deleted file mode 100644

@@ -1,6 +0,0 @@

-Memory Ch,VFO_A,VFO_B,RepeaterShift,Mode,Tag,Encoding,Tone,DCS,Clarifier,RxClar,TxClar,PreAmp,RfAttn,NB,IFshift,IFwidthIndex,ContourState,ContourFreq,APFstate,APFfreq,DNRstate,DNRalgorithm,DNFstate,NBFstate,NotchState,NotchFreq

-1,146.52,,OFF,FM,VHF Call,OFF,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,NA,NA,NA,NA,NA,NA,1,NA,WIDE,ON,150

-2,145.29,,-RPT,FM,WA7ABU,OFF,118.8 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,NA,NA,NA,NA,NA,NA,1,NA,WIDE,ON,150

-3,162.55,,OFF,FM,WX PDX,OFF,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,NA,NA,NA,NA,NA,NA,1,NA,WIDE,ON,150

-4,122.725,,OFF,AM,ALB CTAF,OFF,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,NA,NA,NA,NA,NA,OFF,1,OFF,WIDE,OFF,150

-5,14.25,,OFF,USB,20 Meters,OFF,67.0 Hz,23,0,OFF,OFF,AMP 2,ON,ON,20,14,0,300,0,25,OFF,1,OFF,WIDE,OFF,150

new file mode 100644

@@ -0,0 +1,6 @@

+Memory Ch,VFO_A,RepeaterShift,Mode,Tag,Encoding,Tone,DCS,Clarifier,RxClar,TxClar,PreAmp,RfAttn,NB,IFshift,IFwidthIndex,ContourState,ContourFreq,APFstate,APFfreq,DNRstate,DNRalgorithm,DNFstate,NBFstate,NotchState,NotchFreq

+1,146.52,OFF,FM,VHF Call,OFF,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,2,1,300,0,25,NA,1,NA,WIDE,ON,150

+2,145.29,-RPT,FM-N,WA7ABU,TONE ENC,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,1,1,300,0,25,NA,1,NA,NARROW,ON,150

+3,162.55,OFF,FM,WX PDX,OFF,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,2,1,300,0,25,NA,1,NA,WIDE,ON,150

+4,122.725,OFF,AM,ALB CTAF,OFF,100.0 Hz,23,0,OFF,OFF,IPO,NA,OFF,NA,4,0,300,0,25,OFF,1,OFF,WIDE,OFF,150

+5,14.25,OFF,USB,20 Meters,OFF,67.0 Hz,23,0,OFF,OFF,AMP 2,ON,ON,20,14,0,300,0,25,OFF,1,OFF,WIDE,OFF,150

@@ -31,12 +31,9 @@

 #

 # Revision History

 #   * v10 24 Nov 2019 by J L Owrey; first release

-#   * v11 03 Oct 2020 by J L owrey; upgraded to Python 3

+#   * v11 03 Oct 2020 by J L Owrey; upgraded to Python 3

+#   * v12 24 Aug 2022 by J L Owrey; added methods to get and set APF

 #

-# This script has been tested with the following

-#

-#     Python 3.8.10 (default, Mar 15 2022, 12:22:08) 

-#     [GCC 9.4.0] on linux

 #2345678901234567890123456789012345678901234567890123456789012345678901234567890

 import sys, serial, time

@@ -173,6 +170,8 @@ def getCTCSS():

     """

     # Get result CTCSS tone

     sResult = sendCommand('CN00;')

+    if sResult == '?;':

+        return 'NA'

     tone = sResult[4:7]

     return list(dTones.keys())[list(dTones.values()).index(tone)]

 ## end def

@@ -185,6 +184,8 @@ def getDCS():

     """

     # Get result of CN01 command

     sResult = sendCommand('CN01;')

+    if sResult == '?;':

+        return 'NA'

     dcs = sResult[4:7]

     return list(dDcs.keys())[list(dDcs.values()).index(dcs)]

 ## end def

@@ -198,6 +199,8 @@ def getRxClarifier():

     # An exception will automatically be raised if incorrect data is

     # supplied - most likely a "key not found" error.

     sResult = sendCommand('RT;')

+    if sResult == '?;':

+        return 'NA'

     state = sResult[2]

     return list(bState.keys())[list(bState.values()).index(state)]

 ## end def

@@ -211,6 +214,8 @@ def getTxClarifier():

     # An exception will automatically be raised if incorrect data is

     # supplied - most likely a "key not found" error.

     sResult = sendCommand('XT;')

+    if sResult == '?;':

+        return 'NA'

     state = sResult[2]

     return list(bState.keys())[list(bState.values()).index(state)]

 ## end def

@@ -222,17 +227,22 @@ def getPower():

     Returns: string containing the power in Watts

     """

     sResult = sendCommand('PC;')

+    if sResult == '?;':

+        return 'NA'

     return sResult[2:5]

 ##end def

 def getPreamp():

     """

-    Description:  Gets the state of the Rx preamplifier.

