Free 1.3 hdmi cable software for linux

QtPhone is a cross-platform telephone emulation application designed to be used with a PC, speakers, microphone, V.92 voice modem and a standard phone line.
ISDN, ADSL and Networking/Cable ( i.e VoIP ) will also be supported. Features include Caller Identification and Voice Mail.
Main features:
- Telephone, Speakerphone Capabilities
- Voice Mail, Caller Identification
- Wireless Headset/Handset Capabilities
- Supports V.92 Full Duplex Voice Modems,
- ISDN, ADSL and Networking/Cable ( i.e. VoIP )
- Voice Activation, Security Features
- Linux, Windows, MAC Versions
- Embedded Linux Version
Enhancements:
- Integrates the comms portions of the code.

m0n0wall is a project aimed at creating a complete, embedded firewall software package that, when used together with an embedded PC, provides all the important features of commercial firewall boxes (including ease of use) at a fraction of the price (free software).
m0n0wall is based on a bare-bones version of FreeBSD, along with a web server, PHP and a few other utilities. The entire system configuration of m0n0wall is stored in one single XML text file to keep things transparent.
m0n0wall is probably the first UNIX system that has its boot-time configuration done with PHP, rather than the usual shell scripts, and that has the entire system configuration stored in XML format.
Main features:
- web interface (supports SSL)
- serial console interface for recovery
- set LAN IP address
- reset password
- restore factory defaults
- reboot system
- wireless support (access point with PRISM-II/2.5/3 cards, BSS/IBSS with other cards including Cisco)
- captive portal
- 802.1Q VLAN support
- stateful packet filtering
- block/pass rules
- logging
- NAT/PAT (including 1:1)
- DHCP client, PPPoE, PPTP and Telstra BigPond Cable support on the WAN interface
- IPsec VPN tunnels (IKE; with support for hardware crypto cards and mobile clients)
- PPTP VPN (with RADIUS server support)
- static routes
- DHCP server
- caching DNS forwarder
- DynDNS client
- SNMP agent
- traffic shaper
- SVG-based traffic grapher
- firmware upgrade through the web browser
- Wake on LAN client
- configuration backup/restore
- host/network aliases
Enhancements:
- added voucher support to captive portal (mwiget); wireless LAN improvements; allow dashes in alias names; added hidden option to disable auto-generation of PPTP rules on WAN; fixed ATA hard disk spin down feature; ipfilter TCP window scaling bug fix; synced with changes from 1.23 branch; increased mfsroot size to 14 MB (from 13 MB); updated base system to FreeBSD 6.2-RELEASE-p6; updated PHP to 4.4.7, ipsec-tools to 0.6.7, isc-dhcpd to 3.0.5, Dnsmasq to 2.39; added kernel patch for fragment bug in ipfilter; modified kernel patch to handle ipnat+dummynet in ip_input....

LibLp is a library to send and receive data to the parallel port under Linux, using a few simple functions.

Installation:

just untar the file (tar xvfz liblp-0.1.tar.gz) and walk into liblp-0.1; then issue a make. This will build two libraries (liblpstatic.a and liblp.so) the static and the dynamic version; and one test program (test) that send some bytes to the parallel port.

Bugs:

In some systems, Liblp doesnt compile due a little change in the includes for ioperm. Just walk into liblp.h and comment/uncomment the include for system.h and io.h.

Its pretty simple;)

I have to write some serious Documentation

This library has been tested over the following hardware:

486 DX/50
Pentium II 400
Pentium III 650

So I think this will work in any PC-Compatible computer.

WARNINGS about HARDWARE

You will need a parallel cable extensor (a lp cable just doesnt work) o plug the cables directly to the PC boards connector.

Be careful with the tension applied to the port, you can just burn out the PC motherBoard; To protect the board, just build a diode bridge (Im computer ingenieer, no a electronic guy)

RESOURCES

Kernel Sources
Some hardware tech documents
My Inspiration
LibLp has been use to command a PIC microcontroller programmer; a Robot Interface, and some electronic circuits.

