def __init__(self, local_device_callsign, local_device_node_id):
self.local_device_callsign = local_device_callsign
self.local_device_node_id = local_device_node_id
# Create messaging application objects needed for transmissions
self.faraday_tx_msg_sm = faraday_msg.MsgStateMachineTx()
self.faraday_tx_msg_object = faraday_msg.MessageAppTx(
self.local_device_callsign, self.local_device_node_id)
# Create receiver application object
self.faraday_rx_msg_object = faraday_msg.MessageAppRx()
self.rx_uart_service_port_application_number = 3
self.GETWAIT_TIMEOUT = 2
import faraday_msg
#Variables
local_device_callsign = 'kb1lqd' # Callsign of the local unit to connect to (COM port assignment)
local_device_node_id = 1 # Callsign ID of the local unit to connect to (COM port assignment)
#Remote device information
remote_callsign = 'kb1lqc' # Callsign of the remote unit to transmit to
remote_id = 1 # Callsign ID of the remote unit to connect to transmit to
# Create messaging application objects needed for transmissions
faraday_tx_msg_sm = faraday_msg.MsgStateMachineTx(
) # Transmit state machine object used to fragment data
faraday_tx_msg_object = faraday_msg.MessageAppTx(
local_device_callsign, local_device_node_id, remote_callsign,
remote_id) # Transmit object from the Faraday MSG application module
# Update destination Callsign and ID for transmission addressing purposes
faraday_tx_msg_object.updatedestinationstation(remote_callsign, remote_id)
# Create message global variable
message = ''
# Loop while waiting for user input text to transmit
while True:
# Get user input text
message = input("Message: ")
# Create start, stop, and data packets (fragmented) from user input data using state machine tool
faraday_tx_msg_sm.createmsgpackets(local_device_callsign,
local_device_node_id, message)
