Pin bootc versions

README.md

@@ -13,24 +13,10 @@ Learn about how you can obtain a free Red Hat Enterprise Linux subscription here
 Documentation for this repository is stored in the wiki section here:
 [https://github.com/rhel-labs/instruqt/wiki](https://github.com/rhel-labs/instruqt/wiki)
 
-## Helper Script
-
-This script is used for making bulk changes to the labs like modifying all the VM images.
-
-<https://github.com/rhel-labs/instruqt-update-helper>
-
-## Red Hat Internal Documentation
-
-[Google Doc](https://docs.google.com/document/d/1WozkbDSJD7L850HAfIrQw7ifXuJlm-hDzU7-CCe6S7Q/edit#heading=h.pi65ypczlg9y)
-
 ## Requests for new labs, bugs
 
 To request new features, labs, or to report bugs, please create a new issue.
 
 ## Current VM images
 
-RHEL 9.2
-image: `projects/tmm-instruqt-11-26-2021/global/images/rhel-9-2-6-20-23`
-
-RHEL 9.2 with virt
-image: `projects/tmm-instruqt-11-26-2021/global/images/virt-rhel-9-2-08-01-23`
+[List of images here](https://github.com/rhel-labs/instruqt/wiki/images).

centos-conversion-insights/01-pre-conversion-analysis-for-converting-to-rhel/assignment.md

@@ -124,7 +124,7 @@ In the search bar, enter the following.
 rhel tasks
 ```
 
-2) Click on `RHEL Tasks`
+2) Click on `Tasks | RHEL`
 
 ![](../assets/tasksnew.png)
 
@@ -174,6 +174,13 @@ tail -f /var/log/convert2rhel/convert2rhel.log
 ```
 ![tail logs](../assets/viewlogs.png)
 
+> [!WARNING]
+> The `tail -f /var/log/convert2rhel/convert2rhel.log` may result in the following error below because there may be a delay between the previous operation to run the pre-conversion analysis and your centos host running the task.
+> ```
+> tail: cannot open ‘/var/log/convert2rhel/convert2rhel.log’ for reading: No such file or directory
+> tail: no files remaining
+> ```
+
 To view the status of the task in Insights, click on the `Activity` tab.
 
 ![activity tab](../assets/activitytab.png)

centos-conversion-insights/config.yml

@@ -4,7 +4,7 @@ virtualbrowsers:
   url: https://console.redhat.com
 virtualmachines:
 - name: host
-  image: projects/tmm-instruqt-11-26-2021/global/images/virt-rhel-9-5-11-26-24
+  image: projects/tmm-instruqt-11-26-2021/global/images/virt-rhel-9-5-11-29-24
   shell: /bin/bash
   environment:
     TERM: xterm

centos-conversion-insights/track.yml

@@ -31,8 +31,9 @@ lab_config:
   feedback_recap_enabled: true
   feedback_tab_enabled: false
   loadingMessages: true
+  override_challenge_layout: false
   hideStopButton: false
   default_layout: AssignmentRight
   default_layout_sidebar_size: 33
-checksum: "3400256481407639150"
+checksum: "12471132800590439347"
 enhanced_loading: false

centos-conversion-insights/track_scripts/setup-host

@@ -1,40 +1,23 @@
-#!/bin/bash
 while [ ! -f /opt/instruqt/bootstrap/host-bootstrap-completed ]
 do
     echo "Waiting for Instruqt to finish booting the VM"
     sleep 1
 done
 
-virsh start centos
-
-subscription-manager config --rhsm.manage_repos=1
-subscription-manager register --activationkey=${ACTIVATION_KEY} --org=12451665 --force
+agent variable set sandboxid $_SANDBOX_ID
 
-usermod -aG wheel rhel
-echo redhat | passwd --stdin rhel
+virsh start centos
 
 echo "${SSHKEY}" > /root/.ssh/id_rsa
 chmod 600 /root/.ssh/id_rsa
 ssh-keygen -f /root/.ssh/id_rsa -y > /root/.ssh/id_rsa.pub
 
-# MAC Addresses
-# vm1:          52:54:00:d6:0c:72
-# centos:       52:54:00:68:79:84
-# converted:    52:54:00:87:d3:fc
-# rhel07:       52:54:00:02:ce:bb
-# rhel08:       52:54:00:43:26:d3
-# rhel09:       52:54:00:7f:e1:4e
-# upgraded08:   52:54:00:22:37:93
-# upgraded09:   52:54:00:e6:14:ee
-
-# Get the IP of the VM belonging to cento based on arp.
-while ! [ $( arp -an | grep 52:54:00:68:79:84 | awk '{print $2}' | tr -d '()' )  ]; do echo "Waiting for arp to return centos MAC address."; sleep 10; done;
-echo "$( arp -an | grep 52:54:00:68:79:84 | awk '{print $2}' | tr -d '()' ) centos" >> /etc/hosts
+# This sleep call is to give libvirt-nss time to find the ip address of the vm.
+sleep 30
 
