def _create_translator(self, decoder: dict, modifiers: dict):
destinationClass = type('outputClass', (object, ), modifiers)
sourceObject = self.__class__._DictToObject(decoder)
mapper = ObjectMapper()
modFns = self._parseModFns(modifiers)
mapper.create_map(sourceObject.__class__, destinationClass, modFns)
return mapper
def test_mapping_included_field_by_mapping(self):
"""Test mapping with included fields by mapping"""
#Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(
FromTestClass,
ToTestClass,
mapping={
'_actor_name':
lambda o: "{0} acted by {1}".format(o.name, o._actor_name)
})
#Act
result = mapper.map(FromTestClass())
#Assert
print(result)
self.assertTrue(isinstance(result, ToTestClass),
"Type must be ToTestClass")
self.assertEqual(result.name, from_class.name,
"Name mapping must be equal")
self.assertEqual(result.date, from_class.date,
"Date mapping must be equal")
self.assertEqual(
result._actor_name,
"{0} acted by {1}".format(from_class.name, from_class._actor_name),
"Private is copied if explicitly mapped")
self.assertNotIn("surname", result.__dict__,
"To class must not contain surname")
def test_mapping_with_case_insensitivity(self):
""" Test mapping with case insensitivity """
# Arrange
class ToTestClass2(object):
""" To Test Class 2 """
def __init__(self):
self.name = ""
class FromTestClass2(object):
""" From Test Class 2 """
def __init__(self):
self.Name = "Name"
from_class = FromTestClass2()
mapper = ObjectMapper()
mapper.create_map(FromTestClass2, ToTestClass2)
# Act
result = mapper.map(FromTestClass2(), ToTestClass2, ignore_case=True)
# Assert
self.assertEqual(result.name, from_class.Name, "Name mapping must be equal")
def test_mapping_creation_with_mappings_correct(self):
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass,
{"name": lambda x: "{0} {1}".format(x.name, x.surname),
"date": lambda x: "{0} Hi!".format(str(x.date))})
mapper.create_map(FromTestClass, ToTestClassTwo,
{"all": lambda x: "{0}{1}{2}".format(x.name, x.surname, x.date)})
mapper.create_map(ToTestClassTwo, ToTestClassEmpty)
# Act
result1 = mapper.map(from_class, ToTestClass)
result2 = mapper.map(from_class, ToTestClassTwo)
result3 = mapper.map(result2, ToTestClassEmpty)
# Assert
self.assertTrue(isinstance(result1, ToTestClass), "Type must be ToTestClass")
self.assertEqual(result1.name, "{0} {1}".format(from_class.name, from_class.surname),
"Name mapping must be equal")
self.assertEqual(result1.date, "{0} Hi!".format(from_class.date), "Date mapping must be equal")
self.assertNotIn("surname", result1.__dict__, "To class must not contain surname")
self.assertTrue(isinstance(result2, ToTestClassTwo), "Type must be ToTestClassTwo")
self.assertEqual(result2.all,
"{0}{1}{2}".format(from_class.name, from_class.surname, from_class.date),
"There must be concatenated all properties of fromTestClass")
self.assertNotIn("name", result2.__dict__, "To class must not contain name")
self.assertNotIn("surname", result2.__dict__, "To class must not contain surname")
self.assertNotIn("date", result2.__dict__, "To class must not contain date")
self.assertTrue(isinstance(result3, ToTestClassEmpty), "Type must be ToTestClassEmpty")
self.assertTrue(len(result3.__dict__) == 0, "There must be no attributes")
def test_mapping_included_field(self):
"""Test mapping with included fields"""
#Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass)
#Act
result = mapper.map(FromTestClass(),
excluded=['name'],
included=['name', '_actor_name'])
#Assert
print(result)
self.assertTrue(isinstance(result, ToTestClass),
"Type must be ToTestClass")
self.assertEqual(
result.name, '',
"Name must not be copied despite of inclusion, as exclusion take precedence"
)
self.assertEqual(result.date, from_class.date,
"Date mapping must be equal")
self.assertEqual(result._actor_name, from_class._actor_name,
"Private is copied if explicitly included")
self.assertNotIn("surname", result.__dict__,
"To class must not contain surname")
def test_automatic_constructor_mapping__on_mapping_creation(self):
mapper = ObjectMapper()
mapper.create_map(FromTestConstructorAutoMapping,
ToTestConstructorAutoMapping)
result = mapper.map(FromTestConstructorAutoMapping(),
ToTestConstructorAutoMapping)
self.assertEqual(result.full_name, 'ololo')
def test_mapping_creation_with_constructor_parameters_correct(self):
mapper = ObjectMapper()
mapper.create_map(FromTestConstructorArguments,
ToTestConstructorArguments,
constructor_mapping={'full_name': lambda o: o.name})
result = mapper.map(FromTestConstructorArguments(),
ToTestConstructorArguments)
self.assertEqual(result.full_name, 'ololo')
class OrderRepository(object):