+    Description:  Gets the state of the Rx preamplifier.  The state of

+    the preamplifier is the same as the IPO state.

     Parameters: none

     Returns: string containing the state of the preamplifier.

     """

     # Get result of PA0 command

     sResult = sendCommand('PA0;')

+    if sResult == '?;':

+        return 'NA'

     ipo = sResult[3:4]

     return list(dPreamp.keys())[list(dPreamp.values()).index(ipo)]

 ## end def

@@ -257,6 +267,8 @@ def getNoiseBlanker():

     Returns: string containing the state of the noise blanker.

     """

     sResult = sendCommand('NB0;')

+    if sResult == '?;':

+        return 'NA'

     nb = sResult[3:4]

     return list(bState.keys())[list(bState.values()).index(nb)]

 ## end def

@@ -267,8 +279,6 @@ def getIFshift():

     Parameters: none

     Returns: string containing the amount of shift.

     """

-    if getRfAttn() == 'NA':

-        return 'NA'

     sResult = sendCommand('IS0;')

     if sResult == '?;':

         return 'NA'

@@ -284,9 +294,9 @@ def getIFwidth():

     Parameters: none

     Returns: string containing the amount index number.

     """

-    if getRfAttn() == 'NA':

-        return 'NA'

     sResult = sendCommand('SH0;')

+    if sResult == '?;':

+        return 'NA'

     width = int(sResult[3:5])

     return width

 ## end def

@@ -297,22 +307,42 @@ def getContour():

     Parameters: none

     Returns: list object containing the four parameters.

     """

-    if getRfAttn() == 'NA':

-        return [ 'NA', 'NA', 'NA', 'NA' ]

+    #if getRfAttn() == 'NA':

+    #    return [ 'NA', 'NA', 'NA', 'NA' ]

     lContour = []

     sResult = sendCommand('CO00;')

+    if sResult == '?;':

+        return 'NA'

     lContour.append(int(sResult[4:8]))

     sResult = sendCommand('CO01;')

+    if sResult == '?;':

+        return 'NA'

     lContour.append(int(sResult[4:8]))

+    return lContour

+## end def

+

+def getAPF():

+    """

+    Description:  Gets the audio peak filter parameters.

+    Parameters: none

+    Returns: list object containing the four parameters.

+    """

+    lapf = []

+

     sResult = sendCommand('CO02;')

-    lContour.append(int(sResult[4:8]))

+    if sResult == '?;':

+        return 'NA'

+    lapf.append(int(sResult[4:8]))

     sResult = sendCommand('CO03;')

-    lContour.append(int(sResult[4:8]))

-    return lContour

+    if sResult == '?;':

+        return 'NA'

+    lapf.append(int(sResult[4:8]))

+

+    return lapf

 ## end def

 def getDNRstate():

@@ -335,6 +365,8 @@ def getDNRalgorithm():

     Returns: a number between 1 and 16 inclusive

     """

     sResult = sendCommand('RL0;')

+    if sResult == '?;':

+        return 'NA'

     algorithm = int(sResult[3:5])

     return algorithm

 ## end def

@@ -651,7 +683,23 @@ def setContour(lParams):

     if lParams[0] == 'NA':

         return

-    for inx in range(4):

+    for inx in range(2):

+        sCmd = 'CO0%d%04d' % (inx, int(lParams[inx]))

+        sResult = sendCommand(sCmd)

+        if sResult == '?;':

+            raise Exception('setContour error')

+## end def

+

+def setAPF(lParams):

+    """

+    Description:  Sends a formatted CO command that sets contour parameters

+    Parameters: lParams - list object containing the parameters

+    Returns: nothing

+    """

+    if lParams[0] == 'NA':

+        return

+

+    for inx in range(2,4):

         sCmd = 'CO0%d%04d' % (inx, int(lParams[inx]))

         sResult = sendCommand(sCmd)

         if sResult == '?;':

@@ -755,28 +803,28 @@ def parseCsvData(sline):

     # Store the parsed items with the appropriate key in the dictionary object.

     dChan['memloc'] = lchan[0]

     dChan['vfoa'] = lchan[1]

-    dChan['vfob'] = lchan[2]

-    dChan['rpoffset'] = lchan[3]

-    dChan['mode'] = lchan[4]

-    dChan['tag'] = lchan[5]

-    dChan['encode'] = lchan[6]

-    dChan['tone'] = lchan[7]

-    dChan['dcs'] = lchan[8]

-    dChan['clarfreq'] = lchan[9]

-    dChan['rxclar'] = lchan[10]

-    dChan['txclar'] = lchan[11]

