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bm_gui.py
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#########################################################################################
#
# gui.py - Rev. 2.0
# Copyright (C) 2021-4 by Joseph B. Attili, aa2il AT arrl DOT net
#
# Gui for dx cluster 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 time
import socket
import json
import platform
from datetime import datetime
from dx.spot_processing import ChallengeData,Station
from dx.cluster_connections import *
from fileio import parse_adif, read_text_file
import webbrowser
if sys.version_info[0]==3:
from tkinter import *
import tkinter.font
else:
from Tkinter import *
import tkFont
from rig_io import bands
from rig_io.ft_tables import THIRTEEN_COLONIES
from cluster_feed import *
from settings import *
import logging
from utilities import freq2band, error_trap
from widgets_tk import StatusBar
from tcp_server import open_udp_client,KEYER_UDP_PORT
from bm_udp import *
from load_history import load_history
#########################################################################################
DEFAULT_BAND = '20m'
VERBOSITY=0
#########################################################################################
# Setup basic logging
logging.basicConfig(
format="%(asctime)-15s [%(levelname)s] %(funcName)s:\t(message)s",
level=logging.INFO)
#########################################################################################
# The GUI
class BandMapGUI:
def __init__(self,root,P):
# Init
self.P = P
self.nspots=0
self.SpotList=[]
self.current=[]
self.last_check=datetime.now()
self.qsos=[]
self.VFO = P.RIG_VFO
if self.P.FT4:
self.FT_MODE='FT4'
else:
self.FT_MODE='FT8'
self.Ready=False
self.friends=[]
self.most_wanted=[]
self.corrections=[]
P.members=[]
self.calls1 = []
self.sock = None
self.old_mode = None
# UDP stuff
P.bm_udp_client=None
P.bm_udp_ntries=0
# Read "regular" logbook - need to update this
# Might need to bring this out to bandmap.py
if self.P.CWOPS and False:
if True:
print('\nCWops members worked:\n',self.P.data.cwops_worked)
self.calls1 = []
#sys.exit(0)
elif '_6' in self.P.LOG_NAME:
# For CQP
fname99=self.P.LOG_NAME.replace('_6','')
print('GUI: Reading regular log file',fname99)
logbook = parse_adif(fname99)
self.calls1 = [ qso['call'] for qso in logbook ]
self.calls1 =list( set( self.calls1) )
elif True:
# After the CQP
fname99=self.P.LOG_NAME.replace('.','_6.')
print('GUI: Reading regular log file',fname99)
logbook = parse_adif(fname99)
self.calls1 = [ qso['call'] for qso in logbook ]
self.calls1 =list( set( self.calls1) )
else:
self.calls1 = []
print('GUI: CALLS1=',self.calls1,len(self.calls1))
# Create the GUI - need to be able to distinguish between multiple copies of bandmap
if root:
self.root=Toplevel(root)
#self.hide()
else:
self.root = Tk()
if P.SERVER=="WSJT":
self.root.title("Band Map by AA2IL - " + P.SERVER)
else:
self.root.title("Band Map by AA2IL - Server " + P.SERVER)
# Move to lower left corner of screen
if P.BM_GEO==None:
self.screen_width = self.root.winfo_screenwidth()
self.screen_height = self.root.winfo_screenheight()
print('Screen=',self.screen_width, self.screen_height)
w=400
h=self.screen_height
sz=str(w)+'x'+str(h)+'+'+str(self.screen_width-400)+'+0'
else:
#bandmap.py -geo 400x790+1520+240
sz=P.BM_GEO
self.root.geometry(sz)
# Add menu bar
self.create_menu_bar()
# Set band according to rig freq
self.band = StringVar(self.root)
