Kubernetes powered PaaS that runs in your own cloud. https://porter.run

Alexander Belanger 95bccb1bbf Merge branch 'beta.3.integration-frontend' of https://github.com/porter-dev/porter into beta.3.integration-frontend 5 年之前
.github 0869e96e0d Update staging.yaml 5 年之前
build e013a3ff6e update release builds for cgo 5 年之前
cli d1cbf60969 trigger oauth flow from CLI 5 年之前
cmd 6b809e354a invite backend done 5 年之前
dashboard 16cb22302a fixed cluster drawer always showing dashboard issue 5 年之前
docker 700e439e07 add remote dev nginx conf 5 年之前
docs ff17b95702 Create GCR.md 5 年之前
internal 37e3de96df Merge branch 'master' of https://github.com/porter-dev/porter into main 5 年之前
scripts b133d644f8 portersvr with ldflag and proper overwrite 5 年之前
server 0c3236040e cant read clustesr 5 年之前
.air.toml f1ac0e4b69 cli major update 5 年之前
.dockerignore d7b83fb445 onboarding with default sqlite 5 年之前
.gitignore 507ba65d39 delete tf directory 5 年之前
LICENSE 1f483861ca add MIT license 5 年之前
README.md 656ea667c4 Update README.md 5 年之前
docker-compose.dev.yaml a5c69a1bda stream ephemeral provisioning logs (no XACK) 5 年之前
go.mod ece33b99f6 configured postrenderer and cred helper with do registry 5 年之前
go.sum e5a719393c Merge pull request #227 from porter-dev/beta.3.integration-frontend 5 年之前

README.md

Porter

MIT License Go Report Card

Porter is a Kubernetes-powered PaaS that runs in your own cloud provider. Porter brings the Heroku experience to Kubernetes without compromising its flexibility. Get started on Porter without the overhead of DevOps and fully customize your infra later when you need to.

Provisioning View

Why Porter?

A PaaS that grows with your applications

A traditional PaaS like Heroku is great for minimizing unnecessary DevOps work but doesn't offer enough flexibility as your applications grow. Custom network rules, resource constraints, and cost are common reasons developers move their applications off Heroku beyond a certain scale.

Porter brings the simplicity of a traditional PaaS to your own cloud provider while preserving the configurability of Kubernetes. Porter is built on top of a popular Kubernetes package manager called Helm and is compatible with standard Kubernetes management tools like kubectl, preparing your infra for mature DevOps work from day one.

image

Features

Basics

  • One-click provisioning of a Kubernetes cluster in your own cloud console

    • ✅ AWS
    • 🚧 GCP
    • 🚧 Digital Ocean
  • Simple deploy of any public or private Docker image

  • Heroku-like GUI to monitor application status, logs, and history

  • Marketplace for one click add-ons (e.g. MongoDB, Redis, PostgreSQL)

  • Application rollback to previously deployed versions

  • Native CI/CD with buildpacks (Coming Soon)

DevOps Mode

For those who are familiar with Kubernetes and Helm:

  • Connect to existing Kubernetes clusters that are not provisioned by Porter
  • Visualize, deploy, and configure Helm charts via the GUI
  • User-generated form overlays for managing values.yaml
  • In-depth view of releases, including revision histories and component graphs
  • Rollback/update of existing releases, including editing of raw values.yaml

Graph View

CLI Installation

Mac

Run the following command to grab the latest binary:

{
name=$(curl -s https://api.github.com/repos/porter-dev/porter/releases/latest | grep "browser_download_url.*/porter_.*_Darwin_x86_64\.zip" | cut -d ":" -f 2,3 | tr -d \")
name=$(basename $name)
curl -L https://github.com/porter-dev/porter/releases/latest/download/$name --output $name
unzip -a $name
rm $name
}

Then move the file into your bin:

chmod +x ./porter
sudo mv ./porter /usr/local/bin/porter

For Linux and Windows installation, see our Docs.

Getting Started

  1. Sign up and log into Porter Dashboard.

  2. Create a Project and select a cloud provider you want to provision a Kubernetes cluster in.

  3. Put in your credentials, then Porter will automatically provision a cluster and an image registry in your own cloud account.

  4. Build and push your Docker image to the provisioned registry with the CLI.

  5. From the Templates tab on the Dashboard, select the Docker template. Click on the image you have just pushed, configure the port, then hit deploy.

Want to Help?

We welcome all contributions. Submit an issue or a pull request to help us improve Porter! porter