def record(self):
global cur_word, keys, log
# maintain state of keys (pressed or not)
if self.event.Key in keys:
keys.remove(self.event.Key)
return True
else:
keys.add(self.event.Key)
#print self.value, self.code
# linux & win ctrls, alts, tab
meta_keys = set(['Lcontrol','Rcontrol','Lmenu','Rmenu','Tab','Control_L','Control_R','Alt_L','Alt_R',
'[65027]'])
# my right alt..
if meta_keys.intersection(keys):
#print "meta key" # t,c,T,C but these are 99 & 116... & 84 & 67 w/ Shift
return True
# filter out non-ascii keys or ascii keys we don't care about
#print "value", self.value
if not self.__class__.recordable.match(self.value):
#print "not recordable"
return True
# if control is held, then don't record..
#print 'scancode: %s ascii: %s (%s)' % \
# (event.ScanCode, event.Ascii, chr(event.Ascii))
if self.value not in " \n\t":
cur_word += self.value
print "word so far:", cur_word
else:
if cur_word == 'xxx':
dump_logs()
exit()
if cur_word.strip():
env.set_last_word(self.process, cur_word) # SOMETHING WRONG HERE..
# window_name has more data..
print "got word: %s" % cur_word
cur_word = ''
log[self.window_name] = log.setdefault(self.window_name, '') + self.value
return True
def POST(self):
if self.restrict_access(): return
input = web.input(word='')
if input.word:
env.set_last_word('__context_agent__', input.word)
