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params.py
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#! /usr/bin/python3 -u
################################################################################
#
# Params.py - Rev 1.0
# Copyright (C) 2021-4 by Joseph B. Attili, aa2il AT arrl DOT net
#
# Command line param parser for bandmap
#
################################################################################
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
################################################################################
import sys
import os
import argparse
from collections import OrderedDict
from rig_io import CONNECTIONS,RIGS
from settings import *
################################################################################
# Sometimes when these don't work, its bx the login handshaking needs some work
NODES=OrderedDict()
#NODES['PY3NZ'] = 'dxc.baependi.com.br:8000' # dxwatch.com - down?
#NODES['NK7Z'] = 'nk7z-cluster.ddns.net:7373' # Lots of spots! - down?
NODES['NC7J'] = 'dxc.nc7j.com:7373' # OK - AR cluster
NODES['W3LPL'] = 'w3lpl.net:7373' # Ok - lots of spots, no FT8 dxc.w3lpl.net
#telnet telnet.reversebeacon.net 7000
#telnet telnet.reversebeacon.net 7001
NODES['RBN'] = 'telnet.reversebeacon.net:7000' # RBN - 7000 for CW & RTTY, 7001 for ft8
NODES['AE5E'] = 'dxspots.com' #
NODES['VE7CC'] = 'dxc.ve7cc.net' #
NODES['W9PA'] = 'dxc.w9pa.net:7373' # Ok - lots of spots, no FT8 dxc.w3lpl.net
NODES['WC2L'] = 'dxc.wc2l.com' #
NODES['K3LR'] = 'dx.k3lr.com' #
NODES['WS7I'] = 'ws7i.ewarg.org:7300' # OK - need to work on filtering - uses "non AR" cluster, can show FT8
NODES['W8AEF'] = 'paul.w8aef.com:7373' # AZ - no FT8 - can turn it on
NODES['N6WS'] = 'n6ws.no-ip.org:7300' # Ok
NODES['K1TTT'] = 'k1ttt.net:7373' # (Peru, MA); Skimmer capable
NODES['W6RFU'] = 'ucsbdx.ece.ucsb.edu:7300' # Ok - CQ Zones 1-5 spots only (i.e. US & Canada)
NODES['AE5E'] = 'dxspots.com' # Ok - not many spots
NODES['N4DEN'] = 'dxc.n4den.us:7373' # Ok
NODES['W6KK'] = 'w6kk.zapto.org:7300' # Ok - USA and VE spots only, not many spots
NODES['N7OD'] = 'n7od.pentux.net' # Ok
NODES['WC4J'] = 'dxc.wc4j.net' # Doesnt work
NODES['WA9PIE'] = 'dxc.wa9pie.net:8000' # HRD
NODES['K2LS'] = 'dxc.k2ls.com' # CQ Zones 1-8 spots only (i.e. NA) - not sure how to log in
NODES['W6CUA'] = 'w6cua.no-ip.org:7300' # Not sure how to log on?
NODES['K7EK'] = 'www.k7ek.net:9000' # Doesn't work?
NODES['K6EXO'] = 'k6exo.dyndns.org:7300' # Doesn't work?
NODES['N6WS'] = 'n6ws.no-ip.org:7300' # Not sure how to log on?
NODES['N7OD'] = 'n7od.pentux.net' # Not sure how to log on?
