public void One_element_different_integer_and_long_returns_false()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1L) };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", 2) };
Assert.IsFalse(U.PrimaryKeysEqual(s1, s2));
}
public void UpdatePrimaryKeys_object_tree()
{
MockEntity entity = new MockEntity()
{
id = 1
};
entity.RelationalEntity1 = new MockEntity()
{
id = 2
};
entity.AssociativeEntities.Add(new MockAssociativeEntity()
{
RelationalEntity1Id = entity.id, RelationalEntity2Id = 3, RelationalEntity2 = new MockEntity()
{
id = 3
}
});
string jobPath = ".";
string equipmentLocationPath = "RelationalEntity1";
string jobContactsPath = "AssociativeEntities[Guid=" + entity.AssociativeEntities.First().Guid + "]";
string contactPath = jobContactsPath + ".RelationalEntity2";
IDictionary <string, Tuple <string, object>[]> keysToUpdate = new Dictionary <string, Tuple <string, object>[]>()
{
{ jobPath, entity.PrimaryKeys },
{ equipmentLocationPath, entity.RelationalEntity1.PrimaryKeys },
{ jobContactsPath, entity.AssociativeEntities.First().PrimaryKeys },
{ contactPath, entity.AssociativeEntities.First().RelationalEntity2.PrimaryKeys }
};
MockEntity entityCopy = new MockEntity()
{
Guid = entity.Guid
};
entityCopy.RelationalEntity1 = new MockEntity()
{
Guid = entity.RelationalEntity1.Guid
};
entityCopy.AssociativeEntities.Add(new MockAssociativeEntity()
{
Guid = entity.AssociativeEntities.First().Guid, RelationalEntity2 = new MockEntity()
{
Guid = entity.AssociativeEntities.First().RelationalEntity2.Guid
}
});
Assert.AreEqual(EntityState.New, entityCopy.State);
Assert.AreEqual(EntityState.New, entityCopy.RelationalEntity1.State);
Assert.AreEqual(EntityState.New, entityCopy.AssociativeEntities.First().State);
Assert.AreEqual(EntityState.New, entityCopy.AssociativeEntities.First().RelationalEntity2.State);
U.UpdatePrimaryKeys(keysToUpdate, entityCopy);
Assert.IsTrue(U.PrimaryKeysEqual(entity.PrimaryKeys, entityCopy.PrimaryKeys));
Assert.IsTrue(U.PrimaryKeysEqual(entity.RelationalEntity1.PrimaryKeys, entityCopy.RelationalEntity1.PrimaryKeys));
Assert.IsTrue(U.PrimaryKeysEqual(entity.AssociativeEntities.First().PrimaryKeys, entityCopy.AssociativeEntities.First().PrimaryKeys));
Assert.IsTrue(U.PrimaryKeysEqual(entity.AssociativeEntities.First().RelationalEntity2.PrimaryKeys, entityCopy.AssociativeEntities.First().RelationalEntity2.PrimaryKeys));
Assert.AreEqual(EntityState.Persisted, entityCopy.State);
Assert.AreEqual(EntityState.Persisted, entityCopy.RelationalEntity1.State);
Assert.AreEqual(EntityState.Persisted, entityCopy.AssociativeEntities.First().State);
Assert.AreEqual(EntityState.Persisted, entityCopy.AssociativeEntities.First().RelationalEntity2.State);
}
public void Two_different_mixed_type_elements_returns_false()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1), new Tuple <string, object>("b", "c") };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", 2), new Tuple <string, object>("b", "d") };
Assert.IsFalse(U.PrimaryKeysEqual(s1, s2));
}
public void One_element_equal_integer_and_long_returns_true()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1L) };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1) };
Assert.IsTrue(U.PrimaryKeysEqual(s1, s2));
}
public void Two_equal_mixed_type_elements_returns_true()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1), new Tuple <string, object>("b", "c") };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1), new Tuple <string, object>("b", "c") };
Assert.IsTrue(U.PrimaryKeysEqual(s1, s2));
}
public void Two_different_string_elements_returns_false()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", "b"), new Tuple <string, object>("c", "d") };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", "e"), new Tuple <string, object>("c", "f") };
Assert.IsFalse(U.PrimaryKeysEqual(s1, s2));
}
public void One_equal_string_element_returns_true()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", "b") };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", "b") };
Assert.IsTrue(U.PrimaryKeysEqual(s1, s2));
}
public void Two_different_numeric_elements_returns_false()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1), new Tuple <string, object>("b", 2) };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("a", 3), new Tuple <string, object>("b", 4) };
Assert.IsFalse(U.PrimaryKeysEqual(s1, s2));
}
public void Same_number_of_elements_different_keys_returns_false()
{
Tuple <string, object>[] s1 = new Tuple <string, object>[] { new Tuple <string, object>("a", 1L), new Tuple <string, object>("b", "c") };
Tuple <string, object>[] s2 = new Tuple <string, object>[] { new Tuple <string, object>("c", 1), new Tuple <string, object>("d", "c") };
Assert.IsFalse(U.PrimaryKeysEqual(s1, s2));
}
