void KateCodeFoldingTree::ensureVisible( uint line )
{
// first have a look, if the line is really hidden
bool found=false;
for (TQValueList<KateHiddenLineBlock>::ConstIterator it=hiddenLines.begin();it!=hiddenLines.end();++it)
{
if ( ((*it).start<=line) && ((*it).start+(*it).length>line) )
{
found=true;
break;
}
}
if (!found) return;
kdDebug(13000)<<"line "<<line<<" is really hidden ->show block"<<endl;
// it looks like we really have to ensure visibility
KateCodeFoldingNode *n = findNodeForLine( line );
do {
if ( ! n->visible )
toggleRegionVisibility( getStartLine( n ) );
n = n->parentNode;
} while( n );
}
void KateCodeFoldingTree::addNodeToRemoveList(KateCodeFoldingNode *node,unsigned int line)
{
bool add=false;
#ifdef __GNUC__
#warning "FIXME: make this multiple region changes per line save";
#endif
unsigned int startLine=getStartLine(node);
if ((startLine==line) && (node->startLineValid))
{
add=true;
node->deleteOpening = true;
}
if ((startLine+node->endLineRel==line) || ((node->endLineValid==false) && (node->deleteOpening)))
{
int myPos=node->parentNode->findChild(node); // this has to be implemented nicely
if ((int)node->parentNode->childCount()>myPos+1)
addNodeToRemoveList(node->parentNode->child(myPos+1),line);
add=true;
node->deleteEnding = true;
}
if(add)
markedForDeleting.append(node);
}
void KateCodeFoldingTree::updateHiddenSubNodes(KateCodeFoldingNode *node)
{
for (uint i=0; i < node->childCount(); ++i)
{
KateCodeFoldingNode *iter = node->child(i);
if (!iter->visible)
addHiddenLineBlock(iter, getStartLine(iter));
else
updateHiddenSubNodes(iter);
}
}
void KateCodeFoldingTree::getLineInfo(KateLineInfo *info, unsigned int line)
{
// Initialze the returned structure, this will also be returned if the root node has no child nodes
// or the line is not within a childnode's range.
info->topLevel = true;
info->startsVisibleBlock = false;
info->startsInVisibleBlock = false;
info->endsBlock = false;
info->invalidBlockEnd = false;
if (m_root.noChildren())
return;
//let's look for some information
for ( uint i=0; i < m_root.childCount(); ++i )
{
KateCodeFoldingNode *node = m_root.child(i);
if ((node->startLineRel<=line) && (line<=node->startLineRel+node->endLineRel)) // we found a node, which contains the given line -> do a complete lookup
{
info->topLevel = false; //we are definitly not toplevel
findAllNodesOpenedOrClosedAt(line); //lookup all nodes, which start or and at the given line
for ( KateCodeFoldingNode *node = nodesForLine.first(); node; node = nodesForLine.next() )
{
uint startLine = getStartLine(node);
// type<0 means, that a region has been closed, but not opened
// eg. parantheses missmatch
if (node->type < 0)
info->invalidBlockEnd=true;
else
{
if (startLine != line) // does the region we look at not start at the given line
info->endsBlock = true; // than it has to be an ending
else
{
// The line starts a new region, now determine, if it's a visible or a hidden region
if (node->visible)
info->startsVisibleBlock=true;
else
info->startsInVisibleBlock=true;
}
}
}
return;
}
}
return;
}
bool KateCodeFoldingTree::removeOpening(KateCodeFoldingNode *node,unsigned int line)
{
signed char type;
if ((type=node->type) == 0)
{
dontDeleteOpening(node);
dontDeleteEnding(node);
return false;
}
if (!node->visible)
{
toggleRegionVisibility(getStartLine(node));
}
KateCodeFoldingNode *parent = node->parentNode;
int mypos = parent->findChild(node);
if (mypos > -1)
{
//move childnodes() up
for(; node->childCount()>0 ;)
{
KateCodeFoldingNode *tmp;
parent->insertChild(mypos, tmp=node->takeChild(0));
tmp->parentNode = parent;
tmp->startLineRel += node->startLineRel;
mypos++;
}
// remove the node
//mypos = parent->findChild(node);
bool endLineValid = node->endLineValid;
int endLineRel = node->endLineRel;
uint endCol=node->endCol;
// removes + deletes
KateCodeFoldingNode *child = parent->takeChild(mypos);
markedForDeleting.removeRef(child);
delete child;
if ((type>0) && (endLineValid))
correctEndings(-type, parent, line+endLineRel/*+1*/,endCol, mypos); // why the hell did I add a +1 here ?
