Free lg software for linux

libipgeo library is written on top of the IP2LOCATION database allowing the user to do geo-targeting of IP addresses. For a given IPv4 address, libipgeo can lookup the following:

Country Code
Country
Region
City
Latitude
Longitude
ISP

NEW:libipgeo now searchs the IP2LOCATION database in O(lg n) and is TONS faster!

Included with the libipgeo distribution is a simple traceroute client that does IPv4 targeting:

[rounder:Projects/libipg/sample] root# ./trig -ien1 -LlCry 4.2.2.2 ../../IP-COUNTRY-REGION-CITY-LATITUDE-LONGITUDE-ISP-FULL/
IP-COUNTRY-REGION-CITY-LATITUDE-LONGITUDE-ISP.CSV
Trig 1.0 [geo-targeting traceroute scanner]
01: 66.123.162.113 US SAN RAMON CALIFORNIA 37.7661 -121.9730
02: 63.203.35.65 US SAN FRANCISCO CALIFORNIA 37.7002 -122.4060
03: 63.203.35.17 US SAN FRANCISCO CALIFORNIA 37.7002 -122.4060
04: 64.161.1.30 CA MONTREAL QUEBEC 45.5000 -73.5830
05: 64.161.1.54 CA MONTREAL QUEBEC 45.5000 -73.5830
06: 144.223.242.81 US KANSAS CITY MISSOURI 39.1749 -94.5804
07: 209.245.146.245 US UNKNOWN UNKNOWN 0.0000 0.0000
08: 209.244.3.137 US BROOMFIELD COLORADO 39.9135 -105.0930
09: 64.159.4.74 US SAN CLEMENTE CALIFORNIA 33.4322 -117.5780
10: 4.24.9.142 EG CAIRO AL QAHIRAH 30.0500 31.2500
11: 4.2.2.2 US PROVIDENCE RHODE ISLAND 41.8231 -71.4204

LG is a Looking Glass written in Perl as a CGI script. It can execute almost all BGP-related commands and do ping and traceroute in routers or relay these queries to other looking glasses.
It supports both IPv4 and IPv6 commands, and is tested with Cisco, Zebra, and Juniper. It can connect to a router using different methods of remote connection like SSH, telnet or rsh.
Main features:
- all BGP show commands, ping and traceroute
- IPv4 and IPv6 support
- router access using SSH, telnet, rsh or via other public LG
- XML configuration file (requires XML::Parser)
- local ASN database and hyperlinks to RIPE/ARIN/APNIC/JPNIC/LACNIC whois server
- improved hyperlinking between different BGP views
- highlights best route
- tested with Cisco, Zebra and Juniper
Enhancements:
- disclaimer
- SECURITY: rshcmd check
- new TELNET protocol handling, change term size to fit command string
- async line-by-line reading of telnet data to show traceroutes in realtime
- hide BGP session port numbers if "secure" mode used

libkdtree++ is a C++ template container implementation of k-dimensional space sorting, using a kd-tree.
Usage:
A simple example program is provided in the ./examples directory
(/usr/share/doc/libkdtree++-dev/examples on Debian).
The library supports pkg-config. Thus, to compile with the library,
include < kdtree++/kdtree.hpp >
and append the output of `pkg-config libkdtree++ --cflags` to your $CPPFLAGS.
Each call to erase() and insert() unbalances the tree. It is possible that nodes will not be found while the tree is unbalanced.
You rebalance the tree by calling optimize(), and you should call it before you need to search the tree (this includes erase(value) calls, which search the tree).
It is ok to call insert(value) many times and optimize() at the end, but every erase() call should be followed with optimize().
Main features:
- sports an unlimited number of dimensions (in theory)
- can store any data structure, provided the data structure provides operator[0 - k-1] to access the individual dimensional components (arrays, std::vector already do) and a std::less implementation for the type of dimensional components
- has support for custom allocators
- implements iterators
- provides standard find as well as range queries
- has amortised O(lg n) time (O(n lg n) worst case) on most operations (insert/erase/find optimised) and worst-case O(n) space.
- provides a means to rebalance and thus optimise the tree.
- exists in its own namespace
- uses STL coding style, basing a lot of the code on stl_tree.h

Sys::Manage::Cmd - Systems management command volley.

