Free payment integrator 2.1.2008 software for linux

odf-converter-integrator 0.2.3 offers users an easy way to open Microsoft Office 2007 files (also called Office Open XML, .xlsx, .docx and .pptx) with a high-quality conversion on any Linux or Windows system in any OpenOffice.org.

Major Features:

1. odf-converter-integrator uses the high-quality odf-converter code (which converts between Office Open XML and OpenDocument) as packaged by Novell and integrates it into the operating system.
2. When you click on a .docx/.xlsx/.pptx file on a web page, in an email attachment, or your desktop, odf-converter-integrator springs into action, converts the .docx/.xlsx/.pptx to an .odt/.ods/.odp, and then automatically opens the new document in OpenOffice.org, StarOffice, Abiword, KWord, Gnumeric, Microsoft Office 2003, or whatever is your default ODF editor.
   
3. odf-converter-integrator is simply a little glue to overcomes the integration limitation of the Novell odf-converter, which cannot integrate into most editions of OpenOffice.org (such as the vanilla/Sun Microsystems edition, Fedora, OxygenOffice, and others).

Enhancements: This release fixes a bug that prevented conversion of any .xlsx files on Linux.

Interchange provides a mature Web application development environment.
Interchange is a mature Web application development environment with a focus on ecommerce and dynamic content management.
It offers session and user management, database connectivity (both via SQL and a database abstraction layer), templating, a shopping cart, payment processing, inventory, encryption (via GnuPG, PGP, etc.), tax and shipping calculation, discounts, Web-based administration, localization, event routing, SOAP-based RPC, a custom tag language akin to CFML, and the full power of Perl. It grew out of two earlier projects, MiniVend and Tallyman.
Enhancements:
- A DoS exploit caused by carefully crafted HTTP POST requests has been fixed.
- An apparent Perl bug that allowed code called by DispatchRoutines to overwrite the routines arrays themselves has been worked around.
- Masking of unencrypted credit card numbers to work with a custom MV_CREDIT_CARD_INFO_TEMPLATE that does not match the regexp has been fixed.
- The regexp has been fixed so that it removes the CVV2 value from the unencrypted data.
- A shipping problem with the temporary mv_shipping cart that could cause trouble in cart recalculations has been fixed.
- There are other various bugfixes and minor enhancements.

Monetra (formerly known as MCVE) is a scalable credit card processing engine for Linux and UNIX. The project is designed to handle credit card authorizations and is certified to support major clearing house protocols.
Features include support for multiple modems, multiple merchant accounts, and multiple processors, all simultaneously -- as well as IP and SSL connectivity along side SQL database support.
Designed in C, conforming to POSIX standards, and utilizing light weight processes (threads), this product is able to handle a large number of transactions with high speed and minimal CPU usage.
Enhancements:
- A secure recurring billing module and card storage subsystem returning unique tracking tokens has been added and branded as Monetra DSS.
- This assists integrators with their PCI compliance so they dont need to store card numbers outside of Monetra.
- There is DNS caching for improved latency.
- Givex and FifthThrid 610 support have been added.
- Global Payments, VITAL, and NPC re-certifications.
- Visa gift-card support (balance inquiry and partial auths), as well as new card systems compliance updates for October 2007.
- Mac OS X for Intel, Windows Vista, and OpenBSD 4.0 support has also been added.

DirectPOS-Payment for osCommerce project provides DirectPOS payment modules for osCommerce.
It should also work for Postbank-Paysolution and Sparkassen-Internetkasse. Credit card and direct debit payment modules are implemented.
Enhancements:
- payment logos added
- bugs fixed

Open Conference Systems or OCS for short, is a free Web publishing tool that will create a complete Web presence for your scholarly conference.
Main features:
- create a conference Web site
- compose and send a call for papers
- electronically accept paper and abstract submissions
- allow paper submitters to edit their work
- post conference proceedings and papers in a searchable format
- post, if you wish, the original data sets
- register participants
- integrate post-conference online discussions
Enhancements:
- manage conferences that occur more than once (e.g. yearly)
- an expanded, multiple-round review system
- e-mail template system
- localization & translation tools
- credit card payment for registrations
- automated "thanks-for-submitting" messages
- accept login/password for participants
- Creative Commons licensing of presentations
- more customizable, scalable and secure code
- ...and much more.

