void UBFeaturesComputingThread::scanFS(const QUrl & currentPath, const QString & currVirtualPath, const QSet<QUrl> &pFavoriteSet)
{
// Q_ASSERT(QFileInfo(currentPath.toLocalFile()).exists());
// if(QFileInfo(currentPath.toLocalFile()).exists())
// return;
QFileInfoList fileInfoList = UBFileSystemUtils::allElementsInDirectory(currentPath.toLocalFile());
QFileInfoList::iterator fileInfo;
for ( fileInfo = fileInfoList.begin(); fileInfo != fileInfoList.end(); fileInfo += 1) {
if (abort) {
return;
}
QString fullFileName = fileInfo->absoluteFilePath();
UBFeatureElementType featureType = UBFeaturesController::fileTypeFromUrl(fullFileName);
QString fileName = fileInfo->fileName();
QImage icon = UBFeaturesController::getIcon(fullFileName, featureType);
if ( fullFileName.contains(".thumbnail."))
continue;
UBFeature testFeature(currVirtualPath + "/" + fileName, icon, fileName, QUrl::fromLocalFile(fullFileName), featureType);
emit sendFeature(testFeature);
emit featureSent();
emit scanPath(fullFileName);
if ( pFavoriteSet.find(QUrl::fromLocalFile(fullFileName)) != pFavoriteSet.end()) {
//TODO send favoritePath from the controller or make favoritePath public and static
emit sendFeature(UBFeature( UBFeaturesController::favoritePath + "/" + fileName, icon, fileName, QUrl::fromLocalFile(fullFileName), featureType));
}
if (featureType == FEATURE_FOLDER) {
scanFS(QUrl::fromLocalFile(fullFileName), currVirtualPath + "/" + fileName, pFavoriteSet);
}
}
}
static int
execQuery(char const *vserver, VserverTag tag, int argc, char *argv[])
{
char const * res = 0;
char buf[sizeof(xid_t)*4 + 1024 + strlen(vserver)];
memset(buf, 0, sizeof buf);
switch (tag) {
case tgNAME : res = vc_getVserverName(vserver, vcCFG_AUTO); break;
case tgVDIR :
res = vc_getVserverVdir(vserver, vcCFG_AUTO, argc>0 && atoi(argv[0]));
break;
case tgCFGDIR : res = vc_getVserverCfgDir(vserver, vcCFG_AUTO); break;
case tgAPPDIR :
res = vc_getVserverAppDir(vserver, vcCFG_AUTO, argc==0 ? "" : argv[0]);
break;
case tgRUNNING : {
signed long xid; // type is a small hack, but should be ok...
struct vc_vx_info info;
if (isNumber(vserver, &xid, true) && xid>=0)
res = (vc_get_vx_info(xid, &info)==-1) ? 0 : "1";
else
res = (vc_getVserverCtx(vserver, vcCFG_AUTO, false, 0, vcCTX_XID)==VC_NOCTX) ? 0 : "1";
break;
}
case tgCANONIFY :
strcpy(buf, vserver);
if (canonifyVserverName(buf)>0) res = buf;
break;
case tgCONTEXT : res = getContext(buf, vserver,
argc==0 || str2bool(argv[0])); break;
case tgINITPID_PID : res = getInitPidPid(buf, vserver); break;
case tgAPIVER : res = getAPIVer(buf); break;
case tgXID : res = getXid(buf, vserver); break;
case tgPXID : res = getPXid(buf, vserver); break;
case tgSYSINFO : return printSysInfo(buf); break;
case tgFEATURE : return testFeature(argc,argv); break;
case tgVERIFYCAP : return verifyCap() ? 0 : 1; break;
case tgVERIFYPROC : return verifyProc() ? 0 : 1; break;
case tgNID : res = getNid(buf, vserver); break;
case tgTAG : res = getTag(buf, vserver); break;
default : {
xid_t xid = *vserver!='\0' ? vc_xidopt2xid(vserver,true,0) : VC_SAMECTX;
switch (tag) {
case tgID : res = vc_getVserverByCtx(xid,0,0); break;
case tgINITPID : res = getInitPid(buf, xid); break;
case tgUTS : res = getUTS(buf, xid, argc, argv); break;
case tgXIDTYPE : res = getXIDType(xid, argc, argv); break;
default : assert(false); abort(); // TODO
}
}
}
if (res==0) return EXIT_FAILURE;
WRITE_STR(1, res);
WRITE_MSG(1, "\n");
return EXIT_SUCCESS;
}