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Order, OrderData)
def all(self):
return OrderData.objects.all()
def save(self, order):
order_data = self.mapper.map(order, OrderData)
order_data.save()
class OrderRepository(object):
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Order, OrderData)
def all(self):
return OrderData.objects.all()
def save(self, order):
order_data = self.mapper.map(order, OrderData)
order_data.save()
class PostRepository(object):
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Post, PostData)
def all(self):
return PostData.objects.all()
def allOrder(self):
return PostData.objects.filter(
published_date__lte=timezone.now()).order_by('published_date')
def save(self, post):
post_data = self.mapper.map(post, PostData)
post_data.save()
def test_mapping_creation_without_mappings_correct(self):
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass)
# Act
result = mapper.map(FromTestClass(), ToTestClass)
# Assert
self.assertTrue(isinstance(result, ToTestClass), "Target types must be same")
self.assertEqual(result.name, from_class.name, "Name mapping must be equal")
self.assertEqual(result.date, from_class.date, "Date mapping must be equal")
self.assertNotIn("surname", result.__dict__, "To class must not contain surname")
def test_mapping_to_custom_metaclass_correct(self):
# Arrange
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClassWithCustomMetaClass)
from_class = FromTestClass()
# Act
result = mapper.map(from_class)
# Assert
self.assertTrue(isinstance(result, ToTestClassWithCustomMetaClass), "Target types must be same")
self.assertEqual(result.name, from_class.name, "Name mapping must be equal")
self.assertEqual(result.date, from_class.date, "Date mapping must be equal")
self.assertEqual(result._actor_name, "", "Private should not be copied by default")
self.assertNotIn("surname", result.__dict__, "To class must not contain surname")
def test_mapping_excluded_field(self):
"""Test mapping with excluded fields"""
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass)
#Act
result = mapper.map(FromTestClass(), excluded=['date'])
# Assert
print(result)
self.assertTrue(isinstance(result, ToTestClass), "Type must be ToTestClass")
self.assertEqual(result.name, from_class.name, "Name mapping must be equal")
self.assertEqual(result.date, '', "Date mapping must be equal")
self.assertNotIn("surname", result.__dict__, "To class must not contain surname")
def test_mapping_creation_with_mapping_suppression(self):
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass,
{"name": None})
# Act
result1 = mapper.map(from_class, ToTestClass)
# Assert
self.assertTrue(isinstance(result1, ToTestClass), "Type must be ToTestClass")
self.assertEqual(result1.name, "", "Name must not be mapped")
self.assertEqual(result1.date, from_class.date, "Date is set by property name")
self.assertNotIn("surname", result1.__dict__, "To class must not contain surname")
def test_mapping_creation_duplicate_mapping(self):
# Arrange
exc = False
msg = "Mapping for FromTestClass -> ToTestClass already exists"
mapper = ObjectMapper()
# Act
try:
mapper.create_map(FromTestClass, ToTestClass)
mapper.create_map(FromTestClass, ToTestClass, {})
except ObjectMapperException as ex:
self.assertEqual(ex.message, msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_creation_with_mapping_suppression(self):
""" Test mapping creation with mapping suppression """
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass,
{"name": None})
# Act
result1 = mapper.map(from_class)
# Assert
self.assertTrue(isinstance(result1, ToTestClass), "Type must be ToTestClass")
self.assertEqual(result1.name, "", "Name must not be mapped")
self.assertEqual(result1.date, from_class.date, "Date is set by property name")
self.assertNotIn("surname", result1.__dict__, "To class must not contain surname")
def test_mapping_creation_no_mapping_defined(self):
# Arrange
exc = False
msg = "No mapping defined for FromTestClass -> ToTestClass"
from_class = FromTestClass()
mapper = ObjectMapper()
# Act
try:
mapper.map(from_class, ToTestClass)
except ObjectMapperException as ex:
self.assertEqual(ex.message, msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_creation_invalid_mapping_function(self):
# Arrange
exc = False
msg = "Invalid mapping function while setting property ToTestClass.date"
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass, {"date": lambda x: x.be + x.de})
# Act
try:
mapper.map(FromTestClass(), ToTestClass)
except ObjectMapperException as ex:
self.assertEqual(ex.message, msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_creation_complex_without_mappings_correct(self):
