int initializeProgram(){
char **dictionaryArray = NULL;
char **wordSearchBoard = NULL;
char c[MAX_STRING_LENGTH];
int wordCount, boardsToSolve, n = 1;
// Opens dictionary file
FILE *fileDictionary = fopen("dictionary.txt", "r");
// Verifies that the file opened properly.
if (fileDictionary != NULL){
// Reads in the number of words in the
// txt file based on the int on the first
// line.
fscanf(fileDictionary, "%i", &wordCount);
// Calls a function that reads the file into a 2D
// array.
dictionaryArray = readFile(fileDictionary, wordCount);
}
else {
return 1;
}
scanf("%i", &boardsToSolve);
// Loops based on the number of
// puzzles to be solved.
while (boardsToSolve > 0){
int rows, cols, i, j;
scanf("%i", &rows);
scanf("%i", &cols);
wordSearchBoard = createBoardArray(rows, cols);
printf("Words Found Grind #%i\n", n);
for (i = 0; i < rows; i++){
for (j = 0; j < cols; j++){
// Copies the function finding words to a useable vairbale.
strcpy(c, searchBoard(i, j, 0, &wordSearchBoard, &dictionaryArray, wordCount, rows, cols, 0));
// Prints the word found from the board.
printf("%s\n", c);
}
}
n++;
boardsToSolve--;
}
fclose(fileDictionary);
// Frees the 2D array holding dicitonary.
freeArray(dictionaryArray, wordCount);
return 0;
}
/*
* populate board node's members
*/
void populateBoard(BoardNode newBoard, BoardNode ParentBoard) {
newBoard->parentBoard = ParentBoard;
newBoard->bitID = '\0';
createBoardArray(newBoard);
newBoard->next = NULL;
}
