def main(CyINIT):
if 'CyINIT' not in locals():
# global CyINIT
CyINIT = 2
CyINIT += 1
HOST = str(sys.argv[1])
PORT = int(sys.argv[2])
MODEL = int(sys.argv[3])
# Initialize CyKIT
if CyINIT == 2:
global ioTHREAD
print
"> Listening on " + HOST + " : " + str(PORT)
print
"> Trying Key Model #: " + str(MODEL)
myi = eeg.MyIO()
ioTHREAD = CyWebSocket.socketIO(PORT, 1, myi)
myi.setServer(ioTHREAD)
check_connection = ioTHREAD.Connect()
cyIO = ioTHREAD.start()
cyHeadset = eeg.EEG(MODEL, myi, str(sys.argv[4])).start()
for t in threading.enumerate():
print
str(t.getName())
CyINIT += 1
# Loop.
while CyINIT > 2:
CyINIT += 1
if CyINIT > 100:
modelCheck = myi.modelChange()
if modelCheck != 0:
MODEL = modelCheck
CyINIT = 3
check_threads = 0
for t in threading.enumerate():
if t.getName() == "ioThread" or t.getName() == "eegThread":
check_threads += 1
if check_threads == 1:
ioTHREAD.onClose()
print
"*** Reseting . . ."
CyINIT = 1
main(1)
def main(CyINIT):
# obtain global CyINIT
CyINIT = locals().get('CyINIT', 2)
CyINIT += 1
HOST = str(sys.argv[1])
PORT = int(sys.argv[2])
MODEL = int(sys.argv[3])
# Initialize CyKIT
if CyINIT == 2:
global ioTHREAD # FIXME
print('> Listening on {host}:{port}'.format(host=HOST, port=PORT))
print("> Probing Key Model #: {model}".format(model=MODEL))
myi = eeg.MyIO()
ioTHREAD = CyWebSocket.socketIO(PORT, 1, myi)
myi.setServer(ioTHREAD)
check_connection = ioTHREAD.Connect()
cyIO = ioTHREAD.start()
cyHeadset = eeg.EEG(MODEL, myi, str(sys.argv[4])).start()
for t in threading.enumerate():
print(str(t.getName()))
CyINIT += 1
# Loop.
while CyINIT > 2:
CyINIT += 1
if CyINIT > 100:
modelCheck = myi.modelChange() # FIXME
if modelCheck != 0:
MODEL = modelCheck
CyINIT = 3
check_threads = 0
for t in threading.enumerate():
if t.getName() == "ioThread" or t.getName() == "eegThread":
check_threads += 1
if check_threads == 1:
ioTHREAD.onClose()
print("*** Reseting . . .")
CyINIT = 1
main(1)
def main(CyINIT):
parameters = str(sys.argv[4]).lower()
if 'CyINIT' not in locals():
#global CyINIT
CyINIT = 2
CyINIT += 1
HOST = str(sys.argv[1])
PORT = int(sys.argv[2])
MODEL = int(sys.argv[3])
# Initialize CyKIT
if CyINIT == 2:
global ioTHREAD
print "> Listening on " + HOST + " : " + str(PORT)
print "> Trying Key Model #: " + str(MODEL)
myi = eeg.MyIO()
if "noheader" in parameters:
myi.setHeader(True)
if "openvibe" in parameters:
myi.setOpenvibe(True)
if "generic" in parameters:
ioTHREAD = CyWebSocket.socketIO(PORT, 0, myi)
else:
ioTHREAD = CyWebSocket.socketIO(PORT, 1, myi)
myi.setServer(ioTHREAD)
check_connection = ioTHREAD.Connect()
cyIO = ioTHREAD.start()
cyHeadset = eeg.EEG(MODEL, myi, parameters).start()
for t in threading.enumerate():
print str(t.getName())
CyINIT += 1
if myi.getOpenvibe() == True:
time.sleep(3)
while CyINIT > 2:
CyINIT += 1
if CyINIT > 1000:
modelCheck = myi.modelChange()
if modelCheck != 0:
MODEL = modelCheck
CyINIT = 3
check_threads = 0
#print "testing"
for t in threading.enumerate():
if t.getName() == "ioThread" or t.getName() == "eegThread":
check_threads += 1
if myi.getOpenvibe() == True:
if check_threads == 0:
ioTHREAD.onClose()
print "*** Reseting . . ."
