static int Password_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0, lid = -1, i = 0;
UINT32 priority = 100;
RG_AUTH_T authCfg;
char username[RG_USER_MAX][DEF_AUTH_INFO_LEN] = {{0}, {0}, {0}};
memset(&authCfg, 0, sizeof(RG_AUTH_T));
if (GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_AUTH_GET, VOS_MSG_PRI_NORMAL,
&authCfg, sizeof(RG_AUTH_T), &authCfg, sizeof(RG_AUTH_T), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "send RG_MSG_CFG_AUTH_GET message fail");
return ret;
}
lid = GetLoginIndex(r);
WEB_LOG(LOG_LEVEL_NORMAL, "GetLoginIndex:%d, State:%d", lid, g_login_data[lid].login_state);
memset(username, 0, sizeof(username));
if(-1 != lid)
{
if(WEB_LOGIN_USER == g_login_data[lid].login_state)
priority = 2;
else if(WEB_LOGIN_SUPERUSER == g_login_data[lid].login_state)
priority = 1;
else if(WEB_LOGIN_BACKGROUND == g_login_data[lid].login_state)
priority = 0;
for (i = 0; i < RG_USER_MAX; i++)
{
if (authCfg.user[i].enable && (priority == authCfg.user[i].priority))
{
memcpy(username[0], authCfg.user[i].username, DEF_AUTH_INFO_LEN - 1);
ret += ngx_webs_write(r, b, T("old_password = \"%s\";\n"), authCfg.user[i].passwd);
ret += ngx_webs_write(r, b, T("user_pri = %d;\n"), authCfg.user[i].priority);
}
if ((WEB_LOGIN_BACKGROUND == g_login_data[lid].login_state)
&& authCfg.user[i].enable && (1 == authCfg.user[i].priority))
{
memcpy(username[1], authCfg.user[i].username, DEF_AUTH_INFO_LEN - 1);
}
}
}
ret += ngx_webs_write(r, b, T("username = [\"%s\", \"%s\"];\n"), username[0], username[1]);
ret += ngx_webs_write(r, b, T("isillegalPasswd = %d\n"), isillegalPasswd);
isillegalPasswd = -1;
return ret;
}
int web_GetQosMappingProfile(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0;
AP_WEB_MAP_PROFILE_T rateCfg;
AP_WIFI_MAP_PROFILE_T *pCfg;
UINT32 i = 0;
memset(&rateCfg, 0, sizeof(rateCfg));
rateCfg.profile_param.get_type = PROFILE_GET_ALL_SPEC;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, AP_MSG_GET_PROFILE_QOSMAP_CFG, VOS_MSG_PRI_NORMAL,
&rateCfg, sizeof(rateCfg), &rateCfg, sizeof(rateCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get qos mapping config fail");
return ret;
}
ret += ngx_webs_write(r, b, T("qosmap_list = [\n"));
for (i = 0; i < rateCfg.profile_param.profile_num; i++)
{
pCfg = &rateCfg.web_map_profile[i];
if (i > 0)
{
ret += ngx_webs_write(r, b, T(",\n"));
}
ret += ngx_webs_write(r, b, T("\t{\n"));
ret += ngx_webs_write(r, b, T("\t\"index\": %d,\n"), pCfg->map_profile.profile_id);
ret += ngx_webs_write(r, b, T("\t\"name\": \"%s\"\n"), pCfg->map_profile.profile_name);
ret += ngx_webs_write(r, b, T("\t}"));
}
ret += ngx_webs_write(r, b, T("\n];\n"));
return ret;
}
int web_GetFilterIdProfile(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0;
UMM_FILTER_ID_PROFILE_T filteridCfg;
UMM_WIFI_FILTER_ID_PROFILE_T *pCfg;
UINT32 i = 0;
memset(&filteridCfg, 0, sizeof(filteridCfg));
filteridCfg.profile_param.get_type = PROFILE_GET_ALL_SPEC;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, UMM_MSG_CFG_PROFILE_FILTERID_GET, VOS_MSG_PRI_NORMAL,
&filteridCfg, sizeof(filteridCfg), &filteridCfg, sizeof(filteridCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get filter id config 0x%x fail", UMM_MSG_CFG_PROFILE_FILTERID_GET);
return ret;
}
ret += ngx_webs_write(r, b, T("qosfilterid_list = [\n"));
for (i = 0; i < filteridCfg.profile_param.profile_num; i++)
{
pCfg = &filteridCfg.filter_id_profile[i];
if (i > 0)
{
ret += ngx_webs_write(r, b, T(",\n"));
}
ret += ngx_webs_write(r, b, T("\t{\n"));
ret += ngx_webs_write(r, b, T("\t\"index\": %d,\n"), pCfg->filterId_profile.profile_id);
ret += ngx_webs_write(r, b, T("\t\"name\": \"%s\"\n"), pCfg->filterId_profile.profile_name);
ret += ngx_webs_write(r, b, T("\t}"));
}
ret += ngx_webs_write(r, b, T("\n];\n"));
return ret;
}
// constructor (takes json data)
tweet::tweet(const char *json_data)
{
Json::Value root;
Json::Reader reader;
if(json_data == NULL || !reader.parse(json_data, root))
{
ERROR_LOG << "failed to decode tweet JSON!\n" << reader.getFormattedErrorMessages() << json_data << "\n\n";
return;
}
else
{
if(root["warning"].get("code", "").asString() == "FALLING_BEHIND")
{
ERROR_LOG << "lagging behind twitter (" << root["warning"].get("percent_full", 0).asInt() << ")\n";
WEB_LOG("Uh-oh", "Looks like the application is having a hard time keeping up with all the tweets.", "warning");
m_id = -1;
}
else
{
m_id = root.get("id", 0).asInt64();
m_text = filter(root.get("text", "").asString());
m_sentiment = 0;
// is this json straight from twitter? (ie does it have the created_at field?)
