NodeBase* NodeSetAssociateData::run(base_script_t* param) {
if (NULL == param) {
IVR_WARN("base_script_t pointer should not be null");
return NULL;
}
IVR_TRACE("%s", enter(param->name_var_map).c_str());
const char* exit = EXIT_FAIL;
string key_data;
string value_data;
const map<string, variable_t>& vars = param->name_var_map;
if (!parse_all(_key_data, vars, key_data) || key_data.empty() ||
!parse_all(_value_data, vars, value_data)) {
IVR_WARN("get key or key failed!, key %s, value %s", _key_data.c_str(), _value_data.c_str());
return _find_exit_node(param, exit);
}
if (IVR_SUCCESS == ims_mgr_t::get_instance()->set_associatedata(
param->imsno, param->imssid, key_data, value_data)) {
IVR_TRACE("set associate data success!");
exit = EXIT_SUCC;
} else {
IVR_WARN("set associate data failed!");
}
return _find_exit_node(param, exit);
}
NodeBase* NodeStopRecord::run(base_script_t* param) {
if (NULL == param) {
IVR_WARN("base_script_t pointer should not be null");
return NULL;
}
IVR_TRACE("%s", enter(param->name_var_map).c_str());
const char* exit = EXIT_FAIL;
string callid;
fw_id_t fs_no = param->fid;
if (true == parse_expression(_callid, param->name_var_map, callid)) {
IVR_TRACE("callid=%s", callid.c_str());
fs_opr_t* opr = NULL;
if (fs_mgr_t::instance()->fetch_opr(fs_no, &opr) == IVR_SUCCESS) {
if (NULL != opr) {
if (opr->record(callid.c_str(), "", false) == IVR_SUCCESS) {
exit = EXIT_SUCC;
} else {
IVR_WARN("opr stop record failed(callid %s)", _callid.c_str());
}
fs_mgr_t::instance()->free_opr(&opr);
} else {
IVR_WARN("fetch opr failed. freeswitch no is %d", fs_no);
}
}
} else {
IVR_WARN("parse callid failed(%s)", _callid.c_str());
}
NodeBase* exit_node_ptr = NULL;
std::map<std::string, NodeBase*>::iterator citr;
citr = _exit_node_map.find(exit);
if (citr != _exit_node_map.end()) {
exit_node_ptr = citr->second;
IVR_TRACE("%s exit from %s()",
leave(param->name_var_map).c_str(), exit);
} else {
IVR_WARN("Can not find exit %s in _exit_node_map", exit);
}
return exit_node_ptr;
}
void InboundChanThread::heartbeat(esl_handle_t& handle) {
uint32_t inbound_chan_num_cp = 0;
uint32_t cpu = CpuManager::get_instance()->get_cpu_occupy();
std::string err;
char resp[20] = {0};
bzero(resp, 20);
{
rw_lock_t lock(g_inbound_chan_rwlock);
if (lock.locked()) {
inbound_chan_num_cp = g_inbound_chan_num;
} else {
err = "lock inbound num failed";
}
}
if (err.length()) {
IVR_WARN("%s", err.c_str());
}
snprintf(resp, 20, "cpu=%02u,chan=%05u", cpu, inbound_chan_num_cp);
esl_send(&handle, resp);
IVR_TRACE("ivr-loadbalance-resp = %s", resp);
}
NodeBase* NodeSetAppData::run(base_script_t* param) {
const char* exit = EXIT_FAIL;
std::string ret = "";
IVR_TRACE("%s", enter(param->name_var_map).c_str());
if (parse_expression(_app_data, param->name_var_map, ret)) {
if (ret.length() > 512 || ret.find("\n", 0, ret.length() - 1) != std::string::npos) {
exit = EXIT_FAIL;
IVR_WARN("appdata is too long(%d)", int(ret.length()));
} else {
//to do set call data
ivr::IvrCallDataCollection::instance().set_appdata(param->session_id, ret);
exit = EXIT_SUCC;
}
} else {
IVR_WARN("parse assign expression failed(%s)", _app_data.c_str());
}
IVR_TRACE("%s exit from %s",
leave(param->name_var_map).c_str(), exit);
return _exit_node_map[exit];
}
NodeBase* NodeSetAssociateData::_find_exit_node(base_script_t* param, const char* exit) {
NodeBase* exit_node_ptr = NULL;
std::map<std::string, NodeBase*>::iterator citr;
