移远NBIOT模组BC26 OpenCPU对接OneNET详细讲解
本文主要讲解移远NBIOT模组BC26 OpenCPU方式对接OneNET，使用的是BC26_OpenCPU_SDK_V1.2:https://github.com/sanjaywu/BC26_OpenCPU_SDK_V1.2。为方便调试，还会涉及到BC26_OpenCPU UART的讲解。
一、实现UART打印调试信息
1、宏定义打印信息的UART端口
这里采用UART0来打印信息，同事UART0也用于发送AT命令和下载程序。
#define APP_DEBUG_PORT UART_PORT0
2、注册UART0和打开UART0端口
注册UART0,并大开UART0端口，让UART0能发送和接收数据。
Ql_UART_Register(APP_DEBUG_PORT, CallBack_UART_Hdlr, NULL); /* CallBack_UART_Hdlr为回调函数 */
Ql_UART_Open(APP_DEBUG_PORT, 115200, FC_NONE); /* 波特率为115200，无流控制 */
3、实现调试打印信息功能
通过宏定义来说实现一个打印调试信息功能。
#define DBG_BUF_LEN 1024
static char DBG_BUFFER[DBG_BUF_LEN];
#define APP_DEBUG(FORMAT,...) \
{\
Ql_memset(DBG_BUFFER, 0, DBG_BUF_LEN); \
Ql_sprintf(DBG_BUFFER,FORMAT,##__VA_ARGS__); \
Ql_UART_Write((Enum_SerialPort)(APP_DEBUG_PORT), (u8*)(DBG_BUFFER), Ql_strlen((const char *)(DBG_BUFFER))); \
}
4、CallBack_UART_Hdlr回调函数的实现
CallBack_UART_Hdlr为回调函数主要实现实时读取串口是否有接收到数据，主要用于AT指令的接受和处理。
static void CallBack_UART_Hdlr(Enum_SerialPort port, Enum_UARTEventType msg, bool level, void* customizedPara)
{
switch (msg)
{
case EVENT_UART_READY_TO_READ:
{
if (APP_DEBUG_PORT == port)
{
s32 totalBytes = ReadSerialPort(port, m_RxBuf_Uart, sizeof(m_RxBuf_Uart));
if (totalBytes <= 0)
{
APP_DEBUG("<-- No data in UART buffer! -->\r\n");
return;
}
else
{
APP_DEBUG ("%s\r\n", m_RxBuf_Uart);
s32 ret;
char* pCh = NULL;
pCh = Ql_strstr((char*)m_RxBuf_Uart, "\r\n");
if (pCh)
{
*(pCh + 0) = '\0';
*(pCh + 1) = '\0';
}
if (Ql_strlen((char*)m_RxBuf_Uart) == 0)
{
return;
}
ret = Ql_RIL_SendATCmd((char*)m_RxBuf_Uart, totalBytes, ATResponse_Handler, NULL, 0);
}
}
break;
}
case EVENT_UART_READY_TO_WRITE:
break;
default:
break;
}
}
二、对接OneNET的实现
1、注册一个对接OneNET定时器
注册一个对接OneNET定时，主要用于实现检查是否注册上网以及ONENET_CREATE、ONENET_ADDOBJ、ONENET_OPEN、ONENET_OBSERVER_RSP、ONENET_DISCOVER_RSP、ONENET_NOTIFY、ONENET_UPDATE等功能。
Ql_Timer_Register(ONENET_TIMER_ID, Callback_Timer_OneNET, NULL);
2、在主线程实时接收内核传来的消息
在主线程里面实时接收内核传来的消息，包括检查RIL层是否就绪，是否接收到URC消息等。
void proc_main_task(s32 taskId)
{
...... /* 省略部分代码，完整具体看GitHub代码 */
// START MESSAGE LOOP OF THIS TASK
while(TRUE)
{
Ql_OS_GetMessage(&msg);
switch(msg.message)
{
case MSG_ID_RIL_READY: /* RIL层就绪 */
{
APP_DEBUG("<-- RIL is ready -->\r\n");
Ql_RIL_Initialize();
Ql_RIL_SendATCmd("AT+CPSMS=0",Ql_strlen("AT+CPSMS=0"),ATResponse_Handler,NULL,0);
