SString SharedUtil::GetDriveNameWithNotEnoughSpace( uint uiResourcesPathMinMB, uint uiDataPathMinMB )
{
if ( GetPathFreeSpaceMB( GetMTASABaseDir() ) < uiResourcesPathMinMB )
return GetPathDriveName( GetMTASABaseDir() );
if ( GetPathFreeSpaceMB( GetSystemCommonAppDataPath() ) < uiDataPathMinMB )
return GetPathDriveName( GetSystemCommonAppDataPath() );
return "";
}
SString SharedUtil::GetDriveNameWithNotEnoughSpace(uint uiResourcesPathMinMB, uint uiDataPathMinMB)
{
SString strFileCachePath = GetCommonRegistryValue("", "File Cache Path");
if (!strFileCachePath.empty() && DirectoryExists(PathJoin(strFileCachePath, "resources")))
if (GetPathFreeSpaceMB(strFileCachePath) < uiResourcesPathMinMB)
return GetPathDriveName(strFileCachePath);
if (GetPathFreeSpaceMB(GetMTASABaseDir()) < uiResourcesPathMinMB)
return GetPathDriveName(GetMTASABaseDir());
if (GetPathFreeSpaceMB(GetSystemCommonAppDataPath()) < uiDataPathMinMB)
return GetPathDriveName(GetSystemCommonAppDataPath());
return "";
}
// Get drive free bytes available to the current user
uint SharedUtil::GetPathFreeSpaceMB( const SString& strPath )
{
SString strDrive = GetPathDriveName( strPath );
if ( !strDrive.empty() )
{
ULARGE_INTEGER llUserFreeBytesAvailable;
if ( GetDiskFreeSpaceExW( FromUTF8( strDrive ), &llUserFreeBytesAvailable, NULL, NULL ) )
{
llUserFreeBytesAvailable.QuadPart /= 1048576UL;
if ( llUserFreeBytesAvailable.HighPart == 0 )
return llUserFreeBytesAvailable.LowPart;
}
}
return -1;
}