/******************************************************************************
 *
 * Copyright (C) 1997-2015 by Dimitri van Heesch.
 *
 * Permission to use, copy, modify, and distribute this software and its
 * documentation under the terms of the GNU General Public License is hereby
 * granted. No representations are made about the suitability of this software
 * for any purpose. It is provided "as is" without express or implied warranty.
 * See the GNU General Public License for more details.
 *
 * Documents produced by Doxygen are derivative works derived from the
 * input used in their production; they are not affected by this license.
 *
 */
/******************************************************************************
 * Parser for VHDL subset
 * written by M. Kreis
 * supports VHDL-87/93/2008
 * does not support VHDL-AMS
 ******************************************************************************/

// global includes
#include <stdio.h>
#include <stdlib.h>
#include <assert.h>
#include <string.h>
#include <qcstring.h>
#include <qfileinfo.h>
#include <qcstringlist.h>
#include <qmap.h>

/* --------------------------------------------------------------- */

// local includes
#include "vhdldocgen.h"
#include "message.h"
#include "config.h"
#include "doxygen.h"
#include "util.h"
#include "language.h"
#include "commentscan.h"
#include "index.h"
#include "definition.h"
#include "searchindex.h"
#include "outputlist.h"
#include "parserintf.h"
#include "layout.h"
#include "arguments.h"
#include "portable.h"
#include "memberlist.h"
#include "memberdef.h"
#include "groupdef.h"
#include "classlist.h"
#include "namespacedef.h"
#include "filename.h"
#include "membergroup.h"
#include "memberdef.h"
#include "plantuml.h"
#include "vhdljjparser.h"
#include "VhdlParser.h"
//#include "vhdlcode.h"
#include "plantuml.h"
//#define DEBUGFLOW
#define theTranslator_vhdlType theTranslator->trVhdlType

static QDict<QCString> g_vhdlKeyDict0(17,FALSE);
static QDict<QCString> g_vhdlKeyDict1(17,FALSE);
static QDict<QCString> g_vhdlKeyDict2(17,FALSE);
static QDict<QCString> g_vhdlKeyDict3(17,FALSE);

static void initUCF(Entry* root,const char* type,QCString &  qcs,int line,QCString & fileName,QCString & brief);
static void writeUCFLink(const MemberDef* mdef,OutputList &ol);
static void addInstance(ClassDef* entity, ClassDef* arch, ClassDef *inst,
                        const std::shared_ptr<Entry> &cur);

//---------- create svg -------------------------------------------------------------
static void createSVG();
static void startDot(FTextStream &t);
static void startTable(FTextStream &t,const QCString &className);
static QList<MemberDef>* getPorts(ClassDef *cd);
static void writeVhdlEntityToolTip(FTextStream& t,ClassDef *cd);
static void endDot(FTextStream &t);
static void writeTable(QList<MemberDef>* port,FTextStream & t);
static void endTable(FTextStream &t);
static void writeClassToDot(FTextStream &t,ClassDef* cd);
static void writeVhdlDotLink(FTextStream &t,const QCString &a,const QCString &b,const QCString &style);
//static void writeVhdlPortToolTip(FTextStream& t,QList<MemberDef>* port,ClassDef *cd);
static const MemberDef *flowMember=0;

void VhdlDocGen::setFlowMember( const MemberDef* mem)
{
  flowMember=mem;
}

 const MemberDef* VhdlDocGen::getFlowMember()
{
  return flowMember;
}



//--------------------------------------------------------------------------------------------------
static void codify(FTextStream &t,const char *str)
{
  if (str)
  {
    const char *p=str;
    char c;
    while (*p)
    {
      c=*p++;
      switch(c)
      {
        case '<':  t << "&lt;";
                   break;
        case '>':  t << "&gt;";
                   break;
        case '&':  t << "&amp;";
                   break;
        case '\'': t << "&#39;";
                   break;
        case '"':  t << "&quot;";
                   break;
        default:   t << c;
                   break;
      }
    }
  }
}

static void writeLink(const MemberDef* mdef,OutputList &ol)
{
  ol.writeObjectLink(mdef->getReference(),
      mdef->getOutputFileBase(),
      mdef->anchor(),
      mdef->name());
}

static void startFonts(const QCString& q, const char *keyword,OutputList& ol)
{
  ol.startFontClass(keyword);
  ol.docify(q.data());
  ol.endFontClass();
}

static QCString splitString(QCString& str,char c)
{
  QCString n=str;
  int i=str.find(c);
  if (i>0)
  {
    n=str.left(i);
    str=str.remove(0,i+1);
  }
  return n;
}

static int compareString(const QCString& s1,const QCString& s2)
{
  return qstricmp(s1.stripWhiteSpace(),s2.stripWhiteSpace());
}

static void createSVG()
{
    QCString ov =Config_getString(HTML_OUTPUT);
    QCString dir="-o \""+ov+"/vhdl_design_overview.html\"";
    ov+="/vhdl_design.dot";

    QCString vlargs="-Tsvg \""+ov+"\" "+dir ;

    if (Portable::system(Config_getString(DOT_PATH) + "dot",vlargs)!=0)
    {
      err("could not create dot file");
    }
}

// Creates an svg image. All in/out/inout ports are shown with brief description and direction.
// Brief descriptions for entities are shown too.
void VhdlDocGen::writeOverview()
{
  ClassSDict::Iterator cli(*Doxygen::classSDict);
  ClassDef *cd;
  bool found=FALSE;
  for ( ; (cd=cli.current()) ; ++cli )
  {
    if ((VhdlDocGen::VhdlClasses)cd->protection()==VhdlDocGen::ENTITYCLASS )
    {
      found=TRUE;
      break;
    }
  }

  if (!found) return;

  QCString ov =Config_getString(HTML_OUTPUT);
  QCString fileName=ov+"/vhdl_design.dot";
  QFile f(fileName);
  FTextStream  t(&f);

  if (!f.open(IO_WriteOnly))
  {
    err("Warning: Cannot open file %s for writing\n",fileName.data());
    return;
  }

  startDot(t);

  for (cli.toFirst() ; (cd=cli.current()) ; ++cli )
  {
    if ((VhdlDocGen::VhdlClasses)cd->protection()!=VhdlDocGen::ENTITYCLASS )
    {
      continue;
    }

    QList<MemberDef>* port= getPorts(cd);
    if (port==0)
    {
      continue;
    }
    if (port->count()==0)
    {
      delete port;
      port=NULL;
      continue;
    }

    startTable(t,cd->name());
    writeClassToDot(t,cd);
    writeTable(port,t);
    endTable(t);

   // writeVhdlPortToolTip(t,port,cd);
    writeVhdlEntityToolTip(t,cd);
    delete port;

    BaseClassList *bl=cd->baseClasses();
    if (bl)
    {
      BaseClassListIterator bcli(*bl);
      BaseClassDef *bcd;
      for ( ; (bcd=bcli.current()) ; ++bcli )
      {
        ClassDef *bClass=bcd->classDef;
        QCString dotn=cd->name()+":";
        dotn+=cd->name();
        QCString csc=bClass->name()+":";
        csc+=bClass->name();
        //  fprintf(stderr,"\n <%s| %s>",dotn.data(),csc.data());
        writeVhdlDotLink(t,dotn,csc,0);
      }
    }// if bl
  }// for

  endDot(t);
  //  writePortLinks(t);
  f.close();
  createSVG();
}

//------------------------------------------------------------------------------------------------------------------------------------------------------

static void startDot(FTextStream &t)
{
  t << " digraph G { \n";
  t << "rankdir=LR \n";
  t << "concentrate=TRUE\n";
  t << "stylesheet=\"doxygen.css\"\n";
}

static void endDot(FTextStream &t)
{
  t <<" } \n";
}

static void startTable(FTextStream &t,const QCString &className)
{
  t << className <<" [ shape=none , fontname=\"arial\",  fontcolor=\"blue\" , \n";
  t << "label=<<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\">\n";
}

static void writeVhdlDotLink(FTextStream &t,
    const QCString &a,const QCString &b,const QCString &style)
{
  t << a << "->" << b;
  if (!style.isEmpty())
  {
    t << "[style=" << style << "];\n";
  }
  t << "\n";
}


static QCString formatBriefNote(const QCString &brief,ClassDef * cd)
{
  QRegExp ep("[\n]");
  QCString vForm;
  QCString repl("<BR ALIGN=\"LEFT\"/>");
  QCString file=cd->getDefFileName();

  int k=cd->briefLine();

  QCStringList qsl=QCStringList::split(ep,brief);
  for(uint j=0;j<qsl.count();j++)
  {
    QCString qcs=qsl[j];
    vForm+=parseCommentAsText(cd,NULL,qcs,file,k);
    k++;
    vForm+='\n';
  }

  vForm.replace(ep,repl.data());
  return vForm;
}

#if 0
static void writeVhdlPortToolTip(FTextStream& t,QList<MemberDef>* port,ClassDef *cd)
{
/*
  uint len=port->count();
  MemberDef *md;

  for (uint j=0;j<len;j++)
  {
    md=(MemberDef*)port->at(j);
    QCString brief=md->briefDescriptionAsTooltip();
    if (brief.isEmpty()) continue;

    QCString node="node";
    node+=VhdlDocGen::getRecordNumber();
    t << node <<"[shape=box margin=0.1, label=<\n";
    t<<"<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\" CELLPADDING=\"2\" >\n ";
    t<<"<TR><TD BGCOLOR=\"lightcyan\"> ";
    t<<brief;
    t<<" </TD></TR></TABLE>>];";
    QCString dotn=cd->name()+":";
    dotn+=md->name();
    //  writeVhdlDotLink(t,dotn,node,"dotted");
  }
*/
}
#endif

static void writeVhdlEntityToolTip(FTextStream& t,ClassDef *cd)
{

  QCString brief=cd->briefDescription();

  if (brief.isEmpty()) return;

  brief=formatBriefNote(brief,cd);

  QCString node="node";
  node+=VhdlDocGen::getRecordNumber();
  t << node <<"[shape=none margin=0.1, label=<\n";
  t << "<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\" CELLPADDING=\"2\" >\n ";
  t << "<TR><TD BGCOLOR=\"lightcyan\"> ";
  t << brief;
  t << " </TD></TR></TABLE>>];";
  QCString dotn=cd->name()+":";
  dotn+=cd->name();
  writeVhdlDotLink(t,dotn,node,"dotted");
}

static void writeColumn(FTextStream &t,MemberDef *md,bool start)
{
  QCString toolTip;

  static QRegExp reg("[%]");
  bool bidir=(md!=0 &&( qstricmp(md->typeString(),"inout")==0));

  if (md)
  {
    toolTip=md->briefDescriptionAsTooltip();
    if (!toolTip.isEmpty())
    {
      QCString largs = md->argsString();
      if (!largs.isEmpty())
        largs=largs.replace(reg," ");
      toolTip+=" [";
      toolTip+=largs;
      toolTip+="]";
    }
  }
  if (start)
  {
    t <<"<TR>\n";
  }

  t << "<TD ALIGN=\"LEFT\" ";
  if (md)
  {
    t << "href=\"";
    t << md->getOutputFileBase()<< Doxygen::htmlFileExtension;
    t << "#" << md->anchor();
    t<<"\" ";

    t<<" TOOLTIP=\"";
    if (!toolTip.isEmpty())
    {
      codify(t,toolTip.data());
    }
    else
    {
      QCString largs = md->argsString();
      if (!largs.isEmpty())
      {
        largs=largs.replace(reg," ");
        codify(t,largs.data());
      }
    }
    t << "\" ";

    t << " PORT=\"";
    t << md->name();
    t << "\" ";
  }
  if (!toolTip.isEmpty())
  {
    // if (!toolTip.isEmpty())

    if (bidir)
      t << "BGCOLOR=\"orange\">";
    else
      t << "BGCOLOR=\"azure\">";
  }
  else if (bidir)
  {
    t << "BGCOLOR=\"pink\">";
  }
  else
  {
    t << "BGCOLOR=\"lightgrey\">";
  }
  if (md)
  {
    t << md->name();
  }
  else
  {
    t << " \n";
  }
  t << "</TD>\n";

  if (!start)
  {
    t << "</TR>\n";
  }
}

static void endTable(FTextStream &t)
{
  t << "</TABLE>>\n";
  t << "] \n";
}

static void writeClassToDot(FTextStream &t,ClassDef* cd)
{
  t << "<TR><TD COLSPAN=\"2\" BGCOLOR=\"yellow\" ";
  t << "PORT=\"";
  t << cd->name();
  t << "\" ";
  t << "href=\"";
  t << cd->getOutputFileBase() << Doxygen::htmlFileExtension;
  t << "\" ";
  t << ">";
  t << cd->name();
  t << " </TD></TR>\n";
}

static QList<MemberDef>* getPorts(ClassDef *cd)
{
  MemberDef* md;
  QList<MemberDef> *portList=new QList<MemberDef>;
  MemberList *ml=cd->getMemberList(MemberListType_variableMembers);

  if (ml==0)
  {
    delete portList;
    return 0;
  }

  MemberListIterator fmni(*ml);

  for (fmni.toFirst();(md=fmni.current());++fmni)
  {
    if (md->getMemberSpecifiers()==VhdlDocGen::PORT)
    {
      portList->append(md);
    }
  }

  return portList;
}

//writeColumn(FTextStream &t,QCString name,bool start)

static void writeTable(QList<MemberDef>* port,FTextStream & t)
{
  MemberDef *md;
  uint len=port->count();

  QList<MemberDef> inPorts;
  QList<MemberDef> outPorts;

  uint j;
  for (j=0;j<len;j++)
  {
    md=(MemberDef*)port->at(j);
    QCString qc=md->typeString();
    if(qc=="in")
    {
      inPorts.append(md);
    }
    else
    {
      outPorts.append(md);
    }
  }

  int inp  = inPorts.count();
  int outp = outPorts.count();
  int maxLen;

  if (inp>=outp)
  {
    maxLen=inp;
  }
  else
  {
    maxLen=outp;
  }

  int i;
  for(i=0;i<maxLen;i++)
  {
    //write inports
    if (i<inp)
    {
      md=(MemberDef*)inPorts.at(i);
      writeColumn(t,md,TRUE);
    }
    else
    {
      writeColumn(t,NULL,TRUE);
    }

    if (i<outp)
    {
      md=(MemberDef*)outPorts.at(i);
      writeColumn(t,md,FALSE);
    }
    else
    {
      writeColumn(t,NULL,FALSE);
    }
  }
}

//--------------------------------------------------------------------------------------------------


