def gatherNamespaces(self):
'''This method must execute once.. Grab all schemas
representing each targetNamespace.
'''
if self.usedNamespaces is not None:
return
self.logger.debug('gatherNamespaces')
self.usedNamespaces = {}
# Add all schemas defined in wsdl
# to used namespace and to the Alias dict
for schema in self._wsdl.types.values():
tns = schema.getTargetNamespace()
self.logger.debug('Register schema(%s) -- TNS(%s)'\
%(_get_idstr(schema), tns),)
if self.usedNamespaces.has_key(tns) is False:
self.usedNamespaces[tns] = []
self.usedNamespaces[tns].append(schema)
NAD.add(tns)
# Add all xsd:import schema instances
# to used namespace and to the Alias dict
for k,v in SchemaReader.namespaceToSchema.items():
self.logger.debug('Register schema(%s) -- TNS(%s)'\
%(_get_idstr(v), k),)
if self.usedNamespaces.has_key(k) is False:
self.usedNamespaces[k] = []
self.usedNamespaces[k].append(v)
NAD.add(k)
def gatherNamespaces(self):
'''This method must execute once.. Grab all schemas
representing each targetNamespace.
'''
if self.usedNamespaces is not None:
return
self.logger.debug('gatherNamespaces')
self.usedNamespaces = {}
# Add all schemas defined in wsdl
# to used namespace and to the Alias dict
for schema in self._wsdl.types.values():
tns = schema.getTargetNamespace()
self.logger.debug('Register schema(%s) -- TNS(%s)'\
%(_get_idstr(schema), tns),)
if self.usedNamespaces.has_key(tns) is False:
self.usedNamespaces[tns] = []
self.usedNamespaces[tns].append(schema)
NAD.add(tns)
# Add all xsd:import schema instances
# to used namespace and to the Alias dict
for k, v in SchemaReader.namespaceToSchema.items():
self.logger.debug('Register schema(%s) -- TNS(%s)'\
%(_get_idstr(v), k),)
if self.usedNamespaces.has_key(k) is False:
self.usedNamespaces[k] = []
self.usedNamespaces[k].append(v)
NAD.add(k)
def serialize(self, elt, sw, pyobj, name=None, **kw):
objid = _get_idstr(pyobj)
n = name or self.pname or ('E' + objid)
# nillable
el = elt.createAppendElement(self.nspname, n)
if self.nillable is True and pyobj is None:
self.serialize_as_nil(el)
return None
# other attributes
self.set_attributes(el, pyobj)
# soap href attribute
unique = self.unique or kw.get('unique', False)
if unique is False and sw.Known(orig or pyobj):
self.set_attribute_href(el, objid)
return None
# xsi:type attribute
if kw.get('typed', self.typed) is True:
self.set_attribute_xsi_type(el, **kw)
# soap id attribute
if self.unique is False:
self.set_attribute_id(el, objid)
if self.aslist:
for k, v in pyobj:
self.tc.serialize(el, sw, {'key': k, 'value': v}, name='item')
else:
for k, v in pyobj.items():
self.tc.serialize(el, sw, {'key': k, 'value': v}, name='item')
def serialize(self, elt, sw, pyobj, name=None, **kw):
objid = _get_idstr(pyobj)
n = name or self.pname or ('E' + objid)
# nillable
el = elt.createAppendElement(self.nspname, n)
if self.nillable is True and pyobj is None:
self.serialize_as_nil(el)
return None
# other attributes
self.set_attributes(el, pyobj)
# soap href attribute
unique = self.unique or kw.get('unique', False)
if unique is False and sw.Known(orig or pyobj):
self.set_attribute_href(el, objid)
return None
# xsi:type attribute
if kw.get('typed', self.typed) is True:
self.set_attribute_xsi_type(el, **kw)
# soap id attribute
if self.unique is False:
self.set_attribute_id(el, objid)
if self.aslist:
for k,v in pyobj:
