def MenuButtonPushed(self, *args):
print "MenuButtonDown"
try:
import keypress
keypress.simulate_key(EKeyLeftSoftkey, EScancodeLeftSoftkey)
except:
pass
def mainCallBack(self, key):
if key not in self.keymapkbd:
return
if self.isExceptionInFg():
self.mainCapturer.stop()
simulate_key(key, key)
self.mainCapturer.start()
return
self.checkTime()
if self.lastKey == key :
self.backspaceCapturer.stop()
sim_key = self.getSimKey(key)
if sim_key == key :
self.mainCapturer.stop()
simulate_key(EKeyBackspace, EScancodeBackspace)
if sim_key in self.needctrl:
simulate_key(sim_key, 0, EModifierCtrl)
else:
simulate_key(sim_key, sim_key)
if sim_key == key:
self.mainCapturer.start()
self.backspaceCapturer.start()
else:
self.mod = 0
sim_key = self.getSimKey(key)
simulate_key(sim_key, sim_key)
def mainCallBack(self, key):
if key not in self.keymapkbd:
return
if self.isExceptionInFg():
self.mainCapturer.stop()
simulate_key(key, key)
self.mainCapturer.start()
return
self.checkTime()
if self.lastKey == key:
self.backspaceCapturer.stop()
sim_key = self.getSimKey(key)
if sim_key == key:
self.mainCapturer.stop()
simulate_key(EKeyBackspace, EScancodeBackspace)
if sim_key in self.needctrl:
simulate_key(sim_key, 0, EModifierCtrl)
else:
simulate_key(sim_key, sim_key)
if sim_key == key:
self.mainCapturer.start()
self.backspaceCapturer.start()
else:
self.mod = 0
sim_key = self.getSimKey(key)
simulate_key(sim_key, sim_key)
def mainCallBackKbd(self, key):
if self.isExceptionInFg():
self.mainCapturerKbd.stop()
simulate_key(key, key)
self.mainCapturerKbd.start()
return
sim_key = self.keymapkbd[key]
simulate_key(sim_key, sim_key)
def switcherCallBack(self, key):
if key in self.getSwitcherSecondKey():
if self.isExceptionInFg():
return False
if not self.needToggle():
return False
retval = self.toggle()
simulate_key(EKeyHash, EScancodeHash)
return retval
def switcherCallBack(self, key):
if key in self.getSwitcherSecondKey():
if self.isExceptionInFg():
return False
if not self.needToggle():
return False
retval = self.toggle()
simulate_key(EKeyHash, EScancodeHash)
return retval
def parse_data(self, data, sock):
# dictionary used instead of a switch statement
print "data len", len(data)
opcode = data[0]
print "received opcode", ord(opcode)
# these functions require path parameter
if (opcode == OPCODE_KEY_RECEIVED):
print "key received"
#http://docs.python.org/lib/module-struct.html
try:
data_tuple = struct.unpack('!cHHH', data)
repeat = data_tuple[1]
scancode = data_tuple[2]
code = data_tuple[3]
print "code", code
print "repeat", repeat
print "scancode", scancode
#pykeygrab.sendToForeground(repeat, scancode, code)
keypress.simulate_key(code, scancode)
except:
import traceback
tracback.print_exc()
elif (opcode == OPCODE_CHANGEPROFILE):
print "change profile received"
else:
try:
# these functions require no parameters
{
OPCODE_DISCONNECT: self.disconnect,
OPCODE_BACKLIGHT_ON: self.backlight_on,
OPCODE_BACKLIGHT_OFF: self.backlight_off,
OPCODE_STOPSOUND: self.stop_sound,
OPCODE_START_KEYCAPTURE: self.start_keycapture,
OPCODE_STOP_KEYCAPTURE: self.stop_keycapture,
}[opcode]()
except:
print 'No match for first batch of opcodes'
path = ''
if (len(data) > 2):
path_length = ord(data[1])
print "path_length", path_length
path = data[2:]
print "path", path
while (len(path) != path_length):
path = path + sock.recv(path_length - len(path))
print "path", path
try:
# these functions require path parameter
{
OPCODE_PLAYSOUND: self.play_sound,
OPCODE_LAUNCHAPP: self.launch_app,
OPCODE_CLOSEAPP: self.close_app,
OPCODE_LAUNCHMEDIA: self.launch_media,
}[opcode](path)
except:
print 'No match for second batch of opcodes'
def parse_data(self, data, sock):
# dictionary used instead of a switch statement
print "data len", len(data)
opcode = data[0]
print "received opcode", ord(opcode)
# these functions require path parameter
if(opcode == OPCODE_KEY_RECEIVED):
print "key received"
#http://docs.python.org/lib/module-struct.html
try:
data_tuple = struct.unpack('!cHHH', data)
repeat = data_tuple[1]
scancode = data_tuple[2]
code = data_tuple[3]
print "code", code
print "repeat", repeat
print "scancode", scancode
#pykeygrab.sendToForeground(repeat, scancode, code)
keypress.simulate_key(code, scancode)
except:
import traceback
tracback.print_exc()
elif( opcode == OPCODE_CHANGEPROFILE):