citr = _exit_node_map.find(exit);
if (citr != _exit_node_map.end()) {
exit_node_ptr = citr->second;
IVR_TRACE("%s exit from %s(%s)",
leave(param->name_var_map).c_str(), exit, param->callid.c_str());
} else {
IVR_WARN("Can not find exit %s in _exit_node_map", exit);
}
return exit_node_ptr;
}
NodeBase* NodeGetAssociateData::run(base_script_t* param) {
if (NULL == param) {
IVR_WARN("base_script_t pointer should not be null");
return NULL;
}
IVR_TRACE("%s", enter(param->name_var_map).c_str());
const char* exit = EXIT_FAIL;
string data_key, data_value;
const map<string, variable_t>& vars = param->name_var_map;
if (vars.find(_value_data) == vars.end()) {
IVR_WARN("δÕÒµ½ÐèÒª¸³ÖµµÄ±äÁ¿ %s", _value_data.c_str());
return _find_exit_node(param, exit);
}
if (parse_all(_key_data, vars, data_key) && !data_key.empty()) {
int32_t recode = ims_mgr_t::get_instance()->get_associatedata(param->imsno, param->imssid, data_key,
data_value);
if (IVR_SUCCESS == recode) {
variable_t& var = param->name_var_map[_value_data];
if (var.type == STRING && NULL != var.pvalue) {
*((string*)(var.pvalue)) = data_value;
exit = EXIT_SUCC;
} else {
IVR_WARN("get associate data set result failed");
}
} else {
IVR_WARN("get associate data failed");
}
} else {
IVR_WARN("½âÎökey×Ö·û´®Ê§°Ü %s", _key_data.c_str());
}
return _find_exit_node(param, exit);
}
uint32_t InboundChanThread::execute(void* taskparam) {
string callid, ani, dnis;
NodeBase* node = NULL;
inbound_script_t script;
std::string err;
channel_info_t cinfo;
// clear flow ptr
script.flow = NULL;
uint32_t ret = 0;
std::string curr;
dnis = ((inbound_script_t*)_param)->dnis;
ostringstream ost;
fs_opr_t* opr = NULL;
IVR_DEBUG("inbound_execute event queue pointer %lu, queue size: %lu",
(uint64_t)(((session_dynamic_resource_t*)taskparam)->event_queue),
((session_dynamic_resource_t*)taskparam)->event_queue->size());
ivr_session_id_t ivr_s_id;
session_dynamic_resource_t* resource = NULL;
IvrInstanceManager* mgr = NULL;
if (!check_capability()) {
ret = 1;
goto END;
}
//inbound_script 对象 作为流程执行run函数的参数param
{
rw_lock_t lock(g_inbound_conf_rwlock, false);
if (!lock.locked()) {
IVR_WARN("failed lock!");
goto CHAN_END;
}
if (g_inbound_conf.dnis_script_map.find(dnis) == g_inbound_conf.dnis_script_map.end()) {
if (!g_inbound_conf.has_default) {
IVR_WARN("没有找到可以匹配的流程(dnis=%s),且默认流程未配置或未正确加载", dnis.c_str());
ret = 1;
goto CHAN_END;
} else {
IVR_TRACE("没有找到可以匹配的流程(dnis=%s),启动默认流程", dnis.c_str());
script = g_inbound_conf.default_script;
if (SUCCESS != FlowManager::attach_flow(g_inbound_conf.default_script.flow, &script.flow)) {
ret = 1;
goto CHAN_END;
}
}
} else {
IVR_TRACE("找到匹配的流程(dnis=%s)", dnis.c_str());
script = g_inbound_conf.dnis_script_map[dnis];
if (SUCCESS != FlowManager::attach_flow(g_inbound_conf.dnis_script_map[dnis].flow, &script.flow)) {
ret = 1;
goto CHAN_END;
}
}
}
// init ims information
script.imsno = (uint32_t) - 1;
script.imssid = 0;
script.requestId = 0;
script.type = ((inbound_script_t*)_param)->type;
script.fid = ((inbound_script_t*)_param)->fid;
script.ani = ((inbound_script_t*)_param)->ani;
script.dnis = ((inbound_script_t*)_param)->dnis;
script.callid = ((inbound_script_t*)_param)->callid;
script.callsource = ((inbound_script_t*)_param)->callsource;
script.channel_name = ((inbound_script_t*)_param)->channel_name;
script.channel_id = ((inbound_script_t*)_param)->channel_id;
script.trunck = ((inbound_script_t*)_param)->trunck;
