Problem with ahdlcmi module library

ahdlcmicompile: Compiling ahdlcmi in /home/dadras/simulation/test/resistor2/maestro/results/maestro/ExplorerRun.0/sharedData/CDS/ahdl/input.ahdlSimDB/fab661f1fa96360ff38130bd9cccbf21.resistor1.ahdlcmi/Linux-64/ for Linux-64 with optimize using gcc on Mon Jun 28 14:52:10 EEST 2021 [5.0]
ahdlcmicompile: Generating makefile
PATH:  /eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/bin:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/bin/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/bin:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/bin:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/bin:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/bin/64bit:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/share/oa/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/mainwin540/mw/bin-amd64_linux_optimized:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/mainwin540/mw/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/bin:/opt/JDK18/bin:/eda/cadence/2017-18/RHELx86/INCISIVE_15.20.038/kits/VerificationKit/bin:/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/cad/tt/lnx/bin:/cad/MATLAB/R2021a/bin:/cad/sigasi:/cad/ard/bin:/cad/argo/bin:/cad/bista:/cad/jsp:/cad/eagle/7.7.0/bin:/cad/bc:/eda/cadence/2017-18/RHELx86/INCISIVE_15.20.038/bin:/eda/cadence/2017-18/RHELx86/INCISIVE_15.20.038/tools/bin:/eda/cadence/2017-18/RHELx86/INCISIVE_15.20.038/tools/systemc/gcc/bin:/eda/cadence/2017-18/RHELx86/CONFRML_17.10.240/bin:/eda/cadence/2017-18/RHELx86/INNOVUS_17.11.000/bin:/eda/cadence/2017-18/RHELx86/GENUS_17.11.000/bin:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/dfII/bin:/eda/cadence/2017-18/RHELx86/EXT_17.12.000/bin:/eda/cadence/2017-18/RHELx86/ASSURA_04.15.111/tools/bin:/eda/cadence/2017-18/RHELx86/ASSURA_04.15.111/tools/assura/bin:/eda/cadence/2017-18/RHELx86/ASSURA_04.15.111/bin:/eda/cadence/2017-18/RHELx86/INDAGO_17.04.014/bin:/eda/cadence/2017-18/RHELx86/JASPER_2017.09.000/jasper_2017.09/bin:/eda/cadence/2017-18/RHELx86/JLS_17.11.000/bin:/eda/cadence/2017-18/RHELx86/LIBERATE_16.14.122/bin:/eda/cadence/2017-18/RHELx86/MDV_17.04.006/bin:/eda/cadence/2017-18/RHELx86/MODUS_17.10.000/bin:/eda/cadence/2017-18/RHELx86/MVS_17.13.000/bin:/eda/cadence/2017-18/RHELx86/PVS_16.11.000/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/dfII/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/pcb/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/fet/bin:/eda/cadence/2017-18/RHELx86/SIG_17.00.006/tools/bin:/eda/cadence/2017-18/RHELx86/SSV_17.11.000/bin:/eda/cadence/2017-18/RHELx86/STRATUS_17.13.100/bin:/eda/cadence/2017-18/RHELx86/VIPCAT_11.30.051/tools/bin:/cad/dk/c/tsmc/LP/bin
LD_LIBRARY_PATH:  /eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/giganta/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/mdl/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/mmsim/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/tcltk-8.4.20/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/inca/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/dfII/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/lib/64bit:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/lib:/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/lib/64bit/SuSE/SLES11:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/lib:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/lib/SuSE/SLES12:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/share/oa/lib/linux_rhel50_gcc48x_64/opt:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/Qt/64bit/lib:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/dfII/lib/64bit:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