class Test_MapCreator(unittest.TestCase):
def setUp(self):
self.maxDiff = None
self.__toolsDir = os.path.abspath("../../tools") + "/"
self.__osmosisTool = os.path.join(self.__toolsDir, "osmosis/bin/osmosis")
self.__dataDir = os.path.abspath("../../data") + "/"
logging.basicConfig(level=logging.DEBUG)
def tearDown(self):
pass
def testParseCmdLine_All_OK(self):
argString = '-b 40 -t 60 -l 5 -r 15 -p germany.poly --ci 20 --ce 40 --ca 80 --mi 6666 --mn FRA --fi 1111 --cid 2222 --cad 3333 --nc --no-contours -i input.osm'
self.creator=MapCreator(shlex.split(argString))
cmdArgs = self.creator.getArgs()
self.assertEqual(40, cmdArgs.bottom, 'bottom was not parsed properly')
self.assertEqual(60, cmdArgs.top, 'top was not parsed properly')
self.assertEqual(5, cmdArgs.left, 'left was not parsed properly')
self.assertEqual(15, cmdArgs.right, 'right was not parsed properly')
self.assertEqual('germany.poly', cmdArgs.poly, 'polygon file was not parsed properly')
self.assertEqual(20, cmdArgs.cstepmin, 'minimum contour step was not parsed properly')
self.assertEqual(40, cmdArgs.cstepmed, 'medium contour step was not parsed properly')
self.assertEqual(80, cmdArgs.cstepmax, 'maximum contour step was not parsed properly')
self.assertEqual(6666, cmdArgs.mapid, 'mapid was not parsed properly')
self.assertEqual("FRA", cmdArgs.mapname, 'mapname was not parsed properly')
self.assertEqual(1111, cmdArgs.famid, 'family id was not parsed properly')
self.assertEqual(2222, cmdArgs.cminid, 'minor contour map family id was not parsed properly')
self.assertEqual(3333, cmdArgs.cmaxid, 'major contour map family id was not parsed properly')
self.assertEqual(True, cmdArgs.nocontours, 'nocontours flag was not parsed properly')
self.assertEqual('input.osm', cmdArgs.inputfile, 'inputfile was not parsed properly')
def testParseCmdLine_Defaults(self):
argString = '-i input.txt'
self.creator = MapCreator(shlex.split(argString))
cmdArgs = self.creator.getArgs()
self.assertEqual(47.2, cmdArgs.bottom, 'bottom was not parsed properly')
self.assertEqual(55.2, cmdArgs.top, 'top was not parsed properly')
self.assertEqual(5.7, cmdArgs.left, 'left was not parsed properly')
self.assertEqual(15.1, cmdArgs.right, 'right was not parsed properly')
self.assertEqual(10, cmdArgs.cstepmin, 'minimum contour step was not parsed properly')
self.assertEqual(50, cmdArgs.cstepmed, 'medium contour step was not parsed properly')
self.assertEqual(100, cmdArgs.cstepmax, 'maximum contour step was not parsed properly')
self.assertEqual(6400, cmdArgs.mapid, 'mapid was not parsed properly')
self.assertEqual("GER", cmdArgs.mapname, 'mapname was not parsed properly')
self.assertEqual(1441, cmdArgs.famid, 'family id was not parsed properly')
self.assertEqual(2441, cmdArgs.cminid, 'minor contour map family id was not parsed properly')
self.assertEqual(2443, cmdArgs.cmaxid, 'major contour map family id was not parsed properly')
self.assertEqual(False, cmdArgs.nocontours, 'nocontours flag was not parsed properly')
self.assertEqual('input.txt', cmdArgs.inputfile, 'inputfile was not parsed properly')
def testCutMapDataWithPolygon(self):
argString = '-i ' + self.__dataDir + 'germany.osm -p ' + self.__dataDir + 'germany.poly'
outfile = self.__dataDir + "temp.osm"
self.creator = MapCreator(shlex.split(argString), test=True)
result = self.creator.cutMapDataWithPolygon()
expectedStr = self.__osmosisTool + ' --read-xml file="' + self.__dataDir + 'germany.osm" --bounding-polygon file="' + self.__dataDir + 'germany.poly" completeWays=no --write-xml file="' + outfile + '"'
self.assertEqual(expectedStr, result, 'unexpected command for cutting mapdata with polygon, \nexpected: %s,\nbut was: %s' % (expectedStr, result))
def testCutMapDataWithBoundingBox(self):
argString = '-i ' + self.__dataDir + 'germany.osm -t 48.5 -l 9.8 -b 48.4 -r 10.0'
outfile = self.__dataDir + "temp.osm"
self.creator = MapCreator(shlex.split(argString), test=True)
result = self.creator.cutMapDataWithBoundingBox()
expectedStr = self.__osmosisTool + ' --read-xml file="' + self.__dataDir + 'germany.osm" --bounding-box top=48.5 left=9.8 bottom=48.4 right=10.0 completeWays=no --write-xml file="' + outfile + '"'
self.assertEqual(expectedStr, result, 'unexpected command for cutting mapdata with polygon, \nexpected: %s,\nbut was: %s' % (expectedStr, result))
def testIsDataFileOk(self):
argString = '-i input.txt'
self.creator = MapCreator(shlex.split(argString))
cmdArgs = self.creator.getArgs()
# file does not exist, must throw exception
with self.assertRaises(IOError):
self.creator.isDataFileOk(cmdArgs.inputfile)
# the following infile must be accepted
infile = self.__dataDir + 'germany.osm'
self.assertTrue(self.creator.isDataFileOk(infile), "%s is a not valid inputfile" % infile)
# the following infile must not be accepted
infile = self.__dataDir + 'mapdata.txt'
self.assertFalse(self.creator.isDataFileOk(infile), "%s is a valid inputfile" % infile)
def testIsPolyFileOk(self):
argString = '-i germany.osm -p input.poly'
self.creator = MapCreator(shlex.split(argString))
cmdArgs = self.creator.getArgs()
# file does not exist, must throw exception
with self.assertRaises(IOError):
self.creator.isPolyFileOk(cmdArgs.inputfile)
# the following infile must be accepted
polyfile = self.__dataDir + 'germany.poly'
self.assertTrue(self.creator.isPolyFileOk(polyfile), "%s is a not valid inputfile" % polyfile)
# the following infile must not be accepted
polyfile = self.__dataDir + 'germany.osm'
self.assertFalse(self.creator.isPolyFileOk(polyfile), "%s is a valid inputfile" % polyfile)
