def _setValue(self, name, other, otherName, noFireChanges=False,
cardinality=None, alias=None, dictKey=None, otherKey=None,
otherCard=None, otherAlias=None):
item = self._item
view = item.itsView
if name in self:
value = self._getRef(name, None, otherName)
if value is not None and isitem(value):
value.itsRefs._removeRef(otherName, item)
if isitem(other):
if other.isDeleting():
raise ValueError, ('setting bi-ref with an item being deleted',
item, name, other)
otherView = other.itsView
if otherView is not view:
raise ViewMismatchError, (item, other)
if otherName in other.itsRefs:
value = other.itsRefs._getRef(otherName, None, name)
if value is not None and isitem(value):
value.itsRefs._removeRef(name, other)
value = self._setRef(name, other, otherName, cardinality,
alias, dictKey, otherKey)
try:
otherValue = other.itsRefs._setRef(otherName, item, name,
otherCard, otherAlias,
otherKey, dictKey)
except:
self._removeRef(name, other) # remove dangling ref
raise
if not noFireChanges:
if not item._isNoDirty():
item._fireChanges('set', name)
if not (other is None or other._isNoDirty()):
other._fireChanges('set', otherName)
if value._isRefs():
view._notifyChange(item._collectionChanged,
'add', 'collection', name,
other.itsUUID, ())
if otherValue._isRefs():
view._notifyChange(other._collectionChanged,
'add', 'collection', otherName,
item.itsUUID, ())
elif other in (None, Empty):
self._setRef(name, other, otherName, cardinality,
alias, dictKey, otherKey)
if not (noFireChanges or item._isNoDirty()):
item._fireChanges('set', name)
else:
raise TypeError, other
def iterValues(self, item):
def append(values, value):
if not (value is None or isitemref(value)):
if isitem(value) or isinstance(value, RefList):
values.append(value)
elif isinstance(value, PersistentCollection):
values.append(value._iterItems())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
value = item
for name in self.attribute:
if isinstance(value, PersistentCollection):
values = []
for v in value._iterItems():
append(values, v.getAttributeValue(name, None, None, None))
value = values
elif isinstance(value, RefList):
values = []
for v in value:
append(values, v.getAttributeValue(name, None, None, None))
value = values
elif isinstance(value, AbstractSet):
values = []
for v in value:
append(values, v.getAttributeValue(name, None, None, None))
value = values
elif isinstance(value, list):
values = []
for v in value:
if isitem(v):
append(values, v.getAttributeValue(name, None, None, None))
else:
for i in v:
append(values, i.getAttributeValue(name, None, None, None))
value = values
else:
value = value.getAttributeValue(name, None, None, None)
if value is None or isitemref(value):
break
if not (isitem(value) or
isinstance(value, (PersistentCollection,
RefList, AbstractSet))):
value = None
break
if value is None:
return []
if isitem(value):
return [value]
if isinstance(value, PersistentCollection):
return value._iterItems()
return value
def iterValues(self, item):
def append(values, value):
if not (value is None or isitemref(value)):
if isitem(value) or isinstance(value, RefList):
values.append(value)
elif isinstance(value, PersistentCollection):
values.append(value._iterItems())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
value = item
for name in self.attribute:
if isinstance(value, PersistentCollection):
values = []
for v in value._iterItems():
append(values, v.getAttributeValue(name, None, None, None))
value = values
elif isinstance(value, RefList):
values = []
for v in value:
append(values, v.getAttributeValue(name, None, None, None))
value = values
elif isinstance(value, AbstractSet):
values = []
for v in value:
append(values, v.getAttributeValue(name, None, None, None))
value = values
elif isinstance(value, list):
values = []
for v in value:
if isitem(v):
append(values,
v.getAttributeValue(name, None, None, None))
else:
for i in v:
append(values,
i.getAttributeValue(name, None, None, None))
value = values
else:
value = value.getAttributeValue(name, None, None, None)
if value is None or isitemref(value):
break
if not (isitem(value) or isinstance(
value, (PersistentCollection, RefList, AbstractSet))):
value = None
break
if value is None:
return []
