public void TestLoginUnencryptFactors()
{
var app = Startup.BooksApp;
var session = app.OpenSystemSession();
//create couple of encrypted factors
var loginStt = app.GetConfig <LoginModuleSettings>();
var loginSrv = app.GetService <ILoginManagementService>();
var stanLogin = session.EntitySet <ILogin>().First(lg => lg.UserName == "stan");
var encrStanEmail1 = session.NewOrUpdate(null, "*****@*****.**", loginStt.EncryptionChannelName);
var encrStanEmail2 = session.NewOrUpdate(null, "*****@*****.**", loginStt.EncryptionChannelName);
//we need to save it before assigning to factor - auto-sorting of updates would not work in this case (we ref by info_id!)
session.SaveChanges();
//create factor records
var f1 = session.NewEntity <ILoginExtraFactor>();
f1.Login = stanLogin;
f1.FactorType = ExtraFactorTypes.Email;
f1.Info_Id = encrStanEmail1.Id;
var f2 = session.NewEntity <ILoginExtraFactor>();
f2.Login = stanLogin;
f2.FactorType = ExtraFactorTypes.Email;
f2.Info_Id = encrStanEmail2.Id;
session.SaveChanges();
// Now call decrypting method used in migrations
session = app.OpenSystemSession();
LoginModule.UnencryptFactorValues(session);
// check that values now are unencrypted
session = app.OpenSystemSession();
f1 = session.GetEntity <ILoginExtraFactor>(f1.Id);
Assert.AreEqual("*****@*****.**", f1.FactorValue, "Factor value does not match.");
f2 = session.GetEntity <ILoginExtraFactor>(f2.Id);
Assert.AreEqual("*****@*****.**", f2.FactorValue, "Factor value does not match.");
}