void OperDirCalcThread::Calc()
{
MutexLock lock( Node().GetMutex() );
if ( !Node().Data() ) { return; }
OperDirCalcData* CalcData = ( OperDirCalcData* )Node().Data();
clPtr<FS> fs = CalcData->dirFs;
FSPath path = CalcData->_path;
clPtr<FSList> list = CalcData->dirList;
lock.Unlock(); //!!!
//dbg_printf("OperDirCalcThread::Calc list data:");
//path.dbg_printf("FSPath:");
//for (FSNode* node = list->First(); node; node = node->next)
// dbg_printf("%s\n", node->name.GetUtf8());
if (list->Count() == 0)
{ // then calculate current dir size
CalcDir(fs.Ptr(), path);
}
else
{ // list is not empty: calculate size of objects in the list
int cnt = path.Count();
for (FSNode* node = list->First(); node; node = node->next)
{
path.SetItemStr(cnt, node->Name()); //-V595
bool IsDir = node->IsDir() && !node->st.IsLnk();
if ( IsDir )
{
int64_t Size = CalcDir( fs.Ptr(), path);
if ( Size >= 0 && node && node->originNode ) { node->originNode->st.size = Size; }
CalcData->folderCount++;
}
else
{
CalcData->fileCount++;
CalcData->sumSize += node->st.size;
}
}
}
}
void cPath::Make(int *map,int cx,int cy,int cxdest,int cydest)
{
int status; //find path?
int ncx,ncy; //next cell
//Exists movement?
if((cx!=cxdest)||(cy!=cydest))
{
world=map;
AStar=new cAStar();
AStar->InitializePathfinder();
AStar->LoadMap(world);
status=AStar->FindPath(1,cx,cy,cxdest,cydest);
//Exists path?
if(status)
{
x=cx;
y=cy;
xf=cxdest;
yf=cydest;
nxf=-1;
nyf=-1;
//1st Direction
AStar->NextCell(&ncx,&ncy);
CalcDir(x,y,ncx,ncy);
}
else
{
//Delete A*
if(AStar)
{
AStar->EndPathfinder();
delete AStar;
AStar = NULL;
}
//Reset trajectory settings
Done();
nxf=-1;
nyf=-1;
}
}
}
int64_t OperDirCalcThread::CalcDir( FS* fs, FSPath path )
{
if ( Info()->Stopped() ) { return -1; }
{
//lock
MutexLock lock( Node().GetMutex() );
if ( !Node().Data() ) { return -1; }
OperDirCalcData* data = ( OperDirCalcData* )Node().Data();
MutexLock l1( &data->resMutex );
data->currentPath = path;
}
Node().SendSignal( 10 );
FSList list;
int err;
if ( fs->ReadDir( &list, path, &err, Info() ) )
{
MutexLock lock( Node().GetMutex() );
if ( !Node().Data() ) { return -1; }
MutexLock l1( &( ( OperDirCalcData* )Node().Data() )->resMutex );
( ( OperDirCalcData* )Node().Data() )->badDirs++;
return -1;
};
int count = list.Count();
std::vector<FSNode*> p = list.GetArray();
//list.SortByName(p.ptr(), count, true, false);
int lastPathPos = path.Count();
FSPath filePath = path;
int64_t fileCount = 0;
int64_t folderCount = 0;
int64_t sumSize = 0;
int i;
for ( i = 0; i < count; i++ )
{
if ( p[i]->IsDir() )
{
folderCount++;
continue;
};
fileCount++;
if ( p[i]->IsReg() && !p[i]->IsLnk() )
{
sumSize += p[i]->Size();
}
}
{
//lock
MutexLock lock( Node().GetMutex() );
if ( !Node().Data() ) { return -1; }
OperDirCalcData* data = ( OperDirCalcData* )Node().Data();
MutexLock l1( &data->resMutex );
data->fileCount += fileCount;
data->folderCount += folderCount;
data->sumSize += sumSize;
}
Node().SendSignal( 20 );
for ( i = 0; i < count; i++ )
{
if ( p[i]->IsDir() && !p[i]->extType && p[i]->st.link.IsEmpty() )
{
if ( Info()->Stopped() )
{
return -1;
}
path.SetItemStr( lastPathPos, p[i]->Name() );
sumSize += CalcDir( fs, path );
}
}
return sumSize;
}