Declared in file: hzSMAR.h
Defined in file : hzSMAR.cpp

Function Logic:

Function body:

void hzSMAR::Report (hzChain& report)
{
   _hzfunc("hzSMAR::Report") ;
   uint32_t    nF ;        //  Freelist loop counter
   uint32_t    nAddr ;     //  Addr in FL
   uint32_t    nSize ;     //  Size of free list entries
                           //  uint32_t nPop ;  // Population of free list entries for the given size
   if (!this)
       hzexit(E_CORRUPT, "No instance") ;
   report.Clear() ;
   report << "SSR Integrity Report\n" ;
   threadLog("case 1\n") ;
   report.Printf("Live Item population: %s\n", FormalNumber(m_nLive)) ;
   threadLog("case 2\n") ;
   report.Printf("Total allocations:    %s\n", FormalNumber(m_nAllocNew + m_nAllocOld)) ;
   threadLog("case 3\n") ;
   report.Printf("New allocs:           %s\n", FormalNumber(m_nAllocNew)) ;
   threadLog("case 4\n") ;
   report.Printf("Reallocations:        %s\n", FormalNumber(m_nAllocOld)) ;
   threadLog("case 5\n") ;
   report.Printf("Total releases (free) %s\n", FormalNumber(m_nReleases)) ;
   threadLog("case 6\n") ;
   report << "Freelists\n" ;
   threadLog("case 7\n") ;
   for (nF = 0; nF < 4096;nF++)
   {
       if (!m_arrFL[nF])
           continue ;
       nAddr = m_arrFL[nF] ;
       report.Printf("\tUnit %u: %u:%u\n", nF * 4,(nAddr & SMAR_BLOC_MASK) >> 16,nAddr& SMAR_SLOT_MASK) ;
   }
   threadLog("case 8\n") ;
   /*
   **  for (n = 0 ; n < 32 ; n++)
   **   {
   **    if (m_flistItem[n] == 0 && m_flistPopl[n] == 0)
   **     continue ;
   **  
   **    if (m_flistItem[n] && m_flistPopl[n])
   **    {
   **     report.Printf("\tUnit %u: %s\n", n+1, FormalNumber(m_flistPopl[n])) ;
   **     continue ;
   **    }
   **  
   **    //Z.Printf("\tError found for n=%u\n", n+1) ;
   **    report.Printf("\tUnit %u: Error free list addr %u, population %s\n", n+1, m_flistItem[n], FormalNumber(m_flistPopl[n])) ;
   **   }
   **      */
   //  threadLog("SSR Integrity Report\n") ;
   //  threadLog("Live Item population: %u\n", m_nLive) ;
   //  threadLog("Total allocations:    %u\n", (m_nAllocNew + m_nAllocOld)) ;
   //  threadLog("New allocs:           %u\n", m_nAllocNew) ;
   //  threadLog("Reallocations:        %u\n", m_nAllocOld) ;
   //  threadLog("Total releases (free) %u\n", m_nReleases) ;
   //  threadLog("Freelists\n") ;
   /*
   **  for (n = 0 ; n < 32 ; n++)
   **   {
   **    if (m_flistItem[n] == 0 && m_flistPopl[n] == 0)
   **     continue ;
   **  
   **    if (m_flistItem[n] && m_flistPopl[n])
   **    {
   **     threadLog("\tUnit %u: %u\n", n+1, m_flistPopl[n]) ;
   **     continue ;
   **    }
   **  
   **    threadLog("\tError found for n=%u\n", n+1) ;
   **   }
   **      */
   //  threadLog(Z) ;
}