Free x101.044 ibm software for linux

X10 is an experimental new language currently under development at IBM in collaboration with academic partners. The X10 effort is part of the IBM PERCS project (Productive Easy-to-use Reliable Computer Systems) in the DARPA program on High Productivity Computer Systems. The PERCS project is focused on a hardware-software co-design methodology to integrate advances in chip technology, architecture, operating systems, compilers, programming language and programming tools to deliver new adaptable, scalable systems that will provide an order-of-magnitude improvement in development productivity for parallel applications by 2010.

X10 aims to contribute to this productivity improvement by developing a new programming model, combined with a new set of tools integrated into Eclipse and new implementation techniques for delivering optimized scalable parallelism in a managed runtime environment. X10 is a type-safe, modern, parallel, distributed object-oriented language intended to be very easily accessible to Java programmers.

It is targeted to future low-end and high-end systems with nodes that are built out of multi-core SMP chips with non-uniform memory hierarchies, and interconnected in scalable cluster configurations. A member of the Partitioned Global Address Space (PGAS) family of languages, X10 highlights the explicit reification of locality in the form of places; lightweight activities embodied in async, future, foreach, and ateach constructs; constructs for termination detection (finish) and phased computation (clocks); the use of lock-free synchronization (atomic blocks); and the manipulation of global arrays and data structures.

An Eclipse-based Integrated Development Environment (IDE) has been developed at IBM for X10 to help further increase programmer productivity by providing state-of-the-art functionality for viewing, editing, navigating, executing, and manipulating X10 programs. The X10 Development Toolkit (X10DT) is intended to be a full-featured IDE for X10 offering the features Java programmers have come to love and depend upon in Eclipse: a source editor with various coding assists, lightweight information pop-ups, high-level and low-level navigation views, powerful search capabilities, application launch configuration management, refactoring, and debugging support. In addition, the X10DT will include tools, views and refactorings that specifically address the development of highly concurrent software in X10.

Rails/Informix is an ActiveRecord adapter to bring O/RM to IBM Informix Dynamic Server.

Installation instructions:

Copy the file informix_adapter.rb into the directory:

$RUBYLIB/gems/1.8/gems/activerecord-*/lib/active_record/connection_adapters/

where RUBYLIB is probably /usr/local/lib/ruby in Unix, and C:rubylibruby in Windows.

After that edit:

$RUBYLIB/gems/1.8/gems/activerecord-*/lib/active_record.rb

and modify the line with RAILS_CONNECTION_ADAPTERS to look like this:

RAILS_CONNECTION_ADAPTERS = %w( mysql postgresql sqlite firebird sqlserver db2 oracle sybase openbase informix)

Rails configuration:

The adapter has three options: database, user and password, with only database being mandatory. A database.yml file would look like this:

development:
adapter: informix
database: stores

If no user and password are specified, the user running the web server is used.

Bigloo is a Scheme implementation devoted to one goal: enabling Scheme based programming style where C(++) is usually required.
Bigloo attempts to make Scheme practical by offering features usually presented by traditional programming languages but not offered by Scheme and functional programming.
Bigloo compiles Scheme modules. bigloo delivers small and fast stand alone binary executables. Bigloo enables full connections between Scheme and C programs, between Scheme and Java programs, and between Scheme and C# programs.
Main features:
- Module support
- An extended Java interface
- An extended C interface
- An object oriented layer
- Threads
- Simple exception
- Practical IOs
- Posix support
- Library support
- An explicit type system and compile time type mismatch detections
- Dsssl support
- Unicode support
The current version has been compiled and tested on:
- x86-linux (Debian 3.0, Mandrake 8.1, Sun JDK 1.4.1)
- x86-win32 (Windows 2000, XP)
- x86-FreeBSD (4.0)
- x86-NetBSD (1.6)
- x86-MinGW ()
- PowerPC G4 (MacOS X xnu-201.5)
- PowerPC G3 (Gentoo Linux)
- SPARC (Solaris 2.6 and 2.8, Sun JDK 1.3, Linux (Debian))
- Compaq Alpha (Digital Unix 4.0f aka True64, JDK 1.3)
- Compaq Alpha (Linux 2.2 (Debian))
- Arm (Linux (Debian))
- IA64 (Linux (Debian))
- IBM P660 (AIX RS-6000 4.3.3)
Even if not tested, it should run correctly on:
- SGI (IP32)
- Intel (NeXTStep)
- IBM RS-6000 (AIX)
- SGI (IP20 and IP22)
- MAC PPC (2.2.15pre20)

