/*
 * sipcapture module - helper module to capture sip messages
 *
 * Copyright (C) 2011-2015 Alexandr Dubovikov (alexandr.dubovikov@gmail.com)
 *
 * This file is part of Kamailio, a free SIP server.
 *
 * Kamailio is free software; you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation; either version 2 of the License, or
 * (at your option) any later version
 *
 * Kamailio is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301  USA
 *
 */

/*! \file
 * sipcapture module - helper module to capture sip messages
 *
 */


#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
#include <sys/ioctl.h>
#include <sys/types.h>
#include <sys/socket.h>
#include <netinet/in.h>
#include <net/if.h>
#include <netdb.h>
#include <arpa/inet.h>

/* BPF structure */
#ifdef __OS_linux
#include <linux/filter.h>
#endif

#ifndef __USE_BSD
#define __USE_BSD /* on linux use bsd version of iphdr (more portable) */
#endif			  /* __USE_BSD */
#include <netinet/ip.h>
#define __FAVOR_BSD /* on linux use bsd version of udphdr (more portable) */
#include <netinet/udp.h>

#include "../../core/sr_module.h"
#include "../../core/dprint.h"
#include "../../core/events.h"
#include "../../core/ut.h"
#include "../../core/ip_addr.h"
#include "../../core/mem/mem.h"
#include "../../core/mem/shm_mem.h"
#include "../../core/rpc.h"
#include "../../core/rpc_lookup.h"
#include "../../lib/srdb1/db.h"
#include "../../core/parser/contact/parse_contact.h"
#include "../../core/parser/parse_content.h"
#include "../../core/parser/parse_from.h"
#include "../../core/parser/parse_uri.h"
#include "../../core/parser/digest/digest.h"
#include "../../core/parser/parse_ppi_pai.h"
#include "../../core/parser/parse_rpid.h"
#include "../../core/forward.h"
#include "../../core/pvar.h"
#include "../../core/str.h"
#include "../../core/onsend.h"
#include "../../core/resolve.h"
#include "../../core/receive.h"
#include "../../core/mod_fix.h"
#include "../../core/rand/kam_rand.h"
#include "../../core/kemi.h"
#include "sipcapture.h"
#include "hash_mode.h"
#include "hep.h"

#ifdef STATISTICS
#include "../../core/counters.h"
#endif


#include "../topoh/api.h"

MODULE_VERSION


#define ETHHDR 14 /* sizeof of ethhdr structure */

#define EMPTY_STR(val) \
	val.s = "";        \
	val.len = 0;

#define TABLE_LEN 256

#define NR_KEYS 44
#define RTCP_NR_KEYS 12

#define MAX_HEADERS 16

/*multiple table mode*/
enum e_mt_mode
{
	mode_random = 1,
	mode_hash,
	mode_round_robin,
	mode_error
};


typedef struct _capture_mode_data
{
	unsigned int id;
	str name;
	str db_url;
	db1_con_t *db_con;
	db_func_t db_funcs;
	str *table_names;
	unsigned int no_tables;
	enum e_mt_mode mtmode;
	enum hash_source hash_source;
	unsigned int rr_idx;
	stat_var *sipcapture_req;
	stat_var *sipcapture_rpl;
	struct _capture_mode_data *next;
} _capture_mode_data_t;

_capture_mode_data_t *capture_modes_root = NULL;
_capture_mode_data_t *capture_def = NULL;

/* module function prototypes */
static int mod_init(void);
static int sipcapture_init_rpc(void);
static int child_init(int rank);
static void destroy(void);
static int sipcapture_fixup(void **param, int param_no);
static int reportcapture_fixup(void **param, int param_no);
static int float2int_fixup(void **param, int param_no);

static int pv_get_hep(sip_msg_t *msg, pv_param_t *param, pv_value_t *res);
static int pv_parse_hep_name(pv_spec_p sp, str *in);

static int sip_capture(
		sip_msg_t *msg, str *dtable, _capture_mode_data_t *cm_data);
static int report_capture(sip_msg_t *msg, str *_table, str *_corr, str *_data);
static int w_sip_capture0(sip_msg_t *_m, char *_p1, char *_p2);
static int w_sip_capture1(sip_msg_t *_m, char *_table, char *_p2);
static int w_sip_capture2(sip_msg_t *_m, char *_table, char *_cmdata);
static int w_sip_capture(
		struct sip_msg *_m, char *_table, _capture_mode_data_t *_cm_data);
static int w_report_capture1(sip_msg_t *_m, char *_table, char *_p2);
static int w_report_capture2(sip_msg_t *_m, char *_table, char *_corr);
static int w_report_capture3(
		sip_msg_t *_m, char *_table, char *_corr, char *_data);
static int w_float2int(sip_msg_t *_m, char *_val, char *_coof);

static int w_sip_capture_forward(sip_msg_t *_m, char *_dst, char *_p2);

static int sipcapture_parse_aleg_callid_headers();
int parse_aleg_callid_headers(str *headers_str, str *headers);

int init_rawsock_children(void);
int extract_host_port(void);
int raw_capture_socket(struct ip_addr *ip, str *iface, int port_start,
		int port_end, int proto);
int raw_capture_rcv_loop(int rsock, int port1, int port2, int ipip);
static int nosip_hep_msg(sr_event_param_t *evp);

static int hep_version(struct sip_msg *msg);


static str db_url = str_init(DEFAULT_DB_URL);
static str _sipcap_table_name = str_init("sip_capture");
static str hash_source = str_init("call_id");
static str mt_mode = str_init("rand");
static str date_column = str_init("date");
static str micro_ts_column = str_init("micro_ts");
static str method_column = str_init("method");
static str reply_reason_column = str_init("reply_reason");
static str correlation_column = str_init("correlation_id");
static str ruri_column = str_init("ruri");
static str ruri_user_column = str_init("ruri_user");
static str ruri_domain_column = str_init("ruri_domain");
static str from_user_column = str_init("from_user");
static str from_domain_column = str_init("from_domain");
static str from_tag_column = str_init("from_tag");
static str to_user_column = str_init("to_user");
static str to_domain_column = str_init("to_domain");
static str to_tag_column = str_init("to_tag");
static str pid_user_column = str_init("pid_user");
static str contact_user_column = str_init("contact_user");
static str auth_user_column = str_init("auth_user");
static str callid_column = str_init("callid");
static str callid_aleg_column = str_init("callid_aleg");
static str via_1_column = str_init("via_1");
static str via_1_branch_column = str_init("via_1_branch");
static str cseq_column = str_init("cseq");
static str diversion_column = str_init("diversion");
static str reason_column = str_init("reason");
static str content_type_column = str_init("content_type");
static str authorization_column = str_init("auth");
static str user_agent_column = str_init("user_agent");
static str source_ip_column = str_init("source_ip");
static str source_port_column = str_init("source_port");
static str dest_ip_column = str_init("destination_ip");
static str dest_port_column = str_init("destination_port");
static str contact_ip_column = str_init("contact_ip");
static str contact_port_column = str_init("contact_port");
static str orig_ip_column = str_init("originator_ip");
static str orig_port_column = str_init("originator_port");
static str rtp_stat_column = str_init("rtp_stat");
static str proto_column = str_init("proto");
static str family_column = str_init("family");
static str type_column = str_init("type");
static str node_column = str_init("node");
static str msg_column = str_init("msg");
static str custom_field1_column = str_init("custom_field1");
static str custom_field2_column = str_init("custom_field2");
static str custom_field3_column = str_init("custom_field3");
static str capture_node = str_init("homer01");
static str star_contact = str_init("*");
static str callid_aleg_header = str_init("X-CID");
static str custom_field1_header = str_init("Mac");
static str custom_field2_header = str_init("IP");
static str custom_field3_header = str_init("Port");


int raw_sock_desc = -1; /* raw socket used for ip packets */
unsigned int raw_sock_children = 1;
int capture_on = 0;
int ipip_capture_on = 0;
int moni_capture_on = 0;
int moni_port_start = 0;
int moni_port_end = 0;
int *capture_on_flag = NULL;
int db_insert_mode = 0;
int promisc_on = 0;
int bpf_on = 0;
int hep_capture_on = 0;
int parse_bad_msgs = 0;
int insert_retries = 0;
int insert_retry_timeout = 60;
int hep_offset = 0;
str raw_socket_listen = {0, 0};
str raw_interface = {0, 0};
char *authkey = NULL, *correlation_id = NULL;
str callid_aleg_headers[MAX_HEADERS];
int n_callid_aleg_headers = 0;
str sc_event_callback = STR_NULL;

struct ifreq ifr; /* interface structure */

/* by default nonsip_hook is inactive */
static int nonsip_hook = 0;
static int hep_route_no = -1;

static int sc_topoh_unmask = 0;
static topoh_api_t thb = {0};

#ifdef __OS_linux
/* Linux socket filter */
/* tcpdump -s 0 udp and portrange 5060-5090 -dd */
static struct sock_filter BPF_code[] = {
		{0x28, 0, 0, 0x0000000c},
		{0x15, 0, 7, 0x000086dd},
		{0x30, 0, 0, 0x00000014},
		{0x15, 0, 18, 0x00000011},
		{0x28, 0, 0, 0x00000036},
		{0x35, 0, 1, 0x000013c4},
		{0x25, 0, 14, 0x000013e2},
		{0x28, 0, 0, 0x00000038},
		{0x35, 11, 13, 0x000013c4},
		{0x15, 0, 12, 0x00000800},
		{0x30, 0, 0, 0x00000017},
		{0x15, 0, 10, 0x00000011},
		{0x28, 0, 0, 0x00000014},
		{0x45, 8, 0, 0x00001fff},
		{0xb1, 0, 0, 0x0000000e},
		{0x48, 0, 0, 0x0000000e},
		{0x35, 0, 1, 0x000013c4},
		{0x25, 0, 3, 0x000013e2},
		{0x48, 0, 0, 0x00000010},
		{0x35, 0, 2, 0x000013c4},
		{0x25, 1, 0, 0x000013e2},
		{0x6, 0, 0, 0x0000ffff},
		{0x6, 0, 0, 0x00000000},
};
#endif

//db1_con_t *db_con = NULL; 		/*!< database connection */
//db_func_t db_funcs;      		/*!< Database functions */

//str* table_names = NULL;

enum e_mt_mode mtmode = mode_random;
enum hash_source source = hs_error;

//unsigned int rr_idx = 0;

struct hep_timeinfo *heptime = NULL;

/*! \brief
 * Exported functions
 */
static cmd_export_t cmds[] = {
		{"sip_capture", (cmd_function)w_sip_capture0, 0, 0, 0, ANY_ROUTE},
		{"sip_capture", (cmd_function)w_sip_capture1, 1, sipcapture_fixup, 0,
				ANY_ROUTE},
		{"sip_capture", (cmd_function)w_sip_capture2, 2, sipcapture_fixup, 0,
				ANY_ROUTE},
		{"report_capture", (cmd_function)w_report_capture1, 1,
				reportcapture_fixup, 0, ANY_ROUTE},
		{"report_capture", (cmd_function)w_report_capture2, 2,
				reportcapture_fixup, 0, ANY_ROUTE},
		{"report_capture", (cmd_function)w_report_capture3, 3,
				reportcapture_fixup, 0, ANY_ROUTE},
		{"float2int", (cmd_function)w_float2int, 2, float2int_fixup, 0,
				ANY_ROUTE},
		{"sip_capture_forward", (cmd_function)w_sip_capture_forward, 1,
				fixup_spve_null, 0, ANY_ROUTE},
		{0, 0, 0, 0, 0, 0}};


static pv_export_t mod_pvs[] = {
		{{"hep", sizeof("hep") - 1}, PVT_OTHER, pv_get_hep, 0,
				pv_parse_hep_name, 0, 0, 0},
		{{0, 0}, 0, 0, 0, 0, 0, 0, 0}};

int capture_mode_param(modparam_t type, void *val);