if(root.get("created_at", "").asString().length() > 0)
{
m_lang = root["user"].get("lang", "").asString();
m_followers = root["user"].get("followers_count", 0).asInt();
m_retweets = root.get("retweet_count", 0).asInt();
m_is_retweet = !root["retweeted_status"].empty();
if(m_is_retweet)
{
m_original_id = root["retweeted_status"].get("id", 0).asInt64();
}
else
{
m_original_id = 0;
}
}
else // internal json
{
m_lang = root.get("language", "").asString();
m_followers = root.get("followers", 0).asInt();
m_retweets = root.get("retweets", 0).asInt();
m_weight = root.get("weight", 0).asInt();
m_conservative = root.get("conservative", 0).asDouble();
m_liberal = root.get("liberal", 0).asDouble();
m_is_retweet = root.get("is_retweet", false).asBool();
m_original_id = root.get("original_id", 0).asInt64();
}
}
}
}
static int Remote_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0, i = 0, count = 0;
RG_MANAGE_REMOTE_WEB_T remote;
char ip[16] = "", mask[16] = "";
char buf[192] = {0};
memset(&remote,0,sizeof(RG_MANAGE_REMOTE_WEB_T));
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_REMOTE_WEB_GET, VOS_MSG_PRI_NORMAL,
&remote, sizeof(RG_MANAGE_REMOTE_WEB_T), &remote, sizeof(RG_MANAGE_REMOTE_WEB_T), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "Remote get syc message fail\r\n");
return 0;
}
ret += ngx_webs_write(r, b, T("remote_enable = %d;\n"), remote.enable);
if(remote.protocol == 0)
ret += ngx_webs_write(r, b, T("wanindex = %d;\n"), (remote.wanIndex&0xFFFF)/2);
else
ret += ngx_webs_write(r, b, T("wanindex = %d;\n"), ((remote.wanIndex>>16)&0xFFFF)/2);
ret += ngx_webs_write(r, b, T("protocol = %d;\n"), remote.protocol);
ret += ngx_webs_write(r, b, T("portid = %d;\n"), remote.port);
ret += ngx_webs_write(r, b, T("username = \"%s\";\n"),web_translate_value(remote.userName, buf, DEF_AUTH_INFO_LEN));
ret += ngx_webs_write(r, b, T("password = \"%s\";\n"), WEB_PASSWORD_MASK);
for(i = 0; i < 32; i++)
{
if(0 != remote.allowDevice[i].remoteIp)
count++;
}
WEB_LOG(LOG_LEVEL_NORMAL, "Remote ip count is %d", count);
for(i = 0; i < count; i++)
{
VOS_Host2Str(remote.allowDevice[i].remoteIp, ip);
VOS_Host2Str(remote.allowDevice[i].remoteMask, mask);
ret += ngx_webs_write(r, b, "iplist[%d] = {\n", i);
ret += ngx_webs_write(r, b, "\"ip\":\"%s\",\"mask\":\"%s\"\n }\n", ip, mask);
}
return ret;
}
static int qosfilterid_write(ngx_http_request_t *r, ngx_buf_t *b, UMM_WIFI_FILTER_ID_PROFILE_T *pCfg)
{
int ret = 0;
UINT32 j = 0;
WEB_LOG(LOG_LEVEL_NORMAL, "qosfilterid_write start num[%d]...", pCfg->ItemNum);
if(pCfg->ItemNum>MAX_FILTERID_RULE)
{
WEB_LOG(LOG_LEVEL_NORMAL, "qosfilterid_write start num[%d]...", pCfg->ItemNum);
return -1;
}
ret += ngx_webs_write(r, b, T("{\n"));
ret += ngx_webs_write(r, b, T("\t\"profile_id\": %d,\n"), pCfg->filterId_profile.profile_id);
ret += ngx_webs_write(r, b, T("\t\"profile_name\": \"%s\",\n"), pCfg->filterId_profile.profile_name);
ret += ngx_webs_write(r, b, T("\t\"profile_ref_mask\": %d,\n"), pCfg->profile_ref_mask);
ret += ngx_webs_write(r, b, T("\t\"item_num\": %d,\n"), pCfg->ItemNum);
ret += ngx_webs_write(r, b, T("\t\"filteridrule_list\": [\n"));
for (j = 0; j < pCfg->ItemNum; j++)
{
WEB_LOG(LOG_LEVEL_NORMAL, "qosfilterid_write filteridrule_list index[%d]...", j);
if (j > 0)
{
ret += ngx_webs_write(r, b, T(",\n"));
}
ret += ngx_webs_write(r, b, T("\t\t{\n"));
ret += ngx_webs_write(r, b, T("\t\t\"filterid_value\": \"%s\",\n"), pCfg->filterId_rule[j].filterId);
ret += ngx_webs_write(r, b, T("\t\t\"filterid_vlan\": \"%d\",\n"), pCfg->filterId_rule[j].vlanId);
ret += ngx_webs_write(r, b, T("\t\t\"filterid_in_type\": %d,\n"), pCfg->filterId_rule[j].IngressRateType);
ret += ngx_webs_write(r, b, T("\t\t\"filterid_in_rate\": %u,\n"), pCfg->filterId_rule[j].IngressRate/ 1000);
ret += ngx_webs_write(r, b, T("\t\t\"filterid_out_type\": %d,\n"), pCfg->filterId_rule[j].EgressRateType);
ret += ngx_webs_write(r, b, T("\t\t\"filterid_out_rate\": %u\n"), pCfg->filterId_rule[j].EgressRate/ 1000);
ret += ngx_webs_write(r, b, T("\t\t}"));
}
ret += ngx_webs_write(r, b, T("\n\t]\n"));
ret += ngx_webs_write(r, b, T("\t}"));
WEB_LOG(LOG_LEVEL_NORMAL, "qosfilterid_write stop");
return ret;
}
static int NTP_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0;
RG_NTP_CFG_T ntpcfg;
FILE *fp = NULL;
char cur_time[32] = {0}, tmp[128] = {0};
char *ptr;
memset(&ntpcfg, 0, sizeof(RG_NTP_CFG_T));
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_MEC, RG_MSG_CFG_NTP_GET, VOS_MSG_PRI_NORMAL,
&ntpcfg, sizeof(RG_NTP_CFG_T), &ntpcfg, sizeof(RG_NTP_CFG_T), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "LAN send syc message fail");
return ret;
}
ret += ngx_webs_write(r, b, T("ntp_enable=%d;\n"), ntpcfg.enable);
ret += ngx_webs_write(r, b, T("time_Zone=%d;\n"), ntpcfg.timeZone);
ret += ngx_webs_write(r, b, T("ntpwanIndex=%d;\n"), ntpcfg.wanIndex);
ret += ngx_webs_write(r, b, T("syncInterval=%d;\n"), ntpcfg.syncInterval);
ret += ngx_webs_write(r, b, T("server1=\"%s\";\n"), web_translate_value(ntpcfg.server1, tmp, sizeof(ntpcfg.server1)));
ret += ngx_webs_write(r, b, T("server2=\"%s\";\n"), web_translate_value(ntpcfg.server2, tmp, sizeof(ntpcfg.server1)));
ret += ngx_webs_write(r, b, T("server3=\"%s\";\n"), web_translate_value(ntpcfg.server3, tmp, sizeof(ntpcfg.server1)));
ret += ngx_webs_write(r, b, T("server4=\"%s\";\n"), web_translate_value(ntpcfg.server4, tmp, sizeof(ntpcfg.server1)));
system("date > /tmp/curtime");
if(NULL != (fp = fopen("/tmp/curtime", "r+")))
{
if(fgets(cur_time, sizeof(cur_time) - 1, fp))
{
if(NULL != (ptr = strchr(cur_time, '\r')))
*ptr = 0;
if(NULL != (ptr = strchr(cur_time, '\n')))
*ptr = 0;
ret += ngx_webs_write(r, b, T("cur_time=\"%s\";\n"), cur_time);
}
fclose(fp);
unlink("/tmp/curtime");
}
return ret;
}
static int qosmap_Form(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
char *page = NULL, *pData = NULL;
AP_WEB_MAP_PROFILE_T mapCfg;
AP_WIFI_MAP_PROFILE_T *pCfg;
GOS_ERROR_CODE ret;
CHAR buf[32];
int i = 0, j = 0;
memset(&mapCfg, 0, sizeof(mapCfg));
pCfg = &mapCfg.web_map_profile[0];
page = ngx_asp_get_var(r, T("XWebPageName"), T("qos_mapping"));
pData = ngx_asp_get_var(r, T("qosmap_action"), T(""));
mapCfg.profile_param.set_type = atoi(pData);
pData = ngx_asp_get_var(r, T("qosmap_index"), T(""));
pCfg->map_profile.profile_id = atoi(pData);
WEB_LOG(LOG_LEVEL_NORMAL, "set qos mapping, act=%d, idx=%d",
mapCfg.profile_param.set_type, pCfg->map_profile.profile_id);
pData = ngx_asp_get_var(r, T("profile_name"), T(""));
strncpy(pCfg->map_profile.profile_name, pData, PROFILE_NAME_LEN_MAX);
pData = ngx_asp_get_var(r, T("w2l_type"), T(""));
pCfg->map_spec.w2l_type = atoi(pData);
for (i = 0; i < 4; i++)
{
if (PBIT == pCfg->map_spec.w2l_type)
{
sprintf(buf, "w2l_pbit%d", i);
}
else
{
sprintf(buf, "w2l_dscp%d", i);
}
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->map_spec.w2l_map[i] = atoi(pData);
}
pData = ngx_asp_get_var(r, T("l2w_type"), T(""));
pCfg->map_spec.l2w_type = atoi(pData);
for (i = 0; i < 8; i++)
{
sprintf(buf, "l2w_wmm%d", i);
pData = ngx_asp_get_var(r, buf, T(""));
if (PBIT == pCfg->map_spec.l2w_type)
{
pCfg->map_spec.l2w_map[i] = atoi(pData);
}
else
{
for (j = 0; j < 8; j++)
{
pCfg->map_spec.l2w_map[(i<<3)+j] = atoi(pData);
}
}
}
if (GOS_OK != VOS_SendSyncMsg(PON_APPLID_MEC, AP_MSG_SET_PROFILE_QOSMAP_CFG, VOS_MSG_PRI_NORMAL,
&mapCfg, sizeof(mapCfg), &ret, sizeof(ret), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "qos mapping send set syc message fail");
}
FormDone(r, b, page);
return 0;
}
int qos_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret=0;
RG_QOS_IPV4_CFG_T qosCfg;
int i=0;
char buf[64];
memset(&qosCfg, 0, sizeof(qosCfg));
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_QOS_IPV4_GET, VOS_MSG_PRI_NORMAL,
&qosCfg, sizeof(qosCfg), &qosCfg, sizeof(qosCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "qos get qos config fail\r\n");
//we need queue number even fail, because custom can need view it.
