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auto_ussd.c
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auto_ussd.c
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#ifdef _WIN32
#include <errno.h>
#include <mysql/mysql.h>
#include <stdio.h>
#include <stdlib.h>
#include <time.h>
#include <winsock.h>
#else
#include <arpa/inet.h>
#include <errno.h>
#include <mysql/mysql.h>
#include <netinet/in.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <sys/socket.h>
#include <time.h>
#include <unistd.h>
#endif
#include <stdarg.h>
#include "auto_ussd.h"
#include "background_cmd.h"
#include "debug.h"
#include "goipcron.h"
#include "mysql.h"
#include "send_mail.h"
//#define _FRANCE
struct auto_ussd* auto_ussd_head = NULL;
struct auto_recharge* auto_recharge_head = NULL;
struct auto_recharge_sms* auto_recharge_sms_head = NULL;
int auto_check_time;
extern int phpsock; //接收php的sock
extern int addrlen; //接收php的sock
extern struct goipkeepalive* kahead;
int ussd_send(struct auto_ussd* tmp);
struct auto_ussd*
auto_ussd_calloc(char* cmd,
char* goipname,
char* password,
int goip_id,
int prov_id,
char* host,
int port,
int type,
char* card,
int card_id,
char* recharge_ok_r,
char* recharge_ok_r2,
int group_id,
int auto_disconnect_after_bal,
char*,
char*,
int delay,
int auto_reset_remain_enable,
int auto_id);
void add_bal_cmd(int prov_id, int goip_id);
void add_recharge_sms(char* msg,
char* tel,
int goip_id,
int prov_id,
int card_id,
char* card,
int auto_reset_remain_enable,
int auto_id);
static void
get_num(int goip_id, int prov_id, char* recv);
#define SET_CARD_UNUSED(card_id, usedflag) \
{ \
char sqlbuf[512]; \
sprintf(sqlbuf, \
"update recharge_card set used='%d' where id=%d", \
usedflag, \
card_id); \
db_query(sqlbuf); \
}
void ussd_save(int ok,
int type,
char* cmd,
char* msg,
char* goipname,
char* card,
int recharge_ok)
{
char recvmsg[512] = { 0 };
int j = 0;
char* p = msg;
char sql[512];
while (*p) {
if (*p == '\'' || *p == '\\') {
recvmsg[j++] = '\\';
}
recvmsg[j++] = *p++;
}
snprintf(sql,
512,
"insert into USSD set TERMID='%s', USSD_MSG='%s', %s='%s', "
"type='%d', INSERTTIME=now(), card='%s', recharge_ok='%d'",
goipname,
cmd,
ok ? "USSD_RETURN" : "ERROR_MSG",
recvmsg,
type,
card,
recharge_ok);
db_query(sql);
}
void auto_ussd_free(struct auto_ussd* tmp)
{
struct auto_ussd* now = auto_ussd_head;
if (!tmp)
return;
if (tmp == now) {
auto_ussd_head = tmp->next;
free(tmp);
return;
}
while (now->next) {
if (tmp == now->next) {
now->next = now->next->next;
break;
}
now = now->next;
}
free(tmp);
}
int ussd_send(struct auto_ussd* tmp)
{
DLOG("$$$$$$$\n%s ussd send:%s\n$$$$$$", tmp->goipname, tmp->send_buf);
if (tmp->send_count-- <= 0) {
if (tmp->ussd_type == TYPE_RECHARGE)
SET_CARD_UNUSED(tmp->card_id, 0);
ussd_save(0,
tmp->ussd_type,
tmp->cmd,
"ERROR term no response",
tmp->goipname,
tmp->card,
0);
auto_ussd_free(tmp);
return -2;
}
if (sendto(tmp->sock,
tmp->send_buf,
tmp->send_len,
0,
(struct sockaddr*)&tmp->addr,
addrlen)
< 0) {
if (tmp->ussd_type == TYPE_RECHARGE)
SET_CARD_UNUSED(tmp->card_id, 0);
printf("sendto error\n");
ussd_save(