/*! \brief
 * Exported parameters
 */
static param_export_t params[] = {{"db_url", PARAM_STR, &db_url},
		{"table_name", PARAM_STR, &_sipcap_table_name},
		{"hash_source", PARAM_STR, &hash_source},
		{"mt_mode", PARAM_STR, &mt_mode},
		{"date_column", PARAM_STR, &date_column},
		{"micro_ts_column", PARAM_STR, &micro_ts_column},
		{"method_column", PARAM_STR, &method_column},
		{"correlation_column", PARAM_STR, &correlation_column.s},
		{"reply_reason_column", PARAM_STR, &reply_reason_column},
		{"ruri_column", PARAM_STR, &ruri_column},
		{"ruri_user_column", PARAM_STR, &ruri_user_column},
		{"ruri_domain_column", PARAM_STR, &ruri_domain_column},
		{"from_user_column", PARAM_STR, &from_user_column},
		{"from_domain_column", PARAM_STR, &from_domain_column},
		{"from_tag_column", PARAM_STR, &from_tag_column},
		{"to_user_column", PARAM_STR, &to_user_column},
		{"to_domain_column", PARAM_STR, &to_domain_column},
		{"to_tag_column", PARAM_STR, &to_tag_column},
		{"pid_user_column", PARAM_STR, &pid_user_column},
		{"contact_user_column", PARAM_STR, &contact_user_column},
		{"auth_user_column", PARAM_STR, &auth_user_column},
		{"callid_column", PARAM_STR, &callid_column},
		{"callid_aleg_column", PARAM_STR, &callid_aleg_column},
		{"via_1_column", PARAM_STR, &via_1_column},
		{"via_1_branch_column", PARAM_STR, &via_1_branch_column},
		{"cseq_column", PARAM_STR, &cseq_column},
		{"diversion_column", PARAM_STR, &diversion_column},
		{"reason_column", PARAM_STR, &reason_column},
		{"content_type_column", PARAM_STR, &content_type_column},
		{"authorization_column", PARAM_STR, &authorization_column},
		{"user_agent_column", PARAM_STR, &user_agent_column},
		{"source_ip_column", PARAM_STR, &source_ip_column},
		{"source_port_column", PARAM_STR, &source_port_column},
		{"destination_ip_column", PARAM_STR, &dest_ip_column},
		{"destination_port_column", PARAM_STR, &dest_port_column},
		{"contact_ip_column", PARAM_STR, &contact_ip_column},
		{"contact_port_column", PARAM_STR, &contact_port_column},
		{"originator_ip_column", PARAM_STR, &orig_ip_column},
		{"originator_port_column", PARAM_STR, &orig_port_column},
		{"proto_column", PARAM_STR, &proto_column},
		{"family_column", PARAM_STR, &family_column},
		{"rtp_stat_column", PARAM_STR, &rtp_stat_column},
		{"type_column", PARAM_STR, &type_column},
		{"node_column", PARAM_STR, &node_column},
		{"msg_column", PARAM_STR, &msg_column},
		{"custom_field1_column", PARAM_STR, &custom_field1_column},
		{"custom_field2_column", PARAM_STR, &custom_field2_column},
		{"custom_field3_column", PARAM_STR, &custom_field3_column},
		{"capture_on", INT_PARAM, &capture_on},
		{"capture_node", PARAM_STR, &capture_node},
		{"raw_sock_children", INT_PARAM, &raw_sock_children},
		{"hep_capture_on", INT_PARAM, &hep_capture_on},
		{"raw_socket_listen", PARAM_STR, &raw_socket_listen},
		{"raw_ipip_capture_on", INT_PARAM, &ipip_capture_on},
		{"raw_moni_capture_on", INT_PARAM, &moni_capture_on},
		{"db_insert_mode", INT_PARAM, &db_insert_mode},
		{"raw_interface", PARAM_STR, &raw_interface},
		{"promiscuous_on", INT_PARAM, &promisc_on},
		{"raw_moni_bpf_on", INT_PARAM, &bpf_on},
		{"callid_aleg_header", PARAM_STR, &callid_aleg_header},
		{"custom_field1_header", PARAM_STR, &custom_field1_header},
		{"custom_field2_header", PARAM_STR, &custom_field2_header},
		{"custom_field3_header", PARAM_STR, &custom_field3_header},
		{"capture_mode", PARAM_STRING | USE_FUNC_PARAM,
				(void *)capture_mode_param},
		{"capture_bad_msgs", INT_PARAM, &parse_bad_msgs},
		{"insert_retries", INT_PARAM, &insert_retries},
		{"insert_retry_timeout", INT_PARAM, &insert_retry_timeout},
		{"topoh_unmask", PARAM_INT, &sc_topoh_unmask},
		{"nonsip_hook", PARAM_INT, &nonsip_hook},
		{"event_callback", PARAM_STR, &sc_event_callback}, {0, 0, 0}};


#ifdef STATISTICS
/*
stat_var* sipcapture_req;
stat_var* sipcapture_rpl;

stat_export_t sipcapture_stats[] = {
	{"captured_requests" ,  0,  &sipcapture_req  },
	{"captured_replies"  ,  0,  &sipcapture_rpl  },
	{0,0,0}
};
*/
stat_export_t *sipcapture_stats = NULL;
#endif

/*! \brief module exports */
struct module_exports exports = {
		"sipcapture",	 /* module name */
		DEFAULT_DLFLAGS, /* dlopen flags */
		cmds,			 /* cmd (cfg function) exports */
		params,			 /* param exports */
		0,				 /* RPC method exports */
		mod_pvs,		 /* pseudo-variables exports */
		0,				 /* response handling function */
		mod_init,		 /* module init function */
		child_init,		 /* per-child init function */
		destroy			 /* module destroy function */
};

int force_capture_callid(struct sip_msg *msg, struct _sipcapture_object *sco)
{
	char *tmp = NULL;
	char *end;
	struct hdr_field *hdr = NULL;

	tmp = msg->unparsed;
	end = msg->buf + msg->len;
	tmp = _strnstr(tmp, "Call-ID", (int)(end - tmp));

	if(tmp == NULL) {
		LM_DBG("Bad msg callid not found\n");
		EMPTY_STR(sco->callid);
	} else {
		hdr = pkg_malloc(sizeof(struct hdr_field));
		if(unlikely(hdr == 0)) {
			PKG_MEM_ERROR;
			return -1;
		}
		memset(hdr, 0, sizeof(struct hdr_field));
		hdr->type = HDR_ERROR_T;
		get_hdr_field(tmp, end, hdr);
		if(hdr->type != HDR_CALLID_T) {
			LM_DBG("Bad msg callid error\n");
			pkg_free(hdr);
			EMPTY_STR(sco->callid);
		} else {
			sco->callid = hdr->body;
		}
	}

	return 0;
}

/* returns number of tables if successful
 * <0 if failed
 */
int parse_table_names(str table_name, str **table_names)
{

	char *p = NULL;
	unsigned int l_no_tables;
	char *table_name_cpy;
	int i;

	/*parse and save table names*/
	l_no_tables = 1;
	i = 0;

	str *names;

	table_name_cpy = (char *)pkg_malloc(sizeof(char) * table_name.len + 1);
	if(table_name_cpy == NULL) {
		PKG_MEM_ERROR;
		return -1;
	}
	memcpy(table_name_cpy, table_name.s, table_name.len);
	table_name_cpy[table_name.len] = '\0';

	p = table_name_cpy;

	while(*p) {
		if(*p == '|') {
			l_no_tables++;
		}
		p++;
	}

	names = (str *)pkg_malloc(sizeof(str) * l_no_tables);
	if(names == NULL) {
		PKG_MEM_ERROR;
		pkg_free(table_name_cpy);
		return -1;
	}
	p = strtok(table_name_cpy, "| \t");
	while(p != NULL) {
		LM_INFO("INFO: table name:%s\n", p);
		names[i].len = strlen(p);
		names[i].s = (char *)pkg_malloc(sizeof(char) * names[i].len);
		if(!(names[i].s)) {
			PKG_MEM_ERROR;
			i--;
			while(i >= 0) {
				pkg_free(names[i].s);
				i--;
			}
			pkg_free(table_name_cpy);
			pkg_free(names);
			return -1;
		}
		memcpy(names[i].s, p, names[i].len);
		i++;
		p = strtok(NULL, "| \t");
	}

	pkg_free(table_name_cpy);

	*table_names = names;

	return l_no_tables;
}

/* checks for some missing fields*/
int check_capture_mode(_capture_mode_data_t *n)
{


	if(!n->db_url.s || !n->db_url.len) {
		LM_ERR("db_url not set\n");
		goto error;
	}

	if(!n->mtmode) {
		LM_ERR("mt_mode not set\n");
		goto error;
	} else if(!n->no_tables || !n->table_names) {
		LM_ERR("table names not set\n");
		goto error;
	}
	return 0;

error:
	LM_ERR("parsing capture_mode: not all needed parameters are set. Please "
		   "check again\n");
	return -1;
}

int capture_mode_set_params(_capture_mode_data_t *n, str *params)
{


	param_t *params_list = NULL;
	param_hooks_t phooks;
	param_t *pit = NULL;
	db_func_t db_funcs;

	str s;
	LM_DBG("to tokenize: [%.*s]\n", params->len, params->s);
	if(n == NULL || params == NULL)
		return -1;
	s = *params;

	if(parse_params(&s, CLASS_ANY, &phooks, &params_list) < 0)
		return -1;
	for(pit = params_list; pit; pit = pit->next) {
		LM_DBG("parameter is [%.*s]\n", pit->name.len, pit->name.s);
		LM_DBG("parameter value is [%.*s]\n", pit->body.len, pit->body.s);
		if(pit->name.len == 6
				&& strncmp(pit->name.s, "db_url", pit->name.len) == 0) {

			n->db_url.len = pit->body.len;
			n->db_url.s = (char *)pkg_malloc(sizeof(char) * n->db_url.len);
			if(!n->db_url.s) {
				PKG_MEM_ERROR;
				goto error;
			}
			memcpy(n->db_url.s, pit->body.s, n->db_url.len);

			if(db_bind_mod(&n->db_url, &db_funcs)) {

				LM_ERR("parsing capture_mode: could not bind db funcs for "
					   "url:[%.*s]\n",
						n->db_url.len, n->db_url.s);
				goto error;
			}
			n->db_funcs = db_funcs;

			if(!DB_CAPABILITY(n->db_funcs, DB_CAP_INSERT)) {
				LM_ERR("parsing capture_mode: database modules does not "
					   "provide all functions needed"
					   " by module\n");
				goto error;
			}

		}

		else if(pit->name.len == 10
				&& strncmp(pit->name.s, "table_name", pit->name.len) == 0) {
			if((int)(n->no_tables =
							   parse_table_names(pit->body, &n->table_names))
					< 0) {
				LM_ERR("parsing capture_mode: table name parsing failed\n");
				goto error;
			}

		} else if(pit->name.len == 7
				  && strncmp(pit->name.s, "mt_mode", pit->name.len) == 0) {

			if(pit->body.len == 4
					&& strncmp(pit->body.s, "rand", pit->body.len) == 0) {
				n->mtmode = mode_random;
			} else if(pit->body.len == 11
					  && strncmp(pit->body.s, "round_robin", pit->body.len)
								 == 0) {
				n->mtmode = mode_round_robin;
			} else if(pit->body.len == 4
					  && strncmp(pit->body.s, "hash", pit->body.len) == 0) {
				n->mtmode = mode_hash;
			} else {
				LM_ERR("parsing capture_mode: capture mode not recognized: "
					   "[%.*s]\n",
						pit->body.len, pit->body.s);
				goto error;
			}
		} else if(pit->name.len == 11
				  && strncmp(pit->name.s, "hash_source", pit->name.len) == 0) {
			if((n->hash_source = get_hash_source(pit->body.s)) == hs_error) {
				LM_ERR("parsing capture_mode: hash source unrecognized: "
					   "[%.*s]\n",
						pit->body.len, pit->body.s);
				goto error;
			}
		}
	}
	if(n->mtmode == mode_hash
			&& (n->hash_source == 0 || n->hash_source == hs_error)) {
		LM_WARN("Hash mode set, but no hash source provided for [%.*s]. Will "
				"consider hashing by call id.\n",
				n->name.len, n->name.s);
		n->hash_source = hs_call_id;
	}

	if(check_capture_mode(n)) {
		goto error;
	}

	return 0;

error:
	if(n->db_url.s) {
		pkg_free(n->db_url.s);
	}
	return -1;
}

void *capture_mode_init(str *name, str *params)
{

	_capture_mode_data_t *n = NULL;
	unsigned int id;

	if(!name || name->len == 0) {
		LM_ERR("capture_mode name is empty\n");
		goto error;
	}
	if(!params || params->len == 0) {
		LM_ERR("capture_mode params are empty\n");
		goto error;
	}
	id = core_case_hash(name, 0, 0);
	n = (_capture_mode_data_t *)pkg_malloc(sizeof(_capture_mode_data_t));
	if(!n) {
		PKG_MEM_ERROR;
		goto error;
	}
	memset(n, 0, sizeof(_capture_mode_data_t));
	n->id = id;
	n->name.len = name->len;
	n->name.s = (char *)pkg_malloc(sizeof(char) * n->name.len);
	if(!n->name.s) {
		PKG_MEM_ERROR;
		goto error;
	}
	memcpy(n->name.s, name->s, n->name.len);
	n->table_names = (str *)pkg_malloc(sizeof(str));
	if(!n->table_names) {
		PKG_MEM_ERROR;
		goto error;
	}


	if(capture_mode_set_params(n, params) < 0) {
		LM_ERR("capture mode parsing failed\n");
		goto error;
	}

	n->next = capture_modes_root;
	capture_modes_root = n;
	return n;

error:
	if(n) {
		if(n->name.s) {
			pkg_free(n->name.s);
		}
		if(n->table_names) {
			pkg_free(n->table_names);
		}
		pkg_free(n);
	}
	return 0;
}

/*parse name=>param1=>val1;param2=>val2;..*/
int capture_mode_param(modparam_t type, void *val)
{


	str name;
	str in;
	str tok;
	char *p;

	in.s = val;
	in.len = strlen(in.s);
	p = in.s;

	while(p < in.s + in.len
			&& (*p == ' ' || *p == '\t' || *p == '\n' || *p == '\r'))
		p++;
	if(p > in.s + in.len || *p == '\0')
		goto error;
	name.s = p;
	while(p < in.s + in.len) {
		if(*p == '=' || *p == ' ' || *p == '\t' || *p == '\n' || *p == '\r')
			break;
		p++;
	}

	if(p > in.s + in.len || *p == '\0')
		goto error;
	name.len = p - name.s;
	if(*p != '=') {
		while(p < in.s + in.len
				&& (*p == ' ' || *p == '\t' || *p == '\n' || *p == '\r'))
			p++;
		if(p > in.s + in.len || *p == '\0' || *p != '=')
			goto error;
	}
	p++;
	if(*p != '>')
		goto error;
	p++;
	while(p < in.s + in.len
			&& (*p == ' ' || *p == '\t' || *p == '\n' || *p == '\r'))
		p++;
	tok.s = p;
	tok.len = in.len + (int)(in.s - p);

