Football Club

a)

typedef struct
{
    int clubID, dateSize;
    char venue[50 + 1], nameCoach[50 + 1], namePlayers[20][50 + 1];
    date_t dates[10];
}club_t;


b)

typedef struct
{
    date_t matchDate;
    club_t homeClub, awayClub;
    char venue[50 + 1];
}match_t;


c)

/*
 * <summary> Determines if a club has conflicting dates with a match date </summary>
 * <params>
 *  "club" = The club participating in the match
 *  "date" = The date of the match
 * </params>
 * <return>  "1": Has conflict - "0": No conflict </return>
 */
int conflict(club_t club, date_t date)
{
    int i;

    for(i = 0; i < club.dateSize; i++)
        if((club.dates[i].day == date.day) && (club.dates[i].month == date.month) && (club.dates[i].year == date.year))
            return 1;

    return 0;
}

d)

/*
 * <summary> Determines the number of home games a club can play without conflicts </summary>
 * <params>
 *      "tournament" = Contains the details of matches
 *      "numMatches" = Contains the number of matches in the tournament
 *      "club" = The club in the tourney
 * </params>
 * <return> The number of homegames </return>
 * <precond> "numMatches" > 0 </precond>
 */
int numHomeGames(match_t tournament[],int numMatches, club_t club)
{
    /*
        Matches to play AT HOME GROUND.
        Plays with every opponent once on homeground if possible.
    */
    int i, matchesToPlay = 0;

    /*
     *If it is the clubs match
     * Check for no conflicts
     */
    for(i = 0; i < numMatches; i++)
        if(tournament[i].homeClub.clubID == club.clubID)
            if(!conflict(club, tournament[i].matchDate))
                matchesToPlay++;
    return numHomeGames;
}