private void ProcessRequest(Request req, out ReturnRequest retreq, out SynchronizeRequest syncreq)
{
AuthImplement authimplement = new AuthImplement(m_AuthManager);
string token = "";
DateTime exptime = DateTime.Now;
bool result = false;
AuthResult authret = new AuthResult();
switch (req.m_RequestType) {
case RequestType.Authenticate:
authret = authimplement.Authenticate(req.m_Username, req.m_Password, out token);
authimplement.Validate(token, out exptime);
req.m_Token = token;
break;
case RequestType.CreateUser:
authret = authimplement.CreateUser(req.m_Username, req.m_Password, token);
break;
case RequestType.IsAdmin:
break;
case RequestType.Validate:
result = authimplement.Validate(req.m_Token, out exptime);
break;
}
// Make the ReturnRequest and SynchronizeRequest object
retreq = new ReturnRequest(authret, token, exptime, result, req.m_Signature);
syncreq = new SynchronizeRequest(req, m_ID, exptime);
}
// Call this function only with am locked
private void ProcessSynchronizeRequest(AuthManager am, SynchronizeRequest syncreq)
{
Request req = syncreq.m_Request;
string msg = "";
switch (req.m_RequestType)
{
// If we created a new user, just call the Register function
case RequestType.CreateUser:
am.Register(req.m_Username, req.m_Password, out msg);
break;
// If we generate a token for a user, we need to create this token for other co-existing authservers
case RequestType.Authenticate:
am.AddSynchronizedToken(req.m_Token, req.m_Username, syncreq.m_ExpTime);
break;
default:
break;
}
}