""" Test mapping creation for complex class without mappings """
# Arrange
from_class = FromTestComplexClass()
mapper = ObjectMapper()
mapper.create_map(FromTestComplexClass, ToTestComplexClass)
mapper.create_map(FromTestComplexChildClass, ToTestComplexChildClass)
# Act
result = mapper.map(from_class)
# Assert
self.assertTrue(isinstance(result, ToTestComplexClass),
"Target types must be same")
self.assertTrue(isinstance(result.student, ToTestComplexChildClass),
"Target types must be same")
self.assertEqual(result.name, from_class.name,
"Name mapping must be equal")
self.assertEqual(result.date, from_class.date,
"Date mapping must be equal")
self.assertEqual(result.student.full_name,
from_class.student.full_name,
"StudentName mapping must be equal")
self.assertEqual(len(result.knows), len(from_class.knows),
"number of entries must be the same for Knows")
self.assertTrue(
all(isinstance(k, ToTestComplexChildClass) for k in result.knows),
"Children target types must be same")
self.assertEqual(result.knows[0].full_name,
from_class.knows[0].full_name,
"StudentName(0) mapping must be equal")
self.assertEqual(result.knows[1].full_name,
from_class.knows[1].full_name,
"StudentName(1) mapping must be equal")
class ProductRepository(object):
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Product, ProductData)
def get(self, id):
# product_data = Product_data.objects.get(id)
product = Product(name='Fake', description='Fake', price=11)
product.id = 1
return product
def save(self, product):
product_data = self.mapper.map(product, ProductData)
product_data.save()
def all(self):
return ProductData.objects.all()
def test_mapping_creation_with_partial_mapping_correct(self):
""" Test mapping creation with partial mapping """
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass,
{"name": lambda x: "{0} {1}".format(x.name, x.surname)})
# Act
result1 = mapper.map(from_class, ToTestClass)
# Assert
self.assertTrue(isinstance(result1, ToTestClass), "Type must be ToTestClass")
self.assertEqual(result1.name, "{0} {1}".format(from_class.name, from_class.surname),
"Name mapping must be equal")
self.assertEqual(result1.date, from_class.date, "Date mapping must be equal")
self.assertNotIn("surname", result1.__dict__, "To class must not contain surname")
def test_mapping_creation_with_partial_mapping_correct(self):
""" Test mapping creation with partial mapping """
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass,
{"name": lambda x: "{0} {1}".format(x.name, x.surname)})
# Act
result1 = mapper.map(from_class)
# Assert
self.assertTrue(isinstance(result1, ToTestClass), "Type must be ToTestClass")
self.assertEqual(result1.name, "{0} {1}".format(from_class.name, from_class.surname),
"Name mapping must be equal")
self.assertEqual(result1.date, from_class.date, "Date mapping must be equal")
self.assertNotIn("surname", result1.__dict__, "To class must not contain surname")
def test_mapping_creation_no_mapping_defined(self):
""" Test mapping creation with no mapping defined """
# Arrange
exc = False
from_class = FromTestClass()
msg = NO_MAPPING_FOUND_EXCEPTION_MESSAGE.format(from_class.__module__, from_class.__class__.__name__)
mapper = ObjectMapper()
# Act
try:
mapper.map(from_class)
except ObjectMapperException as ex:
self.assertEqual(str(ex), msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_creation_with_custom_dir(self):
""" Test mapping to objects with custom __dir__ behaviour """
# Arrange
_propNames = ['name', 'date']
class ToCustomDirClass(object):
def __dir__(self):
props = list(self.__dict__.keys())
props.extend(_propNames)
return props
def __init__(self):
self.props = {k: None for k in _propNames}
def __getattribute__(self, name):
if name in _propNames:
return self.props[name]
else:
return object.__getattribute__(self, name)
def __setattr__(self, name, value):
if name in _propNames:
self.props[name] = value
else:
return object.__setattr__(self, name, value)
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToCustomDirClass)
# Act
result = mapper.map(FromTestClass(), ToCustomDirClass)
# Assert
self.assertTrue(isinstance(result, ToCustomDirClass),
"Target types must be same")
self.assertEqual(result.name, from_class.name,
"Name mapping must be equal")
self.assertEqual(result.date, from_class.date,
"Date mapping must be equal")
self.assertNotIn("surname", dir(result),
"To class must not contain surname")
def test_mapping_with_none_source_and_allow_none_returns_none(self):
""" Test mapping with none source and allow none returns none """
# Arrange
from_class = None
mappings = \
{
"name": lambda x: x.name + " " + x.surname,
"date": lambda x: str(x.date) + " Happy new year!"