self.ant = IntVar(self.root)
self.ant.set(-1)
self.mode = StringVar(self.root)
self.mode.set('')
self.mode2 = StringVar(self.root)
self.mode2.set(self.FT_MODE)
# Buttons
BUTframe = Frame(self.root)
BUTframe.pack()
# Buttons to select HF bands
self.Band_Buttons=[]
for bb in bands.keys():
if bb=='2m':
break
b = int( bb.split("m")[0] )
but=Radiobutton(BUTframe,
text=bb,
indicatoron = 0,
variable=self.band,
command=lambda: self.SelectBands(self.P.ALLOW_CHANGES),
value=bb)
self.Band_Buttons.append( but )
if not P.CONTEST_MODE or bands[bb]["CONTEST"]:
but.pack(side=LEFT,anchor=W)
# Another row of buttons to select mode & antenna
#ModeFrame = Frame(self.root)
#ModeFrame.pack(side=TOP)
#subFrame1 = Frame(ModeFrame,relief=RIDGE,borderwidth=2)
subFrame1 = Frame(self.toolbar,relief=FLAT,borderwidth=2,bg='red')
subFrame1.pack(side=LEFT)
if P.SERVER=="WSJT":
for m in ['FT8','FT4','MSK144']:
Radiobutton(subFrame1,
text=m,
indicatoron = 0,
variable=self.mode2,
command=lambda: self.SelectMode2(),
value=m).pack(side=LEFT,anchor=W)
else:
for m in ['CW','Data','SSB']:
Radiobutton(subFrame1,
text=m,
indicatoron = 0,
variable=self.mode,
command=lambda: self.SelectMode(),
value=m).pack(side=LEFT,anchor=W)
#subFrame2 = Frame(ModeFrame)
subFrame2 = Frame(self.toolbar,relief=FLAT,borderwidth=2,bg='green')
subFrame2.pack(side=LEFT)
for a in [1,2,3]:
Radiobutton(subFrame2,
text='Ant'+str(a),
indicatoron = 0,
variable=self.ant,
command=lambda: self.SelectAnt(),
value=a).pack(side=LEFT,anchor=W)
if False:
frm=ModeFrame
else:
frm=self.toolbar
#frm=Frame(self.toolbar,relief=RIDGE,borderwidth=1)
#frm.pack(side=LEFT)
Button(frm,text="-1",
command=lambda: self.FreqAdjust(-1) ).pack(side=LEFT,anchor=W)
Button(frm,text="+1",
command=lambda: self.FreqAdjust(+1) ).pack(side=LEFT,anchor=W)
if P.CONTEST_MODE:
Button(frm,text="<",
command=lambda: self.SetSubBand(1) ).pack(side=LEFT,anchor=W)
Button(frm,text=">",
command=lambda: self.SetSubBand(3) ).pack(side=LEFT,anchor=W)
# List box with a scroll bar
self.LBframe = Frame(self.root)
#self.LBframe.pack(side=LEFT,fill=BOTH,expand=1)
self.LBframe.pack(fill=BOTH,expand=1)
self.scrollbar = Scrollbar(self.LBframe, orient=VERTICAL)
# Select a fixed-space font
if platform.system()=='Linux':
FAMILY="monospace"
elif platform.system()=='Windows':
#FAMILY="fixed" # Doesn't come out fixed space?!
FAMILY="courier"
else:
print('GUI INIT: Unknown OS',platform.system())
sys.exit(0)
if self.P.SMALL_FONT:
SIZE=8
else:
SIZE=10
if sys.version_info[0]==3:
self.lb_font = tkinter.font.Font(family=FAMILY,size=SIZE,weight="bold")
else:
self.lb_font = tkFont.Font(family=FAMILY,size=SIZE,weight="bold")
self.lb = Listbox(self.LBframe, yscrollcommand=self.scrollbar.set,font=self.lb_font)
self.scrollbar.config(command=self.lb.yview)
self.scrollbar.pack(side=RIGHT, fill=Y)
self.lb.pack(side=LEFT, fill=BOTH, expand=1)
self.lb.bind('<<ListboxSelect>>', self.LBLeftClick)
# self.lb.bind('<2>' if aqua else '<3>', lambda e: context_menu(e, menu))
self.lb.bind('<Button-2>',self.LBCenterClick)
self.lb.bind('<Button-3>',self.LBRightClick)
# Trap the mouse wheel pseudo-events so we can handle them properly
self.lb.bind('<Button-4>',self.scroll_updown)
self.lb.bind('<Button-5>',self.scroll_updown)
self.scrollbar.bind('<Button-4>',self.scroll_updown)
self.scrollbar.bind('<Button-5>',self.scroll_updown)
# Status bar along the bottom
self.status_bar = StatusBar(self.root)
self.status_bar.setText("Howdy Ho!")
