C ++数据类型与C＃数据类型 [英] C++ Data Types vs. C# Data Types

问题描述

作为一个专业的C＃程序员学习C ++，我想保持数据类型与C＃相同。我写了一个头文件，应该帮助这个。我想知道的是如果是正确的。

  // boolean 
 //＃DEFINE bool char 
 //＃DEFINE true 0x01 
 //＃DEFINE false 0x00 
 
 // 8位整数
 #DEFINE字节unsigned char 
 #DEFINE UInt8 unsigned char 
 #DEFINE字节无符号字符
 #DEFINE sbyte char 
 #DEFINE Int8 char 
 #DEFINE SByte char 
 
 // 16位整数
 #DEFINE ushort unsigned short int 
 #DEFINE UInt16 unsigned short int 
 #DEFINE short short int 
 #DEFINE Int16 short int 
 
 // 32位整数
 #DEFINE uint unsigned int 
 #DEFINE UInt32 unsigned int 
 //＃DEFINE int int 
 #DEFINE Int32 int 
 
 // 64位整数
 #DEFINE long long long 
 #DEFINE Int64 long long 
 #DEFINE ulong unsigned long long 
 #DEFINE UInt64 unsigned long long 
 
 // 32位浮点
 //＃DEFINE float float 
 #DEFINE单浮点
 
 // 64位浮点
 //＃DEFINE double double 
＃ DEFINE Double double 
  

解决方案

除了可怕的风格，

  #define long long long 
  
 
 
 
  ideone.com/Jg9DK\">http://ideone.com/Jg9DK  
 
 
 
反转宏定义的顺序无法完全解决问题。
 
 
 
  http://ideone.com/45wUS  
 
 
 
 
也会出现类似问题。
 
 
  #define short short int 
  
  http://ideone.com/dERGm 
 
As a professional C# programmer learning C++, I would like to keep data types the same as in C#. I wrote a header file that should help with this. What I want to know is if it is correct.
// boolean
//#DEFINE bool char
//#DEFINE true 0x01
//#DEFINE false 0x00

// 8-bit integers
#DEFINE byte unsigned char
#DEFINE UInt8 unsigned char
#DEFINE Byte unsigned char
#DEFINE sbyte char
#DEFINE Int8 char
#DEFINE SByte char

// 16-bit integers
#DEFINE ushort unsigned short int
#DEFINE UInt16 unsigned short int
#DEFINE short short int
#DEFINE Int16 short int

// 32-bit integers
#DEFINE uint unsigned int
#DEFINE UInt32 unsigned int
//#DEFINE int int
#DEFINE Int32 int

// 64-bit integers
#DEFINE long long long
#DEFINE Int64 long long
#DEFINE ulong unsigned long long
#DEFINE UInt64 unsigned long long

// 32-bit floating point
//#DEFINE float float
#DEFINE Single float

// 64-bit floating point
//#DEFINE double double
#DEFINE Double double

解决方案
Aside from the horrendous style, these macros don't even work the way you expect.
#define long long long
is prone to all sorts of problems.

http://ideone.com/Jg9DK

Reversing the order of the macro definitions doesn't fix the problem completely either.

http://ideone.com/45wUS

Similar problems occur with
#define short short int
http://ideone.com/dERGm

                        
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