York Jong's Library tagged Cpp → View Popular

C++0x is the planned new standard for the C++ programming language. It is intended to replace the existing C++ standard, ISO/IEC 14882, which was published in 1998 and updated in 2003.

en.wikipedia.org/C%2B%2B0x - Preview

Cpp language

18 Mar 09

shedskin - Google Code

Shed Skin is an experimental compiler, that can translate pure, but implicitly statically typed Python programs into optimized C++. It can generate stand-alone programs or extension modules,

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ShedSkin Python Cpp compiler

Shed Skin - Wikipedia, the free encyclopedia

Shed Skin is an experimental compiler that translates pure but implicitly statically typed Python programs into optimized C++.

en.wikipedia.org/Shed_Skin - Preview

ShedSkin EXE Python compiler Cpp

13 Mar 09

Welcome - OpenCV Wiki

opencv.willowgarage.com/wiki - Preview

OpenCV Cpp Lib imaging

12 Mar 09

The CImg Library - C++ Template Image Processing Toolkit

CImg stands for "Cool Image" : It is easy to use and efficient. It's a very pleasant toolbox to code image processing stuffs in C++, and potentially covers a wide range of image processing applications.

cimg.sourceforge.net - Preview

imaging Cpp Lib opensource

CodeProject: CxImage. Free source code and programming help

CxImage is a C++ class that can load, save, display, and transform images in a very simple and fast way.

www.codeproject.com/...cximage.aspx - Preview

Cpp Imaging lib opensource

20 Jun 08

Open source Clustering software

The open source clustering software available here implement the most commonly used clustering methods for gene expression data analysis. The clustering methods can be used in several ways. Cluster 3.0 provides a Graphical User Interface to access to the clustering routines. It is available for Windows, Mac OS X, and Linux/Unix. Python users can access the clustering routines by using Pycluster, which is an extension module to Python. People that want to make use of the clustering algorithms in their own C, C++, or Fortran programs can download the source code of the C Clustering Library.

bonsai.ims.u-tokyo.ac.jp/...software.htm - Preview

Python clustering C Cpp module

26 Apr 08

Unicode for Programmers - Windows

This article focuses exclusively on system-level Windows programming in C and C++. Other languages designed for Windows, such as Visual Basic, deal with Unicode in their own idiosyncratic ways. Starting with .NET, all of these languages (including VB.NET and C#) now use UTF-16 Unicode strings.

www.jorendorff.com/...windows.html - Preview

Unicode UTF-16 Windows C CPP

On Windows, as in Java, using Unicode means using UTF-16 as the
general-purpose encoding for manipulating text in memory and passing
strings to APIs.
On Windows/x86 platforms, wchar_t is a
16-bit type, and it is used exclusively for Unicode.
5 more annotations...
- Unicode support first showed up in
  Windows NT. The entire NT line supports Unicode throughout the
  kernel. The 9x line doesn't.
- Each different locale where Windows 9x is supported has
  its own 8-bit character set, which is called "ANSI" for no good
  reason.
- In the United
  States and Western Europe, Code Page 1252 is used; it's based on
  Latin-1 but has plenty of Microsoft-specific variations.
- All Windows API functions that do anything involving strings or
  characters similarly have two versions: one with an A at the end that
  uses 8-bit ANSI strings, and one with a W that uses wide strings.
- If you
  compile your program with UNICODE defined or call any of
  the "W" functions directly, you will need to install the Microsoft
  Layer for Unicode before running that program on a Win9x platform.

02 Apr 08

7.平行處理程式的基礎：第二部分

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CPP parallelism programming

08 Feb 08

最快速度找到内存泄漏

blog.csdn.net/...1451083.aspx - Preview

CPP VC memory

03 Feb 08

TBB Home

threadingbuildingblocks.org/ - Preview

CPP TBB multicore parallelism

24 Jan 08

萬年歷算星期的公式

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CPP calendar formula

10 Oct 07

把标准C++视为一个新语言

jjhou.csdn.net/er-4-learning-standard-cpp.htm - Preview

CPP language

08 Oct 07

Boost.Spirit Home

spirit.sourceforge.net - Preview

CPP EBNF LL(inf) boost compiler parser recursive-descent template

Expression templates [2]
allow us to approximate the syntax of Extended
Backus Normal Form [3]
(EBNF) completely in C++

07 Sep 07

C++ Reference

www.cplusplus.com/reference - Preview

CPP STL lib reference

06 Sep 07

Gary's的C/C++ coding standard - GaryLee

www.dev.idv.tw/...C%2B%2B_coding_standard - Preview

CPP Doxygen coding

04 Sep 07

Place volatile accurately

www.embedded.com/...printableArticle.jhtml - Preview

5star C CPP embedded programming volatile

You can manipulate each special register as if it were an unsigned int, or if you prefer, a uint32_t. (Fixed-size integer types such as int16_t and uint32_t are defined in the C99 header <stdint.h>.
Many devices interact through a small collection of device registers, rather than just one. For example, the Evaluator-7T has two UARTs, numbered 0 and 1. Each UART is controlled by six special registers.
6 more annotations...
- typedef struct UART UART;
  struct UART
  {
  special_register ULCON;
  special_register UCON;
  special_register USTAT;
  special_register UTXBUF;
  special_register URXBUF;
  special_register UBRDIV;
  };
- An easy way to build in volatility into each UART is to write the typedef as:
  
  typedef struct UART volatile UART;
- A better way to define UART as an inherently volatile type is to fold the entire struct definition into the typedef and eliminate the structure tag, as in:
  
  typedef struct /* no tag */
  {
  special_register ULCON;
  special_register UCON;
  // etc.
  } volatile UART;
  
  Alternatively, you can declare every member of the struct to be volatile, as in:
  typedef struct UART UART;
  
  struct UART
  {
  special_register volatile ULCON;
  special_register volatile UCON;
  // etc.
  };
- The most obvious way to do that is define special_register as a volatile type, as in:
  
  typedef uint32_t volatile special_register;
- Some machines have some device registers that don't like to be read. If you need to keep track of the value you last wrote to such a register, you must maintain a "shadow" copy of the register's value stored in RAM
- I recommend defining a nonvolatile type for the shadow register and a volatile version of the shadow register type for the corresponding device register, as in:
  
  typedef uint32_t shadow_register;
  typedef shadow_register volatile
  special_register;