#include "ESP32_WROOM_32D.h"

#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <stdarg.h>
extern int Flag3S;


#define g_uMsgCmdFrameLen (6)
extern uint8_t Devicenum;
extern uint8_t g_wifi_rx_buf[WIFI_RX_BUF_SIZE];
extern uint32_t g_wifi_rx_last;
extern uint32_t g_wifi_rx_head;
uint8_t wifi_tx_buf[WIFI_TX_BUF_SIZE];
uint16_t wifi_tx_len;

static int wifi_state = 0;  //WiFi模块当前状态
static int wifi_ack_delay = 0;  //WiFi应答等待
static int wifi_set_ssid = 0;  //WiFi应答SSID设置

uint32_t unlink_time = 0;
extern uint32_t pc_link_timeout;
uint32_t connectTcpFlag = 0;
char TCP_IP_PORT[8]  = {"8001"};
char MAC_ADDR[20]  = {0};
uint32_t broadDevFlag = 0;
extern uint8_t pc_channel_recv;
static int resendtime = 0;

uint16_t WriteComm2(char *data, uint16_t len)
{
    //return UART_Write(UART2, data, len);
    HAL_UART_Transmit((UART_HandleTypeDef *)sysinf.ESPUart,(const uint8_t *)data, len,1000);
	// HAL_UART_Transmit_DMA((UART_HandleTypeDef *)sysinf.ESPUart,(const uint8_t *)data, len);
	return 0;
}


/*WIFI单次发送指令*/
void ESP32_Send_AT_Cmd(char *cmd,uint32_t time)
{
    char buff[100] = {0};

    strcpy(buff, cmd);
    strcat(buff, "\r\n");

    Van_Device_Printf(VAN_LOG_WIFI,"\nW--> %s", buff); 

  	WriteComm2(buff, strlen(buff));

    wifi_ack_delay = time;
}
void ESP32_AT(void)
{
    ESP32_Send_AT_Cmd("AT",5000);
}
/*恢复出厂设置*/
void ESP32_AT_Restore(void)
{
	ESP32_Send_AT_Cmd("AT+RESTORE",500);
}
/*复位*/
void ESP32_AT_RST(void)
{
    ESP32_Send_AT_Cmd("AT+RST",8000);
}
/*上电自动连接AP*/
void ESP32_AT_AUTOCONN(void)
{
    ESP32_Send_AT_Cmd("AT+CWAUTOCONN=0",5000);
}

/*WIFI AP/STA/AP+STA模式选择*/
void ESP32_Net_Mode_Choose(ENUM_Net_ModeTypeDef enumMode)
{
    switch ( enumMode )
    {
        case STA:
            ESP32_Send_AT_Cmd ( "AT+CWMODE=1", 5000 );
				break;
        case AP:
            ESP32_Send_AT_Cmd ( "AT+CWMODE=2",  5000 );
				break;
        case STA_AP:
            ESP32_Send_AT_Cmd ( "AT+CWMODE=3",  5000 );
				break;
        default:
        break;
    }
}
/*WIFI加入AP*/
void ESP32_JoinAP( char * pSSID, char * pPassWord, char * pMacAddr)
{
    char cCmd [80];
    my_sprintf ( cCmd, sizeof(cCmd), "AT+CWJAP=\"%s\",\"%s\",\"%s\"", pSSID, pPassWord,pMacAddr);
    ESP32_Send_AT_Cmd( cCmd,5000 );
}

/*WIFI建立AP*/
void ESP32_SetupAP( char * pSSID, char * pPassWord)
{
    char cCmd [40];
    my_sprintf ( cCmd,sizeof(cCmd),  "AT+CWSAP=\"%s\",\"%s\"", pSSID, pPassWord );
	ESP32_Send_AT_Cmd( cCmd, 5000 );
}

/*WIFI查询IP*/
void ESP32_GetIp(void)
{
	ESP32_Send_AT_Cmd( "AT+CIPSTA?", 5000 );
}

/*WIFI禁止自动连接*/
void ESP32_DisAutoLink(void)
{
	ESP32_Send_AT_Cmd( "AT+CWAUTOCONN=0", 5000 );
}

void ESP32_CWLAP(char * pSSID)
{
    char cCmd [80];
    my_sprintf ( cCmd, sizeof(cCmd), "AT+CWLAP=\"%s\"", pSSID);
		ESP32_Send_AT_Cmd( cCmd, 5000 );
}



/*WIFI关闭回显*/
void ESP32_EchoOff(void)
{
	ESP32_Send_AT_Cmd( "ATE0", 5000 );
}
/*WIFI初始化*/
void ESP32_Init(void)
{
	ESP32_Send_AT_Cmd( "+++", 5000 );
}

/*WIFI 单/多连接*/
void ESP32_Enable_MultipleId (uint8_t enumEnUnvarnishTx )
{
    char cCmd [20];
    my_sprintf ( cCmd, sizeof(cCmd), "AT+CIPMUX=%d", ( enumEnUnvarnishTx ? 1 : 0 ) );
    ESP32_Send_AT_Cmd ( cCmd, 5000 );

