def __init__(self, midbin):
mid = Fcn.bin2dec(midbin)
try:
cname = definitions.countrydic[mid]
except KeyError:
cname = 'Unknown MID'
#self.result = 'Country Code (bits 27-36) :({b}) Decimal: {d} Name: {n}.'.format(b=midbin,d=mid,n=cname)
self._result = (('Country Code:', mid), ('Country Name:', cname))
self.cname = "{} ({})".format(cname, mid)
self.mid = mid
def locationProtocol(self):
typelocprotbin = self.bin[37:41]
self._locd = dict(lat='not provided', long='not provided', comp='')
tano = 'na'
self.encpos = 'na'
if typelocprotbin in ['0010', '0110', '1010', '1100']:
btype = 'EPIRB'
elif typelocprotbin in ['0011', '0101', '0100', '1000', '1001']:
btype = 'ELT'
elif typelocprotbin in ['0111', '1011']:
btype = 'PLB'
elif typelocprotbin == '1110':
btype = 'Std Loc Test'
elif typelocprotbin == '1111':
btype = 'Nat Loc Test'
elif typelocprotbin == '1101':
if self.bin[41:43] == '00':
btype = 'ELT'
elif self.bin[41:43] == '01':
btype = 'EPIRB'
elif self.bin[41:43] == '10':
btype = 'PLB'
elif self.bin[41:43] == '11':
btype = 'RLS Loc Test'
else:
btype = 'Unknown'
self._protocold = {
'pflag': definitions.protocol[self.bin[26]],
'ptype': definitions.locprottype[typelocprotbin],
'serial': ''
}
self._protocol = ('Protocol Flag (Bit 26) :' + self.bin[26],
definitions.protocol[self.bin[26]],
'Location Protocol type (bits 37-40) : ' +
typelocprotbin,
definitions.locprottype[typelocprotbin],
typelocprotbin)
ident = ('')
#Standard Location protocols
if typelocprotbin in definitions.stdloctypes: #['0010','0011','0100','0101','0110','0111','1100','1110']
default = '011111111101111111111'
self._loctype = 'Standard Location'
self.hex15 = Fcn.bin2hex(self.bin[26:65] + default)
self.tablebin.append([
'37-40',
str(self.bin[37:41]), 'Location protocol',
definitions.locprottype[typelocprotbin]
])
self.tablebin.append(
['26-85', self.bin[26:65] + default, 'Beacon UIN', self.hex15])
latdelta, longdelta, ltoffset, lgoffset = Fcn.latlongresolution(
self.bin, 113, 133)
lat, declat, latdir, ltminutes = Fcn.latitude(
self.bin[65], self.bin[66:73], self.bin[73:75])
lng, declng, lngdir, lgminutes = Fcn.longitude(
self.bin[75], self.bin[76:84], self.bin[84:86])
self.courseloc = (declat, declng)
# EPIRB MMSI
if typelocprotbin == '0010':
ident = ('MMSI ID Number: ', str(Fcn.bin2dec(self.bin[41:61])),
'Specific Beacon :',
str(Fcn.bin2dec(self.bin[61:65])))
self.tablebin.append([
'41-60',
str(self.bin[41:61]), 'MMSI ID No',
str(Fcn.bin2dec(self.bin[41:61]))
])
self.tablebin.append([
'61-64',
str(self.bin[61:65]), 'Specific beacon No',
str(Fcn.bin2dec(self.bin[61:65]))
])
# ELT 24 bit address
elif typelocprotbin == '0011':
self.tablebin.append([
'41-64',
str(self.bin[41:65]), 'Aircraft ID No',
'{} ({})'.format(str(Fcn.bin2dec(self.bin[41:65])),
str(Fcn.bin2hex(self.bin[41:65])))
])
# ELT - Aircraft Operator Designator Standard Location Protocol
elif typelocprotbin == '0101':
self.tablebin.append([
'41-64',
str(self.bin[41:65]), 'ELT Operator ID',
'{} ELT No:{}'.format(
str(Fcn.baudot(self.bin, 41, 55, True)),
str(Fcn.bin2dec(self.bin[56:65])))
])
# PLB, ELT and EBIRB Serial
elif typelocprotbin in ['0100', '0110', '0111']:
self.tablebin.append([
'37-40',
str(self.bin[37:41]), 'Location protocol',
'Serial {}'.format(btype)
])
self.tablebin.append([
'41-50',
str(self.bin[41:51]), 'Type approval certificate',
str(Fcn.bin2dec(self.bin[41:51]))
])
self.tablebin.append([
'51-64',
str(self.bin[51:65]), 'Serial No',
str(Fcn.bin2dec(self.bin[51:65]))
])
elif typelocprotbin == '1110':
self.tablebin.append([
'41-65',
str(self.bin[41:66]), 'No decode identification',
definitions.locprottype[typelocprotbin]
])
if self.type != '15 Hex ID':
self.tablebin.append([
'65-74',
str(self.bin[65:75]), 'Latitude',
'{} ({})'.format(lat, declat)
])
self.tablebin.append([
'75-85',
str(self.bin[75:86]), 'Longitude',
'{} ({})'.format(lng, declng)
])
if self.bin[107:111] == '1101':
computed = '107-110 should be 1101. Passed.'