self.status_bar.pack(fill=X,side=BOTTOM)
# Make what we have so far visible
self.root.update_idletasks()
self.root.update()
# Function to actually get things going
def run(self):
self.sock = self.P.sock
# Put gui on proper desktop
if self.P.DESKTOP!=None:
cmd='wmctrl -r "'+self.root.title()+'" -t '+str(self.P.DESKTOP)
os.system(cmd)
if self.sock and self.sock.active:
if VERBOSITY>0:
logging.info("Calling Get band ...")
f = 1e-6*self.sock.get_freq(VFO=self.VFO) # Query rig at startup
b = freq2band(f)
self.rig_freq = 1e-3*f
else:
f = 0
b = DEFAULT_BAND # No conenction so just default
print('BM_GUI: BAND.SET band=',b,'\tf=',f)
self.band.set(b)
self.rig_band=b
print("Initial band=",b)
if self.sock and self.sock.active:
self.SelectMode('')
self.SelectAnt(-1)
self.SelectBands(True)
print('Initial server=',self.P.SERVER)
self.node.set(self.P.SERVER)
self.WatchDog()
# Callback to handle mouse wheel scrolling since Tk doesn't seem to do a very good job of it
# The jumps in Tk are much to big and I can't figure out how to adjust so do this instead
def scroll_updown(self, event):
if event.num==4:
n=-1 # int(-1*(event.delta/120))
else:
n=1 # int(-1*(event.delta/120))
#print('MOUSE WHEEL ...........................................................................................',
# n,event.num,event.delta,'\n',event)
self.lb.yview_scroll(n, "units")
return "break"
# Adjust rig freq
def FreqAdjust(self,df):
if VERBOSITY>0:
logging.info("Calling Get Freq ...")
self.rig_freq = self.sock.get_freq(VFO=self.VFO) / 1000.
if VERBOSITY>0:
logging.info("Calling Set Freq ...")
self.sock.set_freq(self.rig_freq+df,VFO=self.VFO)
# Set rig freq to lo or hi end of mode subband
def SetSubBand(self,iopt):
if self.sock==None:
return
b = self.band.get()
if VERBOSITY>0:
logging.info("Calling Get Mode ...")
m = self.sock.get_mode(VFO=self.VFO)
if m=='AM':
m='SSB'
if iopt==1:
print('m=',m)
frq = bands[b][m+'1'] * 1000
elif iopt==2:
frq1 = bands[b][m+'1'] * 500
frq2 = bands[b][m+'2'] * 500
frq = frq1+frq2
elif iopt==3:
frq = bands[b][m+'2'] * 1000
print("\nSetSubBand:",iopt,b,m,frq)
if VERBOSITY>0:
logging.info("Calling Set Freq ...")
self.sock.set_freq(float(frq/1000.),VFO=self.VFO)
# Callback to select antenna
def SelectAnt(self,a=None,b=None,VERBOSITY=0):
if self.sock==None:
print('SELECT ANT - No socket!')
return
if not a:
a = self.ant.get()
if a==-1:
if VERBOSITY>0:
logging.info("Calling Get Ant ...")
print("SELECT ANT: Calling Get Ant ...")
a = self.sock.get_ant()
self.ant.set(a)
if VERBOSITY>0:
print("SELECT ANT: Got Antenna =",a)
elif a==-2:
if VERBOSITY>0:
logging.info("Checking Ant matches Band ...")
