/* IF USER JUST RUNS THE PROGRAM, WAIT UNTIL 'ENTER'
IS PRESSED TO FIND THE STARTING TIME */
void user_response(int x1,int y1,int col1,int col2)
{
void* ext;
unsigned int size; int line, choice;
size = imagesize(x1,y1,x1+110,y1+50); // calculate the size of the bar
ext = malloc(size); // allocate memory to hold the current image to use later
getimage(x1,y1,x1+110,y1+50,ext); // grab the image
// WAIT FOR USER RESPONSE
for(line=0;;line++)
{
draw_3dbox(x1,y1,x1+110,y1+50,col1);
settextstyle(2,0,5);
color_text(260,135,"Press ENTER",col2);
color_text(275,155,"to START",col2);
delay(500);
putimage(x1,y1,ext,COPY_PUT); // blink
delay(300);
fflush(stdin);
flushall();
if(kbhit())
choice=getch();
if(choice==13) //when Enter is pressed,lesson starts
break;
}
free(ext);
}
void end_lesson(int min,int sec,int eff,int err, int speed)
{
int change=0,y,x;
show_summary(min, sec, eff, err, speed);
draw_3dbox(260,220,320,240,15);
settextstyle(0,0,1);
color_text(280,227,"Ok",3);
showMouse();
while(1)
{
while(1)
{
x=getMouseX(); /* get the mouse position*/
y=getMouseY();
if(x>=260&&x<=320&&y>=220&&y<=240 && !change)
{
change = 1;
settextstyle(0,0,1);
hideMouse();
draw_3dbox(260,220,320,240,6); /* change the color of the box*/
/* change the text color*/
color_text(280,227,"Ok",15); /*cursor on yes*/
showMouse();
}
if((x<=260||x>=320||y<=220||y>=240)&& change)
{
change = 0;
hideMouse();
draw_3dbox(260,220,320,240,15);
/* when mouse moves away change the color to normal one*/
color_text(280,227,"Ok",3);
showMouse(); /*cursor on yes/no*/
}
if(mouseClicked())
{
x=getMouseX(); /*get the position where mouse is clicked*/
y=getMouseY();
while(1)
if(mouseReleased()) /* get the position*/
break; /* where mouse is clicked*/
break; /* and released */
}
}/*end of while 2 which changes color of button*/
/*check the position of mouse clicked*/
if(x>=260&&x<=320&&y>=220&&y<=240) // back
{
hideMouse();
up_down_button(260,220,320,240,280,227,19,15,15,6);
break;
}
}/*end of while 1*/
}
void run_info_window(){
draw_3dbox(500,125,620,215,1);
setlinestyle(SOLID_LINE,1,3);
setcolor(1);
line(502,125,618,125);
setcolor(7);
line(501,125,501,125);
button(510,120,610,205,15,1);
settextstyle(0,0,1);
color_text(518,130,"Pressed:",4);
color_text(518,150,"Correct:",4);
color_text(518,170,"Wrong :",4);
color_text(518,190,"B.space:",4);
}
void show_number(int n,int x, int y,int col,int font, int size)
{
char inch[20];
sprintf(inch,"%d",n);
settextstyle(font,0,size);
color_text(x,y,inch,col);
}
int time_control(){
if (prev != new_time.ti_sec)//show hour minute and second when prev!=ti.te_sec
{ //that is after 1 second
setfillstyle(1,4);
setcolor(4);
pieslice(550,260,angle,angle+1,30);
angle-= INCREASE;
if(increase==90)
angle=359;
if(increase==180)
angle=269;
if(increase==270)
angle=179;
sec++;
increase+= INCREASE;
if(sec==60){
min++; sec=0;
}
setfillstyle(1,15);
bar(569,47,589,60);
if(second<=9){
if(!second){
bar(550,47,560,60);
if(!minute){
color_text(574,50,"00",4);
outtextxy(550,50,"0");
setfillstyle(1,4);
setcolor(4);
pieslice(550,260,90,120,30);
summary_content();
end_lesson(min,sec,eff,err,speed);
return 1;
}
minute--;
second=59;
show_number(second,574,50,4,0,1);
}
else{
outtextxy(574,50,"0");
show_number(second,582,50,4,0,1);
}
}
else
show_number(second,574,50,4,0,1);
show_number(minute,552,50,4,0,1);
second--;
prev = new_time.ti_sec;
}
return 0;
}
//! The player can type moves in PGN or coordinate notation.