ivr_tools_t::build_vars(script.flow->name_var_map, script.name_var_map);
// don't add channel information here
// if answer the call, will add information
//创建实例
resource = (session_dynamic_resource_t*)taskparam;
mgr = IvrInstanceManager::get_instance();
if (IVR_SUCCESS != mgr->create_ivr_instance(script.type, script.fid, &ivr_s_id, *resource,
script.callid.c_str())) {
IVR_WARN("创建实例失败(dnis=%s)", script.dnis.c_str());
goto CHAN_END;
}
//添加uuid
if (IVR_SUCCESS != mgr->add_uuid(ivr_s_id, script.callid)) {
IVR_WARN("创建实例失败(dnis=%s)", script.dnis.c_str());
mgr->destroy_ivr_instance(ivr_s_id);
goto CHAN_END;
}
//注册uuid
if (fs_mgr_t::instance()->fetch_opr(script.fid, &opr) == IVR_SUCCESS) {
if (NULL == opr || IVR_SUCCESS != opr->register_session(script.callid.c_str(), ivr_s_id)) {
IVR_WARN("添加uuid失败(dnis=%s)", script.dnis.c_str());
mgr->destroy_ivr_instance(ivr_s_id);
fs_mgr_t::instance()->free_opr(&opr);
goto CHAN_END;
}
fs_mgr_t::instance()->free_opr(&opr);
} else {
IVR_WARN("注册实例失败(dnis=%s)", script.dnis.c_str());
mgr->destroy_ivr_instance(ivr_s_id);
goto CHAN_END;
}
// update channel info
cinfo.callsource = _param->callsource;
cinfo.channel_id = _param->channel_id;
cinfo.channel_name = _param->channel_name;
IvrInstanceManager::get_instance()->add_channel_info(script.callid, cinfo);
//设置script内容
script.session_id = ivr_s_id;
script.timer = resource->timer;
curr = ivr_tools_t::get_current_second();
*(string*)script.name_var_map[SYS_VAR[sys_var_t::ANI]].pvalue = script.ani;
*(string*)script.name_var_map[SYS_VAR[sys_var_t::DNIS]].pvalue = script.dnis;
*(string*)script.name_var_map[SYS_VAR[sys_var_t::CALLID]].pvalue = script.callid;
*(string*)script.name_var_map[SYS_VAR[sys_var_t::TRUNCK]].pvalue = script.trunck;
*(string*)script.name_var_map[SYS_VAR[sys_var_t::RECORD_FILE]].pvalue = "";
*(string*)script.name_var_map[SYS_VAR[sys_var_t::HANGUP_CAUSE]].pvalue = "user_hangup";
*(string*)script.name_var_map[SYS_VAR[sys_var_t::CALL_BEGIN_TIME]].pvalue = curr;
*(string*)script.name_var_map[SYS_VAR[sys_var_t::CALL_ANSWER_TIME]].pvalue = curr;
//运行流程
node = script.flow->id_node_map[script.flow->begin_id];
ost << "\n================";
ost << "ANI:\t" << script.ani << endl;
ost << "DNIS:\t" << script.dnis << endl;
ost << "CALLID:\t" << script.callid << endl;
ost << "TRUNCK:\t" << script.trunck << endl;
ost << "FID:\t" << script.fid << endl;
ost << "SESSIONID:\t" << script.session_id << endl;
ost << "================";
IVR_DEBUG("%s", ost.str().c_str());
#if IVR_ENABLE_DEBUGER
IvrDebuger::get_instance()->report(this, "startup", script, node);
#endif
do {
#if IVR_ENABLE_DEBUGER
if (IvrDebuger::get_instance()->wait(this) == 1) {
break;
}
#endif
node = node->run(&script);
#if IVR_ENABLE_DEBUGER
IvrDebuger::get_instance()->report(this, "runnode", script, node);
#endif
} while (node && !g_stopped);
if (!node) {
CallDataManager* calldata_manager = CallDataManager::get_instance();
calldata_manager->push_calldata(script.bill_info().c_str());
}
ivr_tools_t::destroy_vars(script.name_var_map);
mgr->destroy_ivr_instance(ivr_s_id);
ims_mgr_t::get_instance()->unbind_session_id(ivr_s_id);
if (resource->timer != NULL) {
// clear all timer
resource->timer->clear_all_timer();
}
CHAN_END:
FlowManager::detach_flow(&script.flow);
{
rw_lock_t lock(g_inbound_chan_rwlock, true);
if (lock.locked()) {
--g_inbound_chan_num;
} else {
err = "lock inbound rwlock failed";
}
}
if (err.length()) {
