RTL271_1/app/tupApi.h

#ifndef __TUP_API_H
#define __TUP_API_H

#include "datatype.h"
#include "platform.h"
#include "lsapi_event.h"
#define USER_EVENT_EXIT 	(LS_API_EV_BASE+12)
#define USER_EVENT_TIMEOUT 	(LS_API_EV_BASE+13)
#define USER_EVENT_LSB 		(LS_API_EV_BASE+14)
#define USER_EVENT_UART 	(LS_API_EV_BASE+15)
#define USER_EVENT_USB		(LS_API_EV_BASE+16)
#define USER_EVENT_GPS		(LS_API_EV_BASE+17)
#define USER_ENENT_AGPS		(LS_API_EV_BASE+18)
#define USER_EVENT_VIBRAT	(LS_API_EV_BASE+19)
#define USER_EVENT_REC   	(LS_API_EV_BASE+20)

#include "lsapi_sock.h"
#include "lsapi_os.h"

typedef enum{
	TUP_STATUS_TRUE,
	TUP_STATUS_FALSE,
	TUP_STATUS_WAIT,
	TUP_STATUS_ONLINE
}TUP_CONNECT_ENUM;
typedef enum{
	CNNT_READY,
	CNNT_BUSY,
	CNNT_OK,
	CNNT_ERROR,
	CNNT_CLOSED
}CNNT_ENUM;
typedef struct{
	CNNT_ENUM tupStatus;  //连接状态或结果 0正在连接 1 连接成功，2连接失败 3连接断开
	T_INT32 fd;
	T_UINT16 port;
	T_INT8 *saddr;  //连接服务器地址
	T_UINT8 tupType;//连接类型 TUP_TCP TUP_UDP
	LSAPI_SOCK_Callback *tupRecvCallBack; //连接回调
	T_UINT8 failNo;   //SOCK连接错误代码
	T_UINT16 stacksize;//连接时创建线程的栈分配大小
	LSAPI_SOCK_TcpipSocketAddr_t sockAddr;//UDP时使用
	T_UINT8 index;   //做成模块，开给对外用户sock接口模块时使用
	LSAPI_OSI_Timer_t *ptimer_t;//链接超时判断定时器
	T_UINT8 *defPara;//备用
}TUPSEND_DEF;

void trySendTup(T_UINT8 *data, T_UINT16 len, TUP_ENUM tup, TUPSEND_DEF *para);
TUP_CONNECT_ENUM tryConnectTup(T_INT8 *seraddr, TUP_ENUM tup,TUPSEND_DEF *para);
void tupParaSet(TUPSEND_DEF *para, T_UINT16 port, LSAPI_SOCK_Callback *callback,T_UINT16 stacksize);
void showTupEventInfo(const char *name, T_UINT32 id,TUPSEND_DEF *para);
void threadPostEvent(LSAPI_OSI_Thread_t *threadId, T_INT32 id,T_INT32 param1);
void userExitThread(const char *name);
#endif