/sev/lib/64bit:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/lib/64bit:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/hdf5/lib/64bit:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/lz4/lib/64bit:/eda/cadence/2017-18/RHELx86/INCISIVE_15.20.038/tools.lnx86/lib/64bit:/eda/cadence/2017-18/RHELx86/IC_6.1.7.715/tools/lib/64bit/SuSE/SLES12:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/lib/i386/server:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/lib/i386:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre64/lib/amd64/server:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/Qt/64bit/lib:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/mainwin540/mw/../misc/linux/gcc/fixed3/lib:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/bin:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/mainwin540/mw/lib-amd64_linux_optimized:/usr/dt/lib:/usr/openwin/lib:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/lib/64bit:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/dfII/lib/64bit:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/lib:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/lib/i386/client:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/lib/i386/native_threads:/eda/cadence/2017-18/RHELx86/SPB_17.20.028/tools/jre/lib/i386:/usr/openwin/lib
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/bin/gnumake -j32 -f GNUmakefile
Cleaning ./obj/optimize/5.0
rm -f -rf ./obj/optimize/5.0
Compiling C file resistor1.c (optimize)
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/cdsgcc/gcc/4.8/bin/gcc  -march=k8 -ffast-math  -fno-unsafe-math-optimizations -O3 -m64 -DSYSV -DSVR4 -D_REENTRANT -fPIC   -DconfigSPECTRE -I. -I/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include -c resistor1.c -o obj/optimize/5.0/resistor1.o || rm -f -f obj/optimize/5.0/resistor1.o
resistor1.c: In function 'resistor1_pDC_Load':
resistor1.c:979:966: warning: passing argument 1 of 'aslDevFillZeorDiagonalElemet' makes pointer from integer without a cast [enabled by default]
  aslDevSetAnalysisNameAndType( NULL, &(pfuncModeParam->analType) ); pfuncModeParam->pModelKnot_ = pModelKnot; if (aslDevAutomaticSourceRamping() && ((1.0 - aslDevSpectreSourceLevel(pfuncModeParam)) > machResolution))  pfuncModeParam->doSourceRamping_ = doSourceRamping = 1; pfuncModeParam->pStaticRHS_ = StaticRHS; pfuncModeParam->pStaticRHS_AbsSum_ = StaticRHS_AbsSum; pfuncModeParam->nAhdlWhatsNeeded_ = WhatsNeeded; pfuncModeParam->pFuncSolution_ = Solution; pfuncModeParam->nInDC_ = 1; pfuncModeParam->codeSection_ = 2; if (Time) {  pfuncModeParam->analTime = Time->Real;  anal_mode = 64 | 2; } else {  pfuncModeParam->analTime = 0.0;  anal_mode = 2; } while (pModelKnot) {  pfuncModeParam->pModelKnot_ = pModelKnot;  pInstKnot = devGetModelInstances(pModelKnot);  while (pInstKnot) {   pfuncModeParam->pInstKnot_ = pInstKnot;   pInst = (resistor1_Inst *)devGetInstData(pInstKnot);   pState = (resistor1_State *)devGetInstState(pInstKnot);   pStencil = (struct resistor1StencilData *)devGetInstStencil(pInstKnot);   pfuncModeParam->ahdlRestoreFail = pState->ahdlRestoreFail;   pfuncModeParam->contrInfoPtr = pState->contrInfoPtr;   pfuncModeParam->ahdlMemAllList = (void **)&(pState->pAllPtrLists_);   pState->pSolution = Solution;   msgReturnIfError(aslDevClearIterMemRefLists(pfuncModeParam));   if (doSourceRamping) {    if (aslDevNeedsRHSInfo((char *)devGetInstSignals(pInstKnot), pState->rhs_values)) {     Severity = resistor1_pGetRhsForSourceRamping(anal_mode, 15, pfuncModeParam);     pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, Severity );     if (pfuncModeParam->nSeverity_ == msgFatal)      return msgFatal;    }   }   pfuncModeParam->nodeClaspReln = &(pState->nodeClaspReln);   if (WhatsNeeded IS devDerivNeeded)    pfuncModeParam->nAhdlFuncMode_ = 14;   else    pfuncModeParam->nAhdlFuncMode_ = 15;   {    char *instDataAddrList[] = {(char *)pInst, NULL};    char *stateDataAddrList[] = {(char *)pState, NULL};    pfuncModeParam->anal_mode = anal_mode;    pfuncModeParam->instData = instDataAddrList;    pfuncModeParam->stateData = stateDataAddrList;    pfuncModeParam->stenData = (char *)devGetInstStencil(pfuncModeParam->pInstKnot_);    pfuncModeParam->sigData = (char *)devGetInstSignals(pfuncModeParam->pInstKnot_);    if ((WhatsNeeded IS devDynamicDerivNeeded) && !aslDevIsFSFlow())     Severity = resistor1_TranFuncDerLoad(pfuncModeParam);    else if (WhatsNeeded IS devDerivNeeded)     Severity = resistor1_DcFuncDerLoad(pfuncModeParam);    else     Severity = resistor1_DcFuncLoad(pfuncModeParam);   }   if (doSourceRamping) {    aslDevHandleSourceRamping(pfuncModeParam, pState->rhs_values);   }   pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, (int)Severity );   if (pfuncModeParam->nSeverity_ >= msgAmputate) {    return pfuncModeParam->nSeverity_;   }   aslDevFillZeorDiagonalElemet(pStencil->dignal_sten_addr_32, pStencil->dignal_sten_size_40, WhatsNeeded, pfuncModeParam);
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      ^
In file included from resistor1.c:24:0:
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlDevLibGlobal.h:2513:37: note: expected 'void *' but argument is of type 'long int'
     ASL_FUNC_DECL_START extern void aslDevFillZeorDiagonalElemet( void *, int, unsigned int, struct ahdlFuncModeParam * );
                                     ^
resistor1.c: In function 'resistor1_pCompare':
resistor1.c:1018:1384: warning: assignment makes integer from pointer without a cast [enabled by default]
   struct devMiscInfo *pMiscInfo, GenericPtr Jacobian){ if ((pOldModelKnot == NULL) || (pNewModelKnot == NULL)) {  struct resistor1InstData  *oldInstData = NULL, *newInstData = NULL;  oldInstData = (struct resistor1InstData* ) devGetInstData( pOldInstKnot );  newInstData = (struct resistor1InstData* ) devGetInstData( pNewInstKnot );  struct resistor1ModData  *oldModData = NULL, *newModData = NULL;  oldModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pOldInstKnot ) );  newModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pNewInstKnot ) );  memcpy( devGetInstSignals(pNewInstKnot), devGetInstSignals(pOldInstKnot), 24);  struct resistor1StencilData  *oldStenData = NULL, *newStenData = NULL;  oldStenData = (struct resistor1StencilData* ) devGetInstStencil( pOldInstKnot );  newStenData = (struct resistor1StencilData* ) devGetInstStencil( pNewInstKnot );  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_addr_48, &newStenData->dignal_quartet_addr_48);  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_size_56, &newStenData->dignal_quartet_size_56);  aslDevSpReplaceMatrixTemp( Jacobian, &oldStenData->vccs_cntrl_0, &newStenData->vccs_cntrl_0);  newStenData->dignal_sten_size_40 = oldStenData->dignal_sten_size_40;  if ( newStenData->dignal_sten_size_40 > 0 ) {   newStenData->dignal_sten_addr_32 = ( long * )calloc( newStenData->dignal_sten_size_40, sizeof(long) );   memcpy( newStenData->dignal_sten_addr_32 , oldStenData->dignal_sten_addr_32, sizeof(long)*newStenData->dignal_sten_size_40 );  } else    newStenData->dignal_sten_addr_32 = NULL;  return NO; } return NO;}
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resistor1.c:1018:854: warning: passing argument 1 of 'memcpy' makes pointer from integer without a cast [enabled by default]
