eXtreamCS.com

stock ExplodeString( p_szOutput[][], p_nMax, p_nSize, p_szInput[], p_szDelimiter )
{
    new nIdx = 0, l = strlen(p_szInput)
    new nLen = (1 + copyc( p_szOutput[nIdx], p_nSize, p_szInput, p_szDelimiter ))
    while( (nLen < l) && (++nIdx < p_nMax) )
        nLen += (1 + copyc( p_szOutput[nIdx], p_nSize, p_szInput[nLen], p_szDelimiter ))
    return nIdx
}

stock str_explode(const string[], delimiter, output[][], output_size, output_len)
{
	new i, pos, len = strlen(string);
	
	do
	{
		pos += (copyc(output[i++], output_len, string[pos], delimiter) + 1);
	}
	while(pos < len && i < output_size);
	
	return i;
}

stock ExplodeString(const string[], output[], olen = sizeof output)
{
    new len = strlen( string ); // We retrieve the length of the current string passed.
 
    if ( !len )  { return 0; } // If the string is empty we stop there.
 
    new i, c, j, count;
    new number[ 12 ];
 
    do
    {
        while ( string[ i ] == ' ' ) i++; // One or more spaces can be used between 2 numbers, so we move forward until we find a number.
        while ( ( number[ j++ ] = c = string[ i++ ] ) && c != ' ' ) {} // We loop and save the number found until the next space found or end of string.
 
        output[ count++ ] = str_to_num( number ); // We convert the number saved previously into a number and we stored in output at the slot count.
        j = 0;
    }
    while ( i < len && count < olen ); // We should looping while we have not cross the string length.
 
    return count;
}