else:
computed = '107-110 :' + self.bin[
107:111] + '. Not 1101. Failed'
self.fixedbits = computed
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
self.tablebin.append(
['107-110',
str(self.bin[107:111]), 'Validity', computed])
self.tablebin.append([
'111',
str(self.bin[111]), 'Encoded position',
definitions.enc_delta_posflag[self.bin[111]]
])
self.tablebin.append([
'112',
str(self.bin[112]), 'Aux device',
definitions.homer[self.bin[112]]
])
self.encpos = str(self.bin[111])
self.tablebin.append([
'113-122',
str(self.bin[113:123]), 'Latitude offset', ltoffset
])
self.tablebin.append([
'123-132',
str(self.bin[123:133]), 'Longitude offset', lgoffset
])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
elif self.type == '15 Hex ID':
self.tablebin.append(['65-85', default, 'Default bits', ''])
# National Location protocols - PLB, ELT and EPIRB
elif typelocprotbin in definitions.natloctypes: #['1000','1010','1011','1111']:
self._loctype = 'National Location'
self.tablebin.append([
'37-40',
str(self.bin[37:41]), 'Location protocol',
'{} {}'.format(btype, self._loctype)
])
default = '011111110000001111111100000' #59-85 default data 27 bit binary (to construct 15 Hex UIN when no location present)
self.hex15 = Fcn.bin2hex(self.bin[26:59] + default)
self.tablebin.append(
['26-85', self.bin[26:59] + default, 'Beacon UIN', self.hex15])
ident = ('Serial Number :', str(Fcn.bin2dec(self.bin[41:59])))
self.tablebin.append([
'41-58',
str(self.bin[41:59]), 'Serial No',
'#{}'.format(str(Fcn.bin2dec(self.bin[41:59])))
])
latdelta, longdelta, ltmin, ltsec, lgmin, lgsec, ltoffset, lgoffset = (
0, 0, 0, 0, 0, 0, 0, 0)
lat, declat, latdir, ltminutes = Fcn.latitude(
self.bin[59], self.bin[60:67], self.bin[67:72])
lng, declng, lngdir, lgminutes = Fcn.longitude(
self.bin[72], self.bin[73:81], self.bin[81:86])
self.courseloc = (declat, declng)
if self.type != '15 Hex ID':
self.tablebin.append([
'59-71',
str(self.bin[59:72]), 'Latitude',
'{} ({})'.format(lat, declat)
])
self.tablebin.append([
'72-85',
str(self.bin[72:86]), 'Longitude',
'{} ({})'.format(lng, declng)
])
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
if self.bin[107:110] == '110':
computed = '107-109 should be 110. Passed.'
