Free tm software for linux

TM::DM is a Perl module with Topic Maps, read-only TMDM layer.

SYNOPSIS

# somehow acquire a map (see TM and its subclasses)
my $tm = ....

# put a TMDM layer on top of it
use TM::DM;
my $tmdm = new TM::DM (map => $tm);

# get the TMDM topic map item
my $topicmap = $tmdm->topicmap;

# ask for all topics
my @topics = $topicmap->topics;
# for all associations
my @assocs = $topicmap->associations;

# get a particular topic
my $adam = $topicmap->topic (adam);

# get some of its properties
$adam->id;
$adam->subjectLocators;
$adam->subjectIdentifiers;
$adam->parent;
my @ns = $adam->names;
my @os = $adam->occurrence;

# similar for assocs
my @as = $topicmmap->associations (iplayer => adam);
$as[0]->type;
$as[0]->parent;
my @rs = $as[0]->roles;

XTM::AsTMa is a Topic Map Parsing of AsTMa instances.

SYNOPSIS

# reading a topic map description from a file/url
$atm = new XTM::AsTMa (file => mymap.atm);
$tm = $atm->sync_in();

This package provides parsing functionality for AsTMA instances as described in the package documentation (doc directory) or at

http://topicmaps.bond.edu.au/astma/

Currently, only AsTMa= is supported, with the following constraints/additions:

no macro support

This feature was experimental and is now deprecated.

following directives are supported:

%cancel

Cancels the parse process on this very line and ignores the rest of the AsTMa instance. Useful for debugging faulty maps. There is an appropriate line written to STDERR.

%log [ message ]

Writes a line to STDERR reporting the line number and an optional message. Useful for debugging.

%name [ name ]

Adds a name attribute to the topic map.

%encoding [ encoding ]

Specifies which encoding to use to interpret the following text. This implies that this directive may appear several times to change the encoding. Whether this is a good idea in terms of information management, is a different question.

Note: It is still not allowed to use several name : encoding clauses.

Note: If no encoding is provided, utf8 is assumed.

%auto_complete [ on/off ]

Turns on/off auto completion.

Note: topics which have been mentioned in a is-reified-by clause will be always generated.

A directive can be inserted anywhere in the document but must be at the start of a line.

Ultima Iris is a Ultima online client total 3D.

Iris2 is a 3D/2D game client for the popular Massive Multiplayer Role Playing Game "Ultima Online" (tm). Adding a third dimension to the well-known Ultima Online World, Iris2 allows the player to navigate the gaming environment just like any modern 3d rpg and still retain the unique roleplaying experience that only classic Ultima can provide. Moreover, being compatible with standard UO game servers, the player is not limited to play with only users of Iris but may also seamlessly interact with players using standard 2d clients.

Template::Magic is a Perl module for magic merger of runtime values with templates.

SYNOPSIS

Just add these 2 magic lines to your code...

use Template::Magic;
Template::Magic->new->print( /path/to/template );

to have all your variable and subroutines merged with the template file, or set one or more constructor array to customize the output generation as you need:

use Template::Magic qw( -compile );

$tm = new Template::Magic
paths => [ qw(/any/path /any/other/path) ] ,
markers => [ qw( < / > ) ] ,
lookups => [ %my_hash, $my_obj, main ] ,
zone_handlers => [ &my_zone_handler, _EVAL_ ] ,
value_handlers => [ DEFAULT, &my_value_handler ] ,
text_handlers => sub {print lc $_[1]} ,
output_handlers => sub {print uc $_[1]} ,
post_handlers => &my_post_handler ,
options => no_cache ;

$tm->nprint( template => /path/to/template
lookups => %my_special_hash );

WMLan is a 3Com LanModem status monitor dockapp. Uses LanModem undocumented telnet feature to access CPU usage, RX/TX loads, current IP address, and connect speed. Displays all of that in a cute 64x64 dockapp.

You can only use this if you own a LanModem (duh). This should work with ISDN and 56K versions. Disconnect button is hardcoded to provider #2 but if you have a clue you should be able to modify that easily.

