SrvSVXLink/Options/818/sbin/818-prog

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2022-08-24 08:18:01 +02:00
#!/usr/bin/python2
#
# This is a simple serial programmer for the 818 VHF/UHF modules.
# by w0anm
# This code was created from examples on the web.
#
# $Id: 818-prog 12 2014-12-27 18:27:47Z w0anm $
import time
import serial
# configure the serial connections (the parameters differs on the device
# you are connecting to)
ser = serial.Serial(
port='/dev/ttyS2',
baudrate=9600,
parity=serial.PARITY_NONE,
stopbits=serial.STOPBITS_ONE,
bytesize=serial.EIGHTBITS
)
# ser.open()
ser.isOpen()
print '\r\n\n'
print 'Programing DRA818x and SA818x Module \r\n\n'
print 'Device name:'
print ' ' + ser.portstr # check which port was really used
key=1
while key == 1:
print '------------------------------------------------------'
Spacing=raw_input('Enter Channel Spacing (0 or 1): ')
FreqTx=raw_input('Enter Tx Frequency (xxx.xxxx): ')
FreqRx=raw_input('Enter Rx Frequency (xxx.xxxx): ')
tx_ctcss=raw_input('Enter Tx ctcss Code Value (xxxx): ')
rx_ctcss=raw_input('Enter Rx ctcss Code Value (xxxx): ')
squelch=raw_input ('Enter Squelch Value (1-9): ')
Volume=raw_input('Enter Volume (0-8): ')
PreEmphasis=raw_input('Enable Pre/De-Emphasis (y/[n]): ')
if PreEmphasis == "":
PreEmphasis="n"
HighPass=raw_input('Enable High Pass Filter (y/[n]): ')
if HighPass == "":
HighPass="n"
LowPass=raw_input('Enable Low Pass Filter (y/[n]): ')
if LowPass == "":
LowPass="n"
#
print ''
print 'Verify:'
print '------------------------------------------------------'
print ' Channel Spacing: ' + Spacing + ' '
print ' Tx Frequency: ' + FreqTx + ' '
print ' Rx Frequency: ' + FreqRx + ' '
print ' Tx CTCSS code: ' + tx_ctcss + ' '
print ' Rx CTCSS code: ' + rx_ctcss + ' '
print ' Squelch Value: ' + squelch + ' '
print ' Volume Value: ' + Volume + ' '
print ' PreEmphasis Enabled: ' + PreEmphasis + ' '
print ' High Pass Enabled: ' + HighPass + ' '
print ' Low Pass Enabled: ' + LowPass + ' '
print '------------------------------------------------------'
Answer=""
Answer=raw_input(' Is this correct ([y]/n, or a to abort) ?')
if Answer == "":
Answer = "y"
if Answer == "y":
break
if Answer == "a":
exit()
# print 'Enter your commands below.\r\nInsert "exit" to leave the application.'
# Example of the command:
# ser.write("AT+DMOSETGROUP=1,446.0500,446.0500,0020,4,0020\r\n")
# Set Freq/Group
print 'Sending Freq Information...'
ser.write("AT+DMOSETGROUP=" + Spacing + "," + FreqTx + "," + FreqRx + "," + tx_ctcss + "," + squelch + "," + rx_ctcss + "\r\n")
time.sleep(1.00)
#evaluate response
raw_serial = ser.readline()
response = raw_serial[:-2]
# Bad response --> +DMOSETGROUP:1
if response == '+DMOSETGROUP:1':
print " Error, invalid information (" + response + "). Check input format.."
print " Command Sent:"
print " AT+DMOSETGROUP=1," + FreqTx + "," + FreqRx + "," + tx_ctcss + "," + squelch + "," + rx_ctcss + "\r\n"
exit()
# Set Volume
print "Setting Volume - " + Volume + " "
ser.write("AT+DMOSETVOLUME=" + Volume + "\r\n")
time.sleep(1.00)
#evaluate response
raw_serial = ser.readline()
response = raw_serial[:-2]
# Bad response --> +DMOSETVOLUME:1
if response == '+DMOSETVOLUME:1':
print " Error, invalid information (" + response + ")..."
print " Command Sent:"
print " AT+DMOSETVOLUME=" + Volume + "\r\n"
exit()
# Set Filters:
# convert filters values, 0 is enable, and 1 is disable
if PreEmphasis == "n":
PreEmpFilter='1'
else:
PreEmpFilter='0'
if HighPass == "n":
HPass='1'
else:
HPass='0'
if LowPass == "n":
LPass='1'
else:
LPass='0'
print 'Setting Filters'
ser.write("AT+SETFILTER=" + PreEmpFilter + "," + HPass + "," + LPass + "\r\n")
time.sleep(1.00)
#evaluate response
raw_serial = ser.readline()
response = raw_serial[:-2]
# Bad response --> +DMOSETFILTER:1
if response == '+DMOSETFILTER:1':
print " Error, invalid information (" + response + ")..."
print " Command Sent:"
print " AT+SETFILTER=" + PreEmpFilter + "," + HPass + "," + LPass + "\r\n"
exit()