//private Utility_class_UserDAOMSSQL<Utility_class_User> _currentUserBaseMSSQLDAO = new Utility_class_UserDAOMSSQL<Utility_class_User>();
public bool TryUserLogin(string userName, string password, out LoginToken <T> token)
{
bool isUserExists = false;
LoginToken <T> loginToken = null;
//List<Utility_class_User> allTheusers = (_currentUserBaseMSSQLDAO as Utility_class_UserDAOMSSQL<Utility_class_User>).GetAll();
List <Utility_class_User> allTheusers = _currentUtility_Class_UserDAOMSSQL.GetAll();
Dictionary <string, Func <Utility_class_User, IPoco> > correlation = new Dictionary <string, Func <Utility_class_User, IPoco> >();
correlation.Add(typeof(Administrator).Name, (utility_user) => { return(_currentAdministratorDAOMSSQL.GetAdministratorByUserID(utility_user.ID)); });
correlation.Add(typeof(Customer).Name, (utility_user) => { return(_currentCustomerDAOMSSQL.GetCustomerByUserID(utility_user.ID)); });
correlation.Add(typeof(AirlineCompany).Name, (utility_user) => { return(_currentAirlineDAOMSSQL.GerAirlineCompanyByUserID(utility_user.ID)); });
foreach (var s in allTheusers)
{
string s_username = string.Empty;
if (s.USER_NAME.Length < 50)
{
s_username = s.USER_NAME;
}
else
{
s_username = EncryptionProvider.Decryprt(s.USER_NAME);
}
if (userName == s_username)
{
//isUserExists = true;
string s_password = string.Empty;
if (s.PASSWORD.Length < 50)
{
s_password = s.PASSWORD;
}
else
{
s_password = EncryptionProvider.Decryprt(s.PASSWORD);
}
if (password == s_password)
{
//var actualUser = correlation[s.USER_KIND](s);
isUserExists = correlation.TryGetValue(s.USER_KIND, out Func <Utility_class_User, IPoco> funcMethod);
var actualUser = funcMethod(s);
loginToken = new LoginToken <T>();
loginToken.ActualUser = actualUser as T;
loginToken.UserAsUser = s;
}
else
{
throw new WrongPasswordException(password);
}
}
}
if (!isUserExists)
{
throw new UserNotFoundException(userName);
}
token = loginToken;
return(isUserExists);
}
public Utility_class_User ValidateUser(string username, string password)
{
foreach (var s in _registeredUsersLst)
{
if (s.USER_NAME.Length > 50 && s.PASSWORD.Length > 50)
{
if (username == EncryptionProvider.Decryprt(s.USER_NAME) && password == EncryptionProvider.Decryprt(s.PASSWORD))
{
_registeredUser.PASSWORD = password;
_registeredUser.USER_NAME = username;
_registeredUser.USER_KIND = s.USER_KIND;
break;
}
}
}
return(_registeredUser);
}
/// <summary>
/// If the user credantials are valid, returns true by "return" and instance of "Utility_class_User" with validated unencrypted user name nd password and user role by "out",
/// in the "USER_NAME", "PASSWORD" and "USER_KIND" properties. Rest of the properties doesn't matter.
/// In this methos "Utility_class_User" used differently, here it's just a data bearing model for validated user credentials.
/// If the user credantials are not valid, returns false by "return" and null by "out".
/// </summary>
/// <param name="username">username</param>
/// <param name="password">password</param>
/// <param name="validatedUserModel">instance of "Utility_class_User" class with validated unecrypted user credentials. In this context used merely as a data bearing model for validated user credentials, only properties "USER_NAME", "PASSWORD" and "USER_KIND" are matters. "USER_KIND" bears user role.</param>
/// <returns></returns>
public bool ValidateUser(string username, string password, out Utility_class_User validatedUserModel)
{
bool isUserValid = false;
string s_USER_NAME = string.Empty;
string s_PASSWORD = string.Empty;
foreach (var s in _registeredUsersLst)
{
if (s.USER_NAME.Length > 50)
{
s_USER_NAME = EncryptionProvider.Decryprt(s.USER_NAME);
}
else
{
s_USER_NAME = s.USER_NAME;
}
if (s.PASSWORD.Length > 50)
{
s_PASSWORD = EncryptionProvider.Decryprt(s.PASSWORD);
}
else
{
s_PASSWORD = s.PASSWORD;
}
if (username == s_USER_NAME && password == s_PASSWORD)
{
_registeredUser.PASSWORD = password;
_registeredUser.USER_NAME = username;
_registeredUser.USER_KIND = s.USER_KIND;
isUserValid = true;
break;
}
}
if (!isUserValid)
{
_registeredUser = null;
}
validatedUserModel = _registeredUser;
return(isUserValid);
}
public bool ChangeMyPassword(LoginToken <AirlineCompany> token, string oldPassword, string newPassword, out bool isPasswordWrong)
{
bool isChanged = false;
if (CheckToken(token))
{
var utility_user = _utility_Class_UserDAO.GetUserByIdentifier(token.ActualUser);
string utility_user_PASSWORD = string.Empty;
if (utility_user.PASSWORD.Length > 50)
{
utility_user_PASSWORD = EncryptionProvider.Decryprt(utility_user.PASSWORD);
}
else
{
utility_user_PASSWORD = utility_user.PASSWORD;
}
if (utility_user_PASSWORD.Equals(oldPassword))
{
_airlineDAO.Update(token.ActualUser, utility_user.USER_NAME, newPassword);
}
else
{
isPasswordWrong = true;
//throw new WrongPasswordException(oldPassword);
}
var utility_userForChecking = _utility_Class_UserDAO.GetUserByIdentifier(token.ActualUser);
if (utility_userForChecking.PASSWORD.Equals(newPassword))
{
isChanged = true;
}
}
isPasswordWrong = false;
return(isChanged);
}