CONTENTS: augeas extlib findlib libcap_ng libcgroup libguestfs libosinfo libseccomp libvirt libvirt_glib lxc lxcf ocaml_curses ocaml_libvirt qemu spice spice_gtk spice_protocol spice_vdagent supermin uml_utilities virt_manager virt_top virt_v2v virt_viewer virt_what virt_who xf86_video_qxl 
augeas: Augeas command line tools
augeas: 
augeas: Augeas is a configuration editing tool.  It parses configuration files
augeas: in their native formats and transforms them into a tree.
augeas: Configuration changes are made by manipulating this tree and saving it
augeas: back into native config files.
augeas: 
augeas: 
augeas: 
augeas: 
augeas: 
extlib: extended standard library for OCaml (plugins)
extlib: 
extlib: ExtLib is a project aiming at providing a complete - yet small -
extlib: standard library for the OCaml programming language.
extlib: 
extlib: 
extlib: 
extlib: 
extlib: 
extlib: 
extlib: 
findlib: library for managing OCaml libraries (runtime)
findlib: 
findlib: The "findlib" OCaml library provides a scheme to manage reusable
findlib: software components (packages), and includes tools that support this
findlib: scheme.  Packages are collections of OCaml modules for which
findlib: metainformation can be stored.  The packages are kept in the
findlib: filesystem hierarchy, but with strict directory structure.  The
findlib: library contains functions to look the directory up that stores a
findlib: package, to query metainformation about a package, and to retrieve
findlib: dependency information about multiple packages.
findlib: 
libcap_ng: POSIX 1003.1e capabilities
libcap_ng: 
libcap_ng: The libcap-ng library is intended to make programming with posix
libcap_ng: capabilities much easier than the traditional libcap library.  It
libcap_ng: includes utilities that can analyse all currently running applications
libcap_ng: and print out any capabilities and whether or not it has an open ended
libcap_ng: bounding set.  An open bounding set without the securebits "NOROOT"
libcap_ng: flag will allow full capabilities escalation for apps retaining uid 0
libcap_ng: simply by calling execve.
libcap_ng: 
libcap_ng: 
libcgroup: Development libraries to develop applications that utilize control group
libcgroup: 
libcgroup: Control Groups provide a mechanism for aggregating/partitioning sets
libcgroup: of tasks, and all their future children, into hierarchical groups with
libcgroup: specialized behaviour.
libcgroup: 
libcgroup: 
libcgroup: 
libcgroup: 
libcgroup: 
libcgroup: 
libguestfs: guest disk image management system
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libguestfs: 
libosinfo: The Operating System information database
libosinfo: 
libosinfo: The goal of libosinfo is to provide a single place containing all the
libosinfo: information about an operating system that is required in order to
libosinfo: provision and manage it in a virtualized environment.
libosinfo: 
libosinfo: 
libosinfo: 
libosinfo: 
libosinfo: 
libosinfo: 
libseccomp: 
libseccomp: 
libseccomp: The libseccomp library provides and easy to use, platform independent,
libseccomp: interface to the Linux Kernel's syscall filtering mechanism: seccomp.
libseccomp: The libseccomp API is designed to abstract away the underlying BPF
libseccomp: based syscall filter language and present a more conventional
libseccomp: function-call based filtering interface that should be familiar to,
libseccomp: and easily adopted by application developers.
libseccomp: 
libseccomp: 
libseccomp: 
libvirt: The virtualization API
libvirt: 
libvirt: A toolkit to interact with the virtualization capabilities of recent
libvirt: versions of Linux (and other OSes), see our project goals for details.
libvirt: 
libvirt: 
libvirt: 
libvirt: 
libvirt: 
libvirt: 
libvirt: 
libvirt_glib: GLib and GObject mapping
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
libvirt_glib: 
lxc: Linux containers userspace tools
lxc: 
lxc: Containers are insulated areas inside a system, which have their own
lxc: namespace for filesystem, network, pids, ipc, cpu and memory
lxc: allocation and which can be created using the Control Group and
lxc: Namespace features included in recent Linux Kernels.
lxc: 
lxc: 
lxc: 
lxc: 
lxc: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
lxcf: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_curses: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
ocaml_libvirt: 
qemu: 
qemu: 
qemu: QEMU is a generic and open source machine emulator and virtualizer.
qemu: 
qemu: 
qemu: 
qemu: 
qemu: 
qemu: 
qemu: 
qemu: 
spice: 
spice: 
spice: The Spice project aims to provide a complete open source solution for
spice: interaction with virtualized desktop devices.  The Spice project deals
spice: with both the virtualized devices and the front-end.  Interaction
spice: between front-end and back-end is done using VD-Interfaces.  The VD-
spice: Interfaces (VDI) enable both ends of the solution to be easily
spice: utilized by a third-party component.
spice: 
spice: 
spice: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_gtk: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_protocol: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
spice_vdagent: 
supermin: tool for building supermin appliances
supermin: 
supermin: 
supermin: 
supermin: 
supermin: 
supermin: 
supermin: 
supermin: 
supermin: 
supermin: 
uml_utilities: User-mode Linux (utility programs)
uml_utilities: 
uml_utilities: User-mode Linux is a port of the Linux kernel to its own system call
uml_utilities: interface.  It provides a kind of virtual machine, which runs Linux as
uml_utilities: a user process under another Linux kernel.  This is useful for kernel
uml_utilities: development, sandboxing, jailing, experimentation, and many other
uml_utilities: things.
uml_utilities: 
uml_utilities: This package contains userspace utilities for use with User-mode Linux,
uml_utilities: including uml_mconsole, uml_moo, uml_switch, uml_net and tunctl.
uml_utilities: 
virt_manager: Manage virtual machines with virt-manager
virt_manager: 
virt_manager: The virt-manager application is a desktop user interface for managing
virt_manager: virtual machines through libvirt.  It primarily targets KVM VMs, but
virt_manager: also manages Xen and LXC (linux containers).  It presents a summary
virt_manager: view of running domains, their live performance and resource
virt_manager: utilization statistics.  Wizards enable the creation of new domains,
virt_manager: and configuration and adjustment of a domain”Ēs resource allocation and
virt_manager: virtual hardware.  An embedded VNC and SPICE client viewer presents a
virt_manager: full graphical console to the guest domain.
virt_manager: 
virt_top: show stats of virtualized domains
virt_top: 
virt_top: virt-top is modelled after the "ordinary" top utility and many keys
virt_top: and command line options are the same.
virt_top: 
virt_top: 
virt_top: 
virt_top: 
virt_top: 
virt_top: 
virt_top: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_v2v: 
virt_viewer: 
virt_viewer: 
virt_viewer: The virt-viewer application is a lightweight interface for interacting
virt_viewer: with the graphical display of virtualized guest OS.  It can display
virt_viewer: VNC or SPICE, and uses libvirt to lookup the graphical connection
virt_viewer: details.
virt_viewer: 
virt_viewer: 
virt_viewer: 
virt_viewer: 
virt_viewer: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_what: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
virt_who: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: 
xf86_video_qxl: