def parse_method(tt):
"""
<!ELEMENT METHOD (QUALIFIER*, (PARAMETER | PARAMETER.REFERENCE |
PARAMETER.ARRAY | PARAMETER.REFARRAY)*)>
<!ATTLIST METHOD %CIMName;
%CIMType; #IMPLIED
%ClassOrigin;
%Propagated;>
"""
check_node(tt, 'METHOD', ['NAME'],
['TYPE', 'CLASSORIGIN', 'PROPAGATED'],
['QUALIFIER', 'PARAMETER', 'PARAMETER.REFERENCE',
'PARAMETER.ARRAY', 'PARAMETER.REFARRAY'])
qualifiers = byname(list_of_matching(tt, ['QUALIFIER']))
parameters = byname(list_of_matching(tt, ['PARAMETER',
'PARAMETER.REFERENCE',
'PARAMETER.ARRAY',
'PARAMETER.REFARRAY',]))
a = attrs(tt)
return cim_obj.CIMMethod(a['NAME'],
return_type=a.get('TYPE'),
parameters=parameters,
qualifiers=qualifiers,
class_origin=a.get('CLASSORIGIN'),
propagated=unpack_boolean(a.get('PROPAGATED')))
def parse_method(tt):
"""
<!ELEMENT METHOD (QUALIFIER*, (PARAMETER | PARAMETER.REFERENCE |
PARAMETER.ARRAY | PARAMETER.REFARRAY)*)>
<!ATTLIST METHOD %CIMName;
%CIMType; #IMPLIED
%ClassOrigin;
%Propagated;>
"""
check_node(tt, 'METHOD', ['NAME'], ['TYPE', 'CLASSORIGIN', 'PROPAGATED'], [
'QUALIFIER', 'PARAMETER', 'PARAMETER.REFERENCE', 'PARAMETER.ARRAY',
'PARAMETER.REFARRAY'
])
qualifiers = byname(list_of_matching(tt, ['QUALIFIER']))
parameters = byname(
list_of_matching(tt, [
'PARAMETER',
'PARAMETER.REFERENCE',
'PARAMETER.ARRAY',
'PARAMETER.REFARRAY',
]))
a = attrs(tt)
return cim_obj.CIMMethod(a['NAME'],
return_type=a.get('TYPE'),
parameters=parameters,
qualifiers=qualifiers,
class_origin=a.get('CLASSORIGIN'),
propagated=unpack_boolean(a.get('PROPAGATED')))
def parse_class(tt):
## <!ELEMENT CLASS (QUALIFIER*, (PROPERTY | PROPERTY.ARRAY |
## PROPERTY.REFERENCE)*, METHOD*)>
## <!ATTLIST CLASS
## %CIMName;
## %SuperClass;>
# This doesn't check the ordering of elements, but it's not very important
check_node(tt, 'CLASS', ['NAME'], ['SUPERCLASS'],
['QUALIFIER', 'PROPERTY', 'PROPERTY.REFERENCE',
'PROPERTY.ARRAY', 'METHOD'])
superclass = attrs(tt).get('SUPERCLASS')
# TODO: Return these as maps, not lists
properties = byname(list_of_matching(tt, ['PROPERTY', 'PROPERTY.REFERENCE',
'PROPERTY.ARRAY']))
qualifiers = byname(list_of_matching(tt, ['QUALIFIER']))
methods = byname(list_of_matching(tt, ['METHOD']))
return cim_obj.CIMClass(attrs(tt)['NAME'], superclass=superclass,
properties=properties,
qualifiers=qualifiers,
methods=methods)
def parse_class(tt):
## <!ELEMENT CLASS (QUALIFIER*, (PROPERTY | PROPERTY.ARRAY |
## PROPERTY.REFERENCE)*, METHOD*)>
## <!ATTLIST CLASS
## %CIMName;
## %SuperClass;>
# This doesn't check the ordering of elements, but it's not very important
check_node(tt, 'CLASS', ['NAME'], ['SUPERCLASS'], [
'QUALIFIER', 'PROPERTY', 'PROPERTY.REFERENCE', 'PROPERTY.ARRAY',
'METHOD'
])
superclass = attrs(tt).get('SUPERCLASS')
# TODO: Return these as maps, not lists
properties = byname(
list_of_matching(tt,
['PROPERTY', 'PROPERTY.REFERENCE', 'PROPERTY.ARRAY']))
qualifiers = byname(list_of_matching(tt, ['QUALIFIER']))
methods = byname(list_of_matching(tt, ['METHOD']))
return cim_obj.CIMClass(attrs(tt)['NAME'],
superclass=superclass,
properties=properties,
qualifiers=qualifiers,
methods=methods)