0, tmp->ussd_type, tmp->cmd, "sendto error", tmp->goipname, tmp->card, 0);
auto_ussd_free(tmp);
return -1;
}
return 0;
}
int do_recharge(int recharge_type,
int goip_id,
int prov_id,
int send_goip_id,
char* cmd_b,
char* cmd_p,
char* recharge_ok_r,
char* recharge_ok_r2,
char* recharge_sms_num,
int auto_reset_remain_enable,
int auto_id)
{
DB_ROW row;
DB_RES* res;
char sql[512];
char cmd[160];
// char *p=cmd_b;
if (cmd_b == NULL) {
DLOG("no cmd");
return -1;
}
if (recharge_type == TYPE_RECHARGE_OTHER && send_goip_id == 0) {
DLOG("no send goip id");
return -1;
}
if (recharge_type == TYPE_RECHARGE_SELF || recharge_type == TYPE_RECHARGR_SMS) {
if (recharge_type == TYPE_RECHARGE_SELF) {
/*leo*/
res = db_query_store_result(
"select id from goip where voip_state='IDLE' and id='%d'", goip_id);
// res=db_query_store_result("select id from goip where id='%d'",
// goip_id);
if (db_num_rows(res) < 1) {
db_free_result(res);
DLOG("not find goip:%d or busy!", goip_id);
return -1;
}
db_free_result(res);
res = 0;
}
sprintf(sql,
"select "
"recharge_card.card,prov_id,goip.name,host,port,password,recharge_"
"card.id as cid,group_id from recharge_card,goip where "
"goip.provider=recharge_card.prov_id and used=0 and goip.id='%d' "
"order by use_time, recharge_card.id limit 1",
goip_id);
res = db_query_store_result(sql);
if (db_num_rows(res) < 1) {
db_free_result(res);
DLOG("ERROR, can not find recharge card for goip_id:%d", goip_id);
return -1;
}
if ((row = db_fetch_row(res)) != NULL) {
// db_free_result(res);
sprintf(sql,
"update recharge_card set used=2, goipid='%d',use_time=now() "
"where id=%s",
goip_id,
row[6]);
db_query(sql);
/**/
snprintf(cmd, 160, "%s%s%s", cmd_b, row[0], cmd_p);
// add_recharge_sms(char *msg, char *tel, int goip_id, int prov_id, int
// card_id, char *card)
if (recharge_type == TYPE_RECHARGR_SMS)
add_recharge_sms(cmd,
recharge_sms_num,
goip_id,
prov_id,
atoi(row[6]),
row[0],
atoi(row[8]),
0);
else
auto_ussd_calloc(cmd,
row[2],
row[5],
goip_id,
atoi(row[1]),
row[3],
atoi(row[4]),
TYPE_RECHARGE,
row[0],
atoi(row[6]),
recharge_ok_r,
recharge_ok_r2,
atoi(row[7]),
0,
NULL,
NULL,
0,
auto_reset_remain_enable,
0);
// return ;
}
db_free_result(res);
} else if (recharge_type == TYPE_RECHARGE_OTHER) {
if (send_goip_id == 0) {
DLOG("no send goip id");
return -1;
}
sprintf(sql,
"select provider,name,host,port,password,group_id from goip where "
"id='%d' limit 1",
send_goip_id);
res = db_query_store_result(sql);
if (db_num_rows(res) < 1) {
db_free_result(res);
DLOG("ERROR, can not find the recharge goip:%d", send_goip_id);
return -1;
}
if ((row = db_fetch_row(res)) != NULL) {
DB_ROW row1;
DB_RES* res1;
sprintf(
sql, "select num,group_id from goip where id='%d' limit 1", goip_id);
res1 = db_query_store_result(sql);
if (db_num_rows(res) < 1) {
db_free_result(res);
db_free_result(res1);
DLOG("ERROR, can not find goip_id:%d", goip_id);
return -1;
}
if ((row1 = db_fetch_row(res1)) != NULL) {
struct auto_ussd* tmp = auto_ussd_head;
int find_flag = 0;
while (tmp) {
if (tmp->ussd_type == TYPE_2RECHARGE && tmp->be_goip_id == goip_id) {
find_flag = 1;
break;
