Log a user in as admin. This is done without password checking. As the supplied m_Uname parameter is always a percent entity, this must be evaluated before use.

Declared in file: hzDissemino.h
Defined in file : hdsExec.cpp

Function Logic:

Function body:

hzEcode hdsExec::Logon (hzChain& errorReport)hzHttpEvent* pE, 
{
   //  Log a user in as admin. This is done without password checking. As the supplied m_Uname parameter is always a percent entity, this must be evaluated
   //  before use.
   //  
   //  Arguments: 1) error The error report chain
   //     2) pE  The HTTP event pointer
   //  
   //  Returns: E_NOTFOUND If there is no session or if the username is not established
   //     E_OK  If the username is established
   _hzfunc("hdsExec::Logon") ;
   hdbObject       uObj ;          //  User object
   hzAtom          atom ;          //  Atom for fetching values
   hdsInfo*        pInfo ;         //  Session
   hdbObjRepos*    pRepos ;        //  User class repos
                                   //  hdbMember*  pMbr ;   // Member (of subscriber class)
   hzString        tmpStr ;        //  Temp string
   hzString        m_Uname ;       //  Username resolved form percent entity
   hzString        unam ;          //  Username resolved form percent entity
   uint32_t        bAccess ;       //  Object id in the base user cache
   uint32_t        objId ;         //  Object id in the base user cache
   hzEcode         rc ;            //  Return code
   m_Uname = m_pApp->m_ExecParams[m_FstParam] ;
   pInfo = (hdsInfo*) pE->Session() ;
   if (pInfo)
       { errorReport.Printf("Cannot logon user implied by %s as there is already a session in place\n", *m_Uname) ; return E_NOTFOUND ; }
   if (m_Uname[0]!= CHAR_PERCENT)
       unam = m_Uname ;
   else
   {
       rc = m_pApp->PcEntConv(atom, m_Uname, pE) ;
       if (rc != E_OK)
       {
           errorReport.Printf("Cannot logon user as %s does not evaluate\n", *m_Uname) ;
           return E_NOTFOUND ;
       }
       unam = atom.Str() ;
   }
   errorReport.Printf("Trying username %s\n", *unam) ;
   rc = m_pApp->m_ADP.m_pReposSubscriber->Exists(objId, m_pApp->m_ADP.m_pMbr_Subscriber_username, atom) ;
   if (rc != E_OK)
       { errorReport.Printf("User %s not found\n", *unam) ; return E_NOTFOUND ; }
   if (!objId)
       { errorReport.Printf("User %s not found case 2\n", *unam) ; return E_NOTFOUND ; }
   //  Log user in as a user of the appropriate class
   pInfo->m_SubId = objId ;
   m_pApp->m_SessCookie.Insert(pE->Cookie(), pInfo) ;
   rc = m_pApp->m_ADP.m_pReposSubscriber->Fetch(uObj, objId) ;
   if (rc != E_OK)
   {
       errorReport.Printf("Could not fetch subscriber user type with obj id %d\n", objId) ;
       return rc ;
   }
   tmpStr = atom.Str() ;
   bAccess = m_pApp->m_UserTypes[tmpStr] ;
   pRepos = m_pApp->m_ADP.GetObjRepos(tmpStr) ;
   if (!pRepos)
       { errorReport.Printf("User type [%s] not located\n", *tmpStr) ; return E_NOTFOUND ; }
   pInfo->m_UserRepos = pRepos->DeltaId() ;
   //  Get user id from the subscriber object
   uObj.GetValue(atom, m_pApp->m_ADP.m_pMbr_Subscriber_UID) ;
   pInfo->m_UserId = atom.Int32() ;
   if (rc == E_OK)
   {
       pInfo->m_Access &= ACCESS_ADMIN ;
       pInfo->m_Access |= bAccess ;
   }
   return rc ;
}