[svn/Prometheus-QoS/.git] / ipstruct.h

/* Modified by: xChaos, 20131029 */\r
\r
struct IP\r
{\r
 char *addr;\r
 char *name;\r
 char *sharing;\r
 int min;\r
 int desired;\r
 int max;\r
 int mark;\r
 int prio;\r
 int fixedprio;\r
 int group;\r
 int lmsid;\r
 int pps_limit;\r
 unsigned long long direct;\r
 unsigned long long proxy;\r
 unsigned long long upload;\r
 unsigned long long traffic;\r
 unsigned long long credit;\r
 unsigned long long realquota;\r
 unsigned long pktsup;\r
 unsigned long pktsdown;\r
 struct Keyword *keyword;\r
 int v6;\r
 int mask;\r
 struct IP *uplink;\r
 list(IP);\r
};\r
\r
struct Group\r
{\r
 int min;\r
 int count;\r
 int desired;\r
 int id;\r
 list(Group);\r
};\r
\r
struct Keyword\r
{\r
 char *key;\r
 \r
 int asymetry_ratio;        /* ratio for ADSL-like upload */\r
 int asymetry_fixed;        /* fixed treshold for ADSL-like upload */\r
 int data_limit;            /* hard shaping: apply magic_treshold if max*data_limit MB exceeded */\r
 int data_prio;             /* soft shaping (qos): reduce HTB prio if max*data_prio MB exceeded */\r
 long fixed_limit;          /* fixed data limit for setting lower HTB ceil */\r
 long fixed_prio;           /* fixed data lmit for setting lower HTB prio */\r
 int reserve_min;	    /* bonus for nominal HTB rate bandwidth (in kbps) */\r
 int reserve_max;	    /* malus for nominal HTB ceil (in kbps) */\r
// int divide_max;	    /* relative malus: new_ceil=rate+(old_ceil-rate)/divide_max */\r
// int htb_ceil_bonus_divide; /* relative bonus: new_ceil=old_ceil+old_ceil/htb_ceil_bonus_divide */\r
 int default_prio;	    /* default HTB priority for this keyword */\r
 char *html_color;\r
 int ip_count;\r
 char *leaf_discipline;\r
 \r
 list(Keyword);\r
};\r
\r
void TheIP(char *ipaddr, int is_network);\r
/* function implemented in parsehosts.c */\r
Commit	Line	Data
cdfd88eb	1	/* Modified by: xChaos, 20131029 */\r
cdfd88eb	2	\r
1c9cae56	3	struct IP\r
	4	{\r
	5	char *addr;\r
	6	char *name;\r
	7	char *sharing;\r
	8	int min;\r
	9	int desired;\r
	10	int max;\r
	11	int mark;\r
	12	int prio;\r
	13	int fixedprio;\r
	14	int group;\r
	15	int lmsid;\r
c38473c1	16	int pps_limit;\r
1c9cae56	17	unsigned long long direct;\r
	18	unsigned long long proxy;\r
	19	unsigned long long upload;\r
	20	unsigned long long traffic;\r
	21	unsigned long long credit;\r
e48d46c9	22	unsigned long long realquota;\r
1c9cae56	23	unsigned long pktsup;\r
	24	unsigned long pktsdown;\r
	25	struct Keyword *keyword;\r
0b9c3c19	26	int v6;\r
af37be1d	27	int mask;\r
9694a8ec	28	struct IP *uplink;\r
1c9cae56	29	list(IP);\r
	30	};\r
	31	\r
	32	struct Group\r
	33	{\r
	34	int min;\r
	35	int count;\r
	36	int desired;\r
	37	int id;\r
	38	list(Group);\r
	39	};\r
	40	\r
	41	struct Keyword\r
	42	{\r
	43	char *key;\r
	44	\r
	45	int asymetry_ratio; /* ratio for ADSL-like upload */\r
	46	int asymetry_fixed; /* fixed treshold for ADSL-like upload */\r
	47	int data_limit; /* hard shaping: apply magic_treshold if maxdata_limit MB exceeded /\r
	48	int data_prio; /* soft shaping (qos): reduce HTB prio if maxdata_prio MB exceeded /\r
	49	long fixed_limit; /* fixed data limit for setting lower HTB ceil */\r
	50	long fixed_prio; /* fixed data lmit for setting lower HTB prio */\r
	51	int reserve_min; /* bonus for nominal HTB rate bandwidth (in kbps) */\r
	52	int reserve_max; /* malus for nominal HTB ceil (in kbps) */\r
	53	// int divide_max; /* relative malus: new_ceil=rate+(old_ceil-rate)/divide_max */\r
	54	// int htb_ceil_bonus_divide; /* relative bonus: new_ceil=old_ceil+old_ceil/htb_ceil_bonus_divide */\r
	55	int default_prio; /* default HTB priority for this keyword */\r
	56	char *html_color;\r
	57	int ip_count;\r
	58	char *leaf_discipline;\r
	59	\r
	60	list(Keyword);\r
	61	};\r
f19d3cd0	62	\r
af37be1d	63	void TheIP(char *ipaddr, int is_network);\r
f19d3cd0	64	/* function implemented in parsehosts.c */\r