def __init__(self, t_sec, t_usec, typ, code, val): self.ih = input_header() self.seconds = t_sec self.microseconds = t_usec self.type = typ self.code = code self.value = val
#!/usr/bin/env python
import mpd
import threading
import gobject
import subprocess as sp
import re
from sys import exit
from types import MethodType
import console
import input_header
keycode = input_header.input_header()
class scroller:
def __init__(self, io, scrolllist, startix=0):
self.io = io
self.list = scrolllist
self.size = len(scrolllist)
self.ix = startix
def scroll(self):
self.io.output(self.list[self.ix])
while 1:
code = self.io.input()
if code == keycode.KEY_ENTER:
return (-1, self.list[self.ix])
elif code == keycode.KEY_RIGHT:
return (self.ix, self.list[self.ix])
elif code == keycode.KEY_LEFT:
while True:
code, val = self.readkeyevent()
if val > 0:
#lockcode = code
#while True:
# code, val = self.readkeyevent()
# if code == lockcode and val != 1: # returns on key-release or key-hold
# return code
# 0 is generated by a repeat keypress
if code == 0:
return self.last_key
else:
self.last_key = code
return code
def run(self):
while 1:
self.readkeyevent(True)
if __name__ == "__main__":
gobject.threads_init()
from input_header import input_header
ih = input_header()
r = reader("/dev/input/event9")
def print_event(obj, ev):
print ev
r.connect("key_down", print_event)
r.trap_repeat(True)
r.run()