def de(self,tlg):
if tlg == 'de':
print(":de")
# return the next state
if sys.platform == 'esp8266': roger.roger()
return State.CALLSIGN
return State.DE
def byede(self,tlg):
if tlg == 'de':
print(":de")
if sys.platform == 'esp8266': roger.roger()
# return the next state
return State.BYECALL
return State.BYEDE
def reportde(self,tlg):
if tlg == 'de':
print(":de")
# return the next state
if sys.platform == 'esp8266': roger.roger()
return State.REPORTCALL
return State.REPORTDE
def bye73(self,tlg):
if tlg == '73':
print(":73")
# return the next state
if sys.platform == 'esp8266': roger.roger()
return State.BYEDE
return State.BYE73
def byerr(self,tlg):
if tlg == 'rr':
print(":rr")
if sys.platform == 'esp8266': roger.roger()
# return the next state
return State.BYETU
return State.BYERR
def byetu(self,tlg):
if tlg == 'tu':
print(":tu")
if sys.platform == 'esp8266': roger.roger()
# return the next state
return State.BYE73
return State.BYETU
def report(self,tlg):
if len(tlg) >= 3:
if self.check_rst(tlg):
self.tmplist.append(tlg)
print(':'+tlg)
if len(self.tmplist) >= self.numberofcq:
# return the next state
if sys.platform == 'esp8266': roger.roger()
return State.REPORTDE
return State.REPORT
def callsign(self,tlg):
if len(tlg) >= self.lencall:
if len(self.callsignlist) == 0:
print(':'+tlg)
self.callsignlist.append(tlg)
elif tlg == self.callsignlist[0]:
print(':'+tlg)
self.callsignlist.append(tlg)
if len(self.callsignlist) >= self.numberofcq:
# return the next state
if sys.platform == 'esp8266': roger.roger()
return State.K
return State.CALLSIGN
def cq(self,tlg):
if tlg == 'cq':
print(":cq")
self.cqlist.append(tlg)
if tlg == 'sota':
print(":sota")
self.sota = 1
self.sotalist.append(tlg)
if self.sota == 1:
if len(self.cqlist) >= self.numberofcq and len(self.sotalist) >= self.numberofcq:
if sys.platform == 'esp8266': roger.roger()
return State.DE
return State.CQ
elif len(self.cqlist) >= self.numberofcq:
if sys.platform == 'esp8266': roger.roger()
return State.DE
return State.CQ
def byeee(self,tlg):
if tlg == 'ee':
print(":ee")
if sys.platform == 'esp8266': roger.roger()
return State.END
return State.BYEEE
def byecall(self,tlg):
if tlg == self.callsignlist[0]:
print(':'+str(self.callsignlist[0]))
if sys.platform == 'esp8266': roger.roger()
return State.BYEEE
return State.BYECALL
def ourcallsign(self,tlg):
if tlg == self.urcallsign:
print(':'+str(self.urcallsign))
if sys.platform == 'esp8266': roger.roger()
return State.UR
return State.OURCALLSIGN
def reportk(self,tlg):
if tlg == 'k':
print(":k")
if sys.platform == 'esp8266': roger.roger()
return State.REPORTCHASE
return State.REPORTK
def reportcall(self,tlg):
if tlg == self.callsignlist[0]:
print(':'+str(self.callsignlist[0]))
if sys.platform == 'esp8266': roger.roger()
return State.REPORTK
return State.REPORTCALL
def rst(self,tlg):
if tlg == 'rst':
print(':rst')
if sys.platform == 'esp8266': roger.roger()
return State.REPORT
return State.RST
def ur(self,tlg):
if tlg == 'ur':
print(':ur')
if sys.platform == 'esp8266': roger.roger()
return State.RST
return State.UR
def main():
if sys.platform == 'esp8266':
roger.roger()
rc = 0
state = State.CQ
while True:
payload, client_address = sock.recvfrom(64)
b = bytearray(payload)
hexstr = binascii.hexlify(b)
morsecode = translator.mopptotxt(hexstr)
tlg = morsecode.strip()
# print ('From: ', end ='')
# print( client_address)
# print('Text: ', end ='')
log('<'+morsecode+'>')
# call the designated function and update the state
# <sk> break and go to end
if morsecode.strip() == '<sk>':
print(':<sk> bye')
state = State.END
state = qso.run_func(state,tlg)
log('state: '+str(state))
if state == State.CHASE:
qso.urcallsign = callsign.get_call()
# Chaser calls activator
# VK3XAS/P de VK3BQ VK3BQ VK3BQ K
sendmoppstr(client_address, qso.callsignlist[0])
sendmoppstr(client_address, 'de')
sendmoppstr(client_address, qso.urcallsign)
sendmoppstr(client_address, qso.urcallsign)
sendmoppstr(client_address, qso.urcallsign)
sendmoppstr(client_address, 'k')
state = State.OURCALLSIGN
#Chaser confirms receipt of his report and gives one to activator
# R R UR RST 559 559 de VK3BQ K
if state == State.REPORTCHASE:
sendmoppstr(client_address, 'r')
sendmoppstr(client_address, 'r')
sendmoppstr(client_address, 'ur')
sendmoppstr(client_address, 'rst')
rst = callsign.get_rst()
sendmoppstr(client_address,rst )
sendmoppstr(client_address,rst )
sendmoppstr(client_address,rst )
sendmoppstr(client_address, 'de')
sendmoppstr(client_address, qso.urcallsign)
sendmoppstr(client_address, 'k')
state = State.BYERR
# Chaser may then send 73
if state == State.END:
sendmoppstr(client_address, '73')
if sys.platform == 'esp8266': roger.roger()
if sys.platform == 'esp8266': roger.roger()
state = State.CQ
def k(self,tlg):
if tlg == 'k':
print(":k")
if sys.platform == 'esp8266': roger.roger()
return State.CHASE
return State.K