}
tmp = tmp->next;
}
if (!find_flag) {
snprintf(cmd, 160, "%s%s%s", cmd_b, row1[0], cmd_p);
tmp = auto_ussd_calloc(cmd,
row[1],
row[4],
send_goip_id,
prov_id,
row[2],
atoi(row[3]),
TYPE_2RECHARGE,
"",
0,
recharge_ok_r,
recharge_ok_r2,
atoi(row1[1]),
0,
NULL,
NULL,
0,
0,
0);
if (tmp)
tmp->be_goip_id = goip_id, tmp->be_prov_id = prov_id;
}
}
db_free_result(res1);
// return ;
}
db_free_result(res);
}
return 0;
}
void add_sms0(char* msg, char* tel, int goip_id, int prov_id, int delay, int resend)
{
char sql[512];
if (!msg || !tel || goip_id == 0 || !msg[0] || !tel[0])
return;
sprintf(sql,
"insert into message (type,msg,crontime,tel,goipid,prov, resend) "
"VALUES (%d, '%s',%ld,'%s','%d','%d','%d')",
4,
msg,
time(NULL) + delay,
tel,
goip_id,
prov_id,
resend);
db_query(sql);
}
void add_sms(char* msg, char* tel, int goip_id, int prov_id, int delay)
{
add_sms0(msg, tel, goip_id, prov_id, delay, 0);
}
void add_recharge_sms(char* msg,
char* tel,
int goip_id,
int prov_id,
int card_id,
char* card,
int auto_reset_remain_enable,
int auto_id)
{
char sql[512];
struct auto_recharge_sms* tmp;
if (!msg || !tel || goip_id == 0 || !msg[0] || !tel[0])
return;
sprintf(
sql,
"insert into message (type,msg,crontime,tel,goipid,prov,card_id,card) "
"VALUES (%d, '%s',%ld,'%s','%d','%d','%d','%s')",
4,
msg,
time(NULL),
tel,
goip_id,
prov_id,
card_id,
card);
db_query(sql);
tmp = calloc(sizeof(struct auto_recharge_sms), 1);
tmp->card_id = card_id;
tmp->goip_id = goip_id;
tmp->auto_reset_remain_enable = auto_reset_remain_enable;
tmp->next = auto_recharge_sms_head;
}
void recharge_sms_start(int card_id)
{
struct auto_recharge_sms* tmp = auto_recharge_sms_head;
while (tmp) {
if (tmp->card_id == card_id) {
tmp->send_time = time(NULL);
}
tmp = tmp->next;
}
}
float get_bal(char* bal_str)
{
#ifdef _FRANCE
char bal_buf[1024] = { 0 };
char *p = bal_str, *bufp = bal_buf;
float bal = 0;
while ((*p >= '0' && *p <= '9') || *p == ',' || *p == '.') {
printf("a:%c\n", *p);
if (*p >= '0' && *p <= '9') {
*bufp++ = *p;
} else if (*p == ',') {
*bufp++ = '.';
} else if (*p == '.') {
} else
break;
p++;
}
sscanf(bal_buf, "%f", &bal);
#else
float bal = 0;
sscanf(bal_str, "%f", &bal);
#endif
return bal;
}
int check_bal_and_recharge(struct auto_recharge* now,
char* bal_msg,
char* p,
int goip_id,
char* goipname,
int prov_id,
int need_ussd2)
{
char *p2, sql[512];
float bal = 0;
float limit;
struct goipkeepalive* ka = kahead;
while (ka) {
if (ka->sqlid == goip_id)
break;
ka = ka->next;
}
DLOG("need:%d", need_ussd2);
if (need_ussd2)
limit = now->recharge_limit;
else
limit = now->bal_limit;
if ((*p >= '0' && *p <= '9' && !strcmp(bal_msg, "%")) || ((p2 = strstr(p, bal_msg)) != NULL) || (*bal_msg == '%' && *(bal_msg + 1) != 0 && (p2 = strstr(p, bal_msg + 1)) != NULL)) {
DLOG("bal_msg:%s", bal_msg);
if (*p >= '0' && *p <= '9' && !strcmp(bal_msg, "%"))
sscanf(p, "%f", &bal);
else if ((p2 = strstr(p, bal_msg)) != NULL) {
p2 += strlen(bal_msg);
while (*p2 == ' ')
p2++;
bal = get_bal(p2);
} else {
p2 = strstr(p, bal_msg + 1);
p2--;
while (*p == ' ')
p2--;
while ((*p2 >= '0' && *p2 <= '9') || *p2 == '.')