self.tc.serialize(el, sw, {'key': k, 'value': v}, name='item')
else:
for k,v in pyobj.items():
self.tc.serialize(el, sw, {'key': k, 'value': v}, name='item')
def serialize(self, elt, sw, pyobj, inline=False, name=None, **kw):
if inline or self.inline:
self.cb(elt, sw, pyobj, name=name, **kw)
else:
objid = _get_idstr(pyobj)
ns,n = self.get_name(name, objid)
el = elt.createAppendElement(ns, n)
el.setAttributeNS(None, 'href', "#%s" %objid)
sw.AddCallback(self.cb, elt, sw, pyobj)
def serialize(self, elt, sw, pyobj, inline=False, name=None, **kw):
if inline or self.inline:
self.cb(elt, sw, pyobj, name=name, **kw)
else:
objid = _get_idstr(pyobj)
ns, n = self.get_name(name, objid)
el = elt.createAppendElement(ns, n)
el.setAttributeNS(None, 'href', "#%s" % objid)
sw.AddCallback(self.cb, elt, sw, pyobj)
def __repr__(self):
return "<%s instance %s>" % (self.__class__.__name__, _get_idstr(self))
def __str__(self):
return '%s(%s) nodes( %s )' %(self.__class__, _get_idstr(self), str(self._nodes))
def __str__(self):
return '%s(%s) POST(%s)' %(self.__class__.__name__, _get_idstr(self), self.post)
def serialize(self, elt, sw, pyobj, name=None, childnames=None, **kw):
debug = self.logger.debugOn()
if debug:
self.logger.debug("serialize: %r" % pyobj)
if self.mutable is False and sw.Known(pyobj): return
objid = _get_idstr(pyobj)
ns, n = self.get_name(name, objid)
el = elt.createAppendElement(ns, n)
# nillable
if self.nillable is True and pyobj is None:
self.serialize_as_nil(el)
return None
# other attributes
self.set_attributes(el, pyobj)
# soap href attribute
unique = self.unique or kw.get('unique', False)
if unique is False and sw.Known(pyobj):
self.set_attribute_href(el, objid)
return None
# xsi:type attribute
if kw.get('typed', self.typed) is True:
self.set_attribute_xsi_type(el, **kw)
# soap id attribute
if self.unique is False:
self.set_attribute_id(el, objid)
offset = 0
if self.sparse is False and self.nooffset is False:
offset, end = 0, len(pyobj)
while offset < end and pyobj[offset] == self.fill:
offset += 1
if offset:
el.setAttributeNS(SOAP.ENC, 'offset', '[%d]' % offset)
if self.undeclared is False:
el.setAttributeNS(
SOAP.ENC, 'arrayType',
'%s:%s' % (el.getPrefix(self.atype[0]), self.atype[1]))
if debug:
self.logger.debug("ofwhat: %r" % self.ofwhat)
d = {}
kn = childnames or self.childnames
if kn:
d['name'] = kn
elif not self.ofwhat.aname:
d['name'] = 'element'
if self.sparse is False:
for e in pyobj[offset:]:
self.ofwhat.serialize(el, sw, e, **d)
else:
position = 0
for pos, v in pyobj:
if pos != position:
el.setAttributeNS(SOAP.ENC, 'position', '[%d]' % pos)
position = pos
self.ofwhat.serialize(el, sw, v, **d)
position += 1
def cb(self, elt, sw, pyobj, name=None, **kw):
debug = self.logger.debugOn()
if debug:
self.logger.debug("cb: %s" % str(self.ofwhat))
objid = _get_idstr(pyobj)
ns, n = self.get_name(name, objid)
if pyobj is None:
if self.nillable is True:
elem = elt.createAppendElement(ns, n)
self.serialize_as_nil(elem)
return
raise EvaluateException, 'element(%s,%s) is not nillable(%s)' % (
self.nspname, self.pname, self.nillable)
if self.mutable is False and sw.Known(pyobj):
return
if debug:
self.logger.debug("element: (%s, %s)", str(ns), n)
if n is not None:
elem = elt.createAppendElement(ns, n)
self.set_attributes(elem, pyobj)
if kw.get('typed', self.typed) is True:
self.set_attribute_xsi_type(elem)
#MIXED For now just stick it in front.
