IFsInfo::freeSize Remaining free space (in bytes) of the filesystem. 77.1.2 totalSize (read-only) long long IFsInfo::totalSize Total space (in bytes) of the filesystem. 77.1.3 blockSize (read-only) unsigned long IFsInfo::blockSize Block size (in bytes) of the filesystem. 77.1.4 sectorSize (read-only) unsigned long IFsInfo::sectorSize Sector size (in bytes) of the filesystem. 77.1.5 serialNumber (read-only) unsigned IFsInfo::serialNumber Serial number of the filesystem. 77.1.6 isRemote (read-only) boolean IFsInfo::isRemote TRUE if the filesystem is remote, FALSE if the filesystem is local. cxli Classes (interfaces)

IFsInfo::freeSize Remaining free space (in bytes) of the filesystem. 5.66.1.2 totalSize (read-only) long long IFsInfo::totalSize Total space (in bytes) of the filesystem. 5.66.1.3 blockSize (read-only) unsigned IFsInfo::blockSize Block size (in bytes) of the filesystem. 5.66.1.4 sectorSize (read-only) unsigned long IFsInfo::sectorSize Sector size (in bytes) of the filesystem. 5.66.1.5 serialNumber (read-only) unsigned IFsInfo::serialNumber Serial number of the filesystem. 5.66.1.6 isRemote (read-only) boolean IFsInfo::isRemote TRUE if the filesystem is remote, FALSE if the filesystem is local. 115 5 Classes (interfaces)

IFsInfo::freeSize Remaining free space (in bytes) of the filesystem. 5.66.1.2 totalSize (read-only) long long IFsInfo::totalSize Total space (in bytes) of the filesystem. 5.66.1.3 blockSize (read-only) unsigned IFsInfo::blockSize Block size (in bytes) of the filesystem. 5.66.1.4 sectorSize (read-only) unsigned long IFsInfo::sectorSize Sector size (in bytes) of the filesystem. 5.66.1.5 serialNumber (read-only) unsigned IFsInfo::serialNumber Serial number of the filesystem. 5.66.1.6 isRemote (read-only) boolean IFsInfo::isRemote TRUE if the filesystem is remote, FALSE if the filesystem is local. 141 5 Classes (interfaces)

IFsInfo::freeSize Remaining free space (in bytes) of the filesystem. 77.1.2 totalSize (read-only) long long IFsInfo::totalSize Total space (in bytes) of the filesystem. 77.1.3 blockSize (read-only) unsigned long IFsInfo::blockSize Block size (in bytes) of the filesystem. 77.1.4 sectorSize (read-only) unsigned long IFsInfo::sectorSize Sector size (in bytes) of the filesystem. 77.1.5 serialNumber (read-only) unsigned IFsInfo::serialNumber Serial number of the filesystem. 77.1.6 isRemote (read-only) boolean IFsInfo::isRemote TRUE if the filesystem is remote, FALSE if the filesystem is local. cxli Classes (interfaces)

IFsInfo::freeSize Remaining free space (in bytes) of the filesystem. 6.70.1.2 totalSize (read-only) long long IFsInfo::totalSize Total space (in bytes) of the filesystem. 6.70.1.3 blockSize (read-only) unsigned IFsInfo::blockSize Block size (in bytes) of the filesystem. 6.70.1.4 sectorSize (read-only) unsigned long IFsInfo::sectorSize Sector size (in bytes) of the filesystem. 6.70.1.5 serialNumber (read-only) unsigned IFsInfo::serialNumber Serial number of the filesystem. 6.70.1.6 isRemote (read-only) boolean IFsInfo::isRemote TRUE if the filesystem is remote, FALSE if the filesystem is local. 6.70.1.7 isCaseSensitive

access by normal users in read/write mode, depending on the settings, even if root has mounted the filesystem. • In an OS/2 guest, use the VBoxControl command to manage shared folders. For example: VBoxControl utility to mount, view, and optionally modify the disk image contents. The utility is based on Filesystem in Userspace (FUSE) technology and uses the VirtualBox runtime engine. Ensure that Oracle VM VirtualBox boundary. On Windows, occasional defrag- mentation with defrag.exe /D, or on Linux running btrfs filesystem defrag as a background cron job may be beneficial. Note: The Guest OS must be configured to issue

access by normal users in read/write mode, depending on the settings, even if root has mounted the filesystem. • In an OS/2 guest, use the VBoxControl command to manage shared folders. For example: VBoxControl utility to mount, view, and optionally modify the disk image contents. The utility is based on Filesystem in Userspace (FUSE) technology and uses the VirtualBox runtime engine. Ensure that Oracle VM VirtualBox boundary. On Windows, occasional defrag- mentation with defrag.exe /D, or on Linux running btrfs filesystem defrag as a background cron job may be beneficial. Note: The Guest OS must be configured to issue

access by normal users in read/write mode, depending on the settings, even if root has mounted the filesystem. • In an OS/2 guest, use the VBoxControl command to manage shared folders. For example: VBoxControl utility to mount, view, and optionally modify the disk image contents. The utility is based on Filesystem in Userspace (FUSE) technology and uses the VirtualBox runtime engine. Ensure that Oracle VM VirtualBox boundary. On Windows, occasional defrag- mentation with defrag.exe /D, or on Linux running btrfs filesystem defrag as a background cron job may be beneficial. Note: The Guest OS must be configured to issue

access by normal users in read/write mode, depending on the settings, even if root has mounted the filesystem. • In an OS/2 guest, use the VBoxControl command to manage shared folders. For example: VBoxControl utility to mount, view, and optionally modify the disk image contents. The utility is based on Filesystem in Userspace (FUSE) technology and uses the VirtualBox runtime engine. Ensure that Oracle VM VirtualBox boundary. On Windows, occasional defrag- mentation with defrag.exe /D, or on Linux running btrfs filesystem defrag as a background cron job may be beneficial. Note: The Guest OS must be configured to issue

access by normal users in read/write mode, depending on the settings, even if root has mounted the filesystem. • In an OS/2 guest, use the VBoxControl command to manage shared folders. For example: VBoxControl utility to mount, view, and optionally modify the disk image contents. The utility is based on Filesystem in Userspace (FUSE) technology and uses the VirtualBox runtime engine. Ensure that Oracle VM VirtualBox boundary. On Windows, occasional defrag- mentation with defrag.exe /D, or on Linux running btrfs filesystem defrag as a background cron job may be beneficial. Note: The Guest OS must be configured to issue