p2--;
p2++;
if (p2 > p)
bal = get_bal(p2);
}
sprintf(sql,
"update goip set bal='%f', bal_time=now() where id=%d",
bal,
goip_id);
db_query(sql);
DLOG("Balance of SIM is %f, the limit %d", bal, limit);
if (bal <= limit) {
/* do recharge and send sms */
char msg[160], num[128] = { 0 }, *p = num, *pp;
sprintf(msg,
"ID:%s, balance of SIM(%s) is %f, less than the limit %f.(From "
"SMS Server)",
goipname,
ka ? ka->num : "",
bal,
limit);
strncpy(num, now->send_sms, sizeof(num));
while ((pp = strchr(p, ',')) != NULL) {
*pp = 0;
if (p != pp)
add_sms(msg,
p,
now->send_sms_goip ? now->send_sms_goip : goip_id,
prov_id,
0); // not ,,
p = pp + 1;
}
if (strlen(p))
add_sms(msg,
p,
now->send_sms_goip ? now->send_sms_goip : goip_id,
prov_id,
0);
send_mail(now->send_email, "Low Balance", msg);
if (now->disable_line) {
background_cmd_calloc(goip_id, "disable_sim", NULL, 10);
return 0;
}
now->try_count = 2;
if (!do_recharge(now->recharge_type,
goip_id,
prov_id,
now->send_goip_id,
now->recharge_cmd_b,
now->recharge_cmd_p,
now->recharge_ok_r,
now->recharge_ok_r2,
now->recharge_sms_num,
now->auto_reset_remain_enable,
0)) {
if (now->disable_callout_when_bal)
background_cmd_calloc(goip_id, "callout_ctl", "0", 10);
}
return 0;
} else {
if (need_ussd2 && now->ussd2 && now->ussd2[0] && ka && ka->host[0] && ka->port) {
auto_ussd_calloc(now->ussd2,
goipname,
ka->password,
goip_id,
now->prov_id,
ka->host,
ka->port,
TYPE_2USSD,
"",
0,
"",
"",
now->group_id,
0,
NULL,
NULL,
0,
0,
0);
} else if (now->disable_callout_when_bal)
background_cmd_calloc(goip_id, "callout_ctl", "1", 0);
return 0;
}
}
return -1;
}
int check_return_msg(char* recv,
int type,
int goip_id,
int prov_id,
char* goipname,
int group_id,
int need_ussd2)
/* type={TYPE_USSD=0, TYPE_SMS=1}*/
{
char *p = recv, *p2;
struct auto_recharge* now = auto_recharge_head;
char sql[512];
while (now) {
DLOG("%s %s, type=%d type=%d now->group_id:%d group_id:%d",
recv,
now->bal_msg,
type,
now->type,
now->group_id,
group_id);
if (type == now->type && prov_id == now->prov_id && (now->group_id == 0 || group_id == now->group_id)) {
p = recv;
// while(*p) {
DLOG("%s %s %d %s",
p,
now->bal_msg,
(*p >= '0' && *p <= '9' && !strcmp(now->bal_msg, "%")),
now->bal_zero_msg);
if (now->bal_zero_msg[0] && (p2 = strstr(p, now->bal_zero_msg)) != NULL) {
/* do recharge and send sms */
char msg[160], num[128] = { 0 }, *p = num, *pp;
struct goipkeepalive* ka = kahead;
while (ka) {
if (ka->sqlid == goip_id)
break;
ka = ka->next;
}
DLOG("Balance is 0");
sprintf(
sql, "update goip set bal='0', bal_time=now() where id=%d", goip_id);
db_query(sql);
sprintf(msg,
"ID:%s, balance of SIM(%s) is %d, less than the limit %f.(From "
"SMS Server)",
goipname,
ka ? ka->num : "",
0,
now->bal_limit);