if self.mixed is True and self.mixed_aname is not None:
if hasattr(pyobj, self.mixed_aname):
textContent = getattr(pyobj, self.mixed_aname)
if hasattr(textContent, 'typecode'):
textContent.typecode.serialize_text_node(
elem, sw, textContent)
elif type(textContent) in _stringtypes:
if debug:
self.logger.debug("mixed text content:\n\t%s",
textContent)
elem.createAppendTextNode(textContent)
else:
raise EvaluateException(
'mixed test content in element (%s,%s) must be a string type'
% (self.nspname, self.pname), sw.Backtrace(elt))
else:
if debug:
self.logger.debug("mixed NO text content in %s",
self.mixed_aname)
else:
#For information items w/o tagNames
# ie. model groups,SOAP-ENC:Header
elem = elt
if self.inline:
pass
elif not self.inline and self.unique:
raise EvaluateException(
'Not inline, but unique makes no sense. No href/id.',
sw.Backtrace(elt))
elif n is not None:
self.set_attribute_id(elem, objid)
if self.pyclass and type(self.pyclass) is type:
f = lambda attr: getattr(pyobj, attr, None)
elif self.pyclass:
d = pyobj.__dict__
f = lambda attr: d.get(attr)
else:
d = pyobj
f = lambda attr: pyobj.get(attr)
if TypeCode.typechecks and type(d) != types.DictType:
raise TypeError("Classless complexType didn't get dictionary")
indx, lenofwhat = 0, len(self.ofwhat)
if debug:
self.logger.debug('element declaration (%s,%s)', self.nspname,
self.pname)
if self.type:
self.logger.debug('xsi:type definition (%s,%s)', self.type[0],
self.type[1])
else:
self.logger.warning('NO xsi:type')
while indx < lenofwhat:
occurs = 0
what = self.ofwhat[indx]
# retrieve typecode if hidden
if callable(what): what = what()
if debug:
self.logger.debug('serialize what -- %s',
what.__class__.__name__)
# No way to order <any> instances, so just grab any unmatched
# anames and serialize them. Only support one <any> in all content.
# Must be self-describing instances
# Regular handling of declared elements
aname = what.aname
v = f(aname)
indx += 1
if what.minOccurs == 0 and v is None:
continue
# Default to typecode, if self-describing instance, and check
# to make sure it is derived from what.
whatTC = what
if whatTC.maxOccurs > 1 and v is not None:
if type(v) not in _seqtypes:
raise EvaluateException(
'pyobj (%s,%s), aname "%s": maxOccurs %s, expecting a %s'
% (self.nspname, self.pname, what.aname,
whatTC.maxOccurs, _seqtypes), sw.Backtrace(elt))
for v2 in v:
occurs += 1
if occurs > whatTC.maxOccurs:
raise EvaluateException(
'occurances (%d) exceeded maxOccurs(%d) for <%s>' %
(occurs, whatTC.maxOccurs, what.pname),
sw.Backtrace(elt))
what = _get_type_or_substitute(whatTC, v2, sw, elt)
if debug and what is not whatTC:
self.logger.debug('substitute derived type: %s' %
what.__class__)
what.serialize(elem, sw, v2, **kw)
# try:
# what.serialize(elem, sw, v2, **kw)
# except Exception, e:
# raise EvaluateException('Serializing %s.%s, %s %s' %
# (n, whatTC.aname or '?', e.__class__.__name__, str(e)))
if occurs < whatTC.minOccurs:
raise EvaluateException(\
'occurances(%d) less than minOccurs(%d) for <%s>' %
(occurs, whatTC.minOccurs, what.pname), sw.Backtrace(elt))
continue
if v is not None or what.nillable is True:
what = _get_type_or_substitute(whatTC, v, sw, elt)
if debug and what is not whatTC:
self.logger.debug('substitute derived type: %s' %
what.__class__)
what.serialize(elem, sw, v, **kw)
# try:
# what.serialize(elem, sw, v, **kw)
# except (ParseException, EvaluateException), e:
# raise
# except Exception, e:
# raise EvaluateException('Serializing %s.%s, %s %s' %
# (n, whatTC.aname or '?', e.__class__.__name__, str(e)),
# sw.Backtrace(elt))
continue
raise EvaluateException(
'Got None for nillable(%s), minOccurs(%d) element (%s,%s), %s'
% (what.nillable, what.minOccurs, what.nspname, what.pname,
elem), sw.Backtrace(elt))
def serialize(self, elt, sw, pyobj, name=None, childnames=None, **kw):
debug = self.logger.debugOn()
if debug:
self.logger.debug("serialize: %r" %pyobj)
if self.mutable is False and sw.Known(pyobj): return
objid = _get_idstr(pyobj)
ns,n = self.get_name(name, objid)
el = elt.createAppendElement(ns, n)
# nillable
if self.nillable is True and pyobj is None:
self.serialize_as_nil(el)
return None
# other attributes
self.set_attributes(el, pyobj)
# soap href attribute
unique = self.unique or kw.get('unique', False)
if unique is False and sw.Known(pyobj):
self.set_attribute_href(el, objid)
return None
# xsi:type attribute
if kw.get('typed', self.typed) is True:
self.set_attribute_xsi_type(el, **kw)
# soap id attribute
if self.unique is False:
self.set_attribute_id(el, objid)
offset = 0
if self.sparse is False and self.nooffset is False:
offset, end = 0, len(pyobj)
while offset < end and pyobj[offset] == self.fill:
offset += 1
if offset:
el.setAttributeNS(SOAP.ENC, 'offset', '[%d]' %offset)
if self.undeclared is False:
el.setAttributeNS(SOAP.ENC, 'arrayType',
'%s:%s' %(el.getPrefix(self.atype[0]), self.atype[1])
)
if debug:
self.logger.debug("ofwhat: %r" %self.ofwhat)
d = {}
kn = childnames or self.childnames
if kn:
d['name'] = kn
elif not self.ofwhat.aname:
d['name'] = 'element'
if self.sparse is False:
for e in pyobj[offset:]: self.ofwhat.serialize(el, sw, e, **d)
else:
position = 0
for pos, v in pyobj:
if pos != position:
el.setAttributeNS(SOAP.ENC, 'position', '[%d]' %pos)
position = pos
self.ofwhat.serialize(el, sw, v, **d)
position += 1
def __init__(self, module=__name__):
self.logger = logging.getLogger('%s-%s(%s)' %(module, self.__class__, _get_idstr(self)))
def __repr__(self):
return "<%s.Fault at %s>" % (__name__, _get_idstr(self))
def cb(self, elt, sw, pyobj, name=None, **kw):
debug = self.logger.debugOn()
if debug:
self.logger.debug("cb: %s" %str(self.ofwhat))
objid = _get_idstr(pyobj)
ns,n = self.get_name(name, objid)
if pyobj is None:
if self.nillable is True:
elem = elt.createAppendElement(ns, n)
self.serialize_as_nil(elem)
return
raise EvaluateException, 'element(%s,%s) is not nillable(%s)' %(
self.nspname,self.pname,self.nillable)
if self.mutable is False and sw.Known(pyobj):
return
if debug:
self.logger.debug("element: (%s, %s)", str(ns), n)
if n is not None:
elem = elt.createAppendElement(ns, n)
self.set_attributes(elem, pyobj)
if kw.get('typed', self.typed) is True:
self.set_attribute_xsi_type(elem)
#MIXED For now just stick it in front.
