helpmod2/hstat.h

   1 #ifndef HSTAT_H
   2 #define HSTAT_H
   3
   4 #include "hdef.h"
   5
   6 extern int hstat_cycle;
   7 extern time_t hstat_last_cycle;
   8
   9 /* forward declarations */
  10 struct hchannel_struct;
  11 struct huser_struct;
  12
  13 #define HSTAT_ACTIVITY_TRESHOLD (3 * HDEF_m)
  14
  15 #define HSTAT_ACCOUNT_SUM(sum, op1, op2)\
  16 {\
  17     (sum).time_spent = (op1).time_spent + (op2).time_spent;\
  18     (sum).prime_time_spent = (op1).prime_time_spent + (op2).prime_time_spent;\
  19     (sum).lines = (op1).lines + (op2).lines;\
  20     (sum).words = (op1).words + (op2).words;\
  21 }
  22
  23 #define HSTAT_ACCOUNT_ZERO(target)\
  24 {\
  25     (target).time_spent = 0;\
  26     (target).prime_time_spent = 0;\
  27     (target).lines = 0;\
  28     (target).words = 0;\
  29 }
  30
  31 #define HSTAT_CHANNEL_SUM(sum, op1, op2)\
  32 {\
  33     (sum).active_time = (op1).active_time + (op2).active_time;\
  34     (sum).staff_active_time = (op1).staff_active_time + (op2).staff_active_time;\
  35     (sum).time_spent = (op1).time_spent + (op2).time_spent;\
  36     (sum).prime_time_spent = (op1).prime_time_spent + (op2).prime_time_spent;\
  37     (sum).lines = (op1).lines + (op2).lines;\
  38     (sum).words = (op1).words + (op2).words;\
  39     (sum).joins = (op1).joins + (op2).joins;\
  40     (sum).queue_use = (op1).queue_use + (op2).queue_use;\
  41 }
  42
  43 #define HSTAT_CHANNEL_ZERO(target)\
  44 {\
  45     (target).active_time = 0;\
  46     (target).staff_active_time = 0;\
  47     (target).time_spent = 0;\
  48     (target).prime_time_spent = 0;\
  49     (target).lines = 0;\
  50     (target).words = 0;\
  51     (target).joins = 0;\
  52     (target).queue_use = 0;\
  53 }
  54
  55 typedef enum
  56 {
  57     HSTAT_ACCOUNT_SHORT,
  58     HSTAT_ACCOUNT_LONG,
  59     HSTAT_CHANNEL_SHORT,
  60     HSTAT_CHANNEL_LONG
  61 } hstat_type;
  62
  63 typedef struct hstat_account_entry_struct
  64 {
  65     int time_spent;
  66     int prime_time_spent;
  67     int lines;
  68     int words;
  69 } hstat_account_entry;
  70
  71 typedef struct hstat_account_entry_sum_struct
  72 {
  73     int time_spent;
  74     int prime_time_spent;
  75     int lines;
  76     int words;
  77     struct haccount_struct *owner; /* haccount* */
  78 } hstat_account_entry_sum;
  79
  80 typedef struct hstat_channel_entry_struct
  81 {
  82     int active_time;
  83     int staff_active_time;
  84
  85     int time_spent;
  86     int prime_time_spent;
  87
  88     int joins;
  89     int queue_use;
  90
  91     int lines;
  92     int words;
  93 } hstat_channel_entry;
  94
  95 typedef struct hstat_channel_struct
  96 {
  97     hstat_channel_entry week[7]; /* 7 days */
  98     hstat_channel_entry longterm[10]; /* 10 weeks */
  99
 100 } hstat_channel;
 101
 102 typedef struct hstats_account_struct
 103 {
 104     struct hchannel_struct *hchan;
 105
 106     hstat_account_entry week[7]; /* 7 days */
 107     hstat_account_entry longterm[10]; /* 10 weeks */
 108
 109     struct hstats_account_struct *next;
 110 } hstat_account;
 111
 112 typedef struct hstat_accounts_array_struct
 113 {
 114     hstat_account_entry_sum *array;
 115     int arrlen;
 116 } hstat_accounts_array;
 117
 118 typedef enum
 119 {
 120     HSTAT_ACCOUNT_ARRAY_TOP10,
 121     HSTAT_ACCOUNT_ARRAY_WEEKSTATS
 122 } hstat_account_array_type;
 123
 124 /* free() this.entries, arguments: channel, level to list */
 125 hstat_accounts_array create_hstat_account_array(struct hchannel_struct*, hlevel, hstat_account_array_type);
 126
 127 hstat_channel *get_hstat_channel(void);
 128 hstat_account *get_hstat_account(void);
 129
 130 const char *hstat_header(hstat_type);
 131
 132 const char *hstat_channel_print(hstat_channel_entry*, int);
 133
 134 const char *hstat_account_print(hstat_account_entry*, int);
 135
 136 void hstat_calculate_account(struct hchannel_struct*, struct huser_struct*, const char *);
 137 void hstat_calculate_channel(struct hchannel_struct*, struct huser_struct*, const char *);
 138
 139 void hstat_add_join(struct hchannel_struct*);
 140 void hstat_del_channel(struct hchannel_struct*);
 141
 142 void hstat_add_queue(struct hchannel_struct*, int);
 143
 144 int is_prime_time(void); /* tells if now is the "main" time in #feds */
 145
 146 int hstat_week(void);
 147 int hstat_day(void);
 148
 149 hstat_account_entry_sum hstat_account_last_week(hstat_account*);
 150 hstat_account_entry_sum hstat_account_last_month(hstat_account*);
 151 hstat_channel_entry hstat_channel_last_week(hstat_channel*);
 152 hstat_channel_entry hstat_channel_last_month(hstat_channel*);
 153
 154 int hstat_account_count(hstat_account*);
 155
 156 /* handles the cycle and today -> week -> longterm changes */
 157 void hstat_scheduler(void);
 158 int hstat_get_schedule_time(void);
 159
 160 #endif