private async Task<PrincipalsViewModel> GetUsers(string nameToSearch, IGraphServiceUsersCollectionRequest request = null)
{
PrincipalsViewModel result = new PrincipalsViewModel();
var filteredUsers = await graphClient.Users.Request()
.Select("DisplayName,UserPrincipalName,Mail")
.Filter($"startswith(DisplayName,'{nameToSearch}') or startswith(UserPrincipalName,'{nameToSearch}') or startswith(Mail,'{nameToSearch}')")
.GetAsync();
var t = await MapUsers(filteredUsers);
result.Principals.AddRange(t.Principals);
if (filteredUsers.NextPageRequest != null)
{
var additionalUsers = await GetUsers(nameToSearch, filteredUsers.NextPageRequest);
if (additionalUsers.Principals.Count > 0)
{
result.Principals.AddRange(additionalUsers.Principals);
}
}
return result;
}
private async Task <PrincipalsViewModel> GetUsers(string nameToSearch, IGraphServiceUsersCollectionRequest request = null)
{
PrincipalsViewModel result = new PrincipalsViewModel();
var filteredUsers = await graphClient.Users.Request()
.Select("DisplayName,UserPrincipalName,Mail")
.Filter($"startswith(DisplayName,'{nameToSearch}') or startswith(UserPrincipalName,'{nameToSearch}') or startswith(Mail,'{nameToSearch}')")
.GetAsync();
var t = await MapUsers(filteredUsers);
result.Principals.AddRange(t.Principals);
if (filteredUsers.NextPageRequest != null)
{
var additionalUsers = await GetUsers(nameToSearch, filteredUsers.NextPageRequest);
if (additionalUsers.Principals.Count > 0)
{
result.Principals.AddRange(additionalUsers.Principals);
}
}
return(result);
}
static IGraphServiceUsersCollectionRequest Filter(this IGraphServiceUsersCollectionRequest users, List <Filter> filters, QueryDescription queryDescription)
{
string ToFilter(Filter f)
{
if (f is FilterCondition fc)
{
return(fc.Operation switch
{
FilterOperation.EqualTo => ToGraphField(fc.Token) + " eq " + ToStringValue(fc.Value),
FilterOperation.DistinctTo => ToGraphField(fc.Token) + " ne " + ToStringValue(fc.Value),
FilterOperation.GreaterThan => ToGraphField(fc.Token) + " gt " + ToStringValue(fc.Value),
FilterOperation.GreaterThanOrEqual => ToGraphField(fc.Token) + " ge " + ToStringValue(fc.Value),
FilterOperation.LessThan => ToGraphField(fc.Token) + " lt " + ToStringValue(fc.Value),
FilterOperation.LessThanOrEqual => ToGraphField(fc.Token) + " le " + ToStringValue(fc.Value),
FilterOperation.StartsWith => "startswith(" + ToGraphField(fc.Token) + "," + ToStringValue(fc.Value) + ")",
FilterOperation.EndsWith => "endswith(" + ToGraphField(fc.Token) + "," + ToStringValue(fc.Value) + ")",
FilterOperation.NotStartsWith => "not startswith(" + ToGraphField(fc.Token) + "," + ToStringValue(fc.Value) + ")",
FilterOperation.NotEndsWith => "not endswith(" + ToGraphField(fc.Token) + "," + ToStringValue(fc.Value) + ")",
FilterOperation.IsIn => "(" + ((object[])fc.Value !).ToString(a => ToGraphField(fc.Token) + " eq " + ToStringValue(a), " OR ") + ")",
FilterOperation.IsNotIn => "not (" + ((object[])fc.Value !).ToString(a => ToGraphField(fc.Token) + " eq " + ToStringValue(a), " OR ") + ")",
FilterOperation.Contains or
FilterOperation.Like or
FilterOperation.NotContains or
FilterOperation.NotLike or
_ => throw new InvalidOperationException(fc.Operation + " is not implemented in Microsoft Graph API")
});
}
/// <summary>
/// Initializes the NextPageRequest property.