EDIReader is a Java package for parsing business documents structured according to EDI (Electronic Data Interchange) standards.
It supports the SAX and JAXP interfaces defined for XML, making it suitable for use in any XML-based system that allows the configuration of a custom SAX parser.
EDIReader parses EDI analogous to the way a conventional SAX parser parses XML, calling an arbitrary JAXP ContentHandler with elements and attributes as if it were parsing XML. Therefore, XSLT transformations and DOM-based tools can be applied directly to EDI input.
In many cases, EDIReader and an XSLT stylesheet provide a lightweight and open source alternative to conventional EDI mapper/translators.
Capturing an XML expression of the parsed EDI data is simple with EDIReader, and an EDItoXML utility is included as a demonstration program.
EDIReader is not a conventional EDI mapper/translator, nor by itself a replacement for one. Its purpose is to allow EDI input into a wide variety of XML-based systems so that tools used to transform and otherwise process XML-structured data can be applied to EDI as well. It requires no more configuration than any SAX parser, which is virtually none.
A design goal is to build in as much EDI awareness as is necessary to do its job and no more. Therefore, it handles all of the issues of EDI syntax so that XML tools such as XSLT can be applied to the issues of EDI structure and semantics. Since it does not need to perform full EDI compliance checking, it requires no tables of code values and the like to be installed and updated for particular EDI standards and versions.
Main features:
- Dynamic standard recognition - the parser differentiates between ANSI X.12 and EDIFACT EDI standards by inspection and uses a factory pattern to construct an appropriate parser subclass.
- Extensible - additional EDI standards can be supported by developing new subclasses.
- Checks for well-formed EDI syntax - EDIReader checks the basic syntactic correctness of the EDI structures according to the rules defined by ANSI X.12 or EDIFACT. This includes proper enveloping, embedded counts of segments and groups, and control number correspondence.
- Easily embedded - the parser can be embedded within your Java application in the same way as you would an XML parser, avoiding the file-based and proprietary interfaces often used with conventional EDI translators.
- Efficient - a single-pass algorithm is used to quickly and efficiently parse the EDI structures.
- Flexible segment terminator handling - EDIReader dynamically identifies the segment terminator character used with each individual EDI interchange. Special characters such as CR and LF may be used as segment terminators, and they may optionally appear after each segment following the formal segment terminator. With EDIReader it is not necessary to configure the terminator before the EDI data is parsed.
- Generation of Functional Acknowledgments - EDIReader can generate EDI function acknowledgments for the function groups within an ANSI X12 interchange as a by-product of parsing.
EDIReader can be enhanced with document-specific plugins that correspond to specific transaction sets (using ANSI terminology) or messages (using EDIFACT terminology). Plugins are optional and allow the parser to recognize segment groups and the way in which these groups are nested and repeated.
The XML generated by EDIReader reflects the segment grouping when a plugin is available, which is particularly useful when mapping EDI documents using XSLT.
Plugins for specific document types are available from BerryWorks Software, and several popular ones are included in the GPL version:
- ANSI 824 - Application Advice
- ANSI 835 - Health Care Claim Payment/Advice
- ANSI 837 - Health Care Claim
- EDIFACT MSCONS - Metered Services Consumption Report
- EDIFACT UTILMD - Utilities Master Data

DebtPayoff is an application which can help you pay off your debt a bit wiser if not quicker. I developed this tool out of a need myself to find out when, if ever, at the current rate, my credit card would be paid off.

I discovered that at the current rate it would take far longer to pay off my debt than I had expected. Since this program is written in Java, it will run on Windows (95, 98, NT, 2000, ME, XP), Linux, Mac, Solaris and a great many other Operating Systems.

With this program you can see:

How many years/months it will take you to pay off your credit card
The actual date the card will be paid off at the current rate
A payment by payment breakdown of what you will spend
How much will be spent on interest overall at that rate.
You can also use this for other loans. For instance, I use it for my college loan.

The hope is that by seeing how much overall you will save by paying an extra $10 or $20 per month, you will be greatly encouraged to pay the debt off that much faster. This application was written in 100% pure Java, so you will need to download suns Jave Runtime Environment(JRE).