if self.P.sock.rig_type2=='FTdx3000':
if b in ['160m','80m']:
ant=3
elif b in ['40m','20m','15m']:
ant=1
elif b in ['30m','17m','12m','10m','6m']:
ant=2
else:
ant=1
self.P.sock.set_ant(ant,VFO=self.VFO)
else:
print("\n%%%%%%%%%% Select Antenna: Setting Antenna =",a,"%%%%%%%%")
if VERBOSITY>0:
logging.info("Calling Set Ant ...")
self.sock.set_ant(a,VFO=self.VFO)
self.status_bar.setText("Selecting Antenna "+str(a))
# Callback to handle mode changes for WSJT-X
def SelectMode2(self,VERBOSITY=0):
if VERBOSITY>0:
print('\nSelectMode2: mode=',self.FT_MODE)
if self.sock==None:
print('SELECT MODE2 - No socket!')
return
try:
self.FT_MODE=self.mode2.get()
band = self.band.get()
frq = bands[band][self.FT_MODE] + 1
except:
error_trap('GUI->SELECT MODE2: Problem setting new config')
return
print('\n***************************************** Well well well ...',self.FT_MODE,band,frq)
self.P.ClusterFeed.tn.configure_wsjt(NewMode=self.FT_MODE)
time.sleep(.1)
self.sock.set_freq(frq,VFO=self.VFO)
# Make sure monitor is turned on also
GAIN=25
self.sock.set_monitor_gain(25)
return
# Callback to handle mode changes for rig
def SelectMode(self,m=None,VERBOSITY=0):
if VERBOSITY>0:
print('\nSelectMode: mode=',m)
if self.sock==None:
print('SELECT MODE - No socket!')
return
if m==None:
m = self.mode.get()
print('SelectMode-a: mode2=',m)
if m=='':
if VERBOSITY>0:
logging.info("Calling Get Mode ...")
m = self.sock.get_mode(VFO=self.VFO)
#print('SelectMode:',m)
if m==None:
return
if m=='RTTY' or m=='FT8' or m=='FT4' or m[0:3]=='PKT' or m=='DIGITIAL':
m='Data'
self.mode.set(m)
if m!=self.old_mode:
self.status_bar.setText("Mode Select: "+str(m))
self.old_mode=m
return
# Translate mode request into something that FLDIGI understands
#print('SelectMode-c:',m)
if m in ['SSB','LSB','USB']:
# buf=get_response(s,'w BY;EX1030\n'); # Audio from MIC (front)
if VERBOSITY>0:
logging.info("Calling Get Freq ...")
self.rig_freq = self.sock.get_freq(VFO=self.VFO) / 1000.
if self.rig_freq<10000:
m='LSB'
else:
m='USB'
elif m=='Data' or m=='DIGITAL':
m='RTTY'
#print("SelecteMode-d:",m)
if VERBOSITY>0:
logging.info("Calling Set Mode ...")
if not self.P.CONTEST_MODE:
self.sock.set_mode(m,VFO=self.VFO,Filter='Auto')
if m=='CW':
self.sock.set_if_shift(0)
# Function to collect spots for a particular band
def collect_spots(self,band,REVERSE=False,OVERRIDE=False):
print('COLLECT_SPOTS: band=',band,'\tReverse=',REVERSE,
'\tOVERRIDE=',OVERRIDE,'\tCONTEST_MODE=', self.P.CONTEST_MODE)
if 'cm' in band:
iband=int( band.replace('cm','') )
else:
iband=int( band.replace('m','') )
spots=[]
for x in self.SpotList:
keep= x and x.band == iband
if self.P.DX_ONLY:
# Retain only stations outside US or SESs
keep = keep and (x.dx_station.country!='United States' or len(x.dx_call)==3 or \
x.dx_call=='WM3PEN')
if self.P.NA_ONLY:
# Retain only stations in North America
keep = keep and x.dx_station.continent=='NA'
if self.P.NEW_CWOPS_ONLY:
# Retain only cwops stations not worked yet this year
keep = keep and self.cwops_worked_status(x.dx_call)==1
# Retain only modes we are interested in
xm = x.mode
if xm in ['FT8','FT4','DIGITAL','JT65']:
xm='DIGI'
elif xm in ['SSB','LSB','USB','FM']:
xm='PH'
#if keep and (xm not in self.P.SHOW_MODES):
# print('COLLECT_SPOTS: Culling',xm,'spot - ', self.P.SHOW_MODES)
keep = keep and (xm in self.P.SHOW_MODES)
# Check for dupes
if keep:
match = self.B4(x,band)
c,c2,age=self.spot_color(match,x)
x.color=c
if not (self.P.SHOW_DUPES or OVERRIDE):
keep = keep and (c2!='r')
#print('COLLECT SPOTS:',x.dx_call,c,c2,keep,band,match)
#print('\tx.color=',x.color)
# Keep spots that haven't been culled
if keep:
spots.append(x)
spots.sort(key=lambda x: x.frequency, reverse=REVERSE)
return spots
# Callback to handle band changes
def SelectBands(self,allow_change=False):
VERBOSITY = self.P.DEBUG
#VERBOSITY = 1
if VERBOSITY>0:
print('SELECT BANDS A: nspots=',self.nspots,
'\tlen SpotList=',len(self.SpotList),
'\tlen Current=',len(self.current))
self.scrolling('SELECT BANDS A')
if not self.sock:
print('\nGUI->SELECT BANDS: Not sure why but no socket yet ????')
print('\tsock=',self.sock,'\n')
#return
try:
band = self.band.get()
except:
error_trap('GUI->SELECT BANDS: ????')
print('\tband=',self.band)
return
if VERBOSITY>0:
logging.info("Calling Get Band ...")
if self.sock:
frq2 = 1e-6*self.sock.get_freq(VFO=self.VFO)
else:
frq2=0
band2 = freq2band(frq2)
self.status_bar.setText("Band Select: "+str(band))
print("You've selected ",band,' - Current rig band=',band2,\
' - allow_change=',allow_change,' - mode=',self.FT_MODE, \
flush=True)
# Check for band change
if allow_change:
b=band
if self.P.CLUSTER=='WSJT':
print('BM_GUI - Config WSJT ...',b,self.FT_MODE)
self.P.ClusterFeed.tn.configure_wsjt(NewMode=self.FT_MODE)
time.sleep(.1)
try:
new_frq = bands[b][self.FT_MODE] + 1
except:
error_trap('GUI->SELECT BANDS: Problem getting freq')
return
if VERBOSITY>0:
logging.info("Calling Set Freq and Mode ...")
print('SELECT BANDS: Setting freq=',new_frq,'and mode=',self.FT_MODE)
if self.sock:
self.sock.set_freq(new_frq,VFO=self.VFO)
self.sock.set_mode(self.FT_MODE,VFO=self.VFO)
else:
if band != band2 and self.sock:
if VERBOSITY>0:
logging.info("Calling Set Band ...")