VhdlDocGen::VhdlDocGen()
{
}

VhdlDocGen::~VhdlDocGen()
{
}

void VhdlDocGen::init()
{

 // vhdl keywords included VHDL 2008
const char* g_vhdlKeyWordMap0[] =
{
  "abs","access","after","alias","all","and","architecture","array","assert","assume","assume_guarantee","attribute",
  "begin","block","body","buffer","bus",
  "case","component","configuration","constant","context","cover",
  "default","disconnect","downto",
  "else","elsif","end","entity","exit",
  "fairness","file","for","force","function",
  "generate","generic","group","guarded",
  "if","impure","in","inertial","inout","is",
  "label","library","linkage","literal","loop",
  "map","mod",
  "nand","new","next","nor","not","null",
  "of","on","open","or","others","out",
  "package","parameter","port","postponed","procedure","process","property","protected","pure",
  "range","record","register","reject","release","restrict","restrict_guarantee","rem","report","rol","ror","return",
  "select","sequence","severity","signal","shared","sla","sll","sra","srl","strong","subtype",
  "then","to","transport","type",
  "unaffected","units","until","use",
  "variable","vmode","vprop","vunit",
  "wait","when","while","with",
  "xor","xnor",
  0
};


// type
const char* g_vhdlKeyWordMap1[] =
{
  "natural","unsigned","signed","string","boolean", "bit","bit_vector","character",
  "std_ulogic","std_ulogic_vector","std_logic","std_logic_vector","integer",
  "real","float","ufixed","sfixed","time","positive",0
};

// logic
const char* g_vhdlKeyWordMap2[] =
{
  "abs","and","or","not","mod", "xor","rem","xnor","ror","rol","sla",
  "sll",0
};

// predefined attributes
const char* g_vhdlKeyWordMap3[] =
{
"base","left","right","high","low","ascending",
"image","value","pos","val","succ","pred","leftof","rightof","left","right","high","low",
"range","reverse_range","length","ascending","delayed","stable","quiet","transaction","event",
"active","last_event","last_active","last_value","driving","driving_value","simple_name","instance_name","path_name",0
};

  int j=0;
  g_vhdlKeyDict0.setAutoDelete(TRUE);
  g_vhdlKeyDict1.setAutoDelete(TRUE);
  g_vhdlKeyDict2.setAutoDelete(TRUE);
  g_vhdlKeyDict3.setAutoDelete(TRUE);

  while (g_vhdlKeyWordMap0[j])
  {
    g_vhdlKeyDict0.insert(g_vhdlKeyWordMap0[j],
	               new QCString(g_vhdlKeyWordMap0[j]));
    j++;
  }

  j=0;
  while (g_vhdlKeyWordMap1[j])
  {
    g_vhdlKeyDict1.insert(g_vhdlKeyWordMap1[j],
	               new QCString(g_vhdlKeyWordMap1[j]));
    j++;
  }

  j=0;
  while (g_vhdlKeyWordMap2[j])
  {
    g_vhdlKeyDict2.insert(g_vhdlKeyWordMap2[j],
	               new QCString(g_vhdlKeyWordMap2[j]));
    j++;
  }

  j=0;
  while (g_vhdlKeyWordMap3[j])
  {
    g_vhdlKeyDict3.insert(g_vhdlKeyWordMap3[j],
	               new QCString(g_vhdlKeyWordMap3[j]));
    j++;
  }

}// buildKeyMap

/*!
 * returns the color of a keyword
 */

QCString* VhdlDocGen::findKeyWord(const QCString& tmp)
{
  static  QCString vhdlkeyword("vhdlkeyword");
  static  QCString vhdltype("keywordtype");
  static  QCString vhdllogic("vhdllogic");
  static  QCString preprocessor("keywordflow");

  QCString word=tmp.lower();

  if (word.isEmpty() || word.at(0)=='\0') return 0;

  if (g_vhdlKeyDict0.find(word))
    return &preprocessor;

  if (g_vhdlKeyDict1.find(word))
    return &vhdltype;

  if (g_vhdlKeyDict2.find(word))
    return &vhdllogic;

   if (g_vhdlKeyDict3.find(word))
    return &vhdlkeyword;

  return 0;
}

ClassDef *VhdlDocGen::getClass(const char *name)
{
  if (name==0 || name[0]=='\0') return 0;

  ClassDef *cd=0;
  QCString temp(name);
  //temp=temp.lower();
  temp=temp.stripWhiteSpace();
  cd= Doxygen::classSDict->find(temp.data());
  return cd;
}

ClassDef* VhdlDocGen::getPackageName(const QCString & name)
{
  ClassDef* cd=0;
  cd=getClass(name);

  return cd;
}

static QMap<QCString,MemberDef*> varMap;
static QList<ClassDef> qli;
static QMap<ClassDef*,QList<ClassDef> > packages;

MemberDef* VhdlDocGen::findMember(const QCString& className, const QCString& memName)
{
  ClassDef* cd,*ecd=0;
  MemberDef *mdef=0;

  cd=getClass(className);
  //printf("VhdlDocGen::findMember(%s,%s)=%p\n",className.data(),memName.data(),cd);
  if (cd==0) return 0;

  mdef=VhdlDocGen::findMemberDef(cd,memName,MemberListType_variableMembers);
  if (mdef) return mdef;
  mdef=VhdlDocGen::findMemberDef(cd,memName,MemberListType_pubMethods);
  if (mdef) return mdef;

  // nothing found so far
  // if we are an architecture or package body search in entity

  if ((VhdlDocGen::VhdlClasses)cd->protection()==VhdlDocGen::ARCHITECTURECLASS ||
      (VhdlDocGen::VhdlClasses)cd->protection()==VhdlDocGen::PACKBODYCLASS)
  {
    Definition *d = cd->getOuterScope();
    // searching upper/lower case names

    QCString tt=d->name();
    ecd =getClass(tt);
    if (!ecd)
    {
      tt=tt.upper();
      ecd =getClass(tt);
    }
    if (!ecd)
    {
      tt=tt.lower();
      ecd =getClass(tt);
    }

    if (ecd) //d && d->definitionType()==Definition::TypeClass)
    {
      //ClassDef *ecd = (ClassDef*)d;
      mdef=VhdlDocGen::findMemberDef(ecd,memName,MemberListType_variableMembers);
      if (mdef) return mdef;
      mdef=VhdlDocGen::findMemberDef(cd,memName,MemberListType_pubMethods);
      if (mdef) return mdef;
    }
   }


  if ((VhdlDocGen::VhdlClasses)cd->protection()==VhdlDocGen::ARCHITECTURECLASS ||
      (VhdlDocGen::VhdlClasses)cd->protection()==VhdlDocGen::PACKBODYCLASS)
  {
    Definition *d = cd->getOuterScope();

    QCString tt=d->name();
    ClassDef *acd =getClass(tt);
    if (!acd)
    {
      tt=tt.upper();
      acd =getClass(tt);
    }
    if (!acd)
    {
      tt=tt.lower();
      acd =getClass(tt);
    }
    if (acd) //d && d->definitionType()==Definition::TypeClass)
    {
      if(!packages.contains(acd))
      {
        VhdlDocGen::findAllPackages(acd);
      }
    }
  }
  else
  {
    ecd=cd;
    if (!packages.contains(ecd)) VhdlDocGen::findAllPackages(ecd);
  }

  if (ecd)
  {
    QMap<ClassDef*,QList<ClassDef> >::Iterator cList=packages.find(ecd);
    if (cList!=packages.end())
    {
      QList<ClassDef> mlist=cList.data();
      for (uint j=0;j<mlist.count();j++)
      {
        mdef=VhdlDocGen::findMemberDef(mlist.at(j),memName,MemberListType_variableMembers);
        if (mdef) return mdef;
        mdef=VhdlDocGen::findMemberDef(mlist.at(j),memName,MemberListType_pubMethods);
        if (mdef) return mdef;
      }
    }
  }
  return 0;

}//findMember

/**
 *  This function returns the entity|package
 *  in which the key (type) is found
 */
MemberDef* VhdlDocGen::findMemberDef(ClassDef* cd,const QCString& key,MemberListType type)
{
  MemberDef *md=0;
  MemberList *ml=0;
  QCString keyType=cd->symbolName()+"@"+key;
  //printf("\n %s | %s | %s",cd->symbolName().data(),key.data(,),keyType.data());

  QMap<QCString, MemberDef*>::Iterator it =varMap.find(keyType);
  if (it.key())
  {
    md=it.data();
    if (md)
    {
      return md;
    }
  }
  if (qli.contains(cd))
  {
    return 0;
  }
  ml=cd->getMemberList(type);
  qli.append(cd);
  if (!ml)
  {
    return 0;
  }
  MemberListIterator fmni(*ml);
  //int l=ml->count();
  //	fprintf(stderr,"\n loading entity %s %s: %d",cd->symbolName().data(),keyType.data(),l);

  for (fmni.toFirst();(md=fmni.current());++fmni)
  {
    QCString tkey=cd->symbolName()+"@"+md->name();
    if (varMap.contains(tkey))
    {
      continue;
    }
    varMap.insert(tkey.data(),md);
  }
  it=varMap.find(keyType.data());
  if (it.key())
  {
    md=it.data();
    if (md)
    {
      return md;
    }
  }
  return 0;
}//findMemberDef

/*!
 * finds all included packages of an Entity or Package
 */

void VhdlDocGen::findAllPackages( ClassDef *cdef)
{
  QList<ClassDef> cList;
  if (packages.contains(cdef)) return;
  MemberList *mem=cdef->getMemberList(MemberListType_variableMembers);
  MemberDef *md;

  if (!mem) return;

  MemberListIterator fmni(*mem);
  for (fmni.toFirst();(md=fmni.current());++fmni)
  {
    if (VhdlDocGen::isPackage(md))
    {
      ClassDef* cd=VhdlDocGen::getPackageName(md->name());
      if (cd)
      {
        cList.append(cd);
        VhdlDocGen::findAllPackages(cd);
        packages.insert(cdef,cList);
      }
    }
  }//for

}// findAllPackages

/*!
 * returns the function with the matching argument list
 * is called in vhdlcode.l
 */

MemberDef* VhdlDocGen::findFunction(const QCString& funcname, const QCString& package)
{
  MemberDef* mdef=0;
  ClassDef *cdef=getClass(package.data());
  if (cdef==0) return 0;

  MemberList *mem=cdef->getMemberList(MemberListType_pubMethods);

  if (mem)
  {
    MemberListIterator fmni(*mem);
    for (fmni.toFirst();(mdef=fmni.current());++fmni)
    {
      QCString mname=mdef->name();
      if ((VhdlDocGen::isProcedure(mdef) || VhdlDocGen::isVhdlFunction(mdef)) && (compareString(funcname,mname)==0))
      {
        return mdef;
      }//if
    }//for
  }//if
  return 0;
} //findFunction




/*!
 * returns the class title+ref
 */

QCString VhdlDocGen::getClassTitle(const ClassDef *cd)
{
  QCString pageTitle;
  if (cd==0) return "";
  pageTitle=VhdlDocGen::getClassName(cd);
  int ii=cd->protection();
  pageTitle+=" ";
  pageTitle+=theTranslator_vhdlType(ii+2,TRUE);
  return pageTitle;
} // getClassTitle

/* returns the class name without their prefixes */

QCString VhdlDocGen::getClassName(const ClassDef* cd)
{
  QCString temp;
  if (cd==0) return "";

  if ((VhdlDocGen::VhdlClasses)cd->protection()==VhdlDocGen::PACKBODYCLASS)
  {
    temp=cd->name();
    temp.stripPrefix("_");
    return temp;
  }

  return substitute(cd->className(),"::",".");
}

/*!
 * writes an inline link form entity|package to architecture|package body and vice verca
 */

void VhdlDocGen::writeInlineClassLink(const ClassDef* cd ,OutputList& ol)
{
  QList<QCString> ql;
  ql.setAutoDelete(TRUE);
  QCString nn=cd->className();
  int ii=(int)cd->protection()+2;

  QCString type;
  if (ii==VhdlDocGen::ENTITY)
    type+=theTranslator_vhdlType(VhdlDocGen::ARCHITECTURE,TRUE);
  else if (ii==VhdlDocGen::ARCHITECTURE)
    type+=theTranslator_vhdlType(VhdlDocGen::ENTITY,TRUE);
  else if (ii==VhdlDocGen::PACKAGE_BODY)
    type+=theTranslator_vhdlType(VhdlDocGen::PACKAGE,TRUE);
  else if (ii==VhdlDocGen::PACKAGE)
    type+=theTranslator_vhdlType(VhdlDocGen::PACKAGE_BODY,TRUE);
  else
    type+="";

  //type=type.lower();
  type+=" >> ";
  ol.disable(OutputGenerator::RTF);
  ol.disable(OutputGenerator::Man);

  if (ii==VhdlDocGen::PACKAGE_BODY)
  {
    nn.stripPrefix("_");
    cd=getClass(nn.data());
  }
  else  if (ii==VhdlDocGen::PACKAGE)
  {
    nn.prepend("_");
    cd=getClass(nn.data());
  }
  else if (ii==VhdlDocGen::ARCHITECTURE)
  {
    QCStringList qlist=QCStringList::split("-",nn);
    nn=qlist[1];
    cd=VhdlDocGen::getClass(nn.data());
  }

  QCString opp;
  if (ii==VhdlDocGen::ENTITY)
  {
    VhdlDocGen::findAllArchitectures(ql,cd);
    int j=ql.count();
    for (int i=0;i<j;i++)
    {
      QCString *temp=ql.at(i);
      QCStringList qlist=QCStringList::split("-",*temp);
      QCString s1=qlist[0];
      QCString s2=qlist[1];
      s1.stripPrefix("_");
      if (j==1) s1.resize(0);
      ClassDef*cc = getClass(temp->data());
      if (cc)
      {
        VhdlDocGen::writeVhdlLink(cc,ol,type,s2,s1);
      }
    }
  }
  else
  {
    VhdlDocGen::writeVhdlLink(cd,ol,type,nn,opp);
  }

  ol.enable(OutputGenerator::Man);
  ol.enable(OutputGenerator::RTF);

}// write

/*
 * finds all architectures which belongs to an entity
 */
void VhdlDocGen::findAllArchitectures(QList<QCString>& qll,const ClassDef *cd)
{
  ClassDef *citer;
  ClassSDict::Iterator cli(*Doxygen::classSDict);
  for ( ; (citer=cli.current()) ; ++cli )
  {
    QCString jj=citer->className();
    if (cd != citer && jj.contains('-')!=-1)
    {
      QCStringList ql=QCStringList::split("-",jj);
      QCString temp=ql[1];
      if (qstricmp(cd->className(),temp)==0)
      {
        QCString *cl=new QCString(jj);
        qll.insert(0,cl);
      }
    }
  }// for
}//findAllArchitectures