ret += ngx_webs_write(r, b, T("queue_num = %d;\r\n"), RG_QOS_QUEUE_NUM);
return ret;
}
//enable
ret+=ngx_webs_write(r, b, T("enable=%d;\r\n"),qosCfg.enable);
//us_rate
ret+=ngx_webs_write(r, b, T("usrate=%d;\r\n"),qosCfg.us_rate);
//count
ret+=ngx_webs_write(r, b, T("count=%d;\r\n"),qosCfg.count);
//rules[RG_QOS_RULE_MAX];
ret+=ngx_webs_write(r, b, T("rules_max=%d;\r\n"), RG_QOS_RULE_MAX);
ret += ngx_webs_write(r, b, T("rules = new Array();\r\n"));
for(i=0; i<qosCfg.count; i++)
{
ret += ngx_webs_write(r, b, T("rules[%d] = {\r\n"), i);
//clsType
//ret += ngx_webs_write(r, b, T("clsType:%d,\r\n"), qosCfg.rules[i].clsType);
//cls
ret += ngx_webs_write(r, b, T("cls_proto:%d,\r\n"), qosCfg.rules[i].cls.proto);
ret += ngx_webs_write(r, b, T("cls_srcIp:\"%s\",\r\n"), VOS_Host2Str(qosCfg.rules[i].cls.srcIp, buf));
ret += ngx_webs_write(r, b, T("cls_srcMask:\"%s\",\r\n"), VOS_Host2Str(qosCfg.rules[i].cls.srcMask, buf));
ret += ngx_webs_write(r, b, T("cls_dstIp:\"%s\",\r\n"), VOS_Host2Str(qosCfg.rules[i].cls.dstIp, buf));
ret += ngx_webs_write(r, b, T("cls_dstMask:\"%s\",\r\n"), VOS_Host2Str(qosCfg.rules[i].cls.dstMask, buf));
ret += ngx_webs_write(r, b, T("cls_srcPort:%d,\r\n"), qosCfg.rules[i].cls.srcPort);
ret += ngx_webs_write(r, b, T("cls_srcPortMax:%d,\r\n"), qosCfg.rules[i].cls.srcPortMax);
ret += ngx_webs_write(r, b, T("cls_dstPort:%d,\r\n"), qosCfg.rules[i].cls.dstPort);
ret += ngx_webs_write(r, b, T("cls_dstPortMax:%d,\r\n"), qosCfg.rules[i].cls.dstPortMax);
//dscp;
ret += ngx_webs_write(r, b, T("cls_dscp:%d,\r\n"), qosCfg.rules[i].cls.dscp);
//pbit;
ret += ngx_webs_write(r, b, T("cls_pbit:%d,\r\n"), qosCfg.rules[i].cls.pbit);
//action
//order;
//ret += ngx_webs_write(r, b, T("action_order:%d,\r\n"), qosCfg.rules[i].action.order, buf);
//queue;
ret += ngx_webs_write(r, b, T("action_queue:%d,\r\n"), qosCfg.rules[i].action.queue);
//dscp;
ret += ngx_webs_write(r, b, T("action_dscp:%d,\r\n"), qosCfg.rules[i].action.dscp);
//pbit;
ret += ngx_webs_write(r, b, T("action_pbit:%d\r\n"), qosCfg.rules[i].action.pbit);
ret += ngx_webs_write(r, b, T("};\r\n"));
}
ret += ngx_webs_write(r, b, T("\r\n"));
//queue[RG_QOS_QUEUE_NUM];
ret += ngx_webs_write(r, b, T("queue_num = %d;\r\n"), RG_QOS_QUEUE_NUM);
for(i=0; i<RG_QOS_QUEUE_NUM; i++)
{
ret += ngx_webs_write(r, b, T("queue[%d] = {\r\n"), i);
//priority; // priority of this queue: 0 - 7
ret += ngx_webs_write(r, b, T("queue_priority:%d,\r\n"), qosCfg.queue[i].priority);
//weight; // weight of this queue: 1 - 63
ret += ngx_webs_write(r, b, T("queue_weight:%d,\r\n"), qosCfg.queue[i].weight);
//rate; // shaping of this queue: 64 kbps
ret += ngx_webs_write(r, b, T("queue_rate:%d,\r\n"), qosCfg.queue[i].rate);
//enable;
ret += ngx_webs_write(r, b, T("queue_enable:%d,\r\n"), qosCfg.queue[i].enable);
//mode;
ret += ngx_webs_write(r, b, T("queue_mode:%d\r\n"), qosCfg.queue[i].mode);
ret += ngx_webs_write(r, b, T("};\r\n"));
}
return ret;
}
int qosmap_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0;
AP_WEB_MAP_PROFILE_T mapCfg;
AP_WIFI_MAP_PROFILE_T *pCfg;
INT32 unused_idx = -1;
INT32 i = 0;
memset(&mapCfg, 0, sizeof(mapCfg));
mapCfg.profile_param.get_type = PROFILE_GET_ALL_SPEC;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, AP_MSG_GET_PROFILE_QOSMAP_CFG, VOS_MSG_PRI_NORMAL,
&mapCfg, sizeof(mapCfg), &mapCfg, sizeof(mapCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get qos mapping config fail");
return ret;
}
ret += ngx_webs_write(r, b, T("qosmap_list = [\n\t"));
for (i = 0; i < (INT32)mapCfg.profile_param.profile_num; i++)
{
pCfg = &mapCfg.web_map_profile[i];
if (unused_idx < 0 && (INT32)pCfg->map_profile.profile_id != i)
{
unused_idx = i;
}
if (i > 0)
{
ret += ngx_webs_write(r, b, T(",\n\t"));
}
ret += qosmap_write(r, b, pCfg);
}
ret += ngx_webs_write(r, b, T("\n];\n"));
if (unused_idx < 0)
{
unused_idx = (INT32)mapCfg.profile_param.profile_num;
if (unused_idx >= PROFILE_NUM_MAX)
{
return ret;
}
}
WEB_LOG(LOG_LEVEL_NORMAL, "get unused qos mapping, idx = %d", unused_idx);
memset(&mapCfg, 0, sizeof(mapCfg));
mapCfg.profile_param.get_type = PROFILE_GET_ONE_SPEC;
pCfg = &mapCfg.web_map_profile[0];
pCfg->map_profile.profile_id = unused_idx;
pCfg->map_spec.get_default = 1;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, AP_MSG_GET_PROFILE_QOSMAP_CFG, VOS_MSG_PRI_NORMAL,
&mapCfg, sizeof(mapCfg), &mapCfg, sizeof(mapCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get qos mapping config fail");
return ret;
}
ret += ngx_webs_write(r, b, T("unused_qosmap = "));
ret += qosmap_write(r, b, pCfg);
ret += ngx_webs_write(r, b, T(";\n"));
return ret;
}
static int qos_XForm(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
char *page = NULL;
RG_QOS_IPV4_CFG_T qosCfg0;
RG_QOS_IPV4_CFG_T qosCfg1;
BOOL isChanged = FALSE;
GOS_ERROR_CODE ret;
char * pbuf = NULL;
char var_str[64];
int i=0, j=0;
UINT32 qos_op=0;
memset(&qosCfg0, 0, sizeof(qosCfg0));
memset(&qosCfg1, 0, sizeof(qosCfg1));
page = ngx_asp_get_var(r, T("XWebPageName"), T("qos"));