}
return true;
}
void KateCodeFoldingTree::lineHasBeenRemoved(unsigned int line)
{
lineMapping.clear();
dontIgnoreUnchangedLines.insert(line, &trueVal);
dontIgnoreUnchangedLines.insert(line-1, &trueVal);
dontIgnoreUnchangedLines.insert(line+1, &trueVal);
hiddenLinesCountCacheValid = false;
#if JW_DEBUG
kdDebug(13000)<<TQString("KateCodeFoldingTree::lineHasBeenRemoved: %1").arg(line)<<endl;
#endif
//line ++;
findAndMarkAllNodesforRemovalOpenedOrClosedAt(line); //It's an ugly solution
cleanupUnneededNodes(line); //It's an ugly solution
KateCodeFoldingNode *node = findNodeForLine(line);
//????? if (node->endLineValid)
{
int startLine = getStartLine(node);
if (startLine == (int)line)
node->startLineRel--;
else
{
if (node->endLineRel == 0)
node->endLineValid = false;
node->endLineRel--;
}
int count = node->childCount();
for (int i=0; i<count; i++)
{
if (node->child(i)->startLineRel+startLine >= line)
node->child(i)->startLineRel--;
}
}
if (node->parentNode)
decrementBy1(node->parentNode, node);
for (TQValueList<KateHiddenLineBlock>::Iterator it=hiddenLines.begin(); it!=hiddenLines.end(); ++it)
{
if ((*it).start > line)
(*it).start--;
else if ((*it).start+(*it).length > line)
(*it).length--;
}
}
bool KateCodeFoldingTree::existsOpeningAtLineAfter(unsigned int line, KateCodeFoldingNode *node)
{
for(KateCodeFoldingNode *tmp = node->parentNode; tmp; tmp=tmp->parentNode)
{
KateCodeFoldingNode *tmp2;
unsigned int startLine=getStartLine(tmp);
if ((tmp2 = tmp->child(tmp->findChild(node) + 1))
&& ((tmp2->startLineRel + startLine) == line))
return true;
if ((startLine + tmp->endLineRel) > line)
return false;
}
return false;
}
void KateCodeFoldingTree::lineHasBeenInserted(unsigned int line)
{
lineMapping.clear();
dontIgnoreUnchangedLines.insert(line, &trueVal);
dontIgnoreUnchangedLines.insert(line-1, &trueVal);
dontIgnoreUnchangedLines.insert(line+1, &trueVal);
hiddenLinesCountCacheValid = false;
//return;
#if JW_DEBUG
kdDebug(13000)<<TQString("KateCodeFoldingTree::lineHasBeenInserted: %1").arg(line)<<endl;
#endif
// findAndMarkAllNodesforRemovalOpenedOrClosedAt(line);
// cleanupUnneededNodes(line);
KateCodeFoldingNode *node = findNodeForLine(line);
// ???????? if (node->endLineValid)
{
int startLine=getStartLine(node);
if (node->type < 0)
node->startLineRel++;
else
node->endLineRel++;
for (uint i=0; i < node->childCount(); ++i)
{
KateCodeFoldingNode *iter = node->child(i);
if (iter->startLineRel+startLine >= line)
iter->startLineRel++;
}
}
if (node->parentNode)
incrementBy1(node->parentNode, node);
for (TQValueList<KateHiddenLineBlock>::Iterator it=hiddenLines.begin(); it!=hiddenLines.end(); ++it)
{
if ((*it).start > line)
(*it).start++;
else if ((*it).start+(*it).length > line)
(*it).length++;
}
}
void KateCodeFoldingTree::toggleRegionVisibility(unsigned int line)
{
// hl whole file
m_buffer->line (m_buffer->count()-1);
lineMapping.clear();
hiddenLinesCountCacheValid = false;
kdDebug(13000)<<TQString(TQString("KateCodeFoldingTree::toggleRegionVisibility() %1").arg(line))<<endl;
findAllNodesOpenedOrClosedAt(line);
for (int i=0; i<(int)nodesForLine.count(); i++)
{