ClassDef* VhdlDocGen::findArchitecture(const ClassDef *cd)
{
  ClassDef *citer;
  QCString nn=cd->name();
  ClassSDict::Iterator cli(*Doxygen::classSDict);

  for ( ; (citer=cli.current()) ; ++cli )
  {
    QCString jj=citer->name();
    QCStringList ql=QCStringList::split(":",jj);
    if (ql.count()>1)
    {
      if (ql[0]==nn )
      {
        return citer;
      }
    }
  }
  return 0;
}
/*
 * writes the link entity >> .... or architecture >> ...
 */

void VhdlDocGen::writeVhdlLink(const ClassDef* ccd ,OutputList& ol,QCString& type,QCString& nn,QCString& behav)
{
  if (ccd==0)  return;
  ol.startBold();
  ol.docify(type.data());
  ol.endBold();
  nn.stripPrefix("_");
  ol.writeObjectLink(ccd->getReference(),ccd->getOutputFileBase(),0,nn.data());

  if (!behav.isEmpty())
  {
    behav.prepend("  ");
    ol.startBold();
    ol.docify(behav.data());
    ol.endBold();
  }

  ol.lineBreak();
}


/*!
 * strips the "--" prefixes of vhdl comments
 */
void VhdlDocGen::prepareComment(QCString& qcs)
{
  const char* s="--!";
  int index=0;

  while (TRUE)
  {
    index=qcs.find(s,0,TRUE);
    if (index<0) break;
    qcs=qcs.remove(index,qstrlen(s));
  }
  qcs=qcs.stripWhiteSpace();
}


/*!
 * parses a function proto
 * @param text function string
 * @param name points to the function name
 * @param ret Stores the return type
 * @param doc ???
 */
void VhdlDocGen::parseFuncProto(const char* text,QCString& name,QCString& ret,bool doc)
{
  int index,end;
  QCString s1(text);
  QCString temp;

  index=s1.find("(");
  end=s1.findRev(")");

  if ((end-index)>0)
  {
    temp=s1.mid(index+1,(end-index-1));
    //getFuncParams(qlist,temp);
  }
  if (doc)
  {
    name=s1.left(index);
    name=name.stripWhiteSpace();
    if ((end-index)>0)
    {
      ret="function";
    }
    return;
  }
  else
  {
    s1=s1.stripWhiteSpace();
    int i=s1.find("(",0,FALSE);
    int s=s1.find(QRegExp("[ \\t]"));
    if (i==-1 || i<s)
      s1=VhdlDocGen::getIndexWord(s1.data(),1);
    else // s<i, s=start of name, i=end of name
      s1=s1.mid(s,(i-s));

    name=s1.stripWhiteSpace();
  }
  index=s1.findRev("return",-1,FALSE);
  if (index !=-1)
  {
    ret=s1.mid(index+6,s1.length());
    ret=ret.stripWhiteSpace();
    VhdlDocGen::deleteCharRev(ret,';');
  }
}

/*
 *  returns the n'th word of a string
 */

QCString VhdlDocGen::getIndexWord(const char* c,int index)
{
  QCStringList ql;
  QCString temp(c);
  QRegExp reg("[\\s:|]");

  ql=QCStringList::split(reg,temp);

  if (ql.count() > (unsigned int)index)
  {
    return ql[index];
  }

  return "";
}


QCString VhdlDocGen::getProtectionName(int prot)
{
  if (prot==VhdlDocGen::ENTITYCLASS)
    return "entity";
  else if (prot==VhdlDocGen::ARCHITECTURECLASS)
    return "architecture";
  else if (prot==VhdlDocGen::PACKAGECLASS)
    return "package";
  else if (prot==VhdlDocGen::PACKBODYCLASS)
    return "package body";

  return "";
}

/*!
 * deletes a char backwards in a string
 */

bool VhdlDocGen::deleteCharRev(QCString &s,char c)
{
  int index=s.findRev(c,-1,FALSE);
  if (index > -1)
  {
    QCString qcs=s.remove(index,1);
    s=qcs;
    return TRUE;
  }
  return FALSE;
}

void VhdlDocGen::deleteAllChars(QCString &s,char c)
{
  int index=s.findRev(c,-1,FALSE);
  while (index > -1)
  {
    QCString qcs=s.remove(index,1);
    s=qcs;
    index=s.findRev(c,-1,FALSE);
  }
}


static int recordCounter=0;

/*!
 * returns the next number of a record|unit member
 */

QCString VhdlDocGen::getRecordNumber()
{
  char buf[12];
  sprintf(buf,"%d",recordCounter++);
  QCString qcs(&buf[0]);
  return qcs;
}

/*!
 * returns the next number of an anonymous process
 */

QCString VhdlDocGen::getProcessNumber()
{
  static int stringCounter;
  char buf[8];
  QCString qcs("PROCESS_");
  sprintf(buf,"%d",stringCounter++);
  qcs.append(&buf[0]);
  return qcs;
}

/*!
 * writes a colored and formatted string
 */

void VhdlDocGen::writeFormatString(const QCString& s,OutputList&ol,const MemberDef* mdef)
{
  QRegExp reg("[\\[\\]\\.\\/\\:\\<\\>\\:\\s\\,\\;\\'\\+\\-\\*\\|\\&\\=\\(\\)\"]");
  QCString qcs = s;
  qcs+=QCString(" ");// parsing the last sign
  QCString *ss;
  QCString find=qcs;
  QCString temp=qcs;
  char buf[2];
  buf[1]='\0';

  int j;
  int len;
  j = reg.match(temp.data(),0,&len);

  ol.startBold();
  if (j>=0)
  {
    while (j>=0)
    {
      find=find.left(j);
      buf[0]=temp[j];
      ss=VhdlDocGen::findKeyWord(find);
      bool k=isNumber(find); // is this a number
      if (k)
      {
        ol.docify(" ");
        startFonts(find,"vhdldigit",ol);
        ol.docify(" ");
      }
      else if (j != 0 && ss)
      {
        startFonts(find,ss->data(),ol);
      }
      else
      {
        if (j>0)
        {
          VhdlDocGen::writeStringLink(mdef,find,ol);
        }
      }
      startFonts(&buf[0],"vhdlchar",ol);

      QCString st=temp.remove(0,j+1);
      find=st;
      if (!find.isEmpty() && find.at(0)=='"')
      {
        int ii=find.find('"',2);
        if (ii>1)
        {
          QCString com=find.left(ii+1);
          startFonts(com,"keyword",ol);
          temp=find.remove(0,ii+1);
        }
      }
      else
      {
        temp=st;
      }
      j = reg.match(temp.data(),0,&len);
    }//while
  }//if
  else
  {
    startFonts(find,"vhdlchar",ol);
  }
  ol.endBold();
}// writeFormatString

/*!
 * returns TRUE if this string is a number
 */
bool VhdlDocGen::isNumber(const QCString& s)
{
  static QRegExp regg("[0-9][0-9eEfFbBcCdDaA_.#-+?xXzZ]*");

  if (s.isEmpty()) return FALSE;
  int j,len;
  j = regg.match(s.data(),0,&len);
  if ((j==0) && (len==(int)s.length())) return TRUE;
  return FALSE;

}// isNumber


/*!
 * inserts white spaces for  better readings
 * and writes a colored string to the output
 */

void VhdlDocGen::formatString(const QCString &s, OutputList& ol,const MemberDef* mdef)
{
  QCString qcs = s;
  QCString temp;
  qcs.stripPrefix(":");
  qcs.stripPrefix("is");
  qcs.stripPrefix("IS");
  qcs.stripPrefix("of");
  qcs.stripPrefix("OF");

  // VhdlDocGen::deleteCharRev(qcs,';');
  //char white='\t';
  int len = qcs.length();
  unsigned int index=1;//temp.length();

  for (int j=0;j<len;j++)
  {
    char c=qcs[j];
    char b=c;
    if (j>0) b=qcs[j-1];
    if (c=='"' || c==',' || c=='\''|| c=='(' || c==')'  || c==':' || c=='[' || c==']' ) // || (c==':' && b!='=')) // || (c=='=' && b!='>'))
    {
      if (temp.length()>=index && temp.at(index-1) != ' ')
      {
        temp+=" ";
      }
      temp+=c;
      temp+=" ";
    }
    else if (c=='=')
    {
      if (b==':') // := operator
      {
        temp.replace(index-1,1,"=");
        temp+=" ";
      }
      else // = operator
      {
        temp+=" ";
        temp+=c;
        temp+=" ";
      }
    }
    else
    {
      temp+=c;
    }

    index=temp.length();
  }// for
  temp=temp.stripWhiteSpace();
  // printf("\n [%s]",qcs.data());
  VhdlDocGen::writeFormatString(temp,ol,mdef);
}

/*!
 * writes a procedure prototype to the output
 */

void VhdlDocGen::writeProcedureProto(OutputList& ol,const ArgumentList &al,const MemberDef* mdef)
{
  bool sem=FALSE;
  size_t len=al.size();
  ol.docify("( ");
  if (len > 2)
  {
    ol.lineBreak();
  }
  for (const Argument &arg : al)
  {
    ol.startBold();
    if (sem && len <3)
      ol.writeChar(',');

    QCString nn=arg.name;
    nn+=": ";

    QCString defval = arg.defval;
    QCString *str=VhdlDocGen::findKeyWord(defval);
    defval+=" ";
    if (str)
    {
      startFonts(defval,str->data(),ol);
    }
    else
    {
      startFonts(defval,"vhdlchar",ol); // write type (variable,constant etc.)
    }

    startFonts(nn,"vhdlchar",ol); // write name
    if (qstricmp(arg.attrib,arg.type) != 0)
    {
      startFonts(arg.attrib.lower(),"stringliteral",ol); // write in|out
    }
    ol.docify(" ");
    VhdlDocGen::formatString(arg.type,ol,mdef);
    sem=TRUE;
    ol.endBold();
    if (len > 2)
    {
      ol.lineBreak();
      ol.docify("  ");
    }
  }//for

  ol.docify(" )");


}

/*!
 * writes a function prototype to the output
 */

void VhdlDocGen::writeFunctionProto(OutputList& ol,const ArgumentList &al,const MemberDef* mdef)
{
  if (!al.hasParameters()) return;
  bool sem=FALSE;
  size_t len=al.size();
  ol.startBold();
  ol.docify(" ( ");
  ol.endBold();
  if (len>2)
  {
    ol.lineBreak();
  }
  for (const Argument &arg : al)
  {
    ol.startBold();
    QCString att=arg.defval;
    bool bGen=att.stripPrefix("gen!");

    if (sem && len < 3)
    {
      ol.docify(" , ");
    }

    if (bGen)
    {
      VhdlDocGen::formatString(QCString("generic "),ol,mdef);
    }
    if (!att.isEmpty())
    {
      QCString *str=VhdlDocGen::findKeyWord(att);
      att+=" ";
      if (str)
        VhdlDocGen::formatString(att,ol,mdef);
      else
        startFonts(att,"vhdlchar",ol);
    }

    QCString nn=arg.name;
    nn+=": ";
    QCString ss=arg.type.stripWhiteSpace(); //.lower();
    QCString w=ss.stripWhiteSpace();//.upper();
    startFonts(nn,"vhdlchar",ol);
    startFonts("in ","stringliteral",ol);
    QCString *str=VhdlDocGen::findKeyWord(ss);
    if (str)
      VhdlDocGen::formatString(w,ol,mdef);
    else
      startFonts(w,"vhdlchar",ol);

    if (arg.attrib)
      startFonts(arg.attrib,"vhdlchar",ol);

    sem=TRUE;
    ol.endBold();
    if (len > 2)
    {
      ol.lineBreak();
    }
  }
  ol.startBold();
  ol.docify(" )");
  const char *exp=mdef->excpString();
  if (exp)
  {
    ol.insertMemberAlign();
    ol.startBold();
    ol.docify("[ ");
    ol.docify(exp);
    ol.docify(" ]");
    ol.endBold();
  }
  ol.endBold();
}

/*!
 * writes a process prototype to the output
 */

void VhdlDocGen::writeProcessProto(OutputList& ol,const ArgumentList &al,const MemberDef* mdef)
{
  if (!al.hasParameters()) return;
  bool sem=FALSE;
  ol.startBold();
  ol.docify(" ( ");
  for (const Argument &arg : al)
  {
    if (sem)
    {
      ol.docify(" , ");
    }
    QCString nn=arg.name;
    // startFonts(nn,"vhdlchar",ol);
    VhdlDocGen::writeFormatString(nn,ol,mdef);
    sem=TRUE;
  }
  ol.docify(" )");
  ol.endBold();
}


/*!
 * writes a function|procedure documentation to the output
 */

bool VhdlDocGen::writeFuncProcDocu(
    const MemberDef *md,
    OutputList& ol,
    const ArgumentList &al,
    bool /*type*/)
{
  //bool sem=FALSE;
  ol.enableAll();

  size_t index=al.size();
  if (index==0)
  {
    ol.docify(" ( ) ");
    return FALSE;
  }
  ol.endMemberDocName();
  ol.startParameterList(TRUE);
  //ol.startParameterName(FALSE);
  bool first=TRUE;
  for (const Argument &arg : al)
  {
    ol.startParameterType(first,"");
    //   if (first) ol.writeChar('(');
    QCString attl=arg.defval;
    bool bGen=attl.stripPrefix("gen!");
    if (bGen)
      VhdlDocGen::writeFormatString(QCString("generic "),ol,md);


    if (VhdlDocGen::isProcedure(md))
    {
      startFonts(arg.defval,"keywordtype",ol);
      ol.docify(" ");
    }
    ol.endParameterType();

    ol.startParameterName(TRUE);
    VhdlDocGen::writeFormatString(arg.name,ol,md);

    if (VhdlDocGen::isProcedure(md))
    {
      startFonts(arg.attrib,"stringliteral",ol);
    }
    else if (VhdlDocGen::isVhdlFunction(md))
    {
      startFonts(QCString("in"),"stringliteral",ol);
    }

    ol.docify(" ");
    ol.disable(OutputGenerator::Man);
    ol.startEmphasis();
    ol.enable(OutputGenerator::Man);
    if (!VhdlDocGen::isProcess(md))
    {
     // startFonts(arg.type,"vhdlkeyword",ol);
		VhdlDocGen::writeFormatString(arg.type,ol,md);
    }
    ol.disable(OutputGenerator::Man);
    ol.endEmphasis();
    ol.enable(OutputGenerator::Man);

    if (--index)
    {
      ol.docify(" , ");
    }
    else
    {
      //    ol.docify(" ) ");
      ol.endParameterName(TRUE,FALSE,TRUE);
      break;
    }
    ol.endParameterName(FALSE,FALSE,FALSE);

