def Build(self, xsdTypeDict, cTypeDict):
self._xsd_type = xsdTypeDict[self._name]
children = self._xsd_type.getChildren()
if children:
for child in children:
if child.isComplex():
descendent = ComplexTypeLocate(xsdTypeDict, cTypeDict,
child.getType())
self._data_types.append(descendent)
cpptype = child.getType()
jtype = child.getType()
cppname = child.getCleanName()
else:
cpptype = getCppType(child.getType())
jtype = getJavaType(child.getType())
if cpptype == 'void':
logger = logging.getLogger('type_model')
logger.warning('simpleType %s: unknown' %
child.getType())
cppname = child.getCleanName()
member = MemberInfo()
member.elementname = child.getName()
member.membername = CppVariableName(cppname)
member.xsd_object = child
member.isComplex = child.isComplex()
if child.getMaxOccurs() > 1:
member.membername = cppname # + '_list'
member.sequenceType = cpptype
cpptype = 'std::vector<%s>' % cpptype
jtype = 'List<%s>' % jtype
member.isSequence = True
member.ctypename = cpptype
member.jtypename = jtype
member.default = child.getDefault()
self._data_members.append(member)
else:
attributes = list(self._xsd_type.getAttributeDefs().values())
if attributes:
self._is_attribute = True
for attribute in attributes:
cpptype = getCppType(attribute.getType())
jtype = getJavaType(attribute.getType())
if cpptype == 'void':
logger = logging.getLogger('type_model')
logger.warning('simpleType %s: unknown' %
attribute.getType())
cppname = attribute.getCleanName()
member = MemberInfo()
member.elementname = attribute.getName()
member.membername = CppVariableName(cppname)
member.xsd_object = attribute
member.isComplex = False
member.ctypename = cpptype
member.jtypename = jtype
member.default = attribute.getDefault()
self._data_members.append(member)
def Build(self, xsdTypeDict, cTypeDict):
self._xsd_type = xsdTypeDict[self._name]
children = self._xsd_type.getChildren()
if children:
for child in children:
if child.isComplex():
descendent = ComplexTypeLocate(xsdTypeDict, cTypeDict, child.getType())
self._data_types.append(descendent)
cpptype = child.getType()
jtype = child.getType()
cppname = child.getCleanName()
else:
cpptype = getCppType(child.getType())
jtype = getJavaType(child.getType())
if cpptype == "void":
logger = logging.getLogger("type_model")
logger.warning("simpleType %s: unknown" % child.getType())
cppname = child.getCleanName()
member = MemberInfo()
member.elementname = child.getName()
member.membername = CppVariableName(cppname)
member.xsd_object = child
member.isComplex = child.isComplex()
if child.getMaxOccurs() > 1:
member.membername = cppname # + '_list'
member.sequenceType = cpptype
cpptype = "std::vector<%s>" % cpptype
jtype = "List<%s>" % jtype
member.isSequence = True
member.ctypename = cpptype
member.jtypename = jtype
member.default = child.getDefault()
self._data_members.append(member)
else:
attributes = self._xsd_type.getAttributeDefs().values()
if attributes:
self._is_attribute = True
for attribute in attributes:
cpptype = getCppType(attribute.getType())
jtype = getJavaType(attribute.getType())
if cpptype == "void":
logger = logging.getLogger("type_model")
logger.warning("simpleType %s: unknown" % attribute.getType())
cppname = attribute.getCleanName()
member = MemberInfo()
member.elementname = attribute.getName()
member.membername = CppVariableName(cppname)
member.xsd_object = attribute
member.isComplex = False
member.ctypename = cpptype
member.jtypename = jtype
member.default = attribute.getDefault()
self._data_members.append(member)
def Build(self, xsdTypeDict, cTypeDict):
self._xsd_type = xsdTypeDict[self._name]
children = self._xsd_type.getChildren()
for child in children:
if child.isComplex():
descendent = ComplexTypeLocate(xsdTypeDict, cTypeDict, child.getType())
self._data_types.append(descendent)
cpptype = child.getType()
jtype = child.getType()
cppname = child.getCleanName()
else:
cpptype = getCppType(child.getType())
jtype = getJavaType(child.getType())
if cpptype == 'void':
logger = logging.getLogger('type_model')
logger.warning('simpleType %s: unknown' % child.getType())
cppname = child.getCleanName()
member = MemberInfo()
member.elementname = child.getName()
member.membername = CppVariableName(cppname)
member.xsd_object = child
member.isComplex = child.isComplex()
if child.getMaxOccurs() > 1:
member.membername = cppname# + '_list'
member.sequenceType = cpptype
cpptype = 'std::vector<%s>' % cpptype
jtype = 'List<%s>' % jtype
member.isSequence = True
member.ctypename = cpptype
member.jtypename = jtype
self._data_members.append(member)
def _BuildSimpleProperty(self, prop):
member = MemberInfo()
member.membername = prop.getPropertyName() + '_'
member.xsd_object = prop._xelement
member.isComplex = False
member.ctypename = getCppType(prop._xelement.getType())
prop._memberinfo = member
self._data_members.append(member)
def _BuildSimpleProperty(self, prop):
member = MemberInfo()
member.membername = prop.getPropertyName() + '_'
member.xsd_object = prop._xelement
member.isComplex = False
member.ctypename = getCppType(prop._xelement.getType())
prop._memberinfo = member
self._data_members.append(member)
def getCTypename(self):
if self._xelement.isComplex():
return self._complexType.getName()
return getCppType(self._xelement.getType())
def getCTypename(self):
if self._xelement.isComplex():
return self._complexType.getName()
return getCppType(self._xelement.getType())