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

Gałąź: revert-3844-fix-log-search
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porter
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d-g-town 89495950e9 Revert "[POR-1987] fix: remove escaping from log search term (#3844)" 2 lat temu
.github f6eb1e74c0 Update dev_cli.yml (#3961) 2 lat temu
api 9a1c046a2f fix null image artifacts return (#3964) 2 lat temu
build 9dd9c64953 add support for azure container registry 4 lat temu
cli bc6c6c6fb0 POR-2041: add defer func to update that cancels builds if workflow is canceled; handle cancel on front end (#3940) 2 lat temu
cmd 116f97f061 POR-1503: allow fallback to the database for feature flags (#3575) 2 lat temu
dashboard 89495950e9 Revert "[POR-1987] fix: remove escaping from log search term (#3844)" 2 lat temu
docker 5861dbf8f7 Add build analytics to stacks attempt #2, pin go version to all dockerfiles using 1.20 (#3299) 2 lat temu
docs fbe8968f00 Update documentation to simplify getting started (#2927) 3 lat temu
ee 5861dbf8f7 Add build analytics to stacks attempt #2, pin go version to all dockerfiles using 1.20 (#3299) 2 lat temu
internal 5e13f031e5 fix error message parsing for requesting too much memory error (#3963) 2 lat temu
pkg 3732ea2c23 move logger to /pkg directory 4 lat temu
provisioner 116f97f061 POR-1503: allow fallback to the database for feature flags (#3575) 2 lat temu
scripts fbe8968f00 Update documentation to simplify getting started (#2927) 3 lat temu
services 621c0d2a4c fix: correctly set ARG values (#3883) 2 lat temu
workers 5861dbf8f7 Add build analytics to stacks attempt #2, pin go version to all dockerfiles using 1.20 (#3299) 2 lat temu
zarf e855b9f05c POR-1703: add support for cloudflare dns (#3559) 2 lat temu
.air.provisioner.toml 090b24668a create new provisioner service to provision infrastructure 4 lat temu
.air.toml 025693a4f3 create ee dockerfile and change version ldflag 4 lat temu
.air.worker.toml dfbf5b936a initial recommender system for nginx 3 lat temu
.dockerignore 4283d8750d remove accidental overwrite of infra modules 4 lat temu
.gitignore 65b181f6b1 Support 3rd party tools which require kubeconfig (#3604) 2 lat temu
.prettierignore 4369eef02d prettier 5 lat temu
CONTRIBUTING.md 556dd5fd52 Update CONTRIBUTING.md 4 lat temu
LICENSE f7caf337e7 update license 4 lat temu
Makefile 47d3d3e69a add sentry to CLI 3 lat temu
README.md 78a0312dff Update README.md (#3838) 2 lat temu
Taskfile.yaml 35e6d0ed2e fix move to production (#3482) 2 lat temu
Tiltfile 1f7e999045 [POR-1990] add app instance table; reference app instance id in app revision; add vanity name and metadata to deployment target (#3841) 2 lat temu
go.mod c7a964b3cd add manual job run button (#3933) 2 lat temu
go.sum c7a964b3cd add manual job run button (#3933) 2 lat temu
go.work 18f085f42f Bump go version to 1.20 (#2719) 3 lat temu
go.work.sum 4bcf195d46 Update app api (#3909) 2 lat temu
porter.yaml 106023a42a [POR-997] Add CCP build to our preview env (#2831) 3 lat temu

README.md

Porter

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Porter is a Kubernetes-powered PaaS that runs in your own cloud provider. Porter brings the Heroku experience to your own AWS/GCP account, while upgrading your infrastructure to Kubernetes. Get started on Porter without the overhead of DevOps and customize your infrastructure later when you need to.

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Community and Updates

To keep updated on our progress, please watch the repo for new releases (Watch > Custom > Releases) and follow us on Twitter!

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 helm and is compatible with standard Kubernetes management tools like kubectl, preparing your infra for mature DevOps work from day one.

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Features

Basics

  • One-click provisioning of a Kubernetes cluster in your own cloud console
    • ✅ AWS
    • ✅ GCP
    • ✅ Azure
  • Simple deploy of any public or private Docker image
  • Auto CI/CD with buildpacks for non-Dockerized apps
  • Heroku-like GUI to monitor application status, logs, and history
  • Application rollback to previously deployed versions
  • Zero-downtime deploy and health checks
  • Monitor CPU, RAM, and Network usage per deployment
  • Marketplace for one click add-ons (e.g. MongoDB, Redis, PostgreSQL)

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

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Docs

Below are instructions for a quickstart. For full documentation, please visit our official Docs.

Getting Started

  1. Sign up and log into Porter Dashboard.

  2. Create a Project and put in your cloud provider credentials. Porter will automatically provision a Kubernetes cluster in your own cloud. It is also possible to link up an existing Kubernetes cluster.

  3. 🚀 Deploy your applications from a git repository or Docker image registry.