-agent variable set sandboxid $_SANDBOX_ID
+# Attempt to register the vm 3 times, waiting 30 seconds for each attempt.
+#(r=3;while ! ssh -i /root/.ssh/id_rsa -o "StrictHostKeyChecking no" centos "subscription-manager register --activationkey=${ACTIVATION_KEY} --org=12451665 --force" ; do ((--r))||exit;sleep 30;done)
 
-# Set centos hostname and pass it as a runtime variable.
-while ! ping -c 1 -W 1 centos; do echo "Waiting for centos - network interface might be down."; sleep 10; done;
 centosid="centos-conversion-$(uuidgen | cut -c 32-)"
 agent variable set vmid "$centosid"
 ssh -o "StrictHostKeyChecking no" root@centos hostnamectl set-hostname "$centosid"

convert2rhel/config.yml

@@ -1,7 +1,7 @@
 version: "3"
 virtualmachines:
 - name: host
-  image: projects/tmm-instruqt-11-26-2021/global/images/virt-rhel-9-5-11-26-24
+  image: projects/tmm-instruqt-11-26-2021/global/images/virt-rhel-9-5-11-29-24
   shell: /bin/bash
   environment:
     TERM: xterm

convert2rhel/track.yml

@@ -26,9 +26,8 @@ tags:
 - conversions
 owner: rhel
 developers:
-- [email protected]
 - [email protected]
-maintenance: true
+- [email protected]
 show_timer: true
 timelimit: 3600
 lab_config:
@@ -40,5 +39,5 @@ lab_config:
   hideStopButton: false
   default_layout: AssignmentRight
   default_layout_sidebar_size: 33
-checksum: "3667878121716427374"
+checksum: "10662381237094973691"
 enhanced_loading: false

convert2rhel/track_scripts/setup-host

@@ -5,27 +5,16 @@ do
     sleep 1
 done
 
+agent variable set sandboxid $_SANDBOX_ID
+
 virsh start centos
 
 echo "${SSHKEY}" > /root/.ssh/id_rsa
 chmod 600 /root/.ssh/id_rsa
 ssh-keygen -f /root/.ssh/id_rsa -y > /root/.ssh/id_rsa.pub
 
-usermod -aG wheel rhel
-
-# MAC Addresses
-# vm1:          52:54:00:d6:0c:72
-# centos:       52:54:00:68:79:84
-# rhel07:       52:54:00:02:ce:bb
-# rhel08:       52:54:00:43:26:d3
-# rhel09:       52:54:00:7f:e1:4e
-
-
-# Get the IP of the VM belonging to vm1 based on arp.
-while ! [ $( arp -an | grep 52:54:00:68:79:84 | awk '{print $2}' | tr -d '()' )  ]; do echo "Waiting for arp to return centos MAC address."; sleep 10; done;
-echo "$( arp -an | grep 52:54:00:68:79:84 | awk '{print $2}' | tr -d '()' ) centos" >> /etc/hosts
-
-usermod -aG wheel rhel
-echo redhat | passwd --stdin rhel
+# This sleep call is to give libvirt-nss time to find the ip address of the vm.
+sleep 30
 
-while ! ping -c 1 -W 1 centos; do echo "Waiting for centos - network interface might be down."; sleep 10; done;
+# Attempt to register the vm 3 times, waiting 30 seconds for each attempt.
+#(r=3;while ! ssh -i /root/.ssh/id_rsa -o "StrictHostKeyChecking no" centos "subscription-manager register --activationkey=${ACTIVATION_KEY} --org=12451665 --force" ; do ((--r))||exit;sleep 30;done)

firewall-system-role/01-introduction/assignment.md

@@ -27,36 +27,38 @@ tabs:
   title: controlnode
   type: terminal
   hostname: controlnode
-  cmd: tmux attach-session -t "firewall-testing"
 - id: yapmn6f1xgcj
-  title: rhelvm
+  title: vm1
   type: terminal
   hostname: controlnode
-  cmd: tmux attach-session -t "firewall-testing-rhelvm"
+  cmd: ssh -i /root/.ssh/id_rsa -o "StrictHostKeyChecking no" root@vm1
 - id: 3nmln4oousqe
   title: controlnode Web Console
   type: external
   url: https://controlnode.${_SANDBOX_ID}.instruqt.io:9090
 difficulty: basic
 timelimit: 3000
+lab_config:
+  custom_layout: '{"root":{"children":[{"branch":{"size":66,"children":[{"leaf":{"tabs":["d2teuijqhcov","3nmln4oousqe"],"activeTabId":"d2teuijqhcov","size":49}},{"leaf":{"tabs":["yapmn6f1xgcj"],"activeTabId":"yapmn6f1xgcj","size":49}}]}},{"leaf":{"tabs":["assignment"],"activeTabId":"assignment","size":33}}],"orientation":"Horizontal"}}'
+enhanced_loading: null
 ---
 
 > _NOTE:_ To make the inline images larger, expand this window. ![Menu Slider](../assets/slider.png)
 
 This lab is composed of two hosts.
 