}
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass, mappings)
# Act
result = mapper.map(from_class, ToTestClass, allow_none=True)
# Assert
self.assertEqual(None, result)
def test_mapping_creation_no_mapping_defined(self):
""" Test mapping creation with no mapping defined """
# Arrange
exc = False
msg = "No mapping defined for FromTestClass -> ToTestClass"
from_class = FromTestClass()
mapper = ObjectMapper()
# Act
try:
mapper.map(from_class, ToTestClass)
except ObjectMapperException as ex:
self.assertEqual(str(ex), msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_with_none_source_and_allow_none_returns_none(self):
""" Test mapping with none source and allow none returns none """
# Arrange
from_class = None
mappings = \
{
"name": lambda x: x.name + " " + x.surname,
"date": lambda x: str(x.date) + " Happy new year!"
}
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass, mappings)
# Act
result = mapper.map(from_class, ToTestClass, allow_none=True)
# Assert
self.assertEqual(None, result)
def test_mapping_with_case_insensitivity(self):
# Arrange
class ToTestClass2:
def __init__(self):
self.name = ""
class FromTestClass2:
def __init__(self):
self.Name = "Name"
from_class = FromTestClass2()
mapper = ObjectMapper()
mapper.create_map(FromTestClass2, ToTestClass2)
# Act
result = mapper.map(FromTestClass2(), ToTestClass2, ignore_case=True)
# Assert
self.assertEqual(result.name, from_class.Name, "Name mapping must be equal")
def test_mapping_creation_without_mappings_correct(self):
""" Test mapping creation without mappings """
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass)
# Act
result = mapper.map(FromTestClass(), ToTestClass)
# Assert
self.assertTrue(isinstance(result, ToTestClass),
"Target types must be same")
self.assertEqual(result.name, from_class.name,
"Name mapping must be equal")
self.assertEqual(result.date, from_class.date,
"Date mapping must be equal")
self.assertNotIn("surname", result.__dict__,
"To class must not contain surname")
def test_mapping_creation_none_target(self):
# Arrange
exc = False
from_class = None
mappings = \
{
"name": lambda x: x.name + " " + x.surname,
"date": lambda x: str(x.date) + " Happy new year!"
}
mapper = ObjectMapper()
# Act
try:
mapper.create_map(FromTestClass, ToTestClass, mappings)
mapper.map(from_class, ToTestClass)
except AttributeError:
exc = True
# Assert
self.assertTrue(exc, "AttributeError must be thrown")
def test_mapping_creation_none_target(self):
""" Test mapping creation with none target """
# Arrange
exc = None
from_class = None
mappings = \
{
"name": lambda x: x.name + " " + x.surname,
"date": lambda x: str(x.date) + " Happy new year!"
}
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass, mappings)
# Act
try:
mapper.map(from_class, ToTestClass)
except AttributeError as ex:
exc = ex
# Assert
self.assertIsNotNone(exc, "AttributeError must be thrown")
self.assertEqual("'NoneType' object has no attribute '__dict__'",
str(exc))
def test_mapping_creation_none_target(self):
""" Test mapping creation with none target """
# Arrange
exc = None
from_class = None
mappings = \
{
"name": lambda x: x.name + " " + x.surname,
"date": lambda x: str(x.date) + " Happy new year!"