KateCodeFoldingNode *node=nodesForLine.at(i);
if ( (!node->startLineValid) || (getStartLine(node) != line) )
{
nodesForLine.remove(i);
i--;
}
}
if (nodesForLine.isEmpty())
return;
nodesForLine.at(0)->visible = !nodesForLine.at(0)->visible;
if (!nodesForLine.at(0)->visible)
addHiddenLineBlock(nodesForLine.at(0),line);
else
{
for (TQValueList<KateHiddenLineBlock>::Iterator it=hiddenLines.begin(); it!=hiddenLines.end();++it)
if ((*it).start == line+1)
{
hiddenLines.remove(it);
break;
}
updateHiddenSubNodes(nodesForLine.at(0));
}
emit regionVisibilityChangedAt(line);
}
void KateCodeFoldingTree::findAndMarkAllNodesforRemovalOpenedOrClosedAt(unsigned int line)
{
#ifdef __GNUC__
#warning "FIXME: make this multiple region changes per line save";
#endif
// return;
markedForDeleting.clear();
KateCodeFoldingNode *node = findNodeForLine(line);
if (node->type == 0)
return;
addNodeToRemoveList(node, line);
while (((node->parentNode) && (node->parentNode->type!=0)) && (getStartLine(node->parentNode)==line))
{
node = node->parentNode;
addNodeToRemoveList(node, line);
}
#if JW_DEBUG
kdDebug(13000)<<" added line to markedForDeleting list"<<endl;
#endif
}
void KateCodeFoldingTree::findAllNodesOpenedOrClosedAt(unsigned int line)
{
nodesForLine.clear();
KateCodeFoldingNode *node = findNodeForLine(line);
if (node->type == 0)
return;
unsigned int startLine = getStartLine(node);
if (startLine == line)
nodesForLine.append(node);
else if ((startLine+node->endLineRel == line))
nodesForLine.append(node);
while (node->parentNode)
{
addNodeToFoundList(node->parentNode, line, node->parentNode->findChild(node));
node = node->parentNode;
}
#if JW_DEBUG
kdDebug(13000)<<" added line to nodesForLine list"<<endl;
#endif
}
void KateCodeFoldingTree::addNodeToFoundList(KateCodeFoldingNode *node,unsigned int line,int childpos)
{
unsigned int startLine = getStartLine(node);
if ((startLine==line) && (node->type!=0))
nodesForLine.append(node);
else if ((startLine+node->endLineRel==line) && (node->type!=0))
nodesForLine.append(node);
for (int i=childpos+1; i<(int)node->childCount(); i++)
{
KateCodeFoldingNode *child = node->child(i);
if (startLine+child->startLineRel == line)
{
nodesForLine.append(child);
addNodeToFoundList(child, line, 0);
}
else
break;
}
}
bool KateCodeFoldingTree::correctEndings(signed char data, KateCodeFoldingNode *node,unsigned int line,unsigned int endCol,int insertPos)
{
// if (node->type==0) {kdError()<<"correct Ending should never be called with the root node"<<endl; return true;}
uint startLine = getStartLine(node);
if (data != -node->type)
{
#if JW_DEBUG
kdDebug(13000)<<"data!=-node->type (correctEndings)"<<endl;
#endif
//invalid close -> add to unopend list
dontDeleteEnding(node);
if (data == node->type) {
node->endCol=endCol;
return false;
}
KateCodeFoldingNode *newNode = new KateCodeFoldingNode (node,data,line-startLine);
something_changed = true;
newNode->startLineValid = false;
newNode->endLineValid = true;
newNode->endLineRel = 0;
newNode->endCol=endCol;
if ((insertPos==-1) || (insertPos==(int)node->childCount()))
node->appendChild(newNode);
else
node->insertChild(insertPos,newNode);