1) It works for me (tm)
2) Tested on 3Com OfficeConnect 3c886 Lanmodem with 7.1.0 firmware
3) Yes its buggy but i dont feel like fixing it.
4) Connect and disconnect buttons work :)
5) upper left = connect counter
6) upper right = CPU usage
7) center: top bar = transmission load
bottom bar = receive load
numbers below = ip address of the lanmodem
lower left = connect speed
lower right = connect and disconnect buttons
8) If it hangs during start kill it and restart it. I dont know why it does.
9) I never programmed sockets so deal with it.
10) You are welcome to improve on my code and share it with me.

Installation:

cd wmlan

*** edit wmlan.c
*** put your lanmodem IP and password in the top 2 lines.
*** make sure to leave rn for the password.

make
strip/copy wmlan bin wherever you want it
wmlan &
pretty easy

3Com LanModem required (If you dont know what that is, delete this program now)

This is the IRC gateway for Microsoft(tm) Messenger.

You probably wonder what this is and why I wrote this. Some more information can be found in the DESIGN document that is included in this package.

This software is written by Johannes Verelst and is licensed through the GPL license (http://www.gnu.org/licenses/gpl.html).

Note that this is pre-alpha code, it probably does a bit that you want, but dont email me bugreports or feature requests. It is under heavy development.

If this program doesnt run try to install corectly all required perl modules yourself.

The idea for this program came when I was getting annoyed by the fact that I had to use different programs for both IRC and MSN. Since I dont know of any good MSN clients that can do IRC too (on unix, ofcourse), I started thinking about the other way around: an IRC client that can do MSN.

When I saw a piece of software written by Adam Swann that allows easy connectivity to MSN with perl, I decided to write an IRC server in perl that would connect to MSN for you. This is the result.

Foxtrot is a small and powerful API for using threads with Swing.
Its a small and powerful API for using threads with the Java(TM) Foundation Classes (JFC/Swing).
It is based on a new concept, the Synchronous Model, which greatly increases ease of use.
While other solutions have been developed to solve this problem, being the SwingWorker (see also here for an update) the most known, they are all based on the Asynchronous Model which, for non-trivial Swing applications, carries several problems such as code asymmetry, bad code readability and difficult exception handling.
The Foxtrot API cleanly solves the problems that solutions based on the Asynchronous Model have, and its simpler to use.
Main features:
- code symmetry and readability
- easy exception handling
- improved mantainability

Geo::Lookup::ByTime is a Perl module to lookup location by time.

SYNOPSIS

use Geo::Lookup::ByTime;

$lookup = Geo::Lookup::ByTime->new( @points );
my $pt = $lookup->nearest( $tm );

Given a set of timestamped locations guess the location at a particular time. This is a useful operation for, e.g., adding location information to pictures based on their timestamp and a GPS trace that covers the same time period.

INTERFACE

new( [ points ] )

Create a new object optionally supplying a list of points. The points may be supplied as an array or as a reference to an array. Each point may be a reference to a hash containing at least the keys lat, lon and time or a reference to an object that supports accessor methods called latitude, longitude and time.

If a coderef is supplied it is assumed to be an iterator that may be called repeatedly to yield a set of points.

add_points( [ points ] )

Add points. The specification for what constitutes a point is the same as for new.

nearest( $time [ , $max_dist ] )

Return a hash indicating the estimated position at the specified time. The returned hash has lat, lon and time keys like this:

my $best = {
lat => 54.29344,
lon => -2.02393,
time => $time
};

Returns undef if the position cant be computed. By default a position will be calculated for any point that lies within the range of time covered by the reference points. Optionally $max_dist may be specified in which case undef will be returned if the closest real point is more than that many metres away from the computed point.
If the requested time coincides exactly with the timestamp of one of the points the returned point will be at the same location as the matching point. If the time falls between the timestamps of two points the returned point will be linearly interpolated from those two points.

In an array context returns a list containing the synthetic point at the specified time (i.e. the value that would be returned in scalar context), the closest real point and the distance between the two in metres

my ($best, $nearest, $dist) = $lookup->nearest( $tm );

get_points()

Return a reference to an array containing all the points in ascending time order.

time_range()

Return as a two element list the time range from earliest to latest of the points in the index. Returns undef if the index is empty.

hav_distance($pt, ...)

Exportable function. Computes the Haversine distance in metres along the line described by the points passed in. Points must be references to hashes with keys lat and lon.