def createCache(server, xml):
import xml.etree.ElementTree as ET
import json
# Save out the xml file for later
utils.saveFile(SERVERCACHEPATH + server['name'] + FILEEXTENSIONXML, xml)
print 'Creating caches...'
subMasterCache = {}
subMasterCache['server'] = {}
#ET.register_namespace(NAMESPACE, NAMESPACE)
root = ET.fromstring(xml)
if root.find('./%sCapability/%sLayer/%sLayer' % (NAMESPACE,NAMESPACE,NAMESPACE)) == None:
dirtyCaches.append(server)
return
for service in root.findall('./%sService' % (NAMESPACE)):
serverTitle = service.find('./%sTitle' % (NAMESPACE)).text
serverAbstract = service.find('./%sAbstract' % (NAMESPACE)).text if service.find('./%sAbstract' % (NAMESPACE)) is not None else None
for product in root.findall('./%sCapability/%sLayer/%sLayer' % (NAMESPACE,NAMESPACE,NAMESPACE)):
sensorName = product.find('./%sTitle' % (NAMESPACE)).text
if utils.blackfilter(sensorName, productBlackList):
sensorName = utils.replaceAll(sensorName, {' ':'_', '(':'_', ')':'_', '/':'_'})
print sensorName
layers = []
for layer in product.findall('./%sLayer' % (NAMESPACE)):
name = layer.find('./%sName' % (NAMESPACE)).text
title = layer.find('./%sTitle' % (NAMESPACE)).text
abstract = layer.find('./%sAbstract' % (NAMESPACE)).text
temporal = False
exGeographicBoundingBox = {"WestBoundLongitude": layer.find('./%sEX_GeographicBoundingBox/%swestBoundLongitude' % (NAMESPACE,NAMESPACE)).text,
"EastBoundLongitude": layer.find('./%sEX_GeographicBoundingBox/%seastBoundLongitude' % (NAMESPACE,NAMESPACE)).text,
"SouthBoundLatitude": layer.find('./%sEX_GeographicBoundingBox/%ssouthBoundLatitude' % (NAMESPACE,NAMESPACE)).text,
"NorthBoundLatitude": layer.find('./%sEX_GeographicBoundingBox/%snorthBoundLatitude' % (NAMESPACE,NAMESPACE)).text}
boundingBox = {"CRS": layer.find('./%sBoundingBox' % (NAMESPACE)).get('CRS'),
"MinX": layer.find('./%sBoundingBox' % (NAMESPACE)).get('minx'),
"MaxX": layer.find('./%sBoundingBox' % (NAMESPACE)).get('maxx'),
"MinY": layer.find('./%sBoundingBox' % (NAMESPACE)).get('miny'),
"MaxY": layer.find('./%sBoundingBox' % (NAMESPACE)).get('maxy')}
dimensions = createDimensionsArray(layer, server)
temporal = dimensions['temporal']
styles = createStylesArray(layer)
if utils.blackfilter(name, layerBlackList):
masterLayer = {"Name": name,
"Title": title,
"Abstract": abstract,
"FirstDate": dimensions['firstDate'],
"LastDate": dimensions['lastDate'],
"EX_GeographicBoundingBox": exGeographicBoundingBox }
if server['name'] in extraInfo:
if name in extraInfo[server['name']]:
masterLayer['tags'] = extraInfo[server['name']][name]
# Data to be sent in the mastercache
layers.append(masterLayer)
# Data to be saved out
layer = {#"Name": name,
#"wmsURL": server['wmsURL'],
#"wcsURL": server['wcsURL'],
#"Title": title,
#"Abstract": abstract,
"FirstDate": dimensions['firstDate'],
"LastDate": dimensions['lastDate'],
#"EX_GeographicBoundingBox": exGeographicBoundingBox,
"BoundingBox": boundingBox,
"Dimensions": dimensions['dimensions'],
"Styles": styles }
cleanServerName = server['name'].replace('/', '-')
cleanLayerName = name.replace('/', '-')
# Save out layer cache
utils.saveFile(LAYERCACHEPATH + cleanServerName + "_" + cleanLayerName + FILEEXTENSIONJSON, json.dumps(layer))
subMasterCache['server'][sensorName] = layers
subMasterCache['options'] = server['options']
subMasterCache['wmsURL'] = server['url']
subMasterCache['wcsURL'] = server['wcsurl']
subMasterCache['serverName'] = server['name']
print 'Cache creation complete...'