APP_DEBUG("<-- Disable PSM -->\r\n");
Ql_SleepDisable();
APP_DEBUG("<-- Disable Sleep -->\r\n");
break;
}
case MSG_ID_URC_INDICATION: /* 接收到URC消息 */
{
...... /* 处理URC消息 */
}
}
}
}
3、关闭PSM和sleep模式
由上面代码可知，在RIL就绪之后，关闭了PSM和Sleep模式，这个是为了不让模组进入睡眠模式，当然这个要看实际的应用情况去选择是关闭还是开启。
Ql_RIL_SendATCmd("AT+CPSMS=0", Ql_strlen("AT+CPSMS=0"), ATResponse_Handler,NULL,0);
APP_DEBUG("<-- Disable PSM -->\r\n");
Ql_SleepDisable();
APP_DEBUG("<-- Disable Sleep -->\r\n");
4、接收处理URC消息，检查SIM卡状态是否就绪
在前面的主线程实时接收内核传来的URC消息中，实时的去接收URC消息，当检查到URC消息是当前卡状态的时候，判断卡是否就绪（是否已经插卡），如果卡就绪就开启OneNET定时器，周期为1秒，模式是循环。
case URC_SIM_CARD_STATE_IND:
{
APP_DEBUG("<-- SIM Card Status:%d -->\r\n", msg.param2);
if(SIM_STAT_READY == msg.param2)
{
Ql_Timer_Start(ONENET_TIMER_ID, ONENET_TIMER_PERIOD, TRUE);
}
break;
}
5、OneNET定时器回调函数的实现
OneNET定时器主要实现检查模组是否注册上网以及实现模组对接OneNET的功能。
static void Callback_Timer_OneNET(u32 timerId, void* param)
{
s32 ret = 0;
if (ONENET_TIMER_ID == timerId)
{
switch (m_onenet_state)
{
case STATE_NW_QUERY_STATE:
{
s32 cgreg = 0;
ret = RIL_NW_GetEGPRSState(&cgreg);
APP_DEBUG("<--Network State:cgreg=%d-->\r\n",cgreg);
if((cgreg == NW_STAT_REGISTERED)||(cgreg == NW_STAT_REGISTERED_ROAMING))
{
m_onenet_state = STATE_ONENET_CREATE;
}
break;
}
case STATE_ONENET_CREATE:
{
ret = RIL_QONENET_Create();
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-Onenet Create successfully-->\r\n");
m_onenet_state = STATE_ONENET_ADDOBJ;
}else
{
APP_DEBUG("<--Onenet Create failure, error=%d.-->\r\n",ret);
}
break;
}
case STATE_ONENET_ADDOBJ:
{
onenet_obj_param_t.ref = 0;
onenet_obj_param_t.obj_id = 3203;
onenet_obj_param_t.ins_count = 1;
onenet_obj_param_t.attrcount = 4;
onenet_obj_param_t.actcount = 1;
onenet_obj_param_t.insbitmap=(u8*) Ql_MEM_Alloc(sizeof(u8)*ONENET_TEMP_BUFFER_LENGTH);
Ql_memset(onenet_obj_param_t.insbitmap,0,ONENET_TEMP_BUFFER_LENGTH);
Ql_strncpy(onenet_obj_param_t.insbitmap,"1\0",Ql_strlen("1\0"));
ret = RIL_QONENET_Addobj(&onenet_obj_param_t);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- Onenet Add object successfully\r\n");
m_onenet_state = STATE_ONENET_OPEN;
}
else
{
APP_DEBUG("<--Onenet Add object failure,error=%d.-->\r\n",ret);
}
Ql_MEM_Free(onenet_obj_param_t.insbitmap);
onenet_obj_param_t.insbitmap = NULL;
break;
}
case STATE_ONENET_OPEN:
{
u32 lifetime = LIFETIME; //Lifetime, unit is second.
