def validate(self, data):
validators.validate_formats(data)
extents = validators.validate_bbox_params(data)
bbox = validators.validate_bbox(extents)
the_geom = GEOSGeometry(bbox, srid=4326)
data['the_geom'] = the_geom
logger.debug(data)
regions = Region.objects.filter(the_geom__intersects=the_geom).intersection(the_geom, field_name='the_geom').order_by( '-intersection')
data['region'] = validators.validate_region(regions)
# remove unwanted fields
data.pop('xmin'), data.pop('ymin'), data.pop('xmax'), data.pop('ymax'), data.pop('formats')
return data
def validate(self, data):
user = data['user']
validators.validate_formats(data)
extents = validators.validate_bbox_params(data)
bbox = validators.validate_bbox(extents, user=user)
the_geom = GEOSGeometry(bbox, srid=4326)
data['the_geom'] = the_geom
regions = Region.objects.filter(the_geom__intersects=the_geom).intersection(the_geom, field_name='the_geom')
sorted_regions = sorted(regions.all(), key=lambda a: a.intersection.area, reverse=True) # order by largest area of intersection
data['region'] = validators.validate_region(sorted_regions)
# remove unwanted fields
data.pop('xmin'), data.pop('ymin'), data.pop('xmax'), data.pop('ymax'), data.pop('formats')
return data
def validate(self, data):
"""
Validates the data submitted during Job creation.
See api/validators.py for validation code.
"""
user = data['user']
validators.validate_formats(data)
extents = validators.validate_bbox_params(data)
the_geom = validators.validate_bbox(extents, user=user)
data['the_geom'] = the_geom
data['export_formats'] = list(data['formats'])
# remove unwanted fields, these are pulled from the request in the view if the serializer is valid
data.pop('xmin'), data.pop('ymin'), data.pop('xmax'), data.pop(
'ymax'), data.pop('formats')
return data
def validate(self, data):
user = data['user']
validators.validate_formats(data)
extents = validators.validate_bbox_params(data)
bbox = validators.validate_bbox(extents, user=user)
the_geom = GEOSGeometry(bbox, srid=4326)
data['the_geom'] = the_geom
regions = Region.objects.filter(
the_geom__intersects=the_geom).intersection(the_geom,
field_name='the_geom')
sorted_regions = sorted(
regions.all(), key=lambda a: a.intersection.area,
reverse=True) # order by largest area of intersection
data['region'] = validators.validate_region(sorted_regions)
# remove unwanted fields
data.pop('xmin'), data.pop('ymin'), data.pop('xmax'), data.pop(
'ymax'), data.pop('formats')
return data
def validate(self, data):
"""
Validates the data submitted during Job creation.
See api/validators.py for validation code.
"""
user = data['user']
validators.validate_formats(data)
extents = validators.validate_bbox_params(data)
the_geom = validators.validate_bbox(extents, user=user)
data['the_geom'] = the_geom
regions = Region.objects.filter(the_geom__intersects=the_geom).intersection(the_geom, field_name='the_geom')
# sort the returned regions by area of intersection, largest first.
sorted_regions = sorted(regions.all(), key=lambda a: a.intersection.area, reverse=True)
data['region'] = validators.validate_region(sorted_regions)
# remove unwanted fields, these are pulled from the request in the view if the serializer is valid
data.pop('xmin'), data.pop('ymin'), data.pop('xmax'), data.pop('ymax'), data.pop('formats')
return data
def validate(self, data):
"""
Validates the data submitted during Job creation.
See api/validators.py for validation code.
"""
user = data['user']
validators.validate_formats(data)
extents = validators.validate_bbox_params(data)
the_geom = validators.validate_bbox(extents, user=user)
data['the_geom'] = the_geom
regions = Region.objects.filter(
the_geom__intersects=the_geom).intersection(the_geom,
field_name='the_geom')
# sort the returned regions by area of intersection, largest first.
sorted_regions = sorted(regions.all(),
key=lambda a: a.intersection.area,
reverse=True)
data['region'] = validators.validate_region(sorted_regions)
# remove unwanted fields, these are pulled from the request in the view if the serializer is valid
data.pop('xmin'), data.pop('ymin'), data.pop('xmax'), data.pop(
'ymax'), data.pop('formats')
return data