public ActionResult MyAccount(MyAccount model)
{
if (ModelState.IsValid)
{
SmartService smartService = new SmartService();
AccountType Account = new AccountType();
string key, toHash, token;
token = smartService.AuthToken();
if (token == "")
{
}
else
{
// Create a validation key based on the authentication token
//toHash = token;
//
string username = User.Identity.Name;
toHash = username.ToUpper() + "|" + token;
key = smartService.GetMd5Hash(MD5.Create(), toHash) + "|" + username;
//load account so we can preserve the password without the form on the front end.
Account = smartService.GetAccountDetails(key, username);
Account.username = username; //usernames are emails addresses... | might need changing
Account.password = Account.password; //to preserve the password
Account.firstname = model.firstname;
Account.surname = model.lastname;
Account.email = model.email;
Account.jobTitle = model.jobtitle;
Account.organisation = model.organization;
Account.telephone = model.number;
//Account.emailService = model.aoitext.ToString();
Account.country = model.country;
Account.address = model.address;
Account.emailService = model.sales;
List <TermType> Termlist = new List <TermType>();
foreach (UserTermData data in model.data)
{
if (data.remove == false)
{
TermType Term = new TermType();
Term.term = data.term;
Term.qualifier = data.qualifier;
Termlist.Add(Term);
}
}
if (model.addterm != null && model.addterm.Trim() != "")
{
//This needs to be made a lot better. added for now so we can test
List <string> drug = new List <string>(smartService.Drugs(model.addterm, 1));
List <string> man = new List <string>(smartService.Manufacturers(model.addterm, 1));
List <string> indi = new List <string>(smartService.Indications(model.addterm, 1));
List <string> dev = new List <string>(smartService.Devices(model.addterm, 1));
TermType Term = new TermType();
Term.term = model.addterm;
Term.qualifier = "";
Term.qualifier = (drug.Count() > 0) ? "Drug" : "";
Term.qualifier = (man.Count() > 0) ? "Manufacturer" : Term.qualifier;
Term.qualifier = (indi.Count() > 0) ? "Indication" : Term.qualifier;
Term.qualifier = (dev.Count() > 0) ? "Device" : Term.qualifier;
if (model.linkedterm != null && model.linkedterm.Trim() != "")
{
Term.term = String.Format("{0} AND {1}", Term.term, model.linkedterm);
List <string> drug1 = new List <string>(smartService.Drugs(model.linkedterm, 1));
List <string> man1 = new List <string>(smartService.Manufacturers(model.linkedterm, 1));
List <string> indi1 = new List <string>(smartService.Indications(model.linkedterm, 1));
List <string> dev1 = new List <string>(smartService.Devices(model.linkedterm, 1));
if (drug1.Count() > 0)
{
Term.qualifier = String.Format("{0} AND {1}", Term.qualifier, "Drug");
}
else if (man1.Count() > 0)
{
Term.qualifier = String.Format("{0} AND {1}", Term.qualifier, "Manufacturer");
}
else if (indi1.Count() > 0)
{
Term.qualifier = String.Format("{0} AND {1}", Term.qualifier, "Indication");
}
else if (dev1.Count() > 0)
{
Term.qualifier = String.Format("{0} AND {1}", Term.qualifier, "Device");
}
}
Termlist.Add(Term);
}
Account.areasOfInterest = Termlist.ToArray();
try
{
Account.emailServiceSpecified = true;
TempData["Message"] = smartService.UpdateAccountDetails(key, Account);
}
catch (Exception ex) // apparently not throwing the expected fault exception. handling argument exception instead.
{
if (ex is FaultException)
{
TempData["Error"] = "Error Message: " + ex.Message;
//TempData["ErrorDetail"] = "Error Detail: " + ex.Detail.errorDetails;
}
if (ex is ArgumentException)
{
TempData["Error"] = "Error Message: " + ex.Message;
}
}
}
return(RedirectToAction("MyAccount", "User")); //force it to reload the get request.
}
return(View(model));
}