NODES['ANY'] = ''
NODES['NONE'] = ''
################################################################################
# Structure to contain processing params
class PARAMS:
def __init__(self):
# Process command line args
# Can add required=True to anything that is required
arg_proc = argparse.ArgumentParser()
arg_proc.add_argument('-contest', action='store_true',help='Conest Mode')
arg_proc.add_argument('-ss', action='store_true',help='ARRL Sweepstakes')
arg_proc.add_argument('-echo', action='store_true',help='Echo lines from server')
arg_proc.add_argument("-rig", help="Connection Type to Rig",
type=str,default=["NONE"],nargs='+',
choices=CONNECTIONS+['NONE']+RIGS)
arg_proc.add_argument("-port", help="TCPIP port",
type=int,default=0)
arg_proc.add_argument("-cluster", help="Server",
type=str,default="ANY",
choices=list(NODES.keys()) )
arg_proc.add_argument("-wsjt", help="wsjt", nargs='*',
type=str,default=None)
arg_proc.add_argument("-log", help="Log file (keep track of dupes)",
type=str,
default=None)
#default=None,nargs='*')
#default="~/logs/[MYCALL].adif")
#default="") #,nargs='+')
arg_proc.add_argument('-dx_only', action='store_true',
help='Show only DX spots')
arg_proc.add_argument('-nodupes', action='store_true',
help='Dont show dupes')
arg_proc.add_argument("-modes", help="Show only these modes",
type=str,default='ANY',nargs='*')
arg_proc.add_argument('-na_only', action='store_true',
help='Show only spots from North America')
arg_proc.add_argument('-buttons', action='store_true',
help='Enable band buttons')
arg_proc.add_argument('-bm_udp', action='store_true',
help='Start UDP client')
arg_proc.add_argument('-save', action='store_true',
help='Save All Spots')
arg_proc.add_argument('-cwops', action='store_true',
help='Highlight CWops Members')
arg_proc.add_argument('-show_mode', action='store_true',
help='Show mode needs')
arg_proc.add_argument('-show_year', action='store_true',
help='Show dxcc needs for this year')
arg_proc.add_argument('-ft4', action='store_true',
help='Use FT4 freqs instead of FT8')
arg_proc.add_argument('-small', action='store_true',
help='Use small font')
arg_proc.add_argument('-center', action='store_true',
help='Keep list centered on rig freq')
arg_proc.add_argument("-vfo", help="VFO to follow",
type=str,default="A",
choices=['A','B'] )
#arg_proc.add_argument('-noft8', action='store_true',help='Filter out FT8 spots')
arg_proc.add_argument('-bm_geo',type=str,default=None,
help='Geometry')
arg_proc.add_argument('-test', action='store_true',help='Test Mode')
arg_proc.add_argument("-hours", help="Max no. hours for a dupe",
type=float,default=2*24)
arg_proc.add_argument("-age", help="Max no. minutes to keep a spot around",
type=int,default=None)
arg_proc.add_argument('-desktop',type=int,default=None,
help='Desk Top Work Space No.')
arg_proc.add_argument("-debug", help="Debug Level",
type=int,default=0)
args = arg_proc.parse_args()
self.CONNECTION = args.rig[0]
if len(args.rig)>=2:
self.RIG = args.rig[1]
else:
self.RIG = None
self.PORT = args.port
self.MAX_HOURS_DUPE = args.hours
self.CONTEST_MODE = args.contest
self.DESKTOP = args.desktop
self.SMALL_FONT = args.small or self.CONTEST_MODE
self.STAND_ALONE = True
self.BM_GEO = args.bm_geo
self.TEST_MODE = args.test
