def test4_manual_model_building(self):
model = RModel()
obj = RObject.parse(
RPickle.text_to_dict("""
{
"nature": "object"
}
"""))
obj.properties["prop1"] = "property1"
rel = RRelation.parse(
RPickle.text_to_dict("""
{
"nature": "relation",
"from": ["obj1"],
"to": ["obj1"]
}
"""))
rel.properties["prop1"] = "property1"
model.objects["obj1"] = obj
model.relations["rel1"] = rel
model.update_references()
logging.debug(model)
def test8_output(self):
filepath = '/tmp/rtest.txt'
root = RPickle.file_to_text("inputFileExamples/history.json")
model1 = RModel.parse(RPickle.text_to_dict(root))
RPickle.text_to_file(filepath, RPickle.to_text(model1))
root2 = RPickle.file_to_text(filepath)
model2 = RModel.parse(RPickle.text_to_dict(root2))
model1.compare(model2)
model2.compare(model1)
def test0_basicparsing1(self):
root = """
{
"nature": "object",
"extends": null,
"objects": {},
"relations": {},
"properties": {
"prop1": "value1",
"prop2": "value2"
},
"library": "./inputFileExamples/generic.json"
}
"""
model = RModel.parse(RPickle.text_to_dict(root))
logging.debug(model)
def test1_basicparsing2(self):
root = """
{
"nature": "object",
"extends": "object1",
"objects": {
"obj1": {
"nature": "object",
"extends": "object1",
"properties": {
"prop_child1": "prop_child1_value",
"prop_child2": "prop_child2_value"
},
"relations": {
"internal_relation1": {
"nature": "relation",
"from": [],
"to": []
}
}
},
"obj3": {
"nature": "object"
}
},
"relations": {
"rel1": {
"nature": "relation",
"extends": "relation1",
"from": ["obj1"],
"to": ["obj3"]
}
},
"properties": {},
"library": "./inputFileExamples/generic.json"
}
"""
model = RModel.parse(RPickle.text_to_dict(root))
self.assertIsNotNone(model.get_object("obj1"))
self.assertIsNone(model.get_object("obj2"))
self.assertIsNotNone(model.get_relation("rel1"))
self.assertIsNone(model.get_relation("rel2"))
logging.debug(model)
def test3_example2(self):
root = RPickle.file_to_text("inputFileExamples/sechecheveux.json")
model = RModel.parse(RPickle.text_to_dict(root))
logging.debug(model)
def test2_example1(self):
root = RPickle.file_to_text("inputFileExamples/history.json")
model = RModel.parse(RPickle.text_to_dict(root))
logging.debug(model)
def test7_comparison(self):
root = RPickle.file_to_text("inputFileExamples/history.json")
model1 = RModel.parse(RPickle.text_to_dict(root))
model2 = RModel.parse(RPickle.text_to_dict(root))
# changing property in an object
model1.properties["prop1"] = "old_prop"
model2.properties["prop1"] = "changed_prop"
# adding property in an object
model2.properties["prop2"] = "new_prop"
# removing property in an object
del model2.objects["Europe"].properties["population"]
# changing property in a relation
model1.objects["Europe"].objects["France"].relations[
"postIndependencePeace"].properties["duration"] = "230 years"
model2.objects["Europe"].objects["France"].relations[
"postIndependencePeace"].properties["duration"] = "100 years"
# adding property in a relation
model2.objects["Europe"].objects["France"].relations[
"postIndependencePeace"].properties["duration2"] = "300 years"
# removing property in a relation
del model2.objects["Europe"].objects["France"].relations[
"postIndependencePeace"].properties["treaty"]
# objects
obj_repr = \
"""
{
"nature": "object"
}
"""
model2.objects["added_object"] = RObject.parse(
RPickle.text_to_dict(obj_repr))
model1.objects["deleted_object"] = RObject.parse(
RPickle.text_to_dict(obj_repr))
# relations
relation_repr = \
"""
{
"nature": "relation"
}
"""
model2.relations["added_relation"] = RRelation.parse(
RPickle.text_to_dict(relation_repr))
model1.relations["deleted_relation"] = RRelation.parse(
RPickle.text_to_dict(relation_repr))
model1.relations["common_relation"] = RRelation.parse(
RPickle.text_to_dict(relation_repr))
model2.relations["common_relation"] = RRelation.parse(
RPickle.text_to_dict(relation_repr))
model1.relations["common_relation"].from_ids.append("France")
model2.relations["common_relation"].from_ids.append("Europe")
model2.relations["common_relation"].to_ids.append("North America")
model1.update_references()
model2.update_references()
model1.compare(model2)