Free gs software for linux

ClarkConnect is a powerful yet easy-to-use software package that transforms off-the-shelf server hardware into a dedicated Internet firewall, gateway or server.
ClarkConnect is a great solution for schools, businesses, organizations, and home offices.
ClarkConnect transforms standard PC hardware into either:
- a dedicated firewall/gateway for your network, or
- a standalone server on your local network
The award-winning Linux-based solution includes firewall and security tools, along with file, print, web, e-mail, proxy, antivirus, antispam, content filtering, VPN servers and more. A detailed feature list is shown in the sidebar below.
Easy to Install and Manage
The software is easy to install on off-the-shelf hardware ... you can be up and running in minutes.
- purchase a CD, or download burn your own
- insert the CD into the server system
- start the server from the CD
- follow the installation wizard
Once you have your ClarkConnect system up and running, you can configure the server/gateway with an easy-to-use web-based administration tool.
Integrated Updates and Managed Services
- ClarkConnect includes integrated Gateway Services (GS). to update, manage and monitor your system.
- 24/7 port and resource monitoring
- DNS services, including dynamic DNS
- antivirus protection
- antispam tools
- content filter updates
- managed/dynamic VPN
- daily security audits
- intrusion detection updates
- e-mail/MX backup
Different Needs... Different Solutions
We offer three different editions of the ClarkConnect software. Each edition solves different needs.
Professional Edition - Firewall and Gateway
The Professional Edition is a firewall solution that protects your network from the constant hazards lurking on the Internet. The software includes a stateful firewall, antispam protection, antivirus protection, content filtering, managed VPN, intrusion prevention, and more.
Office Edition - All-in-One Gateway/Server
The Office Edition includes not only the core security features found in the Professional Edition, but also server features: file server, print server, web server, advanced mail server, and database server.
Home Edition - Home and Hobbyist Solution
The Home Edition is designed for home use -- we include extras such as MP3 support, online photo albums and computer security model appropriate for a home environment.
Main features:
- IPsec VPN
- PPTP VPN
- Managed/Dynamic VPN
- 1-to-1 NAT support
- DMZ support
- Stateful Firewall
- Intrusion detection
- Intrusion prevention
- Antispam
- Antivirus (license req.)
- SMTP authentication
- SMTP gateway
- SMTP server
- POP and IMAP servers
- Webmail
- Banner ad blocking
- Web proxy
- Content filtering
- Bandwidth manager
- DSL (including PPPoE)
- Cable Modem
- 802.11b Wireless
- Internal DHCP server
- Caching DNS server
- Hardware and Software RAID
- multi-processor support
- Web-based configuration
- Optional Webmin package
- Apache web server
- Support for CGI and PHP
- Secure/SSL support
- FTP server
- Windows file server
- AppleShare file server
- Print server support
- Printer sharing
- MySQL Database
Whats New in 4.1 Stable Release:
- File server antivirus; Samba PDC (Primary Domain Controller) support; improved server and LAN backup features; new greylist and blacklist support for the antispam engine; greylist antispam engine; e-mail disclaimer; e-mail virtual domain support; e-mail catch-all mailbox support; webmail administration tools; the backup and restore system settings now includes the user database; the firewall has changed to accommodate the new Hot LAN and Blocking features...
Whats New in 4.2 Alpha 1 Development Release:
- ClarkConnect Community 4.2 Alpha 1 is available. Though it has only been four months since the last release, version 4.2 brings quite a few new features. This alpha build is intended for developers, integrators and curious users. Typical uses for this alpha build: final integration testing for third party developers; testing new hardware and drivers with the Linux 2.6.18 kernel; getting a sneak preview of the upcoming 4.2 release. This is alpha software, so quite a few software modules are still incomplete or not well tested. The most important known issues are: Webconfig template graphics and icons are incomplete; graphical console tool does not display on the screen properly....

