private void SetupProviders(SyncClass[] localModified, SyncClass[] remoteModified, int[] localDeletedIds, int[] remoteDeletedIds)
{
_remoteProvider.GetModifiedEntries(Arg.Any<DateTime?>()).Returns(remoteModified ?? new SyncClass[0]);
_localProvider.GetModifiedEntries(Arg.Any<DateTime?>()).Returns(localModified ?? new SyncClass[0]);
_remoteProvider.GetDeletedEntries(Arg.Any<DateTime?>()).Returns(remoteDeletedIds ?? new int[0]);
_localProvider.GetDeletedEntries(Arg.Any<DateTime?>()).Returns(localDeletedIds ?? new int[0]);
}
public void SingleLocalEntrySavesRemotely()
{
//Arrange
var syncClass = new SyncClass { Id = 1 };
SetupProviders(new[] { syncClass }, null, null, null);
//Act
var results = _syncService.PerformSynchronisation();
//Assert
_remoteProvider.Received().SaveEntries(Arg.Is<List<SyncClass>>(l => l.First() == syncClass));
Assert.Equal(0, results.NumberConflicts);
Assert.Equal(1, results.NumberUpdatedRemote);
Assert.Equal(0, results.NumberUpdatedLocal);
Assert.Equal(0, results.NumberDeletedRemote);
Assert.Equal(0, results.NumberDeletedLocal);
}
public void ConflictedEntryWithRemoteWinsResolver()
{
//Arrange
var syncClass = new SyncClass { Id = 1, Data = "Original Data" };
var modifiedSyncClass = new SyncClass { Id = 1, Data = "Local modified Data" };
SetupProviders(new[] { modifiedSyncClass }, new[] { syncClass }, null, null);
//Act
var results = _syncService.PerformSynchronisation();
//Assert
_localProvider.Received().SaveEntries(Arg.Is<List<SyncClass>>(l => l.First() == syncClass));
Assert.Equal(1, results.NumberConflicts);
Assert.Equal(0, results.NumberUpdatedRemote);
Assert.Equal(1, results.NumberUpdatedLocal);
Assert.Equal(0, results.NumberDeletedRemote);
Assert.Equal(0, results.NumberDeletedLocal);
}
public void SingleLocalEntrySavesRemotely()
{
//Arrange
var syncClass = new SyncClass {
Id = 1
};
SetupProviders(new[] { syncClass }, null, null, null);
//Act
var results = _syncService.PerformSynchronisation();
//Assert
_remoteProvider.Received().SaveEntries(Arg.Is <List <SyncClass> >(l => l.First() == syncClass));
Assert.Equal(0, results.NumberConflicts);
Assert.Equal(1, results.NumberUpdatedRemote);
Assert.Equal(0, results.NumberUpdatedLocal);
Assert.Equal(0, results.NumberDeletedRemote);
Assert.Equal(0, results.NumberDeletedLocal);
}
public void ConflictedEntryWithRemoteWinsResolver()
{
//Arrange
var syncClass = new SyncClass {
Id = 1, Data = "Original Data"
};
var modifiedSyncClass = new SyncClass {
Id = 1, Data = "Local modified Data"
};
SetupProviders(new[] { modifiedSyncClass }, new[] { syncClass }, null, null);
//Act
var results = _syncService.PerformSynchronisation();
//Assert
_localProvider.Received().SaveEntries(Arg.Is <List <SyncClass> >(l => l.First() == syncClass));
Assert.Equal(1, results.NumberConflicts);
Assert.Equal(0, results.NumberUpdatedRemote);
Assert.Equal(1, results.NumberUpdatedLocal);
Assert.Equal(0, results.NumberDeletedRemote);
Assert.Equal(0, results.NumberDeletedLocal);
}