// find correct position
return false;
}
else
{
something_changed = true;
dontDeleteEnding(node);
// valid closing region
if (!node->endLineValid)
{
node->endLineValid = true;
node->endLineRel = line - startLine;
node->endCol=endCol;
//moving
moveSubNodesUp(node);
}
else
{
#if JW_DEBUG
kdDebug(13000)<<"Closing a node which had already a valid end"<<endl;
#endif
// block has already an ending
if (startLine+node->endLineRel == line)
{
node->endCol=endCol;
// we won, just skip
#if JW_DEBUG
kdDebug(13000)<< "We won, just skipping (correctEndings)"<<endl;
#endif
}
else
{
int bakEndLine = node->endLineRel+startLine;
uint bakEndCol = node->endCol;
node->endLineRel = line-startLine;
node->endCol=endCol;
#if JW_DEBUG
kdDebug(13000)<< "reclosed node had childnodes()"<<endl;
kdDebug(13000)<<"It could be, that childnodes() need to be moved up"<<endl;
#endif
moveSubNodesUp(node);
if (node->parentNode)
{
correctEndings(data,node->parentNode,bakEndLine, bakEndCol,node->parentNode->findChild(node)+1); // ????
}
else
{
//add to unopened list (bakEndLine)
}
}
}
}
return true;
}
bool KateCodeFoldingTree::removeEnding(KateCodeFoldingNode *node,unsigned int /* line */)
{
KateCodeFoldingNode *parent = node->parentNode;
if (!parent)
return false;
if (node->type == 0)
return false;
if (node->type < 0)
{
// removes + deletes
int i = parent->findChild (node);
if (i >= 0)
{
KateCodeFoldingNode *child = parent->takeChild(i);
markedForDeleting.removeRef(child);
delete child;
}
return true;
}
int mypos = parent->findChild(node);
int count = parent->childCount();
for (int i=mypos+1; i<count; i++)
{
if (parent->child(i)->type == -node->type)
{
node->endLineValid = true;
node->endLineRel = parent->child(i)->startLineRel - node->startLineRel;
KateCodeFoldingNode *child = parent->takeChild(i);
markedForDeleting.removeRef(child);
delete child;
count = i-mypos-1;
if (count > 0)
{
for (int i=0; i<count; i++)
{
KateCodeFoldingNode *tmp = parent->takeChild(mypos+1);
tmp->startLineRel -= node->startLineRel;
tmp->parentNode = node; //should help 16.04.2002
node->appendChild(tmp);
}
}
return false;
}
}
if ( (parent->type == node->type) || /*temporary fix */ (!parent->parentNode))
{
for (int i=mypos+1; i<(int)parent->childCount(); i++)
{
KateCodeFoldingNode *tmp = parent->takeChild(mypos+1);
tmp->startLineRel -= node->startLineRel;
tmp->parentNode = node; // SHOULD HELP 16.04.2002
node->appendChild(tmp);
}
// this should fix the bug of wrongly closed nodes
if (!parent->parentNode)
node->endLineValid=false;
else
node->endLineValid = parent->endLineValid;
node->endLineRel = parent->endLineRel-node->startLineRel;
if (node->endLineValid)
return removeEnding(parent, getStartLine(parent)+parent->endLineRel);
return false;
}
node->endLineValid = false;
node->endLineRel = parent->endLineRel - node->startLineRel;
return false;
}
/*
That's one of the most important functions ;)
*/
void KateCodeFoldingTree::updateLine(unsigned int line,
TQMemArray<uint> *regionChanges, bool *updated,bool changed,bool colsChanged)
{
if ( (!changed) || colsChanged)
{
if (dontIgnoreUnchangedLines.isEmpty())
return;
if (dontIgnoreUnchangedLines[line])