    //sem=TRUE;
    first=FALSE;
  }
  //ol.endParameterList();
  return TRUE;

} // writeDocFunProc




QCString VhdlDocGen::convertArgumentListToString(const ArgumentList &al,bool func)
{
  QCString argString;
  bool sem=FALSE;

  for (const Argument &arg : al)
  {
    if (sem) argString.append(", ");
    if (func)
    {
      argString+=arg.name;
      argString+=":";
      argString+=arg.type;
    }
    else
    {
      argString+=arg.defval+" ";
      argString+=arg.name+" :";
      argString+=arg.attrib+" ";
      argString+=arg.type;
    }
    sem=TRUE;
  }
  return argString;
}


void VhdlDocGen::writeVhdlDeclarations(const MemberList* ml,
    OutputList& ol,const GroupDef* gd,const ClassDef* cd,const FileDef *fd,const NamespaceDef* nd)
{
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::LIBRARY,FALSE),0,FALSE,VhdlDocGen::LIBRARY);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::USE,FALSE),0,FALSE,VhdlDocGen::USE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::FUNCTION,FALSE),0,FALSE,VhdlDocGen::FUNCTION);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::COMPONENT,FALSE),0,FALSE,VhdlDocGen::COMPONENT);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::CONSTANT,FALSE),0,FALSE,VhdlDocGen::CONSTANT);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::TYPE,FALSE),0,FALSE,VhdlDocGen::TYPE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::SUBTYPE,FALSE),0,FALSE,VhdlDocGen::SUBTYPE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::GENERIC,FALSE),0,FALSE,VhdlDocGen::GENERIC);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::PORT,FALSE),0,FALSE,VhdlDocGen::PORT);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::PROCESS,FALSE),0,FALSE,VhdlDocGen::PROCESS);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::SIGNAL,FALSE),0,FALSE,VhdlDocGen::SIGNAL);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::ATTRIBUTE,FALSE),0,FALSE,VhdlDocGen::ATTRIBUTE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::PROCEDURE,FALSE),0,FALSE,VhdlDocGen::PROCEDURE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::RECORD,FALSE),0,FALSE,VhdlDocGen::RECORD);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::UNITS,FALSE),0,FALSE,VhdlDocGen::UNITS);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::SHAREDVARIABLE,FALSE),0,FALSE,VhdlDocGen::SHAREDVARIABLE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::VFILE,FALSE),0,FALSE,VhdlDocGen::VFILE);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::GROUP,FALSE),0,FALSE,VhdlDocGen::GROUP);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::INSTANTIATION,FALSE),0,FALSE,VhdlDocGen::INSTANTIATION);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::ALIAS,FALSE),0,FALSE,VhdlDocGen::ALIAS);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::MISCELLANEOUS,TRUE),0,FALSE,VhdlDocGen::MISCELLANEOUS);

  // configurations must be added to global file definitions.
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::CONFIG,FALSE),0,FALSE,VhdlDocGen::CONFIG);
  VhdlDocGen::writeVHDLDeclarations(ml,ol,cd,nd,fd,gd,theTranslator_vhdlType(VhdlDocGen::UCF_CONST,FALSE),0,FALSE,VhdlDocGen::UCF_CONST);

}

void VhdlDocGen::correctMemberProperties(MemberDef *md)
{
  if (qstrcmp(md->argsString(),"package")==0)
  {
    md->setMemberSpecifiers(VhdlDocGen::INSTANTIATION);
  }
  else if (qstrcmp(md->argsString(),"configuration")==0)
  {
    md->setMemberSpecifiers(VhdlDocGen::CONFIG);
  }
  else if (qstrcmp(md->typeString(),"library")==0)
  {
    md->setMemberSpecifiers(VhdlDocGen::LIBRARY);
  }
  else if (qstrcmp(md->typeString(),"use")==0)
  {
    md->setMemberSpecifiers(VhdlDocGen::USE);
  }
  else if (qstricmp(md->typeString(),"misc")==0)
  {
    md->setMemberSpecifiers(VhdlDocGen::MISCELLANEOUS);
  }
  else if (qstricmp(md->typeString(),"ucf_const")==0)
  {
    md->setMemberSpecifiers(VhdlDocGen::UCF_CONST);
  }

  if (md->getMemberSpecifiers()==VhdlDocGen::UCF_CONST)
  {
    int mm=md->name().findRev('_');
    if (mm>0)
    {
      md->setName(md->name().left(mm));
    }
  }
  else if (md->getMemberSpecifiers()==VhdlDocGen::TYPE)
  {
    QCString largs=md->argsString();
    bool bRec=largs.stripPrefix("record") ;
    bool bUnit=largs.stripPrefix("units") ;
    if (bRec || bUnit)
    {
      md->setType("");
    }
  }
}

/* writes a vhdl type documentation */
bool VhdlDocGen::writeVHDLTypeDocumentation(const MemberDef* mdef, const Definition *d, OutputList &ol)
{
  const ClassDef *cd=dynamic_cast<const ClassDef*>(d);
  bool hasParams = FALSE;

  if (cd==0) return hasParams;

  QCString ttype=mdef->typeString();
  QCString largs=mdef->argsString();

  if ((VhdlDocGen::isVhdlFunction(mdef) || VhdlDocGen::isProcedure(mdef) || VhdlDocGen::isProcess(mdef)))
  {
    QCString nn=mdef->typeString();
    nn=nn.stripWhiteSpace();
    QCString na=cd->name();
    MemberDef* memdef=VhdlDocGen::findMember(na,nn);
    if (memdef && memdef->isLinkable())
    {
      ol.docify(" ");

      ol.startBold();
      writeLink(memdef,ol);
      ol.endBold();
      ol.docify(" ");
    }
    else
    {
      ol.docify(" ");
      VhdlDocGen::formatString(ttype,ol,mdef);
      ol.docify(" ");
    }
    ol.docify(mdef->name());
    hasParams = VhdlDocGen::writeFuncProcDocu(mdef,ol, mdef->argumentList());
  }


  if (mdef->isVariable())
  {
    if (VhdlDocGen::isConstraint(mdef))
    {
      writeLink(mdef,ol);
      ol.docify(" ");

      largs=largs.replace(QRegExp("#")," ");
      VhdlDocGen::formatString(largs,ol,mdef);
      return hasParams;
    }
    else
    {
      writeLink(mdef,ol);
      if (VhdlDocGen::isLibrary(mdef) || VhdlDocGen::isPackage(mdef))
      {
        return hasParams;
      }
      ol.docify(" ");
    }

    // QCString largs=mdef->argsString();

    bool c=largs=="context";
    bool brec=largs.stripPrefix("record")  ;

    if (!brec && !c)
      VhdlDocGen::formatString(ttype,ol,mdef);

    if (c || brec || largs.stripPrefix("units"))
    {
      if (c)
	  largs=ttype;
      VhdlDocGen::writeRecUnitDocu(mdef,ol,largs);
      return hasParams;
    }

    ol.docify(" ");
    if (VhdlDocGen::isPort(mdef) || VhdlDocGen::isGeneric(mdef))
    {
      // QCString largs=mdef->argsString();
      VhdlDocGen::formatString(largs,ol,mdef);
      ol.docify(" ");
    }
  }
  return hasParams;
}

void VhdlDocGen::writeTagFile(MemberDef *mdef,FTextStream &tagFile)
{
  tagFile << "    <member kind=\"";
  if (VhdlDocGen::isGeneric(mdef))      tagFile << "generic";
  if (VhdlDocGen::isPort(mdef))         tagFile << "port";
  if (VhdlDocGen::isEntity(mdef))       tagFile << "entity";
  if (VhdlDocGen::isComponent(mdef))    tagFile << "component";
  if (VhdlDocGen::isVType(mdef))        tagFile << "type";
  if (VhdlDocGen::isConstant(mdef))     tagFile << "constant";
  if (VhdlDocGen::isSubType(mdef))      tagFile << "subtype";
  if (VhdlDocGen::isVhdlFunction(mdef)) tagFile << "function";
  if (VhdlDocGen::isProcedure(mdef))    tagFile << "procedure";
  if (VhdlDocGen::isProcess(mdef))      tagFile << "process";
  if (VhdlDocGen::isSignals(mdef))      tagFile << "signal";
  if (VhdlDocGen::isAttribute(mdef))    tagFile << "attribute";
  if (VhdlDocGen::isRecord(mdef))       tagFile << "record";
  if (VhdlDocGen::isLibrary(mdef))      tagFile << "library";
  if (VhdlDocGen::isPackage(mdef))      tagFile << "package";
  if (VhdlDocGen::isVariable(mdef))     tagFile << "shared variable";
  if (VhdlDocGen::isFile(mdef))         tagFile << "file";
  if (VhdlDocGen::isGroup(mdef))        tagFile << "group";
  if (VhdlDocGen::isCompInst(mdef))     tagFile << "instantiation";
  if (VhdlDocGen::isAlias(mdef))        tagFile << "alias";
  if (VhdlDocGen::isCompInst(mdef))     tagFile << "configuration";

  tagFile << "\">" << endl;
  tagFile << "      <type>" << convertToXML(mdef->typeString()) << "</type>" << endl;
  tagFile << "      <name>" << convertToXML(mdef->name()) << "</name>" << endl;
  tagFile << "      <anchorfile>" << convertToXML(mdef->getOutputFileBase()) << Doxygen::htmlFileExtension << "</anchorfile>" << endl;
  tagFile << "      <anchor>" << convertToXML(mdef->anchor()) << "</anchor>" << endl;

  if (VhdlDocGen::isVhdlFunction(mdef))
    tagFile << "      <arglist>" << convertToXML(VhdlDocGen::convertArgumentListToString(mdef->argumentList(),TRUE)) << "</arglist>" << endl;
  else if (VhdlDocGen::isProcedure(mdef))
    tagFile << "      <arglist>" << convertToXML(VhdlDocGen::convertArgumentListToString(mdef->argumentList(),FALSE)) << "</arglist>" << endl;
  else
    tagFile << "      <arglist>" << convertToXML(mdef->argsString()) << "</arglist>" << endl;

  mdef->writeDocAnchorsToTagFile(tagFile);
  tagFile << "    </member>" << endl;
}

/* writes a vhdl type declaration */

void VhdlDocGen::writeVHDLDeclaration(const MemberDef* mdef,OutputList &ol,
    const ClassDef *cd,const NamespaceDef *nd,const FileDef *fd,const GroupDef *gd,
    bool /*inGroup*/)
{
  const Definition *d=0;

  ASSERT(cd!=0 || nd!=0 || fd!=0 || gd!=0 ||
      mdef->getMemberSpecifiers()==VhdlDocGen::LIBRARY ||
      mdef->getMemberSpecifiers()==VhdlDocGen::USE
      ); // member should belong to something
  if (cd) d=cd;
  else if (nd) d=nd;
  else if (fd) d=fd;
  else if (gd) d=gd;
  else d=(Definition*)mdef;

  // write search index info
  if (Doxygen::searchIndex)
  {
    Doxygen::searchIndex->setCurrentDoc(mdef,mdef->anchor(),FALSE);
    Doxygen::searchIndex->addWord(mdef->localName(),TRUE);
    Doxygen::searchIndex->addWord(mdef->qualifiedName(),FALSE);
  }

  QCString cname  = d->name();
  QCString cfname = d->getOutputFileBase();

  //HtmlHelp *htmlHelp=0;
  //  bool hasHtmlHelp = Config_getBool(GENERATE_HTML) && Config_getBool(GENERATE_HTMLHELP);
  //  if (hasHtmlHelp) htmlHelp = HtmlHelp::getInstance();

  // search for the last anonymous scope in the member type
  ClassDef *annoClassDef=mdef->getClassDefOfAnonymousType();

  // start a new member declaration
  uint isAnonymous = (bool)(annoClassDef); // || m_impl->annMemb || m_impl->annEnumType;
  ///printf("startMemberItem for %s\n",name().data());
  int mm=mdef->getMemberSpecifiers();
  if (mm==VhdlDocGen::MISCELLANEOUS)
      isAnonymous=3;

   ol.startMemberItem( mdef->anchor(), isAnonymous ); //? 1 : m_impl->tArgList ? 3 : 0);

  // If there is no detailed description we need to write the anchor here.
  bool detailsVisible = mdef->isDetailedSectionLinkable();
  if (!detailsVisible) // && !m_impl->annMemb)
  {
    QCString doxyName=mdef->name().copy();
    if (!cname.isEmpty()) doxyName.prepend(cname+"::");
    QCString doxyArgs=mdef->argsString();
    ol.startDoxyAnchor(cfname,cname,mdef->anchor(),doxyName,doxyArgs);

    ol.pushGeneratorState();
    ol.disable(OutputGenerator::Man);
    ol.disable(OutputGenerator::Latex);
    ol.docify("\n");
    ol.popGeneratorState();

  }
  // *** write type
  /*VHDL CHANGE */

  QCString ltype(mdef->typeString());
  QCString largs(mdef->argsString());

