Free ipup 1.02 software for linux

tappipe project is a VPN that is very easy to set up and very small.
Installation:
1. Load TUN/TAP module if needed:
modprobe tun
2. Configure server:
- edit server.conf
- edit server.sh
- start (as root):
stunnel server.conf
3. Configure client:
- edit client.conf
- edit client.sh
- start (as root):
stunnel client.conf
4. To get statistics use (as root):
killall -USR1 tappipe
5. Check your syslog for any messages.
Enhancements:
- This is the first stable version.

Dir::Purge is a Perl module to purge directories to a given number of files.

SYNOPSIS

perl -MDir::Purge -e purgedir (5, @ARGV) /spare/backups

use Dir::Purge;
purgedir ({keep => 5, strategy => "by_age", verbose => 1}, "/spare/backups");

use Dir::Purge qw(purgedir_by_age);
purgedir_by_age (5, "/spare/backups");

Dir::Purge implements functions to reduce the number of files in a directory according to a strategy. It currently provides one strategy: removal of files by age.

By default, the module exports one user subroutine: purgedir.

The first argument of purgedir should either be an integer, indicating the number of files to keep in each of the directories, or a reference to a hash with options. In either case, a value for the number of files to keep is mandatory.
The other arguments are the names of the directories that must be purged. Note that this process is not recursive. Also, hidden files (name starts with a .) and non-plain files (e.g., directories, symbolic links) are not taken into account.

All directory arguments and options are checked before anything else is done. In particular, all arguments should point to existing directories and the program must have read, write, and search (execute) access to the directories.

One additional function, purgedir_by_age, can be exported on demand, or called by its fully qualified name. purgedir_by_age calls purgedir with the "by age" purge strategy preselected. Since this happens to be the default strategy for purgedir, calling purgedir_by_age is roughly equivalent to calling purgedir.

Wmbio is a dockapp designed for windowmaker. Wmbio shows you your biorhythms by setting your birth date.

It also allows you to see the progress in the time of your biorhythms and it calculates your next positive or negative total biorhythmic level.

USAGE:

launch with wmbio

drag it to the dock, set it to be autolaunched, and enjoy.

Switch the three different screen with the middle mouse button. The first thing to do, is set own births date in the 2nd screen. Then use the 1st screen to watch your biorhythm level today, or
in past and future by clicking over "NOW", and editing the date. Use the 3th screen to see your next biorhythm upper or lower then the percentuage that you have set.

wmbio configuration file is in ~/.wmbio but you should never have to edit this file directly: the function that read from this file is a simple fscanf(.."%s %s %s"..). If in the file there isnt three numbers, it can make the program blocks itself.

PApp::SQL is an absolutely easy yet fast and powerful sql access.

SYNOPSIS

use PApp::SQL;

my $st = sql_exec $DBH, "select ... where a = ?", $a;

local $DBH = ;
my $st = sql_exec my($bind_a, $bind_b), "select a,b ...";
my $st = sql_insertid
sql_exec "insert into ... values (?, ?)", $v1, $v2;
my $a = sql_fetch "select a from ...";
sql_fetch my($a, $b), "select a,b ...";

sql_exists "table where name like a%"
or die "a* required but not existent";

my $db = new PApp::SQL::Database "", "DBI:mysql:test", "user", "pass";
local $PApp::SQL::DBH = $db->checked_dbh; # does ping

sql_exec $db->dbh, "select ...";

GIFgraph::Map can generate HTML map text.

SYNOPSIS

use GIFgraph::Map;
$map = new GIFgraph::Map($gr_object);
$map->set(key1 => value1, key2 => value2 ...);
$HTML_map = $map->imagemap($gr_file, @data);

Is a perl5 module to generate HTML map text for following graph objects GIFgraph::pie, GIFgraph::bars, GIFgraph::point and GIFgraph::linespoints. As a result of its work is created HTML code containing IMG and MAP tags.

You simply need to insert this code into the necessary place of your page. In the inserted thus image, its certain parts are the references and at a choice their mouse in a status line of your browser displays the additional information.(See Samples).

