#ifndef _CDR_H
#define _CDR_H

#include "mediator.h"

#define MSG_INVITE "INVITE"
#define MSG_BYE    "BYE"

#define CDR_STATUS_OK       "ok"
#define CDR_STATUS_BUSY     "busy"
#define CDR_STATUS_NA       "noanswer"
#define CDR_STATUS_CANCEL   "cancel"
#define CDR_STATUS_OFFLINE  "offline"
#define CDR_STATUS_TIMEOUT  "timeout"
#define CDR_STATUS_UNKNOWN  "other"

typedef struct {
	char call_id[128];

	char source_user_id[37];
	char source_provider_id[256];
	char source_user[256];
	char source_domain[256];
	char source_cli[65];
	u_int8_t source_clir;
	
	char destination_user_id[37];
	char destination_provider_id[256];
	char destination_user[256];
	char destination_domain[256];
	char destination_user_in[256];
	char destination_domain_in[256];
	char destination_dialed[256];

	char call_type[8];
	char call_status[16];
	char call_code[4];

	char start_time[32];
	u_int32_t duration;

	u_int32_t carrier_cost;
	u_int32_t reseller_cost;
	u_int32_t customer_cost;

} cdr_entry_t;

int cdr_process_records(med_entry_t *records, u_int64_t count, u_int64_t *cdr_count);
void cdr_fix_accids(med_entry_t *records, u_int64_t count);
int cdr_create_cdrs(med_entry_t *records, u_int64_t count, cdr_entry_t **cdrs, u_int64_t *cdr_count, u_int8_t *trash);
int cdr_fill_record(cdr_entry_t *cdr);
void cdr_set_provider(cdr_entry_t *cdr);


#endif /* _CDR_H */