Free taskjuggler 2.4.0 software for linux

Taskjuggler is a project management tool for Linux and UNIX system-based operating systems. Whether you want to plan your colleges shifts for the next month or want to build a skyscraper - Taskjuggler is the tool for you.
Instead of clicking yourself painfully through hundreds of dialog boxes you specify your Taskjuggler project in a simple text format. You simply list all your tasks and their dependencies. The resulting schedule is then presented as GANTT chart, Table, HTML, XML or CSV report.
Taskjuggler does not only honor the task interdependencies but also takes resource constrains into account. Using Taskjugglers powerful filtering and reporting algorithms you can create task lists, resource usage tables, status reports, project calendars and project accounting statements.
Main features:
- Automatic scheduling of interdependent tasks with resource conflict solver.
- Powerful project description syntax with macro support.
- Flexible working hours and vacation handling.
- Support for shifts.
- Multiple time zone support.
- Flexible resource grouping.
- Project accounting support.
- Task may have initial costs, finishing costs.
- Resource may have running costs.
- Support for simple profit/loss analysis.
- HTML and XML report generation.
- Support for plan and actual scenario comparisons.
- Project tracking support.
- Groupware support by using a revision control system such as CVS or RCS on the project description files.
- Support for central resource allocation database.

AFS::Utils is a Perl module with shared utility functions for the AFS module bundle.

SYNOPSIS

use AFS::Utils qw (
XSVERSION get_server_version get_syslib_version
setpag sysname unlog
);

my $ok = setpag();
print "Return Code = $okn";

print XS-Version = , XSVERSION, "n";
print Syslib Version = , get_syslib_version, "n";
print Server Version = , get_server_version(pts, ibm-1), "n";

my $sysname = sysname;

unlog;

NOTE: The following lines are version 1 style: all names are exported by default. This style is deprecated !!!
use AFS; # import all AFS names
use AFS @AFS::MISC; # import just the misc names

This module provides several utility functions for the AFS module bundle. You can retrieve the version number for the underlying AFS system libraries, for the XS module, and for the AFS server processes. And it contains several commands that do not belong to any AFS command suites like creating a new PAG or retrieving and setting the CPU/operating system type. Any function required must by explicitly listed by the use statement to be exported into the calling package.

jLogo is a LOGO interpreter, featuring as many turtles as you want, color graphics, graphical text tools, and multichannel sound.

jLogo project is available in French and English.

BigAl is a free and platform independent software. The project is written entirely in Java. With BigAl you can calculate really BIG numbers with an accuracy your desktop calculator is still dreaming of. The only restriction is the power of your computer! Not only basic calculations are supported, but also special functions like factorial, fibonacci, lucas-sequence, periods, fraction reducing, sum of the digits, binomial coefficient calculation, factorize function, bit oriented functions and many more.

In February 2001, I wanted to know the result of the factorial of one million. BigAl was born and both many CPU cycles and months later I knew the exact result. Since the beginning, BigAl was able to handle numbers stored in files. Meanwhile a lot of functions has been added and a few of them got a much better performance. BigAl uses the Java classes called BigInteger and BigDecimal.

SYNOPSIS

use AFS::Cell qw (configdir expandcell
getcellinfo localcell
whichcell wscell
);

my $conf_dir = configdir;

my $cell = expandcell(mpa);
$cell = localcell;
$cell = whichcell(./);
$cell = wscell;

($cell, my @hosts) = getcellinfo;
print "Cell: $celln";
foreach my $host (@hosts) {
print(" $hostn");
}
NOTE: The following lines are version 1 style: all names are exported by default. This style is deprecated !!!
use AFS; # import all AFS names
use AFS @AFS::CELL; # import just the cell config names
DESCRIPTION ^
This module provides several functions to configure and to maintain an AFS cell. It is used to maintain the configuration directory. Any function required must by explicitly listed by the use statement to be exported into the calling package.
Some of these functions have the optional argument FOLLOW. FOLLOW determines which file should be used should PATH be a symbolic link. If FOLLOW be set to 1, then the symbolic link is followed to its target. If FOLLOW is set to 0, then the function applies to the symbolic link itself. If not specified FOLLOW defaults to 1.

AFS::KTC_TOKEN is a Perl class to handle the AFS structure ktc_token.

