def on_hexLineEdit_textChanged(self):
c = self.hexLineEdit.cursorPosition()
t = unicode(self.hexLineEdit.text()).upper()
self.hexLineEdit.setText(t)
self.hexLineEdit.setCursorPosition(c)
self.hexLineEdit.setSelection(c, 1)
hexcode = unicode(self.hexLineEdit.text())
self._lasthex = hexcode
if len(hexcode) == 63 or len(hexcode) == 51 or len(hexcode) == 75 or len(hexcode)==23:
self._beacon = Gen2.SecondGen(hexcode)
else:
self._beacon = decodehex2.BeaconHex()
try:
self._beacon.processHex(hexcode)
ctry = self._beacon.country()
mid = unicode(ctry[0][1])
name = unicode(ctry[1][1])
self.tableWidget.clear()
for n, lrow in enumerate(self._beacon.tablebin):
for m, item in enumerate(lrow):
newitem = QTableWidgetItem(item)
newitem.setFlags(Qt.ItemIsEnabled)
self.tableWidget.setItem(n, m, newitem)
self.tableWidget.setHorizontalHeaderLabels(['Bit range',
'Bit value',
'Name',
'Decoded'])
self.tableWidget.resizeColumnsToContents()
self.tableWidget.resizeRowsToContents()
except Gen2.Gen2Error as e:
self.tableWidget.clear()
qb = QMessageBox.critical(self, e.value, e.message)
except decodehex2.HexError as e:
self.tableWidget.clear()
qb = QMessageBox.critical(self, e.value, e.message)
finally:
pass
def output():
## output will only process if hexcode has been validated.
outputdata = "dummy"
if request.method == 'GET':
hexcode = str(request.args.get('hexcode'))
username = str(request.args.get('username'))
if len(hexcode) == 63 or len(hexcode) == 51 or len(
hexcode) == 75 or len(hexcode) == 23:
beacon = Gen2.SecondGen(hexcode)
else:
beacon = decodehex2.BeaconHex(hexcode)
print(hexcode)
beacon.processHex(hexcode)
ctry = beacon.country()
mid = str(ctry[0][1])
name = str(ctry[1][1])
print(name)
decoded = beacon.tablebin
return render_template('output.html', hexcode=hexcode, decoded=decoded)
else:
return render_template('child.html', title='Home', user="")
def run(self):
count = 0
thefile = open(self.filename, 'rb')
while 1:
buffer = thefile.read(8192*1024)
if not buffer: break
count += buffer.count('\n')
thefile.close()
print count
hexcodes = open(self.filename)
decoded = open(self.filesave, 'w')
decodedtxt = open(self.filetxt,'w')
i = 0
###SECOND GENERATION EXPORT
if self.secgen == True:
c = Gen2.SecondGen()
decoded.write("""Input Message,Self Test,23 Hex ID,BCH Errors,Vessel ID,TAC,Country Code,Country Name,Latitude,Longitude\n""")
for line in hexcodes.readlines():
i += 1
#print i, count, i/float(count),i/float(count)*100
self.emit(SIGNAL('EXPORT'), i/float(count)*100)
line = str(line.strip())
decoded.write('{h},'.format(h=str(line)))
try:
c.processHex(str(line))
##Self Test
decoded.write('{},'.format(c.bits[42]))
##23 Hex ID
decoded.write('{},'.format(c.beaconHexID))
##BCH Errors
decoded.write('{},'.format(c.BCHerrors))
##Vessel ID
decoded.write('{},'.format(Gen2functions.bin2dec(c.vesselID)))
##TAC
decoded.write('{},'.format(c.tac))
##Country Code
decoded.write('{},'.format(c.countryCode))
##Country Name
decoded.write('{},'.format(c.countryName))
##Latitude
decoded.write('{},'.format(c.latitude[1]))
##Longitude
decoded.write('{},'.format(c.longitude[1]))
except Gen2.Gen2Error as e2:
decoded.write(e2.value)
decoded.write('\n')
##FIRST GENERATION EXPORT
else:
c = decodehex2.BeaconHex()
decoded.write("""Input Message,Self Test,15 Hex ID,Complete,Test Coded,Beacon Type,TAC,Country Code,Country Name,Location Type,Position Source,Course Lat,Course Long,Final Lat,Final Long,Fixed Bits,binary complete\n""")
for line in hexcodes.readlines():
i += 1
#print i, count, i/float(count),i/float(count)*100
self.emit(SIGNAL('EXPORT'), i/float(count)*100)
line = str(line.strip())
decoded.write('{h},'.format(h=str(line)))
try:
c.processHex(str(line))
if str(c.location[0]).find('Error') != -1:
finallat = courselat = 'error'
elif str(c.location[0]).find('Default') != -1:
finallat = courselat = 'default'
else:
finallat = c.location[0]
courselat = c.courseloc[0]
if str(c.location[1]).find('Error') != -1:
finallong = courselong = 'error'
elif str(c.location[1]).find('Default') != -1:
finallong = courselong = 'default'
else:
finallong = c.location[1]
courselong = c.courseloc[1]
if c._btype == 'Test':
testcode = '1'
else:
testcode = '0'
decoded.write('{},'.format(str(c.testmsg)))
decoded.write('{},'.format(c.hex15))
decoded.write('{},'.format(c.bch.complete))
decoded.write('{},'.format(testcode))
decoded.write('{},'.format(c._btype))
decoded.write('{},'.format(c.tac))
decoded.write('{},'.format(c.countrydetail.mid))
decoded.write('{},'.format(c.countrydetail.cname))
decoded.write('{},'.format(c._loctype))
decoded.write('{},'.format(c.encpos))
decoded.write('{},'.format(courselat))
decoded.write('{},'.format(courselong))
decoded.write('{},'.format(finallat))
decoded.write('{},'.format(finallong))
decoded.write('{},'.format(c.fixedbits))
except decodehex2.HexError as e:
decoded.write(e.value)
decoded.write('\n')
decodedtxt.write('\n{} {} {} {} {} {}'.format(str(c.bin[25:37]),str(c.bin[37:86]),str(c.bch.bch[0]),c.bin[107:115],c.bin[115:133],c.bch.bch[1]))
decoded.close()
self.emit(SIGNAL('EXPORT'), 100)
print BCH
print bch2
testhex = Func2.bin2hex(bchbase + BCH + '00')
printtxt('\nYour complete beacon message is: ' + testhex)
fhex.write('\n'+testhex)
try:
x=raw_input("Done")
except EOFError:
x=''
newBeacon1 = Gen2.SecondGen(testhex)
newBeacon1.processHex(testhex)
##Add Hex message to export file
newBeacon1.tablebin.append(['Beacon message:',
testhex,'',''])
for i in newBeacon1.tablebin:
x='"'+i[1]
i[1]=x
with open('my_beacon_excel.csv', 'w') as csvfile:
writer = csv.writer(csvfile)