ret = RIL_QONENET_Open(onenet_obj_param_t.ref, lifetime);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- Onenet Open successfully\r\n");
m_onenet_state = STATE_TOTAL_NUM;
Ql_Timer_Stop(ONENET_TIMER_ID);
}else
{
APP_DEBUG("<--Onenet Open failure,error=%d.-->\r\n",ret);
}
break;
}
case STATE_ONENET_OBSERVER_RSP:
{
ST_ONENET_Observe_Param_t onenet_observe_param_t;
onenet_observe_param_t.ref = onnet_param_t.ref;
onenet_observe_param_t.msgid = onnet_param_t.observe_msg_id;
onenet_observe_param_t.obderve_result= ONENET_OBSERVE_RESULT_1;//2.04 Content, indicate the correct result.
ret = RIL_QONENET_Observer_Rsp(&onenet_observe_param_t);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<--Onenet Observer respond successfully\r\n");
observe_flag = FALSE;
m_onenet_state = STATE_TOTAL_NUM;
}else
{
APP_DEBUG("<--Onenet Observer respond failure,error=%d.-->\r\n",ret);
}
break;
}
case STATE_ONENET_DISCOVER_RSP:
{
ST_ONENET_Discover_Rsp_Param_t onenet_discover_rsp_param_t;
onenet_discover_rsp_param_t.ref = onnet_param_t.ref;
onenet_discover_rsp_param_t.msgid = onnet_param_t.discover_msg_id;
onenet_discover_rsp_param_t.result= ONENET_OBSERVE_RESULT_1;//2.05 Content, indicate the correct result.
onenet_discover_rsp_param_t.length = Ql_strlen("5750\0");
onenet_discover_rsp_param_t.value_string=(u8*) Ql_MEM_Alloc(sizeof(u8)*ONENET_TEMP_BUFFER_LENGTH);
Ql_memset(onenet_discover_rsp_param_t.value_string,0,ONENET_TEMP_BUFFER_LENGTH);
Ql_strncpy(onenet_discover_rsp_param_t.value_string,"5750\0",Ql_strlen("5750\0"));
onnet_param_t.res_id = Ql_atoi(onenet_discover_rsp_param_t.value_string);
ret = RIL_QONENET_Discover_Rsp(&onenet_discover_rsp_param_t);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<--Onenet discover respond successfully\r\n");
m_onenet_state = STATE_ONENET_CFG;
}else
{
APP_DEBUG("<--Onenet discover failure,error=%d.-->\r\n",ret);
}
Ql_MEM_Free(onenet_discover_rsp_param_t.value_string);
onenet_discover_rsp_param_t.value_string = NULL;
break;
}
case STATE_ONENET_CFG:
{
ST_ONENET_Config_Param_t onenet_config_param;
onenet_config_param.onenet_access_mode =ONENET_ACCESS_MODE;
onenet_config_param.onenet_recv_mode = ONENET_RECV_MODE;
ret = RIL_QONENET_Config(&onenet_config_param,FALSE);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<--Configure Optional Parameters successfully\r\n");
m_onenet_state = STATE_ONENET_NOTIFY;
}else
{
APP_DEBUG("<--Configure Optional Parameters failure,error=%d.-->\r\n",ret);
}
break;
}
case STATE_ONENET_NOTIFY:
{
ST_ONENET_Notify_Param_t onenet_notify_param_t;
onenet_notify_param_t.ref = onnet_param_t.ref;
onenet_notify_param_t.msgid = onnet_param_t.observe_msg_id;
onenet_notify_param_t.objid = onnet_param_t.obj_id;
onenet_notify_param_t.insid = onnet_param_t.ins_id;
onenet_notify_param_t.resid = onnet_param_t.res_id;
onenet_notify_param_t.value_type = ONENET_VALUE_TYPE_STRING;
onenet_notify_param_t.len = Ql_strlen("Hello World\0");
onenet_notify_param_t.value=(u8*) Ql_MEM_Alloc(sizeof(u8)*ONENET_TEMP_BUFFER_LENGTH);
Ql_memset(onenet_notify_param_t.value,0,ONENET_TEMP_BUFFER_LENGTH);
Ql_strncpy(onenet_notify_param_t.value,"Hello World\0",Ql_strlen("Hello World\0"));
onenet_notify_param_t.index = 0;
onenet_notify_param_t.flag =0;