print "change profile received"
else:
try:
# these functions require no parameters
{OPCODE_DISCONNECT: self.disconnect,
OPCODE_BACKLIGHT_ON: self.backlight_on,
OPCODE_BACKLIGHT_OFF: self.backlight_off,
OPCODE_STOPSOUND: self.stop_sound,
OPCODE_START_KEYCAPTURE: self.start_keycapture,
OPCODE_STOP_KEYCAPTURE: self.stop_keycapture,
}[opcode]()
except:
print 'No match for first batch of opcodes'
path = ''
if(len(data) > 2):
path_length = ord(data[1])
print "path_length", path_length
path = data[2:]
print "path", path
while(len(path) != path_length):
path = path + sock.recv(path_length - len(path))
print "path", path
try:
# these functions require path parameter
{OPCODE_PLAYSOUND: self.play_sound,
OPCODE_LAUNCHAPP: self.launch_app,
OPCODE_CLOSEAPP: self.close_app,
OPCODE_LAUNCHMEDIA: self.launch_media,
}[opcode](path)
except:
print 'No match for second batch of opcodes'
def toggleKbd(self):
if self.currentLangKbd == u'ka':
self.currentLangKbd = u'default'
self.stopKbd()
if self.c('noteSwitch') == 0:
return True
conf(u("default"))
e32.ao_sleep(0.2)
simulate_key(EKeyHash, EScancodeHash)
else:
self.startKbd()
self.currentLangKbd = u'ka'
if self.c('noteSwitch') == 0:
return True
conf(u('ქართული'))
e32.ao_sleep(0.2)
simulate_key(EKeyHash, EScancodeHash)
return True
def page_down(self):
keypress.simulate_key(EKeyPageDown, EStdKeyPageDown)
e32.ao_yield()
def page_up(self):
keypress.simulate_key(EKeyPageUp, EStdKeyPageUp)
e32.ao_yield()
def mainCallBack(self, key):
if self.isExceptionInFg():
self.mainCapturer.stop()
simulate_key(key, key)
self.mainCapturer.start()
return
if key == EKey0:
if self.switcherCallBack(key):
return
self.checkTime()
if self.lastKey == key:
self.backspaceCapturer.stop(
) # we must stop backspace, because the next call is a "dummy backSpace" to remove a digit in-place
sim_key = self.getSimKey(key) #self.keymap[key][mod]
if sim_key == key: # got number, we need special handling
self.mainCapturer.stop(
) # commonCapturer must not capture next fired keyKode.
simulate_key(EKeyBackspace, EScancodeBackspace)
simulate_key(key, 0, EModifierCtrl) # send number code
self.mainCapturer.start()
else: # usuall handling
simulate_key(EKeyBackspace, EScancodeBackspace)
simulate_key(sim_key, sim_key)
self.backspaceCapturer.start() # enable backspace forwarding
else:
sim_key = self.keymap[key][0]
simulate_key(sim_key, sim_key)
self.lastKey = key
self.mod = 1
def page_down(self):
keypress.simulate_key(EKeyPageDown, EStdKeyPageDown)
e32.ao_yield()
def page_up(self):
keypress.simulate_key(EKeyPageUp, EStdKeyPageUp)
e32.ao_yield()
def mainCallBackKbd(self, key):
if key not in self.keymapkbd:
return
if self.isExceptionInFg():
self.mainCapturerKbd.stop()
simulate_key(key, key)
self.mainCapturerKbd.start()
return
self.checkTime()
if self.lastKey == key :
self.backspaceCapturer.stop() # we must stop backspace, because the next call is a "dummy backSpace" to remove a digit in-place
sim_key = self.getSimKeyKbd(key) #self.keymap[key][mod]
if sim_key == key : # got number, we need special handling
self.mainCapturerKbd.stop() # commonCapturer must not capture next fired keyKode.
simulate_key(EKeyBackspace, EScancodeBackspace)
simulate_key(key, key)
self.mainCapturerKbd.start()
elif sim_key in self.numbers:
simulate_key(EKeyBackspace, EScancodeBackspace)
simulate_key(sim_key, 0, EModifierCtrl) # send number code
else : # usuall handling
simulate_key(EKeyBackspace, EScancodeBackspace)
simulate_key(sim_key, sim_key)
self.backspaceCapturer.start() # enable backspace forwarding
else:
self.mod = 0
sim_key = self.getSimKeyKbd(key)
simulate_key(sim_key, sim_key)
def read_sms():
##############################à
sms_text="#REC#START" # DEBUG*********
##############################à
e32.ao_sleep(0.1)
#i=inbox.Inbox() #DEBUG
#sms_text=i.content(id) #DEBUG
appuifw.note(u"Messaggio da elaborare: " + sms_text, "info")
# Execute different actions depending on SMS contents:
if sms_text[0:5] == '#REC#':
print 'Message received'
if appswitch.switch_to_fg(APPLICATION_NAME) == 1:
e32.ao_sleep(1)
keypress.simulate_key(53,53)
keypress.simulate_key(54,54)
keypress.simulate_key(55,55)
keypress.simulate_key(63495,63495)
keypress.simulate_key(63495,63495)
keypress.simulate_key(52,52)
else:
print "ERROR: Couldnt bring " + APPLICATION_NAME + " to foreground."