Created attachment 1578491 [details]
preprocessor output

Description of problem:
Internal compiler error when compiling a component of SU2 suite on Fedora 30

Version-Release number of selected component (if applicable):
https://bugzilla.redhat.com/token.cgi

How reproducible:
Allways

Steps to Reproduce:
1. Download SU2 release 6.2.0 from git clone https://github.com/su2code/SU2.git
2. Follow build from source / simple build from https://su2code.github.io/docs/Simple-Build/
3. Error occurs when compiling TecioSZL.cpp

Actual results:


Expected results:


Additional info:

  CXX      teciosrc/libtecio_a-TecioSZL.o
durant l'étape GIMPLE: printf-return-value
teciosrc/TecioSZL.cpp: Dans la fonction « bool tecplot::tecioszl::{anonymous}::checkAuxNameAndValue(tecplot::tecioszl::{anonymous}::OutputInfo*, const char*, const char*, const char*) »:
teciosrc/TecioSZL.cpp:218: erreur interne du compilateur: dans subspan, à input.h:68
  218 | if (!getOutputInfoAndZoneOrPartitionPtr(&outputInfo, &zonePtr, fileHandle, zone, ___2977, routineName)) return -1; if (count + zonePtr->___2497->storedValueCount() > zonePtr->___2497->___2500 * zonePtr->___2497->___2392) { ___3187("Error in %s: Too many node map values for this zone. %" PRIu64 " supplied, need only %" PRIu64 ".\n", routineName, count, zonePtr->___2497->___2500 * zonePtr->___2497->___2392 - zonePtr->___2497->storedValueCount()); ++outputInfo->m_numErrs; return -1; } if (outputInfo->m_debugLevel && (count > 1)) ___3186("Writing %" PRId64 " nodes to zone %d.\n", count, zone); for (int64_t i = 0; i < count; ++i) { T ___2709 = nodes[i]; if (nodesAreOneBased) --___2709; if (___2709 < 0 || zonePtr->___2682.i() <= (___81)___2709) { T maxValue = static_cast<T>(zonePtr->___2682.i()); if (!nodesAreOneBased) --maxValue; std::ostringstream ___2892; ___2892 << routineName << ": Invalid node map value at position " << i << std::endl << "     node map value = " << nodes[i] << ", max value = " << maxValue << "." << std::endl; ___3185("Error in %s", ___2892.str().c_str()); ++outputInfo->m_numErrs; return -1; } zonePtr->___2497->appendValue(___2709); } return 0; } } int32_t tecZoneNodeMapWrite32_SZL( void*          fileHandle, int32_t        zone, int32_t        ___2977, int32_t        nodesAreOneBased, int64_t        count, int32_t const* nodes) { return zoneNodeMapWrite(fileHandle, zone, ___2977, nodesAreOneBased, count, nodes, "tecZoneNodeMapWrite32"); } int32_t tecZoneNodeMapWrite64_SZL( void*          fileHandle, int32_t        zone, int32_t        ___2977, int32_t        nodesAreOneBased, int64_t        count, int64_t const* nodes) { return zoneNodeMapWrite(fileHandle, zone, ___2977, nodesAreOneBased, count, nodes, "tecZoneNodeMapWrite64"); } namespace { template <typename T> int32_t zoneFaceNbrWriteConnections( void*       fileHandle, int32_t     zone, T const*    faceNeighbors, char const* routineName) { OutputInfo* outputInfo = (OutputInfo*)fileHandle; Zone_s* zonePtr = outputInfo->m_tecioData.zonePtr(zone); if (!getOutputInfoAndZonePtr(&outputInfo, &zonePtr, fileHandle, zone, routineName)) return -1; if (outputInfo->m_debugLevel) ___3185("\nInserting face neighbor data for zone %d\n", zone); try { if (outputInfo->m_debugLevel) ___3185("\nInserting face neighbor data for zone %d\n", zone); outputInfo->m_tecioData.___431(zonePtr, faceNeighbors); } catch (std::exception const& e) { ___3186("Error in %s: %s\n", routineName, e.what()); ++outputInfo->m_numErrs; return -1; } return 0; } } int32_t tecZoneFaceNbrWriteConnections32_SZL( void*          fileHandle, int32_t        zone, int32_t const* faceNeighbors) { return zoneFaceNbrWriteConnections(fileHandle, zone, faceNeighbors, "tecZoneFaceNbrWriteConnections32"); } int32_t tecZoneFaceNbrWriteConnections64_SZL( void*          fileHandle, int32_t        zone, int64_t const* faceNeighbors) { return zoneFaceNbrWriteConnections(fileHandle, zone, faceNeighbors, "tecZoneFaceNbrWriteConnections64"); } int32_t tecZoneWritePolyFaces32_SZL( void*           , int32_t         , int32_t         , int32_t         , int32_t const*  , int32_t const*  , int32_t const*  , int32_t const*  , int32_t         ) { return 0; } int32_t tecZoneWritePolyFaces64_SZL( void*           , int32_t         , int32_t         , int64_t         , int32_t const*  , int64_t const*  , int64_t const*  , int64_t const*  , int32_t         ) { return 0; } int32_t tecZoneWritePolyBoundaryConnections32_SZL( void*           , int32_t         , int32_t         , int32_t         , int32_t const*  , int32_t const*  , int32_t const*  , int32_t         ) { return 0; } int32_t tecZoneWritePolyBoundaryConnections64_SZL( void*           , int32_t         , int32_t         , int64_t         , int32_t const*  , int64_t const*  , int32_t const*  , int32_t         ) { return 0; } namespace { bool auxDataIsValidNameChar(char c, bool isLeadChar) { REQUIRE(0 <= c && "c <= 127"); bool isValidNameChar = (c == '_' || tecplot::___1998(c)); if (!isLeadChar) isValidNameChar = (isValidNameChar || c == '.' || tecplot::___2012(c)); return isValidNameChar; } bool auxDataIsValidName(char const* ___2685) { REQUIRE(VALID_REF(___2685)); bool isValidName = auxDataIsValidNameChar(*___2685, true); for (char const* nPtr = ___2685; isValidName && *nPtr != '\0'; ++nPtr) isValidName = auxDataIsValidNameChar(*nPtr, false); return isValidName; } bool checkAuxNameAndValue(OutputInfo* outputInfo, char const* ___2685, char const* ___4314, char const* routineName) { if ((___2685 == NULL) || !auxDataIsValidName(___2685)) { ___3185("Error in %s: Invalid Name string\n", routineName); ++outputInfo->m_numErrs; return false; } if ((___4314 == NULL) || (*___4314 == '\0')) { ___3185("Error in %s: Invalid Value string\n", routineName); ++outputInfo->m_numErrs; return false; } return true; } } int32_t tecDataSetAddAuxData_SZL( void*       fileHandle, char const* ___2685, char const* ___4314) { OutputInfo* outputInfo; if (!getOutputInfo(&outputInfo, fileHandle, "tecDataSetAddAuxData"))