   struct devMiscInfo *pMiscInfo, GenericPtr Jacobian){ if ((pOldModelKnot == NULL) || (pNewModelKnot == NULL)) {  struct resistor1InstData  *oldInstData = NULL, *newInstData = NULL;  oldInstData = (struct resistor1InstData* ) devGetInstData( pOldInstKnot );  newInstData = (struct resistor1InstData* ) devGetInstData( pNewInstKnot );  struct resistor1ModData  *oldModData = NULL, *newModData = NULL;  oldModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pOldInstKnot ) );  newModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pNewInstKnot ) );  memcpy( devGetInstSignals(pNewInstKnot), devGetInstSignals(pOldInstKnot), 24);  struct resistor1StencilData  *oldStenData = NULL, *newStenData = NULL;  oldStenData = (struct resistor1StencilData* ) devGetInstStencil( pOldInstKnot );  newStenData = (struct resistor1StencilData* ) devGetInstStencil( pNewInstKnot );  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_addr_48, &newStenData->dignal_quartet_addr_48);  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_size_56, &newStenData->dignal_quartet_size_56);  aslDevSpReplaceMatrixTemp( Jacobian, &oldStenData->vccs_cntrl_0, &newStenData->vccs_cntrl_0);  newStenData->dignal_sten_size_40 = oldStenData->dignal_sten_size_40;  if ( newStenData->dignal_sten_size_40 > 0 ) {   newStenData->dignal_sten_addr_32 = ( long * )calloc( newStenData->dignal_sten_size_40, sizeof(long) );   memcpy( newStenData->dignal_sten_addr_32 , oldStenData->dignal_sten_addr_32, sizeof(long)*newStenData->dignal_sten_size_40 );  } else    newStenData->dignal_sten_addr_32 = NULL;  return NO; } return NO;}
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      ^
In file included from /eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlPiCmi.h:5:0,
                 from /eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlDevLibGlobal.h:83,
                 from resistor1.c:24:
/usr/include/string.h:42:14: note: expected 'void * __restrict__' but argument is of type 'long int'
 extern void *memcpy (void *__restrict __dest, const void *__restrict __src,
              ^
resistor1.c:1018:854: warning: passing argument 2 of 'memcpy' makes pointer from integer without a cast [enabled by default]
   struct devMiscInfo *pMiscInfo, GenericPtr Jacobian){ if ((pOldModelKnot == NULL) || (pNewModelKnot == NULL)) {  struct resistor1InstData  *oldInstData = NULL, *newInstData = NULL;  oldInstData = (struct resistor1InstData* ) devGetInstData( pOldInstKnot );  newInstData = (struct resistor1InstData* ) devGetInstData( pNewInstKnot );  struct resistor1ModData  *oldModData = NULL, *newModData = NULL;  oldModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pOldInstKnot ) );  newModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pNewInstKnot ) );  memcpy( devGetInstSignals(pNewInstKnot), devGetInstSignals(pOldInstKnot), 24);  struct resistor1StencilData  *oldStenData = NULL, *newStenData = NULL;  oldStenData = (struct resistor1StencilData* ) devGetInstStencil( pOldInstKnot );  newStenData = (struct resistor1StencilData* ) devGetInstStencil( pNewInstKnot );  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_addr_48, &newStenData->dignal_quartet_addr_48);  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_size_56, &newStenData->dignal_quartet_size_56);  aslDevSpReplaceMatrixTemp( Jacobian, &oldStenData->vccs_cntrl_0, &newStenData->vccs_cntrl_0);  newStenData->dignal_sten_size_40 = oldStenData->dignal_sten_size_40;  if ( newStenData->dignal_sten_size_40 > 0 ) {   newStenData->dignal_sten_addr_32 = ( long * )calloc( newStenData->dignal_sten_size_40, sizeof(long) );   memcpy( newStenData->dignal_sten_addr_32 , oldStenData->dignal_sten_addr_32, sizeof(long)*newStenData->dignal_sten_size_40 );  } else    newStenData->dignal_sten_addr_32 = NULL;  return NO; } return NO;}
