/*COM1 0x3F8
COM2 0x2F8
COM3 0X3E8
COM4 0X2E8*/
#define BufferSize 1000
void init_port();/*PORT SETTING*/
void main()
{
int gd=VGA,gm=VGAHI;/*InIt Graphics Driver*/
long int HRead,BRead;/*file stream handler and number of bytes read*/
char RBuffer[BufferSize];/*read buffer*/
unsigned long int FileSize=0;/*file size*/
unsigned long int NoOfByD=0;/*number of byte done*/
unsigned long int NumBuff1000;/*number of buffers.*/
int GotFromPort;/*to store data received from port*/
unsigned long int CurPos=0;/*pointer position in file*/
unsigned int i,g;
char FileName[30];/*FILE NAME*/
char FileSizeC[30];/*file size in char form*/
char NoOfBuffC[30];/* no of buffer in char form*/
char x[1];/*to convert int to num from CP.*/
int KeyInput=0,sta=1;
initgraph(&gd,&gm,"\\tc\\bgi");/*init graphics*/
cleardevice();
init_port();/*Initilize the COM port for communication*/
MainWindow("COM PORT COMMUNICATION UTILITY");
Boxes(30,60,360,180,0,"SELECT");
Show();
setcolor(14);
outtextxy(Left+60,Top+30,"COM PORT Communication Utility.");
outtextxy(450,430,"Sameer Rajendra Dubey");
outtextxy(450,450,"T.Y.B.Sc ELECTRONICS");
outtextxy(450,440,"ROLL NUMBER : 317");
Menu(1);
for(;;)
{
KeyInput=getch();
if(KeyInput == 27)
{
exit(0);
}
else if(KeyInput == 80)/*Down arrow key*/
{
switch(sta)
{
case 1:
{
Menu(2);
sta=2;
break;
}
case 2:
{ Menu(3);
sta=3;
break;
}
case 3:
{ Menu(4);
sta=4;
break;
}
case 4:
{ Menu(1);
sta=1;
break;
}
}
}
else if(KeyInput==72)/*Uparrow key*/
{
switch(sta)
{
case 1:
{ Menu(4);
sta=4;
break;
}
case 2:
{ Menu(1);
sta=1;
break;
}
case 3:
{ Menu(2);
sta=2;
break;
}
case 4:
{ Menu(3);
sta=3;
break;
}
}
}
else if(KeyInput == 13)/*enter key*/
{
if(sta==4)
{
cleardevice();
closegraph();
exit(0);
}
else
{
break;
}
}
}
if(sta==1)/*recieve file*/
{
int c,ch;
gotoxy(14,10);
InputBox("Recieve File");
scanf("%s",&FileName);
HRead=sopen(FileName,O_RDWR|O_BINARY|O_CREAT,SH_DENYNO,S_IREAD|S_IWRITE);/*OPEN FILE*/
outtextxy(Left+10,Top+120,"This terminal is ready to recieve a file.");
setcolor(14);
outtextxy(Left+10,Top+140,"when done press Esc to Exit");
c=inport(PORT1+5);/*CHECK IF RECIEVE DATA*/
if(c&1)
{
ch=inport(PORT1);
}
outportb(PORT1,100);/*SEND CHARACTER 'd' TO REMOTE TERMINAL.*/
for(;;) /*start copy*/
{
c=inportb(PORT1+5);
if(c&1)
{
ch=inport(PORT1);
x[0]=ch;
BRead=write(HRead,x,1);
outportb(PORT1,100);
}
if(kbhit())
{
char T=getch();
if(T == 27)
{
close(HRead);
cleardevice();
closegraph();
exit(0);
}
}
}
}
else if(sta == 2)
{
char choice;
Top=260;
Left=80;
for(;;)/*Do until we get a valid file name */
{
gotoxy(14,10);
MainWindow("COM PORT UTILITY");
InputBox("Send File.");
scanf("%s",&FileName);
HRead=open(FileName,O_RDONLY|O_BINARY);
FileSize=filelength(HRead);
if(HRead>0)/*valid file*/
{
int c=0;
if(FileSize>BufferSize)/*calculate the number of buffers.*/
{
NumBuff1000=(FileSize/BufferSize);
}
else
{
NumBuff1000=1;
}
if(NumBuff1000*BufferSize<FileSize)
{
++NumBuff1000;
}
min=0;/*assign min max values to status bar*/
max=NumBuff1000;
Boxes(30,60,300,180,0,"Send File");
Show();
setcolor(15);
outtextxy(Left+10,Top+30,"File Name:");
outtextxy(Left+10,Top+40,"File Size:");
outtextxy(Left+10,Top+50,"Number Of Buffer:");
setcolor(14);
outtextxy(Left+150,Top+30,FileName);
ltoa(FileSize,FileSizeC,10);