# Return and save out the cache for this server
return utils.saveFile(SERVERCACHEPATH + server['name'] + FILEEXTENSIONJSON, json.dumps(subMasterCache))
def createCache(server, capabilitiesXML, coverageXML):
#import xml.etree.ElementTree as ET
#from xml.etree.ElementTree import XMLParser
from lxml import etree as ET
import json
# Save out the xml file for later
utils.saveFile(
SERVERCACHEPATH + server['name'] + '-GetCapabilities' +
FILEEXTENSIONXML, capabilitiesXML)
utils.saveFile(
SERVERCACHEPATH + server['name'] + '-DescribeCoverage' +
FILEEXTENSIONXML, coverageXML)
print 'Creating caches...'
subMasterCache = {}
subMasterCache['server'] = {}
#parse = XMLParser( encoding="UTF-8" )
# Parse the GetCapabilities XML
#root = ET.XML(capabilitiesXML, parser=parse)
root = ET.fromstring(removeNonUTF8(capabilitiesXML))
# Parse the DescribeCoverage XML
coverageRoot = ET.fromstring(removeNonUTF8(coverageXML))
if root.find('./%sCapability/%sLayer/%sLayer' %
(WMS_NAMESPACE, WMS_NAMESPACE, WMS_NAMESPACE)) == None:
dirtyCaches.append(server)
return
for service in root.findall('./%sService' % (WMS_NAMESPACE)):
serverTitle = service.find('./%sTitle' % (WMS_NAMESPACE)).text
serverAbstract = service.find(
'./%sAbstract' % (WMS_NAMESPACE)).text if service.find(
'./%sAbstract' % (WMS_NAMESPACE)) is not None else None
for product in root.findall('./%sCapability/%sLayer/%sLayer' %
(WMS_NAMESPACE, WMS_NAMESPACE, WMS_NAMESPACE)):
sensorName = product.find('./%sTitle' % (WMS_NAMESPACE)).text
if utils.blackfilter(sensorName, productBlackList):
sensorName = utils.replaceAll(sensorName, {
' ': '_',
'(': '_',
')': '_',
'/': '_'
})
print sensorName
layers = []
for layer in product.findall('./%sLayer' % (WMS_NAMESPACE)):
name = layer.find('./%sName' % (WMS_NAMESPACE)).text
title = layer.find('./%sTitle' % (WMS_NAMESPACE)).text
abstract = layer.find('./%sAbstract' % (WMS_NAMESPACE)).text
temporal = False
if name not in server['indicators']:
print "NOTICE: Indicator '" + name + "' found on WMS server but not in local config file, ignoring."
continue
#Find the CoverageOffering from DescribeCoverage
coverage = findCoverageNode(coverageRoot, name)
if coverage == None:
print serverTitle + " " + name + " could not be found in DescribeCoverage. Not including."
continue
offsetVectorsArray = coverage.findall('.//%soffsetVector' %
(GML_NAMESPACE))
offsetVectors = []
for i in range(0, len(offsetVectorsArray)):
offsetVectors.append(
float(offsetVectorsArray[i].text.split(" ")[i]))
exGeographicBoundingBox = {
"WestBoundLongitude":
layer.find(
'./%sEX_GeographicBoundingBox/%swestBoundLongitude' %
(WMS_NAMESPACE, WMS_NAMESPACE)).text,
"EastBoundLongitude":
layer.find(
'./%sEX_GeographicBoundingBox/%seastBoundLongitude' %
(WMS_NAMESPACE, WMS_NAMESPACE)).text,
"SouthBoundLatitude":
layer.find(
'./%sEX_GeographicBoundingBox/%ssouthBoundLatitude' %
(WMS_NAMESPACE, WMS_NAMESPACE)).text,
"NorthBoundLatitude":
layer.find(
'./%sEX_GeographicBoundingBox/%snorthBoundLatitude' %
(WMS_NAMESPACE, WMS_NAMESPACE)).text
}
boundingBox = {
"CRS":
layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('CRS'),
"MinX":
layer.find('./%sBoundingBox' %
(WMS_NAMESPACE)).get('minx'),
"MaxX":
layer.find('./%sBoundingBox' %
(WMS_NAMESPACE)).get('maxx'),
"MinY":
layer.find('./%sBoundingBox' %
(WMS_NAMESPACE)).get('miny'),
"MaxY":
layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('maxy')
}
dimensions = createDimensionsArray(layer, server)
temporal = dimensions['temporal']
styles = createStylesArray(layer)
if server['options']['providerShortTag'] not in providers:
raise Exception("Provider shortTag " +
server['options']['providerShortTag'] +
" was not in the 'providers.py' file")
# Get the default details for the provider
providerDetails = providers[server['options']
['providerShortTag']]
if (layerHasMoreInfo(server['options']['providerShortTag'])):
moreProviderInfo = True
else:
moreProviderInfo = False