strncpy(num, now->send_sms, sizeof(num));
while ((pp = strchr(p, ',')) != NULL) {
*pp = 0;
if (p != pp)
add_sms(msg,
p,
now->send_sms_goip ? now->send_sms_goip : goip_id,
prov_id,
0); // not ,,
p = pp + 1;
}
if (strlen(p))
add_sms(msg,
p,
now->send_sms_goip ? now->send_sms_goip : goip_id,
prov_id,
0);
send_mail(now->send_email, "Low Balance", msg);
if (now->disable_line) {
background_cmd_calloc(goip_id, "disable_sim", NULL, 10);
return 0;
}
now->try_count = 2;
do_recharge(now->recharge_type,
goip_id,
prov_id,
now->send_goip_id,
now->recharge_cmd_b,
now->recharge_cmd_p,
now->recharge_ok_r,
now->recharge_ok_r2,
now->recharge_sms_num,
now->auto_reset_remain_enable,
0);
if (now->disable_callout_when_bal)
background_cmd_calloc(goip_id, "callout_ctl", "0", 10);
return 0;
} else {
char bal_msg[161];
char *bal_p1 = now->bal_msg, *bal_p2 = bal_msg;
while (*bal_p1 != 0) {
while (*bal_p1 != '|' && *bal_p1 != 0)
*bal_p2++ = *bal_p1++;
*bal_p2 = 0;
if (bal_p2 == bal_msg) {
bal_p1++;
continue;
}
if (!check_bal_and_recharge(
now, bal_msg, p, goip_id, goipname, prov_id, need_ussd2)) {
/*
if(type==TYPE_USSD && now->auto_disconnect_after_bal) {
struct goipkeepalive *ka=kahead;
while(ka){
if(ka->sqlid==goip_id) break;
ka=ka->next;
}
if(ka && ka->host[0] && ka->port)
printf("qqqqqqqqqq\n");
auto_ussd_calloc("USSDEXIT", goipname,
ka->password, goip_id, prov_id, ka->host, ka->port, TYPE_NOR, "",
0, "", "", group_id);
}
*/
return 0;
}
if (bal_p1 == 0)
break;
else
bal_p1++;
bal_p2 = bal_msg;
}
}
// p++;
//}
}
now = now->next;
}
DLOG("not find!\n");
return -1;
}
void del_recharge_sms(int card_id)
{
struct auto_recharge_sms* tmp = auto_recharge_sms_head;
if (!tmp)
return;
if (tmp->card_id == card_id) {
auto_recharge_sms_head = tmp->next;
free(tmp);
} else {
while (tmp->next) {
if (tmp->next->card_id == card_id) {
struct auto_recharge_sms* tmp2 = tmp->next;
tmp->next = tmp->next->next;
free(tmp2);
return;
}
tmp = tmp->next;
}
}
}
void sms_recharge_return_check(int message_id, int isok)
{
DB_ROW row;
char buf[512];
sprintf(
buf,
"select card_id,goipid,prov from message where id='%d' and card_id!=''",
message_id);
DB_RES* res = db_query_store_result(buf);
if ((row = db_fetch_row(res)) != NULL) {
int card_id = atoi(row[0]);
struct auto_recharge_sms* tmp = auto_recharge_sms_head;
if (isok) {
SET_CARD_UNUSED(card_id, 1);
add_bal_cmd(atoi(row[2]), atoi(row[1]));
// background_cmd_calloc(atoi(row[1]), "reset_remain_time", NULL, 0);
} else {
SET_CARD_UNUSED(card_id, 0);
}
while (tmp) {
if (tmp->card_id == card_id) {
}
tmp = tmp->next;
}
}
}
void update_next_fixed_time(int id, char* fixed_time)
{
// select ADDTIME(ADDDATE(TIMESTAMP(now()),1),"240000");
DLOG("");
if (strlen(fixed_time) == 8) {