//onenet_notify_param_t.ackid = 0
ret = RIL_QONENET_Notify(&onenet_notify_param_t,FALSE);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- Onenet notify Request successfully\r\n");
m_onenet_state = STATE_ONENET_NOTIFY;
}
else
{
APP_DEBUG("<--Onenet notify Request failure,error=%d.-->\r\n",ret);
}
Ql_MEM_Free(onenet_notify_param_t.value);
onenet_notify_param_t.value = NULL;
break;
}
case STATE_ONENET_UPDATE:
{
u32 lifttime;
Ql_Timer_Stop(ONENET_TIMER_ID);
lifttime = LIFETIME;
ret = RIL_QONENET_Update(onnet_param_t.ref,lifttime,0) ;
if (RIL_AT_SUCCESS == ret)
{
Ql_Timer_Stop(ONENET_TIMER_ID);
APP_DEBUG("<-- send data successfully\r\n");
m_onenet_state = STATE_TOTAL_NUM;
}else
{
APP_DEBUG("<--send data failure,error=%d.-->\r\n",ret);
m_onenet_state = STATE_ONENET_CLOSE;
}
break;
}
case STATE_ONENET_RD:
{
Ql_memset(m_recv_buf,0,RECV_BUFFER_LEN);
ret = RIL_QONENET_RD(onnet_param_t.recv_length,&onenet_actual_length,&onenet_remain_length,m_recv_buf) ;
if (RIL_AT_SUCCESS == ret)
{
Ql_Timer_Stop(ONENET_TIMER_ID);
APP_DEBUG("<-- recv data,actual_length(%d),reamin_length(%d),buffer(%s)\r\n",onenet_actual_length,onenet_remain_length,m_recv_buf);
m_onenet_state = STATE_TOTAL_NUM;
}else
{
APP_DEBUG("<--recv data failure,error=%d.-->\r\n",ret);
m_onenet_state = STATE_ONENET_CLOSE;
}
break;
}
case STATE_ONENET_CLOSE:
{
ret = RIL_QONENET_CLOSE(onnet_param_t.ref);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- close onenet successfully\r\n");
m_onenet_state = STATE_TOTAL_NUM;
}else
{
APP_DEBUG("<--close onenet failure,error=%d.-->\r\n",ret);
}
break;
}
case STATE_TOTAL_NUM:
{
APP_DEBUG("<--onenet test case-->\r\n",ret);
m_onenet_state = STATE_TOTAL_NUM;
}
default:
break;
}
}
}
6、检查模组是否注册上网
前面我们知道OneNET回调函数实现了1秒循环检查模组注册上网。
case STATE_NW_QUERY_STATE:
{
s32 cgreg = 0;
ret = RIL_NW_GetEGPRSState(&cgreg);
APP_DEBUG("<--Network State:cgreg=%d-->\r\n",cgreg);
if((cgreg == NW_STAT_REGISTERED)||(cgreg == NW_STAT_REGISTERED_ROAMING))
{
m_onenet_state = STATE_ONENET_CREATE;
}
break;
}
7、创建OneNET通信接口
在模组注册上网之后，下一步就执行创建OneNET接口。
case STATE_ONENET_CREATE:
{
ret = RIL_QONENET_Create();
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-Onenet Create successfully-->\r\n");
m_onenet_state = STATE_ONENET_ADDOBJ;
}
else
{
APP_DEBUG("<--Onenet Create failure, error=%d.-->\r\n",ret);
}
break;
}
8、向通信套件添加 object
创建OneNET通信接口成功之后就添加资源对象了。
case STATE_ONENET_ADDOBJ:
{
onenet_obj_param_t.ref = 0;
onenet_obj_param_t.obj_id = 3203;
onenet_obj_param_t.ins_count = 1;
onenet_obj_param_t.attrcount = 4;
onenet_obj_param_t.actcount = 1;
onenet_obj_param_t.insbitmap=(u8*) Ql_MEM_Alloc(sizeof(u8)*ONENET_TEMP_BUFFER_LENGTH);
Ql_memset(onenet_obj_param_t.insbitmap,0,ONENET_TEMP_BUFFER_LENGTH);
Ql_strncpy(onenet_obj_param_t.insbitmap,"1\0",Ql_strlen("1\0"));
ret = RIL_QONENET_Addobj(&onenet_obj_param_t);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- Onenet Add object successfully\r\n");
m_onenet_state = STATE_ONENET_OPEN;
}
else
{
APP_DEBUG("<--Onenet Add object failure,error=%d.-->\r\n",ret);
}
Ql_MEM_Free(onenet_obj_param_t.insbitmap);
onenet_obj_param_t.insbitmap = NULL;
break;
}
9、向OneNET发起注册请求
添加资源对象之后就可以向OneNET发起注册请求了，请求完之后关闭OneNET定时器。
case STATE_ONENET_OPEN:
{
u32 lifetime = LIFETIME; //Lifetime, unit is second.