//! The text-based UI includes the time left. The player can enter a blank or illegal move
//! to update the time. If an illegal or invalid move is entered, the user is asked again
//! to type a move.
//! \param board The current state of the game.
//! \param clock The amount of time left in the game.
const Move& Human_Player::choose_move(const Board& board, const Clock& clock) const
{
std::string why_illegal;
std::string move;
while(true)
{
board.ascii_draw(board.whose_turn());
if( ! why_illegal.empty())
{
std::cout << "Illegal move: " << move << " (" << why_illegal << ")" << std::endl;
}
std::cout << color_text(board.whose_turn());
if( ! name().empty())
{
std::cout << " (" << name() << ")";
}
std::cout << " to move | ";
if( ! board.game_record().empty())
{
std::cout << "Last move: "
<< int(std::ceil(board.game_record().size()/2.0)) << ". "
<< (board.whose_turn() == WHITE ? "... " : "")
<< board.last_move_record() << " | ";
}
std::cout << "Time: " << clock.time_left(board.whose_turn()) << std::endl;
std::cout << "Enter move: ";
std::getline(std::cin, move);
try
{
try
{
return board.create_move(move);
}
catch(const Promotion_Piece_Needed&)
{
std::cout << "What should the pawn be promoted to?\n";
std::cout << "Choice: [B N R Q]: ";
std::string promote;
std::getline(std::cin, promote);
return board.create_move(move + promote);
}
}
catch(const Illegal_Move& e)
{
why_illegal = e.what();
}
}
}
/* this function draws the tutorial window each time it is called */
void tutorial_window(void)
{
int i,y;
clearviewport();
/* back screen */
draw_3dbox(118,5,getmaxx()-175,getmaxy()-5,6); /* brown*/
draw_3dbox(130,20,getmaxx()-190,getmaxy()-20,15); /*white*/
setfillstyle(1,4);
bar(120,7,129,getmaxy()-7); /* red */
setlinestyle(SOLID_LINE,1,2);
for(i=0,y=44;i<16;i++,y+=26) /* the dots */
{
setcolor(7);
circle(140,y,4);
setfillstyle(1,7);
floodfill(140,y,7);
}
setcolor(3); /* spiral portion of the book */
for(i=0,y=40;i<16;i++,y+=26)
{
ellipse(128,y,140,340,14,11);
ellipse(128,y+4,140,340,13,9);
}
setlinestyle(SOLID_LINE,1,3);
setcolor(7);
for(i=0;i<2;i++)
{
line(275,50-i,425+i,50-i); /* right page right corner */
line(425-i,50+i,425-i,140);
line(165-i,353,165-i,430); /* right page left corner */
line(166+i,429-i,325,429-i);
setlinestyle(SOLID_LINE,1,1);
setcolor(8); /*for shade */
}
undr_line(165,81,12,250,18,7);
draw_3dbox(500,12,620,125,1);
settextstyle(0,0,1);
color_text(545,32,"Time",15);
button(520,45,600,63,15,1);
button(520,75,600,110,15,1);
keyboard_lesson();
setcolor(4);
circle(550,260,30);
showMouse();
}
void advanced_level(int file_no,int MINUTE, int angleINCREASE){
FILE *file;
file= fopen(file_name[file_no],"r");
char choice[2],comp;
// line & i will keep track wid total lines and chars respectively
int i=0,chars=0, file_pointer,line,z,char_x,char_y,dummy_choice;
int j1,ch1,x1,y1,time_up;
prev= -1;
time_interval=0, min=0, sec=0, eff=0, err=0, speed=0;
pressed=0, correct= 0, wrong= 0, cpm=0, correction=0;
minute=MINUTE, INCREASE= angleINCREASE,second=0;