Type1 URW fonts with Cyrillics is a set of fonts known as urw-fonts or gnu-gs-fonts with the addition of cyrillic glyphs.
Nimbus Sans L Regular, Nimbus Mono L Regular, Nimbus Mono L Oblique all come from a more recent version of the cyrillic URW fonts.
The hints on Nimbus Sans Regular have been modified in the following ways:
25 June 2002
- Added ghost hint to the top of 4 to keep it from being taller than the other digits.
- Reduced the width of the left stem hint for H to 83 (probably no real differences)
- Changed the StemSnapV values from [78 85 94] to [78 83 92] (and fixed up StdVW accordingly) This corresponds to the values in the font (which are 83/93 for lower case and upper case stems) better and makes the width-88 stems on M and N snap to to upper case widths not lower-case widths.
29 June 2002
- Removed odd vertical stem hints (width of horizontal stems) from f, F, t, E, yen sign, fi ligature, fl ligature, AE ligature, R, Lstroke, OE ligature, lstroke, E" variants, t, variants, Eth, Dstoke, etc.
- Fixed hints on 1 to be two ghost hints instead of one hint the height of the font
- fix bottom stem of u to have integer coordinates
- fixed hints on |
- fixed hints on inverted exclamation mark
The hints on Nimbus Mono L Oblique have been modified in the
following ways:
- Removed vertical stem hints from horizontal serifs on roman characters.
Enhancements:
- A lot of non-Russian Cyrillic glyph were fixed.
- All glyphs that have not yet been fixed were excluded from the distributed version.

Pod::HtmlEasy Perl module can generate personalized HTML from PODs. By default the HTML generated is similar to the CPAN site style for module documentation.

SYNOPSIS

Simple usage:

my $podhtml = Pod::HtmlEasy- >new() ;

my $html = $podhtml- >pod2html( test.pod ) ;

print "$htmln" ;

Complete usage:

use Pod::HtmlEasy ;

Create the object and set local events subs:

Note that these are all the events, and examples of how to implement
them. All of these events are, of course, already implemented, so if
the actions provided are adequate, no local subs are required.

The actual implementation of on_head1 is somewhat more complex, to
provide for the detection of the module title and insertion of the
uparrow.

my $podhtml = Pod::HtmlEasy- >new (

on_B = > sub {
my ( $this , $txt ) = @_ ;
return "< b >$txt< /b >" ;
} ,

on_C = > sub {
my ( $this , $txt ) = @_ ;
return "< font face=Courier New >$txt< /font >" ;
} ,

on_E = > sub {
my ( $this , $txt ) = @_ ;
$txt =~ s{^&}{}smx;
$txt =~ s{;$}{}smx;
$txt = qq{#$txt} if $txt =~ /^d+$/ ;
return qq{ &$txt;};
} ,

on_F = > sub {
my ( $this , $txt ) = @_ ;
return "< b >< i >$txt< /i >< /b >" ;
} ,

on_I = > sub {
my ( $this , $txt ) = @_ ;
return "< i >$txt< /i >" ;
} ,

on_L = > sub {
my ( $this , $L , $text, $page , $section, $type ) = @_ ;
if ( $type eq pod ) {
$section = defined $section ? "#$section" : ;
$page = unless defined $page;
return "< i >< a href=http://search.cpan.org/perldoc?$page$section >$text< /a >< /i >" ;
}
elsif( $type eq man ) { return "< i >$text< /i >" ;}
elsif( $type eq url ) { return "< a href=$page target=_blank >$text< /a >" ;}
} ,

on_S = > sub {
my ( $this , $txt ) = @_ ;
$txt =~ s/n/ /gs ;
return $txt ;
} ,

on_X = > sub { return ; } ,

on_Z = > sub { return ; } ,

on_back = > sub {
my $this = shift ;
return "< /ul >$NL" ;
} ,

on_begin = > sub {
my $this = shift ;
my ( $txt , $a_name ) = @_ ;
$this- >{IN_BEGIN} = 1;
return ;
} ,

on_error = > sub {
my ( $this , $txt ) = @_ ;
return qq{< !-- POD_ERROR: $txt -- >} ;
} ,

on_end = > sub {
my $this = shift ;
my ( $txt , $a_name ) = @_ ;
delete $this- >{IN_BEGIN};
return ;
} ,

on_for = > sub { return ;} ,

on_head1 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h1 >$txt< /h1 >$NL$NL} ;
} ,

on_head2 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h2 >$txt< /h2 >$NL$NL} ;
} ,

on_head3 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h3 >$txt< /h3 >$NL$NL} ;
} ,

on_head4 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h4 >$txt< /h4 >$NL$NL} ;
} ,