IVR_WARN("%s", err.c_str());
}
END:
return ret;
}
NodeBase* NodeJsonGet::run(base_script_t* param) {
IVR_TRACE("%s", enter(param->name_var_map).c_str());
const char* exit = EXIT_FAIL;
std::string value = "";
std::string input = "";
std::string key = "";
variable_t var_value;
variable_t var_reason;
std::string reason_type_error = "reason type error";
var_value.pvalue = &reason_type_error;
var_reason.pvalue = &reason_type_error;
if (param->name_var_map.find(_value) == param->name_var_map.end()) {
IVR_WARN("not found variable %s", _value.c_str());
goto LEAVE;
}
if (param->name_var_map.find(_reason) == param->name_var_map.end()) {
IVR_WARN("not found variable %s", _reason.c_str());
goto LEAVE;
}
var_value = param->name_var_map[_value];
var_reason = param->name_var_map[_reason];
if (var_reason.type != INT32) {
IVR_WARN("变量%s 的类型错误", _reason.c_str());
//(*(std::string*)var_reason.pvalue).assign("5");
goto LEAVE;
}
(*(std::string*)var_reason.pvalue).assign("0");
if (parse_all(_input, param->name_var_map, input) && parse_all(_key, param->name_var_map, key)) {
IVR_TRACE("INPUT: %s; key: %s", input.c_str(), key.c_str());
//获取json串
json_object* obj = json_tokener_parse(input.c_str());
if (is_error(obj) || NULL == obj) {
IVR_TRACE("未找到需要赋值的变量");
(*(std::string*)var_reason.pvalue).assign("1");
goto LEAVE;
}
const char* tmp = json_object_get_string(obj);
if (tmp[0] >= '0' && tmp[0] <= '9') {
IVR_TRACE("未找到需要赋值的变量");
(*(std::string*)var_reason.pvalue).assign("1");
json_object_put(obj);
goto LEAVE;
}
//查找key
json_object* obj_value = json_object_object_get(obj, key.c_str());
if (is_error(obj_value) || NULL == obj_value) {
IVR_TRACE("未找到key值");
(*(std::string*)var_reason.pvalue).assign("2");
json_object_put(obj);
goto LEAVE;
}
//根据需要转化
if (0 == strcasecmp(_valuetype.c_str(), PARAMITEM_TYPE_STRING)) {
const char* cstr_value = json_object_get_string(obj_value);
if (NULL == cstr_value) {
IVR_TRACE("转换key值错误");
(*(std::string*)var_reason.pvalue).assign("3");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
if (var_value.type != STRING) {
IVR_TRACE("赋值变量类型错误");
(*(std::string*)var_reason.pvalue).assign("4");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
value.assign(cstr_value);
*(string*)var_value.pvalue = value;
exit = EXIT_SUCC;
json_object_put(obj);
goto LEAVE;
} else if (0 == strcasecmp(_valuetype.c_str(), PARAMITEM_TYPE_INT32)) {
int32_t int32_value = json_object_get_int(obj_value);
if (var_value.type != INT32) {
IVR_TRACE("赋值变量类型错误");
(*(std::string*)var_reason.pvalue).assign("4");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
std::stringstream ss;
ss << int32_value;
ss >> value;
*(string*)var_value.pvalue = value;
exit = EXIT_SUCC;
json_object_put(obj);
goto LEAVE;
} else if (0 == strcasecmp(_valuetype.c_str(), PARAMITEM_TYPE_BOOL)) {
NodeBase* NodeJsonGetArray::run(base_script_t* param) {
IVR_TRACE("%s", enter(param->name_var_map).c_str());
const char* exit = EXIT_FAIL;
std::string value = "";
std::string valueindex = "";
std::string input = "";
std::string key = "";
variable_t var_value;
variable_t var_reason;
std::string reason_type_error = "reason type error";
var_value.pvalue = &reason_type_error;
var_reason.pvalue = &reason_type_error;
if (param->name_var_map.find(_value) == param->name_var_map.end()) {
IVR_WARN("not found variable %s", _value.c_str());
goto LEAVE;
}
if (param->name_var_map.find(_reason) == param->name_var_map.end()) {