  ClassDef *kl=0;
  const ArgumentList &al = mdef->argumentList();
  QCString nn;
  //VhdlDocGen::adjustRecordMember(mdef);
  if (gd) gd=0;
  switch (mm)
  {
    case VhdlDocGen::MISCELLANEOUS:
      VhdlDocGen::writeSource(mdef,ol,nn);
      break;
    case VhdlDocGen::PROCEDURE:
    case VhdlDocGen::FUNCTION:
      ol.startBold();
      VhdlDocGen::formatString(ltype,ol,mdef);
      ol.endBold();
      ol.insertMemberAlign();
      ol.docify(" ");

      writeLink(mdef,ol);
      if (al.hasParameters() && mm==VhdlDocGen::FUNCTION)
        VhdlDocGen::writeFunctionProto(ol,al,mdef);

      if (al.hasParameters() && mm==VhdlDocGen::PROCEDURE)
        VhdlDocGen::writeProcedureProto(ol,al,mdef);

      break;
    case VhdlDocGen::USE:
      kl=VhdlDocGen::getClass(mdef->name());
      if (kl && ((VhdlDocGen::VhdlClasses)kl->protection()==VhdlDocGen::ENTITYCLASS)) break;
      writeLink(mdef,ol);
      ol.insertMemberAlign();
      ol.docify("  ");

      if (kl)
      {
        nn=kl->getOutputFileBase();
        ol.pushGeneratorState();
        ol.disableAllBut(OutputGenerator::Html);
        ol.docify(" ");
        QCString name=theTranslator_vhdlType(VhdlDocGen::PACKAGE,TRUE);
        ol.startBold();
        ol.docify(name.data());
        name.resize(0);
        ol.endBold();
        name+=" <"+mdef->name()+">";
        ol.startEmphasis();
        ol.writeObjectLink(kl->getReference(),kl->getOutputFileBase(),0,name.data());
        ol.popGeneratorState();
      }
      break;
    case VhdlDocGen::LIBRARY:
      writeLink(mdef,ol);
      ol.insertMemberAlign();
      if (largs=="context")
      {
        VhdlDocGen::writeRecordUnit(ltype,largs,ol,mdef);
      }

      break;

    case VhdlDocGen::GENERIC:
    case VhdlDocGen::PORT:
    case VhdlDocGen::ALIAS:

      writeLink(mdef,ol);
      ol.docify(" ");
      if (mm==VhdlDocGen::GENERIC)
      {
        ol.insertMemberAlign();
        ol.startBold();
        VhdlDocGen::formatString(largs,ol,mdef);
        ol.endBold();
      }
      else
      {
        ol.insertMemberAlignLeft(isAnonymous, false);
        ol.docify(" ");
        ol.startBold();
        VhdlDocGen::formatString(ltype,ol,mdef);
        ol.endBold();
        ol.insertMemberAlign();
        ol.docify(" ");
        VhdlDocGen::formatString(largs,ol,mdef);
      }
      break;
    case VhdlDocGen::PROCESS:
      writeLink(mdef,ol);
      ol.insertMemberAlign();
      VhdlDocGen::writeProcessProto(ol,al,mdef);
      break;
    case VhdlDocGen::PACKAGE:
    case VhdlDocGen::ENTITY:
    case VhdlDocGen::COMPONENT:
    case VhdlDocGen::INSTANTIATION:
    case VhdlDocGen::CONFIG:
      if (VhdlDocGen::isCompInst(mdef) )
      {
        nn=largs;
        if(nn.stripPrefix("function") || nn.stripPrefix("package"))
        {
          VhdlDocGen::formatString(largs,ol,mdef);
          ol.insertMemberAlign();
          writeLink(mdef,ol);
          ol.docify(" ");
          VhdlDocGen::formatString(ltype,ol,mdef);
          break;
        }

        largs.prepend("::");
        largs.prepend(mdef->name().data());
        ol.writeObjectLink(mdef->getReference(),
            cfname,
            mdef->anchor(),
            mdef->name());
      }
      else
        writeLink(mdef,ol);

      ol.insertMemberAlign();
      ol.docify("  ");
      ol.startBold();
      ol.docify(ltype);
      ol.endBold();
      ol.docify("  ");
      if (VhdlDocGen::isComponent(mdef) ||
          VhdlDocGen::isConfig(mdef)    ||
          VhdlDocGen::isCompInst(mdef))
      {
        if (VhdlDocGen::isConfig(mdef) || VhdlDocGen::isCompInst(mdef))
        {
          nn=ltype;
        }
        else
        {
          nn=mdef->name();
        }
        kl=getClass(nn.data());
        if (kl)
        {
          nn=kl->getOutputFileBase();
          ol.pushGeneratorState();
          ol.disableAllBut(OutputGenerator::Html);
          ol.startEmphasis();
          QCString name("<Entity ");
          if (VhdlDocGen::isConfig(mdef) || VhdlDocGen::isCompInst(mdef))
          {
            name+=ltype+">";
          }
          else
          {
            name+=mdef->name()+"> ";
          }
          ol.writeObjectLink(kl->getReference(),kl->getOutputFileBase(),0,name.data());
          ol.endEmphasis();
          ol.popGeneratorState();
        }
      }
      break;
    case VhdlDocGen::UCF_CONST:
      writeUCFLink(mdef,ol);
      break;
    case VhdlDocGen::SIGNAL:
    case VhdlDocGen::ATTRIBUTE:
    case VhdlDocGen::SUBTYPE:
    case VhdlDocGen::CONSTANT:
    case VhdlDocGen::SHAREDVARIABLE:
    case VhdlDocGen::VFILE:
    case VhdlDocGen::GROUP:
    case VhdlDocGen::TYPE:
      writeLink(mdef,ol);
      ol.docify(" ");
      ol.insertMemberAlign();
      VhdlDocGen::formatString(ltype,ol,mdef);
      break;
    case VhdlDocGen::RECORD:
    case VhdlDocGen::UNITS:
     writeRecordUnit(largs,ltype,ol,mdef);
      break;

    default: break;
  }

  bool htmlOn = ol.isEnabled(OutputGenerator::Html);
  if (htmlOn && /*Config_getBool(HTML_ALIGN_MEMBERS) &&*/ !ltype.isEmpty())
  {
    ol.disable(OutputGenerator::Html);
  }
  if (!ltype.isEmpty()) ol.docify(" ");

  if (htmlOn)
  {
    ol.enable(OutputGenerator::Html);
  }

  if (!detailsVisible)// && !m_impl->annMemb)
  {
    ol.endDoxyAnchor(cfname,mdef->anchor());
  }

  //    name().data(),annoClassDef,annEnumType);
 // if(mm!=VhdlDocGen::MISCELLANEOUS)
  ol.endMemberItem();
  if (!mdef->briefDescription().isEmpty() &&   Config_getBool(BRIEF_MEMBER_DESC) /* && !annMemb */)
  {
    QCString s=mdef->briefDescription();
    ol.startMemberDescription(mdef->anchor(), NULL, mm == VhdlDocGen::PORT);
    ol.generateDoc(mdef->briefFile(),mdef->briefLine(),
                   mdef->getOuterScope()?mdef->getOuterScope():d,
                   mdef,s.data(),TRUE,FALSE,
                   0,TRUE,FALSE,Config_getBool(MARKDOWN_SUPPORT));
    if (detailsVisible)
    {
      ol.pushGeneratorState();
      ol.disableAllBut(OutputGenerator::Html);
      //ol.endEmphasis();
      ol.docify(" ");
      if (mdef->getGroupDef()!=0 && gd==0) // forward link to the group
      {
        ol.startTextLink(mdef->getOutputFileBase(),mdef->anchor());
      }
      else // local link
      {
        ol.startTextLink(0,mdef->anchor());
      }
      ol.endTextLink();
      //ol.startEmphasis();
      ol.popGeneratorState();
    }
    //ol.newParagraph();
    ol.endMemberDescription();
  }
  mdef->warnIfUndocumented();

}// end writeVhdlDeclaration


void VhdlDocGen::writePlainVHDLDeclarations(
    const MemberList* mlist,OutputList &ol,
    const ClassDef *cd,const NamespaceDef *nd,const FileDef *fd,const GroupDef *gd,int specifier)
{

  SDict<QCString> pack(1009);
  pack.setAutoDelete(TRUE);

  bool first=TRUE;
  MemberDef *md;
  MemberListIterator mli(*mlist);
  for ( ; (md=mli.current()); ++mli )
  {
    int mems=md->getMemberSpecifiers();
    if (md->isBriefSectionVisible() && (mems==specifier) && (mems!=VhdlDocGen::LIBRARY) )
    {
      if (first) { ol.startMemberList();first=FALSE; }
      VhdlDocGen::writeVHDLDeclaration(md,ol,cd,nd,fd,gd,FALSE);
    } //if
    else if (md->isBriefSectionVisible() && (mems==specifier))
    {
      if (!pack.find(md->name().data()))
      {
        if (first) ol.startMemberList(),first=FALSE;
        VhdlDocGen::writeVHDLDeclaration(md,ol,cd,nd,fd,gd,FALSE);
        pack.append(md->name().data(),new QCString(md->name().data()));
      }
    } //if
  } //for
  if (!first) ol.endMemberList();
  pack.clear();
}//plainDeclaration

static bool membersHaveSpecificType(const MemberList *ml,uint64 type)
{
  if (ml==0) return FALSE;
  MemberDef *mdd=0;
  MemberListIterator mmli(*ml);
  for ( ; (mdd=mmli.current()); ++mmli )
  {
    if (mdd->getMemberSpecifiers()==type) //is type in class
    {
      return TRUE;
    }
  }
  if (ml->getMemberGroupList())
  {
    MemberGroupListIterator mgli(*ml->getMemberGroupList());
    MemberGroup *mg;
    while ((mg=mgli.current()))
    {
      if (mg->members())
      {
        if (membersHaveSpecificType(mg->members(),type)) return TRUE;
      }
      ++mgli;
    }
  }
  return FALSE;
}

void VhdlDocGen::writeVHDLDeclarations(const MemberList* ml,OutputList &ol,
    const ClassDef *cd,const NamespaceDef *nd,const FileDef *fd,const GroupDef *gd,
    const char *title,const char *subtitle,bool /*showEnumValues*/,int type)
{
  if (!membersHaveSpecificType(ml,type)) return;

  if (title)
  {
    ol.startMemberHeader(convertToId(title),type == VhdlDocGen::PORT ? 3 : 2);
    ol.parseText(title);
    ol.endMemberHeader();
    ol.docify(" ");
  }
  if (subtitle && subtitle[0]!=0)
  {
    ol.startMemberSubtitle();
    ol.generateDoc("[generated]",-1,0,0,subtitle,FALSE,FALSE,
                   0,TRUE,FALSE,Config_getBool(MARKDOWN_SUPPORT));
    ol.endMemberSubtitle();
  } //printf("memberGroupList=%p\n",memberGroupList);

  VhdlDocGen::writePlainVHDLDeclarations(ml,ol,cd,nd,fd,gd,type);

  if (ml->getMemberGroupList())
  {
    MemberGroupListIterator mgli(*ml->getMemberGroupList());
    MemberGroup *mg;
    while ((mg=mgli.current()))
    {
      if (membersHaveSpecificType(mg->members(),type))
      {
        //printf("mg->header=%s\n",mg->header().data());
        bool hasHeader=mg->header()!="[NOHEADER]";
        ol.startMemberGroupHeader(hasHeader);
        if (hasHeader)
        {
          ol.parseText(mg->header());
        }
        ol.endMemberGroupHeader();
        if (!mg->documentation().isEmpty())
        {
          //printf("Member group has docs!\n");
          ol.startMemberGroupDocs();
          ol.generateDoc("[generated]",-1,0,0,mg->documentation()+"\n",FALSE,FALSE,
                         0,FALSE,FALSE,Config_getBool(MARKDOWN_SUPPORT));
          ol.endMemberGroupDocs();
        }
        ol.startMemberGroup();
        //printf("--- mg->writePlainDeclarations ---\n");
        VhdlDocGen::writePlainVHDLDeclarations(mg->members(),ol,cd,nd,fd,gd,type);
        ol.endMemberGroup(hasHeader);
      }
      ++mgli;
    }
  }
}// writeVHDLDeclarations


bool VhdlDocGen::writeClassType( const ClassDef * cd,
    OutputList &ol ,QCString & cname)
{
  int id=cd->protection();
  QCString qcs = theTranslator->trVhdlType(id+2,TRUE);
  cname=VhdlDocGen::getClassName(cd);
  ol.startBold();
  ol.writeString(qcs.data());
  ol.writeString(" ");
  ol.endBold();
  //ol.insertMemberAlign();
  return FALSE;
}// writeClassLink


/*! writes a link if the string is linkable else a formatted string */

void VhdlDocGen::writeStringLink(const MemberDef *mdef,QCString mem, OutputList& ol)
{
  if (mdef)
  {
    const ClassDef *cd=mdef->getClassDef();
    if (cd)
    {
      QCString n=cd->name();
      MemberDef* memdef=VhdlDocGen::findMember(n,mem);
      if (memdef && memdef->isLinkable())
      {
        ol.startBold();
        writeLink(memdef,ol);
        ol.endBold();
        ol.docify(" ");
        return;
      }
    }
  }
  startFonts(mem,"vhdlchar",ol);
}// found component



void VhdlDocGen::writeSource(const MemberDef *mdef,OutputList& ol,const QCString & cname)
{
  CodeParserInterface &intf = Doxygen::parserManager->getCodeParser(".vhd");
 // pIntf->resetCodeParserState();

  QCString codeFragment=mdef->documentation();

  if (cname.isEmpty())
  {
    writeLink(mdef,ol);
    int fi=0;
    int j=0;
    do
    {
     fi=codeFragment.find("\n",++fi);
    } while(fi>=0 && j++ <3);

    // show only the first four lines
    if (j==4)
    {
      codeFragment=codeFragment.left(fi);
      codeFragment.append("\n    ....    ");
    }
  }

  codeFragment.prepend("\n");
  ol.pushGeneratorState();
  ol.startCodeFragment();
  intf.parseCode(      ol,               // codeOutIntf
                       0,                // scope
                       codeFragment,     // input
                       SrcLangExt_VHDL,  // lang
                       FALSE,            // isExample
                       0,               // exampleName
                       const_cast<FileDef*>(mdef->getFileDef()), // fileDef
                       mdef->getStartBodyLine(),      // startLine
                       mdef->getEndBodyLine(),        // endLine
                       TRUE,             // inlineFragment
                       mdef,             // memberDef
                       TRUE              // show line numbers
                      );

  ol.endCodeFragment();
  ol.popGeneratorState();

  if (cname.isEmpty()) return;

  mdef->writeSourceDef(ol,cname);
  if (mdef->hasReferencesRelation()) mdef->writeSourceRefs(ol,cname);
  if (mdef->hasReferencedByRelation()) mdef->writeSourceReffedBy(ol,cname);
}



QCString VhdlDocGen::convertFileNameToClassName(QCString name)
{

  QCString n=name;
  n=n.remove(0,6);

  int i=0;

  while((i=n.find("__"))>0)
  {
    n=n.remove(i,1);
  }

  while((i=n.find("_1"))>0)
  {
    n=n.replace(i,2,":");
  }

  return n;
}

void VhdlDocGen::parseUCF(const char*  input,  Entry* entity,QCString fileName,bool altera)
{
  QCString ucFile(input);
  int lineNo=0;
  QCString comment("#!");
  QCString brief;

  while (!ucFile.isEmpty())
  {
    int i=ucFile.find("\n");
    if (i<0) break;
    lineNo++;
    QCString temp=ucFile.left(i);
    temp=temp.stripWhiteSpace();
    bool bb=temp.stripPrefix("//");

    if (!temp.isEmpty())
    {
      if (temp.stripPrefix(comment) )
      {
        brief+=temp;
        brief.append("\\n");
      }
      else if (!temp.stripPrefix("#") && !bb)
      {
        if (altera)
        {
          int in=temp.find("-name");
          if (in>0)
          {
            temp=temp.remove(0,in+5);
          }

          temp.stripPrefix("set_location_assignment");

          initUCF(entity,0,temp,lineNo,fileName,brief);
        }
        else
        {
          QRegExp ee("[\\s=]");
          int in=temp.find(ee);
          QCString ff=temp.left(in);
          temp.stripPrefix(ff.data());
          ff.append("#");
          if (!temp.isEmpty())
          {
            initUCF(entity,ff.data(),temp,lineNo,fileName,brief);
          }
        }
      }
    }//temp

    ucFile=ucFile.remove(0,i+1);
  }// while
}

static void initUCF(Entry* root,const char*  type,QCString &  qcs,int line,QCString & fileName,QCString & brief)
{
  if (qcs.isEmpty())return;
  QRegExp reg("[\\s=]");
  QCString n;
  // bool bo=(qstricmp(type,qcs.data())==0);