tutorial_window();
hideMouse();
file_pointer=0; choice[1]='\0';
setcolor(4);
settextstyle(0,0,1);
outtextxy(542,50,"0");
outtextxy(562,50,":");
outtextxy(574,50,"00");
show_number(minute,550,50,4,0,1);
user_response(250,130,1,3);
time(&start_time);
settextstyle(2,0,5);
color_text(535,76,"ESC to",3);
color_text(536,76,"ESC to",3);
color_text(524,92,"quit/pause",3);
color_text(525,92,"quit/pause",3);
dummy_choice= 'A'; //just to initialize the drawing of a key
increase=0, angle=89;
file_open4_screen(file,173,72,36,1,6,30,0);
while(!feof(file)){
i=0;char_x=173;char_y=90; line=0; chars=0;
rewind(file);
fseek(file,file_pointer,0);
while(line<6){
if(feof(file)){
summary_content();
end_lesson(min,sec,eff,err,speed);
return;
//break;
}
gettime (&new_time);
time_up= time_control();
if(time_up)
return ;
if(i>=0){
color_text(char_x+8*i,(char_y+36*line)+1,"_",4);
color_text(char_x+8*i,(char_y+36*line)-23,"^",4);
}
if(kbhit()){
check_kb_up_down(dummy_choice,0);
choice[0]= getch(); // user input
dummy_choice= choice[0];
pressed++;
check_kb_up_down(choice[0],1);
if(chars>29){
color_text((char_x+i*8),(char_y+36*line)+1,"_",15);
color_text((char_x+i*8),(char_y+36*line)-23,"^",15);
i=0; line++; chars=0;
}
if(choice[0]==27 ) // ESC
{
pressed--;
make_sound(2000,100);
if(i>0)
summary_content();
z = continue_close(min,sec,eff,err,speed);
if(z)
return;
else
continue;
}
if(choice[0]==0){ // error checking for function keys
int ch1=getch();
if(ch1==80||ch1==72||ch1==75||ch1==77) //error checking to avoide right,left,up
continue;
}
else if(choice[0]==9)
continue; //error checking for tab
else if(choice[0]==8){ //BACKSPACE
correction++;
if(i>0 || line>0){
if(i>0){
file_pointer--;
fseek(file,-1,SEEK_CUR);
setfillstyle(1,15);
bar(char_x+i*8,char_y+36*line,char_x+(i*8)-8,char_y+7+36*line);
color_text((char_x+i*8)-8,(char_y+36*line)+1,"_",4);
color_text(char_x+i*8,(char_y+36*line)+1,"_",15);
color_text((char_x+i*8)-8,(char_y+36*line)-23,"^",4);
color_text(char_x+i*8,(char_y+36*line)-23,"^",15);
i--; chars--;
}
if(i>29){
line++; i=0;chars=0;
}
}
make_sound(1000,100);
}
else{
file_pointer++; correct++;
fscanf(file,"%c",&comp);
setcolor(4);
if(comp=='\n'){
i=0; chars=1; line++; continue;
}
if(comp!=choice[0] && choice[0]==' ')
{
char choice1 = '-'; //when space is pressed instead of any key, print dash
print_lesson(char_x+i*8,char_y+36*line,choice1,9);
make_sound(500,100);
wrong++; correct--;
}
else if(comp != choice[0]){
wrong++; correct--;
setcolor(9);
make_sound(500,100);
outtextxy(char_x+i*8,char_y+36*line,choice);
}
else
outtextxy(char_x+i*8,char_y+36*line,choice);
color_text((char_x+i*8)+8,(char_y+36*line)-23,"^",4);
color_text(char_x+i*8,(char_y+36*line)-23,"^",15);
color_text((char_x+i*8)+8,(char_y+36*line)+1,"_",4);
color_text(char_x+i*8,(char_y+36*line)+1,"_",15);
i++; chars++;
}
}
}
if(feof(file))
break;
setfillstyle(1,15);
bar(165,56,417,300);
undr_line(165,81,12,250,18,7);
file_open4_screen(file,173,72,36,1,6,30,file_pointer);
}
fclose(file);
closegraph();
}
