def ReadNumber(port, with_error=True):
def TestResponse(allstr, with_error):
if CheckRespond(allstr, with_error) != True:
return [False, 0]
fox_number = allstr[0]
try:
if int(fox_number) < settings.FOX_NUMBER_MIN or int(fox_number) > settings.FOX_NUMBER_MAX:
if with_error:
utils.MessageBox("Fox returned wrong number: \"" + fox_number + "\". Number must be between " + settings.FOX_NUMBER_MIN + " and " + settings.FOX_NUMBER_MAX + ".")
return [False, 0]
except ValueError:
if with_error:
utils.MessageBox("Fox returned wrong number: \"" + str(fox_number) + "\". Number must be between " + str(settings.FOX_NUMBER_MIN) + " and " + str(settings.FOX_NUMBER_MAX) + ".")
return [False, 0]
int_fox_num = int(fox_number)
return [True, int_fox_num]
con = fox_serial.Open(port, with_error=False)
if con == None:
if with_error:
utils.MessageBox("Cannot open COM-port " + str(port))
return [False, 0]
# this is necessary to clear the uart buffer if the welcome message is sent
# -> sent one command and receive the answer
# first time uart will receive binary zeros, second command is then correct
fox_serial.ClearBuffer(con)
fox_serial.Writeln(con, settings.COMMAND_GET_FOX_NUMBER)
allstr = fox_serial.ReadToPrompt(con, False)
ret = TestResponse(allstr, False)
if ret[0] != True:
fox_serial.ClearBuffer(con)
fox_serial.ReadAll(con)
fox_serial.Writeln(con, "exit")
allstr3 = fox_serial.ReadToPrompt(con, False)
#fox_serial.Writeln(con, "exit")
#allstr3 = fox_serial.ReadToPrompt(con, False)
fox_serial.Writeln(con, settings.COMMAND_GET_FOX_NUMBER)
allstr = fox_serial.ReadToPrompt(con, False)
ret = TestResponse(allstr, with_error)
fox_serial.Close(con)
return ret
def ReadCrystalFrequency(port, with_error=True):
con = fox_serial.Open(port, with_error=False)
if con == None:
return [False, 0]
fox_serial.Writeln(con, settings.COMMAND_GET_CRYSTAL_FREQUENCY)
allstr = fox_serial.ReadToPrompt(con)
fox_serial.Close(con)
if CheckRespond(allstr, with_error) != True:
return [False, 0]
crystal_frequency = allstr[0]
try:
int_crystal_frequency = int(crystal_frequency)
except ValueError:
if with_error:
utils.MessageBox("Fox returned wrong crystal frequency: \"" + crystal_frequency)
return [False, 0]
return [True, int_crystal_frequency]
def SetIdTimer(self, event):
self.timer_set_id.Stop()
retstr = fox_serial.Readln(self.con_set_id, False)
ret = self.progress_dialog_set_id.Update(0)
if ret[0] == False:
# user cancelled
self.progress_dialog_set_id.Destroy()
self.timer_set_id.Stop()
fox_serial.Writeln(self.con_set_id, "exit")
fox_serial.Close(self.con_set_id)
return
if retstr.find("tag id " + str(self.tag_id_set_id) + " written!") >= 0:
self.frame.Status("Tag " + str(self.tag_id_set_id) + " successfully written!")
self.checkbox_created[self.index_set_id].SetValue(True)
self.progress_dialog_set_id.Destroy()
self.timer_set_id.Stop()
fox_serial.Close(self.con_set_id)
return
self.timer_set_id.Start(1500)
def ProgramFoxNumber(self, number):
