__xmlattrnamespaces__ = { "ag":["firstName", "lastName", "addressLine1", "city"] }
+name: __xmlattrgroups__
+type: dict
+description: a dict specifying groups of attributes to be wrapped in an enclosing tag.
+The key is the name of the enclosing tag; the value is a list of attributes to include
+within it. e.g.
+
+__xmlattrgroups__ = {"name": ["firstName", "lastName"], "address": ["addressLine1", "city", "state", "zip"]}
"""
XMLNS_PREFIX_LENGTH = len(XMLNS_PREFIX)
BASETYPE_ELEMENT_NAME = 'item'
+
+# This list doesn't seem to be used.
+# Internal documentation or useless? You make the call!
MEMBERS_TO_SKIP = ('__module__', '__doc__', '__xmlname__', '__xmlattributes__',
'__xmlexclude__', '__xmlflattensequence__', '__xmlnamespaces__',
- '__xmldefaultnamespace__', '__xmlattrnamespaces__')
-
-WELL_KNOWN_OBJECTS = { "xs:element" : "activegrid.model.schema.XsdElement",
- "xs:complexType" : "activegrid.model.schema.XsdComplexType",
- "xs:complexType" : "activegrid.model.schema.XsdComplexType",
- "xs:element" : "activegrid.model.schema.XsdElement",
- "xs:key" : "activegrid.model.schema.XsdKey",
- "xs:field" : "activegrid.model.schema.XsdKeyField",
- "xs:keyref" : "activegrid.model.schema.XsdKeyRef",
- "xs:selector" : "activegrid.model.schema.XsdKeySelector",
- "xs:schema" : "activegrid.model.schema.Schema",
- "ag:schemaOptions":"activegrid.model.schema.SchemaOptions",
- "ag:debug" : "activegrid.model.processmodel.DebugOperation",
- }
+ '__xmldefaultnamespace__', '__xmlattrnamespaces__',
+ '__xmlattrgroups__')
+
+#WELL_KNOWN_OBJECTS = { #"xs:element" : "activegrid.model.schema.XsdElement",
+ #"xs:complexType" : "activegrid.model.schema.XsdComplexType",
+ #"xs:sequence" : "activegrid.model.schema.XsdSequence",
+ #"xs:element" : "activegrid.model.schema.XsdElement",
+ #"xs:key" : "activegrid.model.schema.XsdKey",
+ #"xs:field" : "activegrid.model.schema.XsdKeyField",
+ #"xs:keyref" : "activegrid.model.schema.XsdKeyRef",
+ #"xs:selector" : "activegrid.model.schema.XsdKeySelector",
+ #"xs:schema" : "activegrid.model.schema.Schema",
+ #"ag:schemaOptions":"activegrid.model.schema.SchemaOptions",
+ #"ag:debug" : "activegrid.model.processmodel.DebugOperation",
+ #"ag:body" : "activegrid.model.processmodel.Body", # alan (start)
+ #"ag:cssRule" : "activegrid.model.processmodel.CssRule",
+ #"ag:datasource" : "activegrid.data.dataservice.DataSource",
+ #"ag:deployment" : "activegrid.server.deployment.Deployment",
+ #"ag:glue" : "activegrid.model.processmodel.Glue",
+ #"ag:hr" : "activegrid.model.processmodel.HorizontalRow",
+ #"ag:image" : "activegrid.model.processmodel.Image",
+ #"ag:inputs" : "activegrid.model.processmodel.Inputs",
+ #"ag:label" : "activegrid.model.processmodel.Label",
+ #"ag:processmodel" : "activegrid.model.processmodel.ProcessModel",
+ #"ag:processmodelref" : "activegrid.server.deployment.ProcessModelRef",
+ #"ag:query" : "activegrid.model.processmodel.Query",
+ #"ag:schemaref" : "activegrid.server.deployment.SchemaRef",
+ #"ag:set" : "activegrid.model.processmodel.SetOperation",
+ #"ag:text" : "activegrid.model.processmodel.Text",
+ #"ag:title" : "activegrid.model.processmodel.Title",
+ #"ag:view" : "activegrid.model.processmodel.View",
+ #"bpws:case" : "activegrid.model.processmodel.BPELCase",
+ #"bpws:invoke" : "activegrid.model.processmodel.BPELInvoke",
+ #"bpws:otherwise" : "activegrid.model.processmodel.BPELOtherwise",
+ #"bpws:process" : "activegrid.model.processmodel.BPELProcess",
+ #"bpws:reply" : "activegrid.model.processmodel.BPELReply",
+ #"bpws:switch" : "activegrid.model.processmodel.BPELSwitch",
+ #"bpws:variable" : "activegrid.model.processmodel.BPELVariable",
+ #"projectmodel" : "activegrid.tool.ProjectEditor.ProjectModel",
