visual c

Visual Browser for C/C++ is a C/C++ Code Browser integrating program code editor,analyzer and documentation generator with code flowcharting and visualization.
It can help programmers to browse,edit,document and understand c,c++source code with built-in analysis for C/C++ program.It also can be used to visualize and flowchart c,c++ code.It now supports C,C++,VC++(Visual C++ .NET).

Code Visual for C/C++ is a C/C++ Code Browser integrating program code analyzer, editor and documentation generator with code flowcharting and visualization.

It can help programmer to browse,edit,document and understand source code.

It is composed of a code editor,a class browser and a flow chart window . The code flowchart displayed in flowchart window is synchronal with the code of code editor.

Flow chart window is capable to rapidly analyze source code and display the graphical presentation of currently edited code. Users can click on any part of flowchart, and then the related part of edited code will be highlighted ;

The powerful code editor works with flowchart window to help programmingmers to edit complex source code easily.

Users can click on any part of the edited code ,and then the related part of flowchart will be highlighted ; flowchart can be exported in MS Visio or BMP formats on any flowchart expand level.

So programmers can create code flowchart documents easily.

Current edited code can directly be printed or be exported as RTF or HTML with colors And the format is just the same as its appearance in editor , What You See is What You Get.

Code Visual for C/C++ supports C/C++ programming languages: C ,C++ ,VC++(Visual C++ .NET) .

Here are some key features of "Visual Browser for C/C++":

· Generate Flowchart from VC,C,C++ code
· Export code Flowchart as Bitmap
· Syntax highlighting for VC,C,C++
· Synchronization between flowchart and the code in editor
· Unlimited code flowchart expand levels
· Two Display modes


Limitations:

· Code Visual for C/C++ is distributed as Shareware. You can freely download and try it for 30 days. If you find it useful and decide to keep it over 30-day evaluation period, you should pay the registration fee.

Neuron Visual C++ is an IDE for building C++ programs. Build Windows C/C++ programs using free Microsoft Visual C++ Toolkit 2003 and Platform SDK. Build your existing Visual Studio 6 DSW and DSP projects with the new compiler.

Build new programs using the IDE. Analyze and view code and code statistics, inheritance trees etc. Build C/C++ programs using Intel 8.0 Compiler. Freely configure and mix and match compilers and development environments.

Includes Neuron PE Disassembler : Disassemble DLL, OCX and EXE files and view their code and resources. View DLL and EXE code as Intel ASM and/or structured pseudo ASM/C/C++. View DLL imports, exports, call and caller trees. View and extract resources, convert dialog boxes, menus and string tables to Java classes.

Microsoft Visual C++/MFC FAQ is a collection of questions an answers about all aspects of Visual C++ / Microsoft Foundation Classes programming. The goal of this FAQ is to be a clearing house for answers to MFC questions commonly asked on Usenet newsgroups and the MFC List.

Visual C++ 2005 Express Edition enables you to write managed applications for the .NET Framework that take advantage of the vast number of classes in the .NET Framework Class Library, including features such as garbage collection.

The Visual C++ 2005 implements the new ECMA C++/CLI standard for writing simple yet powerful code for the .NET Framework s Common Language Runtime (CLR). Using Visual C++, you can write class libraries, console applications, or Windows Forms applications. Visual C++ 2005 also lets you use C++ to build 32-bit native code console applications that have access to the full Standard C and C++ libraries. You can also mix native and managed code in a single project, giving you the flexibility to use existing libraries as well as .NET Framework classes in the same application.

Visual C++ 2005 Express Edition includes a fully ISO-compliant implementation of the Standard Template Library (STL). STL is a general purpose library of algorithms and data structures that is based on a concept known as generic programming. The library includes the container classes such as vector, queue, list, and map that are implemented using C++ templates. These work with any data type, including both built-in types as well as any types you define yourself.

