Free pill identification software for linux

simple instant messaging (sim) is an IRC client specialized for use with bitlbee. It is based on sic (http://suckless.org). It reads commands from standard input and prints all server output to standard output.
simple instant messaging also multiplexes all channel traffic into one output, so you dont have to switch to different channel buffers. sim must be customized by editing its source code to insert the correct username, server, password, and identification information.
Enhancements:
- The command operator was changed.
- Some code simplifications were done.
- The output format was adjusted.

Pidentd is a program that implements the RFC1413 identification server. It was very much inspired by Dan Bernsteins original authd (but unlike that program doesnt use netstat to get some of the information).
It uses the kernel information directly. (And is due to that fact a lot faster). Dan has now written another version of the authd daemon that uses his kstuff to read the kernel information.
Unlike that daemon, this will use only normally available kernel access functions (and is due to that more limited in the different machines it support).
Please note that this daemon used to be called pauthd but has changed name to better reflect what it does (and to conform to the new RFC).
Enhancements:
- Support for Solaris 10 on AMD64 was added and the 64-bit support was generalized for Solaris.
- A minor compilation problem in k_sunos510.c was fixed.

libsift is an algorithm to identify and locate interesting points within an image. For all such points, a descriptive signature is extracted.
The signatures can be stored and matched among multiple images, allowing for a large number of interesting applications, such as aligning overlapping images and identifying objects or motion within image sequences.
libsift is used by the autopano-sift program to create panorama images.
This library is a 100% C# implementation of the SIFT algorithm ("Scale-Invariant Feature Transform") and additional matching algorithms. The SIFT algorithm is an image feature location and extraction algorithm which provides the following key advantages over similar algorithms:
- Combined feature location and extraction algorithm.
- The keypoint locations are more precise and repeatable, because SIFT uses subpixel localization and multiple scale keypoint identification
- The descriptors are highly distinctive. For example, I tested with up to 300,000 keypoints while matching a large 60 picture panorama and it did not have a single invalid match.
- The feature vectors can be efficiently correlated using probabilistic algorithms like Best-Bin-First kd-tree search.
Enhancements:
- A serious bug in the Gaussian sigma computation and a bug in the DoG scale handling were fixed.

K ISDN Watch is a universal ISDN monitor for KDE 3, and can be used with each AVM ISDN-Controller and the CAPI4Linux driver.
K ISDN Watch is an "open source" program: the complete source code is available under the GNU Public License. The program is based on the ISDN monitor "kimon", written by Markus Dahlweid for I4L (ISDN4Linux) and the HiSax driver. K ISDN Watch can be used in all Linux distributions.
Main features:
- Monitoring of all activities of the AVM ISDN-Controller including
- Status display for connection set-up and clear-down
- Display of the number of ISDN B channels used
- Identification of the AVM ISDN-Controller in use
- Display of connection time information (incl. log)
- Integration in the KDE panel

Zombie Master project is a multiplayer survival horror FPS/RTS mod for Half-Life 2. A team of FPS-playing humans attempts to complete map-specific objectives while an RTS player controls the zombie horde with only one goal: death to all humans.
He is the Zombie Master.
Enhancements:
- [fix] Weapons were sometimes hard to pick up
- [fix] Fast shooting exploits in shotgun and rifle
- [tweak] Health indication in player identification display
- [tweak] ZM resource limit server setting zm_resource_limit (default 4000)
- [fix] Team changes (including to spectator after death) had erratic results
- [feature] Muting players
- [tweak] Weapon flags failed to reset in some situations after forcehuman/forcemaster team switching
- [fix] ZM preference window came up when the ZM camera toggled
- [fix] Zombie spawns could still be clicked when inactive
- [fix] Voting for roundrestart could be spammed
- [fix] DOTD chalkboard weirded out
- Plus minor fixes to the maps.
As usual, if your game goes horridly wrong after patching, try reinstalling with the 1.1.2 full installer.
UPDATE: If you experience the spectator bug after patching to 1.1.2, it is recommended you do a clean install using the full 1.1.2 installer.

Simple scAnning Tool is a simple and fast network scanner. Simple scAnning Tool is used to identify network devices and services. The identification is based on recieved data such as banners.

Usage:

sat.py [options] < file_name/ip_range >
sat.py -r [-f < file >]
sat.py -u [-o < host:port >]
sat.py -h

Options:

-i scan ip range, example: 10.1.1.1-10.1.1.2,10.1.2.2
[default]
-t scan targets from file
-n scan targets from file with nmap grepable output format
(nmap switch -oG)
-p < port_range > port range to scan, example: 1-1024,3333,4000-5000 [default
23]
-T scan TCP ports rather then UDP [default]
-U scan UDP ports rather then TCP
-4 scan via IPv4 rather than IPv6 [default]
-6 scan via IPv6 rather than IPv4
-H < number > maximum number of threads [default 100]
-O < file_name > set the output file name [default sat.log]
-V verbose scan mode
-c < file > specify the config file [default sat.conf]
-l < file > specify the srules file [default sat.srules]
-r restore aborted scan
-f < file > specify the restore file [default sat.restore]
-u update srules file from the net
-o < host:port > set the HTTP/FTP proxy for updater
-v show programs version number and exit
-h show this help message and exit

Audio::TagLib::ID3v2::RelativeVolumeFrame is an ID3v2 relative volume adjustment frame implementation.