time_t now_time = time(NULL), next_time = 0;
struct tm* tmp = localtime(&now_time);
int d, h, m, s;
sscanf(fixed_time, "%2d%2d%2d%2d", &d, &h, &m, &s);
DLOG("%d,%d,%d,%d", d, h, m, s);
tmp->tm_mday = d, tmp->tm_hour = h, tmp->tm_min = m, tmp->tm_sec = s;
next_time = mktime(tmp);
if (next_time <= now_time) {
tmp->tm_mon++;
next_time = mktime(tmp);
}
db_query(
"update auto_ussd set fixed_next_time='%d' where id='%d'", next_time, id);
} else {
db_query(
"update auto_ussd set fixed_next_time=if(ADDTIME(TIMESTAMP(CURDATE()), "
"\"%s\")>now(), UNIX_TIMESTAMP(ADDTIME(TIMESTAMP(CURDATE()), \"%s\")), "
"UNIX_TIMESTAMP(ADDTIME(TIMESTAMP(CURDATE(), 240000), \"%s\"))) where "
"id='%d'",
fixed_time,
fixed_time,
fixed_time,
id);
}
}
void ussd_return_check(char* buf)
{
int send_id, ussd_ok = 1, goip_id;
char recv[320] = { 0 }, *p = recv;
struct auto_ussd *now = auto_ussd_head, *tmp = NULL;
sscanf(buf, "%*[^ ] %d %320c", &send_id, recv);
// printf("recv ussd:%d %s", send_id, recv);
p = p + strlen(p) - 1;
while (*p == '@')
*p-- = 0;
if (!strncmp(recv, "USSD send failed!", strlen("USSD send failed!")) || !strncmp(recv, "USSDERROR", strlen("USSDERROR")))
ussd_ok = 0;
DLOG("11111111");
while (now) {
if (send_id == now->send_id) {
goip_id = now->goip_id;
struct goipkeepalive* ka = kahead;
while (ka) {
if (ka->sqlid == goip_id)
break;
ka = ka->next;
}
struct auto_recharge* now_recharge = auto_recharge_head;
DLOG("22222222222");
while (now_recharge) {
if (now_recharge->prov_id == now->prov_id && now_recharge->group_id == now->group_id)
break;
now_recharge = now_recharge->next;
}
DLOG("3333333333");
// if(!now_recharge) {
// ussd_save(ussd_ok, now->ussd_type, now->cmd, recv, now->goipname,
// now->card, 0); return;
//}
// DLOG("get sendid:%d, type:%d, re:%s, step re2:%s, step2 cmd:%s",
// send_id, now->ussd_type, now_recharge->recharge_ok_r,
// now_recharge->re_step2_ok_r, now_recharge->re_step2_cmd);
/*save sql */
if ((now->ussd_type == TYPE_RECHARGE || now->ussd_type == TYPE_2RECHARGE) && (ussd_ok == 0 || (now_recharge->re_step2_cmd[0] && !strstr(recv, now_recharge->re_step2_ok_r)) || (!now_recharge->re_step2_cmd[0] && !strstr(recv, now_recharge->recharge_ok_r) && (now_recharge->recharge_ok_r2[0] == 0 || !strstr(recv, now_recharge->recharge_ok_r2))))) {
if (now->ussd_type == TYPE_RECHARGE)
SET_CARD_UNUSED(now->card_id, 0);
ussd_save(
ussd_ok, now->ussd_type, now->cmd, recv, now->goipname, now->card, 0);
DLOG("%p %d %s %s %p",
now_recharge,
now_recharge->try_count,
now_recharge->re_step2_cmd,
now_recharge->re_step2_ok_r,
strstr(recv, now_recharge->re_step2_ok_r));
if (now_recharge && --now_recharge->try_count > 0 && now->ussd_type == TYPE_RECHARGE)
do_recharge(now_recharge->recharge_type,
goip_id,