void lesson_practice(int lesson_no,int num,int MINUTE,int angleINCREASE)
{
/* INCREASE= will control time, MINUTE= given time limit of typing */
int j1,ch1,x1,y1,time_up;
int char_x, char_y,i,choice,dummy_choice,line,z;
int rndm,store; /* 'store' is used to store chars serially in
store array */
prev= -1;
time_interval=0, min=0, sec=0, eff=0, err=0, speed=0;
pressed=0, correct= 0, wrong= 0, cpm=0, correction=0;
minute=MINUTE, INCREASE= angleINCREASE, second=0;
char_x = 173;
char_y = 72;
tutorial_window();
run_info_window();
hideMouse();
if(!num)
LETTER= 4;
else if(!lesson_no)
LETTER=20;
line = 1;
for(i=1,store=0; line<MAX ;i++,store++)
{
rndm = random(LETTER); // randomly seeks chars
if(!num){
store_chars[store]= lesson[lesson_no-1][rndm];
print_lesson(char_x, char_y, lesson[lesson_no-1][rndm],1);
}
else if(!lesson_no){
store_chars[store]= numeric[num-1][rndm];
print_lesson(char_x, char_y, numeric[num-1][rndm],1);
}
char_x +=8; //for next character
if(i%4==0) // GIVING SPACE AFTER EVERY 4 CHARS
{
char_x +=8;
store++;
store_chars[store]=' ';
}
if(char_x >405) // NEXT LINE
{
char_x = 173;
char_y+= 36;
line++;
}
}
setcolor(4);
outtextxy(542,50,"0");
outtextxy(562,50,":");
outtextxy(574,50,"00");
show_number(minute,550,50,4,0,1);
run_info(pressed,correct,wrong,correction);
user_response(250,130,1,3);
time(&start_time);
settextstyle(2,0,5);
color_text(535,76,"ESC to",3);
color_text(536,76,"ESC to",3);
color_text(524,92,"quit/pause",3);
color_text(525,92,"quit/pause",3);
char_x= 173; char_y= 90; line =1; i=0;
dummy_choice= 'A'; //just to initialize the drawing of a key
increase=0, angle=89;
while(1)
{
gettime (&new_time);
time_up= time_control();
if(time_up)
return;
if(line<7){
color_text(char_x,char_y+1,"_",4);
color_text(char_x,char_y-23,"^",4);
}
if(kbhit())
{
check_kb_up_down(dummy_choice,0);
choice= getch(); // ASSIGN USER INPUT TO 'CHOICE'
dummy_choice= choice;
pressed++;
check_kb_up_down(choice,1);
if(line>6)
{
summary_content();
end_lesson(min,sec,eff,err,speed);
return;
}
if(choice==27 ) // ESC
{
pressed--;
make_sound(2000,100);
if(i>0)
summary_content();
z = continue_close(min,sec,eff,err,speed);
if(z)
return;
else
continue;
}
else if(choice==0) // error checking for function keys
{
ch1=getch();
if(ch1==80||ch1==72||ch1==75||ch1==77) //error checking to avoide right,left,up
continue;
}
else if(choice==9)
continue; //error checking for tab
else if(choice==8) // BACKSPACE
{
if(i>0)
{
correction++;
if(char_x<=173){
setfillstyle(1,15);
bar(char_x+233,char_y-36,char_x+243,char_y-29);
color_text(char_x,char_y+1,"_",15);
color_text(char_x,char_y-23,"^",15);
char_y-=36;
char_x+=240;
color_text(char_x-8,char_y+1,"_",4);
color_text(char_x-8,char_y-23,"^",4);
}
else{
setfillstyle(1,15);
bar(char_x-8, char_y, char_x,char_y+7);
color_text(char_x,char_y+1,"_",15);
color_text(char_x-8,char_y+1,"_",4);
color_text(char_x,char_y-23,"^",15);
color_text(char_x-8,char_y-23,"^",4);
}
--i;
char_x-=8;
sound(1000);
delay(100);
nosound();
}
}
else{
if(choice==store_chars[i]){ //letter is ok!