dontIgnoreUnchangedLines.remove(line);
else
return;
}
something_changed = false;
findAndMarkAllNodesforRemovalOpenedOrClosedAt(line);
if (regionChanges->isEmpty())
{
// KateCodeFoldingNode *node=findNodeForLine(line);
// if (node->type!=0)
// if (getStartLine(node)+node->endLineRel==line) removeEnding(node,line);
}
else
{
for (unsigned int i=0;i<regionChanges->size() / 4;i++)
{
signed char tmp=(*regionChanges)[regionChanges->size()-2-i*2];
uint tmppos=(*regionChanges)[regionChanges->size()-1-i*2];
(*regionChanges)[regionChanges->size()-2-i*2]=(*regionChanges)[i*2];
(*regionChanges)[regionChanges->size()-1-i*2]=(*regionChanges)[i*2+1];
(*regionChanges)[i*2]=tmp;
(*regionChanges)[i*2+1]=tmppos;
}
signed char data= (*regionChanges)[regionChanges->size()-2];
uint charPos=(*regionChanges)[regionChanges->size()-1];
regionChanges->resize (regionChanges->size()-2);
int insertPos=-1;
KateCodeFoldingNode *node = findNodeForLine(line);
if (data<0)
{
// if (insertPos==-1)
{
unsigned int tmpLine=line-getStartLine(node);
for ( uint i=0; i < node->childCount(); ++i )
{
if (node->child(i)->startLineRel >= tmpLine)
{
insertPos=i;
break;
}
}
}
}
else
{
for (; (node->parentNode) && (getStartLine(node->parentNode)==line) && (node->parentNode->type!=0); node=node->parentNode);
if ((getStartLine(node)==line) && (node->type!=0))
{
insertPos=node->parentNode->findChild(node);
node = node->parentNode;
}
else
{
for ( uint i=0; i < node->childCount(); ++i )
{
if (getStartLine(node->child(i))>=line)
{
insertPos=i;
break;
}
}
}
}
do
{
if (data<0)
{
if (correctEndings(data,node,line,charPos,insertPos))
{
insertPos=node->parentNode->findChild(node)+1;
node=node->parentNode;
}
else
{
if (insertPos!=-1) insertPos++;
}
}
else
{
int startLine=getStartLine(node);
if ((insertPos==-1) || (insertPos>=(int)node->childCount()))
{
KateCodeFoldingNode *newNode = new KateCodeFoldingNode (node,data,line-startLine);
something_changed = true;
node->appendChild(newNode);
addOpening(newNode, data, regionChanges, line,charPos);
insertPos = node->findChild(newNode)+1;
}
else
{
if (node->child(insertPos)->startLineRel == line-startLine)
{
addOpening(node->child(insertPos), data, regionChanges, line,charPos);
insertPos++;
}
else
{
// kdDebug(13000)<<"ADDING NODE "<<endl;
KateCodeFoldingNode *newNode = new KateCodeFoldingNode (node,data,line-startLine);
something_changed = true;
node->insertChild(insertPos, newNode);
addOpening(newNode, data, regionChanges, line,charPos);
insertPos++;
}
}
}
if (regionChanges->isEmpty())
data = 0;
else
{
data = (*regionChanges)[regionChanges->size()-2];
charPos=(*regionChanges)[regionChanges->size()-1];
regionChanges->resize (regionChanges->size()-2);
}
} while (data!=0);
}
cleanupUnneededNodes(line);
// if (something_changed) emit regionBeginEndAddedRemoved(line);
(*updated) = something_changed;
}
void KateCodeFoldingTree::addOpening(KateCodeFoldingNode *node,signed char nType, TQMemArray<uint>* list,unsigned int line,unsigned int charPos)
{
uint startLine = getStartLine(node);
if ((startLine==line) && (node->type!=0))
{
#if JW_DEBUG
kdDebug(13000)<<"startLine equals line"<<endl;