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      ^
In file included from /eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlPiCmi.h:5:0,
                 from /eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlDevLibGlobal.h:83,
                 from resistor1.c:24:
/usr/include/string.h:42:14: note: expected 'const void * __restrict__' but argument is of type 'long int'
 extern void *memcpy (void *__restrict __dest, const void *__restrict __src,
              ^
resistor1.c:1018:1626: warning: assignment makes integer from pointer without a cast [enabled by default]
   struct devMiscInfo *pMiscInfo, GenericPtr Jacobian){ if ((pOldModelKnot == NULL) || (pNewModelKnot == NULL)) {  struct resistor1InstData  *oldInstData = NULL, *newInstData = NULL;  oldInstData = (struct resistor1InstData* ) devGetInstData( pOldInstKnot );  newInstData = (struct resistor1InstData* ) devGetInstData( pNewInstKnot );  struct resistor1ModData  *oldModData = NULL, *newModData = NULL;  oldModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pOldInstKnot ) );  newModData = (struct resistor1ModData* ) devGetModelData( devGetInstModelKnot( pNewInstKnot ) );  memcpy( devGetInstSignals(pNewInstKnot), devGetInstSignals(pOldInstKnot), 24);  struct resistor1StencilData  *oldStenData = NULL, *newStenData = NULL;  oldStenData = (struct resistor1StencilData* ) devGetInstStencil( pOldInstKnot );  newStenData = (struct resistor1StencilData* ) devGetInstStencil( pNewInstKnot );  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_addr_48, &newStenData->dignal_quartet_addr_48);  spReplaceMatrixPointer( Jacobian, &oldStenData->dignal_quartet_size_56, &newStenData->dignal_quartet_size_56);  aslDevSpReplaceMatrixTemp( Jacobian, &oldStenData->vccs_cntrl_0, &newStenData->vccs_cntrl_0);  newStenData->dignal_sten_size_40 = oldStenData->dignal_sten_size_40;  if ( newStenData->dignal_sten_size_40 > 0 ) {   newStenData->dignal_sten_addr_32 = ( long * )calloc( newStenData->dignal_sten_size_40, sizeof(long) );   memcpy( newStenData->dignal_sten_addr_32 , oldStenData->dignal_sten_addr_32, sizeof(long)*newStenData->dignal_sten_size_40 );  } else    newStenData->dignal_sten_addr_32 = NULL;  return NO; } return NO;}
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resistor1.c: In function 'resistor1_pGetMatrixPointers':
resistor1.c:1024:2369: warning: assignment makes integer from pointer without a cast [enabled by default]
   struct devMiscInfo *pMiscInfo, GenericPtr Jacobian){ msgSeverity Severity = msgIgnore; extern int resistor1_GetMatrixPointers(struct ahdlFuncModeParam *); struct ahdlFuncModeParam funcModeParam;  struct ahdlFuncModeParam *pfuncModeParam = &funcModeParam; memset( pfuncModeParam, 0, sizeof(struct ahdlFuncModeParam) );  pfuncModeParam->sim_lang = (enum SimLangType *)&(mod_sim_lang); pfuncModeParam->filename = resistor1_va_file; pfuncModeParam->fileDescOffset = 40; pfuncModeParam->numOfFileDescAllocated = 1; pfuncModeParam->is_bsource = 0; pfuncModeParam->isnoisy_given_addr = 0; pfuncModeParam->is_paramset = 0; pfuncModeParam->close_dynmic_param = 0; if (setjmp (pfuncModeParam->catchExecErr [0])) {  if (pfuncModeParam->nSeverity_ >= msgAmputate) {   aslDevDoFlushIOandStdoutBuffers(pfuncModeParam->nAhdlFuncMode_, pfuncModeParam);   return pfuncModeParam->nSeverity_;  } } resistor1_Inst *pInst = NULL; resistor1_State *pState = NULL; struct resistor1StencilData *pStencil = NULL; pfuncModeParam->Jacobian_ = Jacobian; while (pModelKnot != NULL) {  devInstKnot *pInstKnot = devGetModelInstances(pModelKnot);  