SYNOPSIS

use AFS::KTC_TOKEN;

use AFS::KTC_PRINCIPAL;
use AFS::KTC_EKEY;
use AFS::Cell qw(localcell);

my $token = AFS::KTC_TOKEN->nulltoken;
print "StartTime = ", $token->startTime, "n";
print "EndTime = ", $token->endTime, "n";
print "SessionKey = ", $token->sessionKey, "n";
print "Kvno = ", $token->kvno, "n";
print "TicketLen = ", $token->ticketLen, "n";
print "Ticket = ", $token->ticket, "n";
print "String = ", $token->string, "n";

my $index = 0;
my $service = AFS::KTC_PRINCIPAL->ListTokens($index);
print "service = ", $service->principal, "n";
($token, my $user) = AFS::KTC_TOKEN->GetToken($service);
print " client = ", $user -> principal, "n";
print " StartTime = ", $token->startTime, "n";
print " EndTime = ", $token->endTime, "n";
print " SessionKey = ", $token->sessionKey, "n";
print " Kvno = ", $token->kvno, "n";
print " TicketLen = ", $token->ticketLen, "n";
print " Ticket = ", $token->ticket, "n";
print " String = ", $token->string, "n";

$service = AFS::KTC_PRINCIPAL->new("afs","",localcell);
($token, $user) = AFS::KTC_TOKEN->GetToken($service);
AFS::KTC_TOKEN->ForgetAllTokens();
AFS::KTC_TOKEN->SetToken($service, $token, $user, 0);

my $string = $token->string;
$token = AFS::KTC_TOKEN->FromString($string);
print " StartTime = ", $token->startTime, "n";
print " EndTime = ", $token->endTime, "n";

my $user = AFS::KTC_PRINCIPAL->new(nog,,localcell);
my $key = AFS::KTC_EKEY->ReadPassword(nog Password:);
my $ok = AFS::KTC_TOKEN->GetAuthToken($user, $key, 600);

$service = AFS::KTC_PRINCIPAL->new("afs","",localcell);
$token = AFS::KTC_TOKEN->GetServerToken($service, 600, 1);

$user = AFS::KTC_PRINCIPAL->new(nog,,localcell);
$key = AFS::KTC_EKEY->ReadPassword(nog Password:);
$token = AFS::KTC_TOKEN->GetAdminToken($user, $key, 300);

$user = AFS::KTC_PRINCIPAL->new(nog);
$password = AFS::KTC_EKEY->UserReadPassword("Password:");

my $pwexp = 0;
my $reason = ;
$ok = AFS::KTC_TOKEN->UserAuthenticateGeneral($user, $password, 300,
&AFS::KA_USERAUTH_VERSION | &AFS::KA_USERAUTH_DOSETPAG, $pwexp, $reason);

AFS::KTC_TOKEN->ForgetAllTokens();

NOTE: The following lines are version 1 style: all names are exported by default. This style is deprecated !!!

use AFS; # import all AFS names
use AFS @AFS::KA; # import just the ka names
use AFS @AFS::KTC; # import just the ktc names

This class provides methods to handle the AFS structure ktc_token. This structure contains information about tokens and is used in the Kernel Token Cache (KTC), which is part of the Cache Manager.

It is used to create, modify, and retrieve ktc_token instances for different services. It has methods to retrieve and to reset the ktc_token attributes. In order to make proper usage of these methods it is necessary to have access to AFS::KTC_PRINCIPAL objects and to AFS::KTC_EKEY objects.

AFS::FS is a Perl module to communicate with an AFS File Server.

SYNOPSIS

use AFS::FS qw(
getquota
isafs lsmount mkmount rmmount
setquota whereis
);

my $quota = getquota(.);
my $ok = setquota(., $quota);

$ok = isafs(.);

my $vol = lsmount(/afs/mpa/home/nog);
print "Vol = $vol n";

$ok = mkmount(./tmp, home.nog);
print "ok mkmount = $okn";

$ok = rmmount(./tmp);
print "ok rmmount = $okn";

my @hosts = whereis(/afs/mpa/home, 1);
foreach my $host (@hosts) {
print " $hostn";
}

NOTE: The following lines are version 1 style: all names are exported by default. This style is deprecated !!!

use AFS; # import all AFS names
use AFS @AFS::CM; # import just the cache manager names

This module provides several functions to communicate with an AFS file server. It is used to check the status of a file server machine. It has functions to administer mount points and quotas. On request it returns the server(s) that house a given file or directory. Any function required must by explicitly listed by the use statement to be exported into the calling package.

Some of these functions have the optional argument FOLLOW. FOLLOW determines which file should be used should PATH be a symbolic link. If FOLLOW be set to 1, then the symbolic link is followed to its target. If FOLLOW is set to 0, then the function applies to the symbolic link itself. If not specified FOLLOW defaults to 1.

Netperf is a benchmark that can be used to measure the performance of many different types of networking.
It provides tests for both unidirecitonal throughput, and end-to-end latency. The environments currently measureable by netperf include:
- TCP and UDP via BSD Sockets
- DLPI
- Unix Domain Sockets
- Fore ATM API
- HP HiPPI Link Level Access