else:
computed = '107-109 :' + self.bin[
107:110] + '. Not 110. Failed'
self.tablebin.append(
['107-109',
str(self.bin[107:110]), 'Validity', computed])
self.fixedbits = computed
finallat = finallng = 'Not Used'
self._locd['encpos'] = definitions.enc_delta_posflag[
self.bin[111]]
if self.bin[110] == '0':
self._locd[
'comp'] = 'Value 0: bits 113-132 for national use'
latdelta = longdelta = 0
self.tablebin.append([
'110',
str(self.bin[110]), 'Location check',
self._locd['comp']
])
self.tablebin.append([
'111',
str(self.bin[111]), 'Location source',
self._locd['encpos']
])
self.tablebin.append([
'112',
str(self.bin[112]), 'Aux device',
definitions.homer[self.bin[112]]
])
self.tablebin.append([
'113-132',
str(self.bin[113:133]), 'National use', ''
])
else:
latdelta, longdelta, ltoffset, lgoffset = Fcn.latlongresolution(
self.bin, 113, 127)
self.tablebin.append([
'110',
str(self.bin[110]), 'Location check',
'bits 113-126 for location.\n 127-132 for national use'
])
self.tablebin.append([
'111',
str(self.bin[111]), 'Location source',
definitions.enc_delta_posflag[self.bin[111]]
])
self.encpos = str(self.bin[111])
self.tablebin.append([
'112',
str(self.bin[112]), 'Aux device',
definitions.homer[self.bin[112]]
])
self.tablebin.append([
'113-119',
str(self.bin[113:120]), 'Latitude offset', ltoffset
])
self.tablebin.append([
'120-126',
str(self.bin[120:127]), 'Longitude offset', lgoffset
])
self.tablebin.append([
'127-132',
str(self.bin[127:133]), 'National use', ''
])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
elif self.type == '15 Hex ID':
self.tablebin.append(['59-85', default, 'Default bits', ''])
# RLS Location Protocol
elif typelocprotbin == '1101':
default = '0111111110111111111' #67-85 default 19 bit binary (to construct 15 Hex UIN when no location present)
self.hex15 = Fcn.bin2hex(self.bin[26:67] + default)
self.tablebin.append(
['26-85', self.bin[26:59] + default, 'Beacon UIN', self.hex15])
self._loctype = 'RLS Location'
self.tablebin.append([
'37-40',
str(self.bin[37:41]), 'Location protocol',
'{} {}'.format(btype, self._loctype)
])
tano = str(Fcn.bin2dec(self.bin[43:53]))
self.tablebin.append(
['41-42', str(self.bin[41:43]), 'Beacon type', btype])
self.tablebin.append([
'43-52',
str(self.bin[43:53]), 'RLS Tac No', '#{}'.format(tano)
])
self.tablebin.append([
'53-66',
str(self.bin[53:67]), 'Serial No',
'#{}'.format(str(Fcn.bin2dec(self.bin[53:67])))
])
latdelta, longdelta, ltmin, ltsec, lgmin, lgsec, ltoffset, lgoffset = (
0, 0, 0, 0, 0, 0, 0, 0)
lat, declat, latdir = Fcn.latitudeRLS(self.bin[67],
self.bin[68:76])
lng, declng, lngdir = Fcn.longitudeRLS(self.bin[76],
self.bin[77:86])
self.courseloc = (declat, declng)
if self.type != '15 Hex ID':
self.tablebin.append([
'67-75',
str(self.bin[67:76]), 'Latitude',
'{} ({})'.format(lat, declat)
])
self.tablebin.append([
'76-85',
str(self.bin[76:86]), 'Longitude',
'{} ({})'.format(lng, declng)
])
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
#self.tablebin.append(['107-108',str(self.bin[107:109]),'supplementary','supplementary'])
self._locd['encpos'] = definitions.enc_delta_posflag[
self.bin[107]]
self.encpos = str(self.bin[107])
self._locd['homer'] = definitions.homer[self.bin[108]]
self.tablebin.append([
'107',
str(self.bin[107]), 'encoded position source',
self._locd['encpos']
])
