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Run the prepare manifests command, using as a parameter the name of your site

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./knictl

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prepare_manifests

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$SITE_NAME

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For

...

example:
./knictl

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prepare_manifests

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community.baremetal.edge-sites

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.net

Remember that the generated files there have a validity of 24 hours. If you don't finish the installation on that time, you'll need to re-run this command.

Deploy masters

./knictl deploy_masters $SITE_NAME

This will deploy a bootstrap VM and begin to bring up your master nodes.  After this command has successfully executed, monitor your cluster as you normally would while the masters are deploying.  Once the masters have reached the ready state, you can then deploy your workers.

Deploy workers

It may be possible that, as workers are not present on this point, some operators could fail. You can check API and nodes availability with:

$HOME/.kni/$SITE_NAME/requirements/oc get nodes

When all master nodes are shown as ready, you can start deployment of your workers

Deploy workers

./knictl deploy_workers $SITE_NAME

This will begin to bring up your worker nodes.  Monitor your worker nodes are you normally would during this process.  If the deployment doesn't hit any errors, you will then have a working baremetal cluster.After masters and workers are up, you can apply the workloads using the general procedure as shown  here

Accessing the Cluster

After the deployment finishes, a kubeconfig file will be placed inside auth directory:

...

You can monitor the state of the cluster with:

$HOME/.kni/$SITE_NAME/

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requirements/openshift-install --dir ocp wait-for install-complete

It may happen that the monitor of this process stops at 93%-94%. This is fine, you can just launch again, or simply start using the cluster, as mostly all operators will come online over the time.

Prepare to deploy CentOS nodes

The default installation is totally automated for RHCOS. However, there is the possibility to deploy CentOS nodes, but this requires some specific preparation steps:

• Download DVD iso from http://isoredirect.centos.org/centos/7/isos/x86_64/ , place it on /tmp

• Mount it:

  Code Block
  language bash
  mount -o loop /tmp/CentOS-7-x86_64-DVD-1810.iso /mnt/ mkdir -p $HOME/.kni/$SITE_NAME/baremetal_automation/matchbox-data/var/lib/matchbox/assets/centos7 cp -ar $HOME/.kni/$SITE_NAME/baremetal_automation/matchbox-data/var/lib/matchbox/assets/centos7/ umount /mnt

  
  

• Prepare a $HOME/settings_upi.env file with the following parameters:

  Code Block
  language bash
  export CLUSTER_NAME="$CLUSTER_NAME" export BASE_DOMAIN="$CLUSTER_DOMAIN" export PULL_SECRET='your_pull_secret' export KUBECONFIG_PATH=$HOME/.kni/$SITE_NAME/baremetal_automation/ocp/auth/kubeconfig export OS_INSTALL_ENDPOINT=http://172.22.0.1:8080/assets/centos7

  
  

• Navigate to the kickstart script generation and execute it, copying the generated kickstart file:

  Code Block
  language bash
  cd $HOME/.kni/$SITE_NAME/baremetal_automation/kickstart/ bash add_kickstart_for_centos.sh cp centos-worker-kickstart.cfg $HOME/.kni/$SITE_NAME/baremetal_automation/matchbox-data/var/lib/matchbox/assets/

  
  

• After that, you are ready to deploy your CentOS workers with the usual procedure.

After masters and workers are up, you can apply the workloads using the general procedure as shown here

Accessing the Cluster

After the deployment finishes, a kubeconfig file will be placed inside auth directory:

export KUBECONFIG=$HOME/.kni/$SITE_NAME/final_manifests/auth/kubeconfig

Then cluster can be managed with the kubectl or oc (drop-in replacement with advanced functionality) CLI tools.

To verify a correct setup, you can check again the nodes, and see if masters and workers are ready:

$HOME/.kni/$SITE_NAME/requirements/oc get nodes

You also can check if the cluster is available:

$HOME/.kni/$SITE_NAME/requirements/oc get clusterversion

You can also verify that the console is working, the console url is the following:

 https://console-openshift-console.apps.$CLUSTER_NAME.$CLUSTER_DOMAIN

You can enter the console with kubeadmin user and the password that is shown at the end of the installThen cluster can be managed with the kubectl or oc (drop-in replacement with advanced functionality) CLI tools. To get the oc client, visit https://cloud.redhat.com/openshift/install/metal/user-provisioned , and follow the Download Command-Line Tools link, where you need to download the openshift-client archive that matches your operating system.

Destroying the Cluster

Manual

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