// Dump in ASCII the TiParams structure to a buffer
int TiParams_Sprintf( TiParams *params, char *buf )
{
char id_str[4];
int rule;
// Check for Null pointer
if( params == (TiParams *)NULL )
{
fprintf( stderr, "%s: params=0\n", __FUNCTION__ );
return D_RetCode_Err_Null_Pointer;
}
if( buf == (char *)NULL )
{
fprintf( stderr, "%s: buf=0\n", __FUNCTION__ );
return D_RetCode_Err_Null_Pointer;
}
// If parameters were not set, just exit queitly
if( params->Id < 0 )
return D_RetCode_Sucsess;
// VME info
if( params->Id == 0 )
sprintf(id_str, "*");
else
sprintf(id_str, "%d", params->Id );
sprintf( buf, "%s# Ti %s configuration\n", buf, id_str );
if( params->Id > 0 )
{
sprintf( buf, "%s# Ti %s Slot %d BaseAdr_A24_Reg=0x%08x BaseAdr_A32_Fifo=0x%08x\n",
buf, id_str, params->Slot, params->BaseAdr_A24_Reg, params->BaseAdr_A32_Fifo );
sprintf( buf, "%s# Ti %s Slot %d Mblk Min=0x%08x Max=0x%08x Rank=%s\n",
buf, id_str, params->Slot,
params->BaseAdr_A32m_Com_Min, params->BaseAdr_A32m_Com_Max, MblkRank2Str( params->Mblk_Rank ) );
}
// Global parameters: defived from global parameters
sprintf( buf, "%s# Ti %s NbOfEvtPerBlk %d\n", buf, id_str, params->NbOfEvtPerBlk );
// Clk source: defived from global parameters
sprintf( buf, "%s# Ti %s ClkSrc %s\n", buf, id_str, TiClkSrc2Str(params->ClkSrc) );
// Trg source
sprintf( buf, "%sTi %s TrgSrc %s\n", buf, id_str, TiTrgSrc2Str(params->TrgSrc) );
// Syn source
sprintf( buf, "%sTi %s SynSrc %s\n", buf, id_str, TiSynSrc2Str(params->SynSrc) );
// Busy source
sprintf( buf, "%sTi %s BsySrc %s\n", buf, id_str, TiBsySrc2Str(params->BsySrc) );
// Trigger parameters
sprintf( buf, "%sTi %s TrgRate %d\n", buf, id_str, params->TrgRate );
sprintf( buf, "%sTi %s TrgPrescale %d\n", buf, id_str, params->TrgPrescale );
sprintf( buf, "%sTi %s TrgTimPar %d %d\n", buf, id_str, params->TrgDel_4ns, params->TrgWid_4ns );
for( rule=0; rule<Def_Ti_TrgRules_MaxNum; rule++ )
sprintf( buf, "%sTi %s TrgRule %d %3d %d \n", buf, id_str, rule+1, params->TrgRules_UnitCount[rule], params->TrgRules_TimeUnit[rule] );
// Sync parameters
sprintf( buf, "%sTi %s SynDel %d\n", buf, id_str, params->SynDel_4ns );
// Format: if set enables extended EventId and Timestamp
sprintf( buf, "%sTi %s ExtEidTstp %d\n", buf, id_str, params->ExtEidTstp );
// Trigger inhibit threshold in event blocks
sprintf( buf, "%sTi %s TrgInhThr %d\n", buf, id_str, params->TrgInhThr );
// All went fine
return D_RetCode_Sucsess;
}
// Dump in ASCII the BecParams structure to a buffer
int BecParams_Sprintf( BecParams *params, char *buf )
{
int beu;
int feu;
// Check for Null pointer
if( params == (BecParams *)NULL )
{
fprintf( stderr, "%s: params=0\n", __FUNCTION__ );
return D_RetCode_Err_Null_Pointer;
}
if( buf == (char *)NULL )
{
fprintf( stderr, "%s: buf=0\n", __FUNCTION__ );
return D_RetCode_Err_Null_Pointer;
}
// If parameters were not set, just exit queitly
if( params->Config_Id < 0 )
return D_RetCode_Sucsess;
// Create info
sprintf( buf, "%sBec %d CrateId %d\n", buf, params->Config_Id, params->Crate_Id );
