public void GetList_AppliesNavigationProperties()
{
TestEntity testEntity = new TestEntity {
Name = "Test Entity"
};
testEntity.ChildEntities.Add(new TestChildEntity {
Name = "Test Child Entity One"
});
testEntity.ChildEntities.Add(new TestChildEntity {
Name = "Test Child Entity Two"
});
context.Entities.Add(testEntity);
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
IList <TestEntity> result = repo.GetList(navigationProperties: new Expression <Func <TestEntity, object> >[]
{
e => e.ChildEntities
});
Assert.That(result[0].ChildEntities.Contains(testEntity.ChildEntities[0], testEntityEqComp),
$"Child entity not loaded: {testEntity.ChildEntities[0].Name}");
Assert.That(result[0].ChildEntities.Contains(testEntity.ChildEntities[1], testEntityEqComp),
$"Child entity not loaded: {testEntity.ChildEntities[1].Name}");
}
public void Update_UpdatesEntities()
{
TestEntity testEntityOne = new TestEntity {
Name = "Test Entity One", Field1 = "not updated"
};
TestEntity testEntityTwo = new TestEntity {
Name = "Test Entity Two", Field1 = "not updated"
};
context.Entities.Add(testEntityOne);
context.Entities.Add(testEntityTwo);
context.SaveChanges();
testEntityOne.Field1 = "updated";
testEntityTwo.Field1 = "updated";
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
repo.Update(testEntityOne, testEntityTwo);
// Get new test entities from new context to check values have been changed in database.
// A given context will only ever have a single object reference for a given entity.
using (var tempContext = new TestPersistenceContext())
{
testEntityOne = tempContext.Entities.Single(e => e.Name == "Test Entity One");
testEntityTwo = tempContext.Entities.Single(e => e.Name == "Test Entity Two");
}
Assert.AreEqual("updated", testEntityOne.Field1);
Assert.AreEqual("updated", testEntityTwo.Field1);
}
public void GetSingle_FilterReturnsNoEntities_ReturnsNull()
{
context.Entities.Add(new TestEntity {
Name = "Test Entity One"
});
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
TestEntity resultEntity = repo.GetSingle(e => e.Name == "No entity");
Assert.IsNull(resultEntity);
}
public void GetList_AppliesOrdering()
{
// Entities in order for an ordering of Field1 ASC, Field2 DESC, Field3 ASC.
List <TestEntity> entitiesInOrder = new List <TestEntity>
{
new TestEntity {
Name = "Entity One", Field1 = "1", Field2 = "d", Field3 = 1
},
new TestEntity {
Name = "Entity Two", Field1 = "1", Field2 = "c", Field3 = 1
},
new TestEntity {
Name = "Entity Three", Field1 = "1", Field2 = "b", Field3 = 1
},
new TestEntity {
Name = "Entity Four", Field1 = "1", Field2 = "a", Field3 = 1
},
new TestEntity {
Name = "Entity Five", Field1 = "2", Field2 = "y", Field3 = 42
},
new TestEntity {
Name = "Entity Six", Field1 = "2", Field2 = "y", Field3 = 43
},
new TestEntity {
Name = "Entity Seven", Field1 = "2", Field2 = "x", Field3 = 42
},
new TestEntity {
Name = "Entity Eight", Field1 = "2", Field2 = "x", Field3 = 43
}
};
// Insert entities into database in random order.