if(NULL == page)
{
WEB_LOG(LOG_LEVEL_NORMAL, "Qos invalid request!");
return 0;
}
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_QOS_IPV4_GET, VOS_MSG_PRI_NORMAL,
&qosCfg0, sizeof(qosCfg0), &qosCfg0, sizeof(qosCfg0), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "QOS Form send Get syc message fail");
FormDone(r, b, page);
return 0;
}
//from qos.html
//rules
pbuf = ngx_asp_get_var(r, T("qos_op"), NULL);
if(pbuf != NULL)
{
qos_op = atoi(pbuf);
}
//qos enable
if(qos_op == 0)
{
//enable
qosCfg1.enable = (BOOL)atoi(ngx_asp_get_var(r, T("qos_en"), NULL));
if(qosCfg0.enable != qosCfg1.enable)
{
qosCfg0.enable = qosCfg1.enable;
isChanged = TRUE;
}
}
//add rule
if(qos_op == 1)
{
//first get rule index
pbuf = ngx_asp_get_var(r, T("rule_index"), NULL);
if(pbuf != NULL)
{
//here i is rule array index
i = atoi(pbuf)-1;
}
//check valid
if(qosCfg0.count+1 <= RG_QOS_RULE_MAX && i >= 0)
{
if(i >= qosCfg0.count)
{
i=qosCfg0.count;
}
}
else
{
FormDone(r, b, page);
return 0;
}
//RG_QOS_IPV4_RULE_T
//clsType
qosCfg1.rules[i].clsType = RG_QOS_CLS_5TUPLE;
//cls
//enable, always true in web, this is for tr069
qosCfg1.rules[i].cls.enable = TRUE;
//proto
pbuf = ngx_asp_get_var(r, T("cls_proto"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.proto = atoi(pbuf);
}
//srcIp
pbuf = ngx_asp_get_var(r, T("cls_srcIp"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.srcIp = VOS_Str2Host(pbuf);
}
//srcMask
pbuf = ngx_asp_get_var(r, T("cls_srcMask"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.srcMask = VOS_Str2Host(pbuf);
}
//srcPort
pbuf = ngx_asp_get_var(r, T("cls_srcPort"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.srcPort = atoi(pbuf);
}
//srcPortMax;
pbuf = ngx_asp_get_var(r, T("cls_srcPortMax"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.srcPortMax = atoi(pbuf);
}
//dstIp
pbuf = ngx_asp_get_var(r, T("cls_dstIp"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.dstIp = VOS_Str2Host(pbuf);
}
//dstMask
pbuf = ngx_asp_get_var(r, T("cls_dstMask"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.dstMask = VOS_Str2Host(pbuf);
}
//dstPort
pbuf = ngx_asp_get_var(r, T("cls_dstPort"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.dstPort = atoi(pbuf);
}
//dstPortMax;
pbuf = ngx_asp_get_var(r, T("cls_dstPortMax"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].cls.dstPortMax = atoi(pbuf);
}
//pbit //need to be design
//dscp //need to be design
//RG_QOS_IPV4_ACTION_T action
//UINT32 order; //unused yet
//int pbit;
pbuf = ngx_asp_get_var(r, T("action_pbit"), NULL);
if(pbuf == NULL)
{
qosCfg1.rules[i].action.pbit = -1; //disable
}
else
{
pbuf = ngx_asp_get_var(r, T("action_pbitVal"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].action.pbit = atoi(pbuf);
}
}
//int dscp;
pbuf = ngx_asp_get_var(r, T("action_dscp"), NULL);
if(pbuf == NULL)
{
qosCfg1.rules[i].action.dscp = -1; //disable
}
else
{
pbuf = ngx_asp_get_var(r, T("action_dscpVal"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].action.dscp = atoi(pbuf);
}
}
//UINT32 queue;
pbuf = ngx_asp_get_var(r, T("action_queue"), NULL);
if(pbuf != NULL)
{
qosCfg1.rules[i].action.queue = atoi(pbuf);
}
//do add rule
//move behands back
qosCfg0.count++;
for(j=qosCfg0.count-1; j>i; j--)
{
qosCfg0.rules[j] = qosCfg0.rules[j-1];
}
memcpy(&qosCfg0.rules[i], &qosCfg1.rules[i], sizeof(RG_QOS_IPV4_RULE_T));
isChanged = TRUE;
}
//del rule
if(qos_op == 2)
{
pbuf = ngx_asp_get_var(r, T("rule_index"), NULL);
if(pbuf != NULL)
{
//here i is rule array index
i = atoi(pbuf)-1;
}
//del rule
if(qosCfg0.count > 0 && i < qosCfg0.count && i >= 0)
{
//move behands forward
for(j=i+1; j<qosCfg0.count; j++)
{
qosCfg0.rules[j-1] = qosCfg0.rules[j];
}
qosCfg0.count--;
isChanged = TRUE;
}
else
{
FormDone(r, b, page);
return 0;
}
}
//from qos_queue.html
//config queue
if(qos_op == 3)
{
for(i=0; i<RG_QOS_QUEUE_NUM; i++)
{
//enable
sprintf(var_str, "queue%d_%s", i+1, "enable");
pbuf = ngx_asp_get_var(r, T(var_str), NULL);
if(pbuf != NULL)
{
qosCfg1.queue[i].enable = TRUE;
}
else
{
qosCfg1.queue[i].enable = FALSE;
}
//mode
sprintf(var_str, "queue%d_%s", i+1, "mode");
pbuf = ngx_asp_get_var(r, T(var_str), NULL);
if(pbuf != NULL)
{
switch(atoi(pbuf))
{
case 0:
qosCfg1.queue[i].mode = RG_QOS_QUEUE_PRIO;
break;
case 1:
qosCfg1.queue[i].mode = RG_QOS_QUEUE_WRR;
break;
case 2:
qosCfg1.queue[i].mode = RG_QOS_QUEUE_PRIO_WRR;
break;
case 3:
qosCfg1.queue[i].mode = RG_QOS_QUEUE_CAR;
break;
default:
qosCfg1.queue[i].mode = RG_QOS_QUEUE_PRIO;
break;
}
}
//priority
sprintf(var_str, "queue%d_%s", i+1, "priority");
pbuf = ngx_asp_get_var(r, T(var_str), NULL);
if(pbuf != NULL)
{
qosCfg1.queue[i].priority = atoi(pbuf);
}
//weight
sprintf(var_str, "queue%d_%s", i+1, "weight");
pbuf = ngx_asp_get_var(r, T(var_str), NULL);
if(pbuf != NULL)
{
qosCfg1.queue[i].weight = atoi(pbuf);
}
//rate
sprintf(var_str, "queue%d_%s", i+1, "rate");
pbuf = ngx_asp_get_var(r, T(var_str), NULL);
if(pbuf != NULL)
{
qosCfg1.queue[i].rate = atoi(pbuf);
}
//check if changed.