print_lesson(char_x,char_y,choice,4);
correct++;
}
else if(store_chars[i] !=choice && choice==' ')
{
char choice1 = '-'; //when space is pressed instead of any key, print dash
print_lesson(char_x,char_y,choice1,9);
make_sound(500,100);
wrong++;
}
else
{
print_lesson(char_x, char_y,choice,9);
make_sound(500,100);
wrong++;
}
color_text(char_x+8,char_y-23,"^",4);
color_text(char_x,char_y-23,"^",15);
color_text(char_x+8,char_y+1,"_",4);
color_text(char_x,char_y+1,"_",15);
char_x +=8;
if(char_x > 405)
{
color_text(char_x,char_y+1,"_",15);
color_text(char_x,char_y-23,"^",15);
char_x = 173;
char_y +=36;
line++;
}
i++;
} // end of else or default typing
run_info(pressed,correct,wrong,correction);
} // end of the initial 'if'
} // end of while
}
int continue_close(int min, int sec, int eff, int err, int speed)
{
unsigned int sum;
void* summary;
int x,y,j=-2,pr=-1,i;
// sum=imagesize(200,90,380,250);
sum=imagesize(170,90,410,250);
summary= malloc(sum);
getimage(170,90,410,250,summary);
show_summary(min,sec,eff,err,speed);
draw_3dbox(210,220,280,240,15);
draw_3dbox(305,220,370,240,15);
settextstyle(0,0,1);
color_text(214,227,"Continue",3);
color_text(317,227,"Close",3);
showMouse();
while(1)
{
while(1)
{
x=getMouseX(); /* get the mouse position*/
y=getMouseY();
for(i=0;i<2;i++)
{
if(x>=210+(i*95)&&x<=280+(i*90)&&y>=220&&y<=240 )
{
j=i; /* check the position*/
break;
}
}
settextstyle(0,0,1);
if(j>=0&&j<2&& j!=pr)
{
hideMouse();
draw_3dbox(210+(j*95),220,280+(j*90),240,6); /* change the color of the box*/
/* change the text color*/
if(j)
color_text(317,227,"Close",15); /*cursor on no*/
else if(!j)
color_text(214,227,"Continue",15); /*cursor on yes*/
showMouse();
}
if(j!=pr && pr>=0 && pr<2)
{
hideMouse();
draw_3dbox(210+(pr*95),220,280+(pr*90),240,15);
/* when mouse moves away change the color to normal one*/
if(pr)
color_text(317,227,"Close",3);
else if(!pr)
color_text(214,227,"Continue",3);
showMouse(); /*cursor on yes/no*/
}
pr = j; /* keeps the current postion to use next time as previous*/
j = -1;
if(mouseClicked())
{
x=getMouseX(); /*get the position where mouse is clicked*/
y=getMouseY();
break;
}
}/*end of while 2 which changes color of button*/
/*check the position of mouse clicked*/
if(x>=210&&x<=280&&y>=220&&y<=240) // continue
{
hideMouse();
up_down_button(210,220,280,240,214,227,18,15,15,6);
putimage(170,90,summary,COPY_PUT);
//showMouse(); /*if clicked on back return to previous stage*/
free(summary);
return 0;
}
else if(x>=305&&x<=370&&y>=220&&y<=240)
{
hideMouse();
up_down_button(305,220,370,240,317,227,23,15,15,6);
free(summary); //if clicked on close exit from the lesson
time_interval=0, min=0, sec=0, minute=0,second=0,eff=0, err=0, speed=0;
pressed=0, correct= 0, wrong= 0, cpm=0, correction=0;
showMouse();
return 1;
}
}/*end of while 1*/
}
/* shows the summary of typing */
void show_summary(int min, int sec,int acc, int err, int speed)
{
/* min= required minute, sec= required seconds, acc= percentage of accuracy,
err= percentage of pressing b.space, speed= typing speed */
char ch[5];
int j1,m,n,i,x=180,y;
char result[][50]= {"Time Elapsed:- min sec","Accuracy : %","Backspace : %","Speed[cpm]:"};
// draw_brief_window(200,90,380,250,1,6,0); // agerta
draw_brief_window(170,90,410,250,1,6,0);
settextstyle(0,0,1);
color_text(182,94,"Result",15);
settextstyle(2,0,5);//2,0,5 3