if isitem(value):
return [value]
if isinstance(value, PersistentCollection):
return value._iterItems()
return value
def recognizes(self, value):
if value is None:
return True
if isitemref(value):
item = value(True)
if isitem(item):
return item.isItemOf(self)
return True
if isitem(value):
return value.isItemOf(self)
return False
def recognizes(self, value):
if value is None:
return True
if isitemref(value):
item = value(True)
if isitem(item):
return item.isItemOf(self)
return True
if isitem(value):
return value.isItemOf(self)
return False
def _getRef(self, name, other=None, otherName=None, default=Default):
value = self.get(name, self)
item = self._item
if other is None:
if value is self:
if default is not Default:
return default
raise KeyError, name
if value in (None, Empty) or isitem(value) or value._isRefs():
return value
raise TypeError, '%s, type: %s' % (value, type(value))
if value is other:
return other
if value is self or value is None:
raise BadRefError, (item, name, value, other)
if value is Empty:
raise DanglingRefError(item, name, other)
if value._isRefs():
if other in value:
return other
else:
raise DanglingRefError(item, name, other)
raise BadRefError, (item, name, value, other)
def _getRef(self, name, other=None, otherName=None, default=Default):
value = self.get(name, self)
item = self._item
if other is None:
if value is self:
if default is not Default:
return default
raise KeyError, name
if value in (None, Empty) or isitem(value) or value._isRefs():
return value
raise TypeError, '%s, type: %s' %(value, type(value))
if value is other:
return other
if value is self or value is None:
raise BadRefError, (item, name, value, other)
if value is Empty:
raise DanglingRefError(item, name, other)
if value._isRefs():
if other in value:
return other
else:
raise DanglingRefError(item, name, other)
raise BadRefError, (item, name, value, other)
def __repr__(self):
owner = self._owner(True)
if isitem(owner):
owner = owner._repr_()
return '<%s: %s.%s<->%s>' % (type(self).__name__, owner, self._name,
self._otherName)
def __repr__(self):
owner = self._owner(True)
if isitem(owner):
owner = owner._repr_()
return '<%s: %s.%s<->%s>' %(type(self).__name__,
owner, self._name, self._otherName)
def _checkCardinality(self, logger, name, value, cardType, attrCard,
repair):
if not (value in (None, Empty) or
(cardType is None and isitem(value)) or
(cardType is not None and isinstance(value, cardType))):
logger.error("Value %s of type %s in attribute '%s' on %s is not an instance of type %s which is required for cardinality '%s'", repr(value), type(value), name, self._item._repr_(), cardType, attrCard)
return False
return True
def append(values, value):
if not (value is None or isitemref(value)):
if isitem(value) or isinstance(value, RefList):
values.append(value)
elif isinstance(value, PersistentCollection):
values.append(value._iterItems())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
def append(values, value):
if not (value is None or isitemref(value)):
if isitem(value) or isinstance(value, RefList):
values.append(value)
elif isinstance(value, PersistentCollection):
values.append(value._iterItems())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
def append(values, value):
if value is not None:
if isuuid(value) or isinstance(value, RefList):
values.append(value)
elif isitem(value) or isitemref(value):
values.append(value.itsUUID)
elif isinstance(value, PersistentCollection):
values.extend(value._iterKeys())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
def append(values, value):
if value is not None:
if isuuid(value) or isinstance(value, RefList):
values.append(value)
elif isitem(value) or isitemref(value):
values.append(value.itsUUID)
elif isinstance(value, PersistentCollection):
values.extend(value._iterKeys())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
def _checkCardinality(self, logger, name, value, cardType, attrCard,
repair):
if not (value in (None, Empty) or
(cardType is None and isitem(value)) or
(cardType is not None and isinstance(value, cardType))):
logger.error(
"Value %s of type %s in attribute '%s' on %s is not an instance of type %s which is required for cardinality '%s'",
