Free sc68 2.2.1 software for linux

cdpr is used to decode a Cisco Disovery Protocol (CDP) packet, by default it will report the device ID, the IP Address (of the device), and the port number that the machine is connected to. Optionally it will decode the entire CDP packet.
This version provides the ability to include a timeout so that you can put cdpr
into startup scripts and not have it hang if for some reason a CDP packet is never
received (i.e. CDP is disabled, machine is plugged into a hub, etc.) The following command line option has been added to complete the program:
-t timeout: Specify a timeout (in seconds) to wait for a CDP packet.
Please note that the default time between CDP packets is 60 seconds so you should
set your timeout to something greater than 60. There is a default timeout of 5 minutes
so that should you not provide a timeout, cdpr will still exit if there is no CDP packet received within 5 minutes.
This version also allows you to specify the server and URL to send CDP updates to on
the command line. The following command line options have been added:
-s server: Server to send information to requires -p (overridden by -u)
-p path: Path of server script to send data to requires -s (overridden by -u)
As you can see if you specify -s, -p and -u on the command line, the config file is ctually
used, and the -s and -p options are ignored. Both the -s and -p options must be specified and cdpr will exit if only one of them is given. An example as to how to use the -s and -p flags:
cdpr -d eth0 -s localhost -p /cgi-bin/cdprs.cgi -t 120
This will listen for a CDP announcement on device eth0 for up to 2 minutes (120 seconds) and send the results to the webserver running on the local machine by calling the /cgi-bin/cdprs.cgi page.
Enhancements:
- Fixed server port parsing logic when no port is specified.

Main features:
Scheduled Transactions
- You can now create recurring transactions, including automatic reminders when a transaction is due, the ability to postpone a scheduled transaction without canceling it, and the ability to specify only a limited number of transactions.
Mortgage & Loan Repayment Druid
- A guided dialogue for setting up loan payments as scheduled transactions.
Small Business Accounting Features
- Simplify managing a small business with Customer and Vendor tracking, Invoicing and Bill Payment, and Tax and Billing Terms.
OFX Import
- GnuCash is the first free software application to support the Open Financial Exchange protocol that many banks and financial services are starting to use.
HBCI Support
- GnuCash is the first free software application to support the German Home Banking Computer Information protocol, allowing German users to perform statement download and initiate bank transfers and direct debits.
Improved Import Transaction Matching
- The development of OFX and HBCI support has also resulted in an improved transaction matching system that more accurately recognizes duplicate transactions during file import.
New User Manual and Help
- A new help subsystem that focuses on how to do tasks is now available, in addition to a Tutorial and Concepts guide that gives the user background information on accounting principles and how they are reflected in GnuCash.
New Multi-Currency Transaction Handling
- GnuCash no longer requires separate currency exchange accounts to handle multiple currency transfers. Transactions can be made directly between accounts denominated in different currencies.
Redesigned Menus
- The GnuCash menus have been redesigned to conform more with the new GNOME Human Interface Guidelines.

PHP-IRC is a modular IRC bot written in PHP5 with a combination of object based/oriented programming. PHP-IRC operates under several different platforms with the purpose of automating common information related tasks on IRC.
There are two main reasons that PHP was selected as the primary language. First off, I wanted to provide novice programmers a way to code their own functions and abilities into a powerful platform without having to worry about such things as memory management and compilers.
Secondly, I wanted to do something that no one has done before--create a fully featured bot in php. I dont know if I will ever complete the second objective, but I will keep on developing, as it will always be the main goal of this project.
Main features:
- DCC Chat Support with custom DCC Chat handlers
- DCC File transfer support (inc. mIRC Rev. Protocol)
- Modular based function support
- Event based, with user-definable event handling
- Full support for timers
- Channel and user tracking, with user modes and count
- Multiple bots under one process
- Remote admin via DCC Chat or private message
- MySQL support
- Very in-depth documentation
- ... and much more!

FreeNIBS is a loadable plugin for FreeRADIUS radius-server.
FreeNIBS provide authorization/authentication/accounting for Dialin (PPP/PPPOE/PPTP) users.
It can bee used for real-time prepaid and postpaid billing. FreeNIBS can bill users on service accuration, time, traffic and time&traffic.
FreeNIBS has very flexible settings for groups, users and prices. All data store in SQL-databases such as MySQl, PgSQL and Oracle.
FreeNIBS is covered by the GPL license.
Enhancements:
- Build error with FreeRadiuses 1.1.5-1.1.6 was fixed

