Max2Play (www.max2play.com) on Raspberry Pi 3 is a great alternative for Logitech Squeezeboxes.
I needed a Jivelite setup for my HD screen to control my Logitech Touch as a couch potato without using binoculars. I had set my mind on controlling Max2Play with the Logitech Smart Control. Out of the box it doesn't:
Connect the Harmony bluetooth keyboard
- First get Max2Play (Premium) and Jivelite up and running:
Burn the image on SD, Expand Filesystem, Update Kernel and Update Packages, Update Max2play.
Install Raspberry Cam plugin if you need it. If this plugin is installed later it won't work (in my case anyway).
- Install the JiveLite and Bluetooth plugin from the max2play webpage.
- In MyHarmony or the Harmony App create a new device: a Windows PC. Harmony remotes feature a bluetooth keyboard for three devices: Apple, WIndows and Other OS's. The big difference is the available keys. Only Apple and Windows have enough keys to play with and Windows offers the most. For instance "Esc" and most important "0" - "9".
- Next create a Harmony activity with this new device and your other devices.
- During the process Harmony wants to pair it's bluetooth keyboard to the Raspberry:
- Start a SSH connection to the Pi3: ssh email@example.com password is "raspberry"
- Start bluetoothctl
- In bluetoothctl type scan on
- The mac adress of the Harmony keyboard should popup
- pair the harmony keyboard with pair 12:34:56:78:90. Replace the ID with your ID
- Connect the harmony keyboard with connect 12:34:56:78:90.
- Trust the harmony keyboard with trust 12:34:56:78:90.
- Harmony should display a message "pairing succesfull"
- The webpage of max2play should now display a green text on the bluetooth page: "Following Bluetooth Speakers are known: Harmony Keyboard (12:34:56:78:90)". Yes your Harmony Keyboard is recognized as Bluetooth Speakers.
- exit bluetoothctl
- Keep SSH open
- (re)open SSH to max2play
- cd /opt/jivelite/jivelite/share/jive/jive
- sudo nano InputToActionMap.lua
- Find any line with ["1"] ["2"] etc and comment it out, for instance:
-- ["1"] = "play_preset_1",
- Add the following lines:
-- begin logitech harmony
["1"] = "go_current_track_info",
["2"] = "go_home_or_now_playing",
["3"] = "add",
["4"] = "add_end",
["5"] = "play_next",
["6"] = "play",
["7"] = "pause",
["8"] = "volume_up",
["9"] = "volume_down",
["0"] = "mute",
["\13"] = "go", -- RETURN
--end logitech harmony
- Don't forget the last one. Without this hack Jivelite won't respond to the Ok button.
- Save the file and exit.
- Exit SSH
- Restart Jivelite or reboot the Pi. Don't restart or reboot with nano editing the lua file! If you do reinstall Jivelite from the max2play webpage and reapply the hack.
- After a reboot of the Pi sometimes your remote doesn't respond. Stop and Start JiveLite from the max2play webinterface and JiveLite now recognizes the (Harmony Bluetooth) keyboard.
- The "1" key is available for Harmony remotes. Program the "1" key under any button for instance the Info button. "2" goes under the Menu button, "6" for Play, and "7" for Pause. "4" and "5" some other button.
- Everytime you reinstall Jivelite, the file InputToActionMap.lua is back to factory defaults and you need to fire up SSH to reapply the hack.
Koken organizes photos in Albums (and Sets), The original uploaded photos are stored in an obscure folder structure like:/YourPathToKoken/koken/storage/originals/g2/5n/originalfilename. jpgEvery uploaded photo has two unique subfolders in the koken…