repr(value), type(value), name, self._item._repr_(), cardType,
attrCard)
return False
return True
def _iterItems(self, items=None):
if items is None:
items = {}
for value in self._itervalues():
if isitemref(value):
item = value(True)
if isitem(item):
uuid = item.itsUUID
if uuid not in items:
items[uuid] = item
yield item
elif isinstance(value, PersistentCollection):
for v in value._iterItems(items):
yield v
def refCount(self, name, loaded):
count = 0
value = self._dict.get(name)
if value not in (None, Empty):
if isitemref(value):
if not loaded:
count += 1
elif isitem(value.itsItem):
count += 1
elif value._isRefs():
count += value.refCount(loaded)
return count
def refCount(self, name, loaded):
count = 0
value = self._dict.get(name)
if value not in (None, Empty):
if isitemref(value):
if not loaded:
count += 1
elif isitem(value.itsItem):
count += 1
elif value._isRefs():
count += value.refCount(loaded)
return count
def _setItem(self, item):
if self._owner is not Nil:
assert item.itsUUID == self._owner.itsUUID
for link in self._itervalues():
link.value._parent = item
if isitem(item):
item._status |= CItem.CONTAINER
self._owner = item.itsRef
self._view = item.itsView
elif item is None:
self._owner = Nil
self._owner = ref(item)
def _setItem(self, item):
if self._owner is not Nil:
assert item.itsUUID == self._owner.itsUUID
for link in self._itervalues():
link.value._parent = item
if isitem(item):
item._status |= CItem.CONTAINER
self._owner = item.itsRef
self._view = item.itsView
elif item is None:
self._owner = Nil
self._owner = ref(item)
def _copy(self, item, attribute, copyPolicy, copyFn=None):
copy = type(self)(item, attribute)
policy = copyPolicy or item.getAttributeAspect(attribute, 'copyPolicy',
False, None, 'copy')
for value in self:
if isitem(value):
if copyFn is not None:
value = copyFn(item, value, policy)
if value is not Nil:
copy.add(value, False)
elif isinstance(value, ItemValue):
copy.add(value._copy(item, attribute, policy, copyFn), False)
else:
copy.add(value, False)
return copy
def prepareValue(self, item, attribute, value, setDirty=True):
if isinstance(value, ItemValue):
if value._owner is not Nil:
value = value._copy(item, attribute, 'copy')
else:
value._setOwner(item, attribute)
elif isinstance(value, list):
value = PersistentList(item, attribute, value, setDirty)
elif isinstance(value, dict):
value = PersistentDict(item, attribute, value, setDirty)
elif isinstance(value, tuple):
value = PersistentTuple(item, attribute, value, setDirty)
elif isinstance(value, set):
value = PersistentSet(item, attribute, value, setDirty)
elif isitem(value):
value = value.itsRef
return value
def _hashValues(self):
hash = 0
names = self.keys()
names.sort()
for name in names:
hash = _combine(hash, _hash(name))
value = self[name]
if value in (None, Empty):
hash = _combine(hash, 0)
elif isitem(value):
hash = _combine(hash, value._uuid._hash)
elif value._isRefs():
hash = _combine(hash, value._hashValues())
else:
raise TypeError, value
return hash
def _hashValues(self):
hash = 0
names = self.keys()
names.sort()
for name in names:
hash = _combine(hash, _hash(name))
value = self[name]
if value in (None, Empty):
hash = _combine(hash, 0)
elif isitem(value):
hash = _combine(hash, value._uuid._hash)
elif value._isRefs():
hash = _combine(hash, value._hashValues())
else:
raise TypeError, value
return hash
def useValue(self, value):
if isitem(value):
return value.itsRef
if isinstance(value, PersistentCollection):
return value
if isitemref(value):
return value
if isinstance(value, list):
return [self.useValue(v) for v in value]
elif isinstance(value, set):
return set([self.useValue(v) for v in value])
elif isinstance(value, tuple):
return tuple([self.useValue(v) for v in value])
elif isinstance(value, dict):
d = {}
for k, v in value.itervalues():
d[k] = self.useValue(v)
return d
else:
return value
def typeHandler(cls, view, value):
try:
method = getattr(type(value), "getTypeItem", None)
if method is not None:
return method(value, view)
else:
for t in cls.typeHandlers[view][type(value)]:
if t.recognizes(value):
return t
except KeyError:
pass
if isitem(value):
return cls.typeHandlers[view][ItemRef][0]