self.sock.set_band(band,VFO=self.VFO)
# Make sure antenna selection is correct also
self.SelectAnt(-2,band)
# Extract a list of spots that are in the desired band
self.current = self.collect_spots(band)
y=self.scrolling('SELECT BANDS B')
# Get latest logbook
now = datetime.utcnow().replace(tzinfo=UTC)
if self.P.STAND_ALONE or len(self.qsos)==0:
if self.P.LOG_NAME0:
# Log for operator if different from current callsign
# We won't keep reading this file so we set REVISIT=False
print('\nGUI: Reading log file',self.P.LOG_NAME0)
logbook = parse_adif(self.P.LOG_NAME0,REVISIT=False,verbosity=0)
self.qsos += logbook
print('QSOs in log=',len(logbook),len(self.qsos))
# Log for current callsign
# We will keep reading this file for new QSOs so we set REVISIT=True
print('\nGUI: Reading log file',self.P.LOG_NAME)
logbook = parse_adif(self.P.LOG_NAME,REVISIT=True,verbosity=0)
self.qsos += logbook
print('QSOs in log=',len(logbook),len(self.qsos))
#sys.exit(0)
if self.P.CWOPS:
self.calls = self.calls1 + [ qso['call'] for qso in self.qsos ]
self.calls=list( set( self.calls) )
print('No. unique calls worked:',len(self.calls))
#print(self.calls)
# Re-populate list box with spots from this band
# This seems to be the slow part
#print 'Repopulate ...',len(self.current),len(self.qsos)
self.lb.delete(0, END)
n=0
for x in self.current:
#pprint(vars(x))
dxcc=x.dx_station.country
if self.P.CLUSTER=='WSJT':
#print('Insert1')
self.lb.insert(END, "%4d %-10.10s %+6.6s %-17.17s %+4.4s" % \
(int(x.df),x.dx_call,x.mode,cleanup(dxcc),x.snr))
else:
#print('Insert2')
if x.mode=='CW':
val=x.wpm
else:
#val=x.snr
val=''
self.lb.insert(END, "%-6.1f %-10.19s %+6.6s %-15.15s %+4.4s" % \
(x.frequency,x.dx_call,x.mode,cleanup(dxcc),val))
# JBA - Change background colors on each list entry
self.lb.itemconfigure(END, background=self.current[n].color)
n+=1
# Reset lb view
self.LBsanity()
self.lb.yview_moveto(y)
self.scrolling('SELECT BANDS C')
if VERBOSITY>0:
print('SELECT BANDS B: nspots=',self.nspots,
'\tlen SpotList=',len(self.SpotList),
'\tlen Current=',len(self.current))
def match_qsos(self,qso,x,b,now):
if self.P.CW_SS:
# Can only work each station once regardless of band in this contest
match = x.dx_call==qso['call']
else:
try:
match = (x.dx_call==qso['call']) and (b==qso['band'])
except:
error_trap('GUI->MATCH QSOS: ?????')
match=False
print('dx_call=',x.dx_call)
print('qso=',qso)
#print('\n------MATCH_QSOS: qso=',qso,x.dx_call,match)
if match:
t1 = datetime.strptime(now.strftime("%Y%m%d %H%M%S"), "%Y%m%d %H%M%S")
t2 = datetime.strptime( qso['qso_date_off']+" "+qso["time_off"] , "%Y%m%d %H%M%S")
delta=(t1-t2).total_seconds() / 3600
match = delta< self.P.MAX_HOURS_DUPE
if VERBOSITY>=2:
print('--- MATCH_QSOS: Possible dupe for',x.dx_call,'\tt12',t1,t2,'\tdelta=',delta,match)
return match
# Function to return worked status of cwops stations
# 0 = call is not a cwops member
# 1 = call is a cwops member but hasn't been worked yet this year
# 2 = call is a cwops member and been worked yet this year
def cwops_worked_status(self,dx_call):
if '/' in dx_call:
dx_station = Station(dx_call)
home_call = dx_station.homecall
else:
home_call = dx_call
if (dx_call in self.P.members) or (home_call in self.P.members):
if (dx_call in self.P.data.cwops_worked) or (home_call in self.P.data.cwops_worked):
status=2
else:
status=1
else:
status=0
#print('CWops WORKED STATUS: call=',dx_call,'\thome call=',home_call,'\tworked=',status)
return status
# Function to determine spot color
def spot_color(self,match,x):
now = datetime.utcnow().replace(tzinfo=UTC)
age = (now - x.time).total_seconds()/60 # In minutes
dx_call=x.dx_call.upper()
