Free how do i know if im pregnant software for linux

Mono-Readline is a simple little assembly for .Net (specifically Mono) that provides support for GNU Readline support within Mono applications.

Mono-Readline project is based on the code of Martin Baulig in the Mono debugger. I just took it and made it all nice and autoconf/automake enabled.

Its pretty straight forward, but here is a short sample program:

using Mono.ReadLine;
using System;
using System.Reflection;

public class Test {

public static void Main(string[] args) {
GnuReadLine readline = new GnuReadLine();
Console.WriteLine("Monkeys!");

string the_prompt = "This is a test: ";
string result;
while (true) {
result = readline.ReadLine(the_prompt);
if (result != null) {
readline.AddHistory(result);
} else {
break;
}
}
}
}

You should be able to compile this with mcs -r:mono.readline test.cs and get a little executable program that keeps going until you hit CTRL-D. There is lots of other fun you could do such as setting up continuation prompts and what not. Basically, most of this is ripped from Martins code in the mono debugger.

But wait, odds are youre going to get some funky error saying it cant find the package or something like that. If thats the case, make sure you have MONO_PATH="/usr/local/lib" set before running the program and compiling. For example to compile run:

MONO_PATH="/usr/local/lib" mcs -r:mono.readline test.cs

And then to run type:

MONO_PATH="/usr/local/lib" mono test.exe

Im not a real Mono pro, but my hope is that this could possibly help someone else out. Im thinking that in the future I may also include a patch for IronPython.

As always, if you have comments or patches, please let me know.

Fair NAT is a script for configuring NAT on dedicated Linux routers. This is the home of my linux router shaper script which allows something like fair bandwidth sharing among clients in the local network. The script is not great or anything - please dont expect the holy grail here - I just thought Id publish it because many people helped me write it and maybe someone has some use for it. I bet there are still lots of things that can be improved. Sorry about the crappy design of this page, I dont have time to put more effort in better looks.
You have a certain number of Clients (User A - User N) in your LAN which are connected by a Switch (or a Hub or BNC) to the Linux Router which is supposed to act as a gateway to the internet. The trouble now is, User B has a lot of downloads running and User C uploads stuff day and night, which leaves User A who only wants to use an interactive SSH shell in the rain, since B and C already use up all bandwidth the internet connection offers.
What we need to do is to share available bandwidth fairly among clients. In order to achieve this, I first tried several searches at Google and Freshmeat. This turned up quite a lot of results, like the Linux Advanced Routing & Traffic Control HOWTO which is a must-read and also contains great scripts, like the Wondershaper for single users. Another great general purpose script I found was HTB.init, which doesnt do anything by default, but gives you an easy way to setup HTB queues. In case you prefer CBQ, theres a CBQ.init too. If you dont know what Im talking about, read the HOWTO above or continue reading here.
Since I never found a script that did exactly what I wanted, I decided to write my own. Its designed to be an all-I-need script, therefore it does not just setup Traffic Shaping, but Masquerading and Port Forwarding too. In short, it does everything that has to do with IPTables and Traffic Control. I use HTB (Hierarchical Token Bucket) to share bandwidth among clients (one class per client). On top of that I added a PRIO queue to prioritize interactive traffic on a per-user basis. On top of PRIO I set SFQ to treat connections fairly. In version 0.72, experimental support for IPP2P to recognize peer-to-peer traffic was added.
This is the simplified scheme for routing:
HTB class (for bandwidth sharing)
|
-- PRIO (for prioritizing interactive traffic)
|
--- Interactive: SFQ (to treat concurrent connections fairly)
--- Normal: SFQ
--- High-Traffic: SFQ
[ --- P2P: SFQ (if IPP2P support is enabled only) ]
I bet this can still be improved and Im always interested in ways to do so. In case you want another class structure, this can be done by replacing the parent_class and user_class functions in the script. See CLASS_MODE in Configuration section and the function documentation in the script for details. Feel free to send me your own functions with a short explanation, if you want me to make them available for everybody.
Heres a "real" graphic, which shows the complete qdisc/class structure on $DEV_LAN if you use the unmodified example configuration file. This graphic was created using a hacked version of Stef Coenes show.pl script and GraphViz. Click here to see it, but I warn you: its quite big. Heres a similar picture, which includes IPP2P support. Note that there are more filter rules (the blue arrows) now which put the filesharing traffic into the users prio band 4.
Main features:
- This is a variable with a space-separated list of features that should be enabled. Default is all enabled if you dont set this variable.
- PROC:
- Allow Fair NAT to change some system variables in /proc, like setting /proc/sys/net/ipv4/ip_forward to 1.
- MODULES:
- Try to load kernel modules for QoS first.
- RESET:
- Fair NAT will replace all existing iptables rules with a very basic (empty) configuration. Not healthy for firewalls. You can disable this feature to keep the original rules in place. See Firewall Support below.
- NAT:
- Allow Fair NAT to configure NAT. You could disable this if you prefer to set this up yourself / let your firewall do it.
- FORWARD:
- Allow Fair NAT to configure Port Forwarding. Same as NAT, you can disable this if you dont need it.
- QOS_DOWN:
- Shape download traffic. If you know a little bit about traffic shaping and believe that download shaping is completely useless, feel free to disable this.
- QOS_UP:
- Shaping upload traffic can be disabled also. If you disable this and QOS_DOWN also, you could use Fair NAT for setting up NAT and Port Forwarding only, although thats not really the purpose of the script ;-)
- TOS:
- Allow Fair NAT to modify the TOS (type-of-service) field of packets. Right now, Fair NAT relies on this TOS field for shaping, so using this feature is highly recommended.

vidiprinter provides a display of the BBCs vidiprinter for soccer fans.