typeKind = cls.typeHandlers[view][None]
types = typeKind.findTypes(value)
if types:
return types[0]
raise TypeError, "No handler for values of type %s" % (type(value))
def _setValue(self,
name,
other,
otherName,
noFireChanges=False,
cardinality=None,
alias=None,
dictKey=None,
otherKey=None,
otherCard=None,
otherAlias=None):
item = self._item
view = item.itsView
if name in self:
value = self._getRef(name, None, otherName)
if value is not None and isitem(value):
value.itsRefs._removeRef(otherName, item)
if isitem(other):
if other.isDeleting():
raise ValueError, ('setting bi-ref with an item being deleted',
item, name, other)
otherView = other.itsView
if otherView is not view:
raise ViewMismatchError, (item, other)
if otherName in other.itsRefs:
value = other.itsRefs._getRef(otherName, None, name)
if value is not None and isitem(value):
value.itsRefs._removeRef(name, other)
value = self._setRef(name, other, otherName, cardinality, alias,
dictKey, otherKey)
try:
otherValue = other.itsRefs._setRef(otherName, item, name,
otherCard, otherAlias,
otherKey, dictKey)
except:
self._removeRef(name, other) # remove dangling ref
raise
if not noFireChanges:
if not item._isNoDirty():
item._fireChanges('set', name)
if not (other is None or other._isNoDirty()):
other._fireChanges('set', otherName)
if value._isRefs():
view._notifyChange(item._collectionChanged, 'add',
'collection', name, other.itsUUID, ())
if otherValue._isRefs():
view._notifyChange(other._collectionChanged, 'add',
'collection', otherName, item.itsUUID, ())
elif other in (None, Empty):
self._setRef(name, other, otherName, cardinality, alias, dictKey,
otherKey)
if not (noFireChanges or item._isNoDirty()):
item._fireChanges('set', name)
else:
raise TypeError, other
def _checkRef(self, logger, name, other, repair):
if other is not None:
if not isitem(other):
other = self._item.find(other)
if other is None:
logger.error('DanglingRefError: %s.%s', self._item.itsPath,
name)
return False
if other.isStale():
logger.error('Found stale item %s at %s.%s', other,
self._item.itsPath, name)
return False
if other.itsView is not self._item.itsView:
logger.error("views don't match: %s at %s.%s", other,
self._item.itsPath, name)
return False
item = self._item
otherName = item.itsKind.getOtherName(name, item, None)
if otherName is None:
logger.error('otherName is None for attribute %s.%s',
self._item._kind.itsPath, name)
return False
if other not in (None, Empty):
if other.itsKind is None:
raise AssertionError, 'no kind for %s' % (other.itsPath)
otherOtherName = other.itsKind.getOtherName(otherName, other, None)
if otherOtherName != name:
logger.error(
"otherName for attribute %s.%s, %s, does not match otherName for attribute %s.%s, %s",
self._item.itsKind.itsPath, name, otherName,
other.itsKind.itsPath, otherName, otherOtherName)
return False
otherOther = other.itsRefs._getRef(otherName)
if otherOther is self._item:
return True
elif otherOther._isRefs():
if (otherOther._isDict() or # check not yet implemented
self._item in otherOther):
return True
logger.error(
"%s doesn't contain a reference to %s, yet %s.%s references %s",
otherOther, self._item._repr_(), self._item._repr_(), name,
other._repr_())
if repair:
logger.warning("Removing dangling ref to %s from %s.%s",
other._repr_(), self._item._repr_(), name)
self._removeRef(name, other)
return None
elif isitem(otherOther):
logger.error("%s.%s doesn't reference %s.%s but %s",
other._repr_(), otherName, self._item._repr_(),
name, otherOther._repr_())
else:
logger.error("%s.%s doesn't reference %s.%s but %s",
other._repr_(), otherName, self._item._repr_(),
name, otherOther)
return False
return True
def iterKeys(self, key, firstValue=Default):
view = self.itsView
def append(values, value):
if value is not None:
if isuuid(value) or isinstance(value, RefList):
values.append(value)
elif isitem(value) or isitemref(value):
values.append(value.itsUUID)
elif isinstance(value, PersistentCollection):
values.extend(value._iterKeys())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
if firstValue is not Default:
names = self.attribute[1:]
value = firstValue
else:
names = self.attribute
value = key
for name in names:
if isinstance(value, PersistentCollection):