CyINIT = 1
main(1)
continue
if check_threads == 1:
ioTHREAD.onClose()
print "*** Reseting . . ."
CyINIT = 1
main(1)
def main(CyINIT):
HOST = str(sys.argv[1])
PORT = int(sys.argv[2])
MODEL = int(sys.argv[3])
check_connection = None
parameters = str(sys.argv[4]).lower()
# Stage 1.
# ¯¯¯¯¯¯¯¯¯¯¯
# Acquire I/O Object.
# ¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯
cy_IO = eeg.ControllerIO()
cy_IO.setInfo("ioObject", cy_IO)
cy_IO.setInfo("config", parameters)
if "verbose" in parameters:
cy_IO.setInfo("verbose", "True")
else:
cy_IO.setInfo("verbose", "False")
if "noweb" in parameters:
noweb = True
cy_IO.setInfo("noweb", "True")
cy_IO.setInfo("status", "True")
else:
noweb = False
cy_IO.setInfo("noweb", "False")
if "noheader" in parameters:
cy_IO.setInfo("noheader", "True")
if "openvibe" in parameters:
cy_IO.setInfo("openvibe", "True")
headset = eeg.EEG(MODEL, cy_IO, parameters)
while str(cy_IO.getInfo("DeviceObject")) == "0":
time.sleep(.001)
continue
if "bluetooth" in parameters:
mirror("> [Bluetooth] Pairing Device . . .")
else:
if "noweb" not in parameters:
mirror("> Listening on " + HOST + " : " + str(PORT))
mirror("> Trying Key Model #: " + str(MODEL))
if "generic" in parameters:
ioTHREAD = CyWebSocket.socketIO(PORT, 0, cy_IO)
else:
ioTHREAD = CyWebSocket.socketIO(PORT, 1, cy_IO)
cy_IO.setServer(ioTHREAD)
time.sleep(1)
check_connection = ioTHREAD.Connect()
ioTHREAD.start()
while eval(cy_IO.getInfo("status")) != True:
time.sleep(.001)
continue
headset.start()
if eval(cy_IO.getInfo("openvibe")) == True:
time.sleep(3)
CyINIT = 3
while CyINIT > 2:
CyINIT += 1
time.sleep(.001)
if (CyINIT % 10) == 0:
check_threads = 0
t_array = str(
list(map(lambda x: x.getName(), threading.enumerate())))
# if eval(cy_IO.getInfo("verbose")) == True:
# mirror(" Active Threads :{ " + str(t_array) + " } ")
# time.sleep(15)
if 'ioThread' in t_array:
check_threads += 1
if 'eegThread' in t_array:
check_threads += 1
if eval(cy_IO.getInfo("openvibe")) == True:
if check_threads == 0:
ioTHREAD.onClose("CyKIT.main() 2")
mirror("\r\n*** Reseting . . .")
CyINIT = 1
main(1)
continue
# (1 if noweb == True else 2)
if check_threads < (1 if noweb == True else 2):
threadMax = 2
totalTries = 0
while threadMax > 1 and totalTries < 2:
totalTries += 1
time.sleep(0)
threadMax = 0
for t in threading.enumerate():
if "eegThread" in t.getName():
cy_IO.setInfo("status", "False")
# mirror(t.getName())
if "ioThread" in t.getName():
# mirror(t.getName())
CyWebSocket.socketIO.stopThread(ioTHREAD)
if "Thread-" in t.getName():
# mirror(t.getName())
threadMax += 1
try:
t.abort()
except:
continue
t_array = str(
list(map(lambda x: x.getName(), threading.enumerate())))
# mirror(str(t_array))
ioTHREAD.onClose("CyKIT.main() 1")
mirror("*** Reseting . . .")
