def chunkRequests(self, collection, chunkLength=None):
if not islst(collection):
yield [collection]
else:
if chunkLength is None:
chunkLength = self.batchSize
for i in xrange(0, len(collection), chunkLength):
yield collection[i:i + chunkLength]
def writeStringElement(self, namespace, name, value, attrs=_noAttrs):
if islst(value):
for v in value:
self.writeStringElement(namespace, name, v, attrs)
else:
self.startElement(namespace, name, attrs)
self.characters(value)
self.endElement()
def writeStringElement(self, namespace, name, value, attrs=_noAttrs):
if islst(value):
for v in value:
self.writeStringElement(namespace, name, v, attrs)
else:
self.startElement(namespace, name, attrs)
self.characters(value)
self.endElement()
def chunkRequests(self, collection, chunkLength=None):
if not islst(collection):
yield [collection]
else:
if chunkLength is None:
chunkLength = self.batchSize
for i in xrange(0, len(collection), chunkLength):
yield collection[i:i+chunkLength]
def writeSObjects(self, s, sObjects, elemName="sObjects"):
if islst(sObjects):
for o in sObjects:
self.writeSObjects(s, o, elemName)
else:
s.startElement(_partnerNs, elemName)
# type has to go first
s.writeStringElement(_sobjectNs, "type", sObjects['type'])
for fn in sObjects.keys():
if (fn != 'type'):
s.writeStringElement(_sobjectNs, fn, sObjects[fn])
s.endElement()
def writeSObjects(self, s, sObjects, elemName="sObjects"):
if islst(sObjects):
for o in sObjects:
self.writeSObjects(s, o, elemName)
else:
s.startElement(_partnerNs, elemName)
# type has to go first
s.writeStringElement(_sobjectNs, "type", sObjects['type'])
for fn in sObjects.keys():
if (fn != 'type'):
s.writeStringElement(_sobjectNs, fn, sObjects[fn])
s.endElement()
def writeDict(self, s, elemName, d):
if islst(d):
for o in d:
self.writeDict(s, elemName, o)
else:
s.startElement(_partnerNs, elemName)
for fn in d.keys():
if (isinstance(d[fn], dict)):
self.writeDict(s, d[fn], fn)
else:
s.writeStringElement(_sobjectNs, fn, d[fn])
s.endElement()
def writeDict(self, s, elemName, d): if islst(d): for o in d: self.writeDict(s, elemName, o) else: s.startElement(_partnerNs, elemName) for fn in d.keys(): if (isinstance(d[fn], dict)): self.writeDict(s, d[fn], fn) else: s.writeStringElement(_sobjectNs, fn, d[fn]) s.endElement()
def writeElement(self, namespace, name, value, attrs = _noAttrs):
if islst(value):
for v in value:
self.writeElement(namespace, name, v, attrs)
elif isinstance(value, dict):
self.startElement(namespace, name, attrs)
# Type must always come first, even in embedded objects.
type_entry = value['type']
self.writeElement(namespace, 'type', type_entry, attrs)
del value['type']
for k, v in value.items():
self.writeElement(namespace, k, v, attrs)
self.endElement()
else:
self.startElement(namespace, name, attrs)
self.characters(value)
self.endElement()
def writeElement(self, namespace, name, value, attrs=_noAttrs):
if islst(value):
for v in value:
self.writeElement(namespace, name, v, attrs)
elif isinstance(value, dict):
self.startElement(namespace, name, attrs)
if 'type' in value:
# Type must always come first, even in embedded objects.
type_entry = value['type']
self.writeElement(namespace, 'type', type_entry, attrs)
del value['type']
for k, v in value.items():
self.writeElement(namespace, k, v, attrs)
self.endElement()
else:
self.startElement(namespace, name, attrs)
self.characters(value)
self.endElement()
def writeBody(self, s):
if (islst(self.__actions)):
for action in self.__actions:
self.writeQuckAction(s, action)
else:
self.writeQuickAction(s, self.__actions)
def writeBody(self, s): if (islst(self.__actions)): for action in self.__actions: self.writeQuckAction(s, action) else: self.writeQuickAction(s, self.__actions)