SYNOPSIS

use Audio::TagLib::ID3v2::RelativeVolumeFrame;

my $i = Audio::TagLib::ID3v2::RelativeVolumeFrame->new(
Audio::TagLib::ByteVector->new(""));
$i->setChannelType("MasterVolume");
print $i->channelType(), "n"; # got "MasterVolume"

This is an implementation of ID3v2 relative volume adjustment. The presense of this frame makes it possible to specify an increase in volume for an audio file or specific audio tracks in that file.

Multiple relative volume adjustment frames may be present in the tag each with a unique identification and describing volume adjustment for different channel types.

new()

Constructs a RelativeVolumeFrame. The relevant data should be set manually.

new(ByteVector $data)

Constructs a RelativeVolumeFrame based on the contents of $data.

DESTROY()

Destroys the RelativeVolumeFrame instance.

String toString()

Returns the frames identification.

see identification()

LIST channles()

Returns a list of channels with information currently in the frame.

NOTE This should be a list of PV which indicates the ChannelType.

see %_ChannelType

PV channelType()

Always returns master volume.

deprecated

void setChannelType(PV $t)

This method no longer has any effect.

deprecated

IV volumeAdjustmentIndex(PV $type = "MasterVolume")

Returns the relative volume adjustment "index". As indicated by the ID3v2 standard this is a 16-bit signed integer that reflects the decibils of adjustment when divided by 512.

This defaults to returning the value for the master volume channel if available and returns 0 if the specified channel does not exist.

see setVolumeAdjustmentIndex()

see volumeAjustment()

void setVolumeAdjustmentIndex(IV $index, PV $type = "MasterVolume")

Set the volume adjustment to $index. As indicated by the ID3v2 standard this is a 16-bit signed integer that reflects the decibils of adjustment when divided by 512.

By default this sets the value for the master volume.

see volumeAdjustmentIndex()

see setVolumeAdjustment()

< NV volumeAdjustment(PV $type = "MasterVolume") >

Returns the relative volume adjustment in decibels.

NOTE Because this is actually stored internally as an "index" to this value the value returned by this method may not be identical to the value set using setVolumeAdjustment().

This defaults to returning the value for the master volume channel if available and returns 0 if the specified channel does not exist.

see setVolumeAdjustment()

see volumeAdjustmentIndex()

void setVolumeAdjustment(NV $adjustment, PV $type = "MasterVolume")

Set the relative volume adjustment in decibels to $adjustment.

By default this sets the value for the master volume.

NOTE Because this is actually stored internally as an "index" to this value the value set by this method may not be identical to the one returned by volumeAdjustment().

see setVolumeAdjustment()

see volumeAdjustmentIndex()

PeakVolume peakVolume(PV $type = "MasterVolume")

Returns the peak volume (represented as a length and a string of bits).

This defaults to returning the value for the master volume channel if available and returns 0 if the specified channel does not exist.

see setPeakVolume()

setPeakVolume(PeakVolume $peak, PV $type = "MasterVolume")

Sets the peak volume to $peak.

By default this sets the value for the master volume.

see peakVolume()

%_ChannelType

This indicates the type of volume adjustment that should be applied. keys %Audio::TagLib::ID3v2::RelativeVolumeFrame::_ChannelType lists all available values used in Perl code.

SYNOPSIS

use NetPacket::IP;

$ip_obj = NetPacket::IP->decode($raw_pkt);
$ip_pkt = NetPacket::IP->encode($ip_obj);
$ip_data = NetPacket::IP::strip($raw_pkt);

NetPacket::IP provides a set of routines for assembling and disassembling packets using IP (Internet Protocol).

Methods

NetPacket::IP->decode([RAW PACKET])

Decode the raw packet data given and return an object containing instance data. This method will quite happily decode garbage input. It is the responsibility of the programmer to ensure valid packet data is passed to this method.

NetPacket::IP->encode()

Return an IP packet encoded with the instance data specified. This will infer the total length of the packet automatically from the payload lenth and also adjust the checksum.

Functions

NetPacket::IP::strip([RAW PACKET])

Return the encapsulated data (or payload) contained in the IP packet. This data is suitable to be used as input for other NetPacket::* modules.

This function is equivalent to creating an object using the decode() constructor and returning the data field of that object.

Instance data

The instance data for the NetPacket::IP object consists of the following fields.

ver

The IP version number of this packet.

hlen

The IP header length of this packet.

flags

The IP header flags for this packet.

foffset

The IP fragment offset for this packet.

tos

The type-of-service for this IP packet.

len

The length (including length of header) in bytes for this packet.

id

The identification (sequence) number for this IP packet.

ttl

The time-to-live value for this packet.

proto

The IP protocol number for this packet.

cksum

The IP checksum value for this packet.

src_ip

The source IP address for this packet in dotted-quad notation.

dest_ip

The destination IP address for this packet in dotted-quad notation.

options

Any IP options for this packet.

data

The encapsulated data (payload) for this IP packet.