/// </summary>
public void InitializeNextPageRequest(IBaseClient client, string nextPageLinkString)
{
if (!string.IsNullOrEmpty(nextPageLinkString))
{
this.NextPageRequest = new GraphServiceUsersCollectionRequest(
nextPageLinkString,
client,
null);
}
}
public async Task <NeoQueryData> CollectDataAsync()
{
this.UserIDs = new List <string>();
NeoQueryData querydata = new NeoQueryData();
List <object> propertylist = new List <object>();
IGraphServiceUsersCollectionRequest request = Connector.Instance.Client.Users.Request();
request.Top(999);
IGraphServiceUsersCollectionPage page = null;
await Connector.Instance.MakeGraphClientRequestAsync(async() =>
{
page = await request.GetAsync();
});
while (page != null)
{
foreach (User user in page.CurrentPage)
{
this.UserIDs.Add(user.Id);
propertylist.Add(new
{
ID = user.Id,
Enabled = user.AccountEnabled,
UPN = user.UserPrincipalName,
Name = user.DisplayName
});
}
if (page.NextPageRequest == null)
{
break;
}
await Connector.Instance.MakeGraphClientRequestAsync(async() =>
{
page = await page.NextPageRequest.GetAsync();
});
}
querydata.Properties = propertylist;
return(querydata);
}
private static async Task GetUsers(IGraphServiceUsersCollectionRequest request, ITargetBlock <User> target, CancellationToken token)
{
var page = await GraphHelper.ExecuteWithRetryAndRateLimit(async() => await request.GetAsync(token), token, 0);
foreach (User user in page.CurrentPage)
{
target.Post(user);
}
while (page.NextPageRequest != null)
{
page = await GraphHelper.ExecuteWithRetryAndRateLimit(async() => await page.NextPageRequest.GetAsync(token), token, 0);
foreach (User user in page.CurrentPage)
{
target.Post(user);
}
}
}
public async Task <Results.UsersResult> SearchUsersAsync(IGraphServiceUsersCollectionRequest request, string keyword)
{
try
{
Results.UsersResult usersResult = new Results.UsersResult();
string query = string.Format("startswith(displayName,'{0}') or startswith(userPrincipalName,'{0}')", keyword);
IGraphServiceUsersCollectionPage users;
if (request == null)
{
users = await graphClient.Users.Request(requestOptions).Top(4)
.Filter(query)
.Select(e => new { e.DisplayName, e.UserPrincipalName, e.UserType, e.AssignedLicenses })
.GetAsync();
}
else
{
users = await request.GetAsync();
}
usersResult.NextPageRequest = users.NextPageRequest;
List <Models.User> values = new List <Models.User>();
foreach (User user in users.CurrentPage)
{
Models.User value = new Models.User()
{
ObjectId = user.Id,
UserName = user.DisplayName,
UserPrincipalName = user.UserPrincipalName,
UserType = user.UserType
};
values.Add(value);
}
usersResult.Users = values;
return(usersResult);
}
catch
{
throw;
}
}
public static async Task <User[]> GetAllAsync(this IGraphServiceUsersCollectionRequest pagedCollectionRq)
{
var list = new List <User>();
var collectionRequest = pagedCollectionRq;
while (true && collectionRequest != null)
{
var pageList = await collectionRequest.GetAsync();
if (pageList.CurrentPage.Count > 0)
{
list.AddRange(pageList.CurrentPage);
collectionRequest = pageList.NextPageRequest;
}
else
{
break;
}
}
return(list.ToArray());
}
/// <inheritdoc/>
internal override async Task <IEnumerable <User> > CallGraphServiceWithResultAsync(IGraphServiceClient client, IReadOnlyDictionary <string, object> parameters, CancellationToken cancellationToken)
{
string nameToSearch = (string)parameters["NameToSearch"];
int maxCount = (int)parameters["MaxResults"];
string propertiesToSelect = (string)parameters["PropertiesToSelect"];
string filterClause = $"startsWith(displayName, '{nameToSearch}') or startsWith(surname, '{nameToSearch}') or startsWith(givenname, '{nameToSearch}')";
IGraphServiceUsersCollectionRequest request = client.Users.Request().Filter(filterClause).Select(propertiesToSelect);
// Apply the Top() filter if there is a value to apply
if (maxCount > 0)
{
request = request.Top(maxCount);
}
IGraphServiceUsersCollectionPage result = await request.GetAsync(cancellationToken).ConfigureAwait(false);
// The "Top" clause in Graph is just more about max number of results per page.