self.tablebin.append(
['108',
str(self.bin[108]), 'homer', self._locd['homer']])
self.tablebin.append([
'109-114',
str(self.bin[109:115]), 'reserved', 'reserved for RLS data'
])
self.tablebin.append([
'109',
str(self.bin[109]), 'Process automatically RLM (Type-1)',
[
'Acknowledgement Type-1 not requested and not accepted by this beacon',
'Acknowledgement Type-1 accepted by this beacon'
][int(self.bin[109])]
])
self.tablebin.append([
'110',
str(self.bin[110]), 'Process manually RLM (Type-2)',
[
'Manually generated RLM not accepted by this beacon',
'Manually generated RLM accepted by this beacon'
][int(self.bin[110])]
])
self.tablebin.append([
'111',
str(self.bin[111]), 'Feedback on RLM Type-1',
[
'Acknowledgement Type-1 not (yet) received by this beacon',
'Acknowledgement Type-1 (automatic acknowledgement) received by this beacon'
][int(self.bin[111])]
])
self.tablebin.append([
'112',
str(self.bin[112]), 'Feedback on RLM Type-2',
[
'Acknowledgement Type-2 not (yet) received by this beacon',
'Acknowledgement Type-2 received by this beacon'
][int(self.bin[112])]
])
self.tablebin.append([
'113-114',
str(self.bin[113:115]), 'RLS Provider', {
'00': 'Spare',
'11': 'Spare',
'01': 'GALILEO Return Link Service Provider',
'10': 'GLONASS Return Link Service Provider'
}[str(self.bin[113:115])]
])
finallat = finallng = 'Not Used'
latdelta, longdelta, ltoffset, lgoffset = Fcn.latlongresolution(
self.bin, 115, 133)
self.tablebin.append([
'115-123',
str(self.bin[115:124]), 'Latitude offset', ltoffset
])
self.tablebin.append([
'124-132',
str(self.bin[124:133]), 'Longitude offset', lgoffset
])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
elif self.type == '15 Hex ID':
self.tablebin.append(['67-85', default, 'Default bits', ''])
# ELT-DT Location Protocol
elif typelocprotbin == '1001':
default = '0111111110111111111' #67-85 default 19 bit binary (to construct 15 Hex UIN when no location present)
self.hex15 = Fcn.bin2hex(self.bin[26:67] + default)
self.tablebin.append(
['26-85', self.bin[26:59] + default, 'Beacon UIN', self.hex15])
self._loctype = 'ELT-DT Location'
self.tablebin.append([
'37-40',
str(self.bin[37:41]), 'Location protocol',
'{} {}'.format(btype, self._loctype)
])
self.tablebin.append([
'41-42',
str(self.bin[41:43]), 'ELT Type',
definitions.eltdt[str(self.bin[41:43])]
])
if str(self.bin[41:43]) == '10':
tano = str(Fcn.bin2dec(self.bin[43:53]))
self.tablebin.append([
'43-52',
str(self.bin[43:53]), 'Tac No', '#{}'.format(tano)
])
self.tablebin.append([
'53-66',
str(self.bin[53:67]), 'Serial No',
'#{}'.format(str(Fcn.bin2dec(self.bin[53:67])))
])
elif str(self.bin[41:43]) == '00':
self.tablebin.append([
'43-66',
str(self.bin[43:67]), 'Aircraft 24 bit address',
'#{}'.format(str(Fcn.bin2dec(self.bin[43:67])))
])
elif str(self.bin[41:43]) == '01':
self.tablebin.append([
'43-60',
str(self.bin[43:61]), 'AirCraft Operator Designator',
Fcn.baudot(self.bin, 43, 61)
])
self.tablebin.append([
'61-66',
str(self.bin[61:67]), 'Serial No Assigned by Operator',
str(Fcn.bin2dec(self.bin[61:67]))
])
elif str(self.bin[41:43]) == '11':
self.tablebin.append([
'43-66',
str(self.bin[43:67]), 'ELT(DT) Location Test Protocol',
'reserved'
])
latdelta, longdelta, ltmin, ltsec, lgmin, lgsec, ltoffset, lgoffset = (
0, 0, 0, 0, 0, 0, 0, 0)
lat, declat, latdir = Fcn.latitudeRLS(self.bin[67],
