Free provider software for linux

JAP project makes it possible to browse the Web anonymously and unobservably. JAP uses a single static address which is shared by many JAP users.
That way, neither the visited Web site nor an eavesdropper can determine which user visited which Web site.
Instead of connecting directly to a Web server, users take a detour, connecting with encryption through several intermediaries, so-called mixes.
How it works:
Instead of connecting directly to a webserver, users take a detour, connecting with encryption through several intermediaries, so-called mixes.
Info: JAP uses a predetermined sequence for the mixes. Such a sequence of linked mixes is called a mix cascade. Users can choose between different mix cascades. - more...
Since many users use these intermediaries at the same time, the internet connection of any one single user is hidden among the connections of all the other users. No one, not anyone from outside, not any of the other users, not even the provider of the intermediary service can determine which connection belongs to which user.
Info: A relationship between a connection and its user could only be determined if all intermediaries worked together to sabotage the anonymization. - a detailed description of mixing principles...
The intermediaries (mix providers) are generally provided by independent institutions which officially declare, that they do not keep connection log files or exchange such data with other mix providers.
It is also planned, that independent watchdogs, who work in the name of the JAP users, will insure that the mix providers hold to their official declarations.
Enhancements:
- Java 1.4.2 or later

pyWebSMS is an graphical sms sender which supports many programmable providers.

pyWebSMS is a program which let you send sms through internet without opening any browser. You can send multiple sms, save your contacts, view the history and much more...

Its completely modular so you can add or remove providers to send sms. You can make your own module for your provider if it doesnt exists yet by programming it in Python in a very simple and capable way.

Its written in Python and GTK so you can run it on every platform that support them and other external dependencies needed by the providers you use.

RazorBack is a log analysis program that interfaces with the SNORT open source Intrusion Detection System to provide real time visual notification when an intrusion signature has been detected on the network. Snort should be configured to send data to syslog for razorback to display the data.

RazorBack is designed to work within the GNOME framework on Unix platforms.

RazorBack is an open source tool, available under the terms of the GNU Public Licence. InterSect Alliance welcome contributions from other authors, and thank Tomas Junnonen, creator of the FireStarter tool, as provider of the initial code skeleton.

libshbuf introduces a new IPC concept: the "shared buffer", a more flexible and faster alternative for standard Unix FIFOs.
Take some shared memory, flavour it with semaphore-based locking and change notifications, and refine it with an easy-to-use API and you get libshbufs "shared buffers".
Main features:
- Normally better latency and throughput
- Full access to the buffer at any time
- Connecting processes need not to be children of each other
- Arbitrary buffer lengths
- Memory mapped
- Backlog
The implementation is based on SysV shared memory, semaphores and message queues. It makes use of POSIX pthreads.
Both an easy understandable C library and a basic Python module are provided.
Version 0.0.3 is stable and feature complete.
The concept of "shared buffers" is explicitly designed for high thoughput, low latency streaming of data (e.g. audio) between two processes, where a Unix FIFO is not enough. Thus it is optimized for exactly two connecting peers, a minimum of locking and minimum of copying of memory.
For each shared buffer two shared memory blocks, a semaphore and a messages queue are created. The first shared memory block (aka "control memory block") contains some watermark information about the shared buffer. The second contains the buffer itself.
The semaphore is used for locking access to the control block. The message queue is used for signalling the other side on changes of the buffer.
A shared buffer provider is a process which creates it with with shbuf_create(). A new key for it will be registered (the key is an integer value, the key_t of the control shm). A shared buffer client is the other side of the buffer: it opens an existing buffer with shbuf_open(key).
Only one client and one provider may be connected at once. When using the notifying feature of libshbuf a background thread is started, which listens on the message queue for certain messages. It forwards these messages to a classic FIFO. The main program may listen on this FIFO with a standard select() or poll().