Adime project is a library for constructing Allegro GUI dialogs in a way similar to scanf(), using a format string.
Other features include a (customizable) 3d look and feel, 3d versions of some of Allegros GUI procs, complete help in many formats (HTML, txt, chm, texinfo, man, devhelp, and RTF), and four example programs.
Adime can currently be compiled on Linux, Windows/MinGW32, Windows/Borland C++, Windows/MSVC, DOS/DJGPP, DOS/Watcom, Apple MacOS X, and QNX.
Main features:
- Only one function call to create a whole dialog, using a format string.
- 3d look and feel.
- No need to calculate object coordinates by hand. All such things are handled completely automatically.
- Uses Allegros gui in the bottom, so it supports Unicode and is potentially portable to any system supported by Allegro (although there are not makefiles for all of them).
- The format string supports the following kinds of input:
- Text input.
- Number input, supporting double, float and signed or unsigned char, short and int. Thanks to the expression evaluator for Egg (written by Shawn Hargreaves), it has a built-in calculator so that the user can enter mathematical expressions.
- Selection of a filename, using (a 3d version of) Allegros file selector.
- Boolean input, using a checkbox.
- Selection of a string from a list box.
- A new dialog recursively opened when the user clicks a button.
- Highly customizable look, using global variables for the fonts, colors and measurements of the dialogs.
- The kernel is flexible enough to allow you to register your own format strings at runtime.
- 3d versions of the following Allegro gui functions: file_select(), d_edit_proc(), d_list_proc(), d_button_proc(), d_check_proc() and d_text_list_proc(). Gui functions for edit boxes with mathematical expressions and a multi-line version of d_text_proc().
- The format string is carefully checked for any possible errors, thus minimizing the risk for you to make mistakes.
- Help compiles into txt, info, html, rtf, and chm formats.
- Four example programs.

Wsh, "Web Shell" is a remote UNIX/WIN shell, that works via HTTP/HTTPS. The package contains two perl scripts for server and client hosts, one C source code and one Java servlet code for the server host : the client script is for console usage and the server scripts run as CGI/Servlet scripts on the target host.
The client part provides shell-like prompt, encapsulating user commands into HTTP POST requests and sending them to the server part script on the target web server directly or via HTTP proxy server.
The server part extracts and executes commands from HTTP post requests and returns STDOUT and STDERR output as HTTP response messages. By default both scripts encode HTTP data with Xor.
Main features:
- SSL support
- Command line history support
- File upload/download
- Protect server part script usage with secret key inside HTTP message
- Data flow Xor encoding
- Can work trough HTTP proxy server.
Enhancements:
- WSH server Java servlet version was added.
- Disabled "why is it enabled ?" auth in wsh-c.conf.
- Corrected header fields mistakes in wsh-c-* (X-* => HTTP_X*)
Instalation
1. Check path to perl in the "config.pl" file;
2. Run "config.pl" : `./config.pl`
OPTIONAL ----------------------------------------------------
Modify the file "wsh-c.conf", if you want to use HTTP proxy;
use_proxy 1
proxy_ip
port
Check other client configuration options also..
-------------------------------------------------------------
3. For the wsh-s.c and WshServlet.java, check the Shell (*Nix or Win32) location;
4a. Perl server version :
+ Check path to perl and permissions of the newly created "wsh-c.pl";
+ Upload wsh-s.pl under the target cgi-bin directory and check path to perl;
4b. C server version :
+ Upload wsh-s.c under the target cgi-bin directory and compile it (remove the source code after) :
- Under *Nix : gcc -g2 -Wall -o wsh-s wsh-s.c
- Under Win32 (Visual C++) : cl /W3 wsh-s.c ws2_32.lib
- Under Win32 Cygwin : Set the WIN32_RUN variable in the source code and build it as for the *Nix version.
4c. Java servlet version :
+ Upload the java built version under a servlet executable location.
About SSL :
a. If you use a SSL wsh-c.pl client, you can configure the client to check the server certificate CN (but this check can be circumvented !):
my $ssl_set_check=1;
# (0 || 1) dont or check the webserver
# ssl certificate with internal
# ssl_crt_subject.
my $ssl_crt_subject="/C=Fr/ST=Paris/L=Paris/O=XXX/OU=XXX/CN=XXX";
=> You only have to execute the wsh-c.pl client one time and grab the CN displayed by the error message.
b. We didnt check the wsh-c-SSL.pl client on a Win32 platform. If you manage to install the Net::SSLeay on Win32 and check wsh-c-SSL.pl, send us a mail.

Emperor is a game in which you have to conquer all the cities of a world!

Emperor is a strategy game for up to six players, who try to conquer all of the cities in a given world.

Players have to explore the randomly generated map and build different combat units. Players can fight each other as well as the computer.

Each player starts with three cities which can be used to build various units (tanks, planes, ships).

Currently the game supports German and English. More translations should be easy to add (Polish is in preparation).