class ErrorResolver:
"Resolves errors to error configs"
def __init__(self, data=None):
#list of keys is maintained in order to ensure the
#predictable iteration order
self.configsMap = LinkedHashMap()
if data:
self.configsMap.putAll(data)
self.initDefaultConfigs()
def addConfig(self, pattern, config):
self.configsMap.put(pattern, config)
def hasConfig(self, msg):
iterator = self.configsMap.keySet().iterator()
while iterator.hasNext():
pattern = iterator.next()
if re.search(pattern, msg, re.I | re.M):
return 1
def getConfig(self, msg):
iterator = self.configsMap.keySet().iterator()
while iterator.hasNext():
pattern = iterator.next()
if re.search(pattern, msg, re.I | re.M):
return self.configsMap.get(pattern)
def getDefaultConfig(self):
return self.defaultConfig
def copy(self):
return ErrorResolver(self.configsMap)
def __len__(self):
return self.configsMap.size()
def __getitem__(self, key):
return self.configsMap.get(key)
def __setitem__(self, key, item):
self.addConfig(key, item)
def keys(self):
return self.configsMap.keySet()
def initDefaultConfigs(self):
self.defaultConfigWithDetails = ErrorMessageConfig(
ERROR_GENERIC_WITH_DETAILS,
errorcodes.INTERNAL_ERROR_WITH_PROTOCOL_DETAILS)
self.defaultConfig = ErrorMessageConfig(ERROR_CONNECTION_FAILED,
errorcodes.CONNECTION_FAILED)
self.defaultConfigNoProtocol = ErrorMessageConfig(
ERROR_CONNECTION_FAILED_NO_PROTOCOL,
errorcodes.CONNECTION_FAILED_NO_PROTOCOL)
self.defaultConfigNoProtocolWithDetails = ErrorMessageConfig(
ERROR_CONNECTION_FAILED_NO_PROTOCOL_WITH_DETAILS,
errorcodes.CONNECTION_FAILED_NO_PROTOCOL_WITH_DETAILS)
# Now compute beams bgroupMap = LinkedHashMap() newMesh = algo.getOutputMesh() #print "beams size: "+str(mesh.getBeams().size()) for i in xrange(newMesh.getBeams().size() / 2): bId = newMesh.getBeamGroup(i) listBeamId = bgroupMap.get(bId) if listBeamId is None: listBeamId = TIntArrayList(100) bgroupMap.put(bId, listBeamId) listBeamId.add(i) vertices = ArrayList(newMesh.getBeams()) newMesh.resetBeams() mapGroupToListOfPolylines = LinkedHashMap() for bId in bgroupMap.keySet(): listBeamId = bgroupMap.get(bId) listOfPolylines = ArrayList() polyline = ArrayList() lastVertex = None for i in xrange(listBeamId.size()): b = listBeamId.get(i) if lastVertex != vertices.get(2*b): # New polyline polyline = ArrayList() listOfPolylines.add(polyline) polyline.add(vertices.get(2*b)) lastVertex = vertices.get(2*b+1) polyline.add(lastVertex) #print "Group "+str(bId)+" contains "+str(listOfPolylines.size())+" polylines and "+str(listBeamId.size()+1)+" vertices" mapGroupToListOfPolylines.put(bId, listOfPolylines)
MeshReader.readObject3D(mesh, xmlDir) bgroupMap = LinkedHashMap() #print "beams size: "+str(mesh.getBeams().size()) for i in xrange(mesh.getBeams().size() / 2): bId = mesh.getBeamGroup(i) listBeamId = bgroupMap.get(bId) if listBeamId is None: listBeamId = TIntArrayList(100) bgroupMap.put(bId, listBeamId) listBeamId.add(i) vertices = ArrayList(mesh.getBeams()) mesh.resetBeams() mapGroupToListOfPolylines = LinkedHashMap() for bId in bgroupMap.keySet(): listBeamId = bgroupMap.get(bId) listOfPolylines = ArrayList() polyline = ArrayList() lastVertex = None for i in xrange(listBeamId.size()): b = listBeamId.get(i) if lastVertex != vertices.get(2*b): # New polyline polyline = ArrayList() listOfPolylines.add(polyline) polyline.add(vertices.get(2*b)) lastVertex = vertices.get(2*b+1) polyline.add(lastVertex) print "Group "+str(bId)+" contains "+str(listOfPolylines.size())+" polylines and "+str(listBeamId.size()+1)+" vertices" mapGroupToListOfPolylines.put(bId, listOfPolylines)