SYNOPSIS

Command line script

use Sys::Manage::Cmd;
my $s =Sys::Manage::Cmd->new();

# Script associations (see also embedded in source):
$s->{-assoc}->{.ftp}=sub{[ftp,-n,-s:loginfile,!elem!,[0]]};

# Target collections:
$s->{-target}->{all} =[1,2,3,4,5,6];

# Target branches:
$s->{-branch}->{1} =[1,2];
$s->{-branch}->{2} =[3,4];
$s->{-branch}->{3} =[5,6];

# Command-line setup / loop:
$s->set([@ARGV]);

# Command assignments:
#$s->set(-k=>assign, -o=>b, -i=>0, -ping=>1);
#$s->execute(-a=>assignment name, -t=>[targets], -cline=>[command line]);
#...

# Command line execution:
$s->set(-k=>cmd, -o=>b, -i=>0, -ping=>0);
$s->execute([@ARGV]);

Command line

script -option -option... target command-line
script -option... -ttarget... command-line

Examples of command line

script all dir !elem!
script -ob -tall dir !elem!
script -rPrevId -tall dir !elem!
script -aTest -tall dir !elem!
script -l10 -tall dir !elem!

Options of command line

(see also -cline and -i, -k, -l, -o, -r, -t, -u, -x, -v, -g)

-kNameSpace - kind (namespace) of command
-rCommandId - redo command id (used also inside -l); or switch (for -a)
-aAssignName - assignment name, to use as command id
-lPauseSecs - loop with pause before each subsequent redo
-lg... - ... for pings usuccessful only
-lv, -lw... - ... console verbose or windowed subsequent turns
-o(s|c|b) - order of execution:
sequental
concurrent
branched (concurrent branches)
-tTargetName - target, may be several -t, instead of positional argument
-xTargetExcl - exclusion from target list, may be several -x
-uUser:pswd - user name and password for target
-g - ping target before command, also use -gPingTimeout
-gx - exclude unsuccessful targets sequentially
-i - ignore exit code
-v(0|1|2) - verbosity level
-vc... - ... cmdfile rows include
-vt... - ... date-time include

Embedded commands

(see also -cline and -assoc)

script.ext - interpreting of scripts alike .pl, .bat, .ftp, .rdo.*
rcmd, rdo, - commands to remote nodes using
fput, fget, Sys::Manage::Conn
mput, mget (!elem!, !user!, !pswd! substitutions not needed)
cmdfile - evaluate command lines file or Perl script
!elem!, < - target element and source file substitutions
!user!, !pswd! - user name and password substitutions
!log! - log filesystem name substitution

Embedding command line

(see also ENVIRONMENT and SLOTS)

if (!defined($ENV{SMELEM}) # command volley:
|| ($ENV{SMELEM} eq )) {
system($^X, script, -k0, target, $0)
} elsif (!$ENV{SMDIR}) {
die "Execute this script on Manager!"
} elsif ($ENV{SMDIR}) {
die "Execute this script on Agent!"
} else { # command script:
....
1 # success
}

BitPim is a program that allows you to view and manipulate data on many CDMA phones from LG, Samsung, Sanyo and other manufacturers.

BitPim includes the PhoneBook, Calendar, WallPapers, RingTones (functionality varies by phone) and the Filesystem for most Qualcomm CDMA chipset based phones.

You need a cell phone that BitPim can talk to (details).

You will need a cable that plugs into your computer and into the cellphone. The page for your cell phone lists details of the cables.

If you use Windows, a driver is required for your cable. The driver should be supplied by the supplier/manufacturer of the cable. Drivers may also be available online from the manufacturer of the cable or the phone. The "section" of the help pages for your phone may have pointers to these drivers. Mac OS X and most recent Linux distributions include the drivers, if required.

BitPim is a Python-based app that allows you to view and manipulate data on LG VX4400/VX6000 as well as many Sanyo Sprint cell phones. This includes the PhoneBook, Calendar, WallPapers, RingTones (functionality varies by phone), and the embedded Filesystem for most Qualcomm CDMA chipset-based phones (expert users).

Note: You should to use the test releases if you have any phone other than the LG VX4400, with the LG VX4400 you should use this version. Also, straight USB cables for the LG VX4400 phone WILL result in errors.
Supported phones:

- Audiovox CDM-8900
- LG-VX4400
- LG-VX4500
- LG-VX6000
- Sanyo SCP-4900
- Sanyo SCP-5300
- Sanyo SCP-5500
- Sanyo SCP-7200
- Other CDMA phones