adds developer and operations-centric tools on top of Kubernetes to enable rapid application development, easy deployment and scaling, and long-term lifecycle maintenance for small and large teams.For questions or feedback, reach us on IRC on #openshift-dev on Freenode or post to our mailing list.

openshift kubernetes openshift-origin paas caas ci-cd devops containers continuous-delivery continuous-deployment continuous-integration devops-tools

Vagrant - Automatic Deployment Tool

•    Ruby

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Vagrant is a tool for building complete development environments. With an easy-to-use workflow and focus on automation, Vagrant lowers development environment setup time, increases development/production parity. Machines are provisioned on top of VirtualBox, VMware, AWS, or any other provider. Then, industry-standard provisioning tools such as shell scripts, Chef, or Puppet, can be used to automatically install and configure software on the machine.

build-tool deployment automation development-environment

amazon-ecs-cli - A custom Amazon ECS CLI that eases up the cluster setup process, enables users to run their applications locally or on ECS using the same Docker Compose file format and familiar Compose commands

•    Go

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The Amazon ECS Command Line Interface (CLI) is a command line interface for Amazon EC2 Container Service (Amazon ECS) that provides high-level commands to simplify creating, updating, and monitoring clusters and tasks from a local development environment. The Amazon ECS CLI supports Docker Compose, a popular open-source tool for defining and running multi-container applications. Use the CLI as part of your everyday development and testing cycle as an alternative to the AWS Management Console.For more information about Amazon ECS, see the Amazon ECS Developer Guide. For information about installing and using the Amazon ECS CLI, see the ECS Command Line Interface.

yoke - Postgres high-availability cluster with auto-failover and automated cluster recovery.

•    Go

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Yoke is a Postgres redundancy/auto-failover solution that provides a high-availability PostgreSQL cluster that's simple to manage. Note: The ini file can be named anything and reside anywhere. All Yoke needs is the /path/to/config.ini on startup.

postgres auto-failover redundancy nanobox availability-cluster cluster nanopack

Docker-Secure-Deployment-Guidelines - Deployment checklist for securely deploying Docker

•    

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Within today’s growing cloud-based IT market, there is a strong demand for virtualisation technologies. Unfortunately most virtualisation solutions are not flexible enough to meet developer requirements and the overhead implied by the use of full virtualisation solutions becomes a burden on the scalability of the infrastructure. Docker reduces that overhead by allowing developers and system administrators to seamlessly deploy containers for applications and services required for business operations. However, because Docker leverages the same kernel as the host system to reduce the need for resources, containers can be exposed to significant security risks if not adequately configured. The following itemised list suggests hardening actions that can be undertaken to improve the security posture of the containers within their respective environment. It should be noted that proposed solutions only apply to deployment of Linux Docker containers on Linux-based hosts, using the most recent release of Docker at the time of this writing (1.4.0, commit 4595d4f, dating 11/12/14). Part of the content below is based on publications from Jérôme Petazzoni [1] and Daniel J Walsh [2]. This document aims at adding on to their recommendations and how they can specifically be implemented within Docker. Note: Most of suggested command line options can be stored and used in a similar manner inside a Dockerfile for automated image building. Docker 1.3 now supports cryptographic signatures [3] to ascertain the origin and integrity of official repository images. This feature is however still a work in progress as Docker will issue a warning but not prevent the image from actually running. Furthermore, it does not apply to non-official images. In general, ensure that images are only retrieved from trusted repositories and that the --insecure-registry=[] command line option is never used.

Truffle - The most popular Ethereum development framework

•    Javascript

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Truffle is the most popular development framework for Ethereum with a mission to make your life a whole lot easier.

ethereum framework blockchain solidity smart-contracts smart-contract-tools ethereum-development programming-language

Okteto - A Tool for Cloud Native Developers

•    Go

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Kubernetes has made it very easy to deploy applications to the cloud at a higher scale than ever, but the development practices have not evolved at the same speed as application deployment patterns. Today, most developers try to either run parts of the infrastructure locally, or just test these integrations directly in the cluster via CI jobs or the "docker build, docker push, kubectl apply" cycle. It works, but this workflow is painful and incredibly slow.

kubernetes cloud-native-developers docker cloud-computing minikube gke helm developer-tools development programming devops cloud-native microservices

Apollo - :rocket: An open-source platform for cloud native applications based on Apache Mesos and Docker

•    Python

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Apollo is an open source project to aid with building and deploying IAAS and PAAS services. It is particularly geared towards managing containerized applications across multiple hosts, and big data type workloads. Apollo leverages other open source components to provide basic mechanisms for deployment, maintenance, and scaling of infrastructure and applications.However, the majority of initial development is happening on AWS so most of our instructions and scripts are built around that. Stayed tuned for more cloud provider support! If you make it work on other infrastructure please let us know and contribute instructions/code. For more info on cloud support see our roadmap.

