Free monster proxy https software for linux

SSL Proxy server listens on a TCP port, accepts SSL connections, and forwards them to another local or remote TCP port.
For example, it is possible to create an HTTPS server if you have an HTTP server and you run an SSL Proxy server on port 443 which forwards the connections to port 80.
SSL Proxys design makes it as secure as possible and still perform well.
Enhancements:
- Improved certificate handling (chained certificates are now supported), more error information on SSL protocol errors during SSL_accept(), -U and -D options (buffer size), and a "powered by" logo.

Monster application is a short SNES/NES style RPG. It is licensed under a BSD license.

Estimated playing time is 5-10 hours. If you are not patient, this game is probably not for you. There are a lot of random battles.

My goal when creating this game was to have it run on my Pentium 200MMX. I met the goal: it runs acceptably well on that old machine. The fact that it had to run on old hardware played a big factor in how fancy I could get. If you like Oldskewl graphics and gameplay, you may like Monster.

Spike Proxy is an open source HTTP proxy for finding security flaws in web sites.

SPIKE Proxy is part of the Spike Application Testing Suite and supports automated SQL injection detection, web site crawling, login form brute forcing, overflow detection, and directory traversal detection.

To Use:

python spkproxy.py [ optional port argument, 8080 is default ]
Then set up your browser to use that port for both HTTP and
HTTPS proxies.

Then watch the traffic go!

BlockStop Proxy is a Firefox extension that allows you to view the current page or link using.

Adds a "View this page with BlockStop" or "Open Link Target with BlockStop" option to your Firefox right-click menu, depending on where you click. The BlockStop Proxy extension automatically encodes the target url to maintain anonymity.

Monster Masher is an action game for the Gnome desktop environment.
In the old days, before man entered the world, the gnomes were abundant. Through centuries of hard labour, only slightly eased by the levitational powers provided to them by their god, they bored out shafts and caves in the mountains. Always seeking the precious stones and valuable ore...
But the gnomes dug too deep. So the story begins.
The basic idea is that you, as levitation worker gnome, has to clean the caves for monsters that want to roll over you. You do the cleaning by mashing the monsters with stone blocks. Take a look at the screenshots page to see how this looks like.
Main features:
- Mash your way through 30 levels (for hours of fun)
- Four kinds of monsters: stupid monsters, stupid-but-hard monsters, intelligent monsters, egg-laying monsters
- Power-up gems for invisibility, exploding the nearby monsters and freezing all monsters
- Easy, medium and hard difficulty levels (for even more hours of fun!)
- Support for two simultanous players (cooperative)
- Automatic support for large tiles for large displays

Net::Proxy is a Perl framework for proxying network connections in many ways.

SYNOPSIS

use Net::Proxy;

# proxy connections from localhost:6789 to remotehost:9876
# using standard TCP connections
my $proxy = Net::Proxy->new(
{ in => { type => tcp, port => 6789 },
out => { type => tcp, host => remotehost, port => 9876 },
}
);

# register the proxy object
$proxy->register();

# and you can setup multiple proxies

# and now proxy connections indefinitely
Net::Proxy->mainloop();

A Net::Proxy object represents a proxy that accepts connections and then relays the data transfered between the source and the destination.

The goal of this module is to abstract the different methods used to connect from the proxy to the destination.
A proxy is a program that transfer data across a network boundary between a client and a server. Net::Proxy introduces the concept of "connectors" (implemented as Net::Proxy::Connector subclasses), which abstract the server part (connected to the client) and the client part (connected to the server) of the proxy.

This architecture makes it easy to implement specific techniques to cross a given network boundary, possibly by using a proxy on one side of the network fence, and a reverse-proxy on the other side of the fence.

POP3 Virus Scanner Proxy is a full-transparent proxy daemon which scans all mails for viruses using third party scanners (built-in support for AVPD and Trophie).

You have to set up a port redirection in the linux-netfilter (iptables) so that all connections from e.g. inside your office to any POP3 server outside in the world will not leave your router, but come a local port, on which POP3VScan listens. POP3VScan receives from the linux kernel the original destinations of packets (the POP3 server outside in the world) and will connect to them.

All data we receive from the client will be sent to the server, and vice versa. With a little enhancement: we parse the neccessary parts of the POP3 protocol and when an email is sent from the server, we store it into a file, invoke a virusscanner and send it if it is good, or we just replace it with a virus notification. It should be possible to use all scanners using the scannertype=basic. Also POP3VScan provides scannertype=avpd for high-speed scanning using Kaspersky Anti-Virus for Linux, every C programmer can easily adept other scan-daemons (trophie, sophie, antivir, ...).

Neither the client nor the server has to be configured, none of them will take notice that theres a mailscanner (except the client when he gets a virus notification or if he looks into the header, and the server gets our ip as source).

Tie::Proxy::Hash is a Perl module created to efficiently merge & translate hashes.

SYNOPSIS

my (%hash, $ref);
$ref = tie %hash, Tie::Proxy::Hash, (bart => +{a => 1,
b => 2},
maggie => +{a => 5,
c => 6,
e => 10},
);
$hash{a} == 1; # true
$hash{b} == 2; # true (bart supercedes maggie)
$hash{c} == 6; # true
! defined $hash{d}; # true
$hash{e} == 10; # true

$hash{c} = 9; # set in maggie
$hash{d} = 12; # set in default
$hash{f} = 11; # set in default

$ref->add_hash(lisa, +{d => 3, b => 4});
$hash{c} == 9; # true
$hash{b} == 2; # true (bart overrides lisa)
$hash{d} == 3; # true (lisa overrides default)
$hash{f} == 11; # true (only default knows f)

Proxy hash requests for one or more other hashes, with intermediate value translation.

Tie::Proxy::Hash merges hashes by maintaining a list of hashes to look up, and each key requested is looked up in each hash in order until a hit is found. Resultant values may be subject to a translating subr. In this way, hashes may be merged without the cost of by-value copying.

A default backing hash is provided to store values not present in other hashes.

Tying

$ref = tie %hash, Tie::Proxy::Hash,
bart => +{a => 1, b => 2},
maggie => +{a => 5, c => 6, e => 10} => sub {10*$_[0]},
;

Any arguments passed to tie are palmed off onto add_hash.

Retrieving Values

Values are retrieved by checking each hash in the order of insertion; the first hash found in which a given key exists supplies the value. The value is subject to translation if the given hash has an associated translator.