self.bin[68:76])
lng, declng, lngdir = Fcn.longitudeRLS(self.bin[76],
self.bin[77:86])
self.courseloc = (declat, declng)
if self.type != '15 Hex ID':
self.tablebin.append([
'67-75',
str(self.bin[67:76]), 'Latitude',
'{} ({})'.format(lat, declat)
])
self.tablebin.append([
'76-85',
str(self.bin[76:86]), 'Longitude',
'{} ({})'.format(lng, declng)
])
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
means = {
'01': 'automatic',
'11': 'manual',
'00': 'spare',
'10': 'spare'
}
meansbin = str(self.bin[107:109])
self.tablebin.append([
'107-108', meansbin, 'means of activation', means[meansbin]
])
enc_altbin = str(self.bin[109:113])
enc_altstr = 'altitude is between {} and {}'.format(
definitions.enc_alt[enc_altbin][0],
definitions.enc_alt[enc_altbin][1])
self.tablebin.append(
['109-112', enc_altbin, 'encoded altitude', enc_altstr])
finallat = finallng = 'Not Used'
enc_loc_fresh = {
'01': 'old',
'11': 'current',
'00': 'old',
'10': 'old'
}
enc_freshbin = str(self.bin[113:115])
self.tablebin.append([
'113-114', enc_freshbin, 'encoded location freshness',
enc_loc_fresh[enc_freshbin]
])
latdelta, longdelta, ltoffset, lgoffset = Fcn.latlongresolution(
self.bin, 115, 133)
self.tablebin.append([
'115-123',
str(self.bin[115:124]), 'Latitude offset', ltoffset
])
self.tablebin.append([
'124-132',
str(self.bin[124:133]), 'Longitude offset', lgoffset
])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
elif self.type == '15 Hex ID':
self.tablebin.append(['67-85', default, 'Default bits', ''])
if Fcn.is_number(declat) and Fcn.is_number(latdelta) and Fcn.is_number(
declng) and Fcn.is_number(longdelta):
self._loc = True
a = self.update_locd((abs(declat) + latdelta), latdir)
b = self.update_locd((abs(declng) + longdelta), lngdir)
else:
self._loc = False
a = declat
b = declng
self.tablebin.append(
['', '', 'Composite location', '{} {}'.format(a, b)])
self.location = (a, b)
self._btype = btype
self.tac = tano
def userProtocol(self):
self.hex15 = Fcn.bin2hex(self.bin[26:86])
self.tablebin.append(
['26-85', self.bin[26:86], 'Beacon UIN', self.hex15])
self._loctype = "User"
self.encpos = 'na'
btype = 'Unknown Beacon'
tano = 'na'
############################################################################# #
# Bit 37-39: 011: Serial User Protocol #
# 011: Serial User Protocol #
#############################################################################
typeuserprotbin = self.bin[37:40]
self._loctype = definitions.userprottype[typeuserprotbin]
self._protocol = ('Protocol Flag (Bit 26) :' + self.bin[26],
definitions.protocol[self.bin[26]],
'User Protocol Type (bits 37-39) : ' +
typeuserprotbin,
definitions.userprottype[typeuserprotbin])
self._protocold = {
'pflag': definitions.protocol[self.bin[26]],
'ptype': definitions.userprottype[typeuserprotbin],
'serial': ''
}
if typeuserprotbin == '011':
# Bit 37-39: 011: Serial User Protocol (see bits 40 to 42)
susertype = self.bin[40:43]
serialtype = definitions.serialusertype[susertype]
self._protocold['serial'] = serialtype
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type', 'Serial user'
])
self.tablebin.append(
['40-42',
str(self.bin[40:43]), 'Serial type', serialtype])
# Bit 43 value 1 - Yes for type approval certificate
if self.bin[43] == '1':
tacert = 'Bit 43 assisgned. Type Approval at bits 74-84.'
