/*
 *  File:       hiscores.h
 *  Summary:    Scorefile manipulation functions
 *  Written by: Gordon Lipford
 */


#ifndef HISCORES_H
#define HISCORES_H

struct scorefile_entry;

void hiscores_new_entry( const scorefile_entry &se );

void logfile_new_entry( const scorefile_entry &se );

void hiscores_print_list( int display_count = -1, int format = SCORE_TERSE );
void hiscores_print_all(int display_count = -1, int format = SCORE_TERSE);

std::string hiscores_format_single( const scorefile_entry &se );
std::string hiscores_format_single_long( const scorefile_entry &se,
                                         bool verbose = false );

#ifdef DGL_MILESTONES
void mark_milestone(const std::string &type, const std::string &milestone);
#endif

#ifdef DGL_WHEREIS
std::string xlog_status_line();
#endif

std::string xlog_unescape(const std::string &);
std::string xlog_escape(const std::string &);

std::vector<std::string> xlog_split_fields(const std::string &s);

class xlog_fields
{
public:
    xlog_fields();
    xlog_fields(const std::string &line);

    void init(const std::string &line);
    std::string xlog_line() const;

    void add_field(const std::string &key,
                   const char *format, ...);

    std::string str_field(const std::string &) const;
    int int_field(const std::string &) const;
    long long_field(const std::string &) const;

private:
    void map_fields() const;

private:
    typedef std::vector< std::pair<std::string, std::string> > xl_fields;
    typedef std::map<std::string, std::string> xl_map;

    xl_fields fields;
    mutable xl_map fieldmap;
};

struct scorefile_entry
{
public:
    std::string version;
    long        points;
    std::string name;
    long        uid;                // for multiuser systems
    species_type race;
    job_type    cls;
    std::string race_class_name;    // overrides race & cls if non-empty.
    char        lvl;                // player level.
    char        best_skill;         // best skill #
    char        best_skill_lvl;     // best skill level
    int         death_type;
    int         death_source;       // NON_MONSTER or monster type
    int         mon_num;            // sigh...
    std::string death_source_name;  // overrides death_source
    std::string auxkilldata;        // weapon wielded, spell cast, etc
    std::string indirectkiller;     // the effect or real monster that summoned
    std::string killerpath;         // colon-separated intermediate killers
    char        dlvl;               // dungeon level (relative)
    level_area_type level_type;     // what kind of level died on..
    branch_type branch;             // dungeon branch
    int         final_hp;           // actual current HPs (probably <= 0)
    int         final_max_hp;       // net HPs after rot
    int         final_max_max_hp;   // gross HPs before rot
    int         damage;             // damage of final attack
    int         str;                // final str (useful for nickname)
    int         intel;              // final int
    int         dex;                // final dex (useful for nickname)
    god_type    god;                // god
    int         piety;              // piety
    int         penance;            // penance
    char        wiz_mode;           // character used wiz mode
    time_t      birth_time;         // start time of character
    time_t      death_time;         // end time of character
    long        real_time;          // real playing time in seconds
    long        num_turns;          // number of turns taken
    int         num_diff_runes;     // number of rune types in inventory
    int         num_runes;          // total number of runes in inventory
    long        kills;              // number of monsters killed
    std::string maxed_skills;       // comma-separated list of skills
                                    // at level 27
    int         gold;               // Remaining gold.
    int         gold_found;         // Gold found.
    int         gold_spent;         // Gold spent shopping.

    mutable std::auto_ptr<xlog_fields> fields;

public:
    scorefile_entry();
    scorefile_entry(int damage, int death_source, int death_type,
                    const char *aux, bool death_cause_only = false);
    scorefile_entry(const scorefile_entry &se);

    scorefile_entry &operator = (const scorefile_entry &other);

    void init_death_cause(int damage, int death_source, int death_type,
                          const char *aux);
    void init();
    void reset();

    enum death_desc_verbosity {
        DDV_TERSE,
        DDV_ONELINE,
        DDV_NORMAL,
        DDV_VERBOSE,
        DDV_LOGVERBOSE     // Semi-verbose for logging purposes
    };

    std::string raw_string() const;
    bool parse(const std::string &line);

    std::string hiscore_line(death_desc_verbosity verbosity) const;

    std::string character_description(death_desc_verbosity) const;
    // Full description of death: Killed by an xyz wielding foo
    std::string death_description(death_desc_verbosity) const;
    std::string death_place(death_desc_verbosity) const;
    std::string game_time(death_desc_verbosity) const;

    void set_base_xlog_fields() const;

private:
    std::string single_cdesc() const;
    std::string strip_article_a(const std::string &s) const;
    std::string terse_missile_cause() const;
    std::string terse_missile_name() const;
    std::string terse_beam_cause() const;
    std::string terse_wild_magic() const;
    std::string terse_trap() const;
    const char *damage_verb() const;
    std::string death_source_desc() const;
    std::string damage_string(bool terse = false) const;

    bool parse_scoreline(const std::string &line);

    void init_with_fields();
    void add_auxkill_field() const;
    void set_score_fields() const;

    std::string short_kill_message() const;
    std::string long_kill_message() const;
    std::string make_oneline(const std::string &s) const;

    void init_from(const scorefile_entry &other);
};

#endif  // HISCORES_H