// SD
sprintf( buf, "%sBec %d Slot %d Sd %d\n",
buf, params->Config_Id, params->Sd_Slot, params->Sd_Id );
// TI
sprintf
(
buf,
"%sBec %d Slot %d Ti %d 0x%08x 0x%08x Mblk %s\n",
buf,
params->Config_Id, params->Ti_Slot, params->Ti_Id, params->Ti_BaseAdr_A24_Reg, params->Ti_BaseAdr_A32_Fifo,
MblkRank2Str(params->Ti_Mblk_Rank)
);
// Beu
for( beu=1; beu<DEF_MAX_NB_OF_BEU; beu++ )
{
if( (DEF_MIN_BEU_SLOT <= params->Beu_Slot[beu]) && (params->Beu_Slot[beu] <= DEF_MAX_BEU_SLOT) )
{
sprintf
(
buf,
"%sBec %d Slot %d Beu %d 0x%08x 0x%08x Mblk %s\n",
buf,
params->Config_Id, params->Beu_Slot[beu], params->Beu_Id[beu], params->Beu_BaseAdr_A24_Reg[beu], params->Beu_BaseAdr_A32_Fifo[beu],
MblkRank2Str(params->Beu_Mblk_Rank[beu])
);
}
}
// Common A32 memory address space
sprintf
(
buf, "%sBec %d BaseAdr_A32m_Com %1d 0x%08x 0x%08x\n", buf,
params->Config_Id, params->BaseAdr_A32m_Com_Enb,
params->BaseAdr_A32m_Com_Min, params->BaseAdr_A32m_Com_Max
);
// System topology
sprintf( buf, "%s# BE Crate %d topology\n", buf, params->Config_Id );
for( beu=1; beu<DEF_MAX_NB_OF_BEU; beu++ )
{
if( (DEF_MIN_BEU_SLOT <= params->Beu_Slot[beu]) && (params->Beu_Slot[beu] <= DEF_MAX_BEU_SLOT) )
{
sprintf( buf, "%sBec %d Beu %d Feu", buf, params->Config_Id, beu );
for( feu=0; feu<DEF_MAX_NB_OF_FEU_PER_BEU; feu++ )
{
if( params->BeuFeuConnectivity[beu][feu] < 0 )
sprintf( buf, "%s M", buf );
else if( params->BeuFeuConnectivity[beu][feu] == 0 )
sprintf( buf, "%s E", buf );
else if( params->BeuFeuConnectivity[beu][feu] <= DEF_MAX_NB_OF_FEU )
sprintf( buf, "%s %2d", buf, params->BeuFeuConnectivity[beu][feu] );
else
{
fprintf( stderr, "%s: Usupported FeuId=%d (>%d) for beu %d connection %d\n",
__FUNCTION__, params->BeuFeuConnectivity[beu][feu], DEF_MAX_NB_OF_FEU-1, beu, feu );
return D_RetCode_Err_Wrong_Param;
}
}
}
else if( params->Beu_Slot[beu] != 0 )
{
fprintf( stderr, "%s: BeuSlot=%d not in range [%d;%d] for beu %d\n",
__FUNCTION__, params->Beu_Slot[beu], DEF_MIN_BEU_SLOT, DEF_MAX_BEU_SLOT, beu );
return D_RetCode_Err_Wrong_Param;
}
sprintf( buf, "%s\n", buf );
}
for( feu=1; feu<DEF_MAX_NB_OF_FEU; feu++ )
{
if( params->FeuId2BeuId[feu] == 0 )
{
fprintf( stderr, "%s: Usupported BeuId 0 for feu %d\n", __FUNCTION__, feu );
return D_RetCode_Err_Wrong_Param;
}
if( ((feu-1) % 4) == 0 )
sprintf( buf, "%s#", buf );
sprintf( buf, "%s Feu %2d <-> ", buf, feu );
if( params->FeuId2BeuId[feu] > 0 )
{
if( (params->FeuId2BeuLnkId[feu]<0) || (DEF_MAX_NB_OF_FEU_PER_BEU<=params->FeuId2BeuLnkId[feu]) )
{
fprintf( stderr, "%s: Usupported beu %d link=%d for feu %d, must be in [0;%d] range\n",
__FUNCTION__, params->FeuId2BeuId[feu], params->FeuId2BeuId[feu], feu, DEF_MAX_NB_OF_FEU_PER_BEU-1 );
return D_RetCode_Err_Wrong_Param;
}
sprintf( buf, "%s Beu=%1d Lnk=%2d", buf, params->FeuId2BeuId[feu], params->FeuId2BeuLnkId[feu] );
}
else
sprintf( buf, "%s Inactive ", buf );
if( feu % 4 )
sprintf( buf, "%s ", buf );
else
sprintf( buf, "%s\n", buf );
}
// All went fine
return D_RetCode_Sucsess;
}
