def test_bad_file_parsing(self):
"""
test if the admin page with RelatedFieldRadioFilter filters loads succesfully
"""
with self.assertRaises(ValidationError):
with open("tests/test_data/test_bad_file.gpx", "r") as f:
parse_gpx(f)
def test_bad_file_parsing(self):
"""
test if the admin page with RelatedFieldRadioFilter filters loads succesfully
"""
with self.assertRaises(ValidationError):
with open("tests/test_data/test_bad_file.gpx", "r") as f:
parse_gpx(f)
def test_gpx_parsing(self):
"""
test if the admin page with RelatedFieldRadioFilter filters loads succesfully
"""
with open("tests/test_data/test_track.gpx", "r") as f:
multilinestring = parse_gpx(f)
self.assertEquals(multilinestring.num_geom, 26)
self.assertEquals(multilinestring.length, 0.31341761110953986)
def test_gpx_with_route(self):
"""
test if the admin page with RelatedFieldRadioFilter filters loads succesfully
"""
with open("tests/test_data/test_with_route.gpx", "r") as f:
multilinestring = parse_gpx(f)
self.assertEquals(multilinestring.num_geom, 1)
self.assertEquals(multilinestring.length, 0.10557333372775202)
def test_gpx_parsing(self):
"""
test if the admin page with RelatedFieldRadioFilter filters loads succesfully
"""
with open("tests/test_data/test_track.gpx", "r") as f:
multilinestring = parse_gpx(f)
self.assertEquals(multilinestring.num_geom, 26)
self.assertEquals(multilinestring.length, 0.31341761110953986)
def test_gpx_with_route(self):
"""
test if the admin page with RelatedFieldRadioFilter filters loads succesfully
"""
with open("tests/test_data/test_with_route.gpx", "r") as f:
multilinestring = parse_gpx(f)
self.assertEquals(multilinestring.num_geom, 1)
self.assertEquals(multilinestring.length, 0.10557333372775202)
def trip_pre_save(sender, instance, **kwargs):
if instance.gpx_file and not instance.track:
if instance.gpx_file.name.endswith(".gz"):
track_file = gzip.open(instance.gpx_file)
else:
track_file = instance.gpx_file
try:
track_file = track_file.read().decode("utf-8")
except UnicodeDecodeError:
raise ValidationError({'gpx_file': _('Chyba při načítání GPX souboru. Jste si jistí, že jde o GPX soubor?')})
instance.track = gpx_parse.parse_gpx(track_file)
track = instance.track
if not instance.distance and track:
instance.distance = round(util.get_multilinestring_length(track), 2)
def clean(self):
if self.file:
if self.file.name.endswith(".gz"):
track_file = gzip.open(self.file)
else:
track_file = self.file
try:
track_file = track_file.read().decode("utf-8")
except UnicodeDecodeError:
raise ValidationError({
"file":
_("Chyba při načítání GPX souboru. Jste si jistí, že jde o GPX soubor?"
)
})
self.track_clean = gpx_parse.parse_gpx(track_file)
def clean_parse_and_calculate_track(self):
if 'gpx_file' in self.changed_data and self.cleaned_data['gpx_file']:
if self.cleaned_data['gpx_file'].name.endswith(".gz"):
track_file = gzip.open(self.cleaned_data['gpx_file'])
else:
track_file = self.cleaned_data['gpx_file']
try:
track_file = track_file.read().decode("utf-8")
except UnicodeDecodeError:
raise ValidationError({
'gpx_file':
_('Chyba při načítání GPX souboru. Jste si jistí, že jde o GPX soubor?'
)
})
self.cleaned_data['track'] = gpx_parse.parse_gpx(track_file)
self.changed_data.append('track')
if self.cleaned_data.get(
'track', None) and ('track' in self.changed_data
or not self.cleaned_data['distance']):
self.cleaned_data['distance'] = round(
util.get_multilinestring_length(self.cleaned_data['track']), 2)
return self.cleaned_data
def clean_parse_and_calculate_track(self):
if ("gpx_file" in self.changed_data and "gpx_file" in self.cleaned_data
and self.cleaned_data["gpx_file"]):
if self.cleaned_data["gpx_file"].name.endswith(".gz"):
track_file = gzip.open(self.cleaned_data["gpx_file"])
else:
track_file = self.cleaned_data["gpx_file"]
try:
track_file = track_file.read().decode("utf-8")
except UnicodeDecodeError:
raise ValidationError({
"gpx_file":
_("Chyba při načítání GPX souboru. Jste si jistí, že jde o GPX soubor?"
)
})
self.cleaned_data["track"] = gpx_parse.parse_gpx(track_file)
self.changed_data.append("track")
if self.cleaned_data.get(
"track", None) and ("track" in self.changed_data
or not self.cleaned_data["distance"]):
self.cleaned_data["distance"] = round(
util.get_multilinestring_length(self.cleaned_data["track"]), 2)
return self.cleaned_data