  VhdlDocGen::deleteAllChars(qcs,';');
  qcs=qcs.stripWhiteSpace();

  int i= qcs.find(reg);
  if (i<0) return;
  if (i==0)
  {
    n=type;
    VhdlDocGen::deleteAllChars(n,'#');
    type="";
  }
  else
  {
    n=qcs.left(i);
  }
  qcs=qcs.remove(0,i+1);
  //  qcs.prepend("|");

  qcs.stripPrefix("=");

  std::shared_ptr<Entry> current = std::make_shared<Entry>();
  current->spec=VhdlDocGen::UCF_CONST;
  current->section=Entry::VARIABLE_SEC;
  current->bodyLine=line;
  current->fileName=fileName;
  current->type="ucf_const";
  current->args+=qcs;
  current->lang=  SrcLangExt_VHDL ;

  // adding dummy name for constraints like VOLTAGE=5,TEMPERATURE=20 C
  if (n.isEmpty())
  {
    n="dummy";
    n+=VhdlDocGen::getRecordNumber();
  }

  current->name= n+"_";
  current->name.append(VhdlDocGen::getRecordNumber().data());

  if (!brief.isEmpty())
  {
    current->brief=brief;
    current->briefLine=line;
    current->briefFile=fileName;
    brief.resize(0);
  }

  root->moveToSubEntryAndKeep(current);
}


static void writeUCFLink(const MemberDef* mdef,OutputList &ol)
{

  QCString largs(mdef->argsString());
  QCString n= splitString(largs, '#');
  // VhdlDocGen::adjustRecordMember(mdef);
  bool equ=(n.length()==largs.length());

  if (!equ)
  {
    ol.writeString(n.data());
    ol.docify(" ");
    ol.insertMemberAlign();
  }

  if (mdef->name().contains("dummy")==0)
  {
    writeLink(mdef,ol);
  }
  if (equ)
  {
    ol.insertMemberAlign();
  }
  ol.docify(" ");
  VhdlDocGen::formatString(largs,ol,mdef);
}

//        for cell_inst : [entity] work.proto [ (label|expr) ]
QCString VhdlDocGen::parseForConfig(QCString & entity,QCString & arch)
{
  int index;
  QCString label;
  if (!entity.contains(":")) return "";

  QRegExp exp("[:()\\s]");
  QCStringList ql=QCStringList::split(exp,entity);
  //int ii=ql.findIndex(ent);
  assert(ql.count()>=2);
  label  = ql[0];
  entity = ql[1];
  if ((index=entity.findRev("."))>=0)
  {
    entity.remove(0,index+1);
  }

  if (ql.count()==3)
  {
    arch= ql[2];
    ql=QCStringList::split(exp,arch);
    if (ql.count()>1) // expression
    {
      arch="";
    }
  }
  return label; // label
}

//        use (configuration|entity|open) work.test [(cellfor)];

QCString  VhdlDocGen::parseForBinding(QCString & entity,QCString & arch)
{
  int index;
  QRegExp exp("[()\\s]");

  QCString label="";
  QCStringList ql=QCStringList::split(exp,entity);

  if (ql.contains("open"))
  {
    return "open";
  }

  label=ql[0];

  entity = ql[1];
  if ((index=entity.findRev("."))>=0)
  {
    entity.remove(0,index+1);
  }

  if (ql.count()==3)
  {
    arch=ql[2];
  }
  return label;
}



 // find class with upper/lower letters
 ClassDef* VhdlDocGen::findVhdlClass(const char *className )
 {

  ClassSDict::Iterator cli(*Doxygen::classSDict);
  ClassDef *cd;
  for (;(cd=cli.current());++cli)
  {
    if (qstricmp(className,cd->name().data())==0)
    {
      return cd;
    }
  }
  return 0;
 }


/*

// file foo.vhd
// entity foo
//        .....
// end entity

// file foo_arch.vhd
// architecture xxx of foo is
//          ........
//  end architecture

*/
void VhdlDocGen::computeVhdlComponentRelations()
{

  QCString entity,arch,inst;

  for (const auto &cur : getVhdlInstList())
  {
    if (cur->stat ) //  was bind
    {
      continue;
    }

    if (cur->includeName=="entity" || cur->includeName=="component" )
    {
      entity=cur->includeName+" "+cur->type;
      QCString rr=VhdlDocGen::parseForBinding(entity,arch);
    }
    else if (cur->includeName.isEmpty())
    {
      entity=cur->type;
    }

    ClassDef *classEntity= VhdlDocGen::findVhdlClass(entity.data());//Doxygen::classSDict->find(entity);
    inst=VhdlDocGen::getIndexWord(cur->args.data(),0);
    ClassDef *cd=Doxygen::classSDict->find(inst);
    ClassDef *ar=Doxygen::classSDict->find(cur->args);

    if (cd==0)
    {
      continue;
    }

    // if (classEntity==0)
    //   err("%s:%d:Entity:%s%s",cur->fileName.data(),cur->startLine,entity.data()," could not be found");

    addInstance(classEntity,ar,cd,cur);
  }

}

static void addInstance(ClassDef* classEntity, ClassDef* ar,
                        ClassDef *cd , const std::shared_ptr<Entry> &cur)
{

  QCString bName,n1;
  if (ar==0) return;

  if (classEntity==0)
  {
    //add component inst
    n1=cur->type;
    goto ferr;
  }

  if (classEntity==cd) return;

  bName=classEntity->name();
  // fprintf(stderr,"\naddInstance %s to %s %s %s\n", classEntity->name().data(),cd->name().data(),ar->name().data(),cur->name);
  n1=classEntity->name().data();

  if (!cd->isBaseClass(classEntity, true, 0))
  {
    cd->insertBaseClass(classEntity,n1,Public,Normal,0);
  }
  else
  {
    VhdlDocGen::addBaseClass(cd,classEntity);
  }

  if (!VhdlDocGen::isSubClass(classEntity,cd,true,0))
  {
    classEntity->insertSubClass(cd,Public,Normal,0);
    classEntity->setLanguage(SrcLangExt_VHDL);
  }

ferr:
  QCString uu=cur->name;
  MemberDef *md=createMemberDef(
      ar->getDefFileName(), cur->startLine,cur->startColumn,
      n1,uu,uu, 0,
      Public, Normal, cur->stat,Member,
      MemberType_Variable,
      ArgumentList(),
      ArgumentList(),
      "");

  if (ar->getOutputFileBase())
  {
    TagInfo tg;
    tg.anchor = 0;
    tg.fileName = ar->getOutputFileBase();
    tg.tagName = 0;
    md->setTagInfo(&tg);
  }

  //fprintf(stderr,"\n%s%s%s\n",md->name().data(),cur->brief.data(),cur->doc.data());

  md->setLanguage(SrcLangExt_VHDL);
  md->setMemberSpecifiers(VhdlDocGen::INSTANTIATION);
  md->setBriefDescription(cur->brief,cur->briefFile,cur->briefLine);
  md->setBodySegment(cur->startLine,cur->startLine,-1) ;
  md->setDocumentation(cur->doc.data(),cur->docFile.data(),cur->docLine);
  FileDef *fd=ar->getFileDef();
  md->setBodyDef(fd);
  //QCString info="Info: Elaborating entity "+n1;
  //fd=ar->getFileDef();
  //info+=" for hierarchy ";
  //QRegExp epr("[|]");
  //QCString label=cur->type+":"+cur->write+":"+cur->name;
  //label.replace(epr,":");
  //info+=label;
  //fprintf(stderr,"\n[%s:%d:%s]\n",fd->fileName().data(),cur->startLine,info.data());
  ar->insertMember(md);

}


void  VhdlDocGen::writeRecordUnit(QCString & largs,QCString & ltype,OutputList& ol ,const MemberDef *mdef)
{
	  int i=mdef->name().find('~');
	  if(i>0){
		 //sets the real record member name
	    const_cast<MemberDef*>(mdef)->setName(mdef->name().left(i).data());
       }

      writeLink(mdef,ol);
      ol.startBold();
      ol.insertMemberAlign();
      if (!ltype.isEmpty()){
        VhdlDocGen::formatString(ltype,ol,mdef);
	}
      ol.endBold();

}


void VhdlDocGen::writeRecUnitDocu(
    const MemberDef *md,
    OutputList& ol,
    QCString largs)
{

  QCStringList ql=QCStringList::split("#",largs);
  uint len=ql.count();
  ol.startParameterList(TRUE);
  bool first=TRUE;

  for(uint i=0;i<len;i++)
  {
    QCString n=ql[i];
    ol.startParameterType(first,"");
    ol.endParameterType();
    ol.startParameterName(TRUE);
    VhdlDocGen::formatString(n,ol,md);
    if ((len-i)>1)
    {
      ol.endParameterName(FALSE,FALSE,FALSE);
    }
    else
    {
      ol.endParameterName(TRUE,FALSE,TRUE);
    }

    first=FALSE;
  }

}//#



bool VhdlDocGen::isSubClass(ClassDef* cd,ClassDef *scd, bool followInstances,int level)
{
  bool found=FALSE;
  //printf("isBaseClass(cd=%s) looking for %s\n",name().data(),bcd->name().data());
  if (level>255)
  {
    err("Possible recursive class relation while inside %s and looking for %s\n",qPrint(cd->name()),qPrint(scd->name()));
    abort();
    return FALSE;
  }

  if (cd->subClasses())
  {
    BaseClassListIterator bcli(*cd->subClasses());
    for ( ; bcli.current() && !found ; ++bcli)
    {
      const ClassDef *ccd=bcli.current()->classDef;
      if (!followInstances && ccd->templateMaster()) ccd=ccd->templateMaster();
      //printf("isSubClass() subclass %s\n",ccd->name().data());
      if (ccd==scd)
      {
        found=TRUE;
      }
      else
      {
        if (level <256)
        {
          found=ccd->isBaseClass(scd,followInstances,level+1);
        }
      }
    }
  }
  return found;
}

void VhdlDocGen::addBaseClass(ClassDef* cd,ClassDef *ent)
{
  if (cd->baseClasses())
  {
    BaseClassListIterator bcli(*cd->baseClasses());
    for ( ; bcli.current()  ; ++bcli)
    {
      ClassDef *ccd=bcli.current()->classDef;
      if (ccd==ent)
      {
        QCString n = bcli.current()->usedName;
        int i = n.find('(');
        if(i<0)
        {
          bcli.current()->usedName.append("(2)");
          return;
        }
        static QRegExp reg("[0-9]+");
        QCString s=n.left(i);
        QCString r=n.right(n.length()-i);
        QCString t=r;
        VhdlDocGen::deleteAllChars(r,')');
        VhdlDocGen::deleteAllChars(r,'(');
        r.setNum(r.toInt()+1);
        t.replace(reg,r.data());
        s.append(t.data());
        bcli.current()->usedName=s;
        bcli.current()->templSpecifiers=t;
      }
    }
  }
}


static QList<MemberDef> mdList;

static MemberDef* findMemFlow(const MemberDef* mdef)
{
  for(uint j=0;j<mdList.count();j++)
  {
    MemberDef* md=(MemberDef*)mdList.at(j);
    if (md->name()==mdef->name() &&  md->getStartBodyLine()==mdef->getStartBodyLine())
      return md;
  }
  return 0;
}

void VhdlDocGen::createFlowChart(const MemberDef *mdef)
{
  if (mdef==0) return;

  QCString codeFragment;
  MemberDef* mm=0;
  if((mm=findMemFlow(mdef))!=0)
  {
    // don't create the same flowchart twice
    VhdlDocGen::setFlowMember(mm);
    return;
  }
  else
  {
    mdList.append(mdef);
  }

  //fprintf(stderr,"\n create flow mem %s %p\n",mdef->name().data(),mdef);

  int actualStart= mdef->getStartBodyLine();
  int actualEnd=mdef->getEndBodyLine();
  const FileDef* fd=mdef->getFileDef();
  bool b=readCodeFragment( fd->absFilePath().data(), actualStart,actualEnd,codeFragment);
  if (!b) return;

  auto parser { Doxygen::parserManager->getOutlineParser(".vhd") };
  VhdlDocGen::setFlowMember(mdef);
  std::shared_ptr<Entry> root = std::make_shared<Entry>();
  StringVector filesInSameTu;
  parser->parseInput("",codeFragment.data(),root,nullptr);
}

void VhdlDocGen::resetCodeVhdlParserState()
{
  varMap.clear();
  qli.clear();
  packages.clear();
}

bool VhdlDocGen::isConstraint(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::UCF_CONST; }
bool VhdlDocGen::isConfig(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::CONFIG; }
bool VhdlDocGen::isAlias(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::ALIAS; }
bool VhdlDocGen::isLibrary(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::LIBRARY; }
bool VhdlDocGen::isGeneric(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::GENERIC; }
bool VhdlDocGen::isPort(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::PORT; }
bool VhdlDocGen::isComponent(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::COMPONENT; }
bool VhdlDocGen::isPackage(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::USE; }
bool VhdlDocGen::isEntity(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::ENTITY; }
bool VhdlDocGen::isConstant(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::CONSTANT; }
bool VhdlDocGen::isVType(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::TYPE; }
bool VhdlDocGen::isSubType(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::SUBTYPE; }
bool VhdlDocGen::isVhdlFunction(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::FUNCTION; }
bool VhdlDocGen::isProcess(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::PROCESS; }
bool VhdlDocGen::isSignal(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::SIGNAL; }
bool VhdlDocGen::isAttribute(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::ATTRIBUTE; }
bool VhdlDocGen::isSignals(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::SIGNAL; }
bool VhdlDocGen::isProcedure(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::PROCEDURE; }
bool VhdlDocGen::isRecord(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::RECORD; }
bool VhdlDocGen::isArchitecture(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::ARCHITECTURE; }
bool VhdlDocGen::isUnit(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::UNITS; }
bool VhdlDocGen::isPackageBody(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::PACKAGE_BODY; }
bool VhdlDocGen::isVariable(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::SHAREDVARIABLE; }
bool VhdlDocGen::isFile(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::VFILE; }
bool VhdlDocGen::isGroup(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::GROUP; }
bool VhdlDocGen::isCompInst(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::INSTANTIATION; }
bool VhdlDocGen::isMisc(const MemberDef *mdef)
{ return mdef->getMemberSpecifiers()==VhdlDocGen::MISCELLANEOUS; }



