auth
FreeAuthentication and authorization patterns for Rossoctl services
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Setup local environment for HyperShift testing. Installs hcp CLI, ansible collections, and configures credentials.
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See how to installReview the instructions the agent will receive before you install.
Setup the local development environment for HyperShift cluster provisioning.
Before running setup:
pip install ansible-core# 1. Run preflight check first
./.github/scripts/hypershift/preflight-check.sh
# 2. Setup credentials (requires IAM admin - first time only)
./.github/scripts/hypershift/setup-hypershift-ci-credentials.sh
# 3. Setup local tools
./.github/scripts/hypershift/local-setup.sh
.env.rossoctl-hypershift-custom or .env.hypershift-ci~/.local/bin~/.pullsecret.json# Run the setup script
./.github/scripts/hypershift/local-setup.sh
Expected output:
✓ Loaded credentials from .env.rossoctl-hypershift-custom
✓ hcp CLI installed to ~/.local/bin
✓ Cloned to .../hypershift-automation
✓ Ansible collections installed
✓ Python dependencies installed
✓ Pull secret saved to ~/.pullsecret.json
✓ Management kubeconfig verified
# Create your first cluster
./.github/scripts/hypershift/create-cluster.sh
# Or run full test workflow
./.github/scripts/local-setup/hypershift-full-test.sh --skip-cluster-destroy
If automatic download fails:
# 1. Get the console downloads URL
oc get consoleclidownloads hcp-cli-download -o jsonpath='{.spec.links}'
# 2. Download from OpenShift console
# Go to: ? → Command Line Tools → Download hcp CLI
# 3. Extract to ~/.local/bin
tar -xzf hcp-*.tar.gz && mv hcp ~/.local/bin/
chmod +x ~/.local/bin/hcp
# 4. Add to PATH (add to ~/.zshrc or ~/.bashrc)
export PATH="$HOME/.local/bin:$PATH"
ansible-galaxy collection install kubernetes.core amazon.aws community.general --force-with-deps
pip install boto3 botocore kubernetes openshift PyYAML
cd ..
git clone -b add-additional-tags-support https://github.com/Ladas/hypershift-automation.git
The setup creates .env.rossoctl-hypershift-custom (or .env.hypershift-ci):
# AWS credentials (scoped to MANAGED_BY_TAG)
export AWS_ACCESS_KEY_ID="..."
export AWS_SECRET_ACCESS_KEY="..."
export AWS_REGION="us-east-1"
# Cluster configuration
export MANAGED_BY_TAG="rossoctl-hypershift-custom"
export BASE_DOMAIN="octo-emerging.redhataicoe.com"
export HCP_ROLE_NAME="rossoctl-hypershift-custom-hcp-role"
# Management cluster access
export KUBECONFIG="$HOME/.kube/rossoctl-hypershift-ci-mgmt.kubeconfig"
# Pull secret (for accessing Red Hat registries)
export PULL_SECRET='{"auths":{...}}'
# Check hcp CLI
hcp version
# Check ansible
ansible-playbook --version
ansible-galaxy collection list | grep -E "kubernetes|amazon|community"
# Check AWS credentials
aws sts get-caller-identity
# Check management cluster access
source .env.rossoctl-hypershift-custom
oc get hostedclusters -n clusters
# Add ~/.local/bin to PATH
export PATH="$HOME/.local/bin:$PATH"
# Check if installed
ls -la ~/.local/bin/hcp
# Reinstall collections
ansible-galaxy collection install kubernetes.core amazon.aws community.general --force
# Check sibling directory
ls -la ../hypershift-automation
# Re-run setup
./.github/scripts/hypershift/local-setup.sh
# Verify credentials work
source .env.rossoctl-hypershift-custom
aws sts get-caller-identity
# If using wrong credentials (e.g., CI instead of admin)
unset AWS_ACCESS_KEY_ID AWS_SECRET_ACCESS_KEY
# Re-login to management cluster
oc login <management-cluster-url>
# Re-run credentials setup
./.github/scripts/hypershift/setup-hypershift-ci-credentials.sh
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Authentication and authorization patterns for Rossoctl services
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Create confidential OAuth2 clients in Keycloak for server-to-service authentication
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Configure MLflow with mlflow-oidc-auth plugin for Keycloak OIDC authentication
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Configure OpenTelemetry Collector with OAuth2 authentication for trace export
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CI pipeline monitoring, status checks, and PR validation workflows
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Monitor running CI jobs, wait for completion, create tasks for results
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