if(memcmp(&qosCfg0.queue[i], &qosCfg1.queue[i], sizeof(qosCfg0.queue[i])) != 0)
{
memcpy(&qosCfg0.queue[i], &qosCfg1.queue[i], sizeof(qosCfg0.queue[i]));
isChanged = TRUE;
}
}
}
//check if changed
if(isChanged)
{
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_QOS_IPV4_SET, VOS_MSG_PRI_NORMAL,
&qosCfg0, sizeof(qosCfg0), &ret, sizeof(ret), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "QOS send SET syc message fail\r\n");
}
if(GOS_OK != ret)
{
WEB_LOG(LOG_LEVEL_NORMAL, "QOS set mib data failed.\r\n");
}
}
FormDone(r, b, page);
return 0;
}
static int NTP_Form(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
char *page = NULL;
char *webvalue = NULL;
RG_NTP_CFG_T ntpcfg;
GOS_ERROR_CODE setAck;
int changed = 0, ret = 0;
page = ngx_asp_get_var(r, T("XWebPageName"), T("ntp"));
memset(&ntpcfg, 0, sizeof(RG_NTP_CFG_T));
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_MEC, RG_MSG_CFG_NTP_GET, VOS_MSG_PRI_NORMAL,
&ntpcfg, sizeof(RG_NTP_CFG_T), &ntpcfg, sizeof(RG_NTP_CFG_T), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "LAN send syc message fail");
return ret;
}
webvalue = ngx_asp_get_var(r, T("ntp_enable"), T(""));
if(webvalue) {
if(ntpcfg.enable != (BOOL)atoi(webvalue))
{
ntpcfg.enable = (BOOL)atoi(webvalue);
changed = 1;
}
}
webvalue = ngx_asp_get_var(r, T("ntpwanIndex"), T(""));
if(webvalue) {
if(ntpcfg.wanIndex != atoi(webvalue))
{
ntpcfg.wanIndex = atoi(webvalue);
changed = 1;
}
}
//server1
webvalue = ngx_asp_get_var(r, T("ntp_server1"), T(""));
if(strcmp(ntpcfg.server1, webvalue))
{
if(!strcmp(webvalue, "Other")) {
webvalue = ngx_asp_get_var(r, T("new_server1"), T(""));
}
strcpy(ntpcfg.server1, webvalue);
if (!strcmp(ntpcfg.server1, "None")) {
ntpcfg.server1[0] = 0;
}
changed = 1;
}
//server2
webvalue = ngx_asp_get_var(r, T("ntp_server2"), T(""));
if(strcmp(ntpcfg.server2, webvalue))
{
if(!strcmp(webvalue, "Other")) {
webvalue = ngx_asp_get_var(r, T("new_server2"), T(""));
}
strcpy(ntpcfg.server2, webvalue);
if (!strcmp(ntpcfg.server2, "None")) {
ntpcfg.server2[0] = 0;
}
changed = 1;
}
//server3
webvalue = ngx_asp_get_var(r, T("ntp_server3"), T(""));
if(strcmp(ntpcfg.server3, webvalue))
{
if(!strcmp(webvalue, "Other")) {
webvalue = ngx_asp_get_var(r, T("new_server3"), T(""));
}
strcpy(ntpcfg.server3, webvalue);
if (!strcmp(ntpcfg.server3, "None")) {
ntpcfg.server3[0] = 0;
}
changed = 1;
}
//server4
webvalue = ngx_asp_get_var(r, T("ntp_server4"), T(""));
if(strcmp(ntpcfg.server4, webvalue))
{
if(!strcmp(webvalue, "Other")) {
webvalue = ngx_asp_get_var(r, T("new_server4"), T(""));
}
strcpy(ntpcfg.server4, webvalue);
if (!strcmp(ntpcfg.server4, "None")) {
ntpcfg.server4[0] = 0;
}
changed = 1;
}
webvalue = ngx_asp_get_var(r, T("time_Zone"), T(""));
if(ntpcfg.timeZone != atoi(webvalue))
{
ntpcfg.timeZone = atoi(webvalue);
changed = 1;
}
webvalue = ngx_asp_get_var(r, T("syncInterval"), T(""));
if(ntpcfg.syncInterval != atoi(webvalue))
{
ntpcfg.syncInterval = atoi(webvalue);
changed = 1;
}
WEB_LOG(LOG_LEVEL_NORMAL, "server1:%s, server2:%s, timezone:%d, changed is %d\n", ntpcfg.server1, ntpcfg.server2, ntpcfg.timeZone, changed);
if( 1 == changed)
{
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_NTP_SET, VOS_MSG_PRI_NORMAL,
&ntpcfg, sizeof(RG_NTP_CFG_T), &setAck, sizeof(GOS_ERROR_CODE), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "ntp send syc message fail");
}
}
FormDone(r, b, page);
return 0;
}
/*==============================================================================
* - T_web_server_start()
*
* - http server task
*/
void T_web_server_start ()
{
int sockfd; // Socket file descriptor
int nsockfd; // New Socket file descriptor
int num;
socklen_t sin_size; // to store struct size
char revbuf[LENGTH];
struct sockaddr_in addr_local;
struct sockaddr_in addr_remote;
/* Get the Socket file descriptor */
if( (sockfd = socket(AF_INET, SOCK_STREAM, 0)) == -1 ) {
serial_printf ("ERROR: Cannot obtain Socket Despcritor.\n");
return ;
} else {
WEB_LOG ("OK: Obtain Socket Despcritor sucessfully.\n");
}
/* Fill the local socket address struct */
addr_local.sin_family = AF_INET; // Protocol Family
addr_local.sin_port = htons(PORT); // Port number
addr_local.sin_addr.s_addr = INADDR_ANY; // AutoFill local address
memset(&(addr_local.sin_zero), 0, 8); // Flush the rest of struct
/* Blind a special Port */
if( bind(sockfd, (struct sockaddr*)&addr_local, sizeof(struct sockaddr)) == -1 ) {
serial_printf ("ERROR: Cannot bind Port %d\n.",PORT);
return ;
} else {
WEB_LOG ("OK: Bind the Port %d sucessfully.\n",PORT);
}
/* Listen remote connect/calling */
if(listen(sockfd,BACKLOG) == -1) {
serial_printf ("ERROR: Cannot listen Port %d\n.", PORT);
return ;
} else {
WEB_LOG ("OK: Listening the Port %d sucessfully.\n", PORT);
}
while(1) {
sin_size = sizeof(struct sockaddr_in);
/* Wait a connection, and obtain a new socket file despriptor for single connection */
if ((nsockfd = accept(sockfd, (struct sockaddr *)&addr_remote, &sin_size)) == -1) {
serial_printf ("ERROR: Obtain new Socket Despcritor error\n");
continue;
} else {
WEB_LOG ("OK: Server has got connect from %s\n", inet_ntoa(addr_remote.sin_addr));
}
num = recv(nsockfd, revbuf, LENGTH, 0);
revbuf[num] = '\0';
WEB_LOG (revbuf);
/* Child process */
// if(!fork())
{
WEB_LOG ("OK: Http web is servering.\n");
if(revbuf[5]==' ') {
send(nsockfd, reply, sizeof(reply), 0);
send(nsockfd, html, sizeof(html), 0);
} else if(revbuf[5]=='1') {
send(nsockfd, httpgif, sizeof(httpgif), 0);
send(nsockfd, bmp, sizeof(bmp), 0);
} else {
char file_name[PATH_LEN_MAX] = {WEB_PATH};
char file_context[1024];
char send_context[2048];
int i = 5;
int fd;
int read_byte;
int send_byte;
#if 0
int f_len, h_len = strlen(HOME_HTML);
#endif
while (!isspace(revbuf[i++]))
;
revbuf[--i] = '\0';
strncat (file_name, revbuf + 5, PATH_LEN_MAX - strlen(file_name) - 1);
