RPIO.add_interrupt_callback( 25, gpio_callback, edge='rising') RPIO.add_interrupt_callback( 24, gpio_callback, edge='rising') RPIO.add_interrupt_callback( 23, gpio_callback, edge='rising') RPIO.add_interrupt_callback( 17, gpio_callback, edge='rising') RPIO.add_interrupt_callback( 11, gpio_callback, edge='rising') RPIO.add_interrupt_callback( 8, gpio_callback, edge='rising') Sock=bluetooth.BluetoothSocket( bluetooth.L2CAP ) Os.system("hciconfig hci0 name Pinball\ Controller")īd_addr = "00:0C:55:10:75:B3" # MAC of PC-BLuetooth-Dongle Os.system("hciconfig hci0 class 0x002540") I'd be especially interested to know what the Win7 box will do when sent an HID code 249 (=KEY_COFFEE) Return -1 # Return an invalid array element # Map modifier keys to array element in the bit array # Ported to a Python module by Liam Fraser. # is reverse of what's actually hardcoded in the kernel. Some other time maybe.Ĭode: Select all # Convert value returned from Linux event device ("evdev") to a HID code. Only thing I would hate now is that Win7 acts like "lol, whut?" once it receives the bluetooth signals and DO NOTHING! But we I will see.īy the way: Optionally, I could let the Pi pretend it's a joypad, but afaik the Pinball Arcade videogame supports the Xbox360 controller only, with its LB, RB, LT, RT shoulder buttons. The only keycodes I will need to send now are LEFT SHIFT, RIGHT SHIFT, RIGHT CTRL, A, W and D. So far, so good, I have to find out what to use as an argument in the send() method of the Socket obejct ( nd('idunnowhat') ).some keycodes.hex-stuff maybe? 0x01337? Thanks to L2CAP, my current python script can contact the Win7-dongle, pretending it's a keyboard. USB-Bluetooth dongles are plugged in my Windows 7 PC and my RPi. It is the first time I am dealing with bluetooth, been about time. So yeah, for now I have 6 Buttons (3 more coming soon), plugged onto the breadboard which is connected to the Pi. I could get me an Arduino or an I-PAC2 or just a simple keyboard cuircuit board, but the only way for me to learn how the Pi works is to stick at it. if YES, what packages/libraries do I need finish my plan? Is it possible to send these "keyboard-codes" provided by uinput through the USB cable that powers by RPi and let Windows receive them? Is it possible to let Windows "think" it's a keyboard? Like that bubble that pops up each time an USB device is connected on bottom right of Windows? This one is connected to my RPi via T-Cobbler. The Arcade-Buttons I want to use are connected to a breadboard. My RPi is powered by my Windows-PC through the micro-USB-Port. According to "top" it's running in background. So far, so good, rc.local has the line that starts the script after the device booted. With uinput I use the emit_click function to "generate" pushed keys. Raspbian is installed on my RPi, I wrote a python script that includes the uinput library. All it had to do is sending Left-Shift, Right-Shift, Left-Ctrl, Right-Ctrl and A-S-D-F-codes to Windows. I want to plug the RPi in via USB and let Windows 7 know it's a keyboard. To provoke the run dialogue box where you can enter the run commands Click start and then select Run or even faster hold down the Windows key and press 'R' then enter your command.ĭisplay Properties (w/Appearance Tab Preselected )ĭr.I like playing Pinball Arcade and Pinball FX2, that's why I decided - as a pinball fan - to build my own Pinball USB Controller. All of the Run Command below Work in the Windows XP Operating System Some do Require that you have the application installed.
0 Comments
Leave a Reply. |