public Mesh GetMesh(TimeValue t)
{
if (_Object.CanConvertToType(ClassID.TriObject._IClass_ID) == 0)
{
return(null);
}
ITriObject tri = _Object.ConvertToType(t, ClassID.TriObject._IClass_ID) as ITriObject;
if (tri == null)
{
return(null);
}
Mesh r = new Mesh(tri.Mesh);
if (tri.Handle != _Object.Handle)
{
RefResult rr = tri.MaybeAutoDelete();
if (rr == RefResult.Fail)
{
throw new Exception("Failed to autodelete the tri-object");
}
}
return(r);
}
/// ------------------------------------------------------------------------------------
/// <summary>
/// Updates the Scripture reference for this footnote.
/// </summary>
/// ------------------------------------------------------------------------------------
private void UpdateFootnoteRef()
{
IScrBook owningBook = OwnerOfClass <IScrBook>();
if (owningBook == null)
{
throw new InvalidOperationException("Can not calculate footnote reference until footnote is inserted");
}
if (ParaContainingOrcRA == null)
{
return; // Would be better to throw an exception, but will happen in tests
}
BCVRef startRef = new BCVRef(owningBook.CanonicalNum, 0, 0);
BCVRef endRef = new BCVRef(owningBook.CanonicalNum, 0, 0);
IScrSection owningSection = ParaContainingOrcRA.OwnerOfClass <IScrSection>();
if (owningSection != null && BCVRef.GetChapterFromBcv(owningSection.VerseRefStart) ==
BCVRef.GetChapterFromBcv(owningSection.VerseRefEnd))
{
// Section only contains one chapter, so we know which chapter to use
startRef.Chapter = endRef.Chapter = BCVRef.GetChapterFromBcv(owningSection.VerseRefStart);
}
IStText owningText = (IStText)ParaContainingOrcRA.Owner;
for (int iPara = owningText.ParagraphsOS.IndexOf(ParaContainingOrcRA); iPara >= 0; iPara--)
{
IScrTxtPara para = (IScrTxtPara)owningText[iPara];
RefResult result = GetReference(owningBook, para, startRef, endRef);
if (result == RefResult.ScannedAllFootnotes)
{
return; // no need to finish since full scan updated my reference
}
if (result == RefResult.Found)
{
break;
}
}
if (owningSection != null)
{
if (startRef.Verse == 0)
{
startRef.Verse = endRef.Verse = new BCVRef(owningSection.VerseRefStart).Verse;
}
if (startRef.Chapter == 0)
{
startRef.Chapter = endRef.Chapter = new BCVRef(owningSection.VerseRefStart).Chapter;
}
}
FootnoteRefInfo = new RefRange(startRef, endRef);
}
public static int DoLogin(ref LoginAttempt loginAttempt, KoloAndroidEntities db, out string error)
{
error = "";
var refResult = new RefResult()
{
ResultCode = "FAIL"
};
var loginTime = DateTime.Now;
var idCustomer = loginAttempt.IdCustomer;
var customer = db.Customers
.Include("MobileDevices").Include("Person").Include("Registration")
.FirstOrDefault(c => c.IdCustomer == idCustomer);
if (customer != null)
{
var customerLogin = db.CustomerLogins.FirstOrDefault(c => c.IdCustomer == customer.IdCustomer);
loginAttempt.LoginTime = loginTime;
if (customerLogin != null)
{
var mobile = db.MobileDevices.FirstOrDefault(md => md.IdMobileDevice == customer.IdCustomer);
if (MobileDeviceHelper.SameMobileIds(mobile, loginAttempt) == true)
{
if (PasswordHasher.VerifyPassword(loginAttempt, customerLogin))
{
loginAttempt.ResultCode = "SUCCESS";
loginAttempt.IdCustomer = customer.IdCustomer;
db.LoginAttempts.Add(loginAttempt);
try
{
db.SaveChanges();
refResult.ResultCode = "SUCCESS";
return(loginAttempt.IdLoginAttempt);
}
catch (Exception ex)
{
error = ExceptionHelper.GetExceptionMessage(ex);
}
}
}
}
}
using (KoloAndroidEntities dbFail = new KoloAndroidEntities())
{
LoginAttempt la = new LoginAttempt()
{
ResultCode = "FAIL",
};
dbFail.LoginAttempts.Add(la);
dbFail.SaveChanges();
}
return(loginAttempt.IdLoginAttempt);
}