#endif
if (nType == node->type)
{
#if JW_DEBUG
kdDebug(13000)<<"Node exists"<<endl;
#endif
node->deleteOpening = false;
node->startCol=charPos;
KateCodeFoldingNode *parent = node->parentNode;
if (!node->endLineValid)
{
int current = parent->findChild(node);
int count = parent->childCount()-(current+1);
node->endLineRel = parent->endLineRel - node->startLineRel;
// EXPERIMENTAL TEST BEGIN
// move this afte the test for unopened, but closed regions within the parent node, or if there are no siblings, bubble up
if (parent)
if (parent->type == node->type)
{
if (parent->endLineValid)
{
removeEnding(parent, line);
node->endLineValid = true;
}
}
// EXPERIMENTAL TEST BEGIN
if (current != (int)parent->childCount()-1)
{
//search for an unopened but closed region, even if the parent is of the same type
#ifdef __GNUC__
#warning "FIXME: why does this seem to work?"
#endif
// if (node->type != parent->type)
{
for (int i=current+1; i<(int)parent->childCount(); i++)
{
if (parent->child(i)->type == -node->type)
{
count = (i-current-1);
node->endLineValid = true;
node->endLineRel = getStartLine(parent->child(i))-line;
node->endCol = parent->child(i)->endCol;
KateCodeFoldingNode *child = parent->takeChild(i);
markedForDeleting.removeRef( child );
delete child;
break;
}
}
}
// else
// {
// parent->endLineValid = false;
// parent->endLineRel = 20000;
// }
if (count>0)
{
for (int i=0;i<count;i++)
{
KateCodeFoldingNode *tmp;
node->appendChild(tmp=parent->takeChild(current+1));
tmp->startLineRel -= node->startLineRel;
tmp->parentNode = node;
}
}
}
}
addOpening_further_iterations(node, nType, list, line, 0, startLine,node->startCol);
} //else ohoh, much work to do same line, but other region type
}
else
{ // create a new region
KateCodeFoldingNode *newNode = new KateCodeFoldingNode (node,nType,line-startLine);
something_changed = true;
int insert_position=-1;
for (int i=0; i<(int)node->childCount(); i++)
{
if (startLine+node->child(i)->startLineRel > line)
{
insert_position=i;
break;
}
}
int current;
if (insert_position==-1)
{
node->appendChild(newNode);
current = node->childCount()-1;
}
else
{
node->insertChild(insert_position, newNode);
current = insert_position;
}
// if (node->type==newNode->type)
// {
// newNode->endLineValid=true;
// node->endLineValid=false;
// newNode->endLineRel=node->endLineRel-newNode->startLineRel;
// node->endLineRel=20000; //FIXME
int count = node->childCount() - (current+1);
newNode->endLineRel -= newNode->startLineRel;
if (current != (int)node->childCount()-1)
{
if (node->type != newNode->type)
{
for (int i=current+1; i<(int)node->childCount(); i++)
{
if (node->child(i)->type == -newNode->type)
{
count = node->childCount() - i - 1;
newNode->endLineValid = true;
newNode->endLineRel = line - getStartLine(node->child(i));
KateCodeFoldingNode *child = node->takeChild(i);
markedForDeleting.removeRef( child );
delete child;
break;
}
}
}
else
{
node->endLineValid = false;
node->endLineRel = 10000;
}
if (count > 0)
{
for (int i=0;i<count;i++)
{
KateCodeFoldingNode *tmp;
newNode->appendChild(tmp=node->takeChild(current+1));
tmp->parentNode=newNode;
}
}
// }
}