while (pInstKnot != NULL) {   pfuncModeParam->pInstKnot_ = pInstKnot;   pInst = (resistor1_Inst *)devGetInstData(pInstKnot);   pState = (resistor1_State *)devGetInstState(pInstKnot);   pStencil = (struct resistor1StencilData *)devGetInstStencil(pInstKnot);   if((void*)pStencil->dignal_sten_addr_32 != NULL) {    aslDevFree((void*)pStencil->dignal_sten_addr_32);    pStencil->dignal_sten_addr_32 = 0;    pStencil->dignal_sten_size_40 = 0;   }   pfuncModeParam->diagElementArray = NULL;   pfuncModeParam->diagElementCallocSize = 0;   pfuncModeParam->diagElementRealSize = 0;   pfuncModeParam->diagQuartetArray = NULL;   pfuncModeParam->diagQuartetCallocSize = 0;   pfuncModeParam->diagQuartetRealSize = 0;   pfuncModeParam->nAhdlFuncMode_ = 4;   {    char *instDataAddrList[] = {(char *)pInst, NULL};    char *stateDataAddrList[] = {(char *)pState, NULL};    pfuncModeParam->anal_mode = 1;    pfuncModeParam->instData = instDataAddrList;    pfuncModeParam->stateData = stateDataAddrList;    pfuncModeParam->stenData = (char *)devGetInstStencil(pfuncModeParam->pInstKnot_);    pfuncModeParam->sigData = (char *)devGetInstSignals(pfuncModeParam->pInstKnot_);    Severity = resistor1_GetMatrixPointers(pfuncModeParam);   }   pStencil->dignal_sten_addr_32 = pfuncModeParam->diagElementArray;   pStencil->dignal_sten_size_40 = pfuncModeParam->diagElementRealSize;   pStencil->dignal_quartet_addr_48 = pfuncModeParam->diagQuartetArray;   pStencil->dignal_quartet_size_56 = pfuncModeParam->diagQuartetRealSize;   pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, (int)Severity );   pInstKnot = devGetInstNext(pInstKnot);  }  pModelKnot = devGetModelNext(pModelKnot); } Severity = spErrorMessage( Jacobian ); pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, (int)Severity ); return pfuncModeParam->nSeverity_;}
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resistor1.c:1024:2511: warning: assignment makes integer from pointer without a cast [enabled by default]
   struct devMiscInfo *pMiscInfo, GenericPtr Jacobian){ msgSeverity Severity = msgIgnore; extern int resistor1_GetMatrixPointers(struct ahdlFuncModeParam *); struct ahdlFuncModeParam funcModeParam;  struct ahdlFuncModeParam *pfuncModeParam = &funcModeParam; memset( pfuncModeParam, 0, sizeof(struct ahdlFuncModeParam) );  pfuncModeParam->sim_lang = (enum SimLangType *)&(mod_sim_lang); pfuncModeParam->filename = resistor1_va_file; pfuncModeParam->fileDescOffset = 40; pfuncModeParam->numOfFileDescAllocated = 1; pfuncModeParam->is_bsource = 0; pfuncModeParam->isnoisy_given_addr = 0; pfuncModeParam->is_paramset = 0; pfuncModeParam->close_dynmic_param = 0; if (setjmp (pfuncModeParam->catchExecErr [0])) {  if (pfuncModeParam->nSeverity_ >= msgAmputate) {   aslDevDoFlushIOandStdoutBuffers(pfuncModeParam->nAhdlFuncMode_, pfuncModeParam);   return pfuncModeParam->nSeverity_;  } } resistor1_Inst *pInst = NULL; resistor1_State *pState = NULL; struct resistor1StencilData *pStencil = NULL; pfuncModeParam->Jacobian_ = Jacobian; while (pModelKnot != NULL) {  devInstKnot *pInstKnot = devGetModelInstances(pModelKnot);  while (pInstKnot != NULL) {   pfuncModeParam->pInstKnot_ = pInstKnot;   pInst = (resistor1_Inst *)devGetInstData(pInstKnot);   pState = (resistor1_State *)devGetInstState(pInstKnot);   pStencil = (struct resistor1StencilData *)devGetInstStencil(pInstKnot);   if((void*)pStencil->dignal_sten_addr_32 != NULL) {    aslDevFree((void*)pStencil->dignal_sten_addr_32);    pStencil->dignal_sten_addr_32 = 0;    pStencil->dignal_sten_size_40 = 0;   }   pfuncModeParam->diagElementArray = NULL;   pfuncModeParam->diagElementCallocSize = 0;   pfuncModeParam->diagElementRealSize = 