values = []
for v in value._iterKeys():
append(values, view.findValue(v, name, None))
value = values
elif isinstance(value, RefList):
values = []
for v in value.iterkeys():
append(values, view.findValue(v, name, None))
value = values
elif isinstance(value, AbstractSet):
values = []
for v in value.iterkeys():
append(values, view.findValue(v, name, None))
value = values
elif isinstance(value, list):
values = []
for v in value:
if isuuid(v):
append(values, view.findValue(v, name, None))
else:
for k in v.iterkeys():
append(values, view.findValue(k, name, None))
value = values
else:
value = view.findValue(value, name, None)
if value is None:
break
if isitemref(value) or isitem(value):
value = value.itsUUID
elif not (isuuid(value) or
isinstance(value, (PersistentCollection,
RefList, AbstractSet))):
value = None
break
if value is None:
return []
if isuuid(value):
return [value]
if isitemref(value) or isitem(value):
return [value.itsUUID]
if isinstance(value, PersistentCollection):
return value._iterKeys()
if isinstance(value, RefList):
return value.iterkeys()
return value
def __setitem__(self, dictKey, value):
if isitem(value):
self._refList(dictKey).append(value)
else:
self._refList(dictKey).extend(value)
def str(self, arg):
if isitem(arg):
return arg._repr_()
else:
return str(arg)
def iterKeys(self, key, firstValue=Default):
view = self.itsView
def append(values, value):
if value is not None:
if isuuid(value) or isinstance(value, RefList):
values.append(value)
elif isitem(value) or isitemref(value):
values.append(value.itsUUID)
elif isinstance(value, PersistentCollection):
values.extend(value._iterKeys())
elif isinstance(value, AbstractSet):
values.append(value)
else:
raise TypeError, type(value)
if firstValue is not Default:
names = self.attribute[1:]
value = firstValue
else:
names = self.attribute
value = key
for name in names:
if isinstance(value, PersistentCollection):
values = []
for v in value._iterKeys():
append(values, view.findValue(v, name, None))
value = values
elif isinstance(value, RefList):
values = []
for v in value.iterkeys():
append(values, view.findValue(v, name, None))
value = values
elif isinstance(value, AbstractSet):
values = []
for v in value.iterkeys():
append(values, view.findValue(v, name, None))
value = values
elif isinstance(value, list):
values = []
for v in value:
if isuuid(v):
append(values, view.findValue(v, name, None))
else:
for k in v.iterkeys():
append(values, view.findValue(k, name, None))
value = values
else:
value = view.findValue(value, name, None)
if value is None:
break
if isitemref(value) or isitem(value):
value = value.itsUUID
elif not (isuuid(value) or isinstance(
value, (PersistentCollection, RefList, AbstractSet))):
value = None
break
if value is None:
return []
if isuuid(value):
return [value]
if isitemref(value) or isitem(value):
return [value.itsUUID]
if isinstance(value, PersistentCollection):
return value._iterKeys()
if isinstance(value, RefList):
return value.iterkeys()
return value
def _checkRef(self, logger, name, other, repair):
if other is not None:
if not isitem(other):
other = self._item.find(other)
if other is None:
logger.error('DanglingRefError: %s.%s',
self._item.itsPath, name)
return False
if other.isStale():
logger.error('Found stale item %s at %s.%s',
other, self._item.itsPath, name)
return False
if other.itsView is not self._item.itsView:
logger.error("views don't match: %s at %s.%s",
other, self._item.itsPath, name)
return False
item = self._item
otherName = item.itsKind.getOtherName(name, item, None)
if otherName is None:
logger.error('otherName is None for attribute %s.%s',
self._item._kind.itsPath, name)
return False
if other not in (None, Empty):
if other.itsKind is None:
raise AssertionError, 'no kind for %s' %(other.itsPath)
otherOtherName = other.itsKind.getOtherName(otherName, other, None)
if otherOtherName != name:
logger.error("otherName for attribute %s.%s, %s, does not match otherName for attribute %s.%s, %s",
self._item.itsKind.itsPath, name, otherName,
other.itsKind.itsPath, otherName, otherOtherName)
return False
otherOther = other.itsRefs._getRef(otherName)
if otherOther is self._item:
return True
elif otherOther._isRefs():