addOpening(newNode, nType, list, line,charPos);
addOpening_further_iterations(node, node->type, list, line, current, startLine,node->startCol);
}
}
bool TextImportConfig::parserToOneColumn()
{
if(!m_parser->isValid())
{
return false;
}
m_data.clear();
m_parser->seek(0);
QString line;
int lineCount = 0;
int startLine = getStartLine();
int endLine = getEndLine();
saDebug(QString("[start parser] startLine:%1 ,endLine:%2 ").arg(startLine).arg(endLine));
double d = 0;
bool isOK = false;
auto pd = SAValueManager::makeData<SAVectorDouble>();
m_data.append(std::static_pointer_cast<SAAbstractDatas>(pd));
do{
line = m_parser->readLine();
++lineCount;
if(startLine > 0)
{//需要忽略头n行
if(lineCount<startLine)
continue;
}
if(endLine > 0)
{//有指定结束范围
if(lineCount>endLine)
{
break;
}
}
QStringList strlist;
if(Txt == m_textType)
{
QString seperator = getSpliter();
if(seperator.isEmpty ())
{//没有指定分割
strlist << line;
}
else
{//指定了分割，先进行分割
strlist = line.split (seperator);
}
}
else if(Csv == m_textType)
{
strlist = SACsvParser::fromCsvLine(line);
}
int sps = strlist.size ();
for(int i=0;i<sps;++i)
{
d = strlist[i].toDouble(&isOK);
if(isOK)
{
pd->append(d);
}
}
}while(!line.isNull ());
emit dataChanged();
return true;
}
void KateCodeFoldingTree::addOpening_further_iterations(KateCodeFoldingNode *node,signed char /* nType */, TQMemArray<uint>*
list,unsigned int line,int current, unsigned int startLine,unsigned int charPos)
{
while (!(list->isEmpty()))
{
if (list->isEmpty())
return;
else
{
signed char data = (*list)[list->size()-2];
uint charPos=(*list)[list->size()-1];
list->resize (list->size()-2);
if (data<0)
{
#if JW_DEBUG
kdDebug(13000)<<"An ending was found"<<endl;
#endif
if (correctEndings(data,node,line,charPos,-1))
return; // -1 ?
#if 0
if(data == -nType)
{
if (node->endLineValid)
{
if (node->endLineRel+startLine==line) // We've won again
{
//handle next node;
}
else
{ // much moving
node->endLineRel=line-startLine;
node->endLineValid=true;
}
return; // next higher level should do the rest
}
else
{
node->endLineRel=line-startLine;
node->endLineValid=true;
//much moving
}
} //else add to unopened list
#endif
}
else
{
bool needNew = true;
if (current < (int)node->childCount())
{
if (getStartLine(node->child(current)) == line)
needNew=false;
}
if (needNew)
{
something_changed = true;
KateCodeFoldingNode *newNode = new KateCodeFoldingNode(node, data, line-startLine);
node->insertChild(current, newNode); //find the correct position later
}
addOpening(node->child(current), data, list, line,charPos);
current++;
//lookup node or create subnode
}
}
} // end while
}
int SearchDialog::find()
{
QRegExp searchTextRegExp;
QDltMsg msg;
QByteArray buf;
QString text;
int searchLine;
int searchBorder;
if(file->sizeFilter()==0)
return 0;
//setSearchColour(QColor(0,0,0),QColor(255,255,255));
if(getMatch() || getSearchFromBeginning()==false){
QModelIndexList list = table->selectionModel()->selection().indexes();
if(list.count()<=0)
{
QMessageBox::critical(0, QString("DLT Viewer"),QString("No message selected"));
setMatch(false);
//table->clearSelection();
//setSearchColour(QColor(255,255,255),QColor(255,102,102));
