Function writePrimTerms

src/DesignCompile/UhdmWriter.cpp:4285–4333

}

void writePrimTerms(ModuleInstance* instance, primitive* prim,
                    int32_t vpiGateType, Serializer& s) {
  Netlist* netlist = instance->getNetlist();
  VectorOfprim_term* terms = s.MakePrim_termVec();
  prim->Prim_terms(terms);
  if (netlist->ports()) {
    uint32_t index = 0;
    VectorOfport* ports = netlist->ports();
    for (auto port : *ports) {
      prim_term* term = s.MakePrim_term();
      terms->push_back(term);
      expr* hconn = (expr*)port->High_conn();
      hconn->VpiParent(prim);
      term->Expr(hconn);
      term->VpiFile(port->VpiFile());
      term->VpiLineNo(port->VpiLineNo());
      term->VpiColumnNo(port->VpiColumnNo());
      term->VpiEndLineNo(port->VpiEndLineNo());
      term->VpiEndColumnNo(port->VpiEndColumnNo());
      term->VpiDirection(port->VpiDirection());
      term->VpiParent(prim);
      term->VpiTermIndex(index);
      if (vpiGateType == vpiBufPrim || vpiGateType == vpiNotPrim) {
        if (index < ports->size() - 1) {
          term->VpiDirection(vpiOutput);
        } else {
          term->VpiDirection(vpiInput);
        }
      } else if (vpiGateType == vpiTranif1Prim ||
                 vpiGateType == vpiTranif0Prim ||
                 vpiGateType == vpiRtranif1Prim ||
                 vpiGateType == vpiRtranif0Prim || vpiGateType == vpiTranPrim ||
                 vpiGateType == vpiRtranPrim) {
        if (index < ports->size() - 1) {
          term->VpiDirection(vpiInout);
        } else {
          term->VpiDirection(vpiInput);
        }
      } else {
        if (index == 0) {
          term->VpiDirection(vpiOutput);
        } else {
          term->VpiDirection(vpiInput);
        }
      }
      index++;
    }
  }
}

void UhdmWriter::writeInstance(ModuleDefinition* mod, ModuleInstance* instance,
                               any* m, CompileDesign* compileDesign,