//---------------------------------------------------------------------------
uint FileIterator::getFilesList (const char* pszDirectory, bool bRecursive, StringAVec& vecOutFiles, flags8 fQueryFilter/*=QUERY_DIRS_AND_FILES*/)
{
FileIterator fit;
FileInfo fi;
uint uiCounter = 0;
fi.fQueryFlags = QUERY_NAMEONLY | (fQueryFilter & QUERYMASK_FILTERS);
if (bRecursive)
fi.fQueryFlags |= QUERY_TYPE | QUERY_DIRS;
if (fit.openDir(pszDirectory, fi))
{
do
{
if ((fi.eType == TYPE_DIRECTORY && (fQueryFilter & QUERY_DIRS)) ||
(fi.eType == TYPE_FILE && (fQueryFilter & QUERY_FILES)))
{
vecOutFiles.push_back(fit.getDirectory() / fi.strName);
++uiCounter;
}
if (bRecursive && fi.eType == TYPE_DIRECTORY)
{
uiCounter += FileIterator::getFilesList(
fit.getDirectory() / fi.strName,
bRecursive,
vecOutFiles,
fQueryFilter);
}
}
while (fit.getNext(fi));
}
return uiCounter;
}
//---------------------------------------------------------------------------
uint FileIterator::getFilesInfo (const char* pszDirectory, bool bRecursive, std::vector<FileIterator::FileInfo>& vecOutFilesInfo, flags8 fQueryFlags/*=QUERY_DIRS_AND_FILES*/)
{
FileIterator fit;
FileInfo fi;
uint uiCounter = 0;
fi.fQueryFlags = fQueryFlags;
if (bRecursive)
fi.fQueryFlags |= QUERY_TYPE | QUERY_DIRS;
if (fit.openDir(pszDirectory, fi))
{
do
{
fi.strName = fit.getDirectory() / fi.strName;
if ((fi.eType == TYPE_DIRECTORY && (fQueryFlags & QUERY_DIRS)) ||
(fi.eType == TYPE_FILE && (fQueryFlags & QUERY_FILES)))
{
vecOutFilesInfo.push_back(fi);
++uiCounter;
}
if (bRecursive && fi.eType == TYPE_DIRECTORY)
{
uiCounter += FileIterator::getFilesInfo(
fi.strName,
bRecursive,
vecOutFilesInfo,
fQueryFlags);
}
}
while (fit.getNext(fi));
}
return uiCounter;
}