public async Task CanGroupSyncIntoEmptyGroup()
{
await _groupRepo.AddUsersToGroup(_testUsers, _sourceGroup);
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
var sourceGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_sourceGroup.ObjectId);
Assert.AreEqual(UserCount, _testUsers.Length);
Assert.IsTrue(SequencesMatch(_testUsers, sourceGroupMembers));
var destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.AreEqual(0, destinationGroupMembers.Count);
var calc = new MembershipDifferenceCalculator <AzureADUser>();
var membershipDelta = calc.CalculateDifference(sourceGroupMembers, destinationGroupMembers);
Assert.IsTrue(SequencesMatch(_testUsers, membershipDelta.ToAdd));
Assert.AreEqual(0, membershipDelta.ToRemove.Count);
await _groupRepo.AddUsersToGroup(membershipDelta.ToAdd, _destinationGroup);
await _groupRepo.RemoveUsersFromGroup(membershipDelta.ToRemove, _destinationGroup);
await Task.Delay(_waitForGraph);
destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(_testUsers, destinationGroupMembers));
}
public async Task CanGroupSyncIntoNonEmptyGroup()
{
var initialSourceUsers = _testUsers.Where((_, idx) => idx % 2 == 0).ToArray();
var inititalDestinationUsers = _testUsers.Where((_, idx) => idx % 2 == 1).ToArray();
await _groupRepo.AddUsersToGroup(initialSourceUsers, _sourceGroup);
await _groupRepo.AddUsersToGroup(inititalDestinationUsers, _destinationGroup);
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
var sourceGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_sourceGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialSourceUsers, sourceGroupMembers));
var destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(inititalDestinationUsers, destinationGroupMembers));
var calc = new MembershipDifferenceCalculator <AzureADUser>();
var membershipDelta = calc.CalculateDifference(sourceGroupMembers, destinationGroupMembers);
Assert.IsTrue(SequencesMatch(initialSourceUsers, membershipDelta.ToAdd));
Assert.IsTrue(SequencesMatch(inititalDestinationUsers, membershipDelta.ToRemove));
await _groupRepo.AddUsersToGroup(membershipDelta.ToAdd, _destinationGroup);
await _groupRepo.RemoveUsersFromGroup(membershipDelta.ToRemove, _destinationGroup);
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialSourceUsers, destinationGroupMembers));
}
public async Task CanGroupSyncWithNestedGroups()
{
// the bottom half is in the source
// the upper two thirds are in the destination
var initialSourceUsers = _testUsers.Where((_, idx) => idx < (UserCount / 2)).ToArray();
var initialDestinationUsers = _testUsers.Where((_, idx) => idx > (UserCount / 3)).ToArray();
await _groupRepo.AddUsersToGroup(initialDestinationUsers, _destinationGroup);
const int testGroupCount = 5;
var testGroups = new AzureADGroup[testGroupCount];
for (int i = 0; i < testGroupCount; i++)
{
testGroups[i] = await CreateOrClearGroup(
new Group { DisplayName = $"TestSourceGroup{i}", MailEnabled = false, MailNickname = $"testsourcegroup{i}", SecurityEnabled = true });
_groupsToRemove.Add(testGroups[i]);
// add all the users to the first group, every other user to the second group, etc.
await _groupRepo.AddUsersToGroup(initialSourceUsers.Where((_, idx) => idx % (i + 1) == 0), testGroups[i]);
await _graphServiceClient.Groups[_sourceGroup.ObjectId.ToString()].Members.References.Request().AddAsync(new DirectoryObject {
Id = testGroups[i].ObjectId.ToString()
});
}
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
var sourceGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_sourceGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialSourceUsers, sourceGroupMembers));
var destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialDestinationUsers, destinationGroupMembers));
var calc = new MembershipDifferenceCalculator <AzureADUser>();
var membershipDelta = calc.CalculateDifference(sourceGroupMembers, destinationGroupMembers);
// Have to add the bottom third and remove the top half
Assert.IsTrue(SequencesMatch(_testUsers.Where((_, idx) => idx <= (UserCount / 3)), membershipDelta.ToAdd));
Assert.IsTrue(SequencesMatch(_testUsers.Where((_, idx) => idx >= (UserCount / 2)), membershipDelta.ToRemove));
await _groupRepo.AddUsersToGroup(membershipDelta.ToAdd, _destinationGroup);
await _groupRepo.RemoveUsersFromGroup(membershipDelta.ToRemove, _destinationGroup);
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialSourceUsers, destinationGroupMembers));
}
public void HandlesDisjointGroups()
{
var source = new[] { _help.UserNamed(1), _help.UserNamed(2), _help.UserNamed(3) };
var destination = new[] { _help.UserNamed(4), _help.UserNamed(5) };
var result = _calc.CalculateDifference(source, destination);
CollectionAssert.AreEquivalent(source, result.ToAdd.ToArray());
CollectionAssert.AreEquivalent(destination, result.ToRemove.ToArray());
}
public async Task CanGroupSyncIntoOverlappingGroup()
{
// the bottom half is in the source
// the upper two thirds are in the destination
var initialSourceUsers = _testUsers.Where((_, idx) => idx < (UserCount / 2)).ToArray();
var initialDestinationUsers = _testUsers.Where((_, idx) => idx > (UserCount / 3)).ToArray();
await _groupRepo.AddUsersToGroup(initialSourceUsers, _sourceGroup);
await _groupRepo.AddUsersToGroup(initialDestinationUsers, _destinationGroup);
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
var sourceGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_sourceGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialSourceUsers, sourceGroupMembers));
var destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialDestinationUsers, destinationGroupMembers));
var calc = new MembershipDifferenceCalculator <AzureADUser>();
var membershipDelta = calc.CalculateDifference(sourceGroupMembers, destinationGroupMembers);
// Have to add the bottom third and remove the top half
Assert.IsTrue(SequencesMatch(_testUsers.Where((_, idx) => idx <= (UserCount / 3)), membershipDelta.ToAdd));
Assert.IsTrue(SequencesMatch(_testUsers.Where((_, idx) => idx >= (UserCount / 2)), membershipDelta.ToRemove));
await _groupRepo.AddUsersToGroup(membershipDelta.ToAdd, _destinationGroup);
await _groupRepo.RemoveUsersFromGroup(membershipDelta.ToRemove, _destinationGroup);
await Task.Delay(_waitForGraph); // Sometimes you have to wait for the graph to catch up.
destinationGroupMembers = await _groupRepo.GetUsersInGroupTransitively(_destinationGroup.ObjectId);
Assert.IsTrue(SequencesMatch(initialSourceUsers, destinationGroupMembers));
}