3ivx is an MPEG-4 toolkit that supports MPEG-4 Video, MPEG-4 Audio and the MP4 file format. 3ivx D4 4.5 allows video and audio to be compressed to a fraction of its original size while maintaining high image quality.

You can store over 2 hours of near DVD quality audio and video on a single CD-ROM or stream near DVD quality video over a cable modem or DSL modem.

Supported File Formats:

- Input Files: 3GP, AAC, DivX, MOV, MP4
- Output Files: AVI, MOV, MP4

Why should I install 3ivx?

The 3ivx decoder plays back most MPEG-4 files (including MP4, M4A, 3GP and MOV files) with MPEG-4 AAC Audio and MPEG-4 Video (such as DivX 3, 4 and 5, Apple MPEG-4, Philips MPEG-4 and XviD) using Windows Media Player or other compatible players. The Audio Decoder can play back MPEG-4 Multi-Channel High Efficiency AAC including audio encoded by Nero AAC and iTunes.

The 3ivx encoder produces industry-leading compact high quality MPEG-4 Audio and Video and is distributed as a plug-in for QuickTime as well as plug-ins for Video for Windows and DirectShow.

This allows you to encode MPEG-4 Audio and Video in AVI, MOV or MP4 files with the encoding application of your choice.

The 3ivx encoder produces industry-leading compact high quality MPEG-4 Audio and Video and is distributed as a plug-in for QuickTime as well as plug-ins for Video for Windows and DirectShow. This allows you to encode MPEG-4 Audio and Video in AVI, MOV or MP4 files with the encoding application of your choice.

Because of its core design and optimization the 3ivx codec maintains a record-breaking speed.

3ivx Delta 4 - 4.0.3 plays back DivX 3.x, 4.x, 5.x, OpenDivX, XviD, FFMpeg, AngelPotion, SMR, Philips MPEG-4, Apple MPEG-4, MS-MPEG-4v3, 3ivx D3, D3.5 and 4, RealMagic MPEG-4, Sorenson MPEG-4, Blizzard MPEG-4 and other MPEG-4 variants.

Recovery Is Possible (RIP) is a Slackware-based CD or floppy boot/rescue/backup/maintenance system. It has support for a lot of filesystem types (Reiserfs, Reiser4, ext2/3, iso9660, UDF, XFS, JFS, UFS, HPFS, HFS, MINIX, MS DOS, NTFS, and VFAT) and contains a bunch of utilities for system recovery.
R.I.P. also has IDE/SCSI/SATA, PCMCIA, RAID, LVM2, and Ethernet/DSL/cable/PPP/PPPOE network support.
The bootable CD image `RIP-12.4.iso.bin can be written to a CD/DVD disk, using cdrecord/dvdrecord etc.
The 2.6.11.6 kernel has IDE/SATA and SCSI support. The kernel also has PCMCIA, LVM2, RAID, and Ethernet/cable/dsl/ppp/ pppoe/wireless networking support.
These are some of the programs it contains (partimage/partimaged, parted, dump/restore, reiserfsck, fsck.reiser4, fdisk, cfdisk, sfdisk, mke2fs, e2fsck, tune2fs, debugfs, mkfs.xfs, jfs_mkfs, jfs_fsck, xfs_repair, cdrecord/dvdrecord, mkisofs, dvd+rw-format, growisofs, ntfsresize, mkntfs, lynx, mutt, fetchmail, pop3spam, popselect, ncftp, epic irc, tin, telnet, wget, naim, zgv, testdisk, smbclient, smbmount, ssh/sshd, rsync, udp-sender/receiver, lde, blesstivo, rtvpatch, chntpw, cmospwd, grub, grubconfig, smartctl, memtest86, captive-ntfs, ddrescue, dd_rescue, acpitool, dmidecode, hwinfo, lshw, ethtool)
It also includes the DVD udf filesystem packet writing tools (cdrwtool, mkudffs, pktsetup).
The reiserfsck and fsck.reiser4 programs are used to check and repair a Linux reiserfs and reiser4 filesystem.
The xfs_repair program is used to repair a Linux xfs filesystem.
The jfs_fsck program is used to check and repair a Linux jfs filesystem.
The e2fsck program is used to check and repair a Linux ext2 or ext3 filesystem.
The ntfsresize program non-destructively resizes Windows XP/2000/NT4 or Windows Server 2003 NTFS filesystems. Read /usr/doc/RIP/ntfsresize.txt on the rescue system.
The parted program is used for creating, destroying, resizing (fat16/32, ext2/3, reiserfs v3.6), checking and copying partitions, and the file systems on them. This is useful for creating space for new operating systems, reorganising disk usage, copying data between hard disks and disk imaging.
The partition image program partimage saves partitions in the ext2, ext3, reiserfs, jfs, xfs, ufs, ntfs, fat16, and fat32 formats to an image file. Only used blocks are copied to save space and increase the speed. The image file can be compressed, in gzip or bzip2 formats.
Enhancements:
- A few fixes and updates were done.