setcolor(6);
for(i=0,y=120;i<4;i++,y+=18){
outtextxy(x,y,result[i]);
outtextxy(x+1,y,result[i]);
}
// outtextxy(215,210,"Adjacent speed:"); */
show_number(min,300,120,4,2,5); // min
show_number(min,301,120,4,2,5);
show_number(sec,355,120,4,2,5); //sec
show_number(sec,356,120,4,2,5);
show_number(acc,268,138,4,2,5); // accuracy
show_number(acc,269,138,4,2,5); // accuracy
show_number(err,268,156,4,2,5); // error
show_number(err,269,156,4,2,5); // error
show_number(speed,268,174,4,2,5); // speed
show_number(speed,269,174,4,2,5); // speed
if(!minute && !second){
setfillstyle(1,0);
bar(175,120,405,135);
color_text(250,115,"TIME IS UP",6);
color_text(251,115,"TIME IS UP",6);
}
setcolor(4);
if(min ||sec)
{
if(acc || err || speed){
if(acc<=35)
outtextxy(315,138,"Beginner");
else if(acc>35 && acc<= 60)
outtextxy(315,138,"Intermediate");
else if(acc>60 && acc<= 95 )
outtextxy(315,138,"Advanced");
else
outtextxy(315,138,"Expert");
if(err <=5)
outtextxy(315,156,"Expert");
else if(err>5 && err<=10)
outtextxy(315,156,"Advanced");
else if(err>10 && err<=20)
outtextxy(315,156,"Intermediate");
else
outtextxy(315,156,"Beginner");
if(speed<=100)
outtextxy(315,174,"Beginner");
else if( speed>100 && speed<=160)
outtextxy(315,174,"Intermediate");
else if( speed>160 && speed<=220)
outtextxy(315,174,"Advanced");
else
outtextxy(315,174,"Expert");
}
}
}
/* keyboard of lesson screen */
void keyboard_lesson(void)
{
int z,i,j;
setfillstyle(1,7);
bar(60,303,532,435);
keyboard_but(60,305,532,435,0);
settextstyle(0,0,1);
keyboard_but(75,315,106,330,0);//ESC button
color_text(78,318,"Esc",8);
for(z=126;z<490;z+=33)
keyboard_but(z,315,z+28,330,0); //DRAWING BUTTONS 4 1ST ROW (FUNCTION KEYS)
for(i=130,j=0;i<500;i+=33,j++)
color_text(i,318,str0[j],8); //to write char in first row
for(z=75;z<460;z+=29)
keyboard_but(z,340,z+25,355,0); //Keep the keyboard button of 2nd row up
for(i=85,j=0;i<490;i+=29,j++){
if(j>10)
color_text(i-5,346,str1[j],8);
else
color_text(i,343,str1[j],8); //to write char in 2nd row
}
outtextxy(404,337,"_");
outtextxy(436,343,"+");
outtextxy(466,343,"|");
keyboard_but(481,340,516,355,0); // BACKSPACE
color_text(491,343,"<-",8);
keyboard_but(75,358,106,373,0); // tab
color_text(80,359,"<-",8);
color_text(83,365,"->",8);
outtextxy(85,349,"~");
outtextxy(360,397,"<");
outtextxy(390,397,">");
outtextxy(418,397,"?");
for(z=110;z<460;z+=30)
keyboard_but(z,358,z+26,373,0); //Keep the keyboard button of 3rd row up
for(i=120,j=0;i<460;i+=30,j++){
if(j>9)
color_text(i+5,363,str2[j],8);
else
color_text(i,361,str2[j],8); //to write char in 3rd row
}
outtextxy(416,361,"{");
outtextxy(446,361,"}");
for(z=119;z<440;z+=30)
keyboard_but(z,376,z+26,391,0); //Keep the keyboard button of 4th row up
for(i=129,j=0;i<460;i+=30,j++)
{
settextstyle(0,0,1); //to write char in 4th row
if(j==9)
color_text(i+5,381,str3[j],8);
else if(j==10)
color_text(i+6,385,str3[j],8);
else
color_text(i,379,str3[j],8);
}
outtextxy(393,379,":");
outtextxy(426,379,"\"");
for(z=143;z<420;z+=30)
keyboard_but(z,394,z+26,409,0); //Keep the keyboard button of 5th row up
for(i=153,j=0;i<450;i+=30,j++)
{
settextstyle(0,0,1);
if(j>6)
color_text(i+4,399,str4[j],8);
else
color_text(i,397,str4[j],8); //to write char in 5th row
}
keyboard_but(165,412,396,427,0); //space
keyboard_but(448,376,516,391,0);
keyboard_but(470,358,516,373,0); //enter
setcolor(7);