if (otherOther._isDict() or # check not yet implemented
self._item in otherOther):
return True
logger.error("%s doesn't contain a reference to %s, yet %s.%s references %s",
otherOther, self._item._repr_(),
self._item._repr_(), name, other._repr_())
if repair:
logger.warning("Removing dangling ref to %s from %s.%s",
other._repr_(), self._item._repr_(), name)
self._removeRef(name, other)
return None
elif isitem(otherOther):
logger.error("%s.%s doesn't reference %s.%s but %s",
other._repr_(), otherName, self._item._repr_(),
name, otherOther._repr_())
else:
logger.error("%s.%s doesn't reference %s.%s but %s",
other._repr_(), otherName, self._item._repr_(),
name, otherOther)
return False
return True
def __setitem__(self, dictKey, value):
if isitem(value):
self._refList(dictKey).append(value)
else:
self._refList(dictKey).extend(value)
def xmlValue(cls, view, name, value, tag, attrType, attrCard, attrId,
attrs, generator, withSchema):
if name is not None:
if not isinstance(name, (str, unicode)):
attrs['nameType'] = cls.typeHandler(view, value).handlerName()
attrs['name'] = cls.makeString(view, name)
else:
attrs['name'] = name
if attrId is not None:
attrs['id'] = attrId.str64()
if attrCard == 'single':
if attrType is not None and attrType.isAlias():
aliasType = attrType.type(value)
if aliasType is None:
raise TypeError, "%s does not alias type of value '%s' of type %s" % (
attrType.itsPath, value, type(value))
attrType = aliasType
attrs['typeid'] = attrType._uuid.str64()
elif withSchema or attrType is None:
attrType = cls.typeHandler(view, value)
attrs['typeid'] = attrType._uuid.str64()
else:
attrs['cardinality'] = attrCard
generator.startElement(tag, attrs)
if attrCard == 'single':
if isitem(value):
raise TypeError, "item %s cannot be stored as a literal value" % (
value.itsPath)
if value is Nil:
raise ValueError, 'Cannot persist Nil'
if attrType is not None:
if not attrType.recognizes(value):
raise TypeError, "value '%s' of type %s is not recognized by type %s" % (
value, type(value), attrType.itsPath)
else:
attrType.typeXML(value, generator, withSchema)
else:
generator.characters(cls.makeString(view, value))
elif attrCard in ('list', 'set'):
for val in value._itervalues():
cls.xmlValue(view, None, val, 'value', attrType, 'single',
None, {}, generator, withSchema)
elif attrCard == 'dict':
for key, val in value._iteritems():
cls.xmlValue(view, key, val, 'value', attrType, 'single', None,
{}, generator, withSchema)
else:
raise ValueError, attrCard
generator.endElement(tag)
def xmlValue(cls, view, name, value, tag, attrType, attrCard, attrId,
attrs, generator, withSchema):
if name is not None:
if not isinstance(name, (str, unicode)):
attrs['nameType'] = cls.typeHandler(view,
value).handlerName()
attrs['name'] = cls.makeString(view, name)
else:
attrs['name'] = name
if attrId is not None:
attrs['id'] = attrId.str64()
if attrCard == 'single':
if attrType is not None and attrType.isAlias():
aliasType = attrType.type(value)
if aliasType is None:
raise TypeError, "%s does not alias type of value '%s' of type %s" %(attrType.itsPath, value, type(value))
attrType = aliasType
attrs['typeid'] = attrType._uuid.str64()
elif withSchema or attrType is None:
attrType = cls.typeHandler(view, value)
attrs['typeid'] = attrType._uuid.str64()
else:
attrs['cardinality'] = attrCard
generator.startElement(tag, attrs)
if attrCard == 'single':
if isitem(value):
raise TypeError, "item %s cannot be stored as a literal value" %(value.itsPath)
if value is Nil:
raise ValueError, 'Cannot persist Nil'
if attrType is not None:
if not attrType.recognizes(value):
raise TypeError, "value '%s' of type %s is not recognized by type %s" %(value, type(value), attrType.itsPath)
else:
attrType.typeXML(value, generator, withSchema)
else:
generator.characters(cls.makeString(view, value))
elif attrCard in ('list', 'set'):
for val in value._itervalues():
cls.xmlValue(view,
None, val, 'value', attrType, 'single',
None, {}, generator, withSchema)
elif attrCard == 'dict':
for key, val in value._iteritems():
cls.xmlValue(view,
key, val, 'value', attrType, 'single',
None, {}, generator, withSchema)
else:
raise ValueError, attrCard
generator.endElement(tag)