file_name[PATH_LEN_MAX - 1] = '\0';
#if 0
f_len = strlen (file_name);
if ((f_len > h_len) &&
(strcmp (file_name + f_len - h_len, HOME_HTML) == 0)) {
strcpy (file_name, WEB_PATH HOME_HTML);
}
#endif
fd = yaffs_open(file_name, O_RDONLY, 0);
if ( fd == -1) {
serial_printf("ERROR: Cannot open file %s", file_name);
}
if ( (strcmp (strchr (file_name, '.'), ".html") == 0) || /* *.html */
(strcmp (strchr (file_name, '.'), ".jpg") == 0)) { /* *.jpg */
read_byte = yaffs_read(fd, file_context, 1024);
while (read_byte > 0) {
send(nsockfd, file_context, read_byte, 0);
read_byte = yaffs_read(fd, file_context, 1024);
}
} else { /* !.html */
send(nsockfd, html_start, sizeof(html_start), 0);
read_byte = yaffs_read(fd, file_context+1, 1023);
file_context[0] = '|';
read_byte++;
while (read_byte > 1) {
send_byte = 0;
for (i = 0; i < read_byte; i++) {
if (file_context[i] == '\n') {
send_context[send_byte++] = '<';
send_context[send_byte++] = 'B';
send_context[send_byte++] = 'R';
send_context[send_byte++] = '>';
send_context[send_byte++] = '|';
} else if (file_context[i] == '<'){
send_context[send_byte++] = '&';
send_context[send_byte++] = 'l';
send_context[send_byte++] = 't';
} else if (file_context[i] == '&'){
send_context[send_byte++] = '&';
send_context[send_byte++] = 'a';
send_context[send_byte++] = 'm';
send_context[send_byte++] = 'p';
} else if (file_context[i] == '"'){
send_context[send_byte++] = '&';
send_context[send_byte++] = 'q';
send_context[send_byte++] = 'u';
send_context[send_byte++] = 'o';
send_context[send_byte++] = 't';
}else {
send_context[send_byte++] = file_context[i];
}
}
send(nsockfd, send_context, send_byte, 0);
read_byte = yaffs_read(fd, file_context, 1024);
}
send(nsockfd, html_end, sizeof(html_end), 0);
} /* !*.html */
yaffs_close(fd);
}
}
close(nsockfd);
// while(waitpid(-1, NULL, WNOHANG) > 0);
}
}
static int Remote_XForm(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
GOS_ERROR_CODE ret = 0;
char *page = NULL, *value = NULL;
BOOL enabled = FALSE, changed = 0;
RG_MANAGE_REMOTE_WEB_T remote;
int i = 0, n = 0, index = 0;
char buf[512] = {0};
char *mainvar[32], *subvar[3];
memset(&remote,0,sizeof(RG_MANAGE_REMOTE_WEB_T));
page = ngx_asp_get_var(r, T("XWebPageName"), T("rmtweb"));
if(NULL == page)
{
WEB_LOG(LOG_LEVEL_NORMAL, "Invalid request!");
return 0;
}
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_REMOTE_WEB_GET, VOS_MSG_PRI_NORMAL,
&remote, sizeof(RG_MANAGE_REMOTE_WEB_T), &remote, sizeof(RG_MANAGE_REMOTE_WEB_T), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "remote GET syc message fail\r\n");
return 0;
}
value = ngx_asp_get_var(r, T("rmt_state"), NULL);
if (value)
{
enabled = (BOOL)atoi(value);
if (remote.enable != enabled)
{
changed = 1;
remote.enable = enabled;
}
}
value = ngx_asp_get_var(r, T("wan_list"), NULL);
if (value)
{
if (remote.wanIndex != atoi(value))
{
changed = 1;
remote.wanIndex = atoi(value);
index = remote.wanIndex;
}
}
value = ngx_asp_get_var(r, T("username"), NULL);
if (value)
{
if (strcmp(remote.userName, value))
{
changed = 1;
memset(remote.userName, 0, sizeof(remote.userName) - 1);
memcpy(remote.userName, value, sizeof(remote.userName) - 1);
}
}
value = ngx_asp_get_var(r, T("password1"), NULL);
if (value)
{
if (strcmp(WEB_PASSWORD_MASK, value))
{
changed = 1;
memset(remote.passwd, 0, sizeof(remote.passwd) - 1);
memcpy(remote.passwd, value, sizeof(remote.passwd) - 1);
}
}
value = ngx_asp_get_var(r, T("protocol_list"), NULL);
if (value)
{
if (remote.protocol != atoi(value))
{
changed = 1;
remote.protocol = atoi(value);
if(remote.protocol == 0)
remote.wanIndex = ID_2_MASK(index) & 0xFFFF;
else
remote.wanIndex = ID_2_MASK(index+16) & 0xFFFF0000;
}
}
value = ngx_asp_get_var(r, T("port"), NULL);
if (value)
{
if (remote.port != atoi(value))
{
changed = 1;
remote.port = atoi(value);
}
}
value = ngx_asp_get_var(r, T("iplist_value"), NULL);
if(value)
{
sprintf(buf, "%s", value);
WEB_LOG(LOG_LEVEL_NORMAL, "Remote ip list value is %s", buf);
n = str_split(buf, "~", mainvar, 32);
WEB_LOG(LOG_LEVEL_NORMAL, "Remote ip list count is %d", n);
for(i = 0; i < 32; i++)
{
memset(&remote.allowDevice[i], 0, sizeof(RG_DEVICE_LIST_T) - 1);
}
for (i = 0; i < n; i++)
{
int m;
UINT32 ip = 0;
m = str_split(mainvar[i], "|", subvar, 2);
if(2 != m )
{
WEB_LOG(LOG_LEVEL_NORMAL, "GET multi_addrpool table value fail");
goto quit;
}
ip = VOS_Str2Host(subvar[0]);
if(ip != remote.allowDevice[i].remoteIp)
{
remote.allowDevice[i].remoteIp = ip;
changed = 1;
}
ip = VOS_Str2Host(subvar[1]);
if(ip != remote.allowDevice[i].remoteMask)
{
remote.allowDevice[i].remoteMask = ip;
changed = 1;
}
}
}
else
{
if(0 != remote.allowDevice[0].remoteIp)
{
for(i = 0; i < 32; i++)
{
memset(&remote.allowDevice[i], 0, sizeof(RG_DEVICE_LIST_T) - 1);
}
changed = 1;
}
}
WEB_LOG(LOG_LEVEL_NORMAL, "Set remote enable:%d,wanindex:%d,username:%s,password:%s,protocol:%d,port:%d",
remote.enable, remote.wanIndex, remote .userName, remote.passwd,remote.protocol,remote.port);
if(changed == 1)
{
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_REMOTE_WEB_SET, VOS_MSG_PRI_NORMAL,
&remote,sizeof(RG_MANAGE_REMOTE_WEB_T), &ret, sizeof(GOS_ERROR_CODE), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "Send syc message to set remote fail\r\n");
return 0;
}
if(GOS_OK != ret)
{
WEB_LOG(LOG_LEVEL_NORMAL, "Set remote mib data failed.\r\n");
return 0;
}
}
quit:
FormDone(r, b, page);
return 0;
}
int qosfilterid_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0;
UMM_FILTER_ID_PROFILE_T filterIdCfg;
UMM_WIFI_FILTER_ID_PROFILE_T *pCfg;
INT32 add_idx = -1;
INT32 i = 0;
memset(&filterIdCfg, 0, sizeof(filterIdCfg));
filterIdCfg.profile_param.get_type = PROFILE_GET_ALL_SPEC;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, UMM_MSG_CFG_PROFILE_FILTERID_GET, VOS_MSG_PRI_NORMAL,
