void AuthService::verifyEmailAddress(const User& user, const std::string& address)
const
{
user.setUnverifiedEmail(address);
std::string random = WRandom::generateId(tokenLength_);
std::string hash = tokenHashFunction()->compute(random, std::string());
Token t(hash,
WDateTime::currentDateTime().addSecs(emailTokenValidity_ * 60));
user.setEmailToken(t, User::VerifyEmail);
sendConfirmMail(address, user, random);
}
void WsNewsLetter::createUser()
{
bool knownEmail = false;
//API call known email. Set the bool knownEmail
if(knownEmail)
return;
if(emailLE_->validate() == WValidator::Invalid){
new WText("Invalid mail.", this);
return;
}
WString text = "";
std::string random = WRandom::generateId(10);
Auth::SHA1HashFunction hf;
std::string hash = hf.compute(random, std::string());
{
dbo::Transaction transaction(session_);
EmailToken *eToken = new EmailToken();
eToken->email = emailLE_->text().toUTF8();
eToken->token = hash;
eToken->currentDate = WDate::currentDate();
EmailTokens eTokens = session_.find<EmailToken>().where("email = ?").
bind(emailLE_->text().toUTF8());
session_.add(eToken);
if(eTokens.size() != 0){
//Print debug info to the screen.
text += "rendom = ";
text += random;
text += " hash = ";
text += hash;
text += " Email token is already in db - it will be overwriten?";
new WText(text, this);
}
}
sendConfirmMail(emailLE_->text().toUTF8(),random);
}
