Subversion Repositories Games.Chess Giants

bool PlayerEngine_Think (player_t *player)

bool PlayerEngine_Think (player_t *player)

{

{

   // this function reads and writes any necessary data from and to the chess engine. Returns TRUE if scene needs to be updated.

   // this function reads and writes any necessary data from and to the chess engine. Returns TRUE if scene needs to be updated.

   engineprogram_t *program;

   engineprogram_t *program;

   wchar_t *line_pointer;

   wchar_t *line_pointer;

   wchar_t *move_string;

   wchar_t *move_string;

   int64_t exit_code;

   int64_t exit_code;

   int engine_index;

   int engine_index;

   int char_index;

   int char_index;

         continue; // if string is too short to be a move, skip it

         continue; // if string is too short to be a move, skip it

      // there must be valid move data on that line.

      // there must be valid move data on that line.

      // evaluate the engine move string

      // evaluate the engine move string

      memcpy (move.slots, the_board.moves[the_board.move_count - 1].slots, sizeof (move.slots));

      memcpy (move.slots, the_board.moves[the_board.move_count - 1].slots, sizeof (move.slots));

      char_index = 0;

      char_index = 0;

      while ((move_string[char_index] != 0) && !iswspace (move_string[char_index]))

      while ((move_string[char_index] != 0) && !iswspace (move_string[char_index]))

      {

      {

         move.pgntext[char_index] = move_string[char_index];

         move.pgntext[char_index] = move_string[char_index];

}

}

int wcs_replace (wchar_t *haystack, wchar_t *needle, wchar_t *replacement)

int wcs_replace (wchar_t *haystack, wchar_t *needle, wchar_t *replacement)

{

{

   size_t replacement_length;

   size_t replacement_length;

   size_t replacement_count;

   size_t replacement_count;

   size_t pattern_length;

   size_t pattern_length;

   wchar_t *line_pointer;

   wchar_t *line_pointer;

   replacement_count = 0;

   replacement_count = 0;

   while ((line_pointer = wcsstr (haystack, needle)) != NULL)

   while ((line_pointer = wcsstr (haystack, needle)) != NULL)

   {

   {

      memmove (&line_pointer[replacement_length], &line_pointer[pattern_length], (wcslen (&line_pointer[pattern_length]) + 1) * sizeof (wchar_t));

      memmove (&line_pointer[replacement_length], &line_pointer[pattern_length], (wcslen (&line_pointer[pattern_length]) + 1) * sizeof (wchar_t));

      memcpy (line_pointer, replacement, replacement_length * sizeof (wchar_t));

      memcpy (line_pointer, replacement, replacement_length * sizeof (wchar_t));

      replacement_count++;

      replacement_count++;

   }

   }