Free lf2 1.9 software for linux

VLAN is an implementation of the 802.1Q VLAN protocol for Linux.
VLAN allows one to have Virtual LANs on a single ethernet cable, giving you the ability to segregate LANs efficiently. VLAN should support up to 4094 vlan interfaces per ethernet device.
Main features:
- Implements 802.1Q VLAN spec.
- Implements support for a non-standard (as far as I know) MAC-based VLAN functionality.
- Can support up to 4094 VLANs per ethernet interface.
- Scales well in critical paths: O(n), where n is the number of PHYSICAL ethernet interfaces, and that is only on ingress. O(1) in every other critical path, as far as I know.
- Supports MULTICAST
- Can change MAC address of VLAN.
- Multiple naming conventions supported, and adjustable at runtime.
- Optional header-reordering, to make the VLAN interface look JUST LIKE an Ethernet interface. This fixes some problems with DHCPd and anything else that uses a SOCK_PACKET socket. Default setting is off, which works for every other protocol I know about, and is slightly faster.
Enhancements:
- This release fixes return error codes in vconfig.

ginfo provides a modular documentation tool.

It supports module in C, xml-ginfo, and docbook languages and it parses HTML, PHP, and PDF files with the default modules.

There is a special editor for writing xml-ginfo modules, and a tool to convert xml-ginfo files into C modules.

The simplest way to compile this package is:

1. `cd to the directory containing the packages source code and type `./configure to configure the package for your system. If youre using `csh on an old version of System V, you might need to type `sh ./configure instead to prevent `csh from trying to execute `configure itself.

Running `configure takes awhile. While running, it prints some messages telling which features it is checking for.

2. Type `make to compile the package.

3. Optionally, type `make check to run any self-tests that come with the package.

4. Type `make install to install the programs and any data files and documentation.

wmail is a Window Maker docklet watching your inbox, which is either a ordinary mbox or a directory conforming to qmails Maildir format.
It provides a nice little GUI displaying some useful pieces of information about your inbox (as many other nice wm-apps doing nearly the same thing...).
Per default it uses the $MAIL environment-variable to locate the inbox you are using, other mailing mechanisms like POP or IMAP are not supported - use a tool like fetchmail to retrieve POP- or IMAP-based mail.
Enhancements:
- Support for comments in From-header added (by Juergen A. Erhard - thank you!)
- Status field content recognition enhanced: now you can supply the content of a status field that markes your email as read. This is due to different behaviour of different mbox readers
- pine seems using "ro" to mark a mail as read. The given value is substring-matched.

GLiv is an OpenGL image viewer, image loading is done via Gdk-pixbuf bundled with GTK+-2.4, rendering with OpenGL and the graphical user interface uses GTK+ with GtkGLExt.

GLiv is very fast and smooth at rotating, panning and zooming if you have an OpenGL accelerated graphics board. GLiv supports thumbnails and navigating through them using two images menus.

Limph (Limph Is Monitoring Pingable Hosts) provides both UPD and TCP port checks of grouped network hosts with email notification.

Limph project is completely configurable through its Web interface.

jpeg2ps is a utility for converting JPEG images to compressed PostScript Level 2 or 3 files (without uncompressing the images).

The JPEG data is simply >wrapped< with PostScript which yields considerably smaller PS files. This project is a simple command line utility and can be used on DOS, Windows and Unix machines.

Usage: jpeg2ps [options] jpegfile > epsfile
-a auto rotate: produce landscape output if width > height
-b binary mode: output 8 bit data (default: 7 bit with ASCII85)
-h hex mode: output 7 bit data in ASCIIHex encoding
-o < name > output file name
-p < size > page size name. Known names are:
a0, a1, a2, a3, a4, a5, a6, b5, letter, legal, ledger, p11x17
-q quiet mode: suppress all informational messages
-r < dpi > resolution value (dots per inch)
0 means use value given in file, if any (disables autorotate)

camE is a Webcam grabber designed for video4linux devices. It is based on the xawtv webcam app, but extended to use imlib2 for applying antialised, blended truetype fonts to the image before upload.
A large number of new options have been added including scp support (in addition to ftp), image archiving, and much more. It runs as a daemon and needs no X connection to operate.
Main features:
- ttf fonts
- blended transparent text
- title text
- options in ~/.camErc
- message read from separate file (eg echo "eating my dinner" > ~/.caminfo)
- color the text as you like
- text background any color/alpha value
- scp support for uploading
- ftp support for uploading using libcurl, reconnect for each upload or reuse one connection
- proper logging to file
- user defined actions to be run before and after shots, and after upload (use to play sounds, beep, run scripts, copy files, whatever)
- file for stopping uploads temporarily (touch ~/BLOCKCAM to stop shooting, remove it to resume)
- now a proper daemon that can run without X forever if wanted
- control of brightness, contrast, gamma, hue, colour, etc
- control of framerate and use of snapshot mode for Philips cams
- image archiving (timestamped into a directory of your choice after upload), every frame or every n frames
- lag reduction (for some cams, when mmaped, the image grabbed lags behind the cam by up to 20 seconds. I use lag_reduce 5 in my ~/.camErc for example. This takes 5 shots in a row, which clears the mmap buffers, and then keeps the last shot, lag-free)

Xnetintf is an X Windows application that manages network interfaces. The current interface state is depicted through a series of bitmaps, and a mouse click in the window initiates a state transition.
Xnetintf uses a per-interface configuration file to supply commands that check and toggle state, as well as a program to run after the state change completes. A command line interface is also supported.
Main features:
- current interface state described through series of bitmaps.
- mouse click on window initiates toggle of interface state.
- per-interface configuration file to specify commands to bring interface up / down, as well as a command (e.g. a shell script) to run after the state change has been completed.
- companion program -- ifsuex -- which permits safe root execution f an interface-specific command (like a stripped-down sudo).
- command line interface (i.e. can be run without X Windows).