	LM_DBG("capture_mode name: [%.*s] data: [%.*s]\n", name.len, name.s,
			tok.len, tok.s);
	if(!capture_mode_init(&name, &tok)) {
		return -1;
	}
	return 0;

error:
	LM_ERR("invalid parameter [%.*s] at [%d]\n", in.len, in.s, (int)(p - in.s));
	return -1;
}


/*! \brief Initialize sipcapture module */
static int mod_init(void)
{
	struct ip_addr *ip = NULL;
	char *def_params = NULL;
	sr_kemi_eng_t *keng = NULL;

#ifdef STATISTICS
	int cnt = 0;
	int i = 0;
	char *stat_name = NULL;
	_capture_mode_data_t *c = NULL;
	int def;
#endif

	if(sipcapture_init_rpc() != 0) {
		LM_ERR("failed to register RPC commands\n");
		return -1;
	}

	if(sc_topoh_unmask == 1) {
		/* bind the topoh API */
		if(topoh_load_api(&thb) != 0) {
			LM_ERR("cannot bind to topoh API\n");
			return -1;
		}
	}

	/* Check the table name - if _sipcap_table_name is empty and no capture modes
	 * are defined, then error*/
	if(!_sipcap_table_name.len && capture_modes_root == NULL) {
		LM_ERR("ERROR: sipcapture: mod_init: table_name is not defined or "
			   "empty\n");
		return -1;
	}


	/*create a default capture mode using the default parameters*/
	def_params = (char *)pkg_malloc(
			snprintf(NULL, 0,
					"db_url=%s;table_name=%s;mt_mode=%s;hash_source=%s",
					db_url.s, _sipcap_table_name.s, mt_mode.s, hash_source.s)
			+ 1);
	if(!def_params) {
		PKG_MEM_ERROR;
		return -1;
	}
	sprintf(def_params, "db_url=%s;table_name=%s;mt_mode=%s;hash_source=%s",
			db_url.s, _sipcap_table_name.s, mt_mode.s, hash_source.s);

	str def_name, def_par;
	def_name.s = strdup("default");
	def_name.len = 7;
	def_par.s = def_params;
	def_par.len = strlen(def_params);

	LM_DBG("def_params is: %s\n", def_params);


	if((capture_def = capture_mode_init(&def_name, &def_par)) == NULL) {
		LM_WARN("Default capture mode configuration failed. Suppose "
				"sip_capture calls will use other defined capture modes.\n");
	}

	pkg_free(def_params);

	if(sipcapture_parse_aleg_callid_headers() < 0) {
		return -1;
	}


#ifdef STATISTICS

	int route_no;
	c = capture_modes_root;
	while(c) {
		cnt++;
		c = c->next;
	}
	/*requests and replies for each mode + 1 zero-filled stat_export */
	stat_export_t *stats =
			(stat_export_t *)shm_malloc(sizeof(stat_export_t) * cnt * 2 + 1);
	if(!(stats)) {
		SHM_MEM_ERROR;
		return -1;
	}
	c = capture_modes_root;

	while(c) {
		/*for the default capture_mode, don't add its name to the stat name*/
		def = (capture_def && c == capture_def) ? 1 : 0;
		stat_name = (char *)shm_malloc(
				sizeof(char)
				* (snprintf(NULL, 0,
						   (def) ? "captured_requests%.*s"
								 : "captured_requests[%.*s]",
						   (def) ? 0 : c->name.len, (def) ? "" : c->name.s)
						+ 1));
		if(!stat_name) {
			SHM_MEM_ERROR;
			shm_free(stats);
			return -1;
		}
		sprintf(stat_name,
				(def) ? "captured_requests%.*s" : "captured_requests[%.*s]",
				(def) ? 0 : c->name.len, (def) ? "" : c->name.s);
		stats[i].name = stat_name;
		stats[i].flags = 0;
		stats[i].stat_pointer = &c->sipcapture_req;
		i++;
		stat_name = (char *)shm_malloc(
				sizeof(char)
				* (snprintf(NULL, 0,
						   (def) ? "captured_replies%.*s"
								 : "captured_replies[%.*s]",
						   (def) ? 0 : c->name.len, (def) ? "" : c->name.s)
						+ 1));
		if(!stat_name) {
			SHM_MEM_ERROR;
			shm_free(stats);
			return -1;
		}
		sprintf(stat_name,
				(def) ? "captured_replies%.*s" : "captured_replies[%.*s]",
				(def) ? 0 : c->name.len, (def) ? "" : c->name.s);
		stats[i].name = stat_name;
		stats[i].flags = 0;
		stats[i].stat_pointer = &c->sipcapture_rpl;
		i++;
		c = c->next;
	}
	stats[i].name = 0;
	stats[i].flags = 0;
	stats[i].stat_pointer = 0;

	sipcapture_stats = stats;

	/* register statistics */
	if(register_module_stats("sipcapture", sipcapture_stats) != 0) {
		LM_ERR("failed to register core statistics\n");
		return -1;
	}
#endif

	if(db_insert_mode) {
		LM_INFO("INFO: sipcapture: mod_init: you have enabled INSERT DELAYED \
				Make sure your DB can support it\n");
	}

	capture_on_flag = (int *)shm_malloc(sizeof(int));
	if(capture_on_flag == NULL) {
		SHM_MEM_ERROR;
		return -1;
	}

	*capture_on_flag = capture_on;

	if(nonsip_hook) {
		if(sc_event_callback.s == NULL || sc_event_callback.len <= 0) {
			route_no = route_get(&event_rt, "sipcapture:request");
			if(route_no == -1) {
				LM_ERR("failed to find event_route[sipcapture:request]\n");
				return -1;
			}

			if(event_rt.rlist[route_no] == 0) {
				LM_ERR("event_route[sipcapture:request] is empty\n");
				return -1;
			}

			hep_route_no = route_no;
		} else {
			hep_route_no = -1;
			keng = sr_kemi_eng_get();
			if(keng == NULL) {
				LM_DBG("event callback (%s) set, but no cfg engine\n",
						sc_event_callback.s);
				return -1;
			}
		}

		if(sr_event_register_cb(SREV_RCV_NOSIP, nosip_hep_msg) < 0) {
			LM_ERR("failed to register SREV_RCV_NOSIP event\n");
			return -1;
		}
	} else {
		/* register DGRAM event */
		if(sr_event_register_cb(SREV_NET_DGRAM_IN, hep_msg_received) < 0) {
			LM_ERR("failed to register SREV_NET_DGRAM_IN event\n");
			return -1;
		}
	}

	if(ipip_capture_on && moni_capture_on) {
		LM_ERR("only one RAW mode is supported. Please disable ipip_capture_on "
			   "or moni_capture_on\n");
		return -1;
	}

	if((insert_retries < 0) || (insert_retries > 500)) {
		LM_ERR("insert_retries should be a value between 0 and 500\n");
		return -1;
	}

	if((0 == insert_retries) && (insert_retry_timeout != 0)) {
		LM_ERR("insert_retry_timeout has no meaning when insert_retries is not "
			   "set\n");
	}

	if((insert_retry_timeout < 0) || (insert_retry_timeout > 300)) {
		LM_ERR("insert_retry_timeout should be a value between 0 and 300\n");
		return -1;
	}

	/* raw processes for IPIP encapsulation */
	if(ipip_capture_on || moni_capture_on) {
		register_procs(raw_sock_children);

		if(extract_host_port()
				&& (((ip = str2ip(&raw_socket_listen)) == NULL)
						&& ((ip = str2ip6(&raw_socket_listen)) == NULL))) {
			LM_ERR("sipcapture mod_init: bad RAW IP: %.*s\n",
					raw_socket_listen.len, raw_socket_listen.s);
			return -1;
		}

		if(moni_capture_on && !moni_port_start) {
			LM_ERR("ERROR:sipcapture:mod_init: Please define port/portrange"
				   " in 'raw_socket_listen', before activate"
				   " monitoring capture\n");
			return -1;
		}

		raw_sock_desc = raw_capture_socket(raw_socket_listen.len ? ip : 0,
				raw_interface.len ? &raw_interface : 0, moni_port_start,
				moni_port_end, ipip_capture_on ? IPPROTO_IPIP : htons(0x0800));

		if(raw_sock_desc < 0) {
			LM_ERR("could not initialize raw udp socket:"
				   " %s (%d)\n",
					strerror(errno), errno);
			if(errno == EPERM)
				LM_ERR("could not initialize raw socket on startup"
					   " due to inadequate permissions, please"
					   " restart as root or with CAP_NET_RAW\n");

			return -1;
		}

		if(promisc_on && raw_interface.len) {

			memset(&ifr, 0, sizeof(ifr));
			memcpy(ifr.ifr_name, raw_interface.s, raw_interface.len);


#ifdef __OS_linux
			if(ioctl(raw_sock_desc, SIOCGIFFLAGS, &ifr) < 0) {
				LM_ERR("could not get flags from interface [%.*s]:"
					   " %s (%d)\n",
						raw_interface.len, raw_interface.s, strerror(errno),
						errno);
				goto error;
			}

			ifr.ifr_flags |= IFF_PROMISC;

			if(ioctl(raw_sock_desc, SIOCSIFFLAGS, &ifr) < 0) {
				LM_ERR("could not set PROMISC flag to interface [%.*s]:"
					   " %s (%d)\n",
						raw_interface.len, raw_interface.s, strerror(errno),
						errno);
				goto error;
			}
#endif
		}
	}

	return 0;
#ifdef __OS_linux
error:
	if(raw_sock_desc)
		close(raw_sock_desc);
	return -1;
#endif
}

static int sipcapture_fixup(void **param, int param_no)
{

	_capture_mode_data_t *con;

	str val;
	unsigned int id;

	if(param_no == 1) {
		return fixup_var_pve_str_12(param, 1);
	}
	if(param_no == 2) {

		val.s = (char *)*param;
		val.len = strlen((char *)*param);


		con = capture_modes_root;
		id = core_case_hash(&val, 0, 0);
		while(con) {
			if(id == con->id && con->name.len == val.len
					&& strncmp(con->name.s, val.s, val.len) == 0) {
				*param = (void *)con;
				LM_DBG("found capture mode :[%.*s]\n", con->name.len,
						con->name.s);
				return 0;
			}
			con = con->next;
		}

		LM_ERR("no capture mode found\n");
		return -1;
	}

	return 0;
}

static int reportcapture_fixup(void **param, int param_no)
{

	if(param_no == 1) {
		return fixup_var_pve_str_12(param, 1);
	}
	if(param_no == 2) {
		return fixup_var_pve_str_12(param, 1);
	}
	if(param_no == 3) {
		return fixup_var_pve_str_12(param, 1);
	}

	return 0;
}

static int float2int_fixup(void **param, int param_no)
{

	if(param_no == 1) {
		return fixup_var_pve_str_12(param, 1);
	}
	if(param_no == 2) {
		return fixup_var_pve_str_12(param, 1);
	}

	return 0;
}


static int w_float2int(sip_msg_t *_m, char *_val, char *_coof)
{
	str value = {0};
	str coof = {0};
	int ret = 0;

	if(_val != NULL && (get_str_fparam(&value, _m, (fparam_t *)_val) < 0)) {
		LM_ERR("invalid table parameter [%s] [%s]\n", _val, value.s);
		return -1;
	}

	if(_coof != NULL && (get_str_fparam(&coof, _m, (fparam_t *)_coof) < 0)) {
		LM_ERR("invalid data parameter [%s] [%s]\n", _coof, coof.s);
		return -1;
	}

	if(value.s == NULL || coof.s == NULL)
		return -1;

	ret = (int)(atof(value.s) * atoi(coof.s));

	return ret ? ret : -1;
}

static int ki_float2int(sip_msg_t *_m, str *_val, str *_coof)
{
	int ret = 0;

	if(_val == NULL || _val->s == NULL || _val->len <= 0 || _coof == NULL
			|| _coof->s == NULL || _coof->len <= 0)
		return -1;

	ret = (int)(atof(_val->s) * atoi(_coof->s));

	return ret ? ret : -1;
}

static int w_sip_capture(
		sip_msg_t *_m, char *_table, _capture_mode_data_t *cm_data)
{
	str table = {0};

	if(_table != NULL && (get_str_fparam(&table, _m, (fparam_t *)_table) < 0)) {
		LM_ERR("invalid table parameter [%s] [%s]\n", _table, table.s);
		return -1;
	}

	return sip_capture(_m, (table.len > 0) ? &table : NULL, cm_data);
}

static int w_sip_capture0(sip_msg_t *_m, char *_p1, char *_p2)
{
	return w_sip_capture(_m, NULL, NULL);
}

static int w_sip_capture1(sip_msg_t *_m, char *_table, char *_p2)
{
	return w_sip_capture(_m, _table, NULL);
}

static int w_sip_capture2(sip_msg_t *_m, char *_table, char *_cmdata)
{
	return w_sip_capture(_m, _table, (_capture_mode_data_t *)_cmdata);
}

static int ki_sip_capture_mode(sip_msg_t *_m, str *_table, str *_cmdata)
{
	_capture_mode_data_t *pcmdata = NULL;
	unsigned int id;

	if(_cmdata != NULL && _cmdata->len > 0) {
		pcmdata = capture_modes_root;
		id = core_case_hash(_cmdata, 0, 0);
		while(pcmdata) {
			if(id == pcmdata->id && pcmdata->name.len == _cmdata->len
					&& strncmp(pcmdata->name.s, _cmdata->s, _cmdata->len)
							   == 0) {
				break;
			}
			pcmdata = pcmdata->next;
		}
		if(pcmdata) {
			LM_DBG("found capture mode: [%.*s]\n", _cmdata->len, _cmdata->s);
		} else {
			LM_ERR("not found capture mode: [%.*s]\n", _cmdata->len,
					_cmdata->s);
			return -1;
		}
	}

	return sip_capture(
			_m, (_table != NULL && _table->len > 0) ? _table : NULL, pcmdata);
}

static int ki_sip_capture(sip_msg_t *_m)
{
	return sip_capture(_m, NULL, NULL);
}

static int ki_sip_capture_table(sip_msg_t *_m, str *_table)
{
	return sip_capture(_m, _table, NULL);
}

static int w_report_capture1(sip_msg_t *_m, char *_table, char *_p2)
{
	return w_report_capture3(_m, _table, NULL, NULL);
}

static int w_report_capture2(sip_msg_t *_m, char *_table, char *_corr)
{
	return w_report_capture3(_m, _table, _corr, NULL);
}

static int w_report_capture3(
		sip_msg_t *_m, char *_table, char *_corr, char *_data)
{
	str table = {0};
	str corr = {0};
	str data = {0};

	if(_table != NULL && (get_str_fparam(&table, _m, (fparam_t *)_table) < 0)) {
		LM_ERR("invalid table parameter [%s] [%s]\n", _table, table.s);
		return -1;
	}

	if(_corr != NULL && (get_str_fparam(&corr, _m, (fparam_t *)_corr) < 0)) {
		LM_ERR("invalid corr parameter [%s] [%s]\n", _corr, corr.s);
		return -1;
	}

	if(_data != NULL && (get_str_fparam(&data, _m, (fparam_t *)_data) < 0)) {


		LM_ERR("invalid data parameter [%s] [%s]\n", _data, data.s);
		return -1;
	}

	/* workaround for data function */
	if(data.len > 0 && !strncmp(data.s, "report_capture", data.len))
		data.len = 0;

	return report_capture(_m, (table.len > 0) ? &table : NULL,
			(corr.len > 0) ? &corr : NULL, (data.len > 0) ? &data : NULL);
}


static int ki_report_capture_data(
		sip_msg_t *_m, str *_table, str *_cid, str *_data)
{
	/* workaround for data function */
	if(_data != NULL && _data->len > 0 && _data->len == 14
			&& !strncmp(_data->s, "report_capture", 14)) {
		return report_capture(_m,
				(_table != NULL && _table->len > 0) ? _table : NULL,
				(_cid != NULL && _cid->len > 0) ? _cid : NULL, NULL);

	} else {
		return report_capture(_m,
				(_table != NULL && _table->len > 0) ? _table : NULL,
				(_cid != NULL && _cid->len > 0) ? _cid : NULL,
				(_data != NULL && _data->len > 0) ? _data : NULL);
	}
}

static int ki_report_capture(sip_msg_t *_m, str *_table)
{
	return ki_report_capture_data(_m, _table, NULL, NULL);
}

static int ki_report_capture_cid(sip_msg_t *_m, str *_table, str *_cid)
{
	return ki_report_capture_data(_m, _table, _cid, NULL);
}

int extract_host_port(void)
{
	if(raw_socket_listen.len) {
		char *p1, *p2;
		p1 = raw_socket_listen.s;

		if((p1 = strrchr(p1, ':')) != 0) {
			*p1 = '\0';
			p1++;
			p2 = p1;
			if((p2 = strrchr(p2, '-')) != 0) {
				p2++;
				moni_port_end = atoi(p2);
				p1[strlen(p1) - strlen(p2) - 1] = '\0';
			}
			moni_port_start = atoi(p1);
			raw_socket_listen.len = strlen(raw_socket_listen.s);
		}
		return 1;
	}
	return 0;
}


static int child_init(int rank)
{

	_capture_mode_data_t *c;

	if(rank == PROC_MAIN && (ipip_capture_on || moni_capture_on)) {
		if(init_rawsock_children() < 0)
			return -1;
	}

	if(rank == PROC_INIT || rank == PROC_MAIN || rank == PROC_TCP_MAIN)
		return 0; /* do nothing for the main process */


	c = capture_modes_root;

	while(c) {
		if(!c->db_url.s || !c->db_url.len) {
			LM_ERR("DB URL not set for capture mode:[%.*s]\n", c->name.len,
					c->name.s);
			return -1;
		}
		c->db_con = c->db_funcs.init(&c->db_url);
		if(!c->db_con) {
			LM_ERR("unable to connect to database [%.*s] from capture_mode "
				   "param.\n",
					c->db_url.len, c->db_url.s);
			return -1;
		}
		if(c->mtmode == mode_round_robin && rank > 0) {
			c->rr_idx = rank % c->no_tables;
		}
		c = c->next;
	}


	heptime = (struct hep_timeinfo *)pkg_malloc(sizeof(struct hep_timeinfo));
	if(heptime == NULL) {
		PKG_MEM_ERROR;
		return -1;
	}

	heptime->tv_sec = 0;

	return 0;
}

/*
 * RAW IPIP || Monitoring listeners
 */
int init_rawsock_children(void)
{
	int i;
	pid_t pid;

	for(i = 0; i < raw_sock_children; i++) {
		pid = fork_process(PROC_UNIXSOCK, "homer raw socket", 1);
		if(pid < 0) {
			ERR("Unable to fork: %s\n", strerror(errno));
			return -1;
		} else if(pid == 0) { /* child */
			raw_capture_rcv_loop(raw_sock_desc, moni_port_start, moni_port_end,
					moni_capture_on ? 0 : 1);
		}
		/* Parent */
	}

	DBG("Raw IPIP socket server successfully initialized\n");
	return 1;
}


static void destroy(void)
{
	//if (capture_def->db_con!=NULL)
	//	capture_def->db_funcs.close(capture_def->db_con);

	/*free content from the linked list*/
	_capture_mode_data_t *c;
	_capture_mode_data_t *c0;

	c = capture_modes_root;

	while(c) {
		c0 = c->next;
		if(c->name.s) {
			pkg_free(c->name.s);
		}
		if(c->db_url.s) {
			pkg_free(c->db_url.s);
		}
		if(c->db_con) {
			c->db_funcs.close(c->db_con);
		}
		if(c->table_names) {
			pkg_free(c->table_names);
		}

		pkg_free(c);
		c = c0;
	}

	if(capture_on_flag)
		shm_free(capture_on_flag);

	if(heptime)
		pkg_free(heptime);

	if(raw_sock_desc > 0) {
		if(promisc_on && raw_interface.len) {
#ifdef __OS_linux
			ifr.ifr_flags &= ~(IFF_PROMISC);

			if(ioctl(raw_sock_desc, SIOCSIFFLAGS, &ifr) < 0) {
				LM_ERR("destroy: could not remove PROMISC flag from interface "
					   "[%.*s]:"
					   " %s (%d)\n",
						raw_interface.len, raw_interface.s, strerror(errno),
						errno);
			}
#endif
		}
		close(raw_sock_desc);
	}


	//	if (table_names){
	//		pkg_free(table_names);
	//	}
}

static int sip_capture_prepare(sip_msg_t *msg)
{
	/* We need parse all headers */
	if(parse_headers(msg, HDR_CALLID_F | HDR_EOH_F, 0) != 0) {
		if(!parse_bad_msgs) {
			LM_ERR("cannot parse headers\n");
			return -1;
		} else {
			LM_DBG("trying to capture bad message\n");
		}
	}

	return 0;
}

static int sip_capture_store(struct _sipcapture_object *sco, str *dtable,
		_capture_mode_data_t *cm_data)
{
	db_key_t db_keys[NR_KEYS];
	db_val_t db_vals[NR_KEYS];

	str tmp, corrtmp, ntab;
	int ii = 0;
	int ret = 0;
	int counter = 0;
	db_insert_f insert;
	time_t retry_failed_time = 0;
	struct tm capt_ts;
	str ocallid;

	/* new */
	str *table = NULL;
	_capture_mode_data_t *c = NULL;
	char strftime_buf[128];
	time_t tvsec_;

	c = (cm_data) ? cm_data : capture_def;
	if(!c) {
		LM_ERR("no connection mode available to store data\n");
		return -1;
	}

	if(sco == NULL) {
		LM_DBG("invalid parameter\n");
		return -1;
	}

	if(sc_topoh_unmask == 1) {
		if(thb.unmask_callid(&sco->callid, &ocallid) == 0) {
			sco->callid = ocallid;
		}
	}

	if(correlation_id) {
		corrtmp.s = correlation_id;
		corrtmp.len = strlen(correlation_id);
	}

	db_keys[0] = &date_column;
	db_vals[0].type = DB1_DATETIME;
	db_vals[0].nul = 0;
	db_vals[0].val.time_val = (sco->tmstamp / 1000000);

	db_keys[1] = &micro_ts_column;
	db_vals[1].type = DB1_BIGINT;
	db_vals[1].nul = 0;
	db_vals[1].val.ll_val = sco->tmstamp;

	db_keys[2] = &method_column;
	db_vals[2].type = DB1_STR;
	db_vals[2].nul = 0;
	db_vals[2].val.str_val = sco->method;

	db_keys[3] = &reply_reason_column;
	db_vals[3].type = DB1_STR;
	db_vals[3].nul = 0;
	db_vals[3].val.str_val = sco->reply_reason;

	db_keys[4] = &ruri_column;
	db_vals[4].type = DB1_STR;
	db_vals[4].nul = 0;
	db_vals[4].val.str_val = sco->ruri;

	db_keys[5] = &ruri_user_column;
	db_vals[5].type = DB1_STR;
	db_vals[5].nul = 0;
	db_vals[5].val.str_val = sco->ruri_user;

	db_keys[6] = &from_user_column;
	db_vals[6].type = DB1_STR;
	db_vals[6].nul = 0;
	db_vals[6].val.str_val = sco->from_user;

	db_keys[7] = &from_tag_column;
	db_vals[7].type = DB1_STR;
	db_vals[7].nul = 0;
	db_vals[7].val.str_val = sco->from_tag;

	db_keys[8] = &to_user_column;
	db_vals[8].type = DB1_STR;
	db_vals[8].nul = 0;
	db_vals[8].val.str_val = sco->to_user;

	db_keys[9] = &to_tag_column;
	db_vals[9].type = DB1_STR;
	db_vals[9].nul = 0;
	db_vals[9].val.str_val = sco->to_tag;

	db_keys[10] = &pid_user_column;
	db_vals[10].type = DB1_STR;
	db_vals[10].nul = 0;
	db_vals[10].val.str_val = sco->pid_user;

	db_keys[11] = &contact_user_column;
	db_vals[11].type = DB1_STR;
	db_vals[11].nul = 0;
	db_vals[11].val.str_val = sco->contact_user;

	db_keys[12] = &auth_user_column;
	db_vals[12].type = DB1_STR;
	db_vals[12].nul = 0;
	db_vals[12].val.str_val = sco->auth_user;

	db_keys[13] = &callid_column;
	db_vals[13].type = DB1_STR;
	db_vals[13].nul = 0;
	db_vals[13].val.str_val = sco->callid;

	db_keys[14] = &callid_aleg_column;
	db_vals[14].type = DB1_STR;
	db_vals[14].nul = 0;
	db_vals[14].val.str_val = sco->callid_aleg;

	db_keys[15] = &via_1_column;
	db_vals[15].type = DB1_STR;
	db_vals[15].nul = 0;
	db_vals[15].val.str_val = sco->via_1;

	db_keys[16] = &via_1_branch_column;
	db_vals[16].type = DB1_STR;
	db_vals[16].nul = 0;
	db_vals[16].val.str_val = sco->via_1_branch;

	db_keys[17] = &cseq_column;
	db_vals[17].type = DB1_STR;
	db_vals[17].nul = 0;
	db_vals[17].val.str_val = sco->cseq;

	db_keys[18] = &reason_column;
	db_vals[18].type = DB1_STR;
	db_vals[18].nul = 0;
	db_vals[18].val.str_val = sco->reason;

	db_keys[19] = &content_type_column;
	db_vals[19].type = DB1_STR;
	db_vals[19].nul = 0;
	db_vals[19].val.str_val = sco->content_type;

	db_keys[20] = &authorization_column;
	db_vals[20].type = DB1_STR;
	db_vals[20].nul = 0;
	db_vals[20].val.str_val = sco->authorization;

	db_keys[21] = &user_agent_column;
	db_vals[21].type = DB1_STR;
	db_vals[21].nul = 0;
	db_vals[21].val.str_val = sco->user_agent;

	db_keys[22] = &source_ip_column;
	db_vals[22].type = DB1_STR;
	db_vals[22].nul = 0;
	db_vals[22].val.str_val = sco->source_ip;

	db_keys[23] = &source_port_column;
	db_vals[23].type = DB1_INT;
	db_vals[23].nul = 0;
	db_vals[23].val.int_val = sco->source_port;

	db_keys[24] = &dest_ip_column;
	db_vals[24].type = DB1_STR;
	db_vals[24].nul = 0;
	db_vals[24].val.str_val = sco->destination_ip;

	db_keys[25] = &dest_port_column;
	db_vals[25].type = DB1_INT;
	db_vals[25].nul = 0;
	db_vals[25].val.int_val = sco->destination_port;

	db_keys[26] = &contact_ip_column;
	db_vals[26].type = DB1_STR;
	db_vals[26].nul = 0;
	db_vals[26].val.str_val = sco->contact_ip;

	db_keys[27] = &contact_port_column;
	db_vals[27].type = DB1_INT;
	db_vals[27].nul = 0;
	db_vals[27].val.int_val = sco->contact_port;

	db_keys[28] = &orig_ip_column;
	db_vals[28].type = DB1_STR;
	db_vals[28].nul = 0;
	db_vals[28].val.str_val = sco->originator_ip;

	db_keys[29] = &orig_port_column;
	db_vals[29].type = DB1_INT;
	db_vals[29].nul = 0;
	db_vals[29].val.int_val = sco->originator_port;

	db_keys[30] = &proto_column;
	db_vals[30].type = DB1_INT;
	db_vals[30].nul = 0;
	db_vals[30].val.int_val = sco->proto;

	db_keys[31] = &family_column;
	db_vals[31].type = DB1_INT;
	db_vals[31].nul = 0;
	db_vals[31].val.int_val = sco->family;

	db_keys[32] = &rtp_stat_column;
	db_vals[32].type = DB1_STR;
	db_vals[32].nul = 0;
	db_vals[32].val.str_val = sco->rtp_stat;

	db_keys[33] = &type_column;
	db_vals[33].type = DB1_INT;
	db_vals[33].nul = 0;
	db_vals[33].val.int_val = sco->type;

	db_keys[34] = &node_column;
	db_vals[34].type = DB1_STR;
	db_vals[34].nul = 0;
	db_vals[34].val.str_val = sco->node;

	db_keys[35] = &correlation_column;
	db_vals[35].type = DB1_STR;
	db_vals[35].nul = 0;
	db_vals[35].val.str_val = (correlation_id) ? corrtmp : sco->callid;

	db_keys[36] = &from_domain_column;
	db_vals[36].type = DB1_STR;
	db_vals[36].nul = 0;
	db_vals[36].val.str_val = sco->from_domain;

	db_keys[37] = &to_domain_column;
	db_vals[37].type = DB1_STR;
	db_vals[37].nul = 0;
	db_vals[37].val.str_val = sco->to_domain;

	db_keys[38] = &ruri_domain_column;
	db_vals[38].type = DB1_STR;
	db_vals[38].nul = 0;
	db_vals[38].val.str_val = sco->ruri_domain;

	db_keys[39] = &diversion_column;
	db_vals[39].type = DB1_STR;
	db_vals[39].nul = 0;
	db_vals[39].val.str_val = sco->diversion;

	db_keys[40] = &msg_column;
	db_vals[40].type = DB1_BLOB;
	db_vals[40].nul = 0;

	/*we don't have empty spaces now */
	tmp.s = sco->msg.s;
	tmp.len = sco->msg.len;

	db_vals[40].val.blob_val = tmp;

	db_keys[41] = &custom_field1_column;
	db_vals[41].type = DB1_STR;
	db_vals[41].nul = 0;
	db_vals[41].val.str_val = sco->custom1;

	db_keys[42] = &custom_field2_column;
	db_vals[42].type = DB1_STR;
	db_vals[42].nul = 0;
	db_vals[42].val.str_val = sco->custom2;

	db_keys[43] = &custom_field3_column;
	db_vals[43].type = DB1_STR;
	db_vals[43].nul = 0;
	db_vals[43].val.str_val = sco->custom3;

	if(dtable) {
		table = dtable;
	} else if(c->no_tables > 0) {

		if(c->mtmode == mode_hash) {
			ii = hash_func(sco, c->hash_source, c->no_tables);
			if(ii < 0) {
				LM_ERR("hashing failed\n");
				return -1;
			}
			LM_DBG("hash idx is:%d\n", ii);
		} else if(c->mtmode == mode_random) {
			ii = kam_rand() % c->no_tables;
			LM_DBG("rand idx is:%d\n", ii);
		} else if(c->mtmode == mode_round_robin) {
			ii = c->rr_idx;
			c->rr_idx = (c->rr_idx + 1) % c->no_tables;
			LM_DBG("round robin idx is:%d\n", ii);
		}
		table = &c->table_names[ii];
	} else {
		table = &_sipcap_table_name;
	}

	tvsec_ = (time_t)(sco->tmstamp / 1000000);
	if(gmtime_r(&tvsec_, &capt_ts) == NULL) {
		LM_ERR("unable to set time to attributes\n");
		return -1;
	}

	ntab.len = strftime(strftime_buf, sizeof(strftime_buf), table->s, &capt_ts);
	ntab.s = strftime_buf;

	table = &ntab;

	/* check dynamic table */
	LM_DBG("insert into homer table [1]: [%.*s]\n", table->len, table->s);
	c->db_funcs.use_table(c->db_con, table);

	LM_DBG("storing info...\n");

	if(db_insert_mode == 1 && c->db_funcs.insert_delayed != NULL)
		insert = c->db_funcs.insert_delayed;
	else if(db_insert_mode == 2 && c->db_funcs.insert_async != NULL)
		insert = c->db_funcs.insert_async;
	else
		insert = c->db_funcs.insert;
	ret = insert(c->db_con, db_keys, db_vals, NR_KEYS);

	if(ret < 0) {
		LM_DBG("failed to insert into database(first attempt)\n");
		if(insert_retries != 0) {
			counter = 0;
			while((ret = insert(c->db_con, db_keys, db_vals, NR_KEYS)) < 0) {
				counter++;
				if(1 == counter) //first failed retry
					retry_failed_time = time(NULL);

				if((counter > insert_retries)
						|| (time(NULL) - retry_failed_time
								> insert_retry_timeout)) {
					LM_ERR("failed to insert into database(second attempt)\n");
					break;
				}
			}
		}
	}
	if(ret < 0)
		goto error;
#ifdef STATISTICS
	update_stat(sco->stat, 1);
#endif

	return 1;
error:
	return -1;
}

static int sip_capture(
		sip_msg_t *msg, str *_table, _capture_mode_data_t *cm_data)
{
	struct _sipcapture_object sco;
	struct sip_uri from, to, contact;
	struct hdr_field *hook1 = NULL;
	hdr_field_t *tmphdr[7];
	contact_body_t *cb = 0;
	char buf_ip[IP_ADDR_MAX_STR_SIZE + 12];
	char *port_str = NULL, *tmp = NULL;
	struct timeval tvb;
	struct timezone tz;
	char tmp_node[100];
	str ip;

	LM_DBG("CAPTURE DEBUG...\n");

	gettimeofday(&tvb, &tz);

	if(msg == NULL) {
		LM_DBG("nothing to capture\n");
		return -1;
	}
	memset(&sco, 0, sizeof(struct _sipcapture_object));


	if(capture_on_flag == NULL || *capture_on_flag == 0) {
		LM_DBG("capture off...\n");
		return -1;
	}

	if(sip_capture_prepare(msg) < 0)
		return -1;

	if(msg->first_line.type == SIP_REQUEST) {

		if(parse_sip_msg_uri(msg) < 0)
			return -1;

		sco.method = msg->first_line.u.request.method;
		EMPTY_STR(sco.reply_reason);

		sco.ruri = msg->first_line.u.request.uri;
		sco.ruri_user = msg->parsed_uri.user;
		sco.ruri_domain = msg->parsed_uri.host;
	} else if(msg->first_line.type == SIP_REPLY) {
		sco.method = msg->first_line.u.reply.status;
		sco.reply_reason = msg->first_line.u.reply.reason;

		EMPTY_STR(sco.ruri);
		EMPTY_STR(sco.ruri_user);
		EMPTY_STR(sco.ruri_domain);
	} else {
		LM_ERR("unknown type [%i]\n", msg->first_line.type);
		EMPTY_STR(sco.method);
		EMPTY_STR(sco.reply_reason);
		EMPTY_STR(sco.ruri);
		EMPTY_STR(sco.ruri_user);
	}

	if(heptime && heptime->tv_sec != 0) {
		sco.tmstamp = (unsigned long long)heptime->tv_sec * 1000000
					  + heptime->tv_usec; /* micro ts */
		snprintf(tmp_node, 100, "%.*s:%lu", capture_node.len, capture_node.s,
				(unsigned long)heptime->captid);
		sco.node.s = tmp_node;
		sco.node.len = strlen(tmp_node);
	} else {
		sco.tmstamp = (unsigned long long)tvb.tv_sec * 1000000
					  + tvb.tv_usec; /* micro ts */
		sco.node = capture_node;
	}

	/* Parse FROM */
	if(msg->from) {

		if(parse_from_header(msg) != 0) {
			if(!parse_bad_msgs) {
				LOG(L_ERR, "ERROR: eval_elem: bad or missing"
						   " From: header\n");
				return -1;
			} else {
				LM_DBG("bad From header\n");
				memset(&from, 0, sizeof(from));
			}
		} else {
			if(parse_uri(get_from(msg)->uri.s, get_from(msg)->uri.len, &from)
					< 0) {
				if(!parse_bad_msgs) {
					LOG(L_ERR, "ERROR: do_action: bad from dropping"
							   " packet\n");
					return -1;
				} else {
					LM_DBG("bad From URI\n");
					memset(&from, 0, sizeof(from));
				}
			}
		}
		sco.from_user = from.user;
		sco.from_domain = from.host;
		if(get_from(msg) && get_from(msg)->tag_value.len) {
			sco.from_tag = get_from(msg)->tag_value;
		} else {
			EMPTY_STR(sco.from_tag);
		}
	} else {
		EMPTY_STR(sco.from_user);
		EMPTY_STR(sco.from_domain);
		EMPTY_STR(sco.from_tag);
	}

	/* Parse TO */
	if(msg->to) {

		if(parse_uri(get_to(msg)->uri.s, get_to(msg)->uri.len, &to) < 0) {
			if(!parse_bad_msgs) {
				LOG(L_ERR, "ERROR: do_action: bad to dropping"
						   " packet\n");
				return -1;
			} else {
				LM_DBG("bad To URI\n");
				memset(&to, 0, sizeof(to));
			}
		}

		sco.to_user = to.user;
		sco.to_domain = to.host;
		if(get_to(msg)->tag_value.len) {
			sco.to_tag = get_to(msg)->tag_value;
		} else {
			EMPTY_STR(sco.to_tag);
		}
	} else {
		EMPTY_STR(sco.to_user);
		EMPTY_STR(sco.to_domain);
		EMPTY_STR(sco.to_tag);
	}

	/* Call-id */
	if(msg->callid) {
		sco.callid = msg->callid->body;
	} else {
		if(!parse_bad_msgs) {
			EMPTY_STR(sco.callid);
		} else {
			if(force_capture_callid(msg, &sco) < 0) {
				return -1;
			}
		}
	}

	/* P-Asserted-Id */
	if((parse_pai_header(msg) == 0) && (msg->pai) && (msg->pai->parsed)) {
		to_body_t *pai = get_pai(msg)->id; /* This returns the first entry */
		if((pai->parsed_uri.user.s == NULL)
				&& (parse_uri(pai->uri.s, pai->uri.len, &pai->parsed_uri)
						< 0)) {
			LM_DBG("DEBUG: do_action: bad pai: method:[%.*s] CID: [%.*s]\n",
					sco.method.len, sco.method.s, sco.callid.len, sco.callid.s);
		} else {
			LM_DBG("PARSE PAI: (%.*s)\n", pai->uri.len, pai->uri.s);
			sco.pid_user = pai->parsed_uri.user;
		}
	} else if((parse_ppi_header(msg) == 0) && (msg->ppi)
			  && (msg->ppi->parsed)) {
		to_body_t *ppi = get_ppi(msg)->id; /* This returns the first entry */
		if((ppi->parsed_uri.user.s == NULL)
				&& (parse_uri(ppi->uri.s, ppi->uri.len, &ppi->parsed_uri)
						< 0)) {
			LM_DBG("DEBUG: do_action: bad ppi: method:[%.*s] CID: [%.*s]\n",
					sco.method.len, sco.method.s, sco.callid.len, sco.callid.s);
		} else {
			LM_DBG("PARSE PPI: (%.*s)\n", ppi->uri.len, ppi->uri.s);
			sco.pid_user = ppi->parsed_uri.user;
		}
	} else if((parse_rpid_header(msg) == 0) && (msg->rpid)
			  && (msg->rpid->parsed)) {
		to_body_t *rpid = get_rpid(msg);
		if((rpid->parsed_uri.user.s == NULL)
				&& (parse_uri(rpid->uri.s, rpid->uri.len, &rpid->parsed_uri)
						< 0)) {
			LM_DBG("DEBUG: do_action: bad rpid: method:[%.*s] CID: [%.*s]\n",
					sco.method.len, sco.method.s, sco.callid.len, sco.callid.s);
		} else {
			LM_DBG("PARSE RPID: (%.*s)\n", rpid->uri.len, rpid->uri.s);
			sco.pid_user = rpid->parsed_uri.user;
		}
	} else {
		EMPTY_STR(sco.pid_user);
	}

	/* Auth headers */
	if(msg->proxy_auth != NULL)
		hook1 = msg->proxy_auth;
	else if(msg->authorization != NULL)
		hook1 = msg->authorization;

	if(hook1) {
		if(parse_credentials(hook1) == 0)
			sco.auth_user =
					((auth_body_t *)(hook1->parsed))->digest.username.user;
		else {
			EMPTY_STR(sco.auth_user);
		}
	} else {
		EMPTY_STR(sco.auth_user);
	}

	if(msg->contact) {

		if(msg->contact->parsed == 0 && parse_contact(msg->contact) < 0) {
			if(!parse_bad_msgs) {
				LOG(L_ERR, "assemble_msg: error while parsing <Contact:> "
						   "header\n");
				return -1;
			} else {
				LM_DBG("error while parsing <Contact:> header\n");
			}
		} else {
			cb = (contact_body_t *)msg->contact->parsed;
			if(cb) {
				if(cb->contacts) {
					if(parse_uri(cb->contacts->uri.s, cb->contacts->uri.len,
							   &contact)
							< 0) {
						if(!parse_bad_msgs) {
							LOG(L_ERR, "ERROR: do_action: bad contact dropping "
									   "packet\n");
							return -1;
						} else {
							LM_DBG("bad contact URI\n");
							memset(&contact, 0, sizeof(contact));
						}
					}
				} else {
					if(cb->star) { /* in the case Contact is "*" */
						memset(&contact, 0, sizeof(contact));
						contact.user.s = star_contact.s;
						contact.user.len = star_contact.len;
					} else {
						LOG(L_NOTICE, "Invalid contact\n");
						memset(&contact, 0, sizeof(contact));
					}
				}
			}
		}
	}

	/* callid_aleg - default is X-CID but configurable via module params */
	EMPTY_STR(sco.callid_aleg);
	int index;
	for(index = 0; index < n_callid_aleg_headers; index++) {
		if((tmphdr[0] = get_hdr_by_name(msg, callid_aleg_headers[index].s,
					callid_aleg_headers[index].len))
				!= NULL) {
			LM_DBG("MATCHED header %.*s\n", callid_aleg_headers[index].len,
					callid_aleg_headers[index].s);
			sco.callid_aleg = tmphdr[0]->body;
			break;
		}
	}

	/* VIA 1 */
	if(msg->h_via1) {
		sco.via_1 = msg->h_via1->body;
	}

	/* Via branch */
	if(msg->via1->branch)
		sco.via_1_branch = msg->via1->branch->value;
	else {
		EMPTY_STR(sco.via_1_branch);
	}

	/* CSEQ */
	if(msg->cseq)
		sco.cseq = msg->cseq->body;
	else {
		EMPTY_STR(sco.cseq);
	}

	/* Reason */
	if((tmphdr[1] = get_hdr_by_name(msg, "Reason", 6)) != NULL) {
		sco.reason = tmphdr[1]->body;
	} else {
		EMPTY_STR(sco.reason);
	}

	/* Diversion */
	if(msg->diversion)
		sco.diversion = msg->diversion->body;
	else {
		EMPTY_STR(sco.diversion);
	}

	/* Content-type */
	if(msg->content_type)
		sco.content_type = msg->content_type->body;
	else {
		EMPTY_STR(sco.content_type);
	}

	/* User-Agent */
	if(msg->user_agent)
		sco.user_agent = msg->user_agent->body;
	else {
		EMPTY_STR(sco.user_agent);
	}

	/* Contact */
	if(msg->contact && cb) {
		sco.contact_ip = contact.host;
		str2int(&contact.port, (unsigned int *)&sco.contact_port);
		sco.contact_user = contact.user;
	} else {
		EMPTY_STR(sco.contact_ip);
		sco.contact_port = 0;
		EMPTY_STR(sco.contact_user);
	}

	/* X-OIP */
	if((tmphdr[2] = get_hdr_by_name(msg, "X-OIP", 5)) != NULL) {
		sco.originator_ip = tmphdr[2]->body;
		/* Originator port. Should be parsed from XOIP header as ":" param */
		tmp = strchr(tmphdr[2]->body.s, ':');
		if(tmp) {
			*tmp = '\0';
			port_str = tmp + 1;
			sco.originator_port = strtol(port_str, NULL, 10);
		} else
			sco.originator_port = 0;
	} else {
		EMPTY_STR(sco.originator_ip);
		sco.originator_port = 0;
	}

	/* X-RTP-Stat-Add */
	if((tmphdr[3] = get_hdr_by_name(msg, "X-RTP-Stat-Add", 14)) != NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	}
	/* X-RTP-Stat-T38 */
	else if((tmphdr[3] = get_hdr_by_name(msg, "X-RTP-Stat-T38", 14)) != NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	}
	/* X-RTP-Stat */
	else if((tmphdr[3] = get_hdr_by_name(msg, "X-RTP-Stat", 10)) != NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	}
	/* P-RTP-Stat */
	else if((tmphdr[3] = get_hdr_by_name(msg, "P-RTP-Stat", 10)) != NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	}
	/* X-Siemens-RTP-stats */
	else if((tmphdr[3] = get_hdr_by_name(msg, "X-Siemens-RTP-stats", 19))
			!= NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	}
	/* X-NG-RTP-STATS */
	else if((tmphdr[3] = get_hdr_by_name(msg, "X-NG-RTP-STATS", 14)) != NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	}
	/* RTP-RxStat */
	else if((tmphdr[3] = get_hdr_by_name(msg, "RTP-RxStat", 10)) != NULL) {
		sco.rtp_stat = tmphdr[3]->body;
	} else {
		EMPTY_STR(sco.rtp_stat);
	}

	/* Custom - field1 */
	if(custom_field1_header.len > 0
			&& (tmphdr[4] = get_hdr_by_name(
						msg, custom_field1_header.s, custom_field1_header.len))
					   != NULL) {
		sco.custom1 = tmphdr[4]->body;
	} else {
		EMPTY_STR(sco.custom1);
	}

	/* Custom - field2 */
	if(custom_field2_header.len > 0
			&& (tmphdr[5] = get_hdr_by_name(
						msg, custom_field2_header.s, custom_field2_header.len))
					   != NULL) {
		sco.custom2 = tmphdr[5]->body;
	} else {
		EMPTY_STR(sco.custom2);
	}

	/* Custom - field3 */
	if(custom_field3_header.len > 0
			&& (tmphdr[6] = get_hdr_by_name(
						msg, custom_field3_header.s, custom_field3_header.len))
					   != NULL) {
		sco.custom3 = tmphdr[6]->body;
	} else {
		EMPTY_STR(sco.custom3);
	}

	/* PROTO TYPE */
	sco.proto = msg->rcv.proto;

	/* FAMILY TYPE */
	sco.family = msg->rcv.src_ip.af;

	/* MESSAGE TYPE */
	sco.type = msg->first_line.type;

	/* MSG */
	sco.msg.s = msg->buf;
	sco.msg.len = msg->len;
	//EMPTY_STR(sco.msg);

	/* IP source and destination */

	ip.s = ip_addr2a(&msg->rcv.src_ip);
	ip.len = strlen(ip.s);
	/* Copy, including teminating \0 */
	memcpy(buf_ip, ip.s, ip.len + 1);
	sco.source_ip.s = buf_ip;
	sco.source_ip.len = ip.len;
	sco.source_port = msg->rcv.src_port;

	/*source ip*/
	sco.destination_ip.s = ip_addr2a(&msg->rcv.dst_ip);
	sco.destination_ip.len = strlen(sco.destination_ip.s);
	sco.destination_port = msg->rcv.dst_port;


	LM_DBG("src_ip: [%.*s]\n", sco.source_ip.len, sco.source_ip.s);
	LM_DBG("dst_ip: [%.*s]\n", sco.destination_ip.len, sco.destination_ip.s);

	LM_DBG("dst_port: [%d]\n", sco.destination_port);
	LM_DBG("src_port: [%d]\n", sco.source_port);

#ifdef STATISTICS
	if(msg->first_line.type == SIP_REPLY) {
		sco.stat = (cm_data) ? cm_data->sipcapture_rpl
							 : capture_def->sipcapture_rpl;
	} else {
		sco.stat = (cm_data) ? cm_data->sipcapture_req
							 : capture_def->sipcapture_req;
	}
#endif
	//LM_DBG("DONE");
	return sip_capture_store(&sco, _table, cm_data);
}

#define capture_is_off(_msg) (capture_on_flag == NULL || *capture_on_flag == 0)


/* Local raw socket */
int raw_capture_socket(
		struct ip_addr *ip, str *iface, int port_start, int port_end, int proto)
{

	int sock = -1;
	union sockaddr_union su;

#ifdef __OS_linux
	struct sock_fprog pf;
	char short_ifname[sizeof(int)];
	int ifname_len;
	char *ifname;
#endif
	//0x0003 - all packets
	if(proto == IPPROTO_IPIP) {
		sock = socket(PF_INET, SOCK_RAW, proto);
	}
#ifdef __OS_linux
	else if(proto == htons(0x800)) {
		sock = socket(PF_PACKET, SOCK_RAW, proto);
	}
#endif
	else {
		ERR("raw_capture_socket: LSF currently supported only on linux\n");
		goto error;
	}

	if(sock == -1)
		goto error;

#ifdef __OS_linux

	/* set socket options */
	if(iface && iface->s) {

		/* workaround for linux bug: arg to setsockopt must have at least
		 * sizeof(int) size or EINVAL would be returned */
		if(iface->len < sizeof(int)) {
			memcpy(short_ifname, iface->s, iface->len);
			short_ifname[iface->len] = 0; /* make sure it's zero term */
			ifname_len = sizeof(short_ifname);
			ifname = short_ifname;
		} else {
			ifname_len = iface->len;
			ifname = iface->s;
		}
		if(setsockopt(sock, SOL_SOCKET, SO_BINDTODEVICE, ifname, ifname_len)
				< 0) {
			ERR("raw_socket: could not bind to %.*s: %s [%d]\n", iface->len,
					ZSW(iface->s), strerror(errno), errno);
			goto error;
		}
	}

	if(bpf_on) {

		memset(&pf, 0, sizeof(pf));
		pf.len = sizeof(BPF_code) / sizeof(BPF_code[0]);
		pf.filter = (struct sock_filter *)BPF_code;

		if(!port_end)
			port_end = port_start;

		/* Start PORT */
		BPF_code[5] = (struct sock_filter)BPF_JUMP(0x35, port_start, 0, 1);
		BPF_code[8] = (struct sock_filter)BPF_JUMP(0x35, port_start, 11, 13);
		BPF_code[16] = (struct sock_filter)BPF_JUMP(0x35, port_start, 0, 1);
		BPF_code[19] = (struct sock_filter)BPF_JUMP(0x35, port_start, 0, 2);
		/* Stop PORT */
		BPF_code[6] = (struct sock_filter)BPF_JUMP(0x25, port_end, 0, 14);
		BPF_code[17] = (struct sock_filter)BPF_JUMP(0x25, port_end, 0, 3);
		BPF_code[20] = (struct sock_filter)BPF_JUMP(0x25, port_end, 1, 0);

		/* Attach the filter to the socket */
		if(setsockopt(sock, SOL_SOCKET, SO_ATTACH_FILTER, &pf, sizeof(pf))
				< 0) {
			ERR(" setsockopt filter: [%s] [%d]\n", strerror(errno), errno);
		}
	}
#endif

	if(ip && proto == IPPROTO_IPIP) {
		init_su(&su, ip, 0);
		if(bind(sock, &su.s, sockaddru_len(su)) == -1) {
			ERR("raw_capture_socket: bind(%s) failed: %s [%d]\n", ip_addr2a(ip),
					strerror(errno), errno);
			goto error;
		}
	}

	return sock;

error:
	if(sock != -1)
		close(sock);
	return -1;
}

/* Local raw receive loop */
int raw_capture_rcv_loop(int rsock, int port1, int port2, int ipip)
{


	static char buf[BUF_SIZE + 1];
	union sockaddr_union from;
	union sockaddr_union to;
	struct receive_info ri;
	int len;
	struct ip *iph;
	struct udphdr *udph;
	char *udph_start;
	unsigned short udp_len;
	int offset = 0;
	char *end;
	unsigned short dst_port;
	unsigned short src_port;
	struct ip_addr dst_ip, src_ip;
	struct socket_info *si = 0;
	int tmp_len;


	for(;;) {

		len = recvfrom(rsock, buf, BUF_SIZE, 0x20, 0, 0);

		if(len < 0) {
			if(len == -1) {
				LOG(L_ERR, "ERROR: raw_moni_rcv_loop:recvfrom: %s [%d]\n",
						strerror(errno), errno);
				if((errno == EINTR) || (errno == EWOULDBLOCK))
					continue;
			} else {
				DBG("raw_moni_rcv_loop: recvfrom error: %d\n", len);
				continue;
			}
		}

		end = buf + len;

		offset = ipip ? sizeof(struct ip) : ETHHDR;

		if(unlikely(len
					< (sizeof(struct ip) + sizeof(struct udphdr) + offset))) {
			DBG("received small packet: %d. Ignore it\n", len);
			continue;
		}

		iph = (struct ip *)(buf + offset);

		offset += iph->ip_hl * 4;

		udph_start = buf + offset;

		udph = (struct udphdr *)udph_start;
		offset += sizeof(struct udphdr);

		if(unlikely((buf + offset) > end)) {
			continue;
		}

		udp_len = ntohs(udph->uh_ulen);
		if(unlikely((udph_start + udp_len) != end)) {
			if((udph_start + udp_len) > end) {
				continue;
			} else {
				DBG("udp length too small: %d/%d\n", (int)udp_len,
						(int)(end - udph_start));
				continue;
			}
		}

		/* cut off the offset */
		len -= offset;

		if(len < MIN_UDP_PACKET) {
			DBG("raw_udp4_rcv_loop: probing packet received from\n");
			continue;
		}

		/* fill dst_port && src_port */
		dst_port = ntohs(udph->uh_dport);
		src_port = ntohs(udph->uh_sport);

		/* if the message has not alpha */
		if(!isalnum((buf + offset)[0])) {
			DBG("not alpha and not digit... skipping...\n");
			continue;
		}


		DBG("PORT: [%d] and [%d]\n", port1, port2);

		if((!port1 && !port2) || (src_port >= port1 && src_port <= port2)
				|| (dst_port >= port1 && dst_port <= port2)
				|| (!port2 && (src_port == port1 || dst_port == port1))) {

			/*FIL IPs*/
			dst_ip.af = AF_INET;
			dst_ip.len = 4;
			dst_ip.u.addr32[0] = iph->ip_dst.s_addr;

			/* fill dst_port */
			ip_addr2su(&to, &dst_ip, dst_port);

			/* fill src_port */
			src_ip.af = AF_INET;
			src_ip.len = 4;
			src_ip.u.addr32[0] = iph->ip_src.s_addr;
			ip_addr2su(&from, &src_ip, src_port);
			su_setport(&from, src_port);

			ri.src_su = from;
			su2ip_addr(&ri.src_ip, &from);
			ri.src_port = src_port;
			su2ip_addr(&ri.dst_ip, &to);
			ri.dst_port = dst_port;
			ri.proto = PROTO_UDP;

			/* a little bit memory */
			si = (struct socket_info *)pkg_malloc(sizeof(struct socket_info));
			if(si == 0) {
				PKG_MEM_ERROR_FMT("for socket_info\n");
				return 0;
			}

			memset(si, 0, sizeof(struct socket_info));
			si->address = ri.dst_ip;
			si->socket = -1;

			/* set port & proto */
			si->port_no = dst_port;
			si->proto = PROTO_UDP;
			si->flags = 0;
			si->addr_info_lst = 0;

			si->port_no_str.s = int2str(si->port_no, &tmp_len);
			si->port_no_str.len = tmp_len;

			si->address_str.s = ip_addr2a(&si->address);
			;
			si->address_str.len = strlen(si->address_str.s);

			si->name.len = si->address_str.len;
			si->name.s = si->address_str.s;

			ri.bind_address = si;


			/* and now receive message */
			receive_msg(buf + offset, len, &ri);
			if(si)
				pkg_free(si);
		}
	}

	return 0;
}

static void sipcapture_rpc_status(rpc_t *rpc, void *c)
{
	str status = {0, 0};

	if(rpc->scan(c, "S", &status) < 1) {
		rpc->fault(c, 500, "Not enough parameters (on, off or check)");
		return;
	}

	if(capture_on_flag == NULL) {
		rpc->fault(c, 500, "Internal error");
		return;
	}

	if(strncasecmp(status.s, "on", strlen("on")) == 0) {
		*capture_on_flag = 1;
		rpc->rpl_printf(c, "Enabled");
		return;
	}
	if(strncasecmp(status.s, "off", strlen("off")) == 0) {
		*capture_on_flag = 0;
		rpc->rpl_printf(c, "Disabled");
		return;
	}
	if(strncasecmp(status.s, "check", strlen("check")) == 0) {
		rpc->rpl_printf(c, *capture_on_flag ? "Enabled" : "Disabled");
		return;
	}
	rpc->fault(c, 500, "Bad parameter (on, off or check)");
	return;
}

static const char *sipcapture_status_doc[2] = {
		"Get status or turn on/off sipcapture.", 0};

rpc_export_t sipcapture_rpc[] = {
		{"sipcapture.status", sipcapture_rpc_status, sipcapture_status_doc, 0},
		{0, 0, 0, 0}};

static int sipcapture_init_rpc(void)
{
	if(rpc_register_array(sipcapture_rpc) != 0) {
		LM_ERR("failed to register RPC commands\n");
		return -1;
	}
	return 0;
}


/* for rtcp and logging */
int receive_logging_json_msg(char *buf, unsigned int len,
		struct hep_generic_recv *hg, char *log_table)
{


	db_key_t db_keys[RTCP_NR_KEYS];
	db_val_t db_vals[RTCP_NR_KEYS];
	struct _sipcapture_object sco;
	char ipstr_dst[INET6_ADDRSTRLEN], ipstr_src[INET6_ADDRSTRLEN];
	char tmp_node[100];
	struct timeval tvb;
	struct timezone tz;
	time_t epoch_time_as_time_t;

	str tmp, table;
	str corrtmp = STR_NULL;
	_capture_mode_data_t *c = NULL;

	ipstr_dst[0] = '\0';
	ipstr_src[0] = '\0';
	c = capture_def;
	if(!c) {
		LM_ERR("no connection mode available to store data\n");
		return -1;
	}

	if(!correlation_id || strlen(correlation_id) == 0) {
		LM_ERR("no correlation id defined\n");
		return -1;
	}

	ipstr_dst[0] = '\0';
	ipstr_src[0] = '\0';
	memset(&sco, 0, sizeof(struct _sipcapture_object));
	gettimeofday(&tvb, &tz);

	/* PROTO TYPE */
	if(hg->ip_proto->data == IPPROTO_TCP)
		sco.proto = PROTO_TCP;
	else if(hg->ip_proto->data == IPPROTO_UDP)
		sco.proto = PROTO_UDP;
	/* FAMILY TYPE */
	sco.family = hg->ip_family->data;

	/* IP source and destination */

	if(hg->ip_family->data == AF_INET6) {
		inet_ntop(AF_INET6, &(hg->hep_dst_ip6->data), ipstr_dst,
				INET6_ADDRSTRLEN);
		inet_ntop(AF_INET6, &(hg->hep_src_ip6->data), ipstr_src,
				INET6_ADDRSTRLEN);
	} else if(hg->ip_family->data == AF_INET) {
		inet_ntop(
				AF_INET, &(hg->hep_src_ip4->data), ipstr_src, INET_ADDRSTRLEN);
		inet_ntop(
				AF_INET, &(hg->hep_dst_ip4->data), ipstr_dst, INET_ADDRSTRLEN);
	}


	/* type of proto */
	if(hg->proto_t->data == 5)
		sco.type = 3;
	else if(hg->proto_t->data == 32)
		sco.type = 2;
	else if(hg->proto_t->data == 99)
		sco.type = 4;
	else if(hg->proto_t->data == 100)
		sco.type = 5;


	/*source ip*/
	sco.source_ip.s = ipstr_src;
	sco.source_ip.len = strlen(ipstr_src);
	sco.source_port = ntohs(hg->src_port->data);

	sco.destination_ip.s = ipstr_dst;
	sco.destination_ip.len = strlen(ipstr_dst);
	sco.destination_port = ntohs(hg->dst_port->data);

	if(heptime && heptime->tv_sec != 0) {
		sco.tmstamp = (unsigned long long)heptime->tv_sec * 1000000
					  + heptime->tv_usec; /* micro ts */
		snprintf(tmp_node, 100, "%.*s:%lu", capture_node.len, capture_node.s,
				(unsigned long)heptime->captid);
		sco.node.s = tmp_node;
		sco.node.len = strlen(tmp_node);
		epoch_time_as_time_t = heptime->tv_sec;
		;
	} else {
		sco.tmstamp = (unsigned long long)tvb.tv_sec * 1000000
					  + tvb.tv_usec; /* micro ts */
		sco.node = capture_node;
		epoch_time_as_time_t = tvb.tv_sec;
	}

	if(correlation_id) {
		corrtmp.s = correlation_id;
		corrtmp.len = strlen(correlation_id);
	}

	db_keys[0] = &date_column;
	db_vals[0].type = DB1_DATETIME;
	db_vals[0].nul = 0;
	db_vals[0].val.time_val = epoch_time_as_time_t;

	db_keys[1] = &micro_ts_column;
	db_vals[1].type = DB1_BIGINT;
	db_vals[1].nul = 0;
	db_vals[1].val.ll_val = sco.tmstamp;

	db_keys[2] = &correlation_column;
	db_vals[2].type = DB1_STR;
	db_vals[2].nul = 0;
	db_vals[2].val.str_val = corrtmp;

	db_keys[3] = &source_ip_column;
	db_vals[3].type = DB1_STR;
	db_vals[3].nul = 0;
	db_vals[3].val.str_val = sco.source_ip;

	db_keys[4] = &source_port_column;
	db_vals[4].type = DB1_INT;
	db_vals[4].nul = 0;
	db_vals[4].val.int_val = sco.source_port;

	db_keys[5] = &dest_ip_column;
	db_vals[5].type = DB1_STR;
	db_vals[5].nul = 0;
	db_vals[5].val.str_val = sco.destination_ip;

	db_keys[6] = &dest_port_column;
	db_vals[6].type = DB1_INT;
	db_vals[6].nul = 0;
	db_vals[6].val.int_val = sco.destination_port;

	db_keys[7] = &proto_column;
	db_vals[7].type = DB1_INT;
	db_vals[7].nul = 0;
	db_vals[7].val.int_val = sco.proto;

	db_keys[8] = &family_column;
	db_vals[8].type = DB1_INT;
	db_vals[8].nul = 0;
	db_vals[8].val.int_val = sco.family;

	db_keys[9] = &type_column;
	db_vals[9].type = DB1_INT;
	db_vals[9].nul = 0;
	db_vals[9].val.int_val = sco.type;

	db_keys[10] = &node_column;
	db_vals[10].type = DB1_STR;
	db_vals[10].nul = 0;
	db_vals[10].val.str_val = sco.node;

	db_keys[11] = &msg_column;
	db_vals[11].type = DB1_BLOB;
	db_vals[11].nul = 0;

	tmp.s = buf;
	tmp.len = len;

	db_vals[11].val.blob_val = tmp;

	table.s = log_table;
	table.len = strlen(log_table);

	c->db_funcs.use_table(c->db_con, &table);

	if(db_insert_mode == 1 && c->db_funcs.insert_delayed != NULL) {
		if(c->db_funcs.insert_delayed(c->db_con, db_keys, db_vals, RTCP_NR_KEYS)
				< 0) {
			LM_ERR("failed to insert delayed into database\n");
			goto error;
		}
	} else if(db_insert_mode == 2 && c->db_funcs.insert_async != NULL) {
		if(c->db_funcs.insert_async(c->db_con, db_keys, db_vals, RTCP_NR_KEYS)
				< 0) {
			LM_ERR("failed to insert async into database\n");
			goto error;
		}
	} else if(c->db_funcs.insert(c->db_con, db_keys, db_vals, RTCP_NR_KEYS)
			  < 0) {
		LM_ERR("failed to insert into database\n");
		goto error;
	}


	return 1;
error:
	return -1;
}

static int report_capture(sip_msg_t *msg, str *_table, str *_corr, str *_data)
{
	struct _sipcapture_object sco;
	db_key_t db_keys[RTCP_NR_KEYS];
	db_val_t db_vals[RTCP_NR_KEYS];
	char buf_ip[IP_ADDR_MAX_STR_SIZE + 12];
	struct timeval tvb;
	struct timezone tz;
	char tmp_node[100];
	time_t epoch_time_as_time_t;
	str corrtmp = STR_NULL, tmp, ip;


	_capture_mode_data_t *c = NULL;
	c = capture_def;
	if(!c) {
		LM_ERR("no connection mode available to store data\n");
		return -1;
	}


	LM_DBG("CAPTURE DEBUG...\n");

	gettimeofday(&tvb, &tz);

	if(msg == NULL) {
		LM_DBG("nothing to capture\n");
		return -1;
	}
	memset(&sco, 0, sizeof(struct _sipcapture_object));

	if(capture_on_flag == NULL || *capture_on_flag == 0) {
		LM_DBG("capture off...\n");
		return -1;
	}

	sco.proto = msg->rcv.proto;

	/* FAMILY TYPE */
	sco.family = msg->rcv.src_ip.af;

	/* MESSAGE TYPE */
	sco.type = msg->first_line.type;

	/* MSG */
	sco.msg.s = msg->buf;
	sco.msg.len = msg->len;
	//EMPTY_STR(sco.msg);

	/* IP source and destination */
	ip.s = ip_addr2a(&msg->rcv.src_ip);
	ip.len = strlen(ip.s);
	/* Copy, including teminating \0 */
	memcpy(buf_ip, ip.s, ip.len + 1);
	sco.source_ip.s = buf_ip;
	sco.source_ip.len = ip.len;
	sco.source_port = msg->rcv.src_port;