# Bits 64-73 all 0 or national use
# Bits 74-83 is the Type Approval Certificate Number
tano = str(Fcn.bin2dec((self.bin)[74:84]))
else:
# Bits 64-83 is national use or as defined by other protocl
tacert = 'Bit 43 not assisgned - no type approval number in Hex'
tano = 'na'
self.tablebin.append(['43', str(self.bin[43]), 'TAC', tacert])
# Bits 40-42 : 000 : ELT with Serial Identification
# Bits 40-42 : 010 : Float free EPIRB with Serial Identification
# Bits 40-42 : 100 : Nonfloat free EPIRB with Serial Identification
# Bits 40-42 : 110 : PLB with Serial Identification
# Serial ID is from bit 44-63
if susertype in ['000', '010', '100', '110']:
s1, s2 = ('Bits 64-73 : ' + (self.bin[64:74]),
'Serial ID Decimal Value: ' +
str(Fcn.bin2dec(self.bin[44:64])))
auxradiodevice = 'Aux Radio Device: ' + self.bin[
84:86] + ' ' + definitions.auxlocdevice[self.bin[84:86]]
if susertype in ['010', '100']:
btype = 'EPIRB'
elif susertype == '000':
btype = 'ELT'
elif susertype == '110':
btype = 'PLB'
self.tablebin.append([
'44-63',
str(self.bin[44:64]), 'Serial Number',
str(Fcn.bin2dec(self.bin[44:64]))
])
self.tablebin.append([
'64-73',
str(self.bin[64:74]), 'National use',
str(Fcn.bin2dec(self.bin[64:74]))
])
# For Serial User Protocol
# Bit 40-42 : 011: ELT with Aircraft 24-bit Address
if susertype == '011':
btype, s1, s2 = (
'ELT',
'Aircraft 24 bit Address (bits 44-67) :Dec value: ' +
str(Fcn.bin2dec(self.bin[44:68])) + ' Hex Value : ' +
Fcn.bin2hex(self.bin[44:68]),
'Number of Additional ELTs (bits 68-73):' +
str(Fcn.bin2dec(self.bin[68:74])))
auxradiodevice = 'Aux Radio Device: ' + self.bin[
84:86] + ' ' + definitions.auxlocdevice[self.bin[84:86]]
emergencycode = 'Emergency Code (109-112): '
self.tablebin.append([
'44-67',
str(self.bin[44:68]), 'AirCraft 24 bit identification',
str(Fcn.bin2dec(self.bin[44:68]))
])
# Bit 40-42 : 001 : Aircraft operator designator and serial number
# Aircraft Operator is in bits 44-61
# Serial ID is from bit 62-73
if susertype == '001':
btype, s1, s2 = ('ELT', 'AirCraft Operator Designator : ' +
Fcn.baudot(self.bin, 44, 62),
'Serial # Assigned by Operator: ' +
str(Fcn.bin2dec(self.bin[62:74])))
auxradiodevice = 'Aux Radio Device: ' + self.bin[
84:86] + ' ' + definitions.auxlocdevice[self.bin[84:86]]
self.tablebin.append([
'44-61',
str(self.bin[44:62]), 'AirCraft Operator Designator',
Fcn.baudot(self.bin, 44, 62)
])
self.tablebin.append([
'62-73',
str(self.bin[62:74]), 'Serial No Assigned by Operator',
str(Fcn.bin2dec(self.bin[62:74]))
])
if susertype in ['111', '101']:
self.tablebin.append(
['44-73',
str(self.bin[44:74]), 'Unknown Serial type', ''])
self._protocol = ('Protocol Flag (Bit 26) :' + self.bin[26],
definitions.protocol[self.bin[26]],
typeuserprotbin,
definitions.userprottype[typeuserprotbin],
susertype, serialtype)
self.typeapproval = (tacert, 'Type Approval ', str(tano))
self.tablebin.append([
'74-83',
str(self.bin[74:84]), 'Type approval certificate No', tano
])
self.tablebin.append([
'84-85',
str(self.bin[84:86]), 'Auxiliary radio device',
definitions.auxlocdevice[self.bin[84:86]]
])
#############################################################################
# Bit 37-39: 000 Orbitography User Protocol #
#############################################################################
elif typeuserprotbin == '000':
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type',
definitions.userprottype[typeuserprotbin]
])
btype = 'Orbitography'
self.tablebin.append([
'40-85',
str(self.bin[40:86]), 'Identification',
str(Fcn.bin2hex(self.bin[40:88]))
])
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
self.tablebin.append([
'107-132',
str(self.bin[107:133]), 'Reserved', 'Reserved for national use'
])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
#############################################################################
# Bit 37-39: 001 ELT Aviation User Protocol #
#############################################################################