dx_station = Station(dx_call)
if dx_station.country=='United States' and len(dx_station.appendix)>=2:
dx_call=dx_station.homecall # Strip out bogus appendices from state QPs
cwops_status=self.cwops_worked_status(dx_call)
# Set color depending criteria
# c2 is the abbreviated version used to shorten the inter-process messages
# These need to be matched in pySDR/gui.py
if match:
c="red"
c2='r'
elif x.needed:
c="magenta"
c2='m'
elif x.need_this_year:
c="violet"
c2='v'
elif x.need_mode:
c="pink"
c2='p'
elif dx_call in self.friends:
c="lightskyblue"
c2='lb'
elif dx_call in self.most_wanted:
c="turquoise"
c2='t'
elif dx_call==self.P.MY_CALL:
c="deepskyblue"
c2='b'
elif self.P.CWOPS and cwops_status>0:
if cwops_status==2:
c="gold"
c2='d'
else:
c='orange'
c2='o'
elif dx_call in THIRTEEN_COLONIES:
c="lightskyblue"
c2='lb'
else:
if age<2:
c="yellow"
c2='y'
else:
c="lightgreen"
c2='g'
return c,c2,age
# Why is this still around? - see cluster_feed.py
def lb_update(self):
b = self.band.get()
print('LB_UPDATE: b=',b)
now = datetime.utcnow().replace(tzinfo=UTC)
idx=-1
if len(self.current)==0:
print('LB_UPDATE - Nothing to do.',self.current)
return
for x in self.current:
idx+=1
for qso in self.qsos:
match = self.match_qsos(qso,x,b,now)
call=qso['call']
#print('LB_UPDATE:',call,x.dx_call,match)
#match |= call==self.P.MY_CALL
if match:
break
#else:
# print('LB_UPDATE - Nothing to do.',self.current)
# return
if idx>=0:
c,c2,age=self.spot_color(match,x)
self.lb.itemconfigure(idx, background=c)
#print('LB_UPDATE:',dx_call,c)
# Function to check if we've already worked a spotted station
def B4(self,x,b):
now = datetime.utcnow().replace(tzinfo=UTC)
dx_call=x.dx_call.upper()
nqsos=len(self.qsos)
if VERBOSITY>0:
print('B4: ... call=',dx_call,'\tband=',b,'nqsos=',nqsos)
match=False
if nqsos>0:
for qso in self.qsos:
#print('QSO=',qso)
if self.P.CW_SS:
# Can only work each station once regardless of band in this contest
match = dx_call==qso['call']
else:
try:
match = (dx_call==qso['call']) and (b==qso['band'])
except:
error_trap('GUI->MATCH QSOS: ?????')
match=False
print('dx_call=',dx_call)
print('qso=',qso)
if match:
t1 = datetime.strptime(now.strftime("%Y%m%d %H%M%S"), "%Y%m%d %H%M%S")
t2 = datetime.strptime( qso['qso_date_off']+" "+qso["time_off"] , "%Y%m%d %H%M%S")
delta=(t1-t2).total_seconds() / 3600
match = delta < self.P.MAX_HOURS_DUPE
if VERBOSITY>=2:
print('--- Possible dupe ',tag,' for',dx_call,'\tt12=',t1,t2,'\tdelta=',
delta,match)
if match:
print('*** Dupe ***',qso['call'],qso['band'])
break
return match
# Function to set list box view
def set_lbview(self,frq,MIDDLE=False):
dfbest=1e9
ibest=-1
idx=0
# Keep track of entry that is closest to current rig freq
for x in self.current:
df=abs( x.frequency-frq )
# print idx,x.frequency,frq,df,ibest
if df<dfbest:
dfbest=df
ibest=idx
idx=idx+1
# Make sure its visible and highlight it
if ibest>-1:
sb=self.scrollbar.get()
sz=self.lb.size()
yview=self.lb.yview()
"""
print("LBSANITY: Closest=",ibest,
'\tf=',self.current[ibest].frequency,
'\tsize=',sz,
'\tsb=',sb,
'\tyview',yview)
"""
#print('hght:',self.lb['height'])
# Use to scrollbar to determine how many lines are visible
d = yview[1]-yview[0] # Fraction of list in view
n = d*sz # No. line in view
if MIDDLE:
y = max( ibest*d/n - d/2. , 0) # Top coord so view will be centered around ibest
else:
y = max( ibest*d/n , 0) # Top coord will be centered around ibest
self.lb.yview_moveto(y)
self.lb.selection_clear(0,END)
if False:
# This was problematic
self.lb.selection_set(ibest)
# Make sure the entry closest to the rig freq is visible
def LBsanity(self):
VERBOSITY = self.P.DEBUG
#print('LBSANITY ...')