-    dChan['preamp'] = lchan[12]

-    dChan['rfattn'] = lchan[13]

-    dChan['nblkr']  = lchan[14]

-    dChan['shift'] = lchan[15]

-    dChan['width'] = lchan[16]

-    dChan['contour'] = [ lchan[17], lchan[18], lchan[19], lchan[20] ]

-    dChan['dnrstate'] = lchan[21]

-    dChan['dnralgorithm'] = lchan[22]

-    dChan['dnfstate'] = lchan[23]

-    dChan['narstate'] = lchan[24]

-    dChan['notchstate'] = lchan[25]

-    dChan['notchfreq'] = lchan[26]

+    dChan['rpoffset'] = lchan[2]

+    dChan['mode'] = lchan[3]

+    dChan['tag'] = lchan[4]

+    dChan['encode'] = lchan[5]

+    dChan['tone'] = lchan[6]

+    dChan['dcs'] = lchan[7]

+    dChan['clarfreq'] = lchan[8]

+    dChan['rxclar'] = lchan[9]

+    dChan['txclar'] = lchan[10]

+    dChan['preamp'] = lchan[11]

+    dChan['rfattn'] = lchan[12]

+    dChan['nblkr']  = lchan[13]

+    dChan['shift'] = lchan[14]

+    dChan['width'] = lchan[15]

+    dChan['contour'] = [ lchan[16], lchan[17] ]

+    dChan['afp'] = [ lchan[18], lchan[19] ]

+    dChan['dnrstate'] = lchan[20]

+    dChan['dnralgorithm'] = lchan[21]

+    dChan['dnfstate'] = lchan[22]

+    dChan['narstate'] = lchan[23]

+    dChan['notchstate'] = lchan[24]

+    dChan['notchfreq'] = lchan[25]

     return dChan # return the dictionary object

 ## end def

@@ -873,8 +921,9 @@ def receiveSerial(termchar=';'):

         try:

             # Form a string from the received characters.

             answer += c.decode('utf_8')

+            #xpass

         except Exception as e:

-            print('serial rx error: %s' % e)

+            print('serial rx error: %s  chr=%s' % (e, c))

         #answer += str(c) # Form a string from the received characters.

         charCount += 1 # Increment character count.

         # If a semicolon has arrived then the FT991 has completed

@@ -26,19 +26,20 @@

 #

 # Revision History

 #   * v10 24 Nov 2019 by J L Owrey; first release

-#   * v11 03 Oct 2020 by J L owrey; upgraded to Python 3

+#   * v11 03 Oct 2020 by J L Owrey; upgraded to Python 3

+#   * v12 24 Aug 2022 by J L Owrey; fixed error occurring when setting

+#     the FT991 IF filter width for unsupported modulation modes; added

+#     command line parameter to set the CAT baud rate; fixed error that

+#     occurs when the restore menu settings tries to restore the CAT baud

+#     rate setting

 #

-# This script has been tested with the following

-#

-#     Python 3.8.10 (default, Mar 15 2022, 12:22:08) 

-#     [GCC 9.4.0] on linux

 #2345678901234567890123456789012345678901234567890123456789012345678901234567890

 # Environment Setup

 _WINDOWS_COM_PORT = 'COM5'

 _LINUX_COM_PORT = '/dev/ttyUSB0'

-_FT991_BAUD_RATE = 4800

+_DEFAULT_FT991_BAUD_RATE = 4800

 import os, sys, serial, time

 import ft991 # module should be in same directory as this utility

@@ -56,6 +57,7 @@ _DEBUG = False

 menuBackupFile = _DEFAULT_MENU_SETTINGS_FILE

 memoryBackupFile = _DEFAULT_MEMORY_SETTINGS_FILE

 commandLineOption = ''

+baudRate = _DEFAULT_FT991_BAUD_RATE

 # Command processing functions

@@ -270,7 +272,7 @@ def readMemorySettings():

              contained in the list.

     """

     # Define the column headers as the first item in the list.

-    lSettings = [ 'Memory Ch,VFO_A,VFO_B,' \

+    lSettings = [ 'Memory Ch,VFO_A,' \

                   'RepeaterShift,Mode,Tag,Encoding,Tone,DCS,' \

                   'Clarifier,RxClar,TxClar,PreAmp,RfAttn,NB,IFshift,' \

                   'IFwidthIndex,ContourState,ContourFreq,' \

@@ -297,6 +299,7 @@ def readMemorySettings():

         shift = ft991.getIFshift()

         width = ft991.getIFwidth()

         lContour = ft991.getContour()

+        lAFP = ft991.getAPF()

         dnrstate = ft991.getDNRstate()

         dnralgorithm = ft991.getDNRalgorithm()

         dnfstate = ft991.getDNFstate()

@@ -305,14 +308,14 @@ def readMemorySettings():