return 0;
}
QModelIndex index;
for(int num=0; num < list.count();num++)
{
index = list[num];
if(index.column()==0)
{
break;
}
}
setStartLine(index.row());
}
searchLine = getStartLine();
searchBorder = getStartLine();;
if(searchBorder < 0){
if(getNextClicked()){
searchBorder = file->sizeFilter()==0?0:file->sizeFilter()-1;
}else{
searchBorder = 0;
}
}
if(getRegExp())
{
searchTextRegExp.setPattern(getText());
searchTextRegExp.setCaseSensitivity(getCaseSensitive()?Qt::CaseSensitive:Qt::CaseInsensitive);
if (!searchTextRegExp.isValid())
{
QMessageBox::warning(0, QString("Search"),
QString("Invalid regular expression!"));
//setSearchColour(QColor(255,255,255),QColor(255,102,102));
return 0;
}
}
QProgressDialog fileprogress("Searching...", "Abort", 0, file->sizeFilter(), this);
fileprogress.setWindowTitle("DLT Viewer");
fileprogress.setWindowModality(Qt::WindowModal);
fileprogress.show();
do
{
if(getNextClicked()){
searchLine++;
if(searchLine >= file->sizeFilter()){
searchLine = 0;
//QMessageBox::information(0, QString("Search"),QString("End of file reached. Search start from top."));
}
}else{
searchLine--;
if(searchLine <= -1){
searchLine = file->sizeFilter()-1;
//QMessageBox::information(0, QString("Search"),QString("Top of file reached. Search start from bottom."));
}
}
//qDebug()<<"startLine: "<<getStartLine();
//qDebug()<<"searchBorder: "<<searchBorder;
//qDebug()<<"searchLine: "<<searchLine;
if(getNextClicked()){
fileprogress.setValue(searchLine+1);
}else{
fileprogress.setValue(file->sizeFilter()-searchLine);
}
/* get the message with the selected item id */
buf = file->getMsgFilter(searchLine);
msg.setMsg(buf);
for(int num2 = 0; num2 < plugin->topLevelItemCount (); num2++)
{
PluginItem *item = (PluginItem*)plugin->topLevelItem(num2);
if(item->getMode() != item->ModeDisable && item->plugindecoderinterface && item->plugindecoderinterface->isMsg(msg,1))
{
item->plugindecoderinterface->decodeMsg(msg,1);
break;
}
}
bool pluginFound = false;
/* search header */
if(!pluginFound || text.isEmpty())
{
text += msg.toStringHeader();
}
if(getHeader())
{
if (getRegExp())
{
if(text.contains(searchTextRegExp))
{
table->selectRow(searchLine);
setStartLine(searchLine);
setMatch(true);
break;
}else {
setMatch(false);
}
}
else
{
if(text.contains(getText(),getCaseSensitive()? Qt::CaseSensitive : Qt::CaseInsensitive ))
{
table->selectRow(searchLine);
setStartLine(searchLine);
setMatch(true);
break;
}else {
setMatch(false);
}
}
}
/* search payload */
text.clear();
if(!pluginFound || text.isEmpty())
{
text += msg.toStringPayload();
}
if(getPayload())
{
if (getRegExp())
{
if(text.contains(searchTextRegExp))
{
table->selectRow(searchLine);
setMatch(true);
setStartLine(searchLine);
break;
}else {
setMatch(false);
}
}
else
{
if(text.contains(getText(),getCaseSensitive()?Qt::CaseSensitive:Qt::CaseInsensitive))
{
table->selectRow(searchLine);
setMatch(true);
setStartLine(searchLine);
break;
} else {
setMatch(false);
}
}
}
}while(searchBorder != searchLine);
if(getMatch())
{
return 1;
}
//table->clearSelection();
//setSearchColour(QColor(255,255,255),QColor(255,102,102));
return 0;
}