now_recharge->prov_id,
now_recharge->send_goip_id,
now_recharge->recharge_cmd_b,
now_recharge->recharge_cmd_p,
now_recharge->recharge_ok_r,
now->recharge_ok_r2,
now_recharge->recharge_sms_num,
now_recharge->auto_reset_remain_enable,
0);
// do_recharge(int recharge_type, int goip_id, int prov_id, int
// send_goip_id, char *cmd_b, char *cmd_p, char *recharge_ok_r, char
// *recharge_ok_r2, char *recharge_sms_num);
} else if ((now->ussd_type == TYPE_RECHARGE || now->ussd_type == TYPE_2RECHARGE) && now_recharge->re_step2_cmd[0] && strstr(recv, now_recharge->re_step2_ok_r)) { // need step2
if (ka && ka->host[0] && ka->port) {
// now->ussd_type = TYPE_RE_STEP2;
auto_ussd_calloc(now_recharge->re_step2_cmd,
now->goipname,
ka->password,
goip_id,
now->prov_id,
ka->host,
ka->port,
(now->ussd_type == TYPE_RECHARGE)
? TYPE_RE_STEP2
: TYPE_RE_OTHE_STEP2,
now->card,
now->card_id,
"",
"",
now->group_id,
0,
NULL,
NULL,
0,
now->auto_reset_remain_enable,
0);
}
ussd_save(
ussd_ok, now->ussd_type, now->cmd, recv, now->goipname, now->card, 1);
DLOG("recharge step 1 ok, send step 2");
} else if ((now->ussd_type == TYPE_RECHARGE || now->ussd_type == TYPE_2RECHARGE)) { // recharge ok! need
// check balance again
int goip_id, prov_id;
if (now->ussd_type == TYPE_RECHARGE)
SET_CARD_UNUSED(now->card_id, 1);
ussd_save(
ussd_ok, now->ussd_type, now->cmd, recv, now->goipname, now->card, 1);
if (now->ussd_type == TYPE_RECHARGE)
goip_id = now->goip_id, prov_id = now->prov_id;
else
goip_id = now->be_goip_id, prov_id = now->be_prov_id;
if (now_recharge->type == TYPE_SMS || now_recharge->type == TYPE_USSD)
add_bal_cmd(prov_id, goip_id);
DLOG("type:%d, reset:%d",
now_recharge->type,
now->auto_reset_remain_enable);
if (now_recharge->remain_set) {
char value[32] = { 0 };
sprintf(value, "%d", now_recharge->remain_set);
background_cmd_calloc(goip_id, "set_exp_time", value, 0);
background_cmd_calloc(goip_id, "reset_remain_time", NULL, 0);
} else if (now->auto_reset_remain_enable)
background_cmd_calloc(goip_id, "reset_remain_time", NULL, 0);
// if(now_recharge->type==TYPE_FIXED_TIME){
// update_next_fixed_time(now_recharge->id, now_recharge->fixed_time);
//}
/*
if(now->ussd_type == TYPE_RECHARGE) {
SET_CARD_UNUSED(now->card_id, 1);
ussd_save(ussd_ok, now->ussd_type, now->cmd, recv,
now->goipname, now->card, 1); if(now_recharge->type==TYPE_SMS ||
now_recharge->type==TYPE_USSD) add_bal_cmd(now->prov_id, now->goip_id);
if(now->auto_reset_remain_enable)
background_cmd_calloc(now->goip_id, "reset_remain_time", NULL, 0);
if(now_recharge->remain_set) {
char value[32]={0};
sprintf(value, "%d", now_recharge->remain_set);
background_cmd_calloc(now->goip_id, "set_exp_time",
value, 0);
}
if(now_recharge->type==TYPE_FIXED_TIME){