elif typeuserprotbin == '001':
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type', 'ELT Aviation User'
])
aircraftid = Fcn.baudot(self.bin, 40, 82)
self.tablebin.append(
['40-81',
str(self.bin[40:82]), 'Aircraft ID', aircraftid])
self.tablebin.append([
'82-83',
str(self.bin[82:84]), 'ELT No',
str(Fcn.bin2dec(self.bin[82:84]))
])
self.tablebin.append([
'84-85',
str(self.bin[84:86]), 'Auxiliary radio device',
definitions.auxlocdevice[self.bin[84:86]]
])
btype = 'ELT'
#############################################################################
# Bit 37-39: 111 : Test User protocol #
#############################################################################
elif typeuserprotbin == '111':
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type', 'Test user'
])
self.tablebin.append(
['40-85', str(self.bin[40:86]), 'National use', ''])
btype = 'Test'
#############################################################################
# Bit 37-39: 110 : Radio Call Sign xxx #
#############################################################################
elif typeuserprotbin == '110':
btype = 'EPIRB'
mmsi = bcd = emergencycode = ''
m = self.bin[40:76]
pad = ''
if Fcn.bin2dec(self.bin[72:76]) < 10:
pad = str(Fcn.bin2dec(self.bin[72:76]))
radiocallsign = Fcn.baudot(self.bin, 40, 64) + str(
Fcn.bin2dec(self.bin[64:68])) + str(
Fcn.bin2dec(self.bin[68:72])) + pad
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type',
definitions.userprottype[typeuserprotbin]
])
self.tablebin.append([
'40-75',
str(self.bin[40:76]), 'Radio call sign', radiocallsign
])
self.tablebin.append([
'76-81',
str(self.bin[76:82]), 'Beacon No',
self.bin[76:82] + ': ' + Fcn.baudot(self.bin, 76, 82)
])
self.tablebin.append([
'82-83',
str(self.bin[82:84]), 'Spare No',
str(Fcn.bin2dec(self.bin[82:84]))
])
self.tablebin.append([
'84-85',
str(self.bin[84:86]), 'Auxiliary radio device',
definitions.auxlocdevice[self.bin[84:86]]
])
#############################################################################
# Bit 37-39: 010 Maritime User Protocol #
#############################################################################
elif typeuserprotbin == '010':
mmsi = 'MMSI: ' + Fcn.baudot(self.bin, 40, 76)
btype = 'EPIRB'
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type',
definitions.userprottype[typeuserprotbin]
])
self.tablebin.append([
'40-75',
str(self.bin[40:76]), 'MMSI',
Fcn.baudot(self.bin, 40, 76)
])
self.tablebin.append([
'76-81',
str(self.bin[76:82]), 'Beacon No',
self.bin[76:82] + ': ' + Fcn.baudot(self.bin, 76, 82)
])
self.tablebin.append([
'82-83',
str(self.bin[82:84]), 'Spare No',
str(Fcn.bin2dec(self.bin[82:84]))
])
self.tablebin.append([
'84-85',
str(self.bin[84:86]), 'Auxiliary radio device',
definitions.auxlocdevice[self.bin[84:86]]
])
##############################################################################
# Bit 37-39: 100 National User Protocol #
##############################################################################
elif typeuserprotbin == '100':
self._protocol = (self.bin[26], definitions.protocol[self.bin[26]],
typeuserprotbin,
definitions.userprottype[typeuserprotbin])
self.tablebin.append([
'37-39',
str(self.bin[37:40]), 'User protocol type',
definitions.userprottype[typeuserprotbin]
])
self.tablebin.append([
'40-85',
str(self.bin[84:86]), 'Reserved', 'Reserved for national use'
])
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
self.tablebin.append([
'107-112',
str(self.bin[107:113]), 'Reserved', 'Reserved for national use'
])
self.tablebin.append([
'113-132',
str(self.bin[113:133]), 'Reserved', 'Reserved for national use'
])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
if typeuserprotbin not in ['100',
'000']: # and self.bch.complete=='1':
location_data = 'Check for location'
self.encpos = str(self.bin[107])
lat, declat, latdir, ltminutes = Fcn.latitude(
