Question

In: Computer Science

Connect Four is a game that alternates player 1 and player 2. You should keep track...

Connect Four is a game that alternates player 1 and player 2. You should keep track of whose turn it is next. For this program we will just be building the structure not the full program.

Your assignment: Create a two player Connect Four C language program that follows the requirements below.

Create functions:

  • Initialization – print “Setting up the game”. Ask each player their name.
  • Teardown – print “Destroying the game”
  • Accept Input – accept a letter for which column of the game we are going to drop a disc into. Valid letters are A-G (7 columns). You should designate a letter for “Quit the game”. Input must be returned from this function.
  • Update the state of the world – pass the input data to this function. Since we do not have a “world” right now, choosing “A” is the “winning move”, all other letters make the game continue. This method must not print anything. It only does calculations. Results from here update the “global state.”
  • Display the state of the world – Print the result calculated in the state of the world. Later, this should print the board.
  • Main – call initialization, then loop until a flag is set (game over or a player quit), calling accept input, update and display. Outside of the loop, call teardown.

Make variables to define the size of the board (width and height). These can be global variables. Other global variables might include player names, which player should play next and “did anyone quit yet?” If you consider the game board in Connect Four carefully, you can see that it is a two-dimensional grid of squares. When a player deposits a disc in a column, the disc must “fall” until it is either just above the bottom (i.e. in the last row) or it is sitting upon another disc. There are many models that we could use for this, but for this assignment, we will use a simple two-dimensional array.

There are a number of additional requirements for the Connect Four program that we need to do in order to complete our game, make sure your program includes the following:

  1. We need to allocate the space for the game board. While this is a fixed size board, we will still dynamically allocate the space for the board in the initialization function.
  2. Whenever we allocate memory, we need to make sure that we free it as well. Free the memory in the teardown function.
  3. Print the game board in the display the world function. Use one character for an empty spot, one character for the discs for player one and another character for the discs for player two. You may use whatever characters you prefer. You may make the display as complex as you wish so long as we can clearly see what moves are available.
  4. The remainder of the work to be done goes into “update the state of the world.”
    1. We must look through the column of the array and add the new disc into the array in the appropriate location based on the column that the player chose.
    2. We must signal to end the game if the column that the player chose is full.
    3. We must look for 4 discs belonging to one player in a straight line. The line can be horizontal, vertical, or diagonal. When we find this, we must signal end of the game.

With these changes, we can now play the game with players taking turns at the keyboard.

Solutions

Expert Solution

ANSWER :-

GIVEN THAT :-

#include<stdio.h>
#include<string.h>
#include<string.h>
#include<math.h>
#include<windows.h>
#include<conio.h>
char check[4];
char yes[]="yes";
int num_rows=12;
int num_cols=12;
int save_load();
int i=0,j=0,k,n,row,col,value,score_x=0,score_o=0,game_mode=0,number,Highscore,connecter=0,b=0,select_sides=0;
char board[100][100];
char read[10];
char name1[20];
char name2[20];
char save[]="save";
char sides[]="replace";
char red[]="redo";
char undo[]="undo";
char mains[]="start";
int position [100];
int redo[100];
void printboard(); //FUNCTIONS TO PRINT BOARD
void findposition(); //FUNCTION TO GET THE POSITION OF ELEMENT
void printnumber(); //FUNCTION TO PRINT NUMBER AND CHECK IT's VALIDTY
void scoreCheck(); //FUNCTION TO CHECK SCORE
void High_Score(); //FUNCTION TO DETERMINE THE HIGH SCORE
void select_side(); //FUNCTION TO SWAPE SELECT SIDES
void XML(); //FUNCTION TO READ FROM XML FILE
void instrctions(); //FUNCTIONS TO PRINT THE INSTRUCTIONS OF THE GAME
int main(){
int flag=1;
XML(); //FUNCTION TO READ FROM XML FILE
findposition(); //FUNCTION TO GET THE POSITION OF ELEMENT
start(); //FUNCTION FOR MAIN MENU
score_o=0;score_x=0;b=0; //NEW INTIALIZATION FOR NEW GAME
while(flag==1){ //FLAG TO START A NEW GAME
printf("\nDo you want to go to main menue yes/no?");
scanf("%s",&check);
if(strcmp(check,yes)==0)start(); //ASKING FOR CONTINUE
else flag=0;
}
return 0;
}
//FUNCTION TO STARTING THE MAIN MENU
void start(){
XML();
int choose;
system("cls"); //CLEAR SCREEN AFTER EACH PLAY
for(i=0;i<15;i++)printf("\n");
system("COLOR 1C"); //CHANGING THE COLOR OF SCREEN
printf(" Welcome to connect four\n"); //WELCOME MESSAGE
Sleep(1000);
for(k=0;k<3;k++)printf("\n");
system("COLOR EC"); //CHANGING COLR OF THE SCREEN
printf(" 1-new game\n" ////////////////////////////
" ---------- \n" // //
" 2-high scores\n" // MAIN MENU //
" -------------\n" ////////////////////////////
" 3-load game\n"
" -----------\n"
" 4-instruction\n"
" ------------- "
" \n");
printf("choose from the previous options: \n");
for(i=0;i<32;i++)printf("-"); //SCAN THE OPERATION TYPE FROM THE USER
printf("\n");
scanf("%d",&choose); //GET THE USER CHOOSE
switch(choose){
case 1: printnumber();break;
case 2: High_Score();break;
case 3: read[0]='l';save_load();printnumber();break;
case 4: instrctions();break;
default: printf("error please try again !!");
}
}
void instrctions(){
system("cls"); //PRINTING A NEW SCREEN
system("COLOR 1C");
printf(" **** HOW TO PLAY **** \n\n\n"); //GAME INSTRUCTIONS
printf("the aim of the game is to connect 4 (x) or 4 (0) vertically or\n horizontally or diagonally \n");
printf("the player who connect 4 more than the other will be the winner\n\n\n");
printf("press u or undo : to go back one step , you can return back to first turn in the board\n");
printf("press r or redo : to go forward for one step, you can return the board again\n");
printf("press s or save : to save the game with its score \n");
printf("to load a game : to load the game again you can use this option \n just press start and choose load from menue\n");
printf("press start : to go to main menue at any time\n");
printf("press replace : to re-select sides this option can't be use in case of player v.s computer to prevent\n evil indeeds");
char back[]="back";
char main[6];
printf("\n press back to return to main menue \n"); //GET BACK TO MAIN MENU TO CONTINUE PLAYING
scanf("%s",&main);
if(strcmp(main,back)==0){system("cls");start();}
}
//FUNCTION TO PRINT THE BOARD
void printboard(){
int row,col,a,c;
if(b==0){ //INTIALIZATION TO BOARD WITH '.'
for(a=0;a<num_rows;a++){
for(c=0;c<num_cols;c++)
board[a][c]='.';
}
}
b++;
system("cls"); //TO CLEAR SCREEN AFTER EACH PLAY
system("COLOR 4E"); //TO COLOR THE BOARD
for(row=0; row<num_rows; row++){ //PRINTING THE BOARD
for(col=0; col<num_cols; col++){

printf("| %c ",board[row][col]);
}
printf("|\n");
for(a=0; a<num_cols; a++) printf("____");
printf("\n");
}
for(a=0; a<num_cols; a++)printf("%*d",4,a+1);
printf("\n");
}
//FUNCTION TO FIND THE POSITION OF ELEMENTS IN BOARD
void findposition(){
for(i=0; i<num_cols; i++){
position[i]=num_rows-1;
}
}
//FUNCTION TO PRINT THE X & O AND CHECK THE BOARD
void printnumber(){

if(read[0]!='l'){
printf("choose the game mode \n");
printf("--------------------\n");
printf(" 1) Player V.s Player \n 2) Player V.s Computer \n 3)player V.s hard computer\n");
scanf("%d",&game_mode); //GET THE GAME MODE FROM THE USER
b=0;
printboard(); //FUNCTION TO PRINT BOARD
findposition(); //FUNCTION TO GET THE POSITION OF ELEMENT
}
printf("please enter player (1) name: "); //GETTING THE PLAYERS NAME FROM THE USER
scanf("%s",&name1);
if(game_mode==1){
printf("please enter player (2) name: ");
scanf("%s",&name2);
}

for(i=connecter; i<num_cols*num_rows+select_sides; i++){

if(i%2==0){ //SWAPING TURNS
printf(" %s's turn\n choose the column to put x in: ",name1); //PRINTING PLAYER'S TURNS
scanf("%s",&read);
number=atoi(read);

}else{
if (game_mode==1) player2(); //CALLING THE FUNCTIONS OF PLAYERS MODE
else if(game_mode==2)computer();
else medium_computer();
}
if(strcmp(read,sides)==0){select_side();i--;}
else if(strcmp(read,mains)==0){
XML();
printf("WARNING the game won't be save\n do you want to save yes/no ? "); //WARNING IN CASE OF NOT SAVING FILE
scanf("%s",check);
if(strcmp(check,yes)==0){

read[0]='s';
save_load();
}
score_x=0;score_o=0;findposition();b=0;printboard();
start();
break;
}
else if(strcmp(read,save)==0||(read[0]=='s'&&read[1]=='\0')){ //COMPARISON IF THE USER WANT TO SAVE OR LOAD

save_load();
i--;
}else if((read[0]=='r'&&read[1]=='\0')||strcmp(read,red)==0||(read[0]=='u'&&read[1]=='\0')||strcmp(read,undo)==0){ //CHECK FOR UNDO AND REDO
redo_undo();
}else if(number<1||number>num_cols||board[0][number-1]!='.'){ //BOARD LIMITS
printf("out of scoop please try again\n");
i--;
}else{ //PRINTING X AND O
redo[i]=number-1;
value=position[number-1];
if(i%2==0)board[value][number-1]= 'X';
else board[value][number-1]= 'O';
position[number-1] -=1;
scoreCheck (); //CHECK SCORE
printboard(); //PRINTING THE BOARD
if(i%2==0) system("COLOR 5E"); //CHANGING THE COLOR OF SCREEN FOR EACH PLAYER
else system("COLOR BC");
printf("Score X = %d Score O =%d\n ",score_x,score_o); //PRINTING THE SCORE
printf(" **** HOW TO PLAY **** \n\n\n"); //GAME INSTRUCTIONS
printf("the aim of the game is to connect 4 (x) or 4 (0) vertically or\n horizontally or diagonally \n");
printf("the player who connect 4 more than the other will be the winner\n\n\n");
printf("press u or undo : to go back one step , you can return back to first turn in the board\n");
printf("press r or redo : to go forward for one step, you can return the board again\n");
printf("press s or save : to save the game with its score \n");
printf("to load a game : to load the game again you can use this option \n just press start and choose load from menue\n");
printf("press start : to go to main menue at any time\n");
printf("press replace : to re-select sides this option can't be use in case of player v.s computer to prevent\n evil indeeds\n");
}
}
if(i==num_rows*num_cols) {

High_Score(); //CALLING HIGH SCORE FUNCTION WHEN GAME IS ENDED
printf("\nDo you want to save ? (yes/no ) \n");
scanf("%s",&check);
if(strcmp(check,yes)==0){
read[0]='s';
save_load();
}
}
}
//FUNCTION TO CHECK CONNECT FOUR OR NOT
char checkFour(int a_1,int a_2,int b_1,int b_2,int c_1,int c_2,int d_1,int d_2){
if (board[a_1][a_2]==board[b_1][b_2]&&board[b_1][b_2]==board[c_1][c_2]&&board[c_1][c_2]==board[d_1][d_2]&&board[a_1][a_2]!='.')
return board[a_1][a_2];
return 'a';
}
//FUNCTION TO CHECK SCORE AFTER EACH PLAY
void scoreCheck (){
int i=1,j=1,counter =0,a,c=1,b=-1;
for(a=0; a<4; a++){
i=-i;
j=j*pow(-1,counter); //LOOPING TO CHCK SCORE IN FOUR DIRECTIONS
counter++;
if(num_rows>value+i*3&&value+i*3>=0&&num_cols>number-1+j*3&&number-1+j*3>=0){
if('X'==checkFour(value,number-1,value+i,number-1+j,value+i*2,number-1+j*2,value+i*3,number-1+j*3)) score_x+=1;
if('O'==checkFour(value,number-1,value+i,number-1+j,value+i*2,number-1+j*2,value+i*3,number-1+j*3)) score_o+=1;
}
if ('X'==checkFour(value,number-1,value+j,number-1+i,value-j,number-1-i,value-2*j,number-1-2*i)) score_x+=1;
if ('O'==checkFour(value,number-1,value+j,number-1+i,value-j,number-1-i,value-2*j,number-1-2*i)) score_o+=1;
}
for(a=0; a<2; a++){
c=-c;
b*=-1;
if(num_rows>value+3*c&&value+3*c>=0){
if('X'==checkFour(value,number-1,value+c,number-1,value+2*c,number-1,value+3*c,number-1))score_x+=1;
if('O'==checkFour(value,number-1,value+c,number-1,value+2*c,number-1,value+3*c,number-1))score_o+=1;
}
if(num_cols>number-1+3*c&&number-1+3*c>=0){
if('X'==checkFour(value,number-1,value,number-1+c,value,number-1+2*c,value,number-1+3*c))score_x+=1;
if('O'==checkFour(value,number-1,value,number-1+c,value,number-1+2*c,value,number-1+3*c))score_o+=1;
}
if('X'==checkFour(value,number-1,value,number-1+b,value,number-1-b,value,number-1-2*b)&&value-2*b>=0)score_x+=1;
if('O'==checkFour(value,number-1,value,number-1+b,value,number-1-b,value,number-1-2*b)&&value-2*b>=0)score_o+=1;
}
}
//FUNCTION FOR UNDO AND REDO
void redo_undo(){
int old_scorex=score_x;
int old_scoreo=score_o;
if(strcmp(read,undo)==0||(read[0]=='u'&&read[1]=='\0')){ //CALLING THE FUNCTION WHEN UUSER ENTER U OR UNDO
i--;
if(i<0) {} //IF I<0 HE CAN'T UNDO ANY STEP SO THIS FUNCTION IS USELESS
else{
int col = redo[i];
number=col+1;
value=position[number-1]+1;
scoreCheck(); //CHECKING THE SCORE
if(score_x>old_scorex)score_x=score_x-2*(score_x-old_scorex); //CECK THE NEW SCORE AFTER REDO
if(score_o>old_scoreo)score_o=score_o-2*(score_o-old_scoreo);
position[col]+=1;
number=col+1;
row=position[col];
board[row][col]='.';
i--;
j++;
}
}
else{
if(j<1){
i--;
}else{
int col=redo[i];
row=position[col];
if(i%2==0)board[row][col]='X'; //IT RETURNS THE X REMOVED BY UNDO FUNCTION
else board[row][col]='O';
position[col]-=1;
value=row;number=col+1;
scoreCheck();
j--;
}
}
printboard(); //CHEXK SCORE AFTER UNDO & REDO
printf("Score X = %d Score O =%d \n",score_x,score_o); //PRINTING THE SCORE
}
//FUNCTION TO PLAY PLAYER VS PLAYER
int player2 (){

printf("%s's turn\n choose the column to put 0 in: ",name2); //PRINTING TURN TO PLAYER TWO
scanf(" %s",read); //SCAN THE NUMBR FROM PLAYER TWO
number=atoi(read);
return number;
}
//FUNCTION TO PLAY VS COMPUTER EASY
int computer (){
printf("Computer turn: ");
if ((read[0] == 'u'&&read[1]=='\0')||strcmp(read,undo)==0) return; //FOR UNDO AND REDO RETURN NOTHING TO GET BACK FOR PLAYER TURN
else{
number=1+(rand()%num_cols); //COMPUTER PLAYING IN A RANDOM WAY
return number;
}
}
//FUNCTION FOR SAVE AND LOAD BINRY !!!!!!!!
int save_load(){

int k=num_rows-1 ,n,load; //INTIALIZATION AND DECLERATION VARAIABLES
static int counter=6;
char byte = 0;
FILE*save;
if((read[0]=='s'&&read[1]=='\0')||strcmp(read,save)==0){


char fileName[100],str[100] ;
puts("enter the file name : "); //GET THE FILE NAME FROM THE USER
scanf("%s",fileName);
sprintf(str,"%s%s",fileName,".shehab"); //ADD THE EXE TO THE FILE NAME
FILE*save=fopen(str,"wb"); //OPEN THE FILE FOR WRITE BINRY
byte |= num_cols<<4;
byte |= num_rows;
fprintf(save,"%c",byte);
byte=0;

for(n=0;n<num_cols;n++){
k=num_rows-1;
while(k>=0){ //WRITING IN BINRY FILE
if(board[k][n]=='X')load=3;
else if(board[k][n]=='O')load=2;
else if(board[k][n]=='.')load=0;
byte |= load<<counter; //SHIFTING THE BITS
counter-=2;
if(counter==-2){
counter=6;
fprintf(save,"%c",byte);
byte = 0;
}if(load==0)break;
k--;
}
}
if(counter!=-2)fprintf(save,"%c",byte);
fclose(save);
printf("Do you want to continue yes/no ? \n");
scanf(" %s",&check);
if(strcmp(yes,check)==0){}
else exit(main);
}
else if(read[0]=='l'){ //LOADING THE BINRY FILE

i=0;
char fileName[100],str[100] ; //DECLARTION
puts("enter the file name : "); //GET THE FILE NAME FROM THE USER
scanf("%s",fileName);
strcat(fileName, ".shehab"); //ADD THE EXETO THE FILE NAME
sscanf(str,"%s",fileName);
printf(" 1) Player V.s Player \n 2) Player V.s Computer \n 3) medium computer \n");
scanf("%d",&game_mode); //ASK THE USER FOR GAME LOADING MODE
save=fopen(fileName,"rb"); //READ BINRY FROM THE FILE
fscanf(save,"%c",&byte);

num_rows= byte &0xF;
num_cols= (byte>>4)&0xF;

b=0;findposition();printboard();system("cls");
counter = 6;
for(n=0;n<num_cols;n++){
k=num_rows-1;
while(k>=0){ //SHIFTING AND READING FROM BINRY FILE
if (counter == 6) {
fscanf(save,"%c",&byte);
}
load = (byte>>counter) & 3;
if (load == 0) {
} else if (load == 2) {
i++;connecter++;
board[k][n]='O';
value=k;number=n+1;
position[number-1]--;
scoreCheck(); //CHECK THE SCORE AFTER READING
} else if (load == 3) {
i++;connecter++;
board[k][n]='X';
value=k;number=n+1;
position[number-1]--;
scoreCheck();
}
counter-=2;
if(counter==-2){
counter=6;
}
k--;
if (load==0)break;
}

}fclose(save); //closing the file
printboard();
printf("Score X = %d Score O =%d \n",score_x,score_o); //PRINTING THE SCORE
}
}
//AI FUNCTION FOR PLAYING VS COMPUTER
int medium_computer(){
// THE FIRST PART OF AI THE MAIN IDEA OF THE AI IS WHEN THE TURN IS TO COMPUTER THE COMPUTER PUT X IN THE BOARD AND IF THE SCORE OF X INC. THEN
// IT'S THE BEST PLACE FOR O TO PREVENT X FROM CONNECTING FOUR
//IF THERE IS NO DANGER FROM X TO WIN SO THE COMPUTER STARTS TO THINK ABOUT THE BEST WAY TO PLAY SO IT'S SCORE INC.
int old_scorex=score_x;
int old_scoreo=score_o;
//CONNECT_4X REFERS TO ANY FOUR X
//CONNECT3_X REFERES TO EVERY THREE X AFTER EACH OTHER
//CONNECT4_0 REFERES TO EVERY FOUR O AFTER EACH OTHER
//CONNECT3_0 REFERES TO EVERY THREE O AFTER EACH OTHER
//CONNECT2_0 REFERES TO EVERY TWO O AFTER EACH OTHER
//CONNECT1_0 REFERES TO EVERY ONE O AND HAVE 3 SPACES AFTER IT OR BEFORE IT
int connect4_x=-1,connect3_x=-1 , connect4_o=-1,connect3_o=-1,connect2_o=-1,connect1_o=-1;
int num=number,critical;
number=number-4;
//HERE THE COMPUTER START TO DETECT THE BEST WAY FOR O TO PREVENT X FROM WINNIG
for(k=-3; k<=3; k++){
number++;
if(number<1||position[number-1]==-1||number>num_cols){
continue;
}else{
value=position[number-1];
board[value][number-1]= 'X';
scoreCheck();
board[value][number-1]= '.';
if(score_x-old_scorex>0){
connect4_x=number;
score_x=old_scorex;
}
score_x=old_scorex;
if(score_x-old_scorex>0)break;
}
}
//AFTER COMPUTER FAIL IN FINDING THE PLACE WHERE IF X PLAYS ON IT WILL WIN HE BEGIN TO CHECK ONE CASE IF THERE IS 2 X ON THE
//SAME ROW AND HAS TWO OR MORE SPACE BEFORE AND AFTER IT HE CONSIDER THIS CASE AS A CRITICAL ONE AND PREDICT WITH 2 STEPS
if(connect4_x==-1){
number=num;
value=position[number-1];
if(board[value+1][number-2]=='X' && ((value+1==position[number]&&value+1==position[number+1]&&value+1==position[number-3])||(value+1==position[number]&&value+1==position[number-3]&&value+1==position[number-4])))
connect3_x=number+1;

else if((board[value+1][number]=='X')&& ((value+1==position[number+1]&&value+1==position[number+2]&&value+1==position[number-2])||(value+1==position[number-2]&&value+1==position[number-3]&&value+1==position[number+1])))
connect3_x=number-1;

}
//AFTER HE FAILS TO DEFENCE HE TRIES TO ATTACK
//HE WILL CHECK THE BEST WAY TO PLAY O TO WIN
if(connect3_x==-1&&connect4_x==-1){
for(n=0; n<num_cols; n++){
number=n+1;
if(position[n]>=0){
value=position[n];
board[value][n]='O';
number=n+1;
scoreCheck();
if(score_o-old_scoreo>0){
connect4_o=number;
score_o=old_scoreo;
score_x=old_scorex;
}
score_o=old_scoreo;
score_x=old_scorex;
}
if(n<num_cols-1&&connect4_o==-1&&position[n+1]>=0){
value=position[n+1];
board[value][n+1]='O';
number=n+2;
scoreCheck();
if (score_o-old_scoreo>0){
connect3_o=number;
score_o=old_scoreo;
score_x=old_scorex;
}
score_o=old_scoreo;
score_x=old_scorex;
}
if(n<num_cols-2&&connect3_o==-1&&position[n+2]>=0&&connect4_o==-1){
value=position[n+2];
board[value][n+2]='O';
number=n+3;
scoreCheck();
if (score_o-old_scoreo>0){
connect2_o=number;
score_o=old_scoreo;
score_x=old_scorex;
}
score_o=old_scoreo;
score_x=old_scorex;
}
if(n<num_cols-3&&connect2_o==-1&&position[n+3]>=0&&connect3_o==-1&&connect4_o==-1){
value=position[n+3];
board[value][n+3]='O';
number=n+4;
scoreCheck();
if(score_o-old_scoreo>0){
connect1_o=number;
score_o=old_scoreo;
score_x=old_scorex;
}
score_o=old_scoreo;
score_x=old_scorex;
}
if(position[n]>=0){
value=position[n];
board[value][n]='.';
}
if(n<num_cols-1&&position[n+1]>=0){
value=position[n+1];
board[value][n+1]='.';
}
if(n<num_cols-2&&position[n+2]>=0){
value=position[n+2];
board[value][n+2]='.';
}
if(n<num_cols-3&&position[n+3]>=0){
value=position[n+3];
board[value][n+3]='.';
}
}
}
number=num;
if ((read[0]=='u'&&read[1]=='\0')||strcmp(read,undo)==0||strcmp(read,sides)==0){

return ;
}else if(connect4_x>-1){
number=connect4_x;
return number;
}else if(connect3_x>-1){
number=connect3_x;
return number;
}else if(connect4_o>-1){
number=connect4_o;
return number;
}else if(connect3_o>-1){
number=connect3_o;
return number;
}else if(connect2_o>-1){
number=connect2_o;
return number;
}else if(connect1_o>-1){
number=connect1_o;
return number;
}else {
for(n=0;n<num_cols;n++){
value=position[n];
if (board[value][n]=='.'){
number=n+1;
return number;
}
}
}
}
//FUNCTION TO READ FROM XML FILE
void XML (){
//START REFEERE TO START OF INDEX TO CONFIGURATION TAG
//END REFEERE TO END OF INDEX OF CONFIGURATION TAGG
//START _W REFEERE TO STARTING INDEX OF WIDTH TAG
//END_W REFEERE TO ENDING INDEX OF WIDTH TAG
//START _H REFFERE TO START INDEX OF HEIGHT TAG
//END_H REFFERE TO END INDEX OF HIEGHT TAG
//START HS REFFERE TO START INDEX OF HIGHSCORES TAG
//END_HS REFFERE TO END INDEX OF HIGHSCORE TAG
//LEN REFFERE TO THE LENGTH BETWEEN TWO CONFIGURTIONS
//a IN A COUNTER
// HS ------> HIGHSSCORE H -------> HEIGHT W ---------> WIDTH
char y,x[200]= {'0'},conf_1[]="<Configurations>",width_1[]="<Width>",height_1[]="<Height>",highscores_1[]="<Highscores>";
char conf_2[]="</Configurations>",width_2[]="</Width>",height_2[]="</Height>",highscores_2[]="</Highscores>";
int i=0,start,end,start_w,end_w,start_h,end_h,start_hs,end_hs,len,a,size,HS,H,W;
FILE *file= fopen("project.xml", "r"); //READING FROM THE FILE
while((y=fgetc(file))!=EOF){
if(y!=' '&&y!='\n'&&y!='\t'){ //IGNORING ANY SPACES OR TABS OR BREAKING LINE
x[i]=y;
i++;
len++;
}
}
start=over_lapping(conf_1,x); //CALLING OVERLAPPING FUNCTION
end =over_lapping(conf_2,x);
size=end-start+1;
char array[size]; //ARRAY TO RED BETWEEN TWO CONFIGRATIONS TAGS
for(a=0; a<size; a++)array[a]=x[start+a]; // INTIALIZATION FOR NWE ARRAY
start_w=over_lapping(width_1,array);
end_w=over_lapping(width_2,array);
char row [3]; //CHECKING OPENING AND CLOSING THE TAGS IN RIGHT WAY
row[0]=array[start_w+7];
row[1]=array[start_w+8];
row[2]='\0';
if(start_w!=-1&&end_w!=-1&&(end_w-start_w==8||end_w-start_w==9)&&atoi(row)>=4) W=atoi(row);

else{ //SET THE DEFULT IN THERE IS WRONG IN READING THE XML FILE
system("COLOR 8C");
W=7;
printf("Width is Not found !! the defult is Width =7\n");
printf("Wait to load the default!!\n");
Sleep(5000);
}
start_h=over_lapping(height_1,array); //CALLING THE OVERLAPPING FUNCTION
end_h=over_lapping(height_2,array);
char col [3]; //CHECK OPENING AND CLOSING THE TAGS IN WRIGHT WAY
col[0]=array[start_h+8];
col[1]=array[start_h+9];
col[2]='\0';
if(start_h!=-1&&end_h!=-1&&(end_h-start_h==9||end_h-start_h==10)&&atoi(col)>=4)H=atoi(col);
else{
H=6; //SET THE DEFULT IF THERE IS ERROR WHILE READING FROM XML FILE
printf("Height is Not found !! the defult is Height =6\n");
printf("Wait to load the default!!\n");
Sleep(5000);
}
start_hs=over_lapping(highscores_1,array);
end_hs=over_lapping(highscores_2,array); //CALLING OVER LAPPING FUNCTIONS
char score[3];
score[0]=array[start_hs+12]; //PUTTING BETWEEN TAGS IN ARRAY FOR READING WITH ATOI
score[1]=array[start_hs+13];
score[2]='\0';
if(start_hs!=-1&&end_hs!=-1&&end_hs-start_hs==13||end_hs-start_hs==14)HS=atoi(score);
else{
HS=5; //SET THE DEFULT VALUE
printf("High_score is Not found !! the defult is Highscore =5\n"); //PRINTING ERROR
printf("Wait to load the default!!\n"); //ERROR MESSAGE
Sleep(5000);
}
num_cols=W; //CHANGING THE GLOBAL VALUE FOR WIDTH
num_rows=H; //CHANGING THE GLOBAL VALUE FOR HEIGHT
Highscore=HS; //CHANGING THE GLOBAL VAUE FOR HIGH SCORE
}
//FUNCTION TO CHECK IF WORD IS FOUND IN STRING OR NOT
int over_lapping(char s1[],char s2[]){
int counter=-1,i=0;
while(s2[i]!='\0'){
int j=0;
if(s2[i]==s1[j]){
int k=i;
while(s2[k]==s1[j] && s1[j]!='\0'){
k++;
j++;
}
if(s1[j]=='\0'){
counter=i;
}
}
i++;
}
return counter;
}
//FUNCTION TO PRINT THE HIGH SCORE LIST
void High_Score(){
int scores[100]= {0},i,counter=-1,j=0,temp=0;
FILE *file= fopen("High_scores.text", "r"); //READING FROM THE FILE
for(i=0; i<20; i++){
fscanf(file,"%d",&scores[i]);
if(scores[i]!=0) counter++;
}
if(score_x>score_o) scores[counter+1]=score_x;
else scores[counter+1]=score_o;
for(i=0; i<Highscore; i++){ //SORTING THE ARRAY FOR PRINTING
for(j=0; j<Highscore; j++)
if(scores[j]<scores[i]){
temp=scores[i];
scores[i]=scores[j];
scores[j]=temp;
}
}
printf("HIGH SCORE LIST IS : "); //PRINING THE HIGH SCORE LIST
file= fopen("High_scores.text", "w"); // WRITING THE HIGH SCORE LIST IN FILE
for(i=0; i<Highscore; i++){
printf("%d ",scores[i]);
fprintf(file,"%d ",scores[i]);
}
fclose(file);
}
//FUNCTIONS TO SWAPE SELECT SIDES OF TWO PLAYERS
void select_side(){
if(game_mode==1){
printf("Enter the new name for %s :",name1); //GETTING THE USER NAME
scanf("%s",&name1);
printf("Enter the new name for %s :",name2);
scanf("%s",&name2);
select_sides=1;
}
}

venereology answered 1 year ago
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