if self.mixed is True and self.mixed_aname is not None:
if hasattr(pyobj, self.mixed_aname):
textContent = getattr(pyobj, self.mixed_aname)
if hasattr(textContent, 'typecode'):
textContent.typecode.serialize_text_node(elem, sw, textContent)
elif type(textContent) in _stringtypes:
if debug:
self.logger.debug("mixed text content:\n\t%s",
textContent)
elem.createAppendTextNode(textContent)
else:
raise EvaluateException('mixed test content in element (%s,%s) must be a string type' %(
self.nspname,self.pname), sw.Backtrace(elt))
else:
if debug:
self.logger.debug("mixed NO text content in %s",
self.mixed_aname)
else:
#For information items w/o tagNames
# ie. model groups,SOAP-ENC:Header
elem = elt
if self.inline:
pass
elif not self.inline and self.unique:
raise EvaluateException('Not inline, but unique makes no sense. No href/id.',
sw.Backtrace(elt))
elif n is not None:
self.set_attribute_id(elem, objid)
if self.pyclass and type(self.pyclass) is type:
f = lambda attr: getattr(pyobj, attr, None)
elif self.pyclass:
d = pyobj.__dict__
f = lambda attr: d.get(attr)
else:
d = pyobj
f = lambda attr: pyobj.get(attr)
if TypeCode.typechecks and type(d) != types.DictType:
raise TypeError("Classless complexType didn't get dictionary")
indx, lenofwhat = 0, len(self.ofwhat)
if debug:
self.logger.debug('element declaration (%s,%s)', self.nspname,
self.pname)
if self.type:
self.logger.debug('xsi:type definition (%s,%s)', self.type[0],
self.type[1])
else:
self.logger.warning('NO xsi:type')
while indx < lenofwhat:
occurs = 0
what = self.ofwhat[indx]
# retrieve typecode if hidden
if callable(what): what = what()
if debug:
self.logger.debug('serialize what -- %s',
what.__class__.__name__)
# No way to order <any> instances, so just grab any unmatched
# anames and serialize them. Only support one <any> in all content.
# Must be self-describing instances
# Regular handling of declared elements
aname = what.aname
v = f(aname)
indx += 1
if what.minOccurs == 0 and v is None:
continue
# Default to typecode, if self-describing instance, and check
# to make sure it is derived from what.
whatTC = what
if whatTC.maxOccurs > 1 and v is not None:
if type(v) not in _seqtypes:
raise EvaluateException('pyobj (%s,%s), aname "%s": maxOccurs %s, expecting a %s' %(
self.nspname,self.pname,what.aname,whatTC.maxOccurs,_seqtypes),
sw.Backtrace(elt))
for v2 in v:
occurs += 1
if occurs > whatTC.maxOccurs:
raise EvaluateException('occurances (%d) exceeded maxOccurs(%d) for <%s>' %(
occurs, whatTC.maxOccurs, what.pname),
sw.Backtrace(elt))
what = _get_type_or_substitute(whatTC, v2, sw, elt)
if debug and what is not whatTC:
self.logger.debug('substitute derived type: %s' %
what.__class__)
what.serialize(elem, sw, v2, **kw)
# try:
# what.serialize(elem, sw, v2, **kw)
# except Exception, e:
# raise EvaluateException('Serializing %s.%s, %s %s' %
# (n, whatTC.aname or '?', e.__class__.__name__, str(e)))
if occurs < whatTC.minOccurs:
raise EvaluateException(\
'occurances(%d) less than minOccurs(%d) for <%s>' %
(occurs, whatTC.minOccurs, what.pname), sw.Backtrace(elt))
continue
if v is not None or what.nillable is True:
what = _get_type_or_substitute(whatTC, v, sw, elt)
if debug and what is not whatTC:
self.logger.debug('substitute derived type: %s' %
what.__class__)
what.serialize(elem, sw, v, **kw)
# try:
# what.serialize(elem, sw, v, **kw)
# except (ParseException, EvaluateException), e:
# raise
# except Exception, e:
# raise EvaluateException('Serializing %s.%s, %s %s' %
# (n, whatTC.aname or '?', e.__class__.__name__, str(e)),
# sw.Backtrace(elt))
continue
raise EvaluateException('Got None for nillable(%s), minOccurs(%d) element (%s,%s), %s' %
(what.nillable, what.minOccurs, what.nspname, what.pname, elem),
sw.Backtrace(elt))
def __repr__(self):
return "<%s.ZSIFaultDetail %s>" % (__name__, _get_idstr(self))
def __repr__(self):
return "<%s.Fault at %s>" % (__name__, _get_idstr(self))
def __str__(self):
return '%s(%s) nodes( %s )' % (self.__class__, _get_idstr(self),
str(self._nodes))
def __str__(self):
return '%s(%s) POST(%s)' % (self.__class__.__name__, _get_idstr(self),
self.post)
def __repr__(self):
return "<%s.ZSIFaultDetail %s>" % (__name__, _get_idstr(self))