public async Task <IEnumerable <IFabricPrincipal> > SearchPrincipalsAsync(
string searchText,
PrincipalType principalType,
string searchType,
string tenantId = null)
{
switch (searchType)
{
case SearchTypes.Wildcard:
_azureQuery = new AzureWildcardQuery();
break;
case SearchTypes.Exact:
_azureQuery = new AzureExactMatchQuery();
break;
default:
throw new DirectorySearchException($"{searchType} is not a valid search type");
}
switch (principalType)
{
case PrincipalType.User:
return(await GetUserPrincipalsAsync(searchText, tenantId).ConfigureAwait(false));
case PrincipalType.Group:
return(await GetGroupPrincipalsAsync(searchText, tenantId).ConfigureAwait(false));
default:
return(await GetUserAndGroupPrincipalsAsync(searchText, tenantId).ConfigureAwait(false));
}
}
public async Task <IEnumerable <IFabricGroup> > SearchGroupsAsync(string searchText, string searchType, string tenantId = null)
{
var fabricGroups = new List <IFabricGroup>();
switch (searchType)
{
case SearchTypes.Wildcard:
_azureQuery = new AzureWildcardQuery();
break;
case SearchTypes.Exact:
_azureQuery = new AzureExactMatchQuery();
break;
default:
throw new DirectorySearchException($"{searchType} is not a valid search type");
}
var queryText = _azureQuery.QueryText(searchText, PrincipalType.Group);
var fabricGraphApiGroups = await GetAllGroupsFromTenantsAsync(queryText, tenantId);
foreach (var fabricGraphApiGroup in fabricGraphApiGroups)
{
fabricGroups.Add(CreateFabricGroup(fabricGraphApiGroup));
}
return(fabricGroups);
}
protected override void Given()
{
lhs = Substitute.For<IAzureQuery>();
lhsSet = new[] {new InternalId(Guid.NewGuid()), new InternalId(Guid.NewGuid())};
lhs.Execute(null).ReturnsForAnyArgs(lhsSet);
lhs.ExecuteInsideIntersect(null, null).ReturnsForAnyArgs(lhsSet);
sut = new IntersectOperator(new[] {lhs});
}
protected override void Given()
{
lhs = Substitute.For<IAzureQuery>();
rhs = Substitute.For<IAzureQuery>();
intersectingGuid1 = new InternalId(Guid.NewGuid());
intersectingGuid2 = new InternalId(Guid.NewGuid());
lhs.ExecuteInsideIntersect(null, null).ReturnsForAnyArgs(new[] {intersectingGuid1});
rhs.ExecuteInsideIntersect(null, null).ReturnsForAnyArgs(new[] {intersectingGuid2});
sut = new UnionOperator(new[] {lhs, rhs});
joinConstraint = new[]
{
intersectingGuid1, new InternalId(Guid.NewGuid()), intersectingGuid2
};
}
protected override void Given()
{
insideTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 101)}, RegisteredGraph);
lowerTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 100)}, RegisteredGraph);
upperTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 103)}, RegisteredGraph);
lessThanTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 99)}, RegisteredGraph);
greaterThanTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 104)}, RegisteredGraph);
Subject.InTransactionDo(
_ =>
{
_.InsertGraph(insideTrackedGraph);
_.InsertGraph(lowerTrackedGraph);
_.InsertGraph(upperTrackedGraph);
_.InsertGraph(lessThanTrackedGraph);
_.InsertGraph(greaterThanTrackedGraph);
});
query = new InsideQuery<int>(Subject.IndexDatabases[RegisteredIndexer.IndexName], RegisteredIndexer, 100, 103);
joinConstraint = new[]
{
insideTrackedGraph.StoredGraph.InternalId, greaterThanTrackedGraph.StoredGraph.InternalId,
};
}
protected override void Given()
{
firstMatchingTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[]
{
new ProjectedIndex<int>(RegisteredIndexer.IndexName, 101),
new ProjectedIndex<int>(RegisteredIndexer.IndexName, 100)
}, RegisteredGraph);
secondMatchingTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[]
{
new ProjectedIndex<int>(RegisteredIndexer.IndexName, 99),
new ProjectedIndex<int>(RegisteredIndexer.IndexName, 101), new ProjectedIndex<int>(RegisteredIndexer.IndexName, 100)
}, RegisteredGraph);
matchingButExcludedByIntersectTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[]
{
new ProjectedIndex<int>(RegisteredIndexer.IndexName, 100),
new ProjectedIndex<int>(RegisteredIndexer.IndexName, 101)
}, RegisteredGraph);
nonMatchingTrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] { new ProjectedIndex<int>(RegisteredIndexer.IndexName, 101) }, RegisteredGraph);
Subject.InTransactionDo(
_ =>
{
_.InsertGraph(firstMatchingTrackedGraph);
_.InsertGraph(secondMatchingTrackedGraph);
_.InsertGraph(matchingButExcludedByIntersectTrackedGraph);
_.InsertGraph(nonMatchingTrackedGraph);
});
query = new AllOfQuery<int>(Subject.IndexDatabases[RegisteredIndexer.IndexName], RegisteredIndexer, new[] {101, 100});
joinConstraint = new[] {firstMatchingTrackedGraph.StoredGraph.InternalId, secondMatchingTrackedGraph.StoredGraph.InternalId};
}
protected override void Given()
{
equaltrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 100)}, RegisteredGraph);
anotherEqualtrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 100)}, RegisteredGraph);
notEqualtrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 99)}, RegisteredGraph);
anotherNotEqualtrackedGraph = new TrackedGraph(new StoredGraph(new InternalId(Guid.NewGuid()), RegisteredGraph.GraphType, AccessCondition.None, new PreservedMemoryStream("letspretendthisisserialiseddata".Select(_ => (byte)_).ToArray())), new IProjectedIndex[] {new ProjectedIndex<int>(RegisteredIndexer.IndexName, 101)}, RegisteredGraph);
Subject.InTransactionDo(
_ =>
{
_.InsertGraph(equaltrackedGraph);
_.InsertGraph(anotherEqualtrackedGraph);
_.InsertGraph(notEqualtrackedGraph);
_.InsertGraph(anotherNotEqualtrackedGraph);
});
query = new NotEqualToQuery<int>(Subject.IndexDatabases[RegisteredIndexer.IndexName], RegisteredIndexer, 100);
joinConstraint = new[]
{
equaltrackedGraph.StoredGraph.InternalId, notEqualtrackedGraph.StoredGraph.InternalId,
};
}