 1. controlnode
-2. rhelvm
+2. vm1
 
-In this lab, we will use the host `controlnode` as the "control node" or the node where we will install and run the firewall system role. Firewall changes will be applied to `rhelvm`.
+In this lab, we will use the host `controlnode` as the "control node" or the node where we will install and run the firewall system role. Firewall changes will be applied to `vm1`.
 
 We'll perform the following 3 tasks.
 
-1. We will use the firewall system role to open the appropriate port to access web servers on `rhelvm`. This exercise is to show how to open firewall ports by service.
+1. We will use the firewall system role to open the appropriate port to access web servers on `vm1`. This exercise is to show how to open firewall ports by service.
 
-2. As well, we will also use the firewall system role to open port 9999 on `rhelvm` to enable inbound tcp connections. This exercise is to show how to open an arbitrary firewall port.
+2. As well, we will also use the firewall system role to open port 9999 on `vm1` to enable inbound tcp connections. This exercise is to show how to open an arbitrary firewall port.
 
-3. Finally, we'll configure port forwarding from 9999 to port 12345 on `rhelvm`.
+3. Finally, we'll configure port forwarding from 9999 to port 12345 on `vm1`.
 
 ![afterapplying](../assets/firewallsystemrolesoverview.png)
 

firewall-system-role/02-installsystemroles/assignment.md

@@ -12,18 +12,20 @@ tabs:
   title: controlnode
   type: terminal
   hostname: controlnode
-  cmd: tmux attach-session -t "firewall-testing"
 - id: xjo3jxzqs5od
-  title: rhelvm
+  title: vm1
   type: terminal
   hostname: controlnode
-  cmd: tmux attach-session -t "firewall-testing-rhelvm"
+  cmd: ssh -i /root/.ssh/id_rsa -o "StrictHostKeyChecking no" root@vm1
 - id: dl1pzm38ev9g
   title: controlnode Web Console
   type: external
   url: https://controlnode.${_SANDBOX_ID}.instruqt.io:9090
 difficulty: basic
 timelimit: 1
+lab_config:
+  custom_layout: '{"root":{"children":[{"branch":{"size":66,"children":[{"leaf":{"tabs":["fawzh4mfupxy","dl1pzm38ev9g"],"activeTabId":"fawzh4mfupxy","size":49}},{"leaf":{"tabs":["xjo3jxzqs5od"],"activeTabId":"xjo3jxzqs5od","size":49}}]}},{"leaf":{"tabs":["assignment"],"activeTabId":"assignment","size":33}}],"orientation":"Horizontal"}}'
+enhanced_loading: null
 ---
 
 Now we'll install system roles.
@@ -37,6 +39,9 @@ Enter the following command.
 ```bash,run
 dnf install rhel-system-roles -y
 ```
+> [!NOTE]
+> You can click on the `run` button and select the terminal where you wish to run the command.
+> ![](../assets/runbutton.png)
 
 The resulting output will look similar to the output below.
 

firewall-system-role/03-openhttpservice/assignment.md

@@ -13,27 +13,29 @@ tabs:
   title: controlnode
   type: terminal
   hostname: controlnode
-  cmd: tmux attach-session -t "firewall-testing"
 - id: jjy6ddnfvsfb
-  title: rhelvm
+  title: vm1
   type: terminal
   hostname: controlnode
-  cmd: tmux attach-session -t "firewall-testing-rhelvm"
+  cmd: ssh -i /root/.ssh/id_rsa -o "StrictHostKeyChecking no" root@vm1
 - id: 5tlhuxjaynsa
   title: controlnode Web Console
   type: external
   url: https://controlnode.${_SANDBOX_ID}.instruqt.io:9090
 difficulty: basic
 timelimit: 1
+lab_config:
+  custom_layout: '{"root":{"children":[{"branch":{"size":66,"children":[{"leaf":{"tabs":["aja3vlwfhadg","5tlhuxjaynsa"],"activeTabId":"aja3vlwfhadg","size":49}},{"leaf":{"tabs":["jjy6ddnfvsfb"],"activeTabId":"jjy6ddnfvsfb","size":49}}]}},{"leaf":{"tabs":["assignment"],"activeTabId":"assignment","size":33}}],"orientation":"Horizontal"}}'
+enhanced_loading: null
 ---
 
-In this challenge, we will enable access to the http port 80 on `rhelvm`.
+In this challenge, we will enable access to the http port 80 on `vm1`.
 