         # getMemory, above, stores data in a dictionary object.  Format

         # the data in this object, as well as, the DCS code and CTCSS

         # tone into a comma-delimited string.

-        sCsvFormat = '%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,' \

+        sCsvFormat = '%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,' \

                      '%s,%s,%s,%s,%s,%s,%s,%s,%s,%s' % \

                (

-                 dMem['memloc'], dMem['vfoa'], '', \

+                 dMem['memloc'], dMem['vfoa'], \

                  dMem['rpoffset'], dMem['mode'], dMem['tag'], dMem['encode'], \

                  tone, dcs, dMem['clarfreq'], dMem['rxclar'], \

                  dMem['txclar'], preamp, rfattn, nblkr, shift, width, \

-                 lContour[0], lContour[1], lContour[2], lContour[3], \

+                 lContour[0], lContour[1], lAFP[0], lAFP[1], \

                  dnrstate, dnralgorithm, dnfstate, narstate, notch[0],

                  notch[1]

                )

@@ -358,12 +361,19 @@ def writeMemorySettings(lSettings):

             ft991.setRfAttn(dItem['rfattn'])

             # Set Noise Blanker state

             ft991.setNoiseBlanker(dItem['nblkr'])

-            # Set IF shift amount

-            ft991.setIFshift(dItem['shift'])

-            # Set IF width index

-            ft991.setIFwidth(dItem['width'])

-            # Set Contour parameters

+            # v12 24 Aug 2022 by J L Owrey; fixed error occurring when setting

+            # the FT991 IF filter width for unsupported modulation modes

+            if dItem['mode'] in ['LSB', 'USB', 'CW', 'RTTY-LSB',

+                                 'RTTY-USB', 'DATA-LSB', 'DATA-USB']:

+                # Set IF width index

+                ft991.setIFwidth(dItem['width'])

+                # Set IF shift amount

+                ft991.setIFshift(dItem['shift'])

+            # Set Contour parameters; also sets audio peak filter (APF)

             ft991.setContour(dItem['contour'])

+            if dItem['mode'] in ['CW']:

+                # Set audio peak filter (APF)

+                ft991.setAPF(dItem['apf'])

             # Set DNR state and algorithm

             ft991.setDNRstate(dItem['dnrstate'])

             ft991.setDNRalgorithm(dItem['dnralgorithm'])

@@ -415,6 +425,13 @@ def writeMenuSettings(lSettings):

         # setting is the "Radio ID" setting.

         if item.find('EX087') > -1:

             continue;

+        # Do not change the CAT baud rate while restoring menu

+        # items as this could result in failure to restore menu

+        # items after item #31.  This situation might happen if

+        # the FT991 CAT baud rate gets changed some time after

+        # the menu settings have been backed up. 

+        if item.find('EX031') > -1:

+            continue;

         # Send the pre-formatted menu setting to the FT991.

         sResult = ft991.sendCommand(item)

         if sResult.find('?;') > -1:

@@ -504,18 +521,20 @@ def getCLarguments():

         Parameters: none

         Returns: nothing

     """

+    global baudRate

     index = 1

     fileName = ''

     backupOption = ''

     # Define a splash to help the user enter command line arguments.

-    usage =  "Usage: %s [-v] [OPTION] [-f file]\n"  \

+    usage =  "Usage: %s [-v] [OPTION] [-f file] [-u baud rate]\n"  \

              "  -b: backup memory\n"                \

              "  -r: restore memory\n"               \

              "  -m: backup menu\n"                  \

              "  -s: restore menu\n"                 \

              "  -f: backup/restore file name\n"     \

              "  -v: verbose mode\n"                 \

+             "  -u: baud rate\n"                    \

              % sys.argv[0].split('/')[-1]

     # Process all command line arguments until done.  Note that the last

@@ -541,6 +560,16 @@ def getCLarguments():

             ft991.verbose = True

         elif sys.argv[index] == '-d': # set debug mode 'ON'

             ft991.debug = True

+        elif sys.argv[index] == '-u': # set the baud rate

+            # v12 24 Aug 2022 by J L Owrey; added command line parameter

+            # for setting the CAT baud rate

+            # Get the backup file name.

+            baudRate = sys.argv[index + 1]

+            if not baudRate in ['4800', '9600', '19200', '38400']:

+                print("invalid baud rate")

+                exit(1)

+            baudRate = int(baudRate)

+            index += 1

         else:

             print(usage)

             exit(-1)

@@ -569,7 +598,7 @@ def main():

     else:

         port = _LINUX_COM_PORT

-    ft991.begin(port, _FT991_BAUD_RATE) # open com port session to FT991

+    ft991.begin(port, baudRate) # open com port session to FT991

     # Process command line options (if any).

     if commandLineOption != '':