That tutorial I linked to earlier has a download link for a zip containing keymap.py. Does that help you out?

Code: Select all

```
# Convert value returned from Linux event device ("evdev") to a HID code. This
# is reverse of what's actually hardcoded in the kernel.
#
# Lubomir Rintel <[email protected]>
# License: GPL
#
# Ported to a Python module by Liam Fraser.
#
keytable = {
"KEY_RESERVED" : 0,
"KEY_ESC" : 41,
"KEY_1" : 30,
"KEY_2" : 31,
"KEY_3" : 32,
"KEY_4" : 33,
"KEY_5" : 34,
"KEY_6" : 35,
"KEY_7" : 36,
"KEY_8" : 37,
"KEY_9" : 38,
"KEY_0" : 39,
"KEY_MINUS" : 45,
"KEY_EQUAL" : 46,
"KEY_BACKSPACE" : 42,
"KEY_TAB" : 43,
"KEY_Q" : 20,
"KEY_W" : 26,
"KEY_E" : 8,
"KEY_R" : 21,
"KEY_T" : 23,
"KEY_Y" : 28,
"KEY_U" : 24,
"KEY_I" : 12,
"KEY_O" : 18,
"KEY_P" : 19,
"KEY_LEFTBRACE" : 47,
"KEY_RIGHTBRACE" : 48,
"KEY_ENTER" : 40,
"KEY_LEFTCTRL" : 224,
"KEY_A" : 4,
"KEY_S" : 22,
"KEY_D" : 7,
"KEY_F" : 9,
"KEY_G" : 10,
"KEY_H" : 11,
"KEY_J" : 13,
"KEY_K" : 14,
"KEY_L" : 15,
"KEY_SEMICOLON" : 51,
"KEY_APOSTROPHE" : 52,
"KEY_GRAVE" : 53,
"KEY_LEFTSHIFT" : 225,
"KEY_BACKSLASH" : 50,
"KEY_Z" : 29,
"KEY_X" : 27,
"KEY_C" : 6,
"KEY_V" : 25,
"KEY_B" : 5,
"KEY_N" : 17,
"KEY_M" : 16,
"KEY_COMMA" : 54,
"KEY_DOT" : 55,
"KEY_SLASH" : 56,
"KEY_RIGHTSHIFT" : 229,
"KEY_KPASTERISK" : 85,
"KEY_LEFTALT" : 226,
"KEY_SPACE" : 44,
"KEY_CAPSLOCK" : 57,
"KEY_F1" : 58,
"KEY_F2" : 59,
"KEY_F3" : 60,
"KEY_F4" : 61,
"KEY_F5" : 62,
"KEY_F6" : 63,
"KEY_F7" : 64,
"KEY_F8" : 65,
"KEY_F9" : 66,
"KEY_F10" : 67,
"KEY_NUMLOCK" : 83,
"KEY_SCROLLLOCK" : 71,
"KEY_KP7" : 95,
"KEY_KP8" : 96,
"KEY_KP9" : 97,
"KEY_KPMINUS" : 86,
"KEY_KP4" : 92,
"KEY_KP5" : 93,
"KEY_KP6" : 94,
"KEY_KPPLUS" : 87,
"KEY_KP1" : 89,
"KEY_KP2" : 90,
"KEY_KP3" : 91,
"KEY_KP0" : 98,
"KEY_KPDOT" : 99,
"KEY_ZENKAKUHANKAKU" : 148,
"KEY_102ND" : 100,
"KEY_F11" : 68,
"KEY_F12" : 69,
"KEY_RO" : 135,
"KEY_KATAKANA" : 146,
"KEY_HIRAGANA" : 147,
"KEY_HENKAN" : 138,
"KEY_KATAKANAHIRAGANA" : 136,
"KEY_MUHENKAN" : 139,
"KEY_KPJPCOMMA" : 140,
"KEY_KPENTER" : 88,
"KEY_RIGHTCTRL" : 228,
"KEY_KPSLASH" : 84,
"KEY_SYSRQ" : 70,
"KEY_RIGHTALT" : 230,
"KEY_HOME" : 74,
"KEY_UP" : 82,
"KEY_PAGEUP" : 75,
"KEY_LEFT" : 80,
"KEY_RIGHT" : 79,
"KEY_END" : 77,
"KEY_DOWN" : 81,
"KEY_PAGEDOWN" : 78,
"KEY_INSERT" : 73,
"KEY_DELETE" : 76,
"KEY_MUTE" : 239,
"KEY_VOLUMEDOWN" : 238,
"KEY_VOLUMEUP" : 237,
"KEY_POWER" : 102,
"KEY_KPEQUAL" : 103,
"KEY_PAUSE" : 72,
"KEY_KPCOMMA" : 133,
"KEY_HANGEUL" : 144,
"KEY_HANJA" : 145,
"KEY_YEN" : 137,
"KEY_LEFTMETA" : 227,
"KEY_RIGHTMETA" : 231,
"KEY_COMPOSE" : 101,
"KEY_STOP" : 243,
"KEY_AGAIN" : 121,
"KEY_PROPS" : 118,
"KEY_UNDO" : 122,
"KEY_FRONT" : 119,
"KEY_COPY" : 124,
"KEY_OPEN" : 116,
"KEY_PASTE" : 125,
"KEY_FIND" : 244,
"KEY_CUT" : 123,
"KEY_HELP" : 117,
"KEY_CALC" : 251,
"KEY_SLEEP" : 248,
"KEY_WWW" : 240,
"KEY_COFFEE" : 249,
"KEY_BACK" : 241,
"KEY_FORWARD" : 242,
"KEY_EJECTCD" : 236,
"KEY_NEXTSONG" : 235,
"KEY_PLAYPAUSE" : 232,
"KEY_PREVIOUSSONG" : 234,
"KEY_STOPCD" : 233,
"KEY_REFRESH" : 250,
"KEY_EDIT" : 247,
"KEY_SCROLLUP" : 245,
"KEY_SCROLLDOWN" : 246,
"KEY_F13" : 104,
"KEY_F14" : 105,
"KEY_F15" : 106,
"KEY_F16" : 107,
"KEY_F17" : 108,
"KEY_F18" : 109,
"KEY_F19" : 110,
"KEY_F20" : 111,
"KEY_F21" : 112,
"KEY_F22" : 113,
"KEY_F23" : 114,
"KEY_F24" : 115
}
# Map modifier keys to array element in the bit array
modkeys = {
"KEY_RIGHTMETA" : 0,
"KEY_RIGHTALT" : 1,
"KEY_RIGHTSHIFT" : 2,
"KEY_RIGHTCTRL" : 3,
"KEY_LEFTMETA" : 4,
"KEY_LEFTALT": 5,
"KEY_LEFTSHIFT": 6,
"KEY_LEFTCTRL": 7
}
def convert(evdev_keycode):
return keytable[evdev_keycode]
def modkey(evdev_keycode):
if evdev_keycode in modkeys:
return modkeys[evdev_keycode]
else:
return -1 # Return an invalid array element
```

I'd be especially interested to know what the Win7 box will do when sent an HID code 249 (=KEY_COFFEE)

I'm sorry, I have to respectfully and completely disagree. Making the Pi do things that haven't been done a thousand times before is a GREAT way to learn about the pi.