IVR_WARN("not found variable %s", _reason.c_str());
goto LEAVE;
}
var_value = param->name_var_map[_value];
var_reason = param->name_var_map[_reason];
if (var_reason.type != INT32) {
IVR_WARN("变量%s 的类型错误", _reason.c_str());
//(*(std::string*)var_reason.pvalue).assign("5");
goto LEAVE;
}
(*(std::string*)var_reason.pvalue).assign("0");
if (parse_all(_input, param->name_var_map, input)
&& parse_all(_key, param->name_var_map, key)
&& parse_expression(_valueindex, param->name_var_map, valueindex)) {
IVR_TRACE("INPUT: %s; key: %s", input.c_str(), key.c_str());
//获取json串
json_object* obj = json_tokener_parse(input.c_str());
if (is_error(obj) || NULL == obj) {
IVR_TRACE("未找到需要赋值的变量");
(*(std::string*)var_reason.pvalue).assign("1");
goto LEAVE;
}
const char* tmp = json_object_get_string(obj);
if (tmp[0] >= '0' && tmp[0] <= '9') {
IVR_TRACE("未找到需要赋值的变量");
(*(std::string*)var_reason.pvalue).assign("1");
json_object_put(obj);
goto LEAVE;
}
//查找key
json_object* obj_value = json_object_object_get(obj, key.c_str());
if (is_error(obj_value) || NULL == obj_value) {
IVR_TRACE("未找到key值");
(*(std::string*)var_reason.pvalue).assign("2");
json_object_put(obj);
goto LEAVE;
}
//检查是否为array
if (! json_object_is_type(obj_value, json_type_array)) {
IVR_WARN("jsonget array 中出现非array值");
//TODO: assign what?
(*(std::string*)var_reason.pvalue).assign("10");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
if (!ivr_tools_t::is_nonnegative_integer(valueindex)) {
IVR_WARN("下标需为非负整数值: %s", valueindex.c_str());
//TODO: assign what?
(*(std::string*)var_reason.pvalue).assign("11");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
int32_t tmp_value_index = atoi(valueindex.c_str());
int32_t array_len = json_object_array_length(obj_value);
if (tmp_value_index < 0 || tmp_value_index >= array_len) {
IVR_WARN("jsonget array 中下标值越界");
//TODO: assign what?
(*(std::string*)var_reason.pvalue).assign("12");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
json_object* obj_sub = json_object_array_get_idx(obj_value, tmp_value_index);
if (is_error(obj_sub) || NULL == obj_sub) {
IVR_TRACE("未找到key中下标为%d的值", tmp_value_index);
//TODO: assign what?
(*(std::string*)var_reason.pvalue).assign("13");
json_object_put(obj);
//json_object_put(obj_value);
goto LEAVE;
}
//根据需要转化
if (0 == strcasecmp(_valuetype.c_str(), PARAMITEM_TYPE_STRING)) {
const char* cstr_value = json_object_get_string(obj_sub);
if (NULL == cstr_value) {
IVR_TRACE("转换key值错误");
(*(std::string*)var_reason.pvalue).assign("3");
json_object_put(obj);
//json_object_put(obj_value);
//json_object_put(obj_sub);
goto LEAVE;
}
if (var_value.type != STRING) {
IVR_TRACE("赋值变量类型错误");
(*(std::string*)var_reason.pvalue).assign("4");
json_object_put(obj);
//json_object_put(obj_value);
//json_object_put(obj_sub);
goto LEAVE;
}
value.assign(cstr_value);
*(string*)var_value.pvalue = value;
exit = EXIT_SUCC;
json_object_put(obj);
goto LEAVE;
} else if (0 == strcasecmp(_valuetype.c_str(), PARAMITEM_TYPE_INT32)) {
int32_t int32_value = json_object_get_int(obj_sub);
if (var_value.type != INT32) {
IVR_TRACE("赋值变量类型错误");
(*(std::string*)var_reason.pvalue).assign("4");
json_object_put(obj);
//json_object_put(obj_value);
//json_object_put(obj_sub);
goto LEAVE;
}
std::stringstream ss;
ss << int32_value;
ss >> value;
*(string*)var_value.pvalue = value;
exit = EXIT_SUCC;
json_object_put(obj);
goto LEAVE;
} else if (0 == strcasecmp(_valuetype.c_str(), PARAMITEM_TYPE_BOOL)) {