//############################## Flowcharts #################################################

#define STARTL   (FlowChart::WHILE_NO     | FlowChart::IF_NO    | \
                  FlowChart::FOR_NO       | FlowChart::CASE_NO  | \
                  FlowChart::LOOP_NO      | WHEN_NO)
#define DECLN    (FlowChart::WHEN_NO      | \
                  FlowChart::ELSIF_NO     | FlowChart::IF_NO    | \
                  FlowChart::FOR_NO       | FlowChart::WHILE_NO | \
                  FlowChart::CASE_NO      | FlowChart::LOOP_NO )
#define STARTFIN (FlowChart::START_NO     | FlowChart::END_NO)
#define LOOP     (FlowChart::FOR_NO       | FlowChart::WHILE_NO | \
                  FlowChart::LOOP_NO )
#define ENDCL    (FlowChart::END_CASE     | FlowChart::END_LOOP)
#define EEND     (FlowChart::ENDIF_NO     | FlowChart::ELSE_NO )
#define IFF      (FlowChart::ELSIF_NO     | FlowChart::IF_NO)
#define EXITNEXT (FlowChart::EXIT_NO      | FlowChart::NEXT_NO )
#define EMPTY    (EEND                    | FlowChart::ELSIF_NO)
#define EE       (FlowChart::ELSE_NO      | FlowChart::ELSIF_NO)
#define EMPTNODE (ENDCL | EEND            | FlowChart::ELSIF_NO)
#define FLOWLEN (flowList.count()-1)

static int ifcounter=0;
static int nodeCounter=0;

static struct
{
   // link colors
   const char *textNodeLink;
   const char *yesNodeLink;
   const char *noNodeLink;

   // node colors
   const char* comment;
   const char* decisionNode;
   const char* varNode;
   const char *startEndNode;
   const char* textNode;
} flowCol =
{ "green",       // textNodeLink
  "red",         // yesNodeLink
  "black",       // noNodeLink
  "khaki",       // comment
  "0.7 0.3 1.0", // decisionNode
  "lightyellow", // varNode
  "white",       // startEndNode
  "lightcyan"    // textNode
};

QList<FlowChart>  FlowChart::flowList;

#ifdef DEBUGFLOW
static QMap<QCString,int> keyMap;
#endif

void alignText(QCString & q)
{
  if (q.length()<=80) return;

  if (q.length()>200)
  {
    q.resize(200);
  }

  q.append(" ...");

  QRegExp reg("[\\s|]");
  QCString str(q.data());
  QCString temp;

  while (str.length()>80)
  {
    int j=str.findRev(reg,80);
    if (j<=0)
    {
      temp+=str;
      q=temp;
      return;
    }
    else
    {
      QCString qcs=str.left(j);
      temp+=qcs+"\\";
      temp+="n";
      str.remove(0,j);
    }
  }//while

 q=temp+str;
// #endif
}

void FlowChart::printNode(const FlowChart* flo)
{
  if (flo==0) return;
  QCString ui="-";
  QCString q,t;
  QRegExp ep("[\t\n\r]");

  ui.fill('-',255);

  if (flo->type & STARTL)
  {
    if (flo->stamp>0)
    {
      q=ui.left(2*flo->stamp);
    }
    else
    {
      q=" ";
    }
    QCString nn=flo->exp.stripWhiteSpace();
    printf("\nYES: %s%s[%d,%d]",q.data(),nn.data(),flo->stamp,flo->id);
  }
  else
  {
    if (flo->type & COMMENT_NO)
    {
      t=flo->label;
    }
    else
    {
      t=flo->text;
    }
    t=t.replace(ep,"");
    if (t.isEmpty())
    {
      t=" ";
    }
    if (flo->stamp>0)
    {
      q=ui.left(2*flo->stamp);
    }
    else
    {
      q=" ";
    }
    if (flo->type & EMPTNODE)
    {
      printf("\n NO: %s%s[%d,%d]",q.data(),FlowChart::getNodeType(flo->type),flo->stamp,flo->id);
    }
    else if (flo->type & COMMENT_NO)
    {
      printf("\n NO: %s%s[%d,%d]",t.data(),FlowChart::getNodeType(flo->type),flo->stamp,flo->id);
    }
    else
    {
      printf("\n NO: %s[%d,%d]",t.data(),flo->stamp,flo->id);
    }
  }
}

void  FlowChart::printFlowTree()
{
  uint size=flowList.count();
  for (uint j=0;j<size;j++)
  {
    printNode(flowList.at(j));
  }
}

void  FlowChart::colTextNodes()
{
  FlowChart *flno = NULL;
  bool found=FALSE;
  for (uint j=0;j<flowList.count();j++)
  {
    FlowChart *flo=flowList.at(j);
    if (flo->type&TEXT_NO)
    {
      if (!found)
      {
        flno=flo;
      }
      else
      {
        flno->text+=flo->text;
        flowList.remove(flo);
        if (j>0) j=j-1;
      }
      found=TRUE;
    }
    else
      found=FALSE;
  }

  // find if..endif without text
  //       if..elseif without text
  for (uint j=0;j<flowList.count()-1;j++)
  {
    FlowChart *flo=flowList.at(j);
    int kind=flo->type;
    if ( (kind & IFF) || (flo->type & ELSE_NO))
    {
      FlowChart *ftemp=flowList.at(j+1);
      if (ftemp->type & EMPTY)
      {
        FlowChart *fNew = new FlowChart(TEXT_NO,"empty ",0);
        fNew->stamp=flo->stamp;
        flowList.insert(j+1,fNew);
      }
    }
  }

}// colTextNode

QCString FlowChart::getNodeName(int n)
{
  QCString node;
  node.setNum(n);
  return node.prepend("node");
}

void FlowChart::delFlowList()
{
  ifcounter=0;
  nodeCounter=0;
  uint size=flowList.count();

  for (uint j=0;j <size ;j++)
  {
    FlowChart *fll=flowList.at(j);
    delete fll;
  }
  flowList.clear();
}

void FlowChart::alignCommentNode(FTextStream &t,QCString com)
{
  uint max=0;
  QCString s;
  QCStringList ql=QCStringList::split("\n",com);
  for (uint j=0;j<ql.count();j++)
  {
    s=(QCString)ql[j];
    if (max<s.length()) max=s.length();
  }

  s=ql.last();
  int diff=max-s.length();

  QCString n(1);
  if (diff>0)
  {
    n.fill(' ',2*diff);
    n.append(".");
    s+=n;
    ql.remove(ql.last());
    ql.append(s);
  }

  for (uint j=0;j<ql.count();j++)
  {
    s=ql[j];
    if (j<ql.count()-1)
    {
      s+="\n";
    }
    FlowChart::codify(t,s.data());
  }
}


void FlowChart::buildCommentNodes(FTextStream & t)
{
  uint size=flowList.count();
  bool begin=false;

  for (uint j=0;j < size-1 ;j++)
  {
    FlowChart *fll=flowList.at(j);
    if (fll->type & COMMENT_NO)
    {
      FlowChart* to=flowList.at(j+1);
      if (to->type & COMMENT_NO)
      {
        fll->label+="\n";
        QCString temp=fll->label+to->label;
        to->label=temp;
        flowList.remove(j);
        size--;
        if (j>0) j--;
      }
    }
  }// for

  for (uint j=0;j <flowList.count() ;j++)
  {
    FlowChart *fll=flowList.at(j);

    if (fll->type & BEGIN_NO)
    {
      begin = true;
      continue;
    }

    if (fll->type & COMMENT_NO)
    {
      FlowChart* to;
      if (!begin)
      {
        //  comment between function/process .. begin is linked to start node
        to=flowList.at(0);
      }
      else
      {
        if (j>0 && flowList.at(j-1)->line==fll->line)
          to=flowList.at(j-1);
        else
          to=flowList.at(j+1);
       }
      t << getNodeName(fll->id);
      t << "[shape=none, label=<\n";
      t << "<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\" CELLPADDING=\"2\" >\n ";
      t << "<TR><TD BGCOLOR=\"";
      t << flowCol.comment;
      t << "\" > ";

      FlowChart::alignCommentNode(t,fll->label);
      t << " </TD></TR></TABLE>>];";
      writeEdge(t,fll->id,to->id,2);
    }
  }// for

  // delete comment nodes;
  size=flowList.count();
  for (uint j=0;j < size;j++)
  {
    FlowChart *fll=flowList.at(j);
    if (fll->type & (COMMENT_NO | BEGIN_NO))
    {
      int diff=FLOWLEN-(j+1);
      flowList.remove(j);

	   if ((fll->type & COMMENT_NO) && diff > 1)
		  flowList.at(j+1)->label=fll->label;

	   delete fll;
      fll=0;
      size--;
      if (j>0) j--;
    }
  }// for;
}

void FlowChart::codify(FTextStream &t,const char *str)
{
  if (str)
  {
    const char *p=str;
    char c;
    while (*p)
    {
      c=*p++;
      switch(c)
      {
        case '<':  t << "&lt;"; break;
        case '>':  t << "&gt;"; break;
        case '&':  t << "&amp;"; break;
        case '\'': t << "&#39;"; break;
        case '"':  t << "&quot;"; break;
        case '\n': t <<"<BR ALIGN=\"LEFT\"/>"; break;
        default:   t << c; break;
      }
    }
  }
}//codify

FlowChart::~FlowChart()
{
}

FlowChart::FlowChart(int typ,const char * t,const char* ex,const char* lab)
{
  stamp=ifcounter;

  if (typ & STARTL)
  {
    ifcounter++;
  }

  text=t;
  exp=ex;
  type=typ;
  label=lab;

  if (typ & (ELSE_NO | ELSIF_NO))
  {
    stamp--;
  }

  if (typ & (START_NO | END_NO | VARIABLE_NO))
  {
    stamp=0;
  }

  id=nodeCounter++;
}

void FlowChart::addFlowChart(int type,const char* text,const char* exp, const char *label)
{
  static QRegExp reg("[;]");
  static QRegExp reg1("[\"]");

  if (!VhdlDocGen::getFlowMember()) return;

  QCString typeString(text);
  QCString expression(exp);


  if (text)
  {
    typeString=typeString.replace(reg,"\n");
  }

  if (exp)
  {
    expression=expression.replace(reg1,"\\\"");
  }

  FlowChart *fl=new FlowChart(type,typeString.data(),expression.data(),label);

  fl->line=1; // TODO: use getLine(); of the parser

  if (type & (START_NO | VARIABLE_NO))
  {
    flowList.prepend(fl);
  }
  else
  {
    flowList.append(fl);
  }
}

void FlowChart::moveToPrevLevel()
{
  if (!VhdlDocGen::getFlowMember()) return;
  ifcounter--;
}

QCString FlowChart::printPlantUmlNode(const FlowChart *flo,bool ca,bool endL)
{
  QCString t;
  QCString exp=flo->exp.stripWhiteSpace();
  QCString text=flo->text.stripWhiteSpace();
  switch (flo->type)
  {
    case START_NO:   t=":"+text+"|"; break;
    case IF_NO :     t="\nif ("+exp+") then (yes)"; break;
    case ELSIF_NO:   t="\nelseif ("+exp+") then (yes)"; break;
    case ELSE_NO:    t="\nelse"; break;
    case CASE_NO:    t="\n:"+exp+";"; break;
    case WHEN_NO:    t="\n";
                     if (!ca) t+="else";
                     t+="if ("+exp+") then (yes)";
                     break;
    case EXIT_NO:    break;
    case END_NO:     if (text.contains(" function")==0) t="\n:"+text+";";
                     break;
    case TEXT_NO:    t="\n:"+text+"]"; break;
    case ENDIF_NO:   t="\nendif"; break;
    case FOR_NO:     t="\nwhile ("+exp+") is (yes)"; break;
    case WHILE_NO:   t="\nwhile ("+exp+") is (yes)"; break;
    case END_LOOP:   t="\nendwhile"; break;
    case END_CASE:   t="\nendif\n:end case;"; break;
    case VARIABLE_NO:t="\n:"+text+";"; break;
    case RETURN_NO:  t="\n:"+text+";";
                     if (!endL) t+="\nstop";
                     break;
    case LOOP_NO:    t="\nwhile (infinite loop)"; break;
    case NEXT_NO:    break;
    case EMPTY_NO:   break;
    case COMMENT_NO: t="\n note left \n "+flo->label+"\nend note \n"; break;
    case BEGIN_NO:   t="\n:begin;"; break;
    default:         assert(false); break;
  }
  return t;
}

void  FlowChart::printUmlTree()
{
  int caseCounter = 0;
  int whenCounter = 0;

  QCString qcs;
  uint size=flowList.count();
  bool endList;
  for (uint j=0;j<size;j++)
  {
    endList=j==FLOWLEN;
    FlowChart *flo=flowList.at(j);
    if (flo->type==CASE_NO)
    {
      caseCounter++;
      whenCounter=0;
    }

    if (flo->type==END_CASE)
    {
      caseCounter--;
    }

    bool ca = (caseCounter>0 && whenCounter==0);

    qcs+=printPlantUmlNode(flo,ca,endList);

    if (flo->type==WHEN_NO)
    {
      whenCounter++;
    }

  }
  qcs+="\n";

  QCString htmlOutDir = Config_getString(HTML_OUTPUT);

  QCString n=convertNameToFileName();
  n=PlantumlManager::instance()->writePlantUMLSource(htmlOutDir,n,qcs,PlantumlManager::PUML_SVG);
  PlantumlManager::instance()->generatePlantUMLOutput(n,htmlOutDir,PlantumlManager::PUML_SVG);
}

QCString FlowChart::convertNameToFileName()
{
  static QRegExp exp ("[^][a-z_A-Z0-9]");
  QCString temp,qcs;
  const  MemberDef* md=VhdlDocGen::getFlowMember();

  // temp.sprintf("%p",md);
  qcs=md->name();

  #if 0
  if (qcs.find(exp,0)>=0)
  {
    qcs.prepend("Z");
    qcs=qcs.replace(exp,"_");
  }
  #endif