VoiceBuntu (Ubunterisk) is an Ubuntu based live Linux distribution that uses Asterisk and VoiceOne to provide VoIP service.
VoiceBuntus focus is to run asterisk with no installation needed. VoiceBuntu - ubuntu itself - has built in boot prompt cheap code one can use called persistent.
This feature allows the user to use VoiceBuntus persistent feature in order to keep settings on a flash disk or memory stick.
To start, just burn the ISO file on a CD-ROM then start the live cd distribution and wait until everything is ready.
Please note, that apache will start at the very last moment of the boot cycle. So you may a to wait 1 or 2 minutes to let everything load.
Once everything is prepared, start your browser and point to the IP address of your running VoiceBuntu (i.e. http://192.168.0.10).
If you have no DHCP Server available you can press F6 at boot screen and add additionally add the command parameter
static=xxx.xxx.xxx.xxx
netmask=xxx.xxx.xxx.xxx
bcast=xxx.xxx.xxx.xxx
gateway=xxx.xxx.xxx.xxx
dns1=xxx.xxx.xxx.xxx
dns2=xxx.xxx.xxx.xxx
where xxx.xxx.xxx.xxx is the IP of your choice.
By that VoiceBuntu boots with static IP address on eth0 network device.
Enhancements:
- This live CD release is based on Ubuntu 7.04 and VoiceOne 0.5.0_2 due to a minor bug in VoiceOne version 0.5.0.

Peptide::Pubmed is a Perl module that can extract peptide sequences from MEDLINE article abstracts.

SYNOPSIS

use Peptide::Pubmed;
$parser = Peptide::Pubmed->new;
$in = {
PMID => q[15527327],
Author => q[Doe JJ, Smith Q],
Journal => q[J Biological Foo. 2004;8(2):123-30.],
Title => q[Foo, bar and its significance in phage display.],
Abstract =>
q[Peptide sequences EYHHYNK and Arg-Gly-Asp, but not ACCCGTNA or VEGFRI.],
Mesh => q[Genes, p53/genetics; Humans; Bar],
Chemical => q[Multienzyme Complexes; Peptide Library; Foo],
};
$parser->parse_abstract($in);

# get the peptide sequences in 1 letter symbols (select all words where the
# combined word/abstract score is above threshold:
# WordAbstScore >= WordAbstScoreMin):
@seqs = $parser->get_seqs;
print "@seqsn"; # prints: EYHHYNK RGD

EXAMPLES

# same as above, set threshold explicitly:
$parser->WordAbstScoreMin(0.4);
@seqs = $parser->get_seqs;

# set low threshold to get more peptide sequences (but at a cost of getting
# more false positives)
$parser->WordAbstScoreMin(-1);
@seqs = $parser->get_seqs;
print "@seqsn"; # prints: EYHHYNK RGD ACCCGTNA VEGFRI

# reset threshold back:
$parser->WordAbstScoreMin(0.4);

# get more data for the abstract:
$abst = $parser->get_abst;
print "$abst->{AbstScore}n"; # abstract score, in the [0,1] interval
print "$abst->{AbstMtext}n"; # abstract with sequences marked up:
# Peptide sequences EYHHYNK and Arg-Gly-Asp,
# but not ACCCGTNA or VEGFRI.

# get more data for the words, in addition to peptide sequences:
@words = $parser->get_words;
for my $word (@words) {
# combined word/abstract score, in the [0,1] interval
print "$word->{WordAbstScore}n";
# word as found in the abstract, eg Arg-Gly-Asp,
print "$word->{WordOrig}n";
# peptide sequence in 1 letter symbols, eg RGD
print "$word->{WordSequence}n";
}

# There are no mandatory input fields. This will work too, but may give lower score.
$in = {
Abstract =>
q[Peptide sequences EYHHYNK and Arg-Gly-Asp, but not ACCCGTNA or VEGFRI.],
};
$parser->parse_abstract($in);
@words = $parser->get_words;

# No peptide sequences are found in empty input:
$in = undef;
$parser->parse_abstract($in);
@words = $parser->get_words;