0;   pfuncModeParam->diagQuartetArray = NULL;   pfuncModeParam->diagQuartetCallocSize = 0;   pfuncModeParam->diagQuartetRealSize = 0;   pfuncModeParam->nAhdlFuncMode_ = 4;   {    char *instDataAddrList[] = {(char *)pInst, NULL};    char *stateDataAddrList[] = {(char *)pState, NULL};    pfuncModeParam->anal_mode = 1;    pfuncModeParam->instData = instDataAddrList;    pfuncModeParam->stateData = stateDataAddrList;    pfuncModeParam->stenData = (char *)devGetInstStencil(pfuncModeParam->pInstKnot_);    pfuncModeParam->sigData = (char *)devGetInstSignals(pfuncModeParam->pInstKnot_);    Severity = resistor1_GetMatrixPointers(pfuncModeParam);   }   pStencil->dignal_sten_addr_32 = pfuncModeParam->diagElementArray;   pStencil->dignal_sten_size_40 = pfuncModeParam->diagElementRealSize;   pStencil->dignal_quartet_addr_48 = pfuncModeParam->diagQuartetArray;   pStencil->dignal_quartet_size_56 = pfuncModeParam->diagQuartetRealSize;   pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, (int)Severity );   pInstKnot = devGetInstNext(pInstKnot);  }  pModelKnot = devGetModelNext(pModelKnot); } Severity = spErrorMessage( Jacobian ); pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, (int)Severity ); return pfuncModeParam->nSeverity_;}
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resistor1.c: In function 'resistor1_pAnalTranLoad':
resistor1.c:1056:1903: warning: passing argument 1 of 'aslDevFillZeorDiagonalElemet' makes pointer from integer without a cast [enabled by default]
   register RealVector PrevIterate, BOOLEAN *Limited, struct ahdlFuncModeParam *pfuncModeParam, int anal_mode){ resistor1_Inst *pInst = NULL; resistor1_State *pState = NULL; struct resistor1StencilData *pStencil = NULL; msgSeverity Severity = msgIgnore, retSeverity = msgIgnore; extern int resistor1_TranFuncLoad(struct ahdlFuncModeParam *); extern int resistor1_TranFuncDerLoad(struct ahdlFuncModeParam *); if (setjmp (pfuncModeParam->catchExecErr [0])) {  if (pfuncModeParam->nSeverity_ >= msgAmputate) {   aslDevDoFlushIOandStdoutBuffers(pfuncModeParam->nAhdlFuncMode_, pfuncModeParam);   return pfuncModeParam->nSeverity_;  } } int doSourceRamping = 0; aslDevSetAnalysisNameAndType( NULL, &(pfuncModeParam->analType) ); pfuncModeParam->pStaticRHS_ = StaticRHS; pfuncModeParam->pStaticRHS_AbsSum_ = StaticRHS_AbsSum; pfuncModeParam->pAhdlDynamicRHS_ = DynamicRHS; pfuncModeParam->pAhdlDynamicRHS_AbsSum_ = DynamicRHS_AbsSum; pfuncModeParam->nAhdlWhatsNeeded_ = WhatsNeeded; pfuncModeParam->dSpectre_anal_freq_ = devGetOmega() / TWO_PI; pfuncModeParam->dSpectre_anal_freq_omega_ = devGetOmega(); pfuncModeParam->nSeverity_ = msgIgnore; pfuncModeParam->pFuncSolution_ = Solution; if (Time && !pfuncModeParam->nInPseudoTran_ && !aslDevHasRestartRequest()) {  pfuncModeParam->analTime = Time->Real; } else {  pfuncModeParam->analTime = 0.0; } pfuncModeParam->codeSection_ = 2; pfuncModeParam->pModelKnot_ = pModelKnot; if (aslDevAutomaticSourceRamping() && ((1.0 - aslDevSpectreSourceLevel(pfuncModeParam)) > machResolution))  pfuncModeParam->doSourceRamping_ = doSourceRamping = 1; while (pModelKnot) {  pfuncModeParam->pModelKnot_ = pModelKnot;  devInstKnot *pInstKnot = devGetModelInstances(pModelKnot);  while (pInstKnot) {   pfuncModeParam->pInstKnot_ = pInstKnot;   pInst = (resistor1_Inst *)devGetInstData(pInstKnot);   pState = (resistor1_State *)devGetInstState(pInstKnot);   pStencil = (struct resistor1StencilData *)devGetInstStencil(pInstKnot);   pfuncModeParam->ahdlRestoreFail = pState->ahdlRestoreFail;   pfuncModeParam->contrInfoPtr = pState->contrInfoPtr;   pfuncModeParam->ahdlMemAllList = (void **)&(pState->pAllPtrLists_);   pState->pSolution = Solution;   msgReturnIfError(aslDevClearIterMemRefLists(pfuncModeParam));   pfuncModeParam->nodeClaspReln = &(pState->nodeClaspReln);   if (doSourceRamping) {    if (aslDevNeedsRHSInfo((char *)devGetInstSignals(pInstKnot), pState->rhs_values)) {     Severity = resistor1_pGetRhsForSourceRamping(anal_mode, pfuncModeParam->nInPseudoTran_ ? 