signed short :为带符号的,表示范围: -32768~32767 __int16, __int32,这俩不知道是啥,不研究了,只是在vc6中无意看到有这种类型,等以后有空再研究。 代码语言:javascript 代码运行次数:0 复制 Cloud Studio代码运行 short a=1;unsigned short b=1;signed short c=1;__int16 d;__int32 e;CString str...
21、32、14 和 94 都在 int 的取值范围之内,因此它们都是 int 常量。 5.输出 int 型数据 我们可以用 printf 函数来输出 int 型数据。正如我们在前面的教程中看到的那样,占位符 %d 代表输出的是 int 型数据,它告诉 printf 函数在什么地方输出相应的 int 型数据。%d 也被称为格式限定符(format specifier),...
a);这里使用的%d在告诉printf以一个有符号整形的方式（int）输出变量 a 的值，就是说把变量 a 内存...
You need to use the unsigned int format specifier: printf("%u\n",yyy); ^^ using the wrong format specifier for printf is undefined behavior, which is covered in the C99 draft standard section 7.19.6.1 The fprintf function, which also covers printf with respect to format specifiers says: ...
Mismatch in C Format: Argument 2 of type 'unsigned int' doesn't match the expected type 'int *' for format specifier '%d' [-Wformat=], Single-argument Main Function could be the, Type conversion error: argument 1 cannot be converted from int * to int
Type mismatch in C format specifier for '%d': argument 2 is of type 'unsigned int' instead of expected type 'int *' causing warning [-Wformat=] of type ‘int *’, but argument 2 has type ‘unsigned int’ [-Wformat=] printf("RELEASE YEAR: %d\n",, It can be defined with no para...
UINT Read(unsigned int& i) { UINT x = MAXUINT32; i = x; return x; } int _tmain(int argc, TCHAR *argv[]) { union { unsigned int foo; uint16_t boo; } u; u.foo = 35; printf("Value of foo before Read() is %u, Value of boo before Read() is %u\n", u.foo, u.boo...
UINT Read(unsigned int& i) { UINT x = MAXUINT32; i = x; return x; } int _tmain(int argc, TCHAR *argv[]) { union { unsigned int foo; uint16_t boo; } u; u.foo = 35; printf("Value of foo before Read() is %u, Value of boo before Read() is %u\n", u.foo, u.boo...
Format specifier for unsigned short int in CIn C language there are many data types like, unsigned char, signed char or char, unsigned int, signed int or int, unsigned short int, signed short int or short int, unsigned long int, signed long int or long int, long double, double, float...
format specifier caused interpretation as a signed type. An integer in memory is just a collection of 0's and 1's. It can be either unsigned or signed. It is all in how you interpret it. 2's complement has historically been used in computers because the same addition and subtraction ins...