-First, we'll prove to ourselves that port 80 is blocked by the firewall running on `rhelvm`.
+First, we'll prove to ourselves that port 80 is blocked by the firewall running on `vm1`.
 
-Switch to the [button label="rhelvm"](tab-1) terminal by clicking on this button: [button label="rhelvm"](tab-1).
+Switch to the [button label="vm1"](tab-1) terminal by clicking on this button: [button label="vm1"](tab-1).
 
-Run the following in [button label="rhelvm"](tab-1).
+Run the following in [button label="vm1"](tab-1).
 
 ```bash,run
 firewall-cmd --list-all
@@ -43,39 +45,39 @@ firewall-cmd --list-all
 
 The output above shows that port 80 is not open.
 
-In the `rhelvm` terminal, run `nc -l 80`. This command runs the utility `netcat` and tells it to listen for incoming traffic on port 80.
+In the `vm1` terminal, run `nc -l 80`. This command runs the utility `netcat` and tells it to listen for incoming traffic on port 80.
 
 ```bash,run
 nc -l 80
 ```
 
 ![nclistening](../assets/nclistening.png)
 
-`netcat` is now listening on port 80 on `rhelvm`.
+`netcat` is now listening on port 80 on `vm1`.
 
 > [!WARNING]
 > Do not exit out of `nc` in this terminal!
 
 Switch back to the [button label="controlnode"](tab-0) terminal.
 
-Enter the command `nc rhelvm 80`. This tells `netcat` to connect to port 80 on `rhelvm`.
+Enter the command `nc vm1 80`. This tells `netcat` to connect to port 80 on `vm1`.
 
 ```bash,run
-nc rhelvm 80
+nc vm1 80
 ```
 
 ![noroute](../assets/no-route.png)
 
-`netcat` cannot connect to `rhelvm` on port 80.
+`netcat` cannot connect to `vm1` on port 80.
 
-Let's use RHEL systems roles to open up port 80 on `rhelvm`.
+Let's use RHEL systems roles to open up port 80 on `vm1`.
 
-First, Ansible requires a host file pointing at the `rhelvm` host. The host file looks like this.
+First, Ansible requires a host file pointing at the `vm1` host. The host file looks like this.
 
 <pre>
 all:
   hosts:
-    rhelvm:
+    vm1:
   vars:
     firewall:
       - service: http
@@ -88,7 +90,7 @@ Copy and paste the following into the [button label="controlnode"](tab-0) termin
 tee -a /root/hosts << EOF
 all:
   hosts:
-    rhelvm:
+    vm1:
   vars:
     firewall:
       - service: http
@@ -116,27 +118,27 @@ tee -a /root/firewall.yml <<EOF
 EOF
 ```
 
-Now we'll apply the system role to `rhelvm` by running the following command on [button label="controlnode"](tab-0) .
+Now we'll apply the system role to `vm1` by running the following command on [button label="controlnode"](tab-0) .
 
 ```bash,run
 ansible-playbook -i hosts -b firewall.yml
 ```
 
 ![applysystemrole](../assets/applysystemrole.png)
 
-Run `nc rhelvm 80` in the [button label="controlnode"](tab-0) terminal again.
+Run `nc vm1 80` in the [button label="controlnode"](tab-0) terminal again.
 
 ```bash,run
-nc rhelvm 80
+nc vm1 80
 ```
 
-We'll type something into the terminal and hit enter. You should see it printed out in the [button label="rhelvm"](tab-1) terminal.
+We'll type something into the terminal and hit enter. You should see it printed out in the [button label="vm1"](tab-1) terminal.
 
 ![ncresult80](../assets/ncport80.png)
 
-Exit out of `nc` in the [button label="controlnode"](tab-0) terminal by typing `ctrl-c`. This will cause `nc` to exit in [button label="rhelvm"](tab-1).
+Exit out of `nc` in the [button label="controlnode"](tab-0) terminal by typing `ctrl-c`. This will cause `nc` to exit in [button label="vm1"](tab-1).
 
-Finally, we'll use `firewall-cmd` to list the open ports on [button label="rhelvm"](tab-1). Switch to the [button label="rhelvm"](tab-1) terminal and run the following command.
+Finally, we'll use `firewall-cmd` to list the open ports on [button label="vm1"](tab-1). Switch to the [button label="vm1"](tab-1) terminal and run the following command.
 
 ```bash,run
 firewall-cmd --list-all