29 : 17, pfuncModeParam);     pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, Severity );     if (pfuncModeParam->nSeverity_ == msgFatal)      return msgFatal;    }   }   if (WhatsNeeded IS devDerivNeeded)    pfuncModeParam->nAhdlFuncMode_ = pfuncModeParam->nInPseudoTran_ ? 28 : 16;   else    pfuncModeParam->nAhdlFuncMode_ = pfuncModeParam->nInPseudoTran_ ? 29 : 17;   {    char *instDataAddrList[] = {(char *)pInst, NULL};    char *stateDataAddrList[] = {(char *)pState, NULL};    pfuncModeParam->anal_mode = anal_mode;    pfuncModeParam->instData = instDataAddrList;    pfuncModeParam->stateData = stateDataAddrList;    pfuncModeParam->stenData = (char *)devGetInstStencil(pfuncModeParam->pInstKnot_);    pfuncModeParam->sigData = (char *)devGetInstSignals(pfuncModeParam->pInstKnot_);    if (WhatsNeeded IS devDerivNeeded)     Severity = resistor1_TranFuncDerLoad(pfuncModeParam);    else     Severity = resistor1_TranFuncLoad(pfuncModeParam);   }   if (doSourceRamping) {    aslDevHandleSourceRamping(pfuncModeParam, pState->rhs_values);   }   Severity = MAX(retSeverity, Severity);   if (Severity >= msgAmputate) return Severity;   pfuncModeParam->nSeverity_ = MAX( pfuncModeParam->nSeverity_, (int)Severity );   if(anal_mode != 8)    aslDevFillZeorDiagonalElemet(pStencil->dignal_sten_addr_32, pStencil->dignal_sten_size_40, WhatsNeeded, pfuncModeParam);
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In file included from resistor1.c:24:0:
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlDevLibGlobal.h:2513:37: note: expected 'void *' but argument is of type 'long int'
     ASL_FUNC_DECL_START extern void aslDevFillZeorDiagonalElemet( void *, int, unsigned int, struct ahdlFuncModeParam * );
                                     ^
resistor1.c:1057:4: warning: passing argument 1 of 'aslDevFillZeroDiagQuartet' makes pointer from integer without a cast [enabled by default]
    if ( !pfuncModeParam->nInPseudoTran_ ) {    aslDevFillZeroDiagQuartet(pStencil->dignal_quartet_addr_48, pStencil->dignal_quartet_size_56, WhatsNeeded, pfuncModeParam);
    ^
In file included from resistor1.c:24:0:
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/spectre/ahdlcmi/include/ahdlDevLibGlobal.h:2515:37: note: expected 'void *' but argument is of type 'long int'
     ASL_FUNC_DECL_START extern void aslDevFillZeroDiagQuartet( void *, int, unsigned int, struct ahdlFuncModeParam * );
                                     ^
rm -f -rf resistor1.c
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/cdsgcc/gcc/4.8/bin/gcc -shared -O3 -m64 -fPIC -o obj/optimize/5.0/libahdlcmi_resistor1.so ./obj/optimize/5.0/resistor1.o  -Wl,-rpath,/usr/lib -Wl,-rpath,/lib -s 
ld: /usr/lib/../lib64/crti.o: unrecognized relocation (0x2a) in section `.init'
ld: final link failed: Bad value
collect2: error: ld returned 1 exit status
gnumake: *** [obj/optimize/5.0/libahdlcmi_resistor1.so] Error 1
/eda/cadence/2017-18/RHELx86/SPECTRE_16.10.614/tools.lnx86/cdsgcc/gcc/4.8/bin/gcc -shared -O3 -m64 -fPIC -o obj/optimize/5.0/libahdlcmi_resistor1.so ./obj/optimize/5.0/resistor1.o  -Wl,-rpath,/usr/lib -Wl,-rpath,/lib -s 
ld: /usr/lib/../lib64/crti.o: unrecognized relocation (0x2a) in section `.init'
ld: final link failed: Bad value
collect2: error: ld returned 1 exit status
gnumake: *** [obj/optimize/5.0/libahdlcmi_resistor1.so] Error 1