&filterIdCfg, sizeof(filterIdCfg), &filterIdCfg, sizeof(filterIdCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get filter id config fail");
return ret;
}
WEB_LOG(LOG_LEVEL_NORMAL, "get filter id config success");
ret += ngx_webs_write(r, b, T("qosfilterid_list = [\n\t"));
for (i = 0; i < (INT32)filterIdCfg.profile_param.profile_num; i++)
{
WEB_LOG(LOG_LEVEL_NORMAL, "get filter id[%d]", i);
pCfg = &filterIdCfg.filter_id_profile[i];
if (add_idx < 0 && (INT32)pCfg->filterId_profile.profile_id != i)
{
add_idx = i;
}
if (i > 0)
{
ret += ngx_webs_write(r, b, T(",\n\t"));
}
ret += qosfilterid_write(r, b, pCfg);
}
ret += ngx_webs_write(r, b, T("\n];\n"));
if (add_idx < 0)
{
add_idx = (INT32)filterIdCfg.profile_param.profile_num;
if (add_idx >= PROFILE_NUM_MAX)
{
return ret;
}
}
WEB_LOG(LOG_LEVEL_NORMAL, "get unused filter id, idx = %d", add_idx);
memset(&filterIdCfg, 0, sizeof(filterIdCfg));
filterIdCfg.profile_param.get_type = PROFILE_GET_ONE_SPEC;
pCfg = &filterIdCfg.filter_id_profile[0];
pCfg->filterId_profile.profile_id = add_idx;
pCfg->get_default = 1;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, UMM_MSG_CFG_PROFILE_FILTERID_GET, VOS_MSG_PRI_NORMAL,
&filterIdCfg, sizeof(filterIdCfg), &filterIdCfg, sizeof(filterIdCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get filter id config fail");
return ret;
}
ret += ngx_webs_write(r, b, T("add_qosfilterid = "));
ret += qosfilterid_write(r, b, pCfg);
ret += ngx_webs_write(r, b, T(";\n"));
return ret;
}
int qosrate_GetConfig(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
int ret = 0;
AP_WEB_RATELIMIT_PROFILE_T rateCfg;
AP_WIFI_RATELIMIT_PROFILE_T *pCfg;
INT32 add_idx = -1;
INT32 i = 0;
memset(&rateCfg, 0, sizeof(rateCfg));
rateCfg.profile_param.get_type = PROFILE_GET_ALL_SPEC;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, AP_MSG_GET_PROFILE_RATELIMIT_CFG, VOS_MSG_PRI_NORMAL,
&rateCfg, sizeof(rateCfg), &rateCfg, sizeof(rateCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get rate limit config fail");
return ret;
}
ret += ngx_webs_write(r, b, T("qosrate_list = [\n\t"));
for (i = 0; i < (INT32)rateCfg.profile_param.profile_num; i++)
{
pCfg = &rateCfg.web_ratelimit_profile[i];
if (add_idx < 0 && (INT32)pCfg->ratelimit_profile.profile_id != i)
{
add_idx = i;
}
if (i > 0)
{
ret += ngx_webs_write(r, b, T(",\n\t"));
}
ret += qosrate_write(r, b, pCfg);
}
ret += ngx_webs_write(r, b, T("\n];\n"));
if (add_idx < 0)
{
add_idx = (INT32)rateCfg.profile_param.profile_num;
if (add_idx >= PROFILE_NUM_MAX)
{
return ret;
}
}
WEB_LOG(LOG_LEVEL_NORMAL, "get unused qos rate, idx = %d", add_idx);
memset(&rateCfg, 0, sizeof(rateCfg));
rateCfg.profile_param.get_type = PROFILE_GET_ONE_SPEC;
pCfg = &rateCfg.web_ratelimit_profile[0];
pCfg->ratelimit_profile.profile_id = add_idx;
pCfg->ratelimit_spec.get_default = 1;
if ( GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, AP_MSG_GET_PROFILE_RATELIMIT_CFG, VOS_MSG_PRI_NORMAL,
&rateCfg, sizeof(rateCfg), &rateCfg, sizeof(rateCfg), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "get rate limit config fail");
return ret;
}
ret += ngx_webs_write(r, b, T("add_qosrate = "));
ret += qosrate_write(r, b, pCfg);
ret += ngx_webs_write(r, b, T(";\n"));
return ret;
}
static int qosrate_Form(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
char *page = NULL, *pData = NULL;
AP_WEB_RATELIMIT_PROFILE_T rateCfg;
AP_WIFI_RATELIMIT_PROFILE_T *pCfg;
GOS_ERROR_CODE ret;
CHAR buf[32];
int i = 0;
memset(&rateCfg, 0, sizeof(rateCfg));
pCfg = &rateCfg.web_ratelimit_profile[0];
page = ngx_asp_get_var(r, T("XWebPageName"), T("qos_rate"));
pData = ngx_asp_get_var(r, T("qosrate_action"), T(""));
rateCfg.profile_param.set_type = atoi(pData);
pData = ngx_asp_get_var(r, T("qosrate_index"), T(""));
pCfg->ratelimit_profile.profile_id = atoi(pData);
WEB_LOG(LOG_LEVEL_NORMAL, "set qos rate limit, act=%d, idx=%d",
rateCfg.profile_param.set_type, pCfg->ratelimit_profile.profile_id);
pData = ngx_asp_get_var(r, T("profile_name"), T(""));
strncpy(pCfg->ratelimit_profile.profile_name, pData, PROFILE_NAME_LEN_MAX);
pData = ngx_asp_get_var(r, T("ssid_in_type"), T(""));
pCfg->ratelimit_spec.incoming_type = atoi(pData);
pData = ngx_asp_get_var(r, T("ssid_in_rate"), T(""));
pCfg->ratelimit_spec.incoming_rate = atoi(pData) * 1000;
pData = ngx_asp_get_var(r, T("ssid_out_type"), T(""));
pCfg->ratelimit_spec.outgoing_type = atoi(pData);
pData = ngx_asp_get_var(r, T("ssid_out_rate"), T(""));
pCfg->ratelimit_spec.outgoing_rate = atoi(pData) * 1000;
for (i = 0; i < RATELIMIT_STA_NUM_PERVAP; i++)
{
sprintf(buf, "sta%d_mac", i);
pData = ngx_asp_get_var(r, buf, T(""));
if (!strcmp(pData, ""))
{
break;
}
mac_strtoint(pData, pCfg->ratelimit_spec.sta_qos_list[i].sta_mac);
sprintf(buf, "sta%d_in_type", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->ratelimit_spec.sta_qos_list[i].incoming_type = atoi(pData);
sprintf(buf, "sta%d_in_rate", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->ratelimit_spec.sta_qos_list[i].incoming_rate = atoi(pData) * 1000;
sprintf(buf, "sta%d_out_type", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->ratelimit_spec.sta_qos_list[i].outgoing_type = atoi(pData);
sprintf(buf, "sta%d_out_rate", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->ratelimit_spec.sta_qos_list[i].outgoing_rate = atoi(pData) * 1000;
pCfg->ratelimit_spec.sta_num++;
}
if (GOS_OK != VOS_SendSyncMsg(PON_APPLID_MEC, AP_MSG_SET_PROFILE_RATELIMIT_CFG, VOS_MSG_PRI_NORMAL,
&rateCfg, sizeof(rateCfg), &ret, sizeof(ret), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "qos rate limit send set syc message fail");
}
FormDone(r, b, page);
return 0;
}
static int qosfilterid_Form(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
char *page = NULL, *pData = NULL;
UMM_FILTER_ID_PROFILE_T filteridCfg;
UMM_WIFI_FILTER_ID_PROFILE_T *pCfg;
GOS_ERROR_CODE ret;
CHAR buf[32];
int i = 0;