self.CW_SS = args.ss
self.CWOPS = args.cwops
self.DX_ONLY = args.dx_only
self.NA_ONLY = args.na_only
self.NEW_CWOPS_ONLY = False
self.BM_UDP_CLIENT = args.bm_udp
self.SAVE_SPOTS = args.save
self.RIG_VFO = args.vfo
self.FT4 = args.ft4
self.DEBUG = args.debug
self.SHOW_NEED_MODE = args.show_mode
self.SHOW_NEED_YEAR = args.show_year
self.SHOW_DUPES = not args.nodupes
valid_modes=['CW','RTTY','DIGI','PH']
if type(args.modes) is list:
self.SHOW_MODES = args.modes
elif args.modes=='ANY':
self.SHOW_MODES = valid_modes
else:
self.SHOW_MODES = [args.modes]
for m in self.SHOW_MODES:
if m not in valid_modes:
print('PARAMS ERROR - Unrecognized mode:',m,'\nValid modes are',valid_modes)
sys.exit(0)
# See http://www.ng3k.com/misc/cluster.html for a list
self.SERVER=args.cluster.upper()
self.WSJT_FNAME=None
self.WSJT_IP_ADDRESS = '127.0.0.1'
self.WSJT_PORT = 2237
WSJT2=args.wsjt
if WSJT2!=None:
print("\nWSJT2=",WSJT2,len(WSJT2))
self.WSJT_FNAME=os.path.expanduser("~/.local/share/WSJT-X")
self.WSJT_FNAME+=" - "+WSJT2[0]
self.WSJT_FNAME+="/ALL.TXT"
self.CLUSTER='WSJT'
self.SERVER='WSJT'
if len(WSJT2)>=2:
self.WSJT_PORT = int(WSJT2[1])
print("WSJT_FNAME=", self.WSJT_FNAME)
print("WSJT_PORT =", self.WSJT_IP_ADDRESS,self.WSJT_PORT)
#sys.exit(0)
else:
self.CLUSTER=NODES[self.SERVER]
#print('CLUSTER=',CLUSTER)
if args.log==None:
if args.wsjt==None:
#self.LOG_NAME = "~/logs/[MYCALL].adif"
self.LOG_NAME = "~/[OPERATOR]/[MYCALL].adif"
#self.LOG_NAME = "~/logs/[OPERATOR].adif"
else:
self.LOG_NAME = "~/.local/share/WSJT-X"
if WSJT2!=None:
self.LOG_NAME+=" - "+WSJT2[0]
self.LOG_NAME += "/wsjtx_log.adi"
else:
self.LOG_NAME = args.log
if False:
#print(len(args.log))
print(args.log)
print(WSJT2)
print(self.SERVER)
print(self.LOG_NAME)
sys,exit(0)
self.ECHO_ON=args.echo
if args.age:
self.MAX_AGE=args.age
elif self.CLUSTER=='WSJT':
self.MAX_AGE=4 # Was 5
else:
self.MAX_AGE=5 # Was 10
self.rootlogger = "dxcsucker"
self.TIME_OUT=.01
# Read config file
self.SETTINGS,self.RCFILE = read_settings('.keyerrc')
self.MY_CALL = self.SETTINGS['MY_CALL']
self.OPERATOR = self.SETTINGS['MY_OPERATOR']
self.LOG_NAME = self.LOG_NAME.replace('[OPERATOR]',self.OPERATOR)
if self.OPERATOR!=self.MY_CALL:
self.LOG_NAME0 = os.path.expanduser( self.LOG_NAME.replace('[MYCALL]',self.OPERATOR ) )
else:
self.LOG_NAME0 = None
MY_CALL2 = self.MY_CALL.replace('/','_')
self.LOG_NAME = os.path.expanduser( self.LOG_NAME.replace('[MYCALL]',MY_CALL2 ) )
self.NODES = NODES
self.threads = []
print('LOG_NAME=',self.LOG_NAME,'\tSTAND_ALONE=',self.STAND_ALONE)
if self.SERVER=="WSJT" or args.buttons:
self.ALLOW_CHANGES=True
else:
self.ALLOW_CHANGES=False
# The spreadsheets with the DXCC already worked data & node info
#MY_CALL3 = self.MY_CALL.split('/')[0]
MY_CALL3 = self.OPERATOR.split('/')[0]
self.DATA_DIR = os.path.expanduser('~/'+MY_CALL3+'/')
self.CHALLENGE_FNAME = self.DATA_DIR+'/states.xls'
if not os.path.isfile(self.CHALLENGE_FNAME):
self.CHALLENGE_FNAME = 'states.xls'
if not os.path.isfile(self.CHALLENGE_FNAME):
self.CHALLENGE_FNAME = None
self.NODES_FNAME = self.DATA_DIR+'/states.xls'
if not os.path.isfile(self.NODES_FNAME):
self.NODES_FNAME = 'nodes.xls'
self.KEEP_FREQ_CENTERED=args.center
self.RIGHT_CLICK_TUNES_VFOB = self.SERVER!="WSJT"