+ #"wsdl:message" : "activegrid.model.processmodel.WSDLMessage",
+ #"wsdl:part" : "activegrid.model.processmodel.WSDLPart",
+ #"xforms:group" : "activegrid.model.processmodel.XFormsGroup",
+ #"xforms:input" : "activegrid.model.processmodel.XFormsInput",
+ #"xforms:label" : "activegrid.model.processmodel.XFormsLabel",
+ #"xforms:output" : "activegrid.model.processmodel.XFormsOutput",
+ #"xforms:secret" : "activegrid.model.processmodel.XFormsSecret",
+ #"xforms:submit" : "activegrid.model.processmodel.XFormsSubmit"} # alan(end)
################################################################################
'''dynamically create an object based on the objname and return
it. look it up in the BASETYPE_ELEMENT_MAP first.
'''
-## print "_objectfactory creating an object of type %s and value %s, xsname=%s" % (objname, objargs, xsname)
# split the objname into the typename and module path,
# importing the module if need be.
if not isinstance(objargs, list):
if (xsname):
try:
- objname = WELL_KNOWN_OBJECTS[xsname]
+ objname = knownGlobalTypes[xsname]
except KeyError:
pass
-
+
+## print "[objectfactory] creating an object of type %s and value %s, xsname=%s" % (objname, objargs, xsname)
objtype = objname.split('.')[-1]
pathlist = objname.split('.')
modulename = '.'.join(pathlist[0:-1])
return self.attrs.getValue('objtype')
else:
return 'str'
+ def toString(self):
+ print " name = ", self.name, "; attrs = ", self.attrs, "number of children = ", len(self.children)
+ i = -1
+ for child in self.children:
+ i = i + 1
+ childClass = child.__class__.__name__
+ print " Child ", i, " class: ",childClass
class XMLObjectFactory(xml.sax.ContentHandler):
self.elementstack = []
xml.sax.handler.ContentHandler.__init__(self)
+ def toString(self):
+ print "-----XMLObjectFactory Dump-------------------------------"
+ if (self.rootelement == None):
+ print "rootelement is None"
+ else:
+ print "rootelement is an object"
+ i = -1
+ print "length of elementstack is: ", len(self.elementstack)
+ for e in self.elementstack:
+ i = i + 1
+ print "elementstack[", i, "]: "
+ e.toString()
+ print "-----end XMLObjectFactory--------------------------------"
+
## ContentHandler methods
def startElement(self, name, attrs):
+## print "startElement for name: ", name
if name.find(':') > -1: # Strip namespace prefixes for now until actually looking them up in xsd
name = name[name.index(':') + 1:]
## for attrname in attrs.getNames():
xsname = name
if name.find(':') > -1: # Strip namespace prefixes for now until actually looking them up in xsd
name = name[name.index(':') + 1:]
+ oldChildren = self.elementstack[-1].children
element = self.elementstack.pop()
+ if ((len(self.elementstack) > 1) and (self.elementstack[-1].getobjtype() == "None")):
+ parentElement = self.elementstack[-2]
+## print "[endElement] %s: found parent with objtype==None: using its grandparent" % name
+ elif (len(self.elementstack) > 0):
+ parentElement = self.elementstack[-1]
objtype = element.getobjtype()
+## print "element objtype is: ", objtype
+ if (objtype == "None"):
+## print "[endElement] %s: skipping a (objtype==None) end tag" % name
+ return
constructorarglist = []
if element.content:
strippedElementContent = element.content.strip()
if strippedElementContent:
constructorarglist.append(element.content)
+## print "[endElement] calling objectfactory"
obj = _objectfactory(objtype, constructorarglist, xsname)
complexType = None
if hasattr(obj, '__xsdcomplextype__'):
complexType = getattr(obj, '__xsdcomplextype__')
+ if (hasattr(obj, '__xmlname__') and getattr(obj, '__xmlname__') == "sequence"):
+## print "[endElement] sequence found"
+## self.toString()