Cobex is a small implementation of the OBEX communication protocol for slow serial cables. Its primary use is to communicate with cell phones such as the Sony Ericsson T610, T310, and T300.

Currently the project consists of a couple of headerfiles and some sourcefiles, which results in a small executable that can be used to send files to a SonyEricsson T3x0, and probably other SonyEricsson models. Fetching files is NOT implemented. In fact, its not even implemented (or at least not working) in the phone...

Its not a full-scale, foolproof, ironclad implementation of Obex. Check out OpenObex instead. They even have a v1.0!

Install the required libraries . If they are not installed in the usual places, you will have
to modify the Makefile. Come on, a configure script with all its fluff would be several
times larger than this entire project.

When ezV24 and expat are in place, do a simple "make" and the project should build.

Should you need to change the baudrate, you have to edit the files and recompile. It is
set to 115200 in cobex_serial.h baud by default.

Cobex does handle port locking using lockfiles. Unfortunately, f.ex. Fedora Core 3 does not, at least not very well. So, therefore port locking is turned of by default. You can enable it by editing the Makefile, and removing the hashmark infront of the LOCKSERIAL definition.

You can use it with following commands:
cobex_get
cobex_ls
cobex_put
cobex_rm

watchDhcp is a simple script that lets you watch and react to a change in the systems IP address. It is useful for automatically reconfiguring NAT, DNS, and firewall services.]
This script has been written to help keep an unattended OpenBSD box working as a firewall on a cable modem. The box gets its IP through DHCP, and as such this can change. When the IP changes, there have been problems with NAT and IPF -- so these are restarted/reconfigured. Since the DNS records must also be updated, when the IP changes this information is mailed to a sent admin address, so the machine is never "lost".

Whenever something else comes up that mucks up the machine, I add it to this script. So far so good, five months and counting.

Gantry::Docs::About is a document explaining Gantrys features and history.
History
Along about 1997 or so, our company (a cable/ISP owned by a newspaper) began serving mod_perl apps to staff and customers. A framework developed and flourished. It was simple, explicit, and fast enough for the high-volume sites run by our parent newspaper. As time passed, improvements were made until a second version was conceived and deployed.
Finally, in August of 2005, a third revision was completed which is now available as an open source product (under the standard Perl license). The new version has lots of new features and removes some of the arcana that built up over the previous six or so years. Notably, it gained an MVC structure and some nifty automated CRUD. But the newly released third version, now called Gantry, retains simplicity, explicitness, speedy throughput, and the ability to host complex projects.
Main features:
- a central mod_perl handler all apps may inherit (Gantry.pm)
- CGI/FastCGI support (Gantry::Engine::CGI)
- automated CRUD (create, retrieve, update, delete) for straightforward tables (Gantry::Plugins::AutoCRUD)
- flexible CRUD for the sophisticated parts of applications (Gantry::Plugins::CRUD)
- easy date entry (via javascript code in form.tt)