sysinfo.cpp

simulation for computer selection

#include<iostream.h>
#include<conio.h>
#include<graphics.h>
#include<dos.h>
#include<process.h>
#include<stdlib.h>
#include<stdio.h>
#include<string.h>
int zspe=0,zspe1=0,zcom[10],zz=0,zres=1,zx=105,zy=120,zl=105,zr=120,zt=115,zb=135,zi,zcount=0;
 char znum[5];
int zn=0;
  void zca1(char ch);
  int  zconvertstr();
void main()
 {
 int gm=VGAHI,gd=VGA;

	initgraph(&gd,&gm,"c:\\tc\\bgi");
   cleardevice();
 settextstyle(TRIPLEX_FONT,HORIZ_DIR,3);
outtextxy(180,40,"SYSTEM INFORMATION");
 line(173,70,425,70);
  setcolor(LIGHTMAGENTA);
line(5,5,637,5);
line(5,5,5,470);
line(5,470,637,470);
line(10,10,630,10);
line(10,10,10,465);
line(10,465,630,465);
line(630,465,630,10);
line(637,470,637,5);
settextstyle(2,0,5);
setcolor(4);
fillellipse(25,110,3,3);
outtextxy(40,100,"Enter the number that are recived by system in one second (1-50)");
outtextxy(40,120,"--->");
fillellipse(25,160,3,3);
outtextxy(40,150,"Enter the size of the recived message in character (1-99)");
outtextxy(40,170,"--->");
fillellipse(25,210,3,3);
outtextxy(40,200,"Enter the percentage of the recived message that need to replay (1-99)");
outtextxy(40,220,"--->");
fillellipse(25,260,3,3);
outtextxy(40,250,"Enter the size of the sending message in character (1-99)");
outtextxy(40,270,"--->");
char zch;
for(;;)
{
zch=getch();
if(zch=='0'||zch=='1'||zch=='2'||zch=='3'||zch=='4'||zch=='5'||zch=='6'||zch=='7'||zch=='8'||zch=='9')
	{

	if(zcount<2+zspe)
	       {
	      znum[zn]=zch;
		zn++;
	       zca1(zch);
	      zcount++;
		}
	}
	if(zch=='\b')
	{
	zx=105;zi=0;
	  moveto(zx,zy);
	   setfillstyle(1,BLACK);
	  bar(zl,zt,zr+zspe1,zb);
	  zcount=0;zn=0;
	 }


	if((zch=='\r')&&(zn!=0))
	{
	 zx=105;
	 zi=0;
	 zy=zy+50;
	 zt=zt+50;
	 zb=zb+50;
	 zres++;
	 zcount=0;
	 zcom[zz]=zconvertstr();
	 zn=0;
	  zz++;
	 if(zres==4)
	 {
	 zspe++;
	 zspe1=zspe+10;
	 }else if(zres==5){break;}
	}
      }
  getch();
  }


  void zca1(char ch)
  {

	   moveto(zx+zi,zy);
	       settextstyle(2,0,5);
	       setcolor(24);
	       switch(ch)
	       {
	       case'0' : outtext("0");break;
	       case'1' : outtext("1");break;
	       case'2' : outtext("2");break;
	       case'3' : outtext("3");break;
	       case'4' : outtext("4");break;
	       case'5' : outtext("5");break;
	       case'6' : outtext("6");break;
	       case'7' : outtext("7");break;
	       case'8' : outtext("8");break;
	       case'9' : outtext("9");break;

	     }

	     zi=zi+8;
  }

    int  zconvertstr()
 {                   char zstr1[10];
  int zlen=strlen(znum);
  for(int zfi=0;(zfi<zlen);zfi++)
  {  zstr1[zfi]=znum[zfi];}
  zstr1[zfi]='\0';
  int ztemp=0;
 for(int zfx=0;zstr1[zfx]!='\0';zfx++)
 {
  switch(zstr1[zfx])
  {
   case '0':ztemp=ztemp*10;ztemp=ztemp+0;break;
   case '1':ztemp=ztemp*10;ztemp=ztemp+1;break;
   case '2':ztemp=ztemp*10;ztemp=ztemp+2;break;
   case '3':ztemp=ztemp*10;ztemp=ztemp+3;break;
   case '4':ztemp=ztemp*10;ztemp=ztemp+4;break;
   case '5':ztemp=ztemp*10;ztemp=ztemp+5;break;
   case '6':ztemp=ztemp*10;ztemp=ztemp+6;break;
   case '7':ztemp=ztemp*10;ztemp=ztemp+7;break;
   case '8':ztemp=ztemp*10;ztemp=ztemp+8;break;
   case '9':ztemp=ztemp*10;ztemp=ztemp+9;break;

   }
  }
  int zfinf;zfinf=0;
    zfinf=ztemp;
   printf("the float value is %d",ztemp);
   ztemp=0;
   for(int zz1=0;zz1<zlen;zz1++)
   {
   znum[zz1]='\0';
   }
 return zfinf;
}