}
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass, mappings)
# Act
try:
mapper.map(from_class, ToTestClass)
except AttributeError as ex:
exc = ex
# Assert
self.assertIsNotNone(exc, "AttributeError must be thrown")
self.assertEqual("'NoneType' object has no attribute '__dict__'", str(exc))
def test_mapping_creation_invalid_mapping_function(self):
""" Test mapping creation with invalid mapping function """
# Arrange
exc = False
msg = "Invalid mapping function while setting property ToTestClass.date"
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass, {"date": lambda x: x.be + x.de})
# Act
try:
mapper.map(FromTestClass())
except ObjectMapperException as ex:
self.assertEqual(str(ex), msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_creation_duplicate_mapping(self):
""" Test mapping creation with duplicate mappings """
# Arrange
exc = False
msg = "Mapping for FromTestClass -> ToTestClass already exists"
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass)
# Act
try:
mapper.create_map(FromTestClass, ToTestClass, {})
except ObjectMapperException as ex:
self.assertEqual(str(ex), msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def test_mapping_creation_duplicate_mapping(self):
""" Test mapping creation with duplicate mappings """
# Arrange
exc = False
msg = MAPPING_ALREADY_EXISTS_EXCEPTION_MESSAGE.format(FromTestClass.__module__, FromTestClass.__name__,
ToTestClass.__module__, ToTestClass.__name__)
mapper = ObjectMapper()
mapper.create_map(FromTestClass, ToTestClass)
# Act
try:
mapper.create_map(FromTestClass, ToTestClass, {})
except ObjectMapperException as ex:
self.assertEqual(str(ex), msg, "Exception message must be correct")
exc = True
# Assert
self.assertTrue(exc, "Exception must be thrown")
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Product, ProductData)
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Order, OrderData)
def __init__(self):
self.mapper = ObjectMapper()
from mapper.object_mapper import ObjectMapper
from api.persistence.models.photo_database import PhotoDatabase
from api.persistence.models.history import History
from api.persistence.models.person import Person
from api.services.domain_models.photo_database_dm import PhotoDatabaseDomainModel
from api.services.domain_models.history_dm import HistoryDomainModel
from api.services.domain_models.person_dm import PersonDomainModel
mapper = ObjectMapper()
mapper.create_map(PhotoDatabase, PhotoDatabaseDomainModel)
mapper.create_map(
History, HistoryDomainModel,
{"person": lambda history: mapper.map(history.person, PersonDomainModel)})
mapper.create_map(
Person, PersonDomainModel, {
"photo_database":
lambda person: mapper.map(person.photo_database,
PhotoDatabaseDomainModel)
})
mapper.create_map(PhotoDatabaseDomainModel, PhotoDatabase)
mapper.create_map(HistoryDomainModel, History)
mapper.create_map(PersonDomainModel, Person)
from flask import Blueprint, request, abort, make_response, jsonify
from flasgger import swag_from, validate
from mapper.object_mapper import ObjectMapper
from .queries import (AirportNotFound, RouteNotFound, FlightConnectionsQuery,
FlightConnectionsQueryResultItem)
from .entities import (CompactRouteEntity, QueryResultItemToCompactRouteEntity,
RouteSearchResult)
bp = Blueprint('api', __name__, url_prefix='/api')
mapper = ObjectMapper()
mapper.create_map(FlightConnectionsQueryResultItem, CompactRouteEntity, QueryResultItemToCompactRouteEntity)
@bp.route('health', methods=('GET',))
def health_check():
"""Checks api health
---
produces:
text/html
responses:
200:
description: Ok
"""
return make_response('Server is Up', 200)
@bp.route('routes', methods=('GET',))
@swag_from('resources/flight_route.yml')
def route_flights():
origin = request.args.get('origin')
destination = request.args.get('destination')
if not origin:
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Post, PostData)
def test_mapping_creation_with_mappings_correct(self):
""" Test mapping creation with mappings """
# Arrange
from_class = FromTestClass()
mapper = ObjectMapper()
mapper.create_map(
FromTestClass, ToTestClass, {
"name": lambda x: "{0} {1}".format(x.name, x.surname),
"date": lambda x: "{0} Hi!".format(str(x.date))
})
mapper.create_map(
FromTestClass, ToTestClassTwo,
{"all": lambda x: "{0}{1}{2}".format(x.name, x.surname, x.date)})
mapper.create_map(ToTestClassTwo, ToTestClassEmpty)
# Act
result1 = mapper.map(from_class, ToTestClass)
result2 = mapper.map(from_class, ToTestClassTwo)
result3 = mapper.map(result2, ToTestClassEmpty)
# Assert
self.assertTrue(isinstance(result1, ToTestClass),
"Type must be ToTestClass")
self.assertEqual(result1.name,
"{0} {1}".format(from_class.name, from_class.surname),
"Name mapping must be equal")
self.assertEqual(result1.date, "{0} Hi!".format(from_class.date),
"Date mapping must be equal")
self.assertNotIn("surname", result1.__dict__,
"To class must not contain surname")
self.assertTrue(isinstance(result2, ToTestClassTwo),
"Type must be ToTestClassTwo")
self.assertEqual(
result2.all,
"{0}{1}{2}".format(from_class.name, from_class.surname,
from_class.date),
"There must be concatenated all properties of fromTestClass")
self.assertNotIn("name", result2.__dict__,
"To class must not contain name")
self.assertNotIn("surname", result2.__dict__,
"To class must not contain surname")
self.assertNotIn("date", result2.__dict__,
"To class must not contain date")
self.assertTrue(isinstance(result3, ToTestClassEmpty),
"Type must be ToTestClassEmpty")
self.assertTrue(
len(result3.__dict__) == 0, "There must be no attributes")
def __init__(self):
self.mapper = ObjectMapper()
self.mapper.create_map(Order, OrderData)