memset(&filteridCfg, 0, sizeof(filteridCfg));
pCfg = &filteridCfg.filter_id_profile[0];
page = ngx_asp_get_var(r, T("XWebPageName"), T("qos_filterid"));
pData = ngx_asp_get_var(r, T("qosfilterid_action"), T(""));
if (!strcmp(pData, ""))
{
WEB_LOG(LOG_LEVEL_NORMAL, "can't get qosfilterid_action");
return -1;
}
filteridCfg.profile_param.set_type = atoi(pData);
pData = ngx_asp_get_var(r, T("qosfilterid_index"), T(""));
if (!strcmp(pData, ""))
{
WEB_LOG(LOG_LEVEL_NORMAL, "can't get qosfilterid_index");
return -1;
}
pCfg->filterId_profile.profile_id = atoi(pData);
WEB_LOG(LOG_LEVEL_NORMAL, "set qos filter id, act=%d, idx=%d",
filteridCfg.profile_param.set_type, pCfg->filterId_profile.profile_id);
pData = ngx_asp_get_var(r, T("profile_name"), T(""));
if (!strcmp(pData, ""))
{
WEB_LOG(LOG_LEVEL_NORMAL, "use default profile_name 'groupid%d'", pCfg->filterId_profile.profile_id);
sprintf(pCfg->filterId_profile.profile_name, "groupid%d", pCfg->filterId_profile.profile_id);
}
else
{
strncpy(pCfg->filterId_profile.profile_name, pData, PROFILE_NAME_LEN_MAX);
}
for (i = 0; i < RATELIMIT_STA_NUM_PERVAP; i++)
{
sprintf(buf, "filterid%d_value", i);
pData = ngx_asp_get_var(r, buf, T(""));
if (!strcmp(pData, ""))
{
WEB_LOG(LOG_LEVEL_NORMAL, "can't get filter rule[%d]",i);
break;
}
strncpy(pCfg->filterId_rule[i].filterId, pData, PROFILE_NAME_LEN_MAX);
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter rule[%d] groupidvalue=%s",i, pCfg->filterId_rule[i].filterId);
sprintf(buf, "filterid%d_vlan", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->filterId_rule[i].vlanId = atoi(pData);
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter rule[%d] vlanid=%d",i, pCfg->filterId_rule[i].vlanId);
sprintf(buf, "filterid%d_in_type", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->filterId_rule[i].IngressRateType= atoi(pData);
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter rule[%d] IngressRateType=%d",i, pCfg->filterId_rule[i].IngressRateType);
sprintf(buf, "filterid%d_in_rate", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->filterId_rule[i].IngressRate= atoi(pData) * 1000;
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter rule[%d] IngressRate=%d",i, pCfg->filterId_rule[i].IngressRate);
sprintf(buf, "filterid%d_out_type", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->filterId_rule[i].EgressRateType= atoi(pData);
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter rule[%d] EgressRateType=%d",i, pCfg->filterId_rule[i].EgressRateType);
sprintf(buf, "filterid%d_out_rate", i);
pData = ngx_asp_get_var(r, buf, T(""));
pCfg->filterId_rule[i].EgressRate= atoi(pData) * 1000;
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter rule[%d] EgressRate=%d",i, pCfg->filterId_rule[i].EgressRate);
pCfg->ItemNum++;
}
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter ItemNum[%d] ",i, pCfg->ItemNum);
pCfg->inUse = TRUE;
if (GOS_OK != VOS_SendSyncMsg(PON_APPLID_MEC, UMM_MSG_CFG_PROFILE_FILTERID_SET, VOS_MSG_PRI_NORMAL,
&filteridCfg, sizeof(filteridCfg), &ret, sizeof(ret), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "qos filter id send set syc message fail");
}
FormDone(r, b, page);
return 0;
}
static int Password_XForm(ngx_http_request_t *r, ngx_buf_t *b, int argc, char **argv)
{
GOS_ERROR_CODE ret = 0, i = 0;
char *page = NULL, *value = NULL, *pass0 = NULL, *pass1 = NULL, *pass2 = NULL;
RG_AUTH_T authCfg;
char username[DEF_AUTH_INFO_LEN] = {0};
BOOL legalUser = FALSE;
BOOL legalPass = FALSE;
memset(&authCfg, 0, sizeof(RG_AUTH_T));
isillegalPasswd = 1;
page = ngx_asp_get_var(r, T("XWebPageName"), T("password"));
if(NULL == page)
{
WEB_LOG(LOG_LEVEL_NORMAL, "Invalid request for password.html!");
return 0;
}
memset(&authCfg, 0, sizeof(RG_AUTH_T));
if (GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_AUTH_GET, VOS_MSG_PRI_NORMAL,
&authCfg, sizeof(RG_AUTH_T), &authCfg, sizeof(RG_AUTH_T), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "send RG_MSG_CFG_AUTH_GET message fail");
return ret;
}
value = ngx_asp_get_var(r, T("username"), NULL);
if (value && strcmp(value, ""))
{
strncpy(username, value, sizeof(username) - 1);
for (i = 0; i < RG_USER_MAX; i++)
{
if (!strcmp(username, authCfg.user[i].username))
{
pass0 = ngx_asp_get_var(r, T("password0"), NULL);
if (pass0 && strcmp(pass0, "") && !strcmp(pass0, authCfg.user[i].passwd))
{
legalUser = TRUE;
break;
}
}
}
}
if (FALSE == legalUser)
{
WEB_LOG(LOG_LEVEL_NORMAL, "password web configuration illegal");
FormDone(r, b, page);
return 0;
}
else
{
pass1 = ngx_asp_get_var(r, T("password1"), NULL);
pass2 = ngx_asp_get_var(r, T("password2"), NULL);
if (pass1 && strcmp(pass1, "") && pass2 && strcmp(pass2, "") && !strcmp(pass1, pass2))
{
if (FALSE == islegalPassword(authCfg.user[i].priority, authCfg.user[i].username, pass1))
{
legalPass = FALSE;
}
else
{
legalPass = TRUE;
memset(authCfg.user[i].passwd, 0, sizeof(authCfg.user[i].passwd) - 1);
memcpy(authCfg.user[i].passwd, pass1, sizeof(authCfg.user[i].passwd) - 1);
}
}
else
{
legalPass = FALSE;
}
}
if (FALSE == legalPass)
{
WEB_LOG(LOG_LEVEL_NORMAL, "password web configuration illegal");
FormDone(r, b, page);
return 0;
}
if(GOS_OK != VOS_SendSyncMsg(PON_APPLID_RTC, RG_MSG_CFG_AUTH_SET, VOS_MSG_PRI_NORMAL,
&authCfg, sizeof(RG_AUTH_T), &ret, sizeof(GOS_ERROR_CODE), 2000))
{
WEB_LOG(LOG_LEVEL_NORMAL, "Send syc message to set password fail\r\n");
return 0;
}
else
{
UINT32 cip;
int lid;
char ipbuf[32] = "";
lid = GetLoginIndex(r);
cip = webs_get_client_ip(r);
VOS_Net2Str(cip, ipbuf);
VOS_E8C_Log(LOG_E8C_INFO_6, "[User] %s at %s change password successfully!",
g_login_data[lid].username, ipbuf);
}
if(GOS_OK != ret)
{
WEB_LOG(LOG_LEVEL_NORMAL, "Set password mib data failed.\r\n");
return 0;
}
isillegalPasswd = 0;
page = "login";//jump to login page after set password sucessful
FormDone(r, b, page);
return 0;
}