on_include = > sub {
my ( $this , $file ) = @_ ;
return qq{./$file} ;
} ,

on_item = > sub {
my ( $this , $txt ) = @_ ;
return qq{< li >$txt< /li >$NL} ;
} ,

on_index_node_start = > sub {
my ( $this , $txt , $a_name , $has_children ) = @_ ;
my $ret = qq{< li >< a href=#$a_name >$txt< /a >$NL} ;
$ret .= q{$NL< ul >$NL} if $has_children ;
return $ret ;
} ,

on_index_node_end = > sub {
my $this = shift ;
my ( $txt , $a_name , $has_children ) = @_ ;
my $ret = $has_children ? q{< /ul >} : $EMPTY ;
return $ret ;
} ,

on_over = > sub {
my ( $this , $level ) = @_ ;
return qq{< ul >$NL? ;
} ,

on_textblock = > sub {
my ( $this , $txt ) = @_ ;
return if exists $this- >{IN_BEGIN};
return qq{< p >$txt< /p >$NL} ;
} ,

on_uri = > sub {
my ( $this , $uri ) = @_ ;
return qq{< a href=$uri target=_blank >$uri< /a >{ ;
} ,

on_verbatim = > sub {
my ( $this , $txt ) = @_ ;
$txt =~ s{(A$NL)*(A$NL)z}{}gsmx;
return unless length $txt;
return qq{< pre >$txt< /pre >$NL} ;
} ,
) ;

## Convert to HTML:

my $html = $podhtml- >pod2html(test.pod ,
test.html ,
title = > POD::Test ,
body = > { bgcolor = > #CCCCCC } ,
css = > test.css ,
) ;

Efax-gtk is a GUI front end for the efax fax program. Efax-gtk can be used to send and receive faxes with a fax modem, and to view, print and manage faxes received.
It also has a socket interface to provide a "virtual printer" for sending faxes from word processors and similar programs, and can automatically e-mail a received fax to a designated user, and automatically print a received fax.
To compile and run efax-gtk-3.*, the GTK+-2.* and libsigc++ libraries must be installed. GTK+-2.* comes with Gnome-2. The README file referred to above provides further information about required versions of libsigc++, and it can be downloaded here: libsigc++ . The program is known to compile with gcc-2.95.3, gcc-3.2, gcc-3.3, gcc-3.4 and gcc-4.0, and should compile with any other standards compliant compiler.
To use the program you must also have ghostscript (gs) installed (this is included in practically all Linux/Unix-type distributions). You do not need to separately download and install efax - the standard efax-gtk packages in the Download section below include the necessary efax source code.
To use the supplied mail_fax script (which will automatically mail a received fax to a specified user), you will also need nail. This can be obtained here, if it is not included in your distribution: nail
Version 3.* of efax-gtk does not use gtkmm. That dependency was removed on going from version 2.2.16 to version 3.0.0. Functionally, version 2.2.16 is identical to version 3.0.0.
Enhancements:
- A provision for printing and viewing the logfile has been added.
- The Greek translation has been updated.
- Other minor changes and bugfixes were made.

Project Steve Guttenberg allows you to create an online journal or "blog" with a minimum amount of hassle. PSG doesnt take control of your website. Project Steve Guttenberg project doesnt have a massive list of dependencies, such as a database server.
Main features:
- Multiple users
- Rich RSS 2.0 syndication feed including tags and Dublin Core metadata
- User, tag and keyword searching, with RSS output for such searches
- XML-RPC ping support for use with weblogs.com, Technorati and blo.gs
- Support for sending and receiving TrackBacks
- Support for RSS enclosures and file uploads, so you can do podcasting
- Support for gravatar avatars on comments
Enhancements:
- This release adds support for captchas and the akismet comment spam service, a new asset manager, support for Googles ping server, and an updated French translation.