self.bin[108], self.bin[109:116], self.bin[116:120])
lg, declng, lngdir, lgminutes = Fcn.longitude(
self.bin[120], self.bin[121:129], self.bin[129:133])
self.tablebin.append([
'86-106',
str(self.bin[86:107]), 'BCH 1',
str(self.bch.bch1calc())
])
self.tablebin.append([
'107',
str(self.bin[107]), 'Encoded location source',
definitions.enc_delta_posflag[self.encpos]
])
if Fcn.is_number(declat) and Fcn.is_number(declng):
self._loc = True
a = self.update_locd(declat, latdir)
b = self.update_locd(declng, lngdir)
else:
a = declat
b = declng
self.location = (a, b)
self.tablebin.append([
'108-119',
str(self.bin[108:120]), 'Latitude',
'{} (decimal: {})'.format(lat, a)
])
self.tablebin.append([
'120-132',
str(self.bin[120:133]), 'Longitude',
'{} (decimal: {})'.format(lg, b)
])
self.tablebin.append(
['', '', 'Resolved location', '{} {}'.format(a, b)])
self.tablebin.append([
'133-144',
str(self.bin[133:145]), 'BCH 2',
str(self.bch.bch2calc())
])
self._btype = btype
try:
aviation_address = int(userInput)
except ValueError:
print 'Error: value must be an integer'
aviation_address = 0
else:
bits_aviation_address = Func1.dec2bin(aviation_address).zfill(24)
if len(bits_aviation_address) != 24:
print 'Error: input too long.'
elif not Func2.isBinary(bits_aviation_address):
print 'Error: inavlid input'
else:
break
printtxt('24 bit address: {}\nbinary - {}\n'.format(str(Func1.bin2dec(bits_aviation_address)), bits_aviation_address))
vessel_bits = bits_vesselID + bits_aviation_address + ('0' * 20)
#################################################
# Vessel 5: Aircraft Operator and Serial Number #
#################################################
elif vesselID == 5:
print '\nVessel 5: Aircraft Operator and Serial Number'
while next_step is False:
operator = raw_input('\nPlease enter 3-letter aircraft operator designator: ') or ' '
if len(operator) != 3:
print 'Error: aircraft operator designator must be 3 characters'
else:
userInput = raw_input('\nPlease enter the 24 bit aviation address in integer format: ')
try:
aviation_address = int(userInput)
except ValueError:
print 'Error: value must be an integer'
aviation_address = 0
else:
bits_aviation_address = Func1.dec2bin(aviation_address).zfill(24)
if len(bits_aviation_address) != 24:
print 'Error: input too long.'
elif not Func2.isBinary(bits_aviation_address):
print 'Error: inavlid input'
else:
break
print 'You entered: ' + str(Func1.bin2dec(bits_aviation_address))
vessel_bits = bits_vesselID + bits_aviation_address + ('0' * 20)
#################################################
# Vessel 5: Aircraft Operator and Serial Number #
#################################################
elif vesselID == 5:
print '\nVessel 5: Aircraft Operator and Serial Number'
while next_step is False:
operator = raw_input('\nPlease enter 3-letter aircraft operator designator: ')
if len(operator) != 3:
print 'Error: aircraft operator designator must be 3 characters'
else:
try:
aviation_address = int(userInput)
except ValueError:
print 'Error: value must be an integer'
aviation_address = 0
else:
bits_aviation_address = Func1.dec2bin(aviation_address).zfill(24)
if len(bits_aviation_address) != 24:
print 'Error: input too long.'
elif not Func2.isBinary(bits_aviation_address):
print 'Error: inavlid input'
else:
break
printtxt('24 bit address: {}\nbinary - {}\n'.format(
str(Func1.bin2dec(bits_aviation_address)), bits_aviation_address))
vessel_bits = bits_vesselID + bits_aviation_address + ('0' * 20)
#################################################
# Vessel 5: Aircraft Operator and Serial Number #
#################################################
elif vesselID == 5:
print '\nVessel 5: Aircraft Operator and Serial Number'
while next_step is False:
operator = raw_input(
'\nPlease enter 3-letter aircraft operator designator: ') or ' '
if len(operator) != 3:
print 'Error: aircraft operator designator must be 3 characters'
else:
