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user.CreationDate = DateTime.Now; user.LastActivityDate = DateTime.Now; user.LastPasswordChangeDate = DateTime.Now; // Add the user to the store CurrentStore.Users.Add(user); CurrentStore.Save(); status = MembershipCreateStatus.Success; return CreateMembershipFromInternalUser(user); } catch { throw; } } Finally, the method needs to return an instance of MembershipUser to the calling Membership class with the details of the created user. For this purpose, you just need to match the properties of your SimpleUser instance to the properties of the MembershipUser, as shown in the following function: private MembershipUser CreateMembershipFromInternalUser(SimpleUser user) { MembershipUser muser = new MembershipUser(base.Name, user.UserName, user.UserKey, user.Email, user.PasswordQuestion, string.Empty, true, false, user.CreationDate, user.LastLoginDate, user.LastActivityDate, user.LastPasswordChangeDate, DateTime.MaxValue); return muser; } As you can see, this mapping creates an instance of MembershipUser and passes the appropriate properties from your own SimpleUser as constructor parameters. Next, take a look at the validation functions for validating the user name, e-mail, and password: private bool ValidatePassword(string password) { bool IsValid = true; Regex HelpExpression; // Validate simple properties IsValid = IsValid && (password.Length >= this.MinRequiredPasswordLength); // Validate non-alphanumeric characters HelpExpression = new Regex(@"\W"); IsValid = IsValid && ( HelpExpression.Matches(password).Count >= this.MinRequiredNonAlphanumericCharacters); // Validate regular expression HelpExpression = new Regex(this.PasswordStrengthRegularExpression); IsValid = IsValid && (HelpExpression.Matches(password).Count > 0); return IsValid; }

The password validation first verifies the length of the password If the password is too short, it returns false It then verifies through the NET Framework regular expression classes whether the number of nonalphanumeric characters in the password is high enough according to the MinRequireNonAlphanumericCharacters and then validates the password again through regular expressions against the PasswordStrengthRegularExpression If all these checks pass, the function returns true If these checks don t pass, it returns false Now let s take a closer look at the method for validating the user name and the e-mail Both need to be unique in the underlying store private bool ValidateUsername(string userName, string email, Guid excludeKey) { bool IsValid = true; UserStore store = UserStoreGetStore(_FileName); foreach (SimpleUser user in storeUsers) { if (userUserKeyCompareTo(excludeKey) != 0) { if (stringEquals(userUserName, userName, StringComparisonOrdinalIgnoreCase)) { IsValid = false; break; } if (stringEquals(user.

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Email, email, StringComparisonOrdinalIgnoreCase)) { IsValid = false; break; } } } return IsValid; } As you can see in the previous snippet, user validation is fairly simple The code goes through the users in the CurrentStore and verifies whether there is any user with the same user name or e-mail If that s the case, the function returns false or otherwise true The last interesting part in the CreateUser method is how the password is set for the user Through the PasswordFormat property, every provider has three types for storing the password: clear, hashed, and encrypted The CreateUser method uses a private helper method of the XmlMembershipProvider class called TransFormPassword, as follows: userPassword = this.

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Within that form, not all of the fields should display in a simple list from top to bottom. The full address can be displayed in a more familiar format by putting the , and fields in a tuple so they all end up on the same line. The slug is placed next to the address, since it will be populated based on that information. The sales fields can be placed in a separate grouping, as can the fields related to size, with a heading to set each group apart.

TransformPassword(password); This method queries the current setting for the PasswordFormat property, and according to the setting it leaves the password as clear text, creates a hash for the password, or encrypts the password, as follows: private string TransformPassword(string password) { string ret = stringEmpty; switch (PasswordFormat) {.

case MembershipPasswordFormat.Clear: ret = password; break; case MembershipPasswordFormat.Hashed: ret = FormsAuthentication.HashPasswordForStoringInConfigFile( password, "SHA1"); break; case MembershipPasswordFormat.Encrypted: byte[] ClearText = Encoding.UTF8.GetBytes(password); byte[] EncryptedText = base.EncryptPassword(ClearText); ret = Convert.ToBase64String(EncryptedText); break; } return ret; } If the password format is set to Clear, it just returns the clear-text password. In the case of the Hashed setting, it creates the simple hash through the forms authentication utility method and then returns the hash for the password. The last possible option stores the password encrypted in the database, which has the advantage that the password can be retrieved from the database through decryption. In that case, the method uses the EncryptPassword method from the base class implementation for encrypting the password. This method uses a key stored in machine.config for encrypting the password. If you are using this in a web farm environment, you have to sync the key stored in machine.config on every machine so that a password encrypted on one machine of the farm can be decrypted on another machine on the web farm properly.

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