ret = RIL_QONENET_Open(onenet_obj_param_t.ref, lifetime);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- Onenet Open successfully\r\n");
m_onenet_state = STATE_TOTAL_NUM;
Ql_Timer_Stop(ONENET_TIMER_ID);
}
else
{
APP_DEBUG("<--Onenet Open failure,error=%d.-->\r\n",ret);
}
break;
}
10、主线程接收OneNET返回的OBSERVER URC消息
在前面向OneNET发起注册请求之后，主线程会接收到下发的OBSERVER URC消息，处理URC消息，并开启OneNET定时器，定时器只支持一次，用于回复OBSERVER。
case URC_ONENET_OBSERVE:
{
onenet_urc_param_ptr = msg.param2;
if( onenet_obj_param_t.ref == onenet_urc_param_ptr->ref &&observe_flag == FALSE)
{
APP_DEBUG("<--urc_onenet_observer,ref(%d),msg_id(%d),obj_id(%d),ins_id(%d),res_id(%d)-->\r\n",\
onenet_urc_param_ptr->ref,onenet_urc_param_ptr->msgid,
onenet_urc_param_ptr->objid,\
onenet_urc_param_ptr->insid,onenet_urc_param_ptr->resid);
onnet_param_t.ref = onenet_urc_param_ptr->ref;
onnet_param_t.observe_msg_id = onenet_urc_param_ptr->msgid;
onnet_param_t.obj_id = onenet_urc_param_ptr->objid;
onnet_param_t.ins_id = onenet_urc_param_ptr->insid;
observe_flag = TRUE;
m_onenet_state = STATE_ONENET_OBSERVER_RSP;
Ql_Timer_Start(ONENET_TIMER_ID, ONENET_TIMER_PERIOD, FALSE);
}
break;
}
11、OneNET定时器回复OBSERVER
接收到OneNET 的OBSERVER消息之后，需要回复。
case STATE_ONENET_OBSERVER_RSP:
{
ST_ONENET_Observe_Param_t onenet_observe_param_t;
onenet_observe_param_t.ref = onnet_param_t.ref;
onenet_observe_param_t.msgid = onnet_param_t.observe_msg_id;
onenet_observe_param_t.obderve_result= ONENET_OBSERVE_RESULT_1;
ret = RIL_QONENET_Observer_Rsp(&onenet_observe_param_t);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<--Onenet Observer respond successfully\r\n");
observe_flag = FALSE;
m_onenet_state = STATE_TOTAL_NUM;
}
else
{
APP_DEBUG("<--Onenet Observer respond failure,error=%d.-->\r\n",ret);
}
break;
}
12、主线程接收OneNET下发的DISCOVER URC消息
在回复OBSERVER之后，OneNET会下发DISCOVER，主线程接收这个URC消息，处理并开启循环定时器去处理。
case URC_ONENET_DISCOVER:
{
onenet_urc_param_ptr = msg.param2;
if( onenet_obj_param_t.ref == onenet_urc_param_ptr->ref)
{
APP_DEBUG("<--urc_onenet_discover,ref(%d),msg_id(%d),obj_id(%d)-->\r\n", \
onenet_urc_param_ptr->ref,onenet_urc_param_ptr->msgid,onenet_urc_param_ptr->objid);
onnet_param_t.ref = onenet_urc_param_ptr->ref;
onnet_param_t.discover_msg_id = onenet_urc_param_ptr->msgid;
m_onenet_state = STATE_ONENET_DISCOVER_RSP;
Ql_Timer_Start(ONENET_TIMER_ID, ONENET_TIMER_PERIOD, TRUE);
}
break;
}
13、OneNET定时回复DISCOVER消息
接收到了DISCOVER消息之后，通过OneNET定时回复DISCOVER消息。
case STATE_ONENET_DISCOVER_RSP:
{
ST_ONENET_Discover_Rsp_Param_t onenet_discover_rsp_param_t;
onenet_discover_rsp_param_t.ref = onnet_param_t.ref;
onenet_discover_rsp_param_t.msgid = onnet_param_t.discover_msg_id;