+ self.elementstack[-1].children = oldChildren
+## self.toString()
+## print "done moving sequence stuff; returning"
+ return
if len(self.elementstack) > 0:
- self.elementstack[-1].children.append((name, obj))
+## print "[endElement] appending child with name: ", name, "; objtype: ", objtype
+ parentElement.children.append((name, obj))
+## print "parentElement now has ", len(parentElement.children), " children"
else:
self.rootelement = obj
if element.attrs and not isinstance(obj, list):
+## print "[endElement] %s: element has attrs and the obj is not a list" % name
for attrname, attr in element.attrs.items():
if attrname == XMLNS or attrname.startswith(XMLNS_PREFIX):
if attrname.startswith(XMLNS_PREFIX):
# stuff any child attributes meant to be in a sequence via the __xmlflattensequence__
flattenDict = {}
if hasattr(obj, '__xmlflattensequence__'):
- for sequencename, xmlnametuple in obj.__xmlflattensequence__.items():
- for xmlname in xmlnametuple:
- flattenDict[xmlname] = sequencename
+## print "[endElement] %s: obj has __xmlflattensequence__" % name
+ if (isinstance(obj.__xmlflattensequence__,dict)):
+## print "[endElement] dict with obj.__xmlflattensequence__.items: ", obj.__xmlflattensequence__.items()
+ for sequencename, xmlnametuple in obj.__xmlflattensequence__.items():
+ for xmlname in xmlnametuple:
+## print "[endElement]: adding flattenDict[%s] = %s" % (xmlname, sequencename)
+ flattenDict[xmlname] = sequencename
+ # handle __xmlflattensequence__ list/tuple (i.e. no element rename)
+ elif (isinstance(obj.__xmlflattensequence__,list) or isinstance(obj.__xmlflattensequence__,tuple)):
+ for sequencename in obj.__xmlflattensequence__:
+ flattenDict[sequencename] = sequencename
+ else:
+ raise "Invalid type for __xmlflattensequence___ : it must be a dict, list, or tuple"
# reattach an object's attributes to it
for childname, child in element.children:
+## print "[endElement] childname is: ", childname, "; child is: ", child
if flattenDict.has_key(childname):
sequencename = _toAttrName(obj, flattenDict[childname])
+## print "[endElement] sequencename is: ", sequencename
try:
+## print "[endElement] obj.__dict__ is: ", obj.__dict__
sequencevalue = obj.__dict__[sequencename]
except AttributeError:
sequencevalue = None
+ except KeyError:
+ sequencevalue = None
if sequencevalue == None:
sequencevalue = []
obj.__dict__[sequencename] = sequencevalue
sequencevalue.append(child)
elif isinstance(obj, list):
+## print "appended childname = ", childname
obj.append(child)
else:
## print "childname = %s, obj = %s, child = %s" % (childname, repr(obj), repr(child))
util.setattrignorecase(obj, _toAttrName(obj, childname), child)
-## obj.__dict__[_toAttrName(obj, childname)] = child
+ obj.__dict__[_toAttrName(obj, childname)] = child
if complexType:
for element in complexType.elements:
"bool": "bool",
"str": "str",
"unicode": "unicode",
+ "short": "int",
+ "duration": "str", # see above (date)
+ "datetime": "str", # see above (date)
+ "time": "str", # see above (date)
+ "double": "float",
}
def xsdToPythonType(xsdType):
else:
return str(pythonValue)
-def unmarshal(xmlstr):
+def unmarshal(xmlstr, knownTypes=None):
+ global knownGlobalTypes
+ if (knownTypes == None):
+ knownGlobalTypes = {}
+ else:
+ knownGlobalTypes = knownTypes
objectfactory = XMLObjectFactory()
xml.sax.parseString(xmlstr, objectfactory)
return objectfactory.getRootObject()
-def marshal(obj, elementName=None, nameSpacePrefix='', nameSpaces=None, prettyPrint=False, indent=0):
+def marshal(obj, elementName=None, nameSpacePrefix='', nameSpaces=None, prettyPrint=False, indent=0, knownTypes=None):
if prettyPrint or indent:
prefix = ' '*indent
newline = '\n'
