def testGatherMetadataWmsInvalidXml(self):
self.maxDiff = None
# An WMS response with invalid XML.
self.assertTrue(
metadata_fetch.GatherMetadata(
'WMS',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=INVALID_XML_WMS_RESPONSE))['ill_formed'])
def testGatherMetadataWmsInvalid(self):
self.maxDiff = None
# An invalid WMS response that is valid XML.
self.assertEquals({},
metadata_fetch.GatherMetadata(
'WMS',
utils.Struct(
status_code=200,
headers=RESPONSE_HEADERS,
content=INVALID_WMS_RESPONSE))['wms_layers'])
def testGatherMetadataWmsValid(self):
self.maxDiff = None
# A valid WMS GetCapabilities response.
self.assertEquals(
METADATA_VALID_WMS_RESPONSE,
metadata_fetch.GatherMetadata(
'WMS',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=VALID_WMS_RESPONSE))['wms_layers'])
# A response with a valid layer and several invalid Layers.
self.assertEquals(
METADATA_INVALID_LAYERS_WMS_RESPONSE,
metadata_fetch.GatherMetadata(
'WMS',
utils.Struct(
status_code=200,
headers=RESPONSE_HEADERS,
content=INVALID_LAYERS_WMS_RESPONSE))['wms_layers'])
def testGatherMetadataKmz(self):
# KMZ containing valid KML.
kmz = CreateZip([('doc.kml', SIMPLE_KML)])
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(kmz),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(kmz),
'md5_hash': hashlib.md5(kmz).hexdigest()
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=kmz)))
# KMZ containing valid KML with unsupported features.
content = '<kml><Document><Placemark><Camera/></Placemark></Document></kml>'
kmz = CreateZip([('doc.kml', content)])
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(kmz),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(kmz),
'md5_hash': hashlib.md5(kmz).hexdigest(),
'has_unsupported_kml': True
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=kmz)))
def testGatherMetadataGeorss(self):
# Valid GeoRSS.
content = '<rss><channel><item></item></channel></rss>'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest()
},
metadata_fetch.GatherMetadata(
'GEORSS',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=content)))
# Valid GeoRSS with no features.
content = '<rss><channel></channel></rss>'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest(),
'has_no_features': True
},
metadata_fetch.GatherMetadata(
'GEORSS',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=content)))
def testGatherMetadataInvalid(self):
# Invalid XML syntax.
content = '<blah'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest(),
'ill_formed': True
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=content)))
def testGatherMetadataKml(self):
# Valid KML.
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(SIMPLE_KML),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(SIMPLE_KML),
'md5_hash': hashlib.md5(SIMPLE_KML).hexdigest()
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=SIMPLE_KML)))
# Valid KML with no features.
content = '<kml><Document></Document></kml>'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest(),
'has_no_features': True
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=content)))
# Valid KML with unsupported features.
content = '<kml><Document><Placemark><Camera/></Placemark></Document></kml>'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'update_time': LAST_MODIFIED_TIMESTAMP,
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest(),
'has_unsupported_kml': True
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=content)))
# Valid KML with a NetworkLink, but no ETag or Last-modified header.
content = '<kml><Document><NetworkLink/></Document></kml>'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest()
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200, headers={}, content=content)))
# Valid KML with a NetworkLink, which invalidates the update time.
content = '<kml><Document><NetworkLink/></Document></kml>'
self.assertEquals(
{
'fetch_status': 200,
'fetch_length': len(content),
'fetch_last_modified': LAST_MODIFIED_STRING,
'fetch_etag': ETAG,
'length': len(content),
'md5_hash': hashlib.md5(content).hexdigest()
},
metadata_fetch.GatherMetadata(
'KML',
utils.Struct(status_code=200,
headers=RESPONSE_HEADERS,
content=content)))