jrawio is a Service Provider Implementation for the Java ImageIO API. It provides the ability to read images coded in a digital "camera raw" format (such as NEF for Nikon or CRW/CR2 for Canon).
jrawio is to be pointed out that jrawio is implemented in 100% pure Java.
In simple words, a Camera RAW format is the dump of the data collected by the camera sensor, with basically no post-processing applied. While it has the pitfall of requiring heavy processing in order to achieve a displayable image, the basic advantage is that any transformatio applied to it is "reversible".
From this point of view a Camera RAW format can be thought as a "digital negative". But dont confuse this with Adobes Digital Negative format (.DNG), which is just the try to define a standard format of RAW images. Indeed every camera manufacturer (e.g. Nikon, Canon, ...) has its own format.
jrawio is presently a Release Candidate for v1.0, so its coming out of beta stage. Please refer also to the Release Notes for information about issues.
It has been tested with about 8,000 photos taken with Nikon D100 and D70 cameras and with about 250 samples of various cameras downloaded from the web. jrawio has been explicitly tested with the following models:
Canon CR2 Digital Rebel, EOS 1D MkII, EOS 1Ds MkII, EOS 350D
Canon CRW D30, EOD 10D, EOS 300D
Leica DNG R8, R9
Minolta MRW DiMAGE 5, DiMAGE 7i, DiMAGE 7Hi
Nikon NEF CoolPix 5400, CoolPix 5700, CoolPix 8700, CoolPix 8800, D1, D100, D1X, D200, D2H, D2X, D50, D70, D70s
Pentax PEF *ist D, *ist DL, *ist DS
Sony SRF F828
Enhancements:
- This release fixes bugs related to application integration.

Leonardo is an extensible content management system written in Python. Leonardo is architected in a REST-like style and initially focused on providing for personal websites with a password-protected wiki and blog (including Atom feed).
It can be run as CGI and uses the filesystem as a database.
Enhancements:
- support for Atom 1.0
- comments optionally can require answering a simple question to reduce spamming
- site owner can optionally be emailed when new comments are made
- pages now record their author which is displayed on the page, in blog lists and atom feeds
- there is now a provider which lists blog months
- it is now possible to update a page or its properties without the last modified changing
- comments can be deleted if logged in
- formatting of comments is improved by translating newlines to br
- the main page template is now in LFS
- home page link is now part of menu rather than template to give user more control
- subtitle is now completely formatted in page template to give user more control
- copyright_holder changed to general rights statement
- removed stray ) in draft template causing malformed html
- delete page no longer has duplicate headings
- template files now have provider name in the filename
- leonardo library now in Python package to avoid name clashes
- after delete there is now a link to return to deleted resources parent
- switched from using shelve to pickle (shelve was causing problems for people moving between different systems with different anydbm implementations)
- files are now written in binary mode to avoid problems on Windows
- fixed bug where question mark in permalink wasnt getting escaped

uPortal is a free, sharable portal under development by institutions of higher-education. This group sees an institutional portal as an abridged and customized version of the institutional Web presence... a "pocket-sized" version of the campus Web.
Portal technology adds "customization" and "community" to the campus Web presence. Customization allows each user to define a unique and personal view of the campus Web. Community tools, such as chat, forums, survey, and so on, build relationships among campus constituencies.
uPortal is an open-standard effort using Java, XML, JSP and J2EE. JA-SIG uPortal is a collaborative development project with the effort shared among several of the JA-SIG member institutions. You may download uPortal and use it on your site at no cost.
Enhancements:
- Various bugs were fixed.
- "Custom" is now displayed as a channel type in the Channel Manager.
- Version.java was modified to support security releases.
- The CAS uPortal security provider was moved into the source tree.

Health Tip Buddy Email System is a nice tool you can add to your web site that will allow your visitors to sign up for an automatic health-tip email list.
Its easy to change the look and feel of the e-mails to match your web site, and the system allows for e-mail restrictions so that you dont make your hosting provider unhappy.
Main features:
- Installation is easy, just upload the script and run the install file to automatically install your database tables and set up your configuration.
- Set the time between mailings. Want a weekly e-mailing? Daily? No problem you set the length.
- Easily set how many e-mails can be sent in a day or hour to avoid getting on your hosting providers bad side. The e-mails are stored and those that cant be sent right away will be sent later.
- Add custom health tips of your own!
- Visitor sign-up script includes a Captcha device to avoid automated signups by spammers.