Free vitamin c and cancer software for linux

readline C++ wrapper simplifies usage of the readline and history libraries for C++ programmers.
Main features:
- editing the input line basing on the user preferences
- commands history
- saving/loading commands history to/from specified files
- custom completers via standard containers
- binding keys to boost::function calls

ustring is a C++ library to implement the complete Unicode 3.0 standard. It gives an easy access to the properties of each of the 10600 characters defined by the Unicode 3.0 standard, including the uppercase and lowercase mapping, category and subcategory, character name, and bidirectional category.

ustring C++ Unicode library provides a wide string class which fits with STL, implementing a full Unicode normalizer, uppercase and lowercase transformation, and diacritical mark removal. A Unicode level-1 regular expression class is also provided.

C++ Command Line Library provides a framework for handling command line options and arguments. Either variables (of any type) are set to values given at the command line. Or user defined functions are called with arguments (of any type) read from the command line.
It was developed and tested using kdevelop 2.1 and gcc 2.95.3 on SuSE Linux 7.3.x
Main features:
- Easy extraction of command line arguments
- Automatic conversion of command line arguments to any type (even user defined classes)
- Convenient handling of command line usage errors by exceptions
- Complete documentation
- And all this is absolutely free

Intel C++ Compiler application is a full fledged C/C++ compiler and debugger suite. Its aim is to provide outstanding performance for all Intel 32-bit and 64-bit processors, while not requiring the need for porting applications from other compilers.

It provides optimization technology, threaded application support, and features to take advantage of Hyper-Threading technology. It is substantially source and object code compatible with GNU C, providing fullest compatibility with GCC and G++ 3.x/4.x both in terms of code and of API. It is thereby also easy to integrate with existing development environments.

Itzam/C++ wraps the Itzam database engine with C++ templates for both simple and complex database classes.
Itzam/C++ wrapper supports B-tree indexes with unique or duplicate keys, and includes multithreaded resource locking.
Complete class documentation is embedded in the source code and available online.
Itzam creates and manipulates files containing variable-length, random access records; these records can be access via a variety of index types. Currently supported indexes include:
B-tree
A B-tree index stores and retrieves indexes by a program-defined key value -- for example, a string or a number that uniquely identifies the content of the record. B-tree indexes also maintain a programmer-defined order for keys, thus allowing sequences of records to be retrieved in alphabetic or numeric order.
Sparse Matrix
In a sparse matrix index, records can be referenced by their column and row coordinates in a two-dimensional grid. This is extremely fast, and useful for tabular data (as in spreadsheets).
Future Index Types
Geographical (longitude and latitude) and semantic (e.g., Bayesian) indexes are in development and testing.
Main features:
Small Footprint
- Itzam Core adds less then 6K bytes to a program when linked statically.
Portability
- Itzam is deliberately portable across operating systems and platforms. A database created on Windows is readable by an Itzam application on a Linux machine. The current release ships with support for building and testing on Unix, Linx, and Windows operating systems.
No Dependencies
- Itzam does not have any dependencies on external libraries or components, beyond the common elements included with every Standard C compiler.
Scalability
- Itzam supports various levels of complexity and abstraction, based on your needs and the environment inhabited by your application, Use the core C library for small and embedded projects
Flexibility
- Build your databases with indexes embedded in data files, or separate key information for the data it references, to provide different indexing schemes for different purposes. Iterator selectors provide flexible filtering to define subsets of a database.
Dual Licensing, GPL and Commercial
- Itzam can be licensed under either the GNU General Public License (GPL) or a simple non-free (closed-source) license. The GPL version is provided as is without support, while the commercial license provides technical assistance and notice of updates and bug fixes.
64-bit File Access
- Itzam is designed with 64-bit addressing in mind, and works with 64-bit Sun Solaris and 64-bit Linux. By default, the compiler generates 32-bit code addressing up to 4GB or file space; however, Itzam can be compiled to use 64-bit file addressing simply by defining the preprocessor symbol ITZAM64.
C++, Python, and Fortran 95 Abstractions
- The core library, written in ANSI C, operates at a low-level, working directly with the operating system. While a low-level library can be a powerful tool for embedde3d and small systems, large-scale projects can benefit from a higher-level of abstraction. Development and testing is underway for C++, Python, and Fortran 95 "wrappers".
Documentation
- Ive written tutorial and API documentation to accompany Itzam. A complete example application, a contact database, is the basis for the tutorial.
Enhancements:
- This release adds support for hash indexes and atomic file transactions with commit/rollback.
- There are also minor documentation and code clean-ups.

The C++ Cmdline Library provides a framework for handling command line options and arguments.
Either variables (of any type) are set to values given at the command line. Or user defined functions are called with arguments (of any type) read from the command line.
It was developed and tested using kdevelop 2.1 and gcc 2.95.3 on SuSE Linux 7.3.
Main features:
- Easy extraction of command line arguments
- Automatic conversion of command line arguments to any type (even user defined classes)
- Convenient handling of command line usage errors by exceptions
- Complete documentation
- And all this is absolutely free

C# Java Virtual Machine is a tiny implementation of the Java VM, including simple native classes. This project is written using the C# language. The VM is very easily expandable by writing additional native or Java classes.
Enhancements:
- The DbConnection class, which provides a connection to MS SQL or PostgreSQL using ADO.NET, was added.
- The Syst.MachineName method, which returns the machine name, was added.
- String.startsWith and String.endsWith functions were added.
- Some comments for VM.cs were written.