ltoa(NumBuff1000,NoOfBuffC,10);
outtextxy(Left+150,Top+50,NoOfBuffC);
outtextxy(Left+150,Top+40,FileSizeC);
outtextxy(Left+10,Top+80,"after making other terminal");
outtextxy(Left+10,Top+90,"Ready press any key to start.");
setcolor(15);
ShowBar(Left+170,200,10,150);
Refresh(0);
KeyInput=getch();
if(KeyInput == 27)
{
cleardevice();
closegraph();
exit(0);
}
for(i=1;i<=NumBuff1000;i++)/*all buffers send one by one */
{
CurPos=tell(HRead);/*get current pos of pointer*/
BRead=read(HRead,RBuffer,BufferSize);
CurPos+=BufferSize;
lseek(HRead,CurPos,SEEK_SET);/*update ptr*/
CurPos=tell(HRead);
g=0;
ShowBar(Left+170,200,10,150);
Refresh(i);
do
{
c=inportb(PORT1+5);/*CHECK THE DATA*/
if(c&1)
{
GotFromPort=inport(PORT1);/*get data*/
if(GotFromPort==100)/*if we get d*/
{
outportb(PORT1,RBuffer[g]);/*send char to serial port*/
NoOfByD++;
g++;
}
}
}while(g<BRead);
} /*end for*/
break;
}/*end if (valid file)*/
else
{
Boxes(80,260,450,120,4," Error !!!");
Show();
setcolor(15);
outtextxy(Left+10,Top+30,"incorrect file name or file does not exist.");
outtextxy(Left+10,Top+40,"press any key to reenter file name or Esc to Cancel");
outtextxy(Left+10,Top+90,"Esc-Exit");
choice=getch();
if(choice==27)
{
break;
}
}
}/*end for(;;)*/
}/*end of menu if*/
else if(sta==3)
{
int c,ch;
char UserName1[30],UserName2[30]="";
int GotName=0,GaveName=0;/*flags*/
int INBuffer[100],OUTBuffer[100];/*output BUFFERS*/
int INPtr=0,OUTPtr=0;
int v=0,flag=0,sl;
char s;
int i;
closegraph();
clrscr();
printf("%c",201);
for(i=1;i<=78;i++)
{
printf("%c",205);
}
printf("%c%c",187,186);
gotoxy(29,2);
printf("COM PORT CHAT UTILITY");
gotoxy(80,2);
printf("%c%c",186,200);
for(i=1;i<=78;i++)
{
printf("%c",(205));
}
printf("%c",(188));
i=0;
printf("\nenter your name :");
scanf("%s",&UserName1);
sl=strlen(UserName1);
do
{
if(GotName && GaveName)
{
if(!flag)
{
printf("\n%s:",UserName1);
flag=1;
}
c=inportb(PORT1+5);/*check to see if char has been recieved.*/
if(c & 1)
{
ch=inportb(PORT1);/*IF SO ,then get char*/
if(ch==13)
{
printf("\n%s:",UserName2);
for(i=0;i<INPtr-1;i++)
{
printf("%c",(INBuffer[i]));
}
INPtr=0;
printf("\n%s:",UserName1);
}/*end of our data,as we got the name.*/
else
{
INBuffer[INPtr]=ch;
INPtr++;
}
}/*&c*/
}/*G&G*/
if(kbhit())
{
ch=getch();/*if key pressed,get char*/
if((ch == 13) && GaveName && GotName)
{
for(i=0;i<=OUTPtr;i++)
{
outportb(PORT1,OUTBuffer[i]);
delay(1);
}
outportb(PORT1,13);
printf("\n%s:",UserName1);
OUTPtr=0;
}
else if(GaveName && GotName)
{
OUTBuffer[OUTPtr]=ch;
OUTPtr++;
printf("%c",ch);
}
}
if(!GotName)/*we want the name of the user on other computer*/
{
c=inportb(PORT1+5);/*check to see if char has been recieved.*/
if(c&1)
{
ch=inportb(PORT1);/*IF SO THE GET CHAR*/
if(ch==13)
{
i=0;
printf("\n user on remote computer:%s",UserName2);
printf("\n press Esc to Exit");
GotName=1;
}/*end of our data, as we got the name*/
else
{
s=ch;
UserName2[i]=s;/*store name*/
i++;
}
}
}/*end of got name*/
if(!GaveName)
{
outportb(PORT1,UserName1[v]);/*send name char by char*/
v++;
if(v == sl)
{
outportb(PORT1,13);
GaveName=1;
}
}
}while(ch!=27);/*Quit when Esc(ASC27) is pressed*/
}
closegraph();/*end of chat part*/
}
static void Bounds(
double &xbnd,
double &ybnd,
vector<double> &X )
{
// For plotting, we'd like to know the extent of each patch.
// So for each transform, create a BBox for enclosed points.
vector<BBox> Boxes( gNTr );
int nc = vAllC.size();
for( int i = 0; i < nc; ++i ) {
const Constraint &C = vAllC[i];
if( C.used ) {
Boxes[vImg[C.n1].itr].AddPoint( C.p1 );
Boxes[vImg[C.n2].itr].AddPoint( C.p2 );
}
}
// Calculate the global XY-bounds
double xmin = BIGD, xmax = -BIGD,
ymin = BIGD, ymax = -BIGD;
int nimg = vImg.size();
for( int i = 0; i < nimg; ++i ) {
int itr = vImg[i].itr;
if( itr < 0 )
continue;
TAffine T( &X[itr * 6] );
vector<Point> pts( 4 );
pts[0] = Point( Boxes[itr].xmin, Boxes[itr].ymin );
pts[1] = Point( Boxes[itr].xmax, Boxes[itr].ymin );
pts[2] = Point( Boxes[itr].xmax, Boxes[itr].ymax );
pts[3] = Point( Boxes[itr].xmin, Boxes[itr].ymax );
T.Transform( pts );
for( int k = 0; k < 4; ++k ) {
xmin = fmin( xmin, pts[k].x );
xmax = fmax( xmax, pts[k].x );
ymin = fmin( ymin, pts[k].y );
ymax = fmax( ymax, pts[k].y );
}
}
// Translate all transforms to put global origin at ~(0,0).
// An integer change makes layer-to-layer alignment easier.
int xfl = int(floor( xmin )),
yfl = int(floor( ymin ));
xmin -= xfl;
xmax -= xfl;
ymin -= yfl;
ymax -= yfl;
for( int i = 0; i < nimg; ++i ) {
int j = vImg[i].itr;
if( j >= 0 ) {
j *= 6;
X[j+2] -= xfl;
X[j+5] -= yfl;
}
}
// Open GNUPLOT files for debugging
FILE *fEven = FileOpenOrDie( "pf.even", "w" ),
*fOdd = FileOpenOrDie( "pf.odd", "w" ),
*fLabEven = FileOpenOrDie( "pf.labels.even", "w" ),
*fLabOdd = FileOpenOrDie( "pf.labels.odd", "w" );
// Write rects and labels
for( int i = 0; i < nimg; ++i ) {
int itr = vImg[i].itr;
if( itr < 0 )
continue;
TAffine T( &X[itr * 6] );
vector<Point> pts( 4 );
double xmid = 0.0, ymid = 0.0;
pts[0] = Point( Boxes[itr].xmin, Boxes[itr].ymin );
pts[1] = Point( Boxes[itr].xmax, Boxes[itr].ymin );
pts[2] = Point( Boxes[itr].xmax, Boxes[itr].ymax );
pts[3] = Point( Boxes[itr].xmin, Boxes[itr].ymax );
T.Transform( pts );
for( int k = 0; k < 4; ++k ) {
xmid += pts[k].x;
ymid += pts[k].y;
}
xmid /= 4.0;
ymid /= 4.0;
// select even or odd reporting
FILE *f, *flab;
int color;
if( vImg[i].z & 1 ) {
f = fOdd;
flab = fLabOdd;
color = 1;
}
else {
f = fEven;
flab = fLabEven;
color = 2;
}
// transformed rect
for( int k = 0; k < 5; ++k )
fprintf( f, "%f %f\n", pts[k%4].x, pts[k%4].y );
fprintf( f, "\n" );
// label
const char *rgn = strrchr( vImg[i].name.c_str(), ':' ) + 1;
fprintf( flab, "set label \"%d.%d-%s \" at %f,%f tc lt %d\n",
vImg[i].z, vImg[i].id, rgn, xmid, ymid, color );
}
// Close files
fclose( fLabOdd );
fclose( fLabEven );
fclose( fOdd );
fclose( fEven );
// Report
printf( "Bounds of global image are x=[%f %f] y=[%f %f].\n",
xmin, xmax, ymin, ymax );
fprintf( FOUT, "BBOX %f %f %f %f\n", xmin, ymin, xmax, ymax );
xbnd = xmax;
ybnd = ymax;
}
