#cloud-config
autoinstall:
  version: 1
  locale: en_US
  keyboard:
    layout: us
  packages:
    - at
  identity:
    hostname: AutomationNVMeTesting
    # From kickstart configuration we'll take the 1st server user
    username: ss7841
    password: '$6$xPm1ZAhB$4Pq.aZ0bhkNSpuSXQpXypnKwc5T3g6I6lU2.ONsi11cg/SQIOEi83gRRgtHF.3emBElUbfuSHjKzayPH2tRDS.'
  kernel: {package: linux-generic}
  ssh: { allow-pw: true, authorized-keys: [], install-server: true }
  early-commands:
    - |
      #!/bin/bash
      # Determine the first disk
      ROOTDRIVE=$(lsblk -ido KNAME,TYPE,SIZE,MODEL | grep -E '^(nvme|sd)' | grep disk | awk -F' ' 'NR==1{print $1}')
      echo "Disk:$ROOTDRIVE"
      # Replace the placeholder with the actual disk name in the storage configuration
      sed -i "s|DISK_NAME_VARIABLE|$ROOTDRIVE|g" /autoinstall.yaml
    - sleep 5
  storage:
    config:
    # Install GRUB in MBR
    - { ptable: gpt, path: /dev/DISK_NAME_VARIABLE, wipe: superblock-recursive, preserve: false, name: '', grub_device: true, type: disk, id: disk-DISK_NAME_VARIABLE }
    # BIOS boot partition
    - { device: disk-DISK_NAME_VARIABLE, size: 1048576, wipe: superblock, flag: bios_grub, number: 1, preserve: false, type: partition, id: partition-0 }
    - { device: disk-DISK_NAME_VARIABLE, size: 2147483648, wipe: superblock, number: 2, preserve: false, grub_device: false, type: partition, id: partition-1 }
    - { fstype: ext4, volume: partition-1, preserve: false, type: format, id: format-0 }
    - { device: disk-DISK_NAME_VARIABLE, size: -1, wipe: superblock, flag: '', number: 3, preserve: false, grub_device: false, type: partition, id: partition-2 }
    - { name: ubuntu-vg, devices: [ partition-2 ], preserve: false, type: lvm_volgroup, id: lvm_volgroup-0 }
    - { name: ubuntu-lv, volgroup: lvm_volgroup-0, size: -1, wipe: superblock, preserve: false, type: lvm_partition, id: lvm_partition-0 }
    - { fstype: ext4, volume: lvm_partition-0, preserve: false, type: format, id: format-1 }
    - { path: /, device: format-1, type: mount, id: mount-1 }
    - { path: /boot, device: format-0, type: mount, id: mount-0 }
  user-data:
    disable_root: false
  late-commands:
    - |
      # Set root password
      #sed -i 's|^root:.*|root:$6$xPm1ZAhB$4Pq.aZ0bhkNSpuSXQpXypnKwc5T3g6I6lU2.ONsi11cg/SQIOEi83gRRgtHF.3emBElUbfuSHjKzayPH2tRDS.:19763:0:99999:7:::|' /target/etc/shadow
      #sed -i 's|\(^root:\)[^:]*|\1$6$xPm1ZAhB$4Pq.aZ0bhkNSpuSXQpXypnKwc5T3g6I6lU2.ONsi11cg/SQIOEi83gRRgtHF.3emBElUbfuSHjKzayPH2tRDS.|' /target/etc/shadow
      current_days=$(($(date +%s) / 86400))
      sed -i "s|^root:.*|root:$6$xPm1ZAhB$4Pq.aZ0bhkNSpuSXQpXypnKwc5T3g6I6lU2.ONsi11cg/SQIOEi83gRRgtHF.3emBElUbfuSHjKzayPH2tRDS.:$current_days:0:2:7:::|" /target/etc/shadow
      # Remove the existing netplan configuration file
      rm /target/etc/netplan/00-installer-config.yaml
      # Detect Ethernet interfaces and store them in variables
      BACKEND_INTERFACE=$(ip ntable | grep dev | sort | uniq | sed -e 's/^.*dev //;/^lo/d' | head -n 1 | tail -n 1 | xargs)
      FRONTEND_INTERFACE=$(ip ntable | grep dev | sort | uniq | sed -e 's/^.*dev //;/^lo/d' | head -n 2 | tail -n 1 | xargs)
      # Generate the new netplan configuration file using the detected interfaces
      cat << EOF > /target/etc/netplan/00-installer-config.yaml
      network:
        version: 2
        renderer: networkd
        ethernets:
          $BACKEND_INTERFACE:
            dhcp4: false
            dhcp6: false
          $FRONTEND_INTERFACE:
            dhcp4: false
            dhcp6: false
            addresses: [184.164.157.34/29,184.164.157.35/29,184.164.157.36/29,184.164.157.37/29,184.164.157.38/29]
            nameservers:
              addresses: [8.8.8.8,8.8.4.4]
            routes:
              - to: default
                via: 184.164.157.33
      EOF
    - |
      cat << EOF > /target/etc/systemd/system/password-expired.service
      [Unit]
      Description=Change password expiration date
      # Instructs systemd on when the script should be run
      After=multi-user.target

      [Service]
      # This field provides a full path to the actual script to be executed on startup
      ExecStart=/password-expired.sh
      # This parameter ensures the service only runs once and then its status is considered as inactive
      Type=oneshot
      # This parameter ensures the service is not considered �active� anymore after the ExecStart process exits
      #RemainAfterExit=yes

      [Install]
      WantedBy=multi-user.target
      EOF
    - |
      cat << EOF > /target/password-expired.sh
      #!/bin/bash
      chage -M 2 ss7841
      echo "sleep 5 ; bash /clean-password-expired-service.sh" | at now
      rm -- "\$0"
      EOF
    - |
      cat << EOF > /target/clean-password-expired-service.sh
      #!/bin/bash
      echo 5ty6%TY^ | sudo -S systemctl stop password-expired.service
      echo 5ty6%TY^ | sudo -S disable password-expired.service
      echo 5ty6%TY^ | sudo -S rm -f /etc/systemd/system/password-expired.service
      echo 5ty6%TY^ | sudo -S rm -f /etc/systemd/system/multi-user.target.wants/password-expired.service
      echo 5ty6%TY^ | sudo -S rm -f systemctl daemon-reload
      echo 5ty6%TY^ | sudo -S rm -f systemctl reset-failed
      rm -- "\$0"
      EOF
    - chmod +x /target/password-expired.sh
    - chmod +x /target/clean-password-expired-service.sh
    - chmod 664 /target/etc/systemd/system/password-expired.service
    # Reload systemd daemon:
    - curtin in-target --target=/ systemctl daemon-reload
    # Enable pasword expired service - sudo systemctl enable password-expired.service
    - ln -s /target/etc/systemd/system/password-expired.service /target/etc/systemd/system/multi-user.target.wants/password-expired.service
    #- wget -b -O /dev/null 'http://192.168.200.2/automation/completeKickstartInstallation.php?kickstartInstallationId=76135&securityKey=djbavfnlwtseuozrnslhckwtchdsmjxj'
  updates: security