Please suggest/mail me any aesthetic improvements as Im no artist. Most alterations can be achieved in the global declarations of the python script. The background images are in the images directory.

The RSS-IM Gateway allows any site with an RSS feed to make their feed available via the IM network of their choice. It is very easy to set up.
Just create a new IM nick on your favorite network (links here) - something like "MySiteIM" always works - fill out the blanks in the config.im file, and your headlines are viewable on that network automatically, including from most cell phones if you use AIM or MSN. It works with AIM, ICQ, YIM and Jabber.
This project is a derivative of the SDBA Revolution IM Application Server version 1.85 and includes all files you will need. You will need to have an uptodate version of Perl with XML::RSS, in addition to the other libraries required.
Using:
- Make sure Perl is set up correctly, with all libraries (including XML::RSS!).
- Open config.im and put in your chosen nick and password for the bot, edit the network (default is AIM), and put in the URL to your feed.
- Start sdba.pl from the command line.
- Message the nick you chose from any IM client.

Sonic Action is the first SRB2 Town related game. Anywhere, instead of the standard story that you read everyday, this time the viewpoint is more orientated to Sonic.
But Im not saying that well not appear in the game, nothing of that kind. Im planning to get we appear in the game. So dont ask me about that.
The engine of Sonic Action is incredibly good: you can think that Sega made it. Thats because six months of developing can do wonderful things. And this is not developed using programs such as Game Maker, MFF or TGF, normally used for make fangames, its programmed in C++ with Allegro.
And is more: Tails92 will port the different versions of Sonic Action to other OS like Linux or FreeBSD (Sonic Action is orignally programmed for Windows).
The story is very original, as far as the fangames stories that I know.. But you can get more info in the Sonic Action sections (scroll down the menu).
Enhancements:
- New levels: Badnik City and Eggman Base (the last is incomplete).

Kitty Hooch Photo Manager is something I wrote for myself I thought Id share. I use it to process photos where I need to copy, resize, create a thumbnail and write some text. I got sick of gimping (sick of gimp really) and automated this to produce text files or PHP strings too.

If you call it from Quanta it will even regester everything in your project so its one step from picking a list of photos and commenting on them to uploading. Sorry, you have to write your own PHP libraries.

This requires ImageMagick. I just added the thumbnailing and I know how to make it a lot faster, but Im too tired to do it now. In case youre wondering if you can do anything with Kommander, this is EXACTLY the type of thing I had in mind for it. This may not be what you need, but with a few minutes of editing the output patterns it may be a dream come true. Enjoy.

SNIMMER stands for Single Network Instant Messaging Mediation and Relay. SNIMMER can talk to any IM network, and can relay instant messages from one IM network to another.

Currently, one cannot use AOL messenger to chat with users on MSN, Yahoo!, or GTalk and vice-versa. SNIMMER overcomes instant messenger non-interoperability.

It has been designed primarily to help webmasters to chat with Web visitors on any IM network using any instant messenger.

What you will need:

1) Internet connection
2) IM account that you always use
3) Create a set of IM accounts for all networks (eg. AOL, ICQ, Yahoo, MSN) that you want to receive visitors from. It is essential that you create brand new accounts that were not used by you for personal chat, otherwise snimmer will clash with you online.
4) Web server where you can run a CGI script. A sample script that comes with this package is written in python but you can re-write it in your favorite language - it is very simple.
5) You neeed Python to be installed on your web server. Also you will need python-xmpp library installed too.

You can grab python here: http://www.python.org/

XMPPPY library download:

http://sourceforge.net/project/showfiles.php?group_id=97081&package_id=103821

6) You should know how to add CGI scripts to pages and how to display results. Sample script works but youll probably want a better integration with your page.
7) You have to know what jabber servers and what jabber transports you are going to use.

You can deploy your own or you can try the ones that are publicly available. You can refer to this page to find the server for you:

http://www.jabber.org/user/publicservers.shtml

In the simplest case youll need to replace example.com with the name of the server you have picked. Though it is not neccessary that transport should be on the same server. You can use transports from other servers if their policies allow that.

How to install it:

1) get it from http://www.snimmer.com/snimmer/snimmer.tar and unpack it
2) open credentials.py with a text editor. You will see something like this (lines numbers are added for readability - they should not be present in the actual file):

1 clients={
2 snimmer@example.com:{
3 login:snimmer,
4 server:example.com,
5 password:snimmer,
6 transports:{
7 xmpp:(example.com,,),
8 # icq:(icq.example.com,123456789,ICQ_password,),
9 # yahoo:(yahoo.example.com,Yahoo_login,Yahoo_password),
10 # msn:(msn.example.com,MSN_login@hotmail.com,MSN_password),
11 # aim:(aim.example.com,AIM_screenname,AIM_password),
13 },
14 },
15
16 ## This is another connection. If you want to be able to receive two calls at the same time
17 ## uncomment it. To receive even more calls - add more such sections
18 # snimmer2@example.com:{
19 # login:snimmer2,
20 # server:example.com,
21 # password:snimmer,
22 # transports:{
23 # icq:(icq.example.com,123456780,ICQ_password2,),
24 # },
25 # },
26
27 }
28
29 SPOOL=rc:snimmerspool
30 SPOOL=r/tmp/snimmerspool
31
32 publisher_im=icq
33 publisher_screenname=123456789
34
35 blocked_ips=blocked.txt