  //QCString tt= qcs;VhdlDocGen::getRecordNumber();
  return qcs;
}

const char* FlowChart::getNodeType(int c)
{
  switch(c)
  {
    case IF_NO:        return "if ";
    case ELSIF_NO:     return "elsif ";
    case ELSE_NO:      return "else ";
    case CASE_NO:      return "case ";
    case WHEN_NO:      return "when ";
    case EXIT_NO:      return "exit ";
    case END_NO:       return "end ";
    case TEXT_NO:      return "text ";
    case START_NO:     return "start  ";
    case ENDIF_NO:     return "endif  ";
    case FOR_NO:       return "for ";
    case WHILE_NO:     return "while  ";
    case END_LOOP:     return "end_loop  ";
    case END_CASE:     return "end_case  ";
    case VARIABLE_NO:  return "variable_decl  ";
    case RETURN_NO:    return "return  ";
    case LOOP_NO:      return "infinite loop  ";
    case NEXT_NO:      return "next  ";
    case COMMENT_NO:   return "comment  ";
    case EMPTY_NO:     return "empty  ";
    case BEGIN_NO:     return "<begin>  ";
    default: return "--failure--";
  }
}

void FlowChart::createSVG()
{
  QCString qcs("/");
  QCString ov = Config_getString(HTML_OUTPUT);

  qcs+=FlowChart::convertNameToFileName()+".svg";

  //const  MemberDef *m=VhdlDocGen::getFlowMember();
  //if (m)
  //  fprintf(stderr,"\n creating flowchart  : %s  %s in file %s \n",theTranslator->trVhdlType(m->getMemberSpecifiers(),TRUE),m->name().data(),m->getFileDef()->name().data());

  QCString dir=" -o \""+ov+qcs+"\"";
  ov+="/flow_design.dot";

  QCString vlargs="-Tsvg \""+ov+"\" "+dir ;

  if (Portable::system(Config_getString(DOT_PATH) + "dot",vlargs)!=0)
  {
    err("could not create dot file");
  }
}

void FlowChart::startDot(FTextStream &t)
{
  t << " digraph G { \n";
  t << "rankdir=TB \n";
  t << "concentrate=true\n";
  t << "stylesheet=\"doxygen.css\"\n";
}

void FlowChart::endDot(FTextStream &t)
{
  t << " } \n";
}

void FlowChart::writeFlowChart()
{
  //  assert(VhdlDocGen::flowMember);

  QCString ov = Config_getString(HTML_OUTPUT);
  QCString fileName = ov+"/flow_design.dot";
  QFile f(fileName);
  FTextStream t(&f);

  if (!f.open(IO_WriteOnly))
  {
    err("Cannot open file %s for writing\n",fileName.data());
    return;
  }

  colTextNodes();
  //  buildCommentNodes(t);

#ifdef DEBUGFLOW
   printFlowTree();
#endif
  const MemberDef *p=VhdlDocGen::getFlowMember();

  if (!Config_getString(PLANTUML_JAR_PATH).isEmpty())
  {
    printUmlTree();
    delFlowList();
    f.close();
    return;
  }

  startDot(t);
  buildCommentNodes(t);
  uint size=flowList.count();

  for (uint j=0;j <size ;j++)
  {
    FlowChart *fll=flowList.at(j);
    writeShape(t,fll);
  }
  writeFlowLinks(t);

  FlowChart::endDot(t);
  delFlowList();
  f.close();
  FlowChart::createSVG();
}// writeFlowChart

void FlowChart::writeShape(FTextStream &t,const FlowChart* fl)
{
  if (fl->type & EEND) return;
  QCString var;
  if (fl->type & LOOP)
  {
    var=" loop";
  }
  else if (fl->type & IFF)
  {
    var=" then";
  }
  else
  {
    var="";
  }

  t<<getNodeName(fl->id).data();

#ifdef DEBUGFLOW
  QCString qq(getNodeName(fl->id).data());
  keyMap.insert(qq,fl->id);
#endif

  bool dec=(fl->type & DECLN);
  bool exit=(fl->type & EXITNEXT);
  if (exit && !fl->exp.isEmpty())
  {
    dec=TRUE;
  }
  if (dec)
  {
    QCString exp=fl->exp;
    alignText(exp);

    t << " [shape=diamond,style=filled,color=\"";
    t << flowCol.decisionNode;
    t << "\",label=\" ";
    QCString kl;
    if (exit) kl=fl->text+"  ";

    if (fl->label)
    {
      kl+=fl->label+":"+exp+var;
    }
    else
    {
      kl+=exp+var;
    }

    FlowChart::alignCommentNode(t,kl);
    t << "\"]\n";
  }
  else if (fl->type & ENDCL)
  {
    QCString val=fl->text;
    t << " [shape=ellipse ,label=\""+val+"\"]\n";
  }
  else if (fl->type & STARTFIN)
  {
    QCString val=fl->text;
    t << "[shape=box , style=rounded label=<\n";
    t << "<TABLE BORDER=\"0\" CELLBORDER=\"0\" CELLSPACING=\"0\" CELLPADDING=\"0\" >\n ";
    t << "<TR><TD BGCOLOR=\"";
    t<< flowCol.startEndNode;
    t<< "\"> ";
    FlowChart::alignCommentNode(t,val);
    t << " </TD></TR></TABLE>>];";
  }
  else
  {
    if (fl->text.isEmpty()) return;
    bool isVar=(fl->type & FlowChart::VARIABLE_NO);
    QCString q=fl->text;

    if (exit)
    {
      q+=" "+fl->label;
    }

    int z=q.findRev("\n");

    if (z==(int)q.length()-1)
    {
      q=q.remove(z,2);
    }
    t << "[shape=none margin=0.1, label=<\n";
    t << "<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\" CELLPADDING=\"2\" >\n ";
    if (isVar)
    {
      t << "<TR><TD BGCOLOR=\"" << flowCol.varNode << "\" > ";
    }
    else
    {
      t << "<TR><TD BGCOLOR=\"" << flowCol.textNode << "\" > ";
    }
    FlowChart::alignCommentNode(t,q);
    t << " </TD></TR></TABLE>>];";
  }
}


void FlowChart::writeEdge(FTextStream &t,const FlowChart* fl_from,const FlowChart* fl_to,int i)
{
  bool b=fl_from->type & STARTL;
  bool c=fl_to->type & STARTL;

#ifdef DEBUGFLOW
  QCString s1(getNodeName(fl_from->id).data());
  QCString s2(getNodeName(fl_to->id).data());
  QMap<QCString, int>::Iterator it = keyMap.find(s1);
  QMap<QCString, int>::Iterator it1 = keyMap.find(s2);
  // checks if the link is connected to a valid node
  assert(it.key());
  assert(it1.key());
#endif

  writeEdge(t,fl_from->id,fl_to->id,i,b,c);
}

void FlowChart::writeEdge(FTextStream &t,int fl_from,int fl_to,int i,bool bFrom,bool bTo)
{
  QCString label,col;

  if (i==0)
  {
    col=flowCol.yesNodeLink;
    label="yes";
  }
  else if (i==1)
  {
    col=flowCol.noNodeLink;
    label="no";
  }
  else
  {
    col=flowCol.textNodeLink;
    label="";
  }

  t << "edge [color=\""+col+"\",label=\""+label+"\"]\n";
  t << getNodeName(fl_from).data();
  if (bFrom) t << ":s";
  t << "->";
  t << getNodeName(fl_to).data();
  if (bTo) t << ":n";
  t << "\n";
}

void FlowChart::alignFuncProc( QCString & q,const ArgumentList &al,bool isFunc)
{
  size_t index=al.size();
  if (index==0) return;

  int len=q.length()+VhdlDocGen::getFlowMember()->name().length();
  QCString prev,temp;
  prev.fill(' ',len+1);

  q+="\n";
  for (const Argument &arg : al)
  {
    QCString attl=arg.defval+" ";
    attl+=arg.name+" ";

    if (!isFunc)
    {
      attl+=arg.attrib+" ";
    }
    else
    {
      attl+=" in ";
    }
    attl+=arg.type;
    if (--index) attl+=",\n"; else attl+="\n";

    attl.prepend(prev.data());
    temp+=attl;
  }

  q+=temp;
}

int FlowChart::findNextLoop(int index,int stamp)
{
  for (uint j=index+1;j<flowList.count();j++)
  {
    FlowChart *flo=flowList.at(j);
    if (flo->stamp==stamp)
    {
      continue;
    }
    if (flo->type&END_LOOP)
    {
      return j;
    }
  }
  return flowList.count()-1;
}

int FlowChart::findPrevLoop(int index,int stamp,bool endif)
{
  for (uint j=index;j>0;j--)
  {
    FlowChart *flo=flowList.at(j);
    if (flo->type & LOOP)
    {
      if (flo->stamp==stamp && endif)
      {
        return j;
      }
      else
      {
        if (flo->stamp<stamp)
        {
          return j;
        }
      }
    }
  }
  return flowList.count()-1;
}

int FlowChart::findLabel(int index,QCString &label)
{
  for (uint j=index;j>0;j--)
  {
    FlowChart *flo=flowList.at(j);
    if ((flo->type & LOOP) && !flo->label.isEmpty() && qstricmp(flo->label,label)==0)
    {
      return j;
    }
  }
  err("could not find label: %s",label.data());
  return 0;
}

int FlowChart::findNode(int index,int stamp,int type)
{
  for (uint j=index+1;j<flowList.count();j++)
  {
    FlowChart *flo=flowList.at(j);
    if (flo->type==type && flo->stamp==stamp)
    {
      return j;
    }
  }
  return 0;
}// findNode

int FlowChart::getNextNode(int index,int stamp)
{
  for (uint j=index+1;j<flowList.count();j++)
  {
    FlowChart *flo=flowList.at(j);
    int kind=flo->type;
    int s=flo->stamp;
    if (s>stamp)
    {
      continue;
    }
    if (kind & ENDIF_NO)
    {
      if (s<stamp && stamp>0)
      {
        stamp--;
        continue;
      }
    }
    if (kind & (ELSE_NO | ELSIF_NO))
    {
      if (s<stamp && stamp>0)
      {
        stamp--;
      }
      j=findNode(j,stamp,ENDIF_NO);
      continue;
    }
    if (kind & WHEN_NO)
    {
      if (s<stamp && stamp>0)
      {
        stamp--;
      }
      return findNode(j,stamp-1,END_CASE);
    }
    return j;
  }
  return FLOWLEN;
}

int FlowChart::getNextIfLink(const FlowChart* fl,uint index)
{
  int stamp=fl->stamp;
  uint start = index+1;
  int endifNode  = findNode(start,stamp,ENDIF_NO);
  int elseifNode = findNode(start,stamp,ELSIF_NO);
  int elseNode   = findNode(start,stamp,ELSE_NO);

  assert(endifNode>-1);

  if (elseifNode>0 && elseifNode<endifNode)
  {
    return elseifNode;
  }

  if (elseNode>0 && elseNode<endifNode)
  {
    return elseNode+1;
  }

  stamp=flowList.at(endifNode)->stamp;
  return getNextNode(endifNode,stamp);
}

void FlowChart::writeFlowLinks(FTextStream &t)
{
  uint size=flowList.count();
  if (size<2) return;

  // write start link
  writeEdge(t,flowList.at(0),flowList.at(1),2);

  for (uint j=0;j<size;j++)
  {
    FlowChart *fll=flowList.at(j);
    int kind=fll->type;
    int stamp=fll->stamp;
    if (kind & EEND)
    {
      continue;
    }

    if (kind & IFF)
    {
      writeEdge(t,fll,flowList.at(j+1),0);
      int z=getNextIfLink(fll,j);
      // assert(z>-1);
      writeEdge(t,fll,flowList.at(z),1);
    }
    else if (kind & LOOP_NO)
    {
      writeEdge(t,fll,flowList.at(j+1),2);
      continue;
    }
    else if (kind & (CASE_NO | FOR_NO | WHILE_NO))
    {
      if (kind & CASE_NO)
      {
        writeEdge(t,fll,flowList.at(j+1),2);
        continue;
      }
      else
      {
        writeEdge(t,fll,flowList.at(j+1),0);
      }

      kind=END_LOOP;
      int z=findNode(j+1,fll->stamp,kind);
      z=getNextNode(z,flowList.at(z)->stamp);

      // assert(z>-1);
      writeEdge(t,fll,flowList.at(z),1);
      continue;
    }
    else if (kind & (TEXT_NO | VARIABLE_NO))
    {
      int z=getNextNode(j,stamp);
      writeEdge(t,fll,flowList.at(z),2);
    }
    else if (kind & WHEN_NO)
    {
      // default value
      if (qstricmp(fll->text.simplifyWhiteSpace().data(),"others")==0)
      {
        writeEdge(t,fll,flowList.at(j+1),2);
        continue;
      }


      writeEdge(t,fll,flowList.at(j+1),0);
      int u=findNode(j,stamp,WHEN_NO);
      int v=findNode(j,stamp-1,END_CASE);

      if (u>0 && u<v)
      {
        writeEdge(t,fll,flowList.at(u),1);
      }
      else
      {
        writeEdge(t,fll,flowList.at(v),1);
      }
    }
    else if (kind & END_CASE)
    {
      int z=FlowChart::getNextNode(j,fll->stamp);
      writeEdge(t,fll,flowList.at(z),2);
    }
    else if (kind & END_LOOP)
    {
      int z=findPrevLoop(j,fll->stamp,true);
      writeEdge(t,fll,flowList.at(z),2);
    }
    else if (kind & RETURN_NO)
    {
      writeEdge(t,fll,FlowChart::flowList.at(size-1),2);
    }
    else if (kind & (EXIT_NO | NEXT_NO))
    {
      int z;
      bool b = kind==NEXT_NO;
      if (fll->exp)
      {
        writeEdge(t,fll,flowList.at(j+1),1);
      }
      if (!fll->label.isEmpty())
      {
        z=findLabel(j,fll->label);
        if (b)
        {
          writeEdge(t,fll,flowList.at(z),0);
        }
        else
        {
          z=findNode(z,flowList.at(z)->stamp,END_LOOP);
          z=getNextNode(z,flowList.at(z)->stamp);
          writeEdge(t,fll,flowList.at(z),0);
        }
        continue;
      }
      else
      {
        if (b)
        {
          z=findPrevLoop(j,fll->stamp);
          writeEdge(t,fll,flowList.at(z),0);
          continue;
        }
        else
        {
          z =findNextLoop(j,fll->stamp-1);
        }
        z=getNextNode(z,flowList.at(z)->stamp);
      }
      writeEdge(t,fll,flowList.at(z),0);
    }
  } //for
} //writeFlowLinks