## attribute, else use the default generic BASETYPE_ELEMENT_NAME.
if not nameSpaces: nameSpaces = {} # Need to do this since if the {} is a default parameter it gets shared by all calls into the function
nameSpaceAttrs = ''
+ if knownTypes == None:
+ knownTypes = {}
if hasattr(obj, '__xmlnamespaces__'):
for nameSpaceKey, nameSpaceUrl in getattr(obj, '__xmlnamespaces__').items():
if nameSpaceUrl in nameSpaces:
nameSpaceAttrs += ' xmlns:%s="%s" ' % (nameSpaceKey, nameSpaceUrl)
nameSpaceAttrs = nameSpaceAttrs.rstrip()
if hasattr(obj, '__xmldefaultnamespace__'):
- nameSpacePrefix = getattr(obj, '__xmldefaultnamespace__') + ':'
+ nameSpacePrefix = getattr(obj, '__xmldefaultnamespace__') + ':'
if not elementName:
if hasattr(obj, '__xmlname__'):
elementName = nameSpacePrefix + obj.__xmlname__
elementName = nameSpacePrefix + BASETYPE_ELEMENT_NAME
else:
elementName = nameSpacePrefix + elementName
-
+ if hasattr(obj, '__xmlsequencer__'):
+ elementAdd = obj.__xmlsequencer__
+ else:
+ elementAdd = None
+
+## print "marshal: entered with elementName: ", elementName
members_to_skip = []
## Add more members_to_skip based on ones the user has selected
## via the __xmlexclude__ attribute.
if hasattr(obj, '__xmlexclude__'):
+## print "marshal: found __xmlexclude__"
members_to_skip += list(obj.__xmlexclude__)
# Marshal the attributes that are selected to be XML attributes.
objattrs = ''
className = obj.__class__.__name__
classNamePrefix = "_" + className
if hasattr(obj, '__xmlattributes__'):
+## print "marshal: found __xmlattributes__"
xmlattributes = obj.__xmlattributes__
members_to_skip += xmlattributes
for attr in xmlattributes:
internalAttrName = classNamePrefix + attr
# Fail silently if a python attribute is specified to be
# an XML attribute but is missing.
+## print "marshal: processing attribute ", internalAttrName
try:
value = obj.__dict__[internalAttrName]
except KeyError:
## continue
xsdElement = None
if hasattr(obj, '__xsdcomplextype__'):
+## print "marshal: found __xsdcomplextype__"
complexType = getattr(obj, '__xsdcomplextype__')
xsdElement = complexType.findElement(attr)
if xsdElement:
attrNameSpacePrefix = ''
if hasattr(obj, '__xmlattrnamespaces__'):
+## print "marshal: found __xmlattrnamespaces__"
for nameSpaceKey, nameSpaceAttributes in getattr(obj, '__xmlattrnamespaces__').items():
if nameSpaceKey == nameSpacePrefix[:-1]: # Don't need to specify attribute namespace if it is the same as it selement
continue
## if attr.startswith('_'):
## attr = attr[1:]
if (hasattr(obj, "__xmlrename__") and attr in obj.__xmlrename__):
+## print "marshal: found __xmlrename__ (and its attribute)"
attr = obj.__xmlrename__[attr]
objattrs += ' %s%s="%s"' % (attrNameSpacePrefix, attr, value)
+## print "marshal: new objattrs is: ", objattrs
objtype = type(obj)
if isinstance(obj, NoneType):
+ #print "marshal: skipping an element with no type"
return ''
# return '%s<%s objtype="None"/>%s' % (prefix, elementName, newline)
elif isinstance(obj, bool):
- return '%s<%s objtype="bool">%s</%s>%s' % (prefix, elementName, obj, elementName, newline)
+ xmlString = '%s<%s objtype="bool">%s</%s>%s' % (prefix, elementName, obj, elementName, newline)
+ #print "marshal: returning a bool element: \n", xmlString
+ return xmlString
elif isinstance(obj, int):
- return '''%s<%s objtype="int">%s</%s>%s''' % (prefix, elementName, str(obj), elementName, newline)
+ xmlString = '''%s<%s objtype="int">%s</%s>%s''' % (prefix, elementName, str(obj), elementName, newline)
+ #print "marshal: returning a int element: \n", xmlString
+ return xmlString
elif isinstance(obj, long):
- return '%s<%s objtype="long">%s</%s>%s' % (prefix, elementName, str(obj), elementName, newline)
+ xmlString = '%s<%s objtype="long">%s</%s>%s' % (prefix, elementName, str(obj), elementName, newline)
+ #print "marshal: returning a long element: \n", xmlString
+ return xmlString
elif isinstance(obj, float):
- return '%s<%s objtype="float">%s</%s>%s' % (prefix, elementName, str(obj), elementName, newline)
+ xmlString = '%s<%s objtype="float">%s</%s>%s' % (prefix, elementName, str(obj), elementName, newline)
+ #print "marshal: returning a float element: \n", xmlString
+ return xmlString
elif isinstance(obj, basestring):
- return '''%s<%s>%s</%s>%s''' % (prefix, elementName, saxutils.escape(obj), elementName, newline)
+ xmlString = '''%s<%s>%s</%s>%s''' % (prefix, elementName, saxutils.escape(obj), elementName, newline)
+ #print "marshal: returning a str element: \n", xmlString
+ return xmlString
## elif isinstance(obj, unicode):
## return '''%s<%s>%s</%s>%s''' % (prefix, elementName, obj, elementName, newline)
elif isinstance(obj, list):
if len(obj) < 1:
+ #print "marshal: skipping an empty list"
return ''
xmlString = '%s<%s objtype="list">%s' % (prefix, elementName, newline)
for item in obj:
- xmlString += marshal(item, nameSpaces=nameSpaces, indent=indent+increment)
+ xmlString += marshal(item, nameSpaces=nameSpaces, indent=indent+increment, knownTypes=knownTypes)
xmlString += '%s</%s>%s' % (prefix, elementName, newline)
+ #print "marshal: returning a list element: \n", xmlString
return xmlString
elif isinstance(obj, tuple):
if len(obj) < 1:
+ #print "marshal: skipping an empty tuple"
return ''
xmlString = '%s<%s objtype="list" mutable="false">%s' % (prefix, elementName, newline)
for item in obj:
- xmlString += marshal(item, nameSpaces=nameSpaces, indent=indent+increment)
+ xmlString += marshal(item, nameSpaces=nameSpaces, indent=indent+increment, knownTypes=knownTypes)
xmlString += '%s</%s>%s' % (prefix, elementName, newline)
+ #print "marshal: returning a tuple element: \n", xmlString
return xmlString
elif isinstance(obj, dict):
xmlString = '%s<%s objtype="dict">%s' % (prefix, elementName, newline)
subindent = indent + 2*increment
for key, val in obj.iteritems():
xmlString += "%s<key>%s%s%s</key>%s%s<value>%s%s%s</value>%s" \
- % (subprefix, newline, marshal(key, indent=subindent), subprefix, newline, subprefix, newline, marshal(val, nameSpaces=nameSpaces, indent=subindent), subprefix, newline)
+ % (subprefix, newline, marshal(key, indent=subindent, knownTypes=knownTypes), subprefix, newline, subprefix, newline, marshal(val, nameSpaces=nameSpaces, indent=subindent, knownTypes=knownTypes), subprefix, newline)
xmlString += '%s</%s>%s' % (prefix, elementName, newline)
+ #print "marshal: returning a dict element: \n", xmlString
return xmlString
else:
moduleName = obj.__class__.__module__
if (moduleName == "activegrid.model.schema"):
+## print "marshal: found an activegrid.model.schema class element"
xmlString = '%s<%s%s%s' % (prefix, elementName, nameSpaceAttrs, objattrs)
else:
- xmlString = '%s<%s%s%s objtype="%s.%s"' % (prefix, elementName, nameSpaceAttrs, objattrs, moduleName, className)
+## print "marshal: found a ", moduleName, " class element"
+ # Only add the objtype if the element tag is unknown to us.