	/*source ip*/
	sco.destination_ip.s = ip_addr2a(&msg->rcv.dst_ip);
	sco.destination_ip.len = strlen(sco.destination_ip.s);
	sco.destination_port = msg->rcv.dst_port;


	if(heptime && heptime->tv_sec != 0) {
		sco.tmstamp = (unsigned long long)heptime->tv_sec * 1000000
					  + heptime->tv_usec; /* micro ts */
		snprintf(tmp_node, 100, "%.*s:%lu", capture_node.len, capture_node.s,
				(unsigned long)heptime->captid);
		sco.node.s = tmp_node;
		sco.node.len = strlen(tmp_node);
		epoch_time_as_time_t = heptime->tv_sec;
	} else {
		sco.tmstamp = (unsigned long long)tvb.tv_sec * 1000000
					  + tvb.tv_usec; /* micro ts */
		sco.node = capture_node;
		epoch_time_as_time_t = tvb.tv_sec;
	}

	if(_corr && _corr->len > 0) {
		corrtmp.s = _corr->s;
		corrtmp.len = _corr->len;
	} else if(correlation_id) {
		corrtmp.s = correlation_id;
		corrtmp.len = strlen(correlation_id);
	}

	db_keys[0] = &date_column;
	db_vals[0].type = DB1_DATETIME;
	db_vals[0].nul = 0;
	db_vals[0].val.time_val = epoch_time_as_time_t;

	db_keys[1] = &micro_ts_column;
	db_vals[1].type = DB1_BIGINT;
	db_vals[1].nul = 0;
	db_vals[1].val.ll_val = sco.tmstamp;

	db_keys[2] = &correlation_column;
	db_vals[2].type = DB1_STR;
	db_vals[2].nul = 0;
	db_vals[2].val.str_val = corrtmp;

	db_keys[3] = &source_ip_column;
	db_vals[3].type = DB1_STR;
	db_vals[3].nul = 0;
	db_vals[3].val.str_val = sco.source_ip;

	db_keys[4] = &source_port_column;
	db_vals[4].type = DB1_INT;
	db_vals[4].nul = 0;
	db_vals[4].val.int_val = sco.source_port;

	db_keys[5] = &dest_ip_column;
	db_vals[5].type = DB1_STR;
	db_vals[5].nul = 0;
	db_vals[5].val.str_val = sco.destination_ip;

	db_keys[6] = &dest_port_column;
	db_vals[6].type = DB1_INT;
	db_vals[6].nul = 0;
	db_vals[6].val.int_val = sco.destination_port;

	db_keys[7] = &proto_column;
	db_vals[7].type = DB1_INT;
	db_vals[7].nul = 0;
	db_vals[7].val.int_val = sco.proto;

	db_keys[8] = &family_column;
	db_vals[8].type = DB1_INT;
	db_vals[8].nul = 0;
	db_vals[8].val.int_val = sco.family;

	db_keys[9] = &type_column;
	db_vals[9].type = DB1_INT;
	db_vals[9].nul = 0;
	db_vals[9].val.int_val = sco.type;

	db_keys[10] = &node_column;
	db_vals[10].type = DB1_STR;
	db_vals[10].nul = 0;
	db_vals[10].val.str_val = sco.node;

	db_keys[11] = &msg_column;
	db_vals[11].type = DB1_BLOB;
	db_vals[11].nul = 0;

	if(_data && _data->len > 0) {
		tmp.s = _data->s;
		tmp.len = _data->len;
	} else {
		/* MSG */
		tmp.s = msg->buf;
		tmp.len = msg->len;
	}

	db_vals[11].val.blob_val = tmp;

	c->db_funcs.use_table(c->db_con, _table);

	if(c->db_funcs.insert(c->db_con, db_keys, db_vals, RTCP_NR_KEYS) < 0) {
		LM_ERR("failed to insert into database\n");
		goto error;
	}

	return 1;

error:
	return -1;
}

// Algorithm optimized by coudot
int parse_aleg_callid_headers(str *headers_str, str *headers)
{
	if(headers_str->len == 0) {
		return 0;
	}

	int index = 0;
	int begin = 0;
	int current = 0;

	while((index < headers_str->len) && (current < MAX_HEADERS)) {
		// End of headers string
		if((index == headers_str->len - 1) && (headers_str->s[index] != ';')) {
			headers[current].s = headers_str->s + begin;
			headers[current].len = index + 1 - begin;
			current++;
			break;
		} else if(headers_str->s[index] == ';') {
			// Skip empty header
			if(begin == index) {
				begin++;
			} else {
				// Another header identified
				headers[current].s = headers_str->s + begin;
				headers[current].len = index - begin;
				current++;
				begin = index + 1;
			}
		}
		// Move to next char
		index++;
	}

	// current now holds the number of headers
	return current;
}

static int sipcapture_parse_aleg_callid_headers()
{
	int i;
	n_callid_aleg_headers =
			parse_aleg_callid_headers(&callid_aleg_header, callid_aleg_headers);
	LM_DBG("Number of headers:%d\n", n_callid_aleg_headers);

	for(i = 0; i < n_callid_aleg_headers; i++) {
		LM_DBG("Header: %.*s\n", callid_aleg_headers[i].len,
				callid_aleg_headers[i].s);
	}

	return n_callid_aleg_headers;
}


static int nosip_hep_msg(sr_event_param_t *evp)
{
	sip_msg_t *msg;
	char *buf;
	int len = 0;
	struct run_act_ctx ra_ctx;
	int ret = 0;
	int rtb;
	sr_kemi_eng_t *keng = NULL;
	str evname = str_init("sipcapture:request");
	struct hep_hdr *heph;

	msg = (sip_msg_t *)evp->data;

	buf = msg->buf;
	len = msg->len;

	rtb = get_route_type();
	set_route_type(EVENT_ROUTE);
	if(hep_route_no >= -1) {
		/* first send to route */
		init_run_actions_ctx(&ra_ctx);
		ret = run_actions(&ra_ctx, event_rt.rlist[hep_route_no], msg);

		if(ret != 1) {
			LM_DBG("return code from event route: %d - skipping\n", ret);
			set_route_type(rtb);
			return ret;
		}
	} else {
		if(sc_event_callback.s == NULL || sc_event_callback.len <= 0) {
			LM_ERR("no kemi callback set\n");
			set_route_type(rtb);
			return -1;
		}
		keng = sr_kemi_eng_get();
		if(keng == NULL) {
			LM_ERR("kemi engine not available\n");
			set_route_type(rtb);
			return -1;
		}
		if(sr_kemi_route(keng, msg, EVENT_ROUTE, &sc_event_callback, &evname)
				< 0) {
			LM_ERR("error running event route kemi callback\n");
			set_route_type(rtb);
			return -1;
		}
	}
	set_route_type(rtb);

	/* hep_hdr */
	heph = (struct hep_hdr *)msg->buf;

	if(heph->hp_v == 1 || heph->hp_v == 2) {

		LOG(L_ERR, "ERROR: HEP v 1/2: v:[%d] l:[%d]\n", heph->hp_v, heph->hp_l);
		if((len = hepv2_message_parse(buf, len, msg)) < 0) {
			LOG(L_ERR, "ERROR: during hepv2 parsing :[%d]\n", len);
			return 0;
		}

		buf = msg->buf + len;
		len = msg->len - len;

		msg->buf = buf;
		msg->len = len;
	} else if(!memcmp(msg->buf, "\x48\x45\x50\x33", 4)
			  || !memcmp(msg->buf, "\x45\x45\x50\x31", 4)) {

		if((len = hepv3_message_parse(buf, len, msg)) < 0) {
			LOG(L_ERR, "ERROR: during hepv3 parsing :[%d]\n", len);
			return 0;
		}

		buf = msg->buf;
		len = msg->len;
	} else {
		LOG(L_ERR,
				"ERROR: sipcapture:hep_msg_received: not supported version "
				"or bad length: v:[%d] l:[%d]\n",
				heph->hp_v, heph->hp_l);
		return -1;
	}

	if(parse_msg(buf, len, msg) != 0) {
		LOG(L_ERR, "couldn't parse sip message\n");
		return -1;
	}

	return ret;
}


static int hep_version(struct sip_msg *msg)
{
	struct hep_hdr *heph;
	/* hep_hdr */
	heph = (struct hep_hdr *)msg->buf;

	if(heph->hp_v == 1 || heph->hp_v == 2)
		return heph->hp_v;
	else if(!memcmp(msg->buf, "\x48\x45\x50\x33", 4)
			|| !memcmp(msg->buf, "\x45\x45\x50\x31", 4))
		return 3;

	return -1;
}

static int fix_hex_int(str *s)
{

	unsigned int retval = 0;

	if(!s->len || !s->s)
		goto error;

	if(s->len > 2)
		if((s->s[0] == '0') && ((s->s[1] | 0x20) == 'x')) {
			if(hexstr2int(s->s + 2, s->len - 2, &retval) != 0)
				goto error;
			else
				return retval;
		}

	if(str2int(s, (unsigned int *)&retval) < 0)
		goto error;


	return retval;

error:
	LM_ERR("Invalid value for hex: <%*s>!\n", s->len, s->s);
	return -1;
}


static int pv_parse_hep_name(pv_spec_p sp, str *in)
{
	int valchunk = 0;

	if(sp == NULL || in == NULL || in->len <= 0)
		return -1;

	LM_DBG("REQUEST, PRE, %.*s\n", in->len, in->s);

	switch(in->len) {
		case 5: {
			if((valchunk = fix_hex_int(in)) > 0)
				sp->pvp.pvn.u.isname.name.n = valchunk;
			else
				goto error;
		} break;
		case 7: {
			if(!strncmp(in->s, "version", 7))
				sp->pvp.pvn.u.isname.name.n = 0;
			else
				goto error;
		} break;
		default:
			goto error;
	}
	sp->pvp.pvn.type = PV_NAME_INTSTR;
	sp->pvp.pvn.u.isname.type = 0;

	return 0;

error:
	LM_ERR("unknown hep name %.*s\n", in->len, in->s);
	return -1;
}


static int pv_get_hep(struct sip_msg *msg, pv_param_t *param, pv_value_t *res)
{
	if(param == NULL)
		return -1;

	switch(param->pvn.u.isname.name.n) {
		case 0:
			return pv_get_uintval(msg, param, res, hep_version(msg));
		default:
			return hepv3_get_chunk(msg, msg->buf, msg->len,
					param->pvn.u.isname.name.n, param, res);
	}
	return 0;
}

/**
 *
 */
static int ki_sip_capture_forward(sip_msg_t *msg, str *puri)
{
	dest_info_t dst;
	sip_uri_t next_hop;
	str pdata;
	int ret = 0;
	char proto;

	if(parse_uri(puri->s, puri->len, &next_hop) < 0) {
		LM_ERR("bad dst sip uri <%.*s>\n", puri->len, puri->s);
		return -1;
	}

	init_dest_info(&dst);
	LM_DBG("sending data to sip uri <%.*s>\n", puri->len, puri->s);
	proto = next_hop.proto;
	if(sip_hostport2su(&dst.to, &next_hop.host, next_hop.port_no, &proto)
			!= 0) {
		LM_ERR("failed to resolve [%.*s]\n", next_hop.host.len,
				ZSW(next_hop.host.s));
		return -1;
	}
	dst.proto = proto;
	if(dst.proto == PROTO_NONE)
		dst.proto = PROTO_UDP;

	pdata.s = msg->buf;
	pdata.len = msg->len;

	if(dst.proto == PROTO_UDP) {
		dst.send_sock = get_send_socket(0, &dst.to, PROTO_UDP);
		if(dst.send_sock != 0) {
			ret = udp_send(&dst, pdata.s, pdata.len);
		} else {
			LM_ERR("no socket for dst sip uri <%.*s>\n", puri->len, puri->s);
			ret = -1;
		}
	}
#ifdef USE_TCP
	else if(dst.proto == PROTO_TCP) {
		/*tcp*/
		dst.id = 0;
		ret = tcp_send(&dst, 0, pdata.s, pdata.len);
	}
#endif
#ifdef USE_TLS
	else if(dst.proto == PROTO_TLS) {
		/*tls*/
		dst.id = 0;
		ret = tcp_send(&dst, 0, pdata.s, pdata.len);
	}
#endif
#ifdef USE_SCTP
	else if(dst.proto == PROTO_SCTP) {
		/*sctp*/
		dst.send_sock = get_send_socket(0, &dst.to, PROTO_SCTP);
		if(dst.send_sock != 0) {
			ret = sctp_core_msg_send(&dst, pdata.s, pdata.len);
		} else {
			LM_ERR("no socket for dst sip uri <%.*s>\n", puri->len, puri->s);
			ret = -1;
		}
	}
#endif
	else {
		LM_ERR("unknown proto [%d] for dst sip uri <%.*s>\n", dst.proto,
				puri->len, puri->s);
		ret = -1;
	}

	if(ret >= 0)
		ret = 1;

	return ret;
}

/**
 *
 */
static int w_sip_capture_forward(sip_msg_t *_m, char *_dst, char *_p2)
{
	str sdst;

	if(fixup_get_svalue(_m, (gparam_t *)_dst, &sdst) < 0) {
		LM_ERR("failed to get the destination address\n");
		return -1;
	}

	return ki_sip_capture_forward(_m, &sdst);
}

/**
 *
 */
/* clang-format off */
static sr_kemi_t sr_kemi_sipcapture_exports[] = {
	{ str_init("sipcapture"), str_init("sip_capture"),
		SR_KEMIP_INT, ki_sip_capture,
		{ SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("sip_capture_table"),
		SR_KEMIP_INT, ki_sip_capture_table,
		{ SR_KEMIP_STR, SR_KEMIP_NONE, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("sip_capture_mode"),
		SR_KEMIP_INT, ki_sip_capture_mode,
		{ SR_KEMIP_STR, SR_KEMIP_STR, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("report_capture"),
		SR_KEMIP_INT, ki_report_capture,
		{ SR_KEMIP_STR, SR_KEMIP_NONE, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("report_capture_cid"),
		SR_KEMIP_INT, ki_report_capture_cid,
		{ SR_KEMIP_STR, SR_KEMIP_STR, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("report_capture_data"),
		SR_KEMIP_INT, ki_report_capture_data,
		{ SR_KEMIP_STR, SR_KEMIP_STR, SR_KEMIP_STR,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("float2int"),
		SR_KEMIP_INT, ki_float2int,
		{ SR_KEMIP_STR, SR_KEMIP_STR, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},
	{ str_init("sipcapture"), str_init("sip_capture_forward"),
		SR_KEMIP_INT, ki_sip_capture_forward,
		{ SR_KEMIP_STR, SR_KEMIP_NONE, SR_KEMIP_NONE,
			SR_KEMIP_NONE, SR_KEMIP_NONE, SR_KEMIP_NONE }
	},

	{ {0, 0}, {0, 0}, 0, NULL, { 0, 0, 0, 0, 0, 0 } }
};
/* clang-format on */

/**
 *
 */
int mod_register(char *path, int *dlflags, void *p1, void *p2)
{
	sr_kemi_modules_add(sr_kemi_sipcapture_exports);
	return 0;
}
