def __init__(self,
vodmlid,
name,
ref,
superclass,
attributes,
abstract=False,
vodml_constraints=VodmlConstraintDict()):
'''
:param vodmlid:
:type vodmlid:
:param name:
:type name:
:param ref:
:type ref:
:param superclass:
:type superclass:
:param attributes:
:type attributes:
:param abstract:
:type abstract:
:param vodml_constraints:
:type vodml_constraints: VodmlConstraintDict
'''
self.vodmlid = vodmlid
self.ref = ref
self.name = name
self.superclass = superclass
self.attributes = attributes
self.abstract = abstract
self.vodml_constraints = vodml_constraints
def __init__(self,
vomdlid,
name,
superclass,
attributes,
abstract=False,
vodml_constraints=VodmlConstraintDict()):
self.vodmlid = vomdlid
self.name = name
self.superclass = superclass
self.attributes = attributes
self.abstract = abstract
self.vodml_constraints = vodml_constraints
def read_data_type(self, model_name, datatype_tag):
vodmlid = ''
name = ''
superclass = ''
ref = ''
attributes = dict()
constraints = VodmlConstraintDict()
abstract = False
if datatype_tag.get("abstract") == "true":
abstract = True
for datatype_tag_child in datatype_tag.findall('*'):
if datatype_tag_child.tag == "vodml-id":
vodmlid = model_name + ":" + datatype_tag_child.text
logger.info("READING DATA TYPE " + vodmlid)
elif datatype_tag_child.tag == "name":
name = datatype_tag_child.text
elif datatype_tag_child.tag == "vodml-ref":
ref = datatype_tag_child.text
elif datatype_tag_child.tag == "attribute" or datatype_tag_child.tag == "reference":
att = self.read_attribute(model_name, datatype_tag_child)
attributes[att.vodmlid] = att
elif datatype_tag_child.tag == "extends":
for super_type_child in datatype_tag_child.findall(
'vodml-ref'):
superclass = super_type_child.text
break
elif datatype_tag_child.tag == "constraint":
ct = self.read_constraint(model_name, datatype_tag_child)
constraints.add_contraint(ct)
elif datatype_tag_child.tag == "reference":
att = self.read_reference(model_name, datatype_tag_child)
attributes[att.vodmlid] = att
retour = VodmlDataType(vodmlid, name, ref, superclass, attributes,
abstract, constraints)
return retour
def read_object_type(self, model_name, object_type_tag):
attributes = dict()
constraints = VodmlConstraintDict()
superclass = ''
abstract = False
if object_type_tag.get("abstract") == "true":
abstract = True
for object_type_child in object_type_tag.findall('*'):
if object_type_child.tag == "vodml-id":
vodmlid = model_name + ":" + object_type_child.text
logger.info("READING OBJECT TYPE " + vodmlid)
elif object_type_child.tag == "name":
name = object_type_child.text
elif object_type_child.tag == "composition" or object_type_child.tag == "attribute":
#or multiplicity_tag_child in object_type_child.findall('maxOccurs'):
# array_size = int(multiplicity_tag_child.text)
att = self.read_attribute(model_name, object_type_child)
attributes[att.vodmlid] = att
elif object_type_child.tag == "extends":
for super_type_child in object_type_child.findall('vodml-ref'):
superclass = super_type_child.text
break
elif object_type_child.tag == "reference":
att = self.read_reference(model_name, object_type_child)
attributes[att.vodmlid] = att
elif object_type_child.tag == "constraint":
ct = self.read_constraint(model_name, object_type_child)
constraints.add_contraint(ct)
obj = VodmlObjectType(vodmlid, name, superclass, attributes, abstract,
constraints)
return obj
def __init__(self,
vodmlid,
name,
ref,
superclass,
attributes,
abstract=False,
vodml_constraints=VodmlConstraintDict(),
literals={}):
'''
:param vodmlid:
:type vodmlid:
:param name:
:type name:
:param ref:
:type ref:
:param superclass:
:type superclass:
:param attributes:
:type attributes:
:param abstract:
:type abstract:
:param vodml_constraints:
:type vodml_constraints: VodmlConstraintDict
:param literals:
:type literals: {vodml-id:{name, description}}
'''
self.vodmlid = vodmlid
self.ref = ref
self.name = name
self.superclass = superclass
self.attributes = attributes
self.abstract = abstract
self.vodml_constraints = vodml_constraints
self.literals = literals
print("@@@@@@@@ " + self.vodmlid + " " + str(len(self.literals)))