Adaptive Quality of Service Architecture (AQuoSA) is an open architecture for the provisioning of adaptive Quality of Service functionality into the Linux kernel. The project features a flexible, portable, lightweight and open architecture for supporting soft real-time applications with facilities related to timing guarantees and QoS, on the top of a general-purpose operating system as Linux.
At the core of the architecture there is an adaptive resource reservation layer that is capable of dynamically adapting the CPU allocation for QoS aware applications based on their run-time requirements.
Timing guarantees are provided through an in-kernel reservation based process scheduler, whose services are exposed to applications through a well-designed API.
A supervisor performs admission control, so that admitting into the system new applications with timing guarantees does not affect the timing guarantees of already admitted applications. Also, it takes care of guaranteeing appropriate security policies in the assignment of timing guarantees to users and user groups, as configured by the system administrator.
A feedback-based QoS control layer may be optionally used by applications who want to keep their timing guarantees by using a CPU allocation that is continuously adapted according to their actual needs. This leaverages the programmer, within certain limits, to hard-code any particular reservation amount within the application, because the best allocation is found out automatically at run-time. Also, this enhances the possibilities for the system to host additional QoS controlled applications. The available control algorithms are well founded on formal scheduling models and control theoretical results.
Enhancements:
- This release introduces a couple of flags useful when creating servers. If QOS_F_PERSISTENT is enabled, a server is allowed to exist beyond detach of the last task. If QOS_F_SOFT is enabled, a server tasks are scheduled by the Linux default scheduler/policy, when outside of the server reservation.
- Also, various stability issues in destroying servers have been fixed, also thanks to a new release of the generic scheduler patch for the Linux kernel (gs-2.2).

IPChains is a Perl module to create and manipulate ipchains via Perl.

SYNOPSIS

use IPChains;
$fw = IPChains->new(-option => value, ... ); $fw->append(chain);

This module acts as an interface to the ipchains(8) userspace utility by Paul "Rusty" Russell (http://www.rustcorp.com/linux/ipchains/). It attempts to include all the functionality of the original code with a simplified user interface via Perl. In addition, plans for log parsing facilities, an integrated interface to ipmasqadm, and possibly traffic shaping are slated for up and coming versions.
The new() and attribute() methods support the following options:

Source

Specifies origination address of packet. Appending hostmask to this address using a / is OK, as well as specifying it separately (see SourceMask).

SourceMask

Hostmask for origination address. Can either be in 24 or 255.255.255.0 style.

SourcePort

Specific port or port range (use xxx:xxx to denote range), requires specific protocol specification.

Dest

Specifies destination address of packet. Appending hostmask to this address using a / is OK, as well as specifying it separately (see DestMask)

DestMask

Destination address, (see SourceMask).

DestPort

Destination Port, (see SourcePort).

Prot

Protocol. Can be tcp, udp, icmp, or all. Required for specifying specific port(s).

ICMP

ICMP Name/Code (in place of port when ICMP is specified as protocol).

Here is a small table of some of the most common ICMP packets:

Number Name Required by

0 echo-reply ping
3 destination-unreachable Any TCP/UDP traffic.
5 redirect routing if not running
routing daemon
8 echo-request ping
11 time-exceeded traceroute

Rule

Target. Can be ACCEPT, DENY, REJECT, MASQ, REDIRECT, RETURN, or a user-defined chain. Note: This is case sensitive.

Interface

Specify a specify interface as part of the criteria (ie, eth0, ppp0, etc.).

Fragment

Rule only refers to second and further fragments of fragmented packets (1 or 0).

Bidir

Makes criteria effective in both directions (1 or 0).

Verbose

Set verbose option for setting rules or list() (1 or 0).

Numeric

Show output from list() in numeric format. No DNS lookups, etc.. (1 or 0).

Log

Enable kernel logging (via syslog, kern.info) of matched packets (1 or 0).

Output

Copy matching packets to the userspace device (advanced).

Mark

Mark matching packets with specified number (advanced).

TOS

Used for modifying the TOS field in the IP header. Takes 2 args, AND and XOR masks, (ie, (TOS => ["0x01", "0x10"])). This feature is highly untested.
The first mask is ANDed with the packets current TOS, and the second mask is XORed with it. Use the following table for reference:

TOS Name Value Typical Uses

Minimum Delay 0x01 0x10 ftp, telnet
Maximum Throughput 0x01 0x08 ftp-data
Maximum Reliability 0x01 0x04 snmp
Minimum Cost 0x01 0x02 nntp

Exact

Display exact numbers in byte counters instead of numbers rounded in Ks, Ms, or Gs (1 or 0).

SYN

Only match TCP packets with the SYN bit set and the ACK and FIN bits cleared (1 or 0).