CyINIT = 1
main(1)
def main():
global cyHeadset
myi = eeg.MyIO()
parameters = "info+confirm"
cyHeadset = eeg.EEG(6, myi, parameters)
def main(CyINIT):
HOST = '127.0.0.1'
PORT = 54123
MODEL = 6
check_connection = None
#parameters = str(sys.argv[4]).lower()
parameters = 'noweb'
# Stage 1.
# ¯¯¯¯¯¯¯¯¯¯¯
# Acquire I/O Object.
# ¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯
cy_IO.setInfo("ioObject", cy_IO)
cy_IO.setInfo("config", parameters)
if "verbose" in parameters:
cy_IO.setInfo("verbose","True")
else:
cy_IO.setInfo("verbose","False")
if "noweb" in parameters:
noweb = True
cy_IO.setInfo("noweb","True")
cy_IO.setInfo("status","True")
else:
noweb = False
cy_IO.setInfo("noweb","False")
if "noheader" in parameters:
cy_IO.setInfo("noheader","True")
if "openvibe" in parameters:
cy_IO.setInfo("openvibe","True")
headset = eeg.EEG(MODEL, cy_IO, parameters)
while str(cy_IO.getInfo("DeviceObject")) == "0":
time.sleep(.001)
continue
if "bluetooth" in parameters:
mirror("> [Bluetooth] Pairing Device . . .")
else:
if "noweb" not in parameters:
mirror("> Listening on " + HOST + " : " + str(PORT))
mirror("> Trying Key Model #: " + str(MODEL))
if "generic" in parameters:
ioTHREAD = CyWebSocket.socketIO(PORT, 0, cy_IO)
else:
ioTHREAD = CyWebSocket.socketIO(PORT, 1, cy_IO)
cy_IO.setServer(ioTHREAD)
time.sleep(1)
check_connection = ioTHREAD.Connect()
ioTHREAD.start()
while eval(cy_IO.getInfo("status")) != True:
time.sleep(.001)
continue
headset.start()
CyINIT = 3
####################################################################################
print("CONNECTED TO USB DONGLE")
print("EPOC MODEL " + str(MODEL) + " needs to be ON")
print("Caps Lock Toggles Recording EEG DATA")
t = threading.Thread(target=keyboardListener)
t.start()
####################################################################################
while CyINIT > 2:
#print('while CyINIT > 2:')
CyINIT += 1
time.sleep(.001)
if (CyINIT % 10) == 0:
#print('if (CyINIT % 10) == 0:')
check_threads = 0
t_array = str(list(map(lambda x: x.getName(), threading.enumerate())))
#if eval(cy_IO.getInfo("verbose")) == True:
# mirror(" Active Threads :{ " + str(t_array) + " } ")
#time.sleep(15)
if 'ioThread' in t_array:
check_threads += 1
if 'eegThread' in t_array:
check_threads += 1
#(1 if noweb == True else 2)
if check_threads < (1 if noweb == True else 2):
#print('if check_threads < (1 if noweb == True else 2):')
threadMax = 2
totalTries = 0
while threadMax > 1 and totalTries < 2:
#print('while threadMax > 1 and totalTries < 2:')
totalTries += 1
time.sleep(0)
threadMax = 0
for t in threading.enumerate():
#print('for t in threading.enumerate():')
if "eegThread" in t.getName():
cy_IO.setInfo("status","False")
#mirror(t.getName())
if "ioThread" in t.getName():
#mirror(t.getName())
CyWebSocket.socketIO.stopThread(ioTHREAD)
if "Thread-" in t.getName():
#mirror(t.getName())
threadMax += 1
try:
t.abort()
except:
continue
t_array = str(list(map(lambda x: x.getName(), threading.enumerate())))
#mirror(str(t_array))
ioTHREAD.onClose("CyKIT.main() 1")
mirror("*** Reseting . . .")
CyINIT = 1
main(1)
