# vim:ft=yaml

# The commands listed in execute_after will be run after an output
# configuration was changed.
# pentablet uses 200% cpu after displays changed. So we kill it.
execute_after:
  - i3-msg exec setxkbmap de
  - polybar-msg cmd restart
  - "pkill -9 pentablet || true"

# if anything goes wrong (connection the X server died or some other error),
# run these commands before exiting
on_failure:
  - xrandr --auto

# These are the rules grobi tries to match to the current output configuration.
# The rules are evaluated top to bottom, the first matching rule is applied and
# processing stops.
#
# The rules belowe are written for a typical Laptop in mind, which hase several
# external connectors (HDMI2, HDMI3) in addition to the internal display
# (LVDS1). It may even be placed in a Docking Station, which adds more outputs
# that aren't present outside it.
rules:

  # This is a rule for a docking station.
  - name: Docking Station
    # grobi takes the list of all the
    # outputs xrandr returns and verifies that HDMI2 and HDMI3 are connected, and
    # DP2-2 is present (but may be disconnected).
    outputs_connected:
      - DP1-1-BNQ-30887-21573-BenQ GL2450H-ACB00126019
      - DP1-2-BNQ-30887-21573-BenQ GL2450H-X4F00171019

    # when this rule matches, HDMI2 and HDMI3 are activated in their default
    # resolution and set besides each other in a typical dual-monitor
    # configuration: left is HDMI2, right is HDMI3
    configure_row:
        - DP1-1
        - DP1-2

    # atomic instructs grobi to only call xrandr once and configure all the
    # outputs. This does not always work with all graphic cards.
    atomic: false

    # For the output HDMI3, the flag --primary will be added to the xrandr
    # call, so that e.g. the tray icons are displayed on this monitor (requires
    # the window manager to do this).
    primary: DP1-1

    # Additional commands can be specified per rule, in this case we make sure
    # that xautolock is enabled and locks the screen after a while.
    execute_after:
      - xautolock -enable
      - nmcli c up Kabelgebundene\ Verbindung\ 2
      - rfkill block wifi
      - bluetoothctl power on
      - xrandr --output DP1-1 --set "Broadcast RGB" "Full"
      - xrandr --output DP1-2 --set "Broadcast RGB" "Full"
      - xcalib -o 0 ~/Nextcloud/Ablage/benq.icc
      - xcalib -o 1 ~/Nextcloud/Ablage/benq.icc
      - systemctl --user start redshift-gtk.service

  - name: "KIT 50.34 -118"

    # We only want to match the TV, so we identify it with its monitor ID. In order to get the
    # monitor ID, we connect the TV and run `grobi show`, which lists all connected monitors
    # with their monitor ID (which consists of a three letter manufacturer code, a product and
    # a serial number). We can now match the connected outputs with this monitor ID.
    # We specify the monitor ID after the port with a dash in between those two values.
    outputs_connected:
      - eDP1
      - HDMI2-SNY-33283-16843009-SONY PJ-

    configure_row:
        - eDP1
        - HDMI2@1920x1200

    primary: eDP1
    atomic: false

    execute_after:
      - xautolock -disable
      - chromium "https://s.kit.edu/50.34-118"
      - systemctl --user stop redshift-gtk.service

  - name: "KIT 50.34 -108"

    # We only want to match the TV, so we identify it with its monitor ID. In order to get the
    # monitor ID, we connect the TV and run `grobi show`, which lists all connected monitors
    # with their monitor ID (which consists of a three letter manufacturer code, a product and
    # a serial number). We can now match the connected outputs with this monitor ID.
    # We specify the monitor ID after the port with a dash in between those two values.
    outputs_connected:
      - eDP1
      - HDMI2-SNY-33795-16843009-SONY PJ-

    configure_row:
        - eDP1
        - HDMI2@1280x720

    primary: eDP1
    atomic: false

    execute_after:
      - xautolock -disable
      - chromium "https://s.kit.edu/50.34-108"
      - systemctl --user stop redshift-gtk.service


  # - name: TV
  #
  #   # We only want to match the TV, so we identify it with its monitor ID. In order to get the
  #   # monitor ID, we connect the TV and run `grobi show`, which lists all connected monitors
  #   # with their monitor ID (which consists of a three letter manufacturer code, a product and
  #   # a serial number). We can now match the connected outputs with this monitor ID.
  #   # We specify the monitor ID after the port with a dash in between those two values.
  #   outputs_connected:
  #     - HDMI1-SAM-2618-808661557
  #
  #   configure_single: HDMI1
  #
  #   execute_after:
  #     - xautolock -disable


  # This is a rule for mobile computing, i.e. outside of the docking station defined above.
  - name: Mobile

    # In order to match, the outputs HDMI2 and HDMI3 may be present, but must be disconnected.
    outputs_disconnected:
      - DP1-1
      - DP1-2

    # Here, only the internal LCD panel is activated.
    configure_single: eDP1

    execute_after:
      - xautolock -enable
      - rfkill unblock wifi
      - xcalib -o 0 ~/Nextcloud/Ablage/x380.icm
      - systemctl --user start redshift-gtk.service

  # If none of the rules above match, it's a good idea to have a fallback rule
  # which enables an output device that is always present, so you can debug
  # what's going on.
  - name: Fallback
    configure_single: eDP1