omniORB is an Object Request Broker (ORB) which implements version 2.6 of the Common Object Request Broker Architecture (CORBA).
omniORB project supports the C++ and Python language bindings, is fully multithreaded, uses IIOP as the native transport, and comes complete with a COS Naming Service. omniORB is one of the fastest available C++ ORBs.
Main features:
- C++ and Python language bindings.
- Adheres to the CORBA 2.6 specification.
- Support for GIOP and IIOP 1.0, 1.1 and 1.2.
- Fully multithreaded runtime.
- TypeCode and type Any.
- CORBA 2.6 DynAny interfaces.
- Dynamic Invocation and Dynamic Skeleton interfaces.
- Complete Naming Service, omniNames.
- Support for wchar, wstring and code set negotiation.
- Full long long, long double, fixed point support.
- PortableServer::Current.
- Unix domain socket transport.
- Bidirectional GIOP.
- Interoperable Secure Socket Layer transport.
- Flexible thread management.
- Interceptors.
- The following platforms are supported (although some have only been tested with earlier releases):
- Windows NT / XP / 9x with Visual C++ version 5.0 and above
- Linux / EGCS 2.91 or GCC 2.95 and above
- Solaris 2.{5,6,7,8} / Sun C++ version 4.2 and above, or GCC 2.95 and above
- HPUX 11.00/ aC++
- SGI Irix 6.x/ SGI C++ compiler 7.2
- Digital Unix 4.0D/ DEC C++ compiler version 6.0
- IBM AIX 4.2/ IBM C Set++ 3.1.4 and xlC 5.0 (Visual Age C++ 5.0)
- IBM AIX 4.3/ IBM C Set++ 3.6.6 and xlC 5.0 (Visual Age C++ 5.0)
- HPUX 10.20/ aC++ (B3910 A.01.04)
- OpenVMS Alpha 6.2/ DEC C++ compiler 6.2/5.5 (UCX 4.1 ECO 8)
- OpenVMS Vax 6.1/ DEC C++ compiler 5.5 (UCX 4.0 ECO 1)
- NextStep 3.3/ gcc-2.7.2
- Reliant Unix 5.43/CDS++
- Phar Laps Real Time ETS Kernel
- SCO Unixware 7
- Mac OS X
- Fujitsu Siemens BS2000 (with patch in the distribution)
- ...and many others.
- Fully interoperable with other CORBA ORBs.

h3270 is a program that allows you to use IBM 3270 hosts from within a web browser.
h3270 is different from other, similar systems because of its highly configurable layout engine that is based on regular expressions.
Classical mainframe applications are still part of the IT infrastructure of most large enterprises. The challenge is often to integrate them with more recent, browser-based systems. h3270 allows you to do that in two steps:
- It renders 3270 host screens in HTML and makes them operable from within a web browser. This process works out of the box in a simple, character-based layout that resembles the original terminal screen. Optionally, the layout can be enhanced using a configurable engine so that it looks and feels like a real web application.
- The HTML adapter is available both as a servlet and a portlet, so that it can be used either as a stand-alone web application, or inside a portal server, which allows for seamless integration with other applications at the user interface level.
h3270 is a server-side Java application that is compliant with the J2EE standard and the Portlet API (JSR-168). To access the 3270 data stream, it uses the s3270 program written by Paul Mattes, which in turn relies on the TN3270 format to access the host via Telnet (TCP/IP).
Enhancements:
- h3270 version 1.3.3 improves the keyboard handling again. The change in the previous release, where we attached keyboard handlers to individual input fields, has shown not to be sufficient for many people. You could no longer input anything on screens with no input fields.
- In version 1.3.3, keyboard handlers are again global, on a per-page basis. To support multiple sessions within the same browser (or on the same portal page), keyboard handlers are now installed dynamically. When the mouse moves into a terminal window, a global, page-scoped keyboard handler is installed for that window. You can also force installation of a keyboard handler by clicking somewhere within the terminal window.
- We hope this method proves practical for everybody, please let us know if not. Another change in this release is improved error reporting in case of unknown (mis-spelled) or unreachable hosts.

EasyBMP is a simple, cross-platform C++ library designed for easily reading, writing, and modifying Windows bitmap (BMP) image files. You can learn more about the history and goals of the project here.
The library is oriented towards the novice programmer with little formal experience, but it is sufficiently capable for anybody who desires to do I/O and pixel operations on 1-bit, 4-bit, 8-bit, 24-bit, or 32-bit BMP files.
EasyBMP is intended to be cross-platform on both little-endian (e.g., x86, x86-64) and big-endian (e.g., IBM PowerPC, Sun Sparc) architectures. So far, it has been tested on x86 with Linux (2.4.x, 2.6.x kernels and g++ and icc) and Windows (XP Pro, XP Home, and 2K Pro with MinGW/g++), as well as on a Sun Sparc 4 machine (Solaris 5.9 with g++). EasyBMP should be solid on little-endian architectures and experimental on big-endian architectures.
Enhancements:
- This bug focuses on minor bugfixes, particularly in the copy constructor.
- Numerous other small bugs have also been fixed.

DBD::Informix is a Perl module witj IBM Informix Database Driver for Perl DBI.

SYNOPSIS

use DBI;

You should also read the documentation for DBI perldoc DBI as this document qualifies what is stated there. Note that this document was last fully updated for the DBI Version 0.85 specification, but the code requires features from DBI Version 1.14. Consequently, both this document and DBD::Informix are probably considerably out of line with some of the new features and minor details of the DBI specification.

AFS is a distributed filesystem product, pioneered at Carnegie Mellon University and supported and developed as a product by Transarc Corporation (now IBM Pittsburgh Labs).
It offers a client-server architecture for file sharing, providing location independence, scalability and transparent migration capabilities for data.
IBM branched the source of the AFS product, and made a copy of the source available for community development and maintenance. They called the release OpenAFS.
Enhancements:
- OpenAFS 1.4.0 adds large file support in Unix and Unix-like clients and in servers.
- Kerberos 5 integration has been improved. aklog now ships with OpenAFS 1.4.0.
- Several new operating system versions are now supported, including Solaris 10 on both SPARC and Intel.