+ try:
+ objname = knownTypes[elementName]
+## print "successfully mapped ", elementName, " to known-objtype ", objname
+ xmlString = '%s<%s%s%s' % (prefix, elementName, nameSpaceAttrs, objattrs)
+ except KeyError:
+## print "failed to map elementName: ", elementName, "; knownTypes: ", knownTypes
+ xmlString = '%s<%s%s%s objtype="%s.%s"' % (prefix, elementName, nameSpaceAttrs, objattrs, moduleName, className)
+## print "UnknownTypeException: Unknown type (%s.%s) passed to marshaller" % (moduleName, className)
# get the member, value pairs for the object, filtering out
# the types we don't support.
+## print "marshal: elementString: \n", xmlString
+ if (elementAdd != None):
+ prefix += increment*' '
+ indent += increment
+
xmlMemberString = ''
if hasattr(obj, '__xmlbody__'):
xmlMemberString = getattr(obj, obj.__xmlbody__)
## value = getattr(obj, key)
## entryList.append((key, value))
entryList.sort()
- for name, value in entryList:
-## # special name handling for private "__*" attributes:
-## # remove the _<class-name> added by Python
-## if name.startswith(classNamePrefix): name = name[len(classNamePrefix):]
- if name in members_to_skip: continue
- if name.startswith('__') and name.endswith('__'): continue
-## idx = name.find('__')
-## if idx > 0:
-## newName = name[idx+2:]
-## if newName:
-## name = newName
- subElementNameSpacePrefix = nameSpacePrefix
- if hasattr(obj, '__xmlattrnamespaces__'):
- for nameSpaceKey, nameSpaceValues in getattr(obj, '__xmlattrnamespaces__').items():
- if name in nameSpaceValues:
- subElementNameSpacePrefix = nameSpaceKey + ':'
- break
- # handle sequences listed in __xmlflattensequence__
- # specially: instead of listing the contained items inside
- # of a separate list, as god intended, list them inside
- # the object containing the sequence.
- if hasattr(obj, '__xmlflattensequence__') and name in obj.__xmlflattensequence__ and value:
- try:
- xmlnametuple = obj.__xmlflattensequence__[name]
- xmlname = None
- if len(xmlnametuple) == 1:
- xmlname = xmlnametuple[0]
- except:
- xmlname = name
-## xmlname = name.lower()
- for seqitem in value:
- xmlMemberString += marshal(seqitem, xmlname, subElementNameSpacePrefix, nameSpaces=nameSpaces, indent=indent+increment)
- else:
- if (hasattr(obj, "__xmlrename__") and name in obj.__xmlrename__):
- xmlname = obj.__xmlrename__[name]
+ if hasattr(obj, '__xmlattrgroups__'):
+ attrGroups = obj.__xmlattrgroups__
+ if (not isinstance(attrGroups,dict)):
+ raise "__xmlattrgroups__ is not a dict, but must be"
+ for n in attrGroups:
+ v = attrGroups[n]
+ members_to_skip += v
+ else:
+ attrGroups = {}
+ # add the list of all attributes to attrGroups
+ eList = []
+ for x, z in entryList:
+ eList.append(x)
+ attrGroups['__nogroup__'] = eList
+
+ for eName in attrGroups:
+ eList = attrGroups[eName]
+ if (eName != '__nogroup__'):
+ prefix += increment*' '
+ indent += increment
+ xmlMemberString += '%s<%s objtype="None">%s' % (prefix, eName, newline)
+ for name in eList:
+ value = obj.__dict__[name]
+## print " ", name, " = ", value
+## # special name handling for private "__*" attributes:
+## # remove the _<class-name> added by Python
+## if name.startswith(classNamePrefix): name = name[len(classNamePrefix):]
+ if eName == '__nogroup__' and name in members_to_skip: continue
+ if name.startswith('__') and name.endswith('__'): continue
+## idx = name.find('__')
+## if idx > 0:
+## newName = name[idx+2:]
+## if newName:
+## name = newName
+## print "marshal: processing subElement ", name
+ subElementNameSpacePrefix = nameSpacePrefix
+ if hasattr(obj, '__xmlattrnamespaces__'):
+ for nameSpaceKey, nameSpaceValues in getattr(obj, '__xmlattrnamespaces__').items():
+ if name in nameSpaceValues:
+ subElementNameSpacePrefix = nameSpaceKey + ':'
+ break
+ # handle sequences listed in __xmlflattensequence__
+ # specially: instead of listing the contained items inside
+ # of a separate list, as god intended, list them inside
+ # the object containing the sequence.
+ if hasattr(obj, '__xmlflattensequence__') and name in obj.__xmlflattensequence__ and value:
+ try:
+ xmlnametuple = obj.__xmlflattensequence__[name]
+ xmlname = None
+ if len(xmlnametuple) == 1:
+ xmlname = xmlnametuple[0]
+ except:
+ xmlname = name
+## xmlname = name.lower()
+ for seqitem in value:
+ xmlMemberString += marshal(seqitem, xmlname, subElementNameSpacePrefix, nameSpaces=nameSpaces, indent=indent+increment, knownTypes=knownTypes)
else:
- xmlname = name
-## xmlname = name.lower()
-## # skip
-## if xmlname.startswith('_') and not xmlname.startswith('__'):
-## xmlname = xmlname[1:]
-## if (indent > 30):
-## print "getting pretty deep, xmlname = ", xmlname
- xmlMemberString += marshal(value, xmlname, subElementNameSpacePrefix, nameSpaces=nameSpaces, indent=indent+increment)
+ if (hasattr(obj, "__xmlrename__") and name in obj.__xmlrename__):
+ xmlname = obj.__xmlrename__[name]
+ else:
+ xmlname = name
+## xmlname = name.lower()
+## # skip
+## if xmlname.startswith('_') and not xmlname.startswith('__'):
+## xmlname = xmlname[1:]
+## if (indent > 30):
+## print "getting pretty deep, xmlname = ", xmlname
+## print "marshal: marshalling ", xmlname
+ xmlMemberString += marshal(value, xmlname, subElementNameSpacePrefix, nameSpaces=nameSpaces, indent=indent+increment, knownTypes=knownTypes)
+## print "marshal: back with new xmlMemberString: \n", xmlMemberString
+ if (eName != '__nogroup__'):
+## print "marshal: Completing attrGroup ", eName
+ xmlMemberString += '%s</%s>%s' % (prefix, eName, newline)
+ prefix = prefix[:-increment]
+ indent -= increment
+
# if we have nested elements, add them here, otherwise close the element tag immediately.
if xmlMemberString:
xmlString += '>'
xmlString += '</%s>%s' % (elementName, newline)
else:
xmlString += newline
+ if (elementAdd != None):
+ xmlString += '%s<%s>%s' % (prefix, elementAdd, newline)
xmlString += xmlMemberString
+ if (elementAdd != None):
+ xmlString += '%s</%s>%s' % (prefix, elementAdd, newline)
+ prefix = prefix[:-increment]
+ indent -= increment
xmlString += '%s</%s>%s' % (prefix, elementName, newline)
else:
xmlString = xmlString + '/>%s' % newline
projects / wxWidgets.git / blobdiff