if 'providerDetails' in server['indicators'][name]:
# Overwrite any details with the indicator specific details
for i in server['indicators'][name]['providerDetails']:
providerDetails[i] = server['indicators'][name][
'providerDetails'][i]
#import pprint
#pprint.pprint(server['indicators'][name])
#print '-'*40
if utils.blackfilter(name, layerBlackList):
if layerHasMoreInfo(
server['indicators'][name]['niceName']):
moreIndicatorInfo = True
else:
moreIndicatorInfo = False
masterLayer = {
"Name": name,
"Title": title,
"Abstract": abstract,
"FirstDate": dimensions['firstDate'],
"LastDate": dimensions['lastDate'],
"OffsetVectors": offsetVectors,
"ProviderDetails": providerDetails,
"EX_GeographicBoundingBox": exGeographicBoundingBox,
"MoreIndicatorInfo": moreIndicatorInfo,
"MoreProviderInfo": moreProviderInfo
}
if name in server['indicators']:
masterLayer['tags'] = server['indicators'][name]
# Data to be sent in the mastercache
layers.append(masterLayer)
# Data to be saved out
layer = { #"Name": name,
#"wmsURL": server['wmsURL'],
#"wcsURL": server['wcsURL'],
#"Title": title,
#"Abstract": abstract,
"FirstDate": dimensions['firstDate'],
"LastDate": dimensions['lastDate'],
"OffsetVectors": offsetVectors,
#"EX_GeographicBoundingBox": exGeographicBoundingBox,
"BoundingBox": boundingBox,
"Dimensions": dimensions['dimensions'],
"Styles": styles
}
cleanServerName = server['name'].replace('/', '-')
cleanLayerName = name.replace('/', '-')
# Save out layer cache
utils.saveFile(
LAYERCACHEPATH + cleanServerName + "_" +
cleanLayerName + FILEEXTENSIONJSON, json.dumps(layer))
subMasterCache['server'][sensorName] = layers
subMasterCache['options'] = server['options']
subMasterCache['wmsURL'] = server['services']['wms']['url']
subMasterCache['wcsURL'] = server['services']['wcs']['url']
subMasterCache['serverName'] = server['name']
print 'Cache creation complete...'
# Return and save out the cache for this server
return utils.saveFile(SERVERCACHEPATH + server['name'] + FILEEXTENSIONJSON,
json.dumps(subMasterCache))
def createCache(server, capabilitiesXML, coverageXML):
#import xml.etree.ElementTree as ET
#from xml.etree.ElementTree import XMLParser
from lxml import etree as ET
import json
# Save out the xml file for later
utils.saveFile(SERVERCACHEPATH + server['name'] + '-GetCapabilities' + FILEEXTENSIONXML, capabilitiesXML)
utils.saveFile(SERVERCACHEPATH + server['name'] + '-DescribeCoverage' + FILEEXTENSIONXML, coverageXML)
print 'Creating caches...'
subMasterCache = {}
subMasterCache['server'] = {}
#parse = XMLParser( encoding="UTF-8" )
# Parse the GetCapabilities XML
#root = ET.XML(capabilitiesXML, parser=parse)
root = ET.fromstring( removeNonUTF8(capabilitiesXML) )
# Parse the DescribeCoverage XML
coverageRoot = ET.fromstring( removeNonUTF8(coverageXML) )
if root.find('./%sCapability/%sLayer/%sLayer' % (WMS_NAMESPACE,WMS_NAMESPACE,WMS_NAMESPACE)) == None:
dirtyCaches.append(server)
return
for service in root.findall('./%sService' % (WMS_NAMESPACE)):
serverTitle = service.find('./%sTitle' % (WMS_NAMESPACE)).text
serverAbstract = service.find('./%sAbstract' % (WMS_NAMESPACE)).text if service.find('./%sAbstract' % (WMS_NAMESPACE)) is not None else None
for product in root.findall('./%sCapability/%sLayer/%sLayer' % (WMS_NAMESPACE,WMS_NAMESPACE,WMS_NAMESPACE)):
sensorName = product.find('./%sTitle' % (WMS_NAMESPACE)).text
if utils.blackfilter(sensorName, productBlackList):
sensorName = utils.replaceAll(sensorName, {' ':'_', '(':'_', ')':'_', '/':'_'})
print sensorName
layers = []
for layer in product.findall('./%sLayer' % (WMS_NAMESPACE)):
name = layer.find('./%sName' % (WMS_NAMESPACE)).text
title = layer.find('./%sTitle' % (WMS_NAMESPACE)).text
abstract = layer.find('./%sAbstract' % (WMS_NAMESPACE)).text
temporal = False
if name not in server['indicators']:
print "NOTICE: Indicator '" + name + "' found on WMS server but not in local config file, ignoring."