capgemini apollo mesos docker paas containers

vagrant-mesos - Spin up your Mesos Cluster with Vagrant! (VirtualBox and AWS)

•    Ruby

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This spins up Mesos 0.22.1 cluster and also spins up a framework server node in which Marathon (0.8.2) and Chronos (2.1.0) are running. This means you can build your own Mesos+Marathon+Chronos+Docker PaaS with vagrant up!! Marathon works as distributed init.d and Chronos works as distributed cron!! If you wanted to deploy docker containers, please refer to the chapter "Deploy Docker Container with Marathon" in this blog entry. The mesos installation is powered by Mesos chef cookbook. Please see everpeace/cookbook-mesos.

dev-setup - Mac OS X development environment setup: Easy-to-understand instructions with automated setup scripts for developer tools like Vim, Sublime Text, Bash, iTerm, Python data analysis, Spark, Hadoop MapReduce, AWS, Heroku, JavaScript web development, Android development, common data stores, and dev-based OS X defaults

•    Python

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dev-setup is geared to be more of an organized reference of various developer tools.You're not meant to install everything.

mac vim sublime-text bash iterm2 spark aws cloud android-development cli git mysql postgresql mongodb redis elasticsearch nodejs

dockrails - Simple CLI to Generate and Run a Rails environment with Docker (in Development) !

•    Ruby

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This Gem include a CLI that generate your docker environment then provide a simple command to run it. Bundler Gems, DB and Redis data are persisted across restart and you can use ByeBug or Pry out of the box easily.

rails docker-environment cli

docker-osx-dev - A productive development environment with Docker on OS X

•    Shell

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As of March 4, 2018, this project is no longer actively maintained. The Docker for Mac app has made significant improvements in terms of mounted volume performance and file watching, so docker-osx-dev is no longer necessary. I tried many different solutions (see Alternatives) that didn't work until I finally stumbled across one that does: rsync. With rsync, build and compilation performance in mounted folders is on par with native OS X performance and standard file watching mechanisms work properly too. However, setting it up correctly is a painful process that involves many steps, so to make life easier, I've packaged this process up in this docker-osx-dev project.

docker boot2docker osx rsync developer-tools

kubefwd - Bulk port forwarding Kubernetes services for local development.

•    Go

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Read Kubernetes Port Forwarding for Local Development for background and a detailed guide to kubefwd. kubefwd is a command line utility built to port forward some or all pods within a Kubernetes namespace. kubefwd uses the same port exposed by the service and forwards it from a loopback IP address on your local workstation. kubefwd temporally adds domain entries to your /etc/hosts file with the service names it forwards.

kubernetes cli devtools developer-tools networking port-forwarding port-forward k8s kubernetes-service brew kubernetes-namespace homebrew docker-container devops-tools devops proxy microservices

tsuru - Open source, extensible and Docker-based Platform as a Service (PaaS).

•    Go

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tsuru is an extensible and open source Platform as a Service (PaaS) that makes application deployments faster and easier. tsuru is an open source polyglot cloud application platform (PaaS). With tsuru, you don’t need to think about servers at all. It keeps your apps running by rebalancing resources and recovering failed units and nodes automatically. It helps to grow your application dynamically allocating resources with ease. It is integrated with EC2, Apache Cloudstack which allows auto provisioning simple, painless and fast.

paas docker containers devops swarm kubernetes platform-as-a-service

Docker - The Linux container engine

•    Go

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Docker is an open-source engine that automates the deployment of any application as a lightweight, portable, self-sufficient container that will run virtually anywhere. Common use cases for Docker include Automating the packaging and deployment of applications, Creation of lightweight, private PAAS environments, Automated testing and continuous integration/deployment, Deploying and scaling web apps, databases and backend services

container linux-container packaging deployment package-manager

jupyterhub-deploy-docker - Reference deployment of JupyterHub with docker

•    Python

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jupyterhub-deploy-docker provides a reference deployment of JupyterHub, a multi-user Jupyter Notebook environment, on a single host using Docker. This deployment is NOT intended for a production environment. It is a reference implementation that does not meet traditional requirements in terms of availability nor scalability.

docker-container jupyterhub jupyter-notebook docker-volumes jupyter docker-deployment

Telepresence - Local development against a remote Kubernetes or OpenShift cluster

•    Python

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Telepresence substitutes a two-way network proxy for your normal pod running in the Kubernetes cluster. This pod proxies data from your Kubernetes environment (e.g., TCP connections, environment variables, volumes) to the local process. The local process has its networking transparently overridden so that DNS calls and TCP connections are routed through the proxy to the remote Kubernetes cluster.

kubernetes docker proxy tunnel vpn minikube