def testAddValueToAltitude(self):
rawDataCopy = bytearray(rawData)
deltaValue = 138.31
sourceValue = BGLStructure.subsectionData[248].entities[49].segments[
0].altitude[0]
destValue = 138.31 + sourceValue
bglTested.AddValueToAltitude(
deltaValue, rawDataCopy,
BGLStructure.subsectionData[248].entities[49].segments[0])
bglStructureCopy = bglTested.parse(rawDataCopy)
checkedValue = bglTested.parse(rawDataCopy).subsectionData[
248].entities[49].segments[0].altitude[0]
self.assertEqual('%.3f' % (destValue), '%.3f' % (checkedValue))
def testChangeAltitudeIlsRecordsAssignedToAirportRecord(self):
rawDataCopy = bytearray(rawDataAPX5828)
airportRecord = BGLStructureAPX_5828.sections[0].subsectionData[
3].records[2]
airportRecord.setAltitude(2300.1, rawDataCopy)
bglStructureCopy = bglTested.parse(rawDataCopy)
ilsRecord = bglStructureCopy.sections[2].subsectionData[0].records[0]
self.assertEqual(2300.1, ilsRecord.altitude)
def testSetAltitudeToCvxAirportSegment(self):
rawDataCopy = bytearray(rawData)
destValue = 158.31
cvxAirportSegment = BGLStructure.subsectionData[248].entities[
49].segments[0]
cvxAirportSegment.setAltitude(destValue, rawDataCopy)
checkedValue = bglTested.parse(rawDataCopy).subsectionData[
248].entities[49].segments[0].altitude[0]
self.assertEqual('%.3f' % (destValue), '%.3f' % (checkedValue))
def testSetValueToAirport(self):
rawDataCopy = bytearray(rawApxData)
destValue = 114.24
bglStruct = BGLStructure_apx
airport = bglStruct.subsectionData[0].records[1]
airport.setAltitude(destValue, rawDataCopy)
bglStructCopy = bglTested.parse(rawDataCopy)
airportFromCopy = bglStructCopy.subsectionData[0].records[1]
self.assertEqual('%.3f' % (destValue),
'%.3f' % (airportFromCopy.altitude))
self.assertEqual('%.3f' % (destValue), '%.3f' %
(airportFromCopy.subrecords[1].elevation)) #runway
self.assertEqual('%.3f' % (destValue), '%.3f' %
(airportFromCopy.subrecords[3].elevation)) #start
import bglTested
from struct import unpack
fileName = "cvx9247.bgl"
fileCVX = open(fileName, "rb")
rawData = fileCVX.read()
fileCVX.close()
BGLStructure = bglTested.parse(rawData)
segments = BGLStructure.subsectionData[248].entities[49].segments
for seg in segments:
print('altitude', seg.altitude)
print('final coordinates')
finCoord = seg.CalculateFinalCoordinates()
for fC in finCoord:
print(fC[0], fC[1])
"""
Use a bytearray:
>>> frame = bytearray()
>>> frame.append(0xA2)
>>> frame.append(0x01)
>>> frame.append(0x02)
>>> frame.append(0x03)
>>> frame.append(0x04)
>>> frame
bytearray(b'\xa2\x01\x02\x03\x04')
file_cvx_NameCopy = file_cvx_Name_0 + '_bak' + fileName_ext
file_APX_NameCopy = file_APX_Name_0 + '_bak' + fileName_ext
file_cvx_Source = open(file_cvx_Name, "rb")
raw_cvx_Data = file_cvx_Source.read()
file_cvx_Source.close()
file_APX_Source = open(file_APX_Name, "rb")
raw_APX_Data = file_APX_Source.read()
file_APX_Source.close()
if lat != None and lon != None:
print('wyszukać z obu plików lotnisko najbliższe współrzędnym')
#~ else:
bgl_APX_Structure = bglTested.parse(raw_APX_Data)
bgl_cvx_Structure = bglTested.parse(raw_cvx_Data)
airports = []
for subs in bgl_APX_Structure.subsectionData:
for rec in subs.records:
airports += [rec]
a_numb = 0
for apt in airports:
toPrint = '[' + str(a_numb) + ']' + ' ' + str(apt.getICAO()) + ' ' + str(
apt.name) + ' ' + str(apt.latitude) + ' ' + str(
apt.longtitude) + ' ' + str(apt.altitude)
print(toPrint)
a_numb += 1
which_airport = int(input('w którym lotnisku zmieniamy wysokość?:'))
newAltitude = input('podaj nową wysokość koniec(q)')
if decision == 'n':
exit()
fileSource = open(fileName, "rb")
rawData = fileSource.read()
fileSource.close()
fileCopy = open(fileNameCopy, "wb")
fileCopy.write(rawData)
fileCopy.close()
copyRawData = bytearray(rawData)
airportSegments = []
i = 0
for a_seg in bglTested.FindAirportSegments(bglTested.parse(rawData)):
airportSegments.append(a_seg)
entity = a_seg.owner_entity
subsection = entity.owner_subsection
coords = bglTested.GetMeanCoordinates(a_seg.CalculateFinalCoordinates())
print('[', i, ']', subsection.nr_id, entity.nr_id, a_seg.altitude[0],
coords[0], coords[1])
i += 1
inp = None
while inp != 'q':
inp = input('którą wysokość zmieniamy (q - koniec):')
if inp == 'q':
break
inp = int(inp)
if inp < len(airportSegments):
fileCVX.close()
fileApx = open("APX92470.bgl", "rb")
rawApxData = fileApx.read()
fileApx.close()
fileCVX5828 = open("cvx5828.bgl", "rb")
rawDataCVX5828 = fileCVX5828.read()
fileCVX5828.close()
fileAPX5828 = open("APX58280.bgl", "rb")
rawDataAPX5828 = fileAPX5828.read()
fileAPX5828.close()
subsections = bglTested.getSubsections(rawData)
BGLStructure = bglTested.parse(rawData)
BGLStructure_apx = bglTested.parse(rawApxData)
BGLStructureCVX5828 = bglTested.parse(rawDataCVX5828)
BGLStructureAPX_5828 = bglTested.parse(rawDataAPX5828)
chain = '84 3E 56 37 65 10 74 1D 3C 44 5B 9F 11 C5 D0 05 C9 2C F3 D5 B2 3A 8D 8A 8D 9D 9B 67 8B ED 52 59 B3 BC 0B 36 35 5F 54 25 B5 33 30 6D E2 64 4B EB 36 A1 8F D5 0D'
chain = chain.split()
chain = bytes([int('0x' + chain[i], 16) for i in range(len(chain))])
result = '3E84 6EAC 4194 6BA0 43C1 6B68 4467 6862 4905 6659 4B57 69D5 58A8 73B1 59E6 76C5 5952 7966 582E 79A9 5545 76A4 4C0C 7136 4B64 6DD6 3E84 6EAC'
result = result.split()
result = [int('0x' + result[i], 16) for i in range(len(result))]
maskRoot = 0xf
nbPoints = 14