// This is unlike SQL where by the results are capped to max. In this case we will just
// take the result from the first page and don't move on.
return(result.CurrentPage);
}
public async System.Threading.Tasks.Task TestBatch()
{
IUserRequest meRequest = graphClient.Me.Request();
IGraphServiceUsersCollectionRequest newUserRequest = graphClient.Users.Request(); // We have the ./users URL, query parameters, and request headers.
User newUser = new User();
newUser.DisplayName = "New User";
newUser.UserPrincipalName = "*****@*****.**";
IDirectoryObjectWithReferenceRequest managerRequest = graphClient.Me.Manager.Request(); // We have the /me/manager URL, query parameters, and request headers.
IDriveItemChildrenCollectionRequest driveRequest = graphClient.Me.Drive.Root.Children.Request(); // We have the /me/drive/root/children URL, query parameters, and request headers.
IEducationRootRequest eduRequest = graphClient.Education.Request(); // We have the /education URL, query parameters, and request headers.
BatchContainer batchContainer = new BatchContainer();
BatchPart part1 = batchContainer.AddToBatch(meRequest, Method.GET); // I don't think we need a copy of the BatchPart.
batchContainer.AddToBatch(driveRequest, Method.GET);
batchContainer.AddToBatch(eduRequest, Method.GET);
batchContainer.AddToBatch(newUserRequest, Method.POST, 4, newUser, new BatchPart[] { part1 }); // We have to use reflection to determine which HttpVerb method we are using, and then, what
// the return type will be. This might be costly batch scenario can contain a large number
BatchResponse response = await graphClient.Batch.PostAsync(batchContainer); // of requests across many batches. I think we want to avoid reflection.
User me = (User)response.batchResponses.Where(i => i.id == 1).First().body; // No auto-deserialization.
User me2 = (User)response.batchResponses.Where(i => i.body.GetType() == typeof(User)).FirstOrDefault().body;
foreach (BatchResponsePart part in response.batchResponses)
{
var responseItem = part.body; // If we deserialize into a dynamic object, the customer would have
int statusCode = part.status;
}
Assert.IsNotNull(me.UserPrincipalName);
}
public async Task <IEnumerable <MMM.User> > GetNextPage(bool next)
{
IGraphServiceUsersCollectionPage users = null;
// We only support forward paging
if (next)
{
if (_next == null)
{
users = await _graphClient.Users.Request()
.Top(_pageSize)
.Filter(BuildFilter())
.GetAsync();
}
else
{
users = await _next.GetAsync();
}
}
_next = users.NextPageRequest;
return(users.Select(user => user.ConvertObject <MMM.User>()));
}
public static async Task <User[]> GetAllAsync(this IGraphServiceUsersCollectionRequest request)
{
var collectionPage = await request.GetAsync();
return(await GetAllAsync(collectionPage));
}
public async Task<IEnumerable<MMM.User>> GetNextPage(bool next)
{
IGraphServiceUsersCollectionPage users = null;
// We only support forward paging
if (next)
{
if (_next == null)
{
users = await _graphClient.Users.Request()
.Top(_pageSize)
.Filter(BuildFilter())
.GetAsync();
}
else
{
users = await _next.GetAsync();
}
}
_next = users.NextPageRequest;
return users.Select(user => user.ConvertObject<MMM.User>());
}
public static IGraphServiceUsersCollectionRequest Where(this IGraphServiceUsersCollectionRequest a, Expression <Predicate <User> > predicate)
{
string p = compilePredicate(predicate);
return(a.Filter(p));
}
