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/******************************************************************************
*
* Copyright (C) 1997-2019 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.
*
*/
#include <atomic>
#include "doxygen.h"
#include "util.h"
#include "entry.h"
#include "message.h"
#include "docgroup.h"
static std::atomic_int g_groupId;
void DocGroup::enterFile(const char *fileName,int)
{
m_openCount = 0;
m_autoGroupStack.clear();
m_memberGroupId = DOX_NOGROUP;
m_memberGroupDocs.resize(0);
m_memberGroupRelates.resize(0);
m_compoundName=fileName;
}
void DocGroup::leaveFile(const char *fileName,int line)
{
//if (m_memberGroupId!=DOX_NOGROUP)
//{
// warn(fileName,line,"end of file while inside a member group\n");
//}
m_memberGroupId=DOX_NOGROUP;
m_memberGroupRelates.resize(0);
m_memberGroupDocs.resize(0);
if (!m_autoGroupStack.empty())
{
warn(fileName,line,"end of file while inside a group");
}
else if (m_openCount > 0) // < 0 is already handled on close call
{
warn(fileName,line,"end of file with unbalanced grouping commands");
}
}
void DocGroup::enterCompound(const char *fileName,int line,const char *name)
{
if (m_memberGroupId!=DOX_NOGROUP)
{
warn(fileName,line,"try to put compound %s inside a member group\n",name);
}
m_memberGroupId=DOX_NOGROUP;
m_memberGroupRelates.resize(0);
m_memberGroupDocs.resize(0);
m_compoundName = name;
int i = m_compoundName.find('(');
if (i!=-1)
{
m_compoundName=m_compoundName.left(i); // strip category (Obj-C)
}
if (m_compoundName.isEmpty())
{
m_compoundName=fileName;
}
//printf("groupEnterCompound(%s)\n",name);
}
void DocGroup::leaveCompound(const char *,int,const char * /*name*/)
{
//printf("groupLeaveCompound(%s)\n",name);
//if (m_memberGroupId!=DOX_NOGROUP)
//{
// warn(fileName,line,"end of compound %s while inside a member group\n",name);
//}
m_memberGroupId=DOX_NOGROUP;
m_memberGroupRelates.resize(0);
m_memberGroupDocs.resize(0);
m_compoundName.resize(0);
}
int DocGroup::findExistingGroup(const MemberGroupInfo *info)
{
//printf("findExistingGroup %s:%s\n",info->header.data(),info->compoundName.data());
QIntDictIterator<MemberGroupInfo> di(Doxygen::memGrpInfoDict);
MemberGroupInfo *mi;
for (di.toFirst();(mi=di.current());++di)
{
if (m_compoundName==mi->compoundName && // same file or scope
!mi->header.isEmpty() && // not a nameless group
qstricmp(mi->header,info->header)==0 // same header name
)
{
//printf("Found it!\n");
return (int)di.currentKey(); // put the item in this group
}
}
return ++g_groupId; // start new group
}
void DocGroup::open(Entry *e,const char *,int, bool implicit)
{
if (!implicit) m_openCount++;
//printf("==> openGroup(name=%s,sec=%x) m_autoGroupStack=%d\n",
// e->name.data(),e->section,m_autoGroupStack.size());
if (e->section==Entry::GROUPDOC_SEC) // auto group
{
m_autoGroupStack.push_back(Grouping(e->name,e->groupingPri()));
}
else // start of a member group
{
//printf(" membergroup id=%d %s\n",m_memberGroupId,m_memberGroupHeader.data());
if (m_memberGroupId==DOX_NOGROUP) // no group started yet
{
MemberGroupInfo *info = new MemberGroupInfo;
info->header = m_memberGroupHeader.stripWhiteSpace();
info->compoundName = m_compoundName;
m_memberGroupId = findExistingGroup(info);
//printf(" use membergroup %d\n",m_memberGroupId);
Doxygen::memGrpInfoDict.insert(m_memberGroupId,info);
m_memberGroupRelates = e->relates;
e->mGrpId = m_memberGroupId;
}
}
}
void DocGroup::close(Entry *e,const char *fileName,int line,bool foundInline,bool implicit)
{
if (!implicit)
{
if (m_openCount < 1)
{
warn(fileName,line,"unbalanced grouping commands");
}
else
{
m_openCount--;
}
}
//printf("==> closeGroup(name=%s,sec=%x,file=%s,line=%d) m_autoGroupStack=%d\n",
// e->name.data(),e->section,fileName,line,m_autoGroupStack.size());
if (m_memberGroupId!=DOX_NOGROUP) // end of member group
{
MemberGroupInfo *info=Doxygen::memGrpInfoDict.find(m_memberGroupId);
if (info) // known group
{
info->doc = m_memberGroupDocs;
info->docFile = fileName;
info->docLine = line;
}
m_memberGroupId=DOX_NOGROUP;
m_memberGroupRelates.resize(0);
m_memberGroupDocs.resize(0);
if (!foundInline) e->mGrpId=DOX_NOGROUP;
//printf("new group id=%d\n",m_memberGroupId);
}
else if (!m_autoGroupStack.empty()) // end of auto group
{
Grouping grp = m_autoGroupStack.back();
m_autoGroupStack.pop_back();
// see bug577005: we should not remove the last group for e
if (!foundInline && !e->groups.empty()) e->groups.pop_back();
//printf("Removing %s e=%p\n",grp->groupname.data(),e);
if (!foundInline) initGroupInfo(e);
}
}
void DocGroup::initGroupInfo(Entry *e)
{
//printf("==> initGroup(id=%d,related=%s,e=%p)\n",m_memberGroupId,
// m_memberGroupRelates.data(),e);
e->mGrpId = m_memberGroupId;
e->relates = m_memberGroupRelates;
if (!m_autoGroupStack.empty())
{
//printf("Appending group %s to %s: count=%d entry=%p\n",
// m_autoGroupStack.top()->groupname.data(),
// e->name.data(),e->groups->count(),e);
e->groups.push_back(Grouping(m_autoGroupStack.back()));
}
}
void DocGroup::addDocs(Entry *e)
{
if (e->section==Entry::MEMBERGRP_SEC)
{
m_memberGroupDocs=e->brief.stripWhiteSpace();
e->doc = stripLeadingAndTrailingEmptyLines(e->doc,e->docLine);
if (!m_memberGroupDocs.isEmpty() && !e->doc.isEmpty())
{
m_memberGroupDocs+="\n\n";
}
m_memberGroupDocs+=e->doc;
MemberGroupInfo *info=Doxygen::memGrpInfoDict.find(m_memberGroupId);
if (info)
{
info->doc = m_memberGroupDocs;
info->docFile = e->docFile;
info->docLine = e->docLine;
info->setRefItems(e->sli);
}
e->doc.resize(0);
e->brief.resize(0);
}
}
bool DocGroup::isEmpty() const
{
return (m_memberGroupId==DOX_NOGROUP);
}
void DocGroup::clearHeader()
{
m_memberGroupHeader.resize(0);
}
void DocGroup::appendHeader(const char text)
{
m_memberGroupHeader += text;
}
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