public ActionResult getstatus()
{
var monitorQuery = new DBQuery();
monitorQuery["monitorinfo"][DBQuery.Condition] = DBQuery.All;
string result = "";
try
{
DBDocument resultDoc = monitorQuery.FindOne(new DBCallProperties()
{
RunWithPrivileges = 5
});
if (resultDoc == null)
{
return(new AjaxResult("ERROR. No result document found. To configure monitoring add monitorinfo collection to schema and insert one document with the desired response."));
}
result = resultDoc["info"];
}
catch (Exception ex)
{
result = "error: " + ex;
}
return(new AjaxResult(result));
}
public ActionResult impersonate(DataTree formData)
{
// Handle impersonation
string userId = formData["user"];
bool success = true;
try
{
if (string.IsNullOrEmpty(userId))
{
success = false;
}
if (success)
{
DBQuery userQuery = new DBQuery();
userQuery["user"][DBQuery.Condition] = Query.EQ("_id", new ObjectId(userId))
.ToString();
DataTree user = userQuery.FindOne();
Runtime.SessionManager.UnauthenticatedLogin(user["email"]);
return(Redirect(Runtime.HistoryManager.GetPreviousAddress()));
}
}
catch (Exception)
{
success = false;
logger.LogError("Failed to impersonate", userId);
}
return(View(success));
}
public ActionResult startworkonproject(string projectid)
{
if (!string.IsNullOrEmpty(projectid))
{
// When starting work first look for existing allocation without date. If we have one we should
// start that allocation instead of generating a new one.
var existingAllocationQuery = new DBQuery("startproject", "unscheduledallocation");
existingAllocationQuery.AddParameter("user", new ObjectId(Runtime.SessionManager.CurrentUser["_id"]));
existingAllocationQuery.AddParameter("project", new ObjectId(projectid));
DBDocument allocationEntry = existingAllocationQuery.FindOne();
if (allocationEntry == null)
{
allocationEntry = new DBDocument("allocationentry");
}
allocationEntry.AddRelation("project", projectid);
allocationEntry.AddRelation("user", Runtime.SessionManager.CurrentUser["_id"]);
allocationEntry["status"] = "In progress";
allocationEntry.UpdateDatabaseAsync();
return(new AjaxResult("success"));
}
else
{
return(new AjaxResult("No identifier provided. Cannot start work."));
}
}
public static bool AddPayrollFilter(
string collection,
string payrollperiodfilter,
List <IMongoQuery> timesheetEntryAndQueries,
bool hasFilters = false)
{
DataTree payrollPeriod = null;
if (!string.IsNullOrEmpty(payrollperiodfilter))
{
DBQuery payrollPeriodQuery = new DBQuery();
payrollPeriodQuery["payrollperiod"][DBQuery.Condition] = Query.EQ(DBQuery.Id, new ObjectId(payrollperiodfilter)).ToString();
payrollPeriod = payrollPeriodQuery.FindOne();
if (payrollPeriod != null)
{
if (collection == "dayentry")
{
// Nasty time hack to temporarily fix the issue of date picker not returning utc 00:00 based dates but rather including the time zone.
timesheetEntryAndQueries.Add(Query.GT("date", ((DateTime)payrollPeriod["startdate"]).AddHours(-12)));
timesheetEntryAndQueries.Add(Query.LTE("date", ((DateTime)payrollPeriod["enddate"]).AddHours(-12)));
}
else
{
DateTime startDate = (DateTime)payrollPeriod["startdate"];
DateTime endDate = (DateTime)payrollPeriod["enddate"];
// Convert dates to what would be the date's timestamp in local timezone. This is to take in to account the fact
// that dates are not timestamps and to compare between date and a datetime we must assign a timezone to the date.
startDate = new DateTime(startDate.Year, startDate.Month, startDate.Day, 0, 0, 0, DateTimeKind.Local);
endDate = new DateTime(endDate.Year, endDate.Month, endDate.Day, 0, 0, 0, DateTimeKind.Local);
// Return time as UTC. The end result is to shift the Date's corresponding timestamp to whatever UTC
// time would be at the local timezone.
timesheetEntryAndQueries.Add(Query.GT("starttimestamp", startDate.ToUniversalTime()));
timesheetEntryAndQueries.Add(Query.LTE("starttimestamp", endDate.ToUniversalTime()));
}
timesheetEntryAndQueries.Add(Query.EQ("clacontract", new ObjectId(payrollPeriod["clacontract"])));
hasFilters = true;
}
}
return(hasFilters);
}
public MC2Value trocurrentproject(DataTree itemSchema)
{
MC2Value value = null;
if ((bool)Runtime.CurrentActionCall.Parameters["socialproject"] == true && (bool)Runtime.Config["application"]["features"]["enablesocialproject"])
{
// Todo: cache value?
if (socialProject == null)
{
socialProject = new DBQuery("tro", "getsocialproject").FindOneAsync().Result;
}
value = socialProject;
}
else if ((bool)Runtime.CurrentActionCall.Parameters["fromhomescreen"] == true)
{
// Use either provided project from url or user's project
if (Runtime.CurrentActionCall.Parameters["workscheduleprojectid"].Exists)
{
value = DBDocument.FindOne("project", Runtime.CurrentActionCall.Parameters["workscheduleprojectid"]);
}
else
{
var userQuery = new DBQuery();
userQuery["user"][DBQuery.Condition] = Query.EQ(DBQuery.Id, new ObjectId(Runtime.SessionManager.CurrentUser["_id"]))
.ToString();
DataTree currentUser = userQuery.FindOne();
value = currentUser["currentproject"];
}
}
else
{
value = MC2EmptyValue.EmptyValue;
}
return(value);
}
