def handle(self):
while True:
self.data = self.rfile.readline() # DO NOT REMOVE '\n'
print("Data is {}.".format(self.data))
if self.data == b'': # Connection reset by peer
print('Connection reset by peer.')
return
self.data = self.data.strip(b'\n') # REMOVE '\n'
if self.data == b'': # Empty Line
break
if self.data == b'\x1b': # ESC
break
print("From {0}, Received: '{1}'.".format(self.client_address, self.data))
try:
mydata = self.data.decode('UTF-8') # 1-8
except UnicodeDecodeError: # Not valid unicode(utf-8) input
continue
try:
intdata = int(mydata)
except ValueError: # Not valid value
continue
if intdata >= 1 and intdata <= 9: # valid playing data
keyboardplay.kp_play_note_once(intdata)
if intdata == 0: # 0 Will be omitted as a testing for connectivity
print('Testing 9 received, ignoring...')
print('Connection closed by me.')
return
def _playWrapper(self, playplan_fragment, schedule):
"""
A Wrapper to play notes.
Will check for stop_flag and cancel all jobs if flag is set.
"""
keyboardplay.kp_play_note_once(eval(playplan_fragment["note"]))
if self.stop_flag == True:
# Cancel future jobs
for i in schedule.queue:
schedule.cancel(i)
def play(self):
print("Now i have {}.".format(self.playplan))
for i in self.playplan:
keyboardplay.kp_play_note_once(i["note"])
time.sleep(i["time"])
return