# Dont bother if using as WSJT companion
#if not CONTEST_MODE or CLUSTER=='WSJT':
if self.P.CLUSTER=='WSJT':
print('LBSANITY - WS server - nothing to do')
return
# Don't bother if not on same band as the rig
b1 = self.rig_band
b2 = self.band.get()
#print('LBSANITY: rig band=',b1,'\tband=',b2)
if b1!=b2:
if VERBOSITY>0:
print('LBSANITY - Rig on different band - nothing to do')
return
# Don't bother if user doesn't want to keep rig freq centered
if not self.P.KEEP_FREQ_CENTERED:
#if VERBOSITY>0:
# print('LBSANITY - DONT KEEP CENTERED - nothing to do')
y=self.scrolling('LBSANITY',verbosity=0)
self.lb.yview_moveto(y)
return
# Set lb view so its centered around the rig rig freq
frq = self.rig_freq
self.set_lbview(frq,True)
# Callback to clear all spots
def Clear_Spot_List(self):
print("\n------------- Clear Spot List -------------",self.P.CLUSTER,'\n')
self.nspots=0
self.SpotList=[];
self.current=[]
self.lb.delete(0, END)
#########################################################################################
# Watch Dog
def WatchDog(self):
#print('BM WATCH DOG ...')
# Check if we have any new spots
nspots=self.P.q.qsize()
print('BM WATCH DOG - There are',nspots,'new spots in the queue ...')
while nspots>0:
line=self.P.q.get()
self.digest_spot(line)
self.P.q.task_done()
nspots=self.P.q.qsize()
# Check for antenna or mode or band changes
# Should combine these two
if VERBOSITY>0:
logging.info("Calling Get Band & Freq ...")
if self.P.SERVER=="WSJT":
tmp = self.P.ClusterFeed.tn.wsjt_status()
#print('WatchDog:',tmp)
if all(tmp):
if not self.Ready:
print('WatchDog - Ready to go ....')
self.P.ClusterFeed.tn.configure_wsjt(NewMode=self.FT_MODE)
self.Ready=True
self.rig_freq = tmp[0]
self.rig_band = tmp[1]
self.FT_MODE = tmp[2]
else:
try:
if self.sock:
self.rig_freq = 1e-3*self.sock.get_freq(VFO=self.VFO)
self.rig_band = freq2band(1e-3*self.rig_freq)
except:
error_trap('WATCHDOG: Problem reading rig freq/band',True)
try:
if self.sock:
self.SelectAnt(-1,VERBOSITY=0)
self.SelectMode('',VERBOSITY=0)
except:
error_trap('WATCHDOG: Problem reading rig antenna/mode',True)
# Try to connect to the keyer
if self.P.BM_UDP_CLIENT:
if not self.P.bm_udp_client:
self.P.bm_udp_ntries+=1
if self.P.bm_udp_ntries<=100:
self.P.bm_udp_client=open_udp_client(self.P,KEYER_UDP_PORT,
bm_udp_msg_handler)
if self.P.bm_udp_client:
print('BM GUI->WatchDog: Opened connection to KEYER.')
self.P.bm_udp_ntries=0
else:
print('WATCHDOG: Unable to open UDP client (keyer) - too many attempts',self.P.bm_udp_ntries)
# Check if socket is dead
if self.sock and self.sock.ntimeouts>=10:
print('\tWATCHDOG: *** Too many socket timeouts - port is probably closed - giving up -> sys.exit ***\n')
sys.exit(0)
# Re-schedule to do it all over again in 1-second
self.root.update_idletasks()
self.root.update()
self.root.after(1*1000, self.WatchDog)
#########################################################################################
# Callback when an item in the listbox is selected
def LBSelect(self,value,vfo):
print('LBSelect: Tune rig to a spot - vfo=',vfo,value)
self.status_bar.setText("Spot Select "+value)
self.scrolling('LBSelect')
# Examine item that was selected