public void TestResolveParameters()
{
var result = OutgoingMailMessage.ResolveParameters("$L$orem $ipsum$ dolor $$s$i$t$$ amet$blank$, $ $consectetuer $0.99 ad$i$p$i$scing $$elit$. $$$Aenean$ $commodo$ $l$igula eget $dol$or.",
new Dictionary <string, string>
{
{ "i", "i" },
{ "L", "L" },
{ "ipsum", "ipswich" },
{ "Aenean", "dol$" },
{ "corpus", "sodalitas" },
{ "nothing", "nil" },
{ "blank", "" },
{ "dol", "do" }
});
Assert.AreEqual("Lorem ipswich dolor $sit$ amet, $ $consectetuer $0.99 adipiscing $elit$. $dol$ $commodo$ $l$igula eget door.", result);
}
public ResetPasswordResponse ResetPassword(ResetPasswordRequest request)
{
Platform.CheckForNullReference(request, "request");
Platform.CheckMemberIsSet(request.UserName, "UserName");
var now = Platform.Time;
var user = GetUser(request.UserName);
// ensure user found, account is active and the current password is correct
if (string.IsNullOrEmpty(user.EmailAddress))
{
throw new RequestValidationException(SR.MessageEmailAddressNotConfigured);
}
// ensure user found, account is active and the current password is correct
if (user == null || !user.IsActive(now))
{
// no such user, account not active, or invalid password
// the error message is deliberately vague
throw new UserAccessDeniedException();
}
// Just use the .NET routine
var newPassword = Membership.GeneratePassword(8, 1);
var expiryTime = Platform.Time;
// change the password
user.ChangePassword(newPassword, expiryTime);
// send email
var settings = new PasswordResetEmailSettings();
var mail = new OutgoingMailMessage(
settings.FromAddress,
user.EmailAddress,
settings.SubjectTemplate.Replace("$USER", user.DisplayName),
settings.BodyTemplate.Replace("$USER", user.DisplayName).Replace("$PASSWORD", newPassword),
settings.BodyTemplate.ToLower().Contains("html"));
mail.Enqueue(OutgoingMailClassification.Normal);
return(new ResetPasswordResponse(user.EmailAddress));
}
public ResetPasswordResponse ResetPassword(ResetPasswordRequest request)
{
Platform.CheckForNullReference(request, "request");
Platform.CheckMemberIsSet(request.UserName, "UserName");
var now = Platform.Time;
var user = GetUser(request.UserName);
// ensure user found, account is active and the current password is correct
if (string.IsNullOrEmpty(user.EmailAddress))
{
throw new RequestValidationException(SR.MessageEmailAddressNotConfigured);
}
// ensure user found, account is active and the current password is correct
if (user == null || !user.IsActive(now))
{
// no such user, account not active, or invalid password
// the error message is deliberately vague
throw new UserAccessDeniedException();
}
// Just use the .NET routine
var newPassword = Membership.GeneratePassword(8, 1);
var expiryTime = Platform.Time;
// change the password
user.ChangePassword(newPassword, expiryTime);
// send email
var settings = new PasswordResetEmailSettings();
var mail = new OutgoingMailMessage(
settings.FromAddress,
user.EmailAddress,
settings.SubjectTemplate.Replace("$USER", user.DisplayName),
settings.BodyTemplate.Replace("$USER", user.DisplayName).Replace("$PASSWORD", newPassword),
settings.BodyTemplate.ToLower().Contains("html"));
mail.Enqueue(OutgoingMailClassification.Normal);
return new ResetPasswordResponse(user.EmailAddress);
}
public void TestResolveParametersLazy()
{
var countI = 0;
var countL = 0;
var countIpsum = 0;
var countAenean = 0;
var countCorpus = 0;
var countNothing = 0;
var countBlank = 0;
var countDol = 0;
var state = new Object();
var result = OutgoingMailMessage.ResolveParameters("$L$orem $ipsum$ dolor $$s$i$t$$ amet$blank$, $ $consectetuer $0.99 ad$i$p$i$scing $$elit$. $$$Aenean$ $commodo$ $l$igula eget $dol$or.", state,
new Dictionary <string, Func <Object, string> >
{
{
"i", s =>
{
countI++;
return("i");
}
},
{
"L", s =>
{
countL++;
return("L");
}
},
{
"ipsum", s =>
{
countIpsum++;
return("ipswich");
}
},
{
"Aenean", s =>
{
countAenean++;
return("dol$");
}
},
{
"corpus", s =>
{
countCorpus++;
return("sodalitas");
}
},
{
"nothing", s =>
{
countNothing++;
return("nil");
}
},
{
"blank", s =>
{
countBlank++;
return("");
}
},
{
"dol", s =>
{
countDol++;
return("do");
}
}
});
Assert.AreEqual("Lorem ipswich dolor $sit$ amet, $ $consectetuer $0.99 adipiscing $elit$. $dol$ $commodo$ $l$igula eget door.", result);
Assert.AreEqual(1, countI, "function 'i' should have been evaluated exactly once");
Assert.AreEqual(1, countL, "function 'L' should have been evaluated exactly once");
Assert.AreEqual(1, countIpsum, "function 'ipsum' should have been evaluated exactly once");
Assert.AreEqual(1, countAenean, "function 'Aenean' should have been evaluated exactly once");
Assert.AreEqual(0, countCorpus, "function 'corpus' should not have been evaluated at all");
Assert.AreEqual(0, countNothing, "function 'nothing' should not have been evaluated at all");
Assert.AreEqual(1, countBlank, "function 'blank' should have been evaluated exactly once");
Assert.AreEqual(1, countDol, "function 'dol' should have been evaluated exactly once");
}