continue
#Find the CoverageOffering from DescribeCoverage
coverage = findCoverageNode( coverageRoot, name )
if coverage == None:
print serverTitle + " " + name + " could not be found in DescribeCoverage. Not including."
continue
offsetVectorsArray = coverage.findall( './/%soffsetVector' % (GML_NAMESPACE) )
offsetVectors = []
for i in range( 0 , len( offsetVectorsArray )):
offsetVectors.append(float(offsetVectorsArray[i].text.split(" ")[i]))
exGeographicBoundingBox = {"WestBoundLongitude": layer.find('./%sEX_GeographicBoundingBox/%swestBoundLongitude' % (WMS_NAMESPACE,WMS_NAMESPACE)).text,
"EastBoundLongitude": layer.find('./%sEX_GeographicBoundingBox/%seastBoundLongitude' % (WMS_NAMESPACE,WMS_NAMESPACE)).text,
"SouthBoundLatitude": layer.find('./%sEX_GeographicBoundingBox/%ssouthBoundLatitude' % (WMS_NAMESPACE,WMS_NAMESPACE)).text,
"NorthBoundLatitude": layer.find('./%sEX_GeographicBoundingBox/%snorthBoundLatitude' % (WMS_NAMESPACE,WMS_NAMESPACE)).text}
boundingBox = {"CRS": layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('CRS'),
"MinX": layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('minx'),
"MaxX": layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('maxx'),
"MinY": layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('miny'),
"MaxY": layer.find('./%sBoundingBox' % (WMS_NAMESPACE)).get('maxy')}
dimensions = createDimensionsArray(layer, server)
temporal = dimensions['temporal']
styles = createStylesArray(layer)
if server['options']['providerShortTag'] not in providers:
raise Exception("Provider shortTag " + server['options']['providerShortTag'] + " was not in the 'providers.py' file")
# Get the default details for the provider
providerDetails = providers[ server['options']['providerShortTag'] ]
if (layerHasMoreInfo(server['options']['providerShortTag'])):
moreProviderInfo = True
else:
moreProviderInfo = False
if 'providerDetails' in server['indicators'][name]:
# Overwrite any details with the indicator specific details
for i in server['indicators'][name]['providerDetails']:
providerDetails[ i ] = server['indicators'][name]['providerDetails'][ i ]
#import pprint
#pprint.pprint(server['indicators'][name])
#print '-'*40
if utils.blackfilter(name, layerBlackList):
if layerHasMoreInfo(server['indicators'][name]['niceName']):
moreIndicatorInfo = True
else:
moreIndicatorInfo = False
masterLayer = {"Name": name,
"Title": title,
"Abstract": abstract,
"FirstDate": dimensions['firstDate'],
"LastDate": dimensions['lastDate'],
"OffsetVectors": offsetVectors,
"ProviderDetails": providerDetails,
"EX_GeographicBoundingBox": exGeographicBoundingBox,
"MoreIndicatorInfo" : moreIndicatorInfo,
"MoreProviderInfo" : moreProviderInfo }
if name in server['indicators']:
masterLayer['tags'] = server['indicators'][name]
# Data to be sent in the mastercache
layers.append(masterLayer)
# Data to be saved out
layer = {#"Name": name,
#"wmsURL": server['wmsURL'],
#"wcsURL": server['wcsURL'],
#"Title": title,
#"Abstract": abstract,
"FirstDate": dimensions['firstDate'],
"LastDate": dimensions['lastDate'],
"OffsetVectors": offsetVectors,
#"EX_GeographicBoundingBox": exGeographicBoundingBox,
"BoundingBox": boundingBox,
"Dimensions": dimensions['dimensions'],
"Styles": styles }
cleanServerName = server['name'].replace('/', '-')
cleanLayerName = name.replace('/', '-')
# Save out layer cache
utils.saveFile(LAYERCACHEPATH + cleanServerName + "_" + cleanLayerName + FILEEXTENSIONJSON, json.dumps(layer))
subMasterCache['server'][sensorName] = layers
subMasterCache['options'] = server['options']
subMasterCache['wmsURL'] = server['services']['wms']['url']
subMasterCache['wcsURL'] = server['services']['wcs']['url']
subMasterCache['serverName'] = server['name']
print 'Cache creation complete...'
# Return and save out the cache for this server
return utils.saveFile(SERVERCACHEPATH + server['name'] + FILEEXTENSIONJSON, json.dumps(subMasterCache))