class SerialMgr():
def __init__(self):
# Create protocol and give callback function
self.protocol = Protocol(self.on_new_payload)
# Create serial port manager
self.serial = SerialPort(self.on_rx_data)
self.serial.connect("COM5",115200)
self.serial.run()
def on_rx_data(self,c):
print(c)
self.protocol.decode(c)
def on_new_payload(self,payload):
print("decoded :",payload)
class SerialMgr():
def __init__(self):
# Create protocol and give callback function
self.protocol = Protocol(self.on_new_payload)
# Create serial port manager
self.serial = SerialPort(self.on_rx_data)
self.serial.disconnect()
self.serial.connect("COM8", 115200)
self.serial.start()
def on_rx_data(self, c):
print(c)
self.protocol.decode(c)
def on_new_payload(self, payload):
print("decoded :", payload)
c.append(int('00', 16))
c.append(int('7f', 16))
#VALUE
c.append(int('05', 16))
c.append(int('f7', 16))
c.append(int('E4', 16))
c.append(int('7D', 16))
return c
def on_new_payload(rxpayload):
print("TX :", rxpayload)
if __name__ == '__main__':
# Create protocol and give callback function
protocol = Protocol(on_new_payload)
# Test to decode
for c in build_rx_value():
protocol.decode(c)
# Test to encode
tx = protocol.encode(build_tx_value())
build_rx_value()
print("TX :", tx)
print("Done.")
#DATAID
c.append(int('00',16))
c.append(int('7f',16))
#VALUE
c.append(int('05',16))
c.append(int('f7',16))
c.append(int('E4',16))
c.append(int('7D',16))
return c
def on_new_payload(rxpayload):
print("TX :",rxpayload)
if __name__ == '__main__':
# Create protocol and give callback function
protocol = Protocol(on_new_payload)
# Test to decode
for c in build_rx_value():
protocol.decode(c)
# Test to encode
tx = protocol.encode(build_tx_value())
build_rx_value()
print("TX :",tx)
print("Done.")