5天了没人解决，求大牛

[和我赛跑的人]

.code
szBuffer db '0123456',256 dup(0)
start:
......
end start

这个汇编代码编译以后生产的EXE 0123456 在.text段

求C++实现这个效果代码，让常量在.text段

[和我赛跑的人]

引用 1 楼 Saleayas 的回复:

#pragma const_seg(".my_data1")
const char sz2[]= "test2";     // stored in .my_data1

const段， 不是我想要的 我要的是放到代码段里

[Symfund]

MSDN: #pragma code_seg( [ [ { push | pop }, ] [ identifier, ] ] [ "segment-name" [, "segment-class" ] ) // pragma_directive_code_seg.cpp void func1() { // stored in .text } #pragma code_seg(".my_data1") void func2() { // stored in my_data1 } #pragma code_seg(push, r1, ".my_data2") void func3() { // stored in my_data2 } #pragma code_seg(pop, r1) // stored in my_data1 void func4() { } int main() { }

[和我赛跑的人]

引用 3 楼 Symfund 的回复:

MSDN: #pragma code_seg( [ [ { push | pop }, ] [ identifier, ] ] [ "segment-name" [, "segment-class" ] ) // pragma_directive_code_seg.cpp void func1() { // stored in .text } #pragma code_seg(".my_data1") void func2() { // stored in my_data1 } #pragma code_seg(push, r1, ".my_data2") void func3() { // stored in my_data2 } #pragma code_seg(pop, r1) // stored in my_data1 void func4() { } int main() { }

我的是把常量放到text段里

[Saleayas]

#pragma const_seg(".my_data1")
const char sz2[]= "test2";     // stored in .my_data1

[赵4老师]

 
The _emit Pseudoinstruction
Home |  Overview |  How Do I

The _emit pseudoinstruction is similar to the DB directive of MASM. You use _emit to define a single immediate byte at the current location in the current text segment. However, _emit can define only one byte at a time, and it can only define bytes in the text segment. It uses the same syntax as the INT instruction. 

The following fragment places the given bytes into the code:

#define randasm __asm _emit 0x4A __asm _emit 0x43 __asm _emit 0x4B
 .
 .
 .
__asm {
     randasm
     }

[和我赛跑的人]

引用 5 楼 zhao4zhong1 的回复:

 
The _emit Pseudoinstruction
Home |  Overview |  How Do I

The _emit pseudoinstruction is similar to the DB directive of MASM. You use _emit to define a single immediate byte at the current location in the current text segment. However, _emit can define only one byte at a time, and it can only define bytes in the text segment. It uses the same syntax as the INT instruction. 

The following fragment places the given bytes into the code:

#define randasm __asm _emit 0x4A __asm _emit 0x43 __asm _emit 0x4B
 .
 .
 .
__asm {
     randasm
     }

dw dd有吗