# number is from ARRAY_FOX_NUMBER!
j = -1 # just a value that is not between FOX_NUMBER_MIN and FOX_NUMBER_MAX
if number == settings.ARRAY_FOX_NUMBER_DEMO:
transmit_minute = "0"
secret = "1"
repetition = "1"
try:
frequency = str(
int(
float(self.text_demo_frequency_freq.GetValue()) *
1000000))
except ValueError:
utils.MessageBox(
"Frequency does not seem to be a float-number (e.g. 3.5)")
return False
try:
amplitude_int = int(self.text_amplitude.GetValue())
amplitude = str(amplitude_int)
if amplitude_int < 0 or amplitude_int > 100:
utils.MessageBox("Amplitude must be between 0 and 100")
except ValueError:
utils.MessageBox("Amplitude does not seem to be an integer")
return False
try:
morse_int = int(self.text_morse_speed.GetValue())
morse = str(morse_int)
except ValueError:
utils.MessageBox("Morse-speed does not seem to be an integer")
return False
else:
transmit_minute = self.combobox_minute[number].GetValue()
secret = str(self.fox_secret[number])
repetition = self.combobox_repetition.GetValue()
try:
frequency = str(
int(float(self.text_frequency.GetValue()) * 1000000))
except ValueError:
utils.MessageBox(
"Frequency does not seem to be a float-number (e.g. 3.5)")
return False
if number == settings.ARRAY_FOX_NUMBER_DEMO:
number = settings.FOX_NUMBER_DEMO
else:
number = number + 1
fox_name = str(number)
if number == settings.FOX_NUMBER_DEMO:
fox_name = "Demo"
if self.com[number] != "":
ret = fox.ReadNumber(self.com[number])
if ret[0] == True:
j = ret[1]
progress_dialog = wx.ProgressDialog("Program Fox",
"Check fox number",
maximum=31,
parent=None,
style=wx.PD_APP_MODAL)
progress_dialog.SetInitialSize()
self.frame.Status("Program Fox " + str(number) + ": Check fox number")
progress_dialog.Update(
0, "Program Fox " + str(number) + ": Check fox number")
if j != number:
self.TestFoxes(None)
if self.com[number] != "":
temp = fox.ReadNumber(self.com[number])
if temp[0] == True:
j = temp[1]
if j != number or self.com[number] == "":
progress_dialog.Destroy()
self.frame.Status("Program Fox " + str(number) + ": Failed")
if number != settings.FOX_NUMBER_DEMO:
utils.MessageBox("Fox " + str(number) +
" is not connected")
else:
utils.MessageBox("Demo-Fox is not connected")
return False
con = fox_serial.Open(self.com[number])
if con == None:
progress_dialog.Destroy()
return False
if self.checkbox_modulation.GetValue():
modulation_string = settings.STRING_ON
else:
modulation_string = settings.STRING_OFF
commands = [
settings.COMMAND_SET_RELOAD, settings.COMMAND_SET_CALL_SIGN,
settings.COMMAND_SET_FOX_MAX, settings.COMMAND_SET_TRANSMIT_MINUTE,
settings.COMMAND_SET_FREQUENCY, settings.COMMAND_SET_START_DATE,
settings.COMMAND_SET_START_TIME, settings.COMMAND_SET_STOP_DATE,
settings.COMMAND_SET_STOP_TIME, settings.COMMAND_SET_WPM,
settings.COMMAND_SET_MODULATION, settings.COMMAND_SET_MORSING,
settings.COMMAND_SET_AMPLITUDE, settings.COMMAND_RESET_HISTORY,
settings.COMMAND_SET_SECRET
]
parameters = [
settings.STRING_OFF,
self.combobox_call[number].GetValue()
[:self.combobox_call[number].GetValue().find(" "
)], # SET_CALL_SIGN
repetition, # SET_FOX_MAX
transmit_minute, # SET_TRANSMIT_MINUTE
frequency, # SET_FREQUENCY
self.start_date_picker.GetValue().FormatISODate(
), # SET_START_DATE
self.start_time_picker.GetValue(
as_wxDateTime=True).FormatISOTime(), # SET_START_TIME
self.stop_date_picker.GetValue().FormatISODate(), # SET_STOP_DATE
self.stop_time_picker.GetValue(
as_wxDateTime=True).FormatISOTime(), # SET_STOP_TIME
self.text_morse_speed.GetValue(), # SET_WPM
modulation_string, # SET_MODULATION
settings.STRING_ON, # SET_MORSING
self.text_amplitude.GetValue(), # SET_AMPLITUDE
"", # RESET HISTORY
secret
]
self.frame.Status("Program Fox " + str(number) + ": Write commands")
progress_dialog.Update(
10, "Program Fox " + str(number) + ": Write commands")
fox_serial.ReadAll(con)
# continue here -> others with commands and parameters, oscillator frequency in fox-panel
for i in range(0, len(commands)):
fox.SendCommand(con, commands[i], parameters[i], with_error=False)
suc = True
for i in range(0, len(commands)):
allstr = fox_serial.ReadToPrompt(con)
if fox.CheckRespond(allstr, False) == False:
utils.MessageBox(i)
suc = False
break
if suc == False:
progress_dialog.Destroy()
utils.MessageBox("Fox does not respond correctly")
self.frame.Status("Program Fox " + str(number) + ": Failed")
fox_serial.Close(con)
return False
self.frame.Status("Program Fox " + str(number) + ": Synchronise time")
progress_dialog.Update(
20, "Program Fox " + str(number) + ": Synchronise time")
if fox.SyncTime(con, with_error=False) == False:
utils.MessageBox("Fox " + str(number) +
" does not respond correctly")
self.frame.Status("Program Fox " + str(number) + ": Failed")
progress_dialog.Destroy()
fox_serial.Writeln(
con, settings.COMMAND_SET_RELOAD + settings.STRING_ON)
fox_serial.ReadToPrompt()
fox_serial.Close(con)
return False
progress_dialog.Update(30)
fox_serial.Writeln(con,
settings.COMMAND_SET_RELOAD + settings.STRING_ON)
allstr = fox_serial.ReadToPrompt(con)
if fox.CheckRespond(allstr, False) == False:
utils.MessageBox("Fox does not respond correctly")
self.frame.Status("Program Fox " + str(number) + ": Failed")
fox_serial.Close(con)
return False
self.frame.Status("Fox " + str(number) + " programmed successfully")
fox_serial.Close(con)
progress_dialog.Destroy()
return True
def SendCommand(con, command, parameter, with_error=True):
# update changes here also to SyncTime
fox_serial.Writeln(con, command + parameter)
return True