Here are some key features of "Microsoft Visual C++ 2005 Express Edition":


Powerful Language and Libraries
· Create managed and native C++ applications
· Standards conformant, optimizing C++ compiler
· Standard Template Library (STL)
· Use third-party libraries to increase productivity

More Secure C++
· Safe C Runtime Library (CRT)
· Buffer overrun detection

Visually Design Windows Applications
· Visual design surface
· Toolbox
· Property Window
· Snap lines
· Toolstrip control
· Menu control
· Container controls
· WebBrowser control
· MaskedTextBox control
· Background Worker component
· NotifyIcon control
· TreeView control
· ListView control

Interactive Development Environment
· IntelliSense
· XML comments
· Task List
· Find All References
· Navigate code
· Call Browser

Powerful Debugging
· Breakpoints
· Edit and Continue
· Debugger Data Tips
· Debugger Visualizers
· Call Stack
· Conditional Breakpoints
· Breakpoint Window

CMATH for Visual C++ is a useful and comprehensive library for complex-number arithmetics and mathematics, both in cartesian and in polar coordinates, for C/C++ and Pascal/Delphi compilers. CMATH is available as a stand-alone product. It is also included in the OptiVec package.

All functions may alternatively be called from classic C and Pascal/Delphi with type-specific function names (like cf_sin, cd_exp, pe_sqrt), or from C++ and Delphi with overloaded function names and operators (like sin, exp, sqrt, operator +; operators only in C++). As far as possible, all functions have the same names in the Pascal/Delphi version as in the C/C++ version.

Superior speed, accuracy and safety are achieved through the implementation in Assembly language (as opposed to the compiled or inline code of available complex C++ class libraries). Only for the most simple tasks, alternative inline C++ functions are used in the C++ version.

As far as the scope of CMATH overlaps with the complex class implementations of Visual C++, Borland C++, and Delphi, CMATH is a high-quality replacement for the latter, which are all quite inefficient and inaccurate.

In contrast to the written-down-and-compiled textbook formulas of most other available complex libraries (including those coming with Visual C++ and the Borland compilers), the implementation of CMATH was guided by the following rules:

Without any compromise, top priority is always given to the mathematically correct result, with the accuracy demanded for the respective data type. Especially for complex functions, this necessitates a very thorough treatment of many different situations. To this end, the various cases have to be distinguished with pedantic care. (Textbook formulas do not need to treat these situations separately, as they theoretically assume infinite accuracy of intermediate results; an actual implementation, however, has to work with the limited accuracy given by real-life processors.)

Mathematical functions must be "safe" under all circumstances. They may for no reason simply crash, but have to perform a decent error treatment. This is true even - and perhaps especially - for seemingly nonsense arguments, with the single exception of the non-numbers INF and NAN, which occur themselves only as a result of serious errors in other functions.

By all possible means, greatest execution speed must be attained. (After all, you did not buy your fast computer for nothing!)
The program code has to be as compact as possible. However, in case of conflicts, faster execution speed is always given priority over smaller code size.

OptiVec for Visual C++ comes with libraries of vector, matrix, and complex math functions for PC compilers.
Most programs that process numerical data consist of loops. But loop overhead is unnecessarily slow.

Replacing these loops by hand-optimized, Assembler-written vector functions and matrix routines speeds up program execution by up to a factor of 2-3 and also greatly enhances numerical accuracy.

OptiVec Brings the Power of Vectorized Programming to the PC!
OptiVec is a complete, hand-optimized set of libraries with over 3500 vector and matrix functions, and complex-number math routines.

OptiVec contains the fully vectorized forms of all operators and math functions of C/C++/Pascal/Delphi for all integer and floating-point (including complex) data types, plus many other real and complex math functions and routines for statistics, analysis, FFT techniques, curve fitting, interpolations, vector and matrix algebra, matrix decomposition, and graphics.
In parts, OptiVec overlaps with the well-known BLAS and LINPACK libraries, but features an easier nomenclature and a generally more efficient implementation.

FREE-ASPT for Windows (Visual C++) was created to develop stand-alone real-time adaptive filters executable programs for the Windows operating systems (including Windows NT, ME, 98, XP, 2000, and 95) using ASPT API and Microsoft Visual C++ 6.0 or better

Here are some key features of "FREE ASPT for Windows Visual C":

· Two dynamic link libraries (DLL) and their corresponding import libraries providing the implementation of 16 adaptive filters in single and double precision floating point arithmetic.
· Include files containing the declarations of the adaptive filters.
· C source code of a short application for each included adaptive filter.
· The complete C-ASPT API reference pages in HTML format.

Comprehensive, Assembler-written library for complex-number arithmetics and mathematics. All functions may be called from C or C++.