onenet_discover_rsp_param_t.result= ONENET_OBSERVE_RESULT_1;
onenet_discover_rsp_param_t.length = Ql_strlen("5750\0");
onenet_discover_rsp_param_t.value_string=(u8*)
Ql_MEM_Alloc(sizeof(u8)*ONENET_TEMP_BUFFER_LENGTH);
Ql_memset(onenet_discover_rsp_param_t.value_string,0,ONENET_TEMP_BUFFER_LENGTH);
Ql_strncpy(onenet_discover_rsp_param_t.value_string,"5750\0",Ql_strlen("5750\0"));
onnet_param_t.res_id = Ql_atoi(onenet_discover_rsp_param_t.value_string);
ret = RIL_QONENET_Discover_Rsp(&onenet_discover_rsp_param_t);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<--Onenet discover respond successfully\r\n");
m_onenet_state = STATE_ONENET_CFG;
}
else
{
APP_DEBUG("<--Onenet discover failure,error=%d.-->\r\n",ret);
}
Ql_MEM_Free(onenet_discover_rsp_param_t.value_string);
onenet_discover_rsp_param_t.value_string = NULL;
break;
}
14、配置OneNET参数
主要配置接收模式。
case STATE_ONENET_CFG:
{
ST_ONENET_Config_Param_t onenet_config_param;
onenet_config_param.onenet_access_mode =ONENET_ACCESS_MODE;
onenet_config_param.onenet_recv_mode = ONENET_RECV_MODE;
ret = RIL_QONENET_Config(&onenet_config_param,FALSE);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<--Configure Optional Parameters successfully\r\n");
m_onenet_state = STATE_ONENET_NOTIFY;
}
else
{
APP_DEBUG("<--Configure Optional Parameters failure,error=%d.-->\r\n",ret);
}
break;
}
三、上报数据到OneNET
1、上报数据到OneNET
这里上报一个字符串 “Hello World”
case STATE_ONENET_NOTIFY:
{
ST_ONENET_Notify_Param_t onenet_notify_param_t;
onenet_notify_param_t.ref = onnet_param_t.ref;
onenet_notify_param_t.msgid = onnet_param_t.observe_msg_id;
onenet_notify_param_t.objid = onnet_param_t.obj_id;
onenet_notify_param_t.insid = onnet_param_t.ins_id;
onenet_notify_param_t.resid = onnet_param_t.res_id;
onenet_notify_param_t.value_type = ONENET_VALUE_TYPE_STRING;
onenet_notify_param_t.len = Ql_strlen("Hello World\0");
onenet_notify_param_t.value=(u8*) Ql_MEM_Alloc(sizeof(u8)*ONENET_TEMP_BUFFER_LENGTH);
Ql_memset(onenet_notify_param_t.value,0,ONENET_TEMP_BUFFER_LENGTH);
Ql_strncpy(onenet_notify_param_t.value,"Hello World\0",Ql_strlen("Hello World\0"));
onenet_notify_param_t.index = 0;
onenet_notify_param_t.flag =0;
//onenet_notify_param_t.ackid = 0
ret = RIL_QONENET_Notify(&onenet_notify_param_t,FALSE);
if (RIL_AT_SUCCESS == ret)
{
APP_DEBUG("<-- Onenet notify Request successfully\r\n");
m_onenet_state = STATE_ONENET_NOTIFY;
}
else
{
APP_DEBUG("<--Onenet notify Request failure,error=%d.-->\r\n",ret);
}
Ql_MEM_Free(onenet_notify_param_t.value);
onenet_notify_param_t.value = NULL;
break;
}
2、在OneNET平台看数据是否上报成功
上报数据到OneNET成功。
