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// asmlearn1.cpp : 定义控制台应用程序的入口点。 
// 
 
#include "stdafx.h" 
 
using namespace std; 
#include "testh2inc.h" 
 
extern "C"  int __stdcall Test1(int val); 
 
extern "C" char g_fileName[];		//变量声明时也要用extern "C" 
extern "C" char g_pfileName[];		//label 指示的标识符不能指定指针 
//extern "C" *char g_fileName;	//本句与上句不同， 
//上边的g_fileName代表串本身的地址，而本句中的g_fileName表示一个变量，他的内容是串的地址， 
 
extern "C" H2INC2 testh2inc2; 
 
extern "C" g_Version; 
extern "C" char g_Data[]; 
extern "C" char g_Time[]; 
extern "C" g_Cpu; 
//extern "C" char g_Environ[]; 
extern "C" char g_Interface[]; 
extern "C"  g_Line; 
int power2( int num, int power ); 
 
char * TestInlineAsm(int i,char *p,int k); 
 
//声明一个共享段 
#pragma section("myShareData",read,write,shared) 
//在一个段内声明一个变量 
__declspec(allocate("myShareData"))  int g_TestVal = 0; //这条语句在VC6.0下有问题 
 
 
//或者 
/* 
#pragma data_seg("shared")  
HHOOK g_hProc = NULL; // 窗口过程钩子句柄  
HHOOK g_hKey = NULL; // 键盘钩子句柄  
HWND g_hRich = NULL; // 文本框句柄  
#pragma data_seg()  
#pragma comment(linker, "/section:shared,rws")  
*/ 
 
#include  
 
string testReturnVal(COMPLEXF_SLIB &f1) 
{ 
	//return COMPLEXF_SLIB(3,4,7,8); 
	COMPLEXF_SLIB f2; 
	f2.real=2.3; 
	f2.image=5.6; 
 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
	f2.real = f1.real * f2.image; 
	f2.image = f2.image + f2.real * f1.real; 
//	f2.test3 =f1.image+f1.real; 
 
//	return f2; 
	return string ("asldkj"); 
 
} 
 
 
int _tmain(int argc, _TCHAR* argv[]) 
{ 
 
/* 
 *	 
 测试进程间共享内存 
 */ 
	//while(1) 
	//{ 
	//	Sleep(200); 
	//	cout<< g_TestVal++ << endl; 
	//} 
	//__m128d a=3.5; 
	//__m128d b=6.8; 
	//__m128d ret=_mm_add_sd(a, b); 
	//complexf4(23,16); 
	//complexf5(23,16); 
	//cout<< (f4*f5) << endl; 
 
	//float f2=23.32; 
	//complexf1(f2,23.4); 
	//complexf3(23.4,f2); 
	//cout<< (f1*f3) << endl; 
	//cout<< sin(f2) << endl; 
	//return 1; 
	cout<< "long double=" << sizeof(long double) ; 
	COMPLEXF_SLIB	complex1[400]; 
	cout<< testReturnVal(complex1[3]) << endl; 
	 
	for(int k = 0; k< 400; k++) 
	{ 
		complex1[k].image=0.345; 
		complex1[k].real=0.789; 
	} 
	cout<< TestFloat1(1.2, 2.3, 3.4, complex1, 5); 
	return 1; 
	cout<