Google Cloud - GKE

See the options to try out hoop.dev

​Options

• Cloud Version Managed by hoop.dev. Create a free account now

• Deploy and manage your own hoop.dev instance by following this guide.

​Get started

Installing hoop.dev in your infrastructure is straightforward. After everything is properly installed and configured, you will have a web interface to create and manage access to your connections for everyone you invite to use it.

Deployment options

AWS

This deployment leverages AWS CloudFormation

Azure AKS

This deployment leverages AWS CloudFormation

Google Cloud GKE

This deployment leverages AWS CloudFormatio

DockerRun locally or remotely in any Linux instance.

In Version 1,

To install the latest version in a new namespace (example: appdemo). Issue the command below:

Overwriting or passing new attributes

It is possible to add new attributes or overwrite an attribute from a base values.yaml file. In the example below, we enable the deployment of an agent running side by side with the gateway.

helm upgrade --install hoop \
  https://releases.hoop.dev/release/$VERSION/hoop-chart-$VERSION.tgz \
  -f values.yaml \
  --set agentConfig.HOOP_KEY=<AUTH_KEY> \
  --set agentConfig.LOG_LEVEL=debug

Overview

Pre-requisites

a. Flux CLI, kubectl & Cloud Provider CLI

Homebrew

Install Kubectl

brew install fluxcd/tap/flux

Install Flux CLI

brew install fluxcd/tap/flux

bash

With Bash for macOS and Linux:

curl -s https://fluxcd.io/install.sh | sudo bash

yay

With yay (or another AUR helper) for Arch Linux:

yay -S flux-bin

nix

With nix-env for NixOS:

nix-env -i fluxcd

Chocolatey

With Chocolatey for Windows:

choco install flux

1. Deploy Infrastructure

Use Existing Cluster

If you wish to

AWS

Azure

DigitalOcean

To create Kubernetes Cluster using portal, click here.

1. Use the token to grant doctl access to your DigitalOcean account.

   doctl auth init

2. Finally, run doctl kubernetes cluster create. Basic usage looks like this, but you

   The following example creates a cluster named example-cluster in the nyc1 region with a node pool, using Kubernetes version 1.28.2-do.0:

   doctl kubernetes cluster create example-cluster --region nyc1 --version 1.28.2-do.0 --maintenance-window saturday=02:00 --node-pool "name=example-pool;size=s-2vcpu-2gb;count=5;tag=web;tag=frontend;label=key1=value1;label=key2=label2;taint=key1=value1:NoSchedule;taint=key2:NoExecute"

2. Deploy Application

GitHub

To create a fork of a repository, use the gh repo fork subcommand.

gh repo fork REPOSITORY

Gitlab

1. Create an empty repository in Gitlab

2. Set the original Github repository as upstream:

   git remote add upstream https://github.com/kaytu-io/kaytu-flux

3. Fetch the original Github repository changes

   git pull upstream master

4. Start developing and pushing to your own Gitlab repository

   git push origin master

Azure DevOps

It's recommended to create new project, but not required. click here for more details.

1. Create a new Project

2. On the Files page of the empty Git repository, select Import and enter the clone URL. You will need to provide credentials if the source repository requires authentication.

   

   Import Repository into an existing repository

Bitbucket

1. Create an empty repository in Gitlab

2. Clone the repo

   git clone https://github.com/kaytu-io/kaytu-flux

3. Change origin

   cd kaytu-flux/
   git remote add origin [e-mail]:foo/bar.git

4. Commit to git server

   git push origin master

Git Server

1. Create an empty repository in Gitlab

2. Clone the repo

   git clone https://github.com/kaytu-io/kaytu-flux

3. Change origin

   cd kaytu-flux/
   git remote add origin [e-mail]:foo/bar.git

4. Commit to git server

   git push origin master

3. Login and Validate

4. Connect Environments

a. AWS Accounts

b. Azure Subscriptions

5. Start Governing

Invite Others

Setup SSO

Setup SSL