Quickie is a small footprint, fast C++ Wiki engine; hence the name.
The fundamental insight for this engine is that wiki pages are read far
more often than they are modified. Thus, the generated HTML can be
cached. It follows that the main code path will check that the .html
file exists and simply copy it to stdout in the vast majority of cases.
The .html file generated from each .wiki file is about the same size as
the .wiki file itself, so there will be no particular I/O advantage,
but there is a huge CPU advantage, and a significant memory footprint
advantage, and since I want to run a wiki on a geriatric 20MB 33MHz 386
machine, this is a good thing.
Online demo: http://quickie.sourceforge.net/cgi-bin/quickie
A debugger is a computer program that is used to debug other programs.
Devel::ebug is a simple, extensible Perl debugger with a clean API.
Using this module, you may easily write a Perl debugger to debug your
programs. Alternatively, it comes with an interactive debugger, ebug.
perl5db.pl, Perl's current debugger is currently 2,600 lines of magic
and special cases. The code is nearly unreadable: fixing bugs and
adding new features is fraught with difficulties. The debugger has no
test suite which has caused breakage with changes that couldn't be
properly tested. It will also not debug regexes. Devel::ebug is aimed
at fixing these problems and delivering a replacement debugger which
provides a well-tested simple programmatic interface to debugging
programs. This makes it easier to build debuggers on top of
Devel::ebug, be they console-, curses-, GUI- or Ajax-based.
There are currently two user interfaces to Devel::debug, ebug and
ebug_http. ebug is a console-based interface to debugging programs,
much like perl5db.pl. ebug_http is an innovative web-based interface
to debugging programs.
CryptoFS is a encrypted filesystem for Filesystem in Userspace (FUSE) and
the Linux Userland FileSystem (LUFS). Visit http://fuse.sourceforge.net/
for more information on FUSE, or http://lufs.sourceforge.net/lufs/ for
more information on LUFS.
CryptoFS will use a normal directory to store files encrypted. The
mountpoint will contain the decrypted files. Every file stored in this
mountpoint will be written encrypted (data and filename) to the directory
that was mounted. If you unmount the directory the encrypted data can only
be access by mounting the directory with the correct key again. Like other
FUSE/LUFS filesystems it does not need root access or any complicated setup
like creating a filesystem on a encrypted disk using the loop device.
CryptoFS can be build for FUSE, and LUFS. When you build for FUSE you get
a program to mount the filesystem. For LUFS a shared library will be built
that can be used by LUFS's lufsd. Both methods can use the same encrypted
directory.
LWPx::ParanoidAgent is a class subclassing LWP::UserAgent, but
paranoid against attackers. It's to be used when you're fetching
a remote resource on behalf of a possibly malicious user.
This class can do whatever LWP::UserAgent can (callbacks, uploads
from files, etc), except proxy support is explicitly removed, because
in that case you should do your paranoia at your proxy.
Also, the schemes are limited to http and https, which are mapped to
LWPx::Protocol::http_paranoid and LWPx::Protocol::https_paranoid,
respectively, which are forked versions of the same ones without
the "_paranoid". Subclassing them didn't look possible, as they were
essentially just one huge function.
This class protects you from connecting to internal IP ranges
(unless you whitelist them), hostnames/IPs that you blacklist, remote
webserver tarpitting your process (the timeout parameter is changed to
be a global timeout over the entire process), and all combinations of
redirects and DNS tricks to otherwise tarpit and/or connect to internal
resources.
Interface to HTTP gateway for PayPal's Payflow Pro service, as described on
the PayPal developer site at https://www.x.com/docs/DOC-1642
See also the developer area:
https://www.x.com/community/ppx/xspaces/web_checkout/payflow?view=documents
This module is intended to be a drop-in replacement for PFProAPI (a couple of
minor changes to your code are necessary to use this module instead of
PFProAPI). The major difference is that it is pure Perl, and not architecture
dependent (ie, you can use this on your 64-bit FreeBSD platform.)
Libpng was written as a companion to the PNG specification, as a
way to reduce the amount of time and effort it takes to support
the PNG file format in application programs. Most users will not
have to modify the library significantly; advanced users may want
to modify it more. The library was coded for both users. All
attempts were made to make it as complete as possible, while
keeping the code easy to understand. Currently, this library
only supports C. Support for other languages is being considered.
LICENSE: libpng license
http://libpng.sourceforge.net/
Captcha::reCAPTCHA::Mailhide - A Perl implementation of
the reCAPTCHA Mailhide API
reCAPTCHA is a hybrid mechanical turk and captcha that allows visitors who
complete the captcha to assist in the digitization of books.
reCAPTCHA improves the process of digitizing books by sending words that
cannot be read by computers to the Web in the form of CAPTCHAs for
humans to decipher. More specifically, each word that cannot be read
correctly by OCR is placed on an image and used as a CAPTCHA. This is
possible because most OCR programs alert you when a word cannot be read
correctly.
http://recaptcha.net/learnmore.html
This module converts Japanese text in UTF-8 (or romaji in ascii) to
number, AND vice versa. Though this pod is in English and all examples are
in romaji to make http://search.cpan.org/ happy, this module does accept
Japanese in UTF-8. Try the code below to see it.
perl -MLingua::JA::Numbers \
-e '$y="\x{4e8c}\x{5343}\x{4e94}"; printf "(C) %d Dan Kogai\n", ja2num($y)'
CAVEAT
DO NOT BE CONFUSED WITH Lingua::JA::Number by Mike Schilli. This module is
far more comprehensive. As of 0.03, it even does its to_string() upon
request.
FVCool is the FreeBSD version of the famous VCool software
(http://vcool.occludo.net) which changes the PCI configuration data
of some chipsets and thus allows AMD Athlon/Duron CPUs to go into
power-save mode. This makes the CPU consume a lot less electric
energy, and it produces a lot less heat as well. This trick is not
a secret - on FreeBSD, you can actually achieve the same effect
which this software has using the "pciconf" command.
Please note that this software may have a negative impact on the
system's stability and thus should not be employed in production
or mission-critical environments.
U-Boot loader and related files for Raspberry Pi
To install this bootloader, copy ALL the files in the share/u-boot/u-boot-rpi
directory to the first partition, formatted as FAT16 or FAT32, on an SD card.
This version is patched so that:
* ELF and API features are enabled.
* The default environment is trimmed to just what's needed to boot.
* The saveenv command writes to the file uboot.env on the FAT partition.
For information about running FreeBSD on RaspberryPi, see
For general information about U-Boot see WWW: http://www.denx.de/wiki/U-Boot