PACKAGES.TXT;  Sun Jan 24 15:39:37 UTC 2010

This file provides details on the custom Slackware packages found in the
current directory.

Total size of all packages (compressed):  28 MB
Total size of all packages (uncompressed):  68 MB


PACKAGE NAME:  diskfree-0.15-i486-1_ejt.tgz
PACKAGE LOCATION:  ./slackware/diskfree
PACKAGE SIZE (compressed):  63 KB
PACKAGE SIZE (uncompressed):  200 KB
PACKAGE DESCRIPTION:
diskfree: diskfree (free disk space applet)
diskfree:
diskfree: Diskfree is an applet for the KDE kicker to show how much
diskfree: free disk space is available on your mounted partitions.

PACKAGE NAME:  flite-1.3-i486-1_ejt.tgz
PACKAGE LOCATION:  ./slackware/flite
PACKAGE SIZE (compressed):  12520 KB
PACKAGE SIZE (uncompressed):  18270 KB
PACKAGE DESCRIPTION:
flite: Flite (a small run-time speech synthesis engine)
flite:
flite: Flite is a small fast run-time speech synthesis engine. It is
flite: the latest addition to the suite of free software synthesis tools
flite: including University of Edinburgh's Festival Speech Synthesis System
flite: and Carnegie Mellon University's FestVox project, tools, scripts and
flite: documentation for building synthetic voices. However, flite itself
flite: does not require either of these systems to compile and run.

PACKAGE NAME:  kqemu-1.4.0pre1_2.6.27.7_smp-i486-1_ejt.tgz
PACKAGE LOCATION:  ./slackware/kqemu
PACKAGE SIZE (compressed):  60 KB
PACKAGE SIZE (uncompressed):  190 KB
PACKAGE DESCRIPTION:
kqemu: kqemu (QEMU Accelerator kermel module)
kqemu:
kqemu: The QEMU Accelerator (KQEMU) is a driver allowing a user application to
kqemu: run x86 code in a Virtual Machine (VM). The code can be either user or
kqemu: kernel code, in 64, 32 or 16 bit protected mode. KQEMU is very similar
kqemu: in essence to the VM86 Linux syscall call, but it adds some new concepts
kqemu: to improve memory handling.

PACKAGE NAME:  lsyncd-1.26-i486-1_ejt.tgz
PACKAGE LOCATION:  ./slackware/lsyncd
PACKAGE SIZE (compressed):  26 KB
PACKAGE SIZE (uncompressed):  70 KB
PACKAGE DESCRIPTION:
lsyncd: lsyncd (Live Syncing [Mirror] Daemon)
lsyncd:
lsyncd: Lsyncd uses rsync to synchronize local directories with a remote
lsyncd: machine running rsyncd. Lsyncd watches multiple directories trees
lsyncd: through inotify. The first step after adding the watches is to
lsyncd: rsync all directories with the remote host, and then sync single
lsyncd: file by collecting the inotify events. So lsyncd is a light-weight
lsyncd: live mirror solution that should be easy to install and use while
lsyncd: blending well with your system.

PACKAGE NAME:  ndiswrapper-1.55_2.6.27.7-i486-1_ejt.tgz
PACKAGE LOCATION:  ./slackware/ndiswrapper
PACKAGE SIZE (compressed):  192 KB
PACKAGE SIZE (uncompressed):  520 KB
PACKAGE DESCRIPTION:
ndiswrapper: ndiswrapper (wrapper for NDIS drivers)
ndiswrapper:
ndiswrapper: Many vendors do not release specifications of the hardware or
ndiswrapper: provide a Linux driver for their wireless network cards. This
ndiswrapper: project implements a Windows kernel API and NDIS (Network Driver
ndiswrapper: Interface Specification) API within the Linux kernel. A Windows
ndiswrapper: driver for the wireless network card is then linked to this
ndiswrapper: implementation so that the driver runs natively, as though it
ndiswrapper: is in Windows, without binary emulation.
ndiswrapper: With ndiswrapper, most miniPCI (builtin), PCI, PCMCIA (Cardbus

PACKAGE NAME:  qemu-0.11.0-i486-1_ejt.tgz
PACKAGE LOCATION:  ./slackware/qemu
PACKAGE SIZE (compressed):  16743 KB
PACKAGE SIZE (uncompressed):  50710 KB
PACKAGE DESCRIPTION:
qemu: qemu (open source processor emulator)
qemu:
qemu: QEMU is a generic & open source machine emulator & virtualizer.
qemu: When used as a machine emulator, QEMU can run OSes & programs made for
qemu: one machine (e.g. an ARM board) on a different machine (e.g. your own
qemu: PC). By using dynamic translation, it achieves very good performances.
qemu: When used as a virtualizer, QEMU achieves near native performances by
qemu: executing the guest code directly on the host CPU. A host driver called
qemu: the QEMU accelerator (also known as KQEMU) is needed in this case. The
qemu: virtualizer mode requires that both the host & guest machine use x86