update_next_fixed_time(now_recharge->id,
now_recharge->fixed_time);
}
} else { //other ok
ussd_save(ussd_ok, now->ussd_type, now->cmd, recv,
now->goipname, now->card, 1); if(now_recharge->type==TYPE_SMS ||
now_recharge->type==TYPE_USSD) add_bal_cmd(now->be_prov_id,
now->be_goip_id); if(now->auto_reset_remain_enable)
background_cmd_calloc(now->be_goip_id, "reset_remain_time", NULL, 0);
if(now_recharge->remain_set) {
char value[32]={0};
sprintf(value, "%d", now_recharge->remain_set);
background_cmd_calloc(now->goip_id, "set_exp_time",
value, 0);
}
if(now_recharge->type==TYPE_FIXED_TIME){
update_next_fixed_time(now_recharge->id,
now_recharge->fixed_time);
}
be_goip_id;
}
*/
} else if (now->ussd_type == TYPE_RE_STEP2 || now->ussd_type == TYPE_RE_OTHE_STEP2) {
int goip_id, prov_id;
if (now->ussd_type == TYPE_RECHARGE)
goip_id = now->goip_id, prov_id = now->prov_id;
else
goip_id = now->be_goip_id, prov_id = now->be_prov_id;
if (strstr(recv, now_recharge->recharge_ok_r) || (now_recharge->recharge_ok_r2[0] && strstr(recv, now_recharge->recharge_ok_r2))) { // recharge ok
// DLOG("recharge step 2 ok:%s", now_recharge->re_step2_ok_r);
if (now->ussd_type == TYPE_RE_STEP2)
SET_CARD_UNUSED(now->card_id, 1);
ussd_save(ussd_ok,
now->ussd_type,
now->cmd,
recv,
now->goipname,
now->card,
1);
if (now_recharge->type == TYPE_SMS || now_recharge->type == TYPE_USSD)
add_bal_cmd(prov_id, goip_id);
DLOG("type:%d, reset:%d",
now_recharge->type,
now->auto_reset_remain_enable);
if (now_recharge->remain_set) {
char value[32] = { 0 };
sprintf(value, "%d", now_recharge->remain_set);
background_cmd_calloc(goip_id, "set_exp_time", value, 0);
background_cmd_calloc(goip_id, "reset_remain_time", NULL, 0);
} else if (now->auto_reset_remain_enable)
background_cmd_calloc(goip_id, "reset_remain_time", NULL, 0);
// if(now_recharge->type==TYPE_FIXED_TIME){
// update_next_fixed_time(now_recharge->id,
// now_recharge->fixed_time);
//}
} else {
DLOG("recharge step 2 error");
SET_CARD_UNUSED(now->card_id, 0);
ussd_save(ussd_ok,
now->ussd_type,
now->cmd,
recv,
now->goipname,
now->card,
0);
}
} else if (now->ussd_type == TYPE_2USSD && now_recharge) {
if (!now_recharge->ussd2_ok_match[0] || strstr(recv, now_recharge->ussd2_ok_match)) { // match
// add_ussd2_cmd();
if (ka && ka->host[0] && ka->port) {
auto_ussd_calloc(now_recharge->ussd22,
now->goipname,
ka->password,
goip_id,
now->prov_id,
ka->host,
ka->port,
TYPE_22USSD,
"",
0,
"",
"",
now->group_id,
0,
NULL,
NULL,
0,
0,
0);
}
} else {
// if disable, disable line
char msg[160];
snprintf(msg, 160, "ID:%s, Secondary USSD Undone!", now->goipname);
add_sms(msg, now_recharge->send_sms2, goip_id, now->prov_id, 0);
send_mail(now_recharge->send_mail2, "Secondary USSD Undone!", msg);