private void AssertExpenditureWasPassedToServer(
InsertExpenditureAction insertExpenditureAction, SetupExpendituresServer expendituresServer)
{
var actual = (expendituresServer.LastData as Expenditure[]).Single();
Assert.AreEqual(insertExpenditureAction.CategoryId, actual.CategoryId);
Assert.AreEqual(insertExpenditureAction.Sum, actual.Sum);
Assert.AreEqual(_setupLocalSettings.CurrentCurrency, actual.CurrencyCode);
}
public void Unsynchronized_expenditures_are_passed_to_the_server_when_it_is_UP()
{
var stubServer = new SetupExpendituresServer();
var insertExpenditureAction = new InsertExpenditureAction();
_tc.Run(
new SetupUnavailableServer(),
insertExpenditureAction,
stubServer,
new SynchronizationAction()
);
AssertExpenditureWasPassedToServer(insertExpenditureAction, stubServer);
AssertThereAreNoUnsynchronizedItems();
AssertExpenditureMatch(insertExpenditureAction, stubServer.ServerExpenditures.Single());
}
public void When_server_and_local_state_differ_successful_synchronization_updates_both_of_them()
{
_tc.Run(new SetupUnavailableServer());
var initialLocalExpenditures = InsertSampleExpenditures();
var initialServerExpenditures = _fixture.CreateMany <Expenditure>();
var setupStubServer = new SetupExpendituresServer().WithExpenditures(initialServerExpenditures);
_tc.Run(
setupStubServer,
new SynchronizationAction());
var expectedAll = initialLocalExpenditures.Concat(initialServerExpenditures).ToArray();
AssertExpendituresAreStoredLocally(expectedAll);
AssertExpendituresAreStoredInCache(expectedAll);
AssertExpendituresAreStoredInServer(expectedAll, setupStubServer);
}
private void AssertExpendituresAreStoredInServer(IEnumerable <Expenditure> initialServerExpenditures, SetupExpendituresServer server)
{
var expected = initialServerExpenditures.Select(e => e.Id).ToArray();
var actualServerExpendituresIds = server.ServerExpenditures.Select(e => e.Id).ToArray();
CollectionAssert.AreEquivalent(expected, actualServerExpendituresIds);
}