context.Entities.AddRange(entitiesInOrder.Shuffled());
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
IList <TestEntity> result = repo.GetList(orderBy: new OrderByDescription <TestEntity>[]
{
new OrderByDescription <TestEntity>(e => e.Field1, ListSortDirection.Ascending),
new OrderByDescription <TestEntity>(e => e.Field2, ListSortDirection.Descending),
new OrderByDescription <TestEntity>(e => e.Field3, ListSortDirection.Ascending),
});
Assert.That(entitiesInOrder.SequenceEqual(result, testEntityEqComp),
"Entities returned in incorrect order");
}
public void Remove_RemovesEntities()
{
TestEntity testEntityOne = new TestEntity {
Name = "Test Entity One"
};
TestEntity testEntityTwo = new TestEntity {
Name = "Test Entity Two"
};
context.Entities.Add(testEntityOne);
context.Entities.Add(testEntityTwo);
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
repo.Remove(testEntityOne, testEntityTwo);
Assert.That(context.Entities.Count() == 0);
}
public void GetSingle_FilterReturnsManyEntities_Throws()
{
TestEntity testEntityOne = new TestEntity {
Name = "Test Entity One"
};
TestEntity testEntityTwo = new TestEntity {
Name = "Test Entity Two"
};
TestEntity testEntityThree = new TestEntity {
Name = "Test Entity Three"
};
context.Entities.AddRange(new TestEntity[] { testEntityOne, testEntityTwo, testEntityThree });
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
Assert.Throws <DataRepositoryException>(() => repo.GetSingle(e => e.Name.Length > 0));
}
public void GetSingle_AppliesFiltering()
{
TestEntity testEntityOne = new TestEntity {
Name = "Test Entity One"
};
TestEntity testEntityTwo = new TestEntity {
Name = "Test Entity Two"
};
TestEntity testEntityThree = new TestEntity {
Name = "Test Entity Three"
};
context.Entities.AddRange(new TestEntity[] { testEntityOne, testEntityTwo, testEntityThree });
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
TestEntity resultEntity = repo.GetSingle(e => e.Name == "Test Entity Two");
Assert.That(testEntityEqComp.Equals(resultEntity, testEntityTwo));
}
public void Add_AddsEntities()
{
TestEntity testEntityOne = new TestEntity {
Name = "Test Entity One"
};
TestEntity testEntityTwo = new TestEntity {
Name = "Test Entity Two"
};
TestEntity testEntityThree = new TestEntity {
Name = "Test Entity Three"
};
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
repo.Add(testEntityOne, testEntityTwo, testEntityThree);
List <TestEntity> entities = context.Entities.ToList();
Assert.That(entities.Contains(testEntityOne, testEntityEqComp));
Assert.That(entities.Contains(testEntityTwo, testEntityEqComp));
Assert.That(entities.Contains(testEntityThree, testEntityEqComp));
}
public void GetList_AppliesFiltering()
{
TestEntity entityOne = new TestEntity {
Name = "Entity One", Field1 = "*"
};
TestEntity entityTwo = new TestEntity {
Name = "Entity Two", Field1 = "**"
};
context.Entities.Add(entityOne);
context.Entities.Add(entityTwo);
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
IList <TestEntity> result = repo.GetList(e => e.Field1.Length > 1);
Assert.That(result.Contains(entityOne, testEntityEqComp) == false,
$"Entity present that should have been excluded: {entityOne.Name}");
Assert.That(result.Contains(entityTwo, testEntityEqComp) == true,
$"Entity excluded that should have been present: {entityTwo.Name}");
}
public void GetSingle_AppliesNavigationProperties()
{
TestEntity testEntity = new TestEntity {
Name = "Test Entity"
};
testEntity.ChildEntities.Add(new TestChildEntity {
Name = "Test Child Entity One"
});
testEntity.ChildEntities.Add(new TestChildEntity {
Name = "Test Child Entity Two"
});
context.Entities.Add(testEntity);
context.SaveChanges();
var repo = new DataRepositoryUsingTestPersistenceContext <TestEntity>();
TestEntity resultEntity = repo.GetSingle(e => true, e => e.ChildEntities);
Assert.That(resultEntity.ChildEntities.Contains(testEntity.ChildEntities[0], testEntityEqComp),
$"Child entity not loaded: {testEntity.ChildEntities[0].Name}");
Assert.That(resultEntity.ChildEntities.Contains(testEntity.ChildEntities[1], testEntityEqComp),
$"Child entity not loaded: {testEntity.ChildEntities[1].Name}");
}
