msg = aisparser.aismsg_8()
aisparser.parse_ais_8(ais_state, msg)
dac = msg.app_id >> 6
fi = msg.app_id & 0x3F
# print "dac : %d" % (dac)
# print "fi : %d" % (fi)
sixbit = msg.data
spare = aisparser.get_6bit(sixbit, 2)
msgid = aisparser.get_6bit(sixbit, 6)
# print "msgid : %d" % (msgid)
if fi == 1 and msgid == 3:
msg1_3 = aisparser.seaway1_3()
aisparser.parse_seaway1_3(sixbit, msg1_3)
for i in xrange(0, 6):
report = aisparser.get_water_level_report(msg1_3, i)
utc_time = report.utc_time
print "month : %d" % (ord(utc_time.month))
print "day : %d" % (ord(utc_time.day))
print "hours : %d" % (ord(utc_time.hours))
print "minutes : %d" % (ord(utc_time.minutes))
print "station : %s" % (report.station_id)
print "longitude : %ld" % (report.longitude)
print "latitude : %ld" % (report.latitude)
print "type : %d" % (ord(report.type))
print "level : %d" % (report.level)
print "datum : %d" % (ord(report.datum))
msg = aisparser.aismsg_8() aisparser.parse_ais_8( ais_state, msg ) dac = msg.app_id >> 6; fi = msg.app_id & 0x3F; # print "dac : %d" % (dac) # print "fi : %d" % (fi) sixbit = msg.data spare = aisparser.get_6bit( sixbit, 2 ) msgid = aisparser.get_6bit( sixbit, 6 ) # print "msgid : %d" % (msgid) if fi==1 and msgid==3: msg1_3 = aisparser.seaway1_3() aisparser.parse_seaway1_3( sixbit, msg1_3 ) for i in xrange(0,6): report = aisparser.get_water_level_report( msg1_3, i) utc_time = report.utc_time print "month : %d" % (ord(utc_time.month)) print "day : %d" % (ord(utc_time.day)) print "hours : %d" % (ord(utc_time.hours)) print "minutes : %d" % (ord(utc_time.minutes)) print "station : %s" % (report.station_id) print "longitude : %ld" % (report.longitude) print "latitude : %ld" % (report.latitude) print "type : %d" % (ord(report.type)) print "level : %d" % (report.level) print "datum : %d" % (ord(report.datum))