line(470,373,515,373);
line(470,374,515,374);
line(470,375,515,375);
line(471,376,515,376);
keyboard_but(75,376,115,391,0); // CAPS LOCK BUTTON
settextstyle(2,0,4);
color_text(79,377,"C.Lock",8);
keyboard_but(75,394,139,409,0); //l-shift
outtextxy(82,393,"^");
outtextxy(450,393,"^"); //pin-point of shift button
line(451,400,451,405); // 434these 4 lines make the long sticky portion of shift-button
line(453,400,453,405);
line(451,405,453,405);
line(83,400,83,405);
line(85,400,85,405);
line(83,405,85,405);
settextstyle(2,0,4);
setcolor(8);
outtextxy(85,395," Shift"); // left shift
keyboard_but(443,394,516,409,0); //r-shift
outtextxy(458,395," Shift");
/*ctrl,window,alt*/
for(i=75;i<136;i+=30)
keyboard_but(i,412,i+26,427,0);
settextstyle(2,0,4);
outtextxy(78,413,"Ctrl");
outtextxy(141,413,"Alt");
/*LEFT- window button*/
rectangle(117,415,127,424);
line(122,415,122,424);
line(117,419,127,419);
for(i=415;i<424;i+=2)
for(z=115;z>107;z-=2)
putpixel(z,i,8);
/*ctrl,alt,window,task*/
for(i=400;i<500;i+=30)
keyboard_but(i,412,i+26,427,0);
/* RIGHT- window button*/
rectangle(442,415,452,424);
line(447,415,447,424);
line(442,419,452,419);
for(i=415;i<424;i+=2)
for(z=440;z>433;z-=2)
putpixel(z,i,8);
settextstyle(2,0,4);
outtextxy(405,413,"Alt");
outtextxy(492,413,"Ctrl");
rectangle(467,415,477,424);
for(i=417;i<422;i+=2)
line(470,i,474,i);
}
int find_files(char* dirname, int socket, int *number, pthread_mutex_t *mtx)
{
int return_code, i, err;
DIR *dir_ptr;
struct dirent entry;
struct dirent *result;
struct stat mybuf;
char buf[256];
if ((dir_ptr = opendir (dirname)) == NULL) {
fprintf(stderr,"find files: couldn't open folder");
return -1;
}
else {
while( ( return_code = readdir_r(dir_ptr, &entry, &result) ) == 0 && result!=NULL) {
if (entry.d_ino==0) continue;
if ( strcmp(entry.d_name,".")==0 || strcmp(entry.d_name,"..")==0) continue;
strcpy(buf,dirname);
strcat(buf,"/");
strcat(buf, entry.d_name);
if ( stat (buf, & mybuf ) < 0) {
perror ( buf ) ; continue ; }
if (( mybuf.st_mode & S_IFMT ) == S_IFDIR ) // directory encountered
{
// printf("\ndirectory: %s\n", buf);
if ( find_files(buf, socket, number, mtx) == -1)
{ fprintf(stderr,"find files recursion error"); return -1; }
}
else // file encountered
{
QueueNode *node;
int filesize = (strlen(dirname)+strlen(entry.d_name)+2);
node = create_node();
node->number = number;
node->mutex = mtx;
node->clientSock = socket;
node->filesize = mybuf.st_size;
node->mode = mybuf.st_mode;
node->filename = malloc( filesize * sizeof(char) );
for (i=0; i<filesize; i++) node->filename[i] = '\0';
for (i=0; i<strlen(dirname); i++) node->filename[i] = dirname[i];
strcat(node->filename, "/");
strcat(node->filename, entry.d_name);
node->filename_size = filesize-1;
if (err = pthread_mutex_lock (& queue_lock )) {
perror2 ("insert queue pthread_mutex_lock ", err ); exit (1); }
while(size_queue(queue) == queue_size) {
pthread_cond_wait ( &insert , &queue_lock );
}
insert_queue(queue, node);
pthread_cond_signal ( &worker_cond );
color_text(client_color);
printf("[Client Thread: %ld]: Just added to queue: %s\n", pthread_self(), node->filename);
if (err = pthread_mutex_unlock (& queue_lock )) {
perror2 ("insernt queue pthread_mutex_unlock ", err ); exit (1) ; }
// printf("file: %d, %s/%s\n", mybuf.st_size ,dirname, entry.d_name);
}
}
closedir(dir_ptr);
}
return 0;
}
