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ipaccount.cpp
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/* Martin Vit [email protected]
* This program is free software, distributed under the terms of
* the GNU General Public License Version 2.
*/
/*
This unit reads and parse packets from network interface or file
and insert them into Call class.
*/
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include <getopt.h>
#include <time.h>
#include <signal.h>
#include <sys/stat.h>
#include <sys/types.h>
#include <net/ethernet.h>
#include <netinet/in.h>
#include <netinet/ip.h>
#include <netinet/tcp.h>
#include <syslog.h>
#include <semaphore.h>
#include <algorithm>
#include "ipaccount.h"
#include "flags.h"
#include "codecs.h"
#include "calltable.h"
#include "sniff.h"
#include "voipmonitor.h"
#include "filter_mysql.h"
#include "hash.h"
#include "rtp.h"
#include "rtcp.h"
#include "md5.h"
#include "tools.h"
#include "mirrorip.h"
#include "sql_db.h"
using namespace std;
extern int verbosity;
extern char *ipaccountportmatrix;
extern int opt_ipacc_interval;
extern bool opt_ipacc_sniffer_agregate;
extern bool opt_ipacc_agregate_only_customers_on_main_side;
extern bool opt_ipacc_agregate_only_customers_on_any_side;
extern bool opt_ipacc_multithread_save;
extern char get_customer_by_ip_sql_driver[256];
extern char get_customer_by_ip_odbc_dsn[256];
extern char get_customer_by_ip_odbc_user[256];
extern char get_customer_by_ip_odbc_password[256];
extern char get_customer_by_ip_odbc_driver[256];
extern char get_customer_by_ip_query[1024];
extern char get_customers_ip_query[1024];
extern char get_customers_radius_name_query[1024];
extern char get_customer_by_pn_sql_driver[256];
extern char get_customer_by_pn_odbc_dsn[256];
extern char get_customer_by_pn_odbc_user[256];
extern char get_customer_by_pn_odbc_password[256];
extern char get_customer_by_pn_odbc_driver[256];
extern char get_customers_pn_query[1024];
extern char get_radius_ip_driver[256];
extern char get_radius_ip_host[256];
extern char get_radius_ip_db[256];
extern char get_radius_ip_user[256];
extern char get_radius_ip_password[256];
extern char get_radius_ip_query[1024];
extern char get_radius_ip_query_where[1024];
extern int get_customer_by_ip_flush_period;
extern vector<string> opt_national_prefix;
extern char mysql_host[256];
extern char mysql_database[256];
extern char mysql_user[256];
extern char mysql_password[256];
extern MySqlStore *sqlStore;
extern queue<string> mysqlquery;
extern pthread_mutex_t mysqlquery_lock;
typedef map<unsigned int, octects_live_t*> t_ipacc_live;
t_ipacc_live ipacc_live;
typedef map<string, octects_t*> t_ipacc_buffer;
static t_ipacc_buffer ipacc_buffer[2];
static volatile int sync_save_ipacc_buffer[2];
static unsigned int last_flush_interval_time = 0;
CustIpCache *custIpCache = NULL;
static NextIpCache *nextIpCache = NULL;
CustPhoneNumberCache *custPnCache = NULL;
SqlDb *sqlDbSaveIpacc = NULL;
void ipacc_save(int indexIpaccBuffer, unsigned int interval_time_limit = 0) {
if(!sqlDbSaveIpacc) {
sqlDbSaveIpacc = createSqlObject();
}
if(custIpCache) {
custIpCache->flush();
}
if(nextIpCache) {
nextIpCache->flush();
}
if(custIpCache) {
custIpCache->flush();
}
octects_t *ipacc_data;
char keycb[64],
*keyc, *tmp;
unsigned int saddr,
src_id_customer,
daddr,
dst_id_customer,
port,
proto;
bool src_ip_next,
dst_ip_next;
map<unsigned int,IpaccAgreg*> agreg;
map<unsigned int, IpaccAgreg*>::iterator agregIter;
char insertQueryBuff[1000];
if(opt_ipacc_multithread_save) {
sqlStore->lock(STORE_PROC_ID_IPACC_1);
if(opt_ipacc_sniffer_agregate) {
sqlStore->lock(STORE_PROC_ID_IPACC_2);
sqlStore->lock(STORE_PROC_ID_IPACC_3);
}
} else {
pthread_mutex_lock(&mysqlquery_lock);
}
int _counter = 0;
bool enableClear = true;
t_ipacc_buffer::iterator iter;
for (iter = ipacc_buffer[indexIpaccBuffer].begin(); iter != ipacc_buffer[indexIpaccBuffer].end(); iter++) {
ipacc_data = iter->second;
if(ipacc_data->octects == 0) {
ipacc_data->erase = true;
} else if(!interval_time_limit || ipacc_data->interval_time <= interval_time_limit) {
strcpy(keycb, iter->first.c_str());
keyc = keycb;
tmp = strchr(keyc, 'D');
*tmp = '\0';
saddr = atol(keyc);
src_id_customer = custIpCache ? custIpCache->getCustByIp(htonl(saddr)) : 0;
src_ip_next = nextIpCache ? nextIpCache->isIn(saddr) : false;
keyc = tmp + 1;
tmp = strchr(keyc, 'E');
*tmp = '\0';
daddr = atol(keyc);
dst_id_customer = custIpCache ? custIpCache->getCustByIp(htonl(daddr)) : 0;
dst_ip_next = nextIpCache ? nextIpCache->isIn(daddr) : false;
keyc = tmp + 1;
tmp = strchr(keyc, 'P');
*tmp = '\0';
port = atoi(keyc);
keyc = tmp + 1;
proto = atoi(keyc);
if(!custIpCache ||
!opt_ipacc_agregate_only_customers_on_any_side ||
src_id_customer || dst_id_customer ||
src_ip_next || dst_ip_next) {
if(isTypeDb("mysql")) {
sprintf(insertQueryBuff,
"insert into ipacc ("
"interval_time, saddr, src_id_customer, daddr, dst_id_customer, proto, port, "
"octects, numpackets, voip, do_agr_trigger"
") values ("
"'%s', %u, %u, %u, %u, %u, %u, %u, %u, %u, %u)",
sqlDateTimeString(ipacc_data->interval_time).c_str(),
saddr,
src_id_customer,
daddr,
dst_id_customer,
proto,
port,
ipacc_data->octects,
ipacc_data->numpackets,
ipacc_data->voippacket,
opt_ipacc_sniffer_agregate ? 0 : 1);
if(opt_ipacc_multithread_save) {
sqlStore->query(insertQueryBuff, STORE_PROC_ID_IPACC_1 + (opt_ipacc_sniffer_agregate ? _counter % 3 : 0));
} else {
mysqlquery.push(insertQueryBuff);
}
//sqlDb->query(insertQueryBuff);////
} else {
SqlDb_row row;
row.add(sqlDateTimeString(ipacc_data->interval_time).c_str(), "interval_time");
row.add(saddr, "saddr");
if(src_id_customer) {
row.add(src_id_customer, "src_id_customer");
}
row.add(daddr, "daddr");
if(dst_id_customer) {
row.add(dst_id_customer, "dst_id_customer");
}
row.add(proto, "proto");
row.add(port, "port");
row.add(ipacc_data->octects, "octects");
row.add(ipacc_data->numpackets, "numpackets");
row.add(ipacc_data->voippacket, "voip");
row.add(opt_ipacc_sniffer_agregate ? 0 : 1, "do_agr_trigger");
sqlDbSaveIpacc->insert("ipacc", row);
}
++_counter;
if(opt_ipacc_sniffer_agregate) {
agregIter = agreg.find(ipacc_data->interval_time);
if(agregIter == agreg.end()) {
agreg[ipacc_data->interval_time] = new IpaccAgreg;
agregIter = agreg.find(ipacc_data->interval_time);
}
agregIter->second->add(
saddr, daddr,
src_id_customer, dst_id_customer,
src_ip_next, dst_ip_next,
proto, port,
ipacc_data->octects, ipacc_data->numpackets, ipacc_data->voippacket);
}
}
ipacc_data->erase = true;
} else {
enableClear = false;
}
}
for (iter = ipacc_buffer[indexIpaccBuffer].begin(); iter != ipacc_buffer[indexIpaccBuffer].end();) {
if(iter->second->erase) {
delete iter->second;
if(!enableClear) {
ipacc_buffer[indexIpaccBuffer].erase(iter++);
continue;
}
}
iter++;
}
if(enableClear) {
ipacc_buffer[indexIpaccBuffer].clear();
}
if(opt_ipacc_multithread_save) {
sqlStore->unlock(STORE_PROC_ID_IPACC_1);
if(opt_ipacc_sniffer_agregate) {
sqlStore->unlock(STORE_PROC_ID_IPACC_2);
sqlStore->unlock(STORE_PROC_ID_IPACC_3);
}
}
if(opt_ipacc_sniffer_agregate) {
for(agregIter = agreg.begin(); agregIter != agreg.end(); ++agregIter) {
agregIter->second->save(agregIter->first);
delete agregIter->second;
}
}
if(!opt_ipacc_multithread_save) {
pthread_mutex_unlock(&mysqlquery_lock);
}
__sync_sub_and_fetch(&sync_save_ipacc_buffer[indexIpaccBuffer], 1);
//printf("flush\n");
}
void ipacc_add_octets(time_t timestamp, unsigned int saddr, unsigned int daddr, int port, int proto, int packetlen, int voippacket) {
string key;
char buf[100];
octects_t *octects_data;
unsigned int cur_interval_time = timestamp / opt_ipacc_interval * opt_ipacc_interval;
int indexIpaccBuffer = (cur_interval_time / opt_ipacc_interval) % 2;
sprintf(buf, "%uD%uE%dP%d", htonl(saddr), htonl(daddr), port, proto);
key = buf;
if(last_flush_interval_time != cur_interval_time &&
(time(NULL) - cur_interval_time) > opt_ipacc_interval / 5) {
int saveIndexIpaccBuffer = indexIpaccBuffer == 0 ? 1 : 0;
if(!__sync_fetch_and_add(&sync_save_ipacc_buffer[saveIndexIpaccBuffer], 1)) {
last_flush_interval_time = cur_interval_time;
ipacc_save(saveIndexIpaccBuffer, last_flush_interval_time);
}
}
t_ipacc_buffer::iterator iter;
iter = ipacc_buffer[indexIpaccBuffer].find(key);
if(iter == ipacc_buffer[indexIpaccBuffer].end()) {
// not found;
octects_data = new octects_t;
octects_data->octects += packetlen;
octects_data->numpackets++;
octects_data->interval_time = cur_interval_time;
octects_data->voippacket = voippacket;
ipacc_buffer[indexIpaccBuffer][key] = octects_data;
// printf("key: %s\n", buf);
} else {
//found
octects_t *tmp = iter->second;
tmp->octects += packetlen;
tmp->numpackets++;
tmp->interval_time = cur_interval_time;
tmp->voippacket = voippacket;
// printf("key[%s] %u\n", key.c_str(), tmp->octects);
}
t_ipacc_live::iterator it;
octects_live_t *data;
for(it = ipacc_live.begin(); it != ipacc_live.end();) {
data = it->second;
if(!data) {
it++;
continue;
}
if((time(NULL) - data->fetch_timestamp) > 120) {
if(verbosity > 0) {
cout << "FORCE STOP LIVE IPACC id: " << it->first << endl;
}
free(it->second);
ipacc_live.erase(it++);
continue;
} else if(data->all) {
data->all_octects += packetlen;
data->all_numpackets++;
if(voippacket) {
data->voipall_octects += packetlen;
data->voipall_numpackets++;
}
} else if(data->isIpInFilter(saddr)) {
data->src_octects += packetlen;
data->src_numpackets++;
if(voippacket) {
data->voipsrc_octects += packetlen;
data->voipsrc_numpackets++;
}
} else if(data->isIpInFilter(daddr)) {
data->dst_octects += packetlen;
data->dst_numpackets++;
if(voippacket) {
data->voipdst_octects += packetlen;
data->voipdst_numpackets++;
}
}
it++;
//cout << saddr << " " << daddr << " " << port << " " << proto << " " << packetlen << endl;
}
}
void ipaccount(time_t timestamp, struct iphdr2 *header_ip, int packetlen, int voippacket){
struct udphdr2 *header_udp;
struct tcphdr2 *header_tcp;
if (header_ip->protocol == IPPROTO_UDP) {
// prepare packet pointers
header_udp = (struct udphdr2 *) ((char *) header_ip + sizeof(*header_ip));
if(ipaccountportmatrix[htons(header_udp->source)]) {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, htons(header_udp->source), IPPROTO_TCP, packetlen, voippacket);
} else if (ipaccountportmatrix[htons(header_udp->dest)]) {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, htons(header_udp->dest), IPPROTO_TCP, packetlen, voippacket);
} else {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, 0, IPPROTO_TCP, packetlen, voippacket);
}
} else if (header_ip->protocol == IPPROTO_TCP) {
header_tcp = (struct tcphdr2 *) ((char *) header_ip + sizeof(*header_ip));
if(ipaccountportmatrix[htons(header_tcp->source)]) {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, htons(header_tcp->source), IPPROTO_TCP, packetlen, voippacket);
} else if (ipaccountportmatrix[htons(header_tcp->dest)]) {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, htons(header_tcp->dest), IPPROTO_TCP, packetlen, voippacket);
} else {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, 0, IPPROTO_TCP, packetlen, voippacket);
}
} else {
ipacc_add_octets(timestamp, header_ip->saddr, header_ip->daddr, 0, header_ip->protocol, packetlen, voippacket);
}
}
IpaccAgreg::~IpaccAgreg() {
map<AgregIP, AgregData*>::iterator iter1;
for(iter1 = this->map1.begin(); iter1 != this->map1.end(); ++iter1) {
delete iter1->second;
}
map<AgregIP2, AgregData*>::iterator iter2;
for(iter2 = this->map2.begin(); iter2 != this->map2.end(); ++iter2) {
delete iter2->second;
}
}
void IpaccAgreg::add(unsigned int src, unsigned int dst,
unsigned int src_id_customer, unsigned int dst_id_customer,
bool src_ip_next, bool dst_ip_next,
unsigned int proto, unsigned int port,
unsigned int traffic, unsigned int packets, bool voip) {
AgregIP srcA(src, proto, port), dstA(dst, proto, port);
map<AgregIP, AgregData*>::iterator iter1;
if(src_id_customer || src_ip_next || !opt_ipacc_agregate_only_customers_on_main_side) {
iter1 = this->map1.find(srcA);
if(iter1 == this->map1.end()) {
AgregData *agregData = new AgregData;
agregData->id_customer = src_id_customer;
agregData->addOut(traffic, packets, voip);
this->map1[srcA] = agregData;
} else {
iter1->second->addOut(traffic, packets, voip);
}
}
if(dst_id_customer || dst_ip_next || !opt_ipacc_agregate_only_customers_on_main_side) {
iter1 = this->map1.find(dstA);
if(iter1 == this->map1.end()) {
AgregData *agregData = new AgregData;
agregData->id_customer = dst_id_customer;
agregData->addIn(traffic, packets, voip);
this->map1[dstA] = agregData;
} else {
iter1->second->addIn(traffic, packets, voip);
}
}
AgregIP2 srcDstA(src, dst, proto, port), dstSrcA(dst, src, proto, port);
map<AgregIP2, AgregData*>::iterator iter2;
if(src_id_customer || src_ip_next || !opt_ipacc_agregate_only_customers_on_main_side) {
iter2 = this->map2.find(srcDstA);
if(iter2 == this->map2.end()) {
AgregData *agregData = new AgregData;
agregData->id_customer = src_id_customer;
agregData->id_customer2 = dst_id_customer;
agregData->addOut(traffic, packets, voip);
this->map2[srcDstA] = agregData;
} else {
iter2->second->addOut(traffic, packets, voip);
}
}
if(dst_id_customer || dst_ip_next || !opt_ipacc_agregate_only_customers_on_main_side) {
iter2 = this->map2.find(dstSrcA);
if(iter2 == this->map2.end()) {
AgregData *agregData = new AgregData;
agregData->id_customer = dst_id_customer;
agregData->id_customer2 = src_id_customer;
agregData->addIn(traffic, packets, voip);
this->map2[dstSrcA] = agregData;
} else {
iter2->second->addIn(traffic, packets, voip);
}
}
}
void IpaccAgreg::save(unsigned int time_interval) {
char insertQueryBuff[10000];
const char *agreg_table;
const char *agreg_time_field;
char agreg_time[100];
map<AgregIP, AgregData*>::iterator iter1;
for(int i = 0; i < 3; i++) {
agreg_table =
i == 0 ? "ipacc_agr_interval" :
(i == 1 ? "ipacc_agr_hour" : "ipacc_agr_day");
agreg_time_field =
i == 0 ? "interval_time" :
(i == 1 ? "time_hour" : "date_day");
strcpy(agreg_time,
i == 0 ?
sqlDateTimeString(time_interval).c_str() :
(i == 1 ?
sqlDateTimeString(time_interval / 3600 * 3600).c_str() :
sqlDateString(time_interval).c_str()));
if(opt_ipacc_multithread_save) {
sqlStore->lock(
i == 0 ? STORE_PROC_ID_IPACC_AGR_INTERVAL :
(i == 1 ? STORE_PROC_ID_IPACC_AGR_HOUR : STORE_PROC_ID_IPACC_AGR_DAY));
}
for(iter1 = this->map1.begin(); iter1 != this->map1.end(); iter1++) {
sprintf(insertQueryBuff,
"set @i = 0; "
"while @i < 2 do "
"update %s set "
"traffic_in = traffic_in + %lu, "
"traffic_out = traffic_out + %lu, "
"traffic_sum = traffic_sum + %lu, "
"packets_in = packets_in + %lu, "
"packets_out = packets_out + %lu, "
"packets_sum = packets_sum + %lu, "
"traffic_voip_in = traffic_voip_in + %lu, "
"traffic_voip_out = traffic_voip_out + %lu, "
"traffic_voip_sum = traffic_voip_sum + %lu, "
"packets_voip_in = packets_voip_in + %lu, "
"packets_voip_out = packets_voip_out + %lu, "
"packets_voip_sum = packets_voip_sum + %lu "
"where %s = '%s' and "
"addr = %u and customer_id = %u and "
"proto = %u and port = %u; "
"if(row_count() <= 0 and @i = 0) then "
"insert ignore into %s ("
"%s, addr, customer_id, proto, port, "
"traffic_in, traffic_out, traffic_sum, "
"packets_in, packets_out, packets_sum, "
"traffic_voip_in, traffic_voip_out, traffic_voip_sum, "
"packets_voip_in, packets_voip_out, packets_voip_sum"
") values ("
"'%s', %u, %u, %u, %u, "
"%lu, %lu, %lu, "
"%lu, %lu, %lu, "
"%lu, %lu, %lu, "
"%lu, %lu, %lu);"
"if(row_count() > 0) then "
"set @i = 2; "
"end if; "
"else "
"set @i = 2; "
"end if; "
"set @i = @i + 1; "
"end while",
agreg_table,
iter1->second->traffic_in,
iter1->second->traffic_out,
iter1->second->traffic_in + iter1->second->traffic_out,
iter1->second->packets_in,
iter1->second->packets_out,
iter1->second->packets_in + iter1->second->packets_out,
iter1->second->traffic_voip_in,
iter1->second->traffic_voip_out,
iter1->second->traffic_voip_in + iter1->second->traffic_voip_out,
iter1->second->packets_voip_in,
iter1->second->packets_voip_out,
iter1->second->packets_voip_in + iter1->second->packets_voip_out,
agreg_time_field,
agreg_time,
iter1->first.ip,
iter1->second->id_customer,
iter1->first.proto,
iter1->first.port,
agreg_table,
agreg_time_field,
agreg_time,
iter1->first.ip,
iter1->second->id_customer,
iter1->first.proto,
iter1->first.port,
iter1->second->traffic_in,
iter1->second->traffic_out,
iter1->second->traffic_in + iter1->second->traffic_out,
iter1->second->packets_in,
iter1->second->packets_out,
iter1->second->packets_in + iter1->second->packets_out,
iter1->second->traffic_voip_in,
iter1->second->traffic_voip_out,
iter1->second->traffic_voip_in + iter1->second->traffic_voip_out,
iter1->second->packets_voip_in,
iter1->second->packets_voip_out,
iter1->second->packets_voip_in + iter1->second->packets_voip_out);
if(opt_ipacc_multithread_save) {
sqlStore->query(insertQueryBuff,
i == 0 ? STORE_PROC_ID_IPACC_AGR_INTERVAL :
(i == 1 ? STORE_PROC_ID_IPACC_AGR_HOUR : STORE_PROC_ID_IPACC_AGR_DAY));
} else {
mysqlquery.push(insertQueryBuff);
}
}
if(opt_ipacc_multithread_save) {
sqlStore->unlock(
i == 0 ? STORE_PROC_ID_IPACC_AGR_INTERVAL :
(i == 1 ? STORE_PROC_ID_IPACC_AGR_HOUR : STORE_PROC_ID_IPACC_AGR_DAY));
}
}
map<AgregIP2, AgregData*>::iterator iter2;
for(int i = 0; i < 1; i++) {
agreg_table = i == 0 ? "ipacc_agr2_hour" : "ipacc_agr2_day";
agreg_time_field = i == 0 ? "time_hour" : "date_day";
strcpy(agreg_time,
i == 0 ?
sqlDateTimeString(time_interval / 3600 * 3600).c_str() :
sqlDateString(time_interval).c_str());
if(opt_ipacc_multithread_save) {
if(i == 0) {
sqlStore->lock(STORE_PROC_ID_IPACC_AGR2_HOUR_1);
sqlStore->lock(STORE_PROC_ID_IPACC_AGR2_HOUR_2);
sqlStore->lock(STORE_PROC_ID_IPACC_AGR2_HOUR_3);
} else {
sqlStore->lock(STORE_PROC_ID_IPACC_AGR2_DAY_1);
sqlStore->lock(STORE_PROC_ID_IPACC_AGR2_DAY_2);
sqlStore->lock(STORE_PROC_ID_IPACC_AGR2_DAY_3);
}
}
int _counter = 0;
for(iter2 = this->map2.begin(); iter2 != this->map2.end(); iter2++) {
sprintf(insertQueryBuff,
"set @i = 0; "
"while @i < 2 do "
"update %s set "
"traffic_in = traffic_in + %lu, "
"traffic_out = traffic_out + %lu, "
"traffic_sum = traffic_sum + %lu, "
"packets_in = packets_in + %lu, "
"packets_out = packets_out + %lu, "
"packets_sum = packets_sum + %lu, "
"traffic_voip_in = traffic_voip_in + %lu, "
"traffic_voip_out = traffic_voip_out + %lu, "
"traffic_voip_sum = traffic_voip_sum + %lu, "
"packets_voip_in = packets_voip_in + %lu, "
"packets_voip_out = packets_voip_out + %lu, "
"packets_voip_sum = packets_voip_sum + %lu "
"where %s = '%s' and "
"addr = %u and addr2 = %u and customer_id = %u and "
"proto = %u and port = %u; "
"if(row_count() <= 0 and @i = 0) then "
"insert ignore into %s ("
"%s, addr, addr2, customer_id, proto, port, "
"traffic_in, traffic_out, traffic_sum, "
"packets_in, packets_out, packets_sum, "
"traffic_voip_in, traffic_voip_out, traffic_voip_sum, "
"packets_voip_in, packets_voip_out, packets_voip_sum"
") values ("
"'%s', %u, %u, %u, %u, %u, "
"%lu, %lu, %lu, "
"%lu, %lu, %lu, "
"%lu, %lu, %lu, "
"%lu, %lu, %lu);"
"if(row_count() > 0) then "
"set @i = 2; "
"end if; "
"else "
"set @i = 2; "
"end if; "
"set @i = @i + 1; "
"end while",
agreg_table,
iter2->second->traffic_in,
iter2->second->traffic_out,
iter2->second->traffic_in + iter2->second->traffic_out,
iter2->second->packets_in,
iter2->second->packets_out,
iter2->second->packets_in + iter2->second->packets_out,
iter2->second->traffic_voip_in,
iter2->second->traffic_voip_out,
iter2->second->traffic_voip_in + iter2->second->traffic_voip_out,
iter2->second->packets_voip_in,
iter2->second->packets_voip_out,
iter2->second->packets_voip_in + iter2->second->packets_voip_out,
agreg_time_field,
agreg_time,
iter2->first.ip1,
iter2->first.ip2,
iter2->second->id_customer,
iter2->first.proto,
iter2->first.port,
agreg_table,
agreg_time_field,
agreg_time,
iter2->first.ip1,
iter2->first.ip2,
iter2->second->id_customer,
iter2->first.proto,
iter2->first.port,
iter2->second->traffic_in,
iter2->second->traffic_out,
iter2->second->traffic_in + iter2->second->traffic_out,
iter2->second->packets_in,
iter2->second->packets_out,
iter2->second->packets_in + iter2->second->packets_out,
iter2->second->traffic_voip_in,
iter2->second->traffic_voip_out,
iter2->second->traffic_voip_in + iter2->second->traffic_voip_out,
iter2->second->packets_voip_in,
iter2->second->packets_voip_out,
iter2->second->packets_voip_in + iter2->second->packets_voip_out);
if(opt_ipacc_multithread_save) {
sqlStore->query(insertQueryBuff,
(i == 0 ? STORE_PROC_ID_IPACC_AGR2_HOUR_1 : STORE_PROC_ID_IPACC_AGR2_DAY_1) +
(_counter % 3));
} else {
mysqlquery.push(insertQueryBuff);
}
++_counter;
}
if(opt_ipacc_multithread_save) {
if(i == 0) {
sqlStore->unlock(STORE_PROC_ID_IPACC_AGR2_HOUR_1);
sqlStore->unlock(STORE_PROC_ID_IPACC_AGR2_HOUR_2);
sqlStore->unlock(STORE_PROC_ID_IPACC_AGR2_HOUR_3);
} else {
sqlStore->unlock(STORE_PROC_ID_IPACC_AGR2_DAY_1);
sqlStore->unlock(STORE_PROC_ID_IPACC_AGR2_DAY_2);
sqlStore->unlock(STORE_PROC_ID_IPACC_AGR2_DAY_3);
}
}
}
}
CustIpCache::CustIpCache() {
this->sqlDb = NULL;
this->sqlDbRadius = NULL;
this->flushCounter = 0;
this->doFlushVect = false;
}
CustIpCache::~CustIpCache() {
if(this->sqlDb) {
delete this->sqlDb;
}
if(this->sqlDbRadius) {
delete this->sqlDbRadius;
}
}
void CustIpCache::setConnectParams(const char *sqlDriver, const char *odbcDsn, const char *odbcUser, const char *odbcPassword, const char *odbcDriver) {
if(sqlDriver) this->sqlDriver = sqlDriver;
if(odbcDsn) this->odbcDsn = odbcDsn;
if(odbcUser) this->odbcUser = odbcUser;
if(odbcPassword) this->odbcPassword = odbcPassword;
if(odbcDriver) this->odbcDriver = odbcDriver;
}
void CustIpCache::setConnectParamsRadius(const char *radiusSqlDriver, const char *radiusHost, const char *radiusDb,const char *radiusUser, const char *radiusPassword) {
if(radiusSqlDriver) this->radiusSqlDriver = radiusSqlDriver;
if(radiusHost) this->radiusHost = radiusHost;
if(radiusDb) this->radiusDb = radiusDb;
if(radiusUser) this->radiusUser = radiusUser;
if(radiusPassword) this->radiusPassword = radiusPassword;
}
void CustIpCache::setQueryes(const char *getIp, const char *fetchAllIp) {
if(getIp) this->query_getIp = getIp;
if(fetchAllIp) this->query_fetchAllIp = fetchAllIp;
}
void CustIpCache::setQueryesRadius(const char *fetchAllRadiusNames, const char *fetchAllRadiusIp, const char *fetchAllRadiusIpWhere) {
if(fetchAllRadiusNames) this->query_fetchAllRadiusNames = fetchAllRadiusNames;
if(fetchAllRadiusIp) this->query_fetchAllRadiusIp = fetchAllRadiusIp;
if(fetchAllRadiusIpWhere) this->query_fetchAllRadiusIpWhere = fetchAllRadiusIpWhere;
}
int CustIpCache::connect() {
if(!this->okParams()) {
return(0);
}
if(!this->sqlDb) {
SqlDb_odbc *sqlDb_odbc = new SqlDb_odbc();
sqlDb_odbc->setOdbcVersion(SQL_OV_ODBC3);
sqlDb_odbc->setSubtypeDb(this->odbcDriver);
this->sqlDb = sqlDb_odbc;
this->sqlDb->setConnectParameters(this->odbcDsn, this->odbcUser, this->odbcPassword);
}
if(!this->sqlDbRadius && this->radiusHost.length()) {
SqlDb_mysql *sqlDb_mysql = new SqlDb_mysql();
this->sqlDbRadius = sqlDb_mysql;
this->sqlDbRadius->setConnectParameters(this->radiusHost, this->radiusUser, this->radiusPassword, this->radiusDb);
}
return(this->sqlDb->connect() &&
(this->sqlDbRadius ? this->sqlDbRadius->connect() : true));
}
bool CustIpCache::okParams() {
return(this->sqlDriver.length() &&
this->odbcDsn.length() &&
this->odbcUser.length() &&
this->odbcDriver.length() &&
(this->query_getIp.length() ||
this->query_fetchAllIp.length()));
}
int CustIpCache::getCustByIp(unsigned int ip) {
if(!this->okParams()) {
return(0);
}
if(!this->sqlDb) {
this->connect();
}
if(this->query_fetchAllIp.length()) {
if(this->doFlushVect) {
this->fetchAllIpQueryFromDb();
this->doFlushVect = false;
}
if(!this->custCacheVect.size()) {
return(0);
}
return(this->getCustByIpFromCacheVect(ip));
} else if(this->query_getIp.length()) {
int cust_id = 0;
cust_id = this->getCustByIpFromCacheMap(ip);
if(cust_id < 0) {
cust_id = this->getCustByIpFromDb(ip, true);
}
return(cust_id);
}
return(0);
}
int CustIpCache::getCustByIpFromDb(unsigned int ip, bool saveToCache) {
if(!this->query_getIp.length()) {
return(-1);
}
string query_str = this->query_getIp;
size_t query_pos_ip = query_str.find("_IP_");
if(query_pos_ip != std::string::npos) {
int cust_id = 0;
char ip_str[18];
in_addr ips;
ips.s_addr = ip;
strcpy(ip_str, inet_ntoa(ips));
query_str.replace(query_pos_ip, 4, ip_str);
this->sqlDb->query(query_str);
SqlDb_row row = sqlDb->fetchRow();
if(row) {
const char *cust_id_str = row["ID"].c_str();
if(cust_id_str && cust_id_str[0]) {
cust_id = atol(cust_id_str);
}
}
if(saveToCache) {
cust_cache_item cache_rec;
cache_rec.cust_id = cust_id;
cache_rec.add_timestamp = time(NULL);
this->custCacheMap[ip] = cache_rec;
}
return(cust_id);
} else {
return(-1);
}
}
int CustIpCache::fetchAllIpQueryFromDb() {
if(!this->query_fetchAllIp.length()) {
return(-1);
}
int _start_time = time(NULL);
if(this->sqlDb->query(this->query_fetchAllIp)) {
this->custCacheVect.clear();
SqlDb_row row;
while(row = this->sqlDb->fetchRow()) {
cust_cache_rec rec;
in_addr ips;
inet_aton(row["IP"].c_str(), &ips);
rec.ip = ips.s_addr;
rec.cust_id = atol(row["ID"].c_str());
this->custCacheVect.push_back(rec);
}
if(this->sqlDbRadius && this->sqlDb->query(this->query_fetchAllRadiusNames)) {
map<string, unsigned int> radiusUsers;
string condRadiusUsers;
SqlDb_row row;
while(row = this->sqlDb->fetchRow()) {
radiusUsers[row["radius_username"]] = atol(row["ID"].c_str());
if(condRadiusUsers.length()) {
condRadiusUsers += ",";
}
condRadiusUsers += string("'") + row["radius_username"] + "'";
}
if(radiusUsers.size() &&
this->sqlDbRadius->query(
this->query_fetchAllRadiusIp + " " +
this->query_fetchAllRadiusIpWhere + "(" + condRadiusUsers + ")")) {
SqlDb_row row;
while(row = this->sqlDbRadius->fetchRow()) {
cust_cache_rec rec;
in_addr ips;
inet_aton(row["IP"].c_str(), &ips);
rec.ip = ips.s_addr;
rec.cust_id = radiusUsers[row["radius_username"]];
this->custCacheVect.push_back(rec);
}
}
}
if(this->custCacheVect.size()) {
std::sort(this->custCacheVect.begin(), this->custCacheVect.end());
}
if(verbosity > 0) {
int _diff_time = time(NULL) - _start_time;
cout << "IPACC load customers " << _diff_time << " s" << endl;
}
}
return(this->custCacheVect.size());
}
int CustIpCache::getCustByIpFromCacheMap(unsigned int ip) {
cust_cache_item cache_rec = this->custCacheMap[ip];
if((cache_rec.cust_id || cache_rec.add_timestamp) &&
(time(NULL) - cache_rec.add_timestamp) < 3600) {
return(cache_rec.cust_id);
}
return(-1);
}
int CustIpCache::getCustByIpFromCacheVect(unsigned int ip) {
vector<cust_cache_rec>::iterator findRecIt;
findRecIt = std::lower_bound(this->custCacheVect.begin(), this->custCacheVect.end(), ip);
if(findRecIt != this->custCacheVect.end() && (*findRecIt).ip == ip) {
return((*findRecIt).cust_id);
}
return(0);
}
void CustIpCache::flush() {
if(get_customer_by_ip_flush_period > 0 && this->flushCounter > 0 &&
(get_customer_by_ip_flush_period == 1 ||
!(this->flushCounter % get_customer_by_ip_flush_period))) {
this->custCacheMap.clear();
this->doFlushVect = true;
}
++this->flushCounter;
}
void CustIpCache::clear() {
this->custCacheVect.clear();
this->custCacheMap.clear();
}
string CustIpCache::printVect() {
string rslt;
for(size_t i = 0; i < this->custCacheVect.size(); i++) {
in_addr ips;
ips.s_addr = this->custCacheVect[i].ip;
char rsltRec[100];
sprintf(rsltRec, "%s -> %u\n", inet_ntoa(ips), this->custCacheVect[i].cust_id);
rslt += rsltRec;
}
return(rslt);
}
NextIpCache::NextIpCache() {
this->flushCounter = 0;
this->doFlush = false;
}
NextIpCache::~NextIpCache() {
if(this->sqlDb) {
delete this->sqlDb;
}
}
int NextIpCache::connect() {
if(isSqlDriver("mysql")) {
this->sqlDb = new SqlDb_mysql();
sqlDb->setConnectParameters(mysql_host, mysql_user, mysql_password, mysql_database);
return(this->sqlDb->connect());
}
return(0);
}
bool NextIpCache::isIn(unsigned int ip) {
if(this->doFlush) {
this->fetch();
this->doFlush = false;
}
if(!this->nextCache.size()) {
return(false);
}
next_cache_rec rec;
vector<next_cache_rec>::iterator findRecIt;
for(unsigned int mask = 32; mask >= 16; --mask) {
rec.ip = ip;
rec.mask = mask;
if(!rec.mask) {
rec.mask = 32;
}
if(rec.mask < 32) {
rec.ip = rec.ip >> (32 - rec.mask) << (32 - rec.mask);
}
findRecIt = std::lower_bound(this->nextCache.begin(), this->nextCache.end(), rec);
if(findRecIt != this->nextCache.end() && (*findRecIt).ip == rec.ip) {
//cout << endl << (*findRecIt).ip << "/" << mask << endl;
return(true);
}
}
return(false);
}
void NextIpCache::fetch() {
if(this->sqlDb->query("select ip, mask from ipacc_capt_ip where enable")) {
this->nextCache.clear();
SqlDb_row row;
while(row = this->sqlDb->fetchRow()) {
next_cache_rec rec;
rec.ip = atol(row["ip"].c_str());
rec.mask = atol(row["mask"].c_str());
if(!rec.mask) {
rec.mask = 32;
}
if(rec.mask < 32) {
rec.ip = rec.ip >> (32 - rec.mask) << (32 - rec.mask);
}
this->nextCache.push_back(rec);
}
if(this->nextCache.size()) {