}
/*WIFI AP作为服务端开启或关闭,1---开启服务：0---关闭服务*/
void ESP32_AP_Server (uint8_t open)
{
   char cCmd [40];
   my_sprintf ( cCmd,sizeof(cCmd), "AT+CIPSERVER=%d", open);
   ESP32_Send_AT_Cmd( cCmd,  5000 );
}
/*WIFI STA选择TCP或UDP协议*/
void ESP32_Link_Server(ENUM_NetPro_TypeDef enumE, char * ip, char * ComNum, ENUM_ID_NO_TypeDef id)
{
    char cStr [100] = { 0 }, cCmd [60];
    switch (  enumE )
    {
        case enumTCP:
          my_sprintf ( cStr, sizeof(cCmd), "\"%s\",\"%s\",%s,6", "TCP", ip, ComNum );
          break;
        case enumUDP:
          my_sprintf ( cStr,sizeof(cCmd),  "\"%s\",\"%s\",%s,9090,0", "UDP", ip, ComNum );
          break;
        default:
          break;
    }
    if ( id < 5 )
        my_sprintf ( cCmd,sizeof(cCmd),  "AT+CIPSTART=%d,%s", id, cStr);
    else
        my_sprintf ( cCmd, sizeof(cCmd), "AT+CIPSTART=%s", cStr );
    ESP32_Send_AT_Cmd ( cCmd,5000 );
}

/*WIFI透传*/
void ESP32_UnvarnishSend ( void )
{
    ESP32_Send_AT_Cmd( "AT+CIPMODE=1",  5000 );//设置透传模式
}
/*WIFI停止TCP*/
void ESP32_STOPTCP ( ENUM_ID_NO_TypeDef id )
{
  char cCmd [60];
  my_sprintf ( cCmd,sizeof(cCmd), "AT+CIPCLOSE=%d", id);
  ESP32_Send_AT_Cmd ( cCmd,  20000 );
}

/*退出透传*/
void ESP32_ExitUnvarnishSend( void )
{
    ESP32_Send_AT_Cmd("+++", 5000);
}

///*设置默认波特率为460800*/
//void ESP32_SET_BUAR(void)
//{
//	ESP32_Send_AT_Cmd("AT+UART_DEF=460800,8,1,0,0","OK",NULL,500);
//}


/********************************************************************
 * int WIFI_Send_Data(uint8_t *data, uint8_t len, uint8_t flag)
 *
 *描述：通过WIFI发送数据，异步
 *参数：data:数据
 *参数：len:数据长度
 *参数：flag:1：立即发送，0：暂存
 *返回：无
 *其他：无
 *--------------------------------------------------------------------
 *记录：
 ********************************************************************/
int WIFI_Send_Data(uint8_t *data, uint16_t len, uint8_t flag)
{
    char cStr [40] = {0};

    if (wifi_state < WIFI_TRANS)
        return -1;

    if(wifi_ack_delay > 0)
        return -2;

    if(wifi_tx_len)
        return -3;

	if(len > WIFI_TX_BUF_SIZE){
		 Van_Device_Printf(VAN_LOG_WIFI,"WIFI_Send len:%d error ", len);
		return -1;
	}
    memcpy(&wifi_tx_buf[wifi_tx_len], data, len);
    wifi_tx_len += len;
    
    if(flag)
    {
        wifi_ack_delay = 3000;
        my_sprintf ( cStr, sizeof(cStr),"AT+CIPSEND=0,%d", wifi_tx_len );
        ESP32_Send_AT_Cmd ( cStr,  3000 );
        return wifi_tx_len;
    }

    return 0;
}

int WIFI_Send_MSG(uint8_t*msgHead,uint8_t *data, uint8_t * crc, uint16_t len)
{
    char cStr [40] = {0};

    if (wifi_state != WIFI_TRANS)
        return -1;

    if(wifi_ack_delay > 0)
        return -2;

    if(wifi_tx_len > 0)
        return -3;

    memcpy(&wifi_tx_buf[0], msgHead, g_uMsgCmdFrameLen);
    memcpy(&wifi_tx_buf[g_uMsgCmdFrameLen], data, len);
    memcpy(&wifi_tx_buf[g_uMsgCmdFrameLen+len], crc, 2);
    wifi_tx_len = g_uMsgCmdFrameLen+len+2;
    wifi_ack_delay = 3000;
    my_sprintf ( cStr, sizeof(cStr),"AT+CIPSEND=0,%d", wifi_tx_len );
    ESP32_Send_AT_Cmd ( cStr,  3000 );
    return wifi_tx_len;
}

int WIFI_SendIlde(void){

    if(wifi_tx_len == 0)
		return 0;

    if (wifi_state < WIFI_TRANS)
        return 0;

    if(wifi_ack_delay > 0)
        return 0;
	
    return 1;

}

int WIFI_ReSend(void)
{

    char cStr [40] = {0};
    if(wifi_tx_len == 0)
		return 0;

    if (wifi_state < WIFI_TRANS)
        return -1;

    if(wifi_ack_delay > 0)
        return -2;
	
    wifi_ack_delay = 3000;
    my_sprintf ( cStr, sizeof(cStr),"AT+CIPSEND=0,%d", wifi_tx_len );
    ESP32_Send_AT_Cmd ( cStr,  3000 );
	
    return 0;
}


//wifi修改SSID
void WIFI_set_ssid(void)
{
    wifi_ack_delay = 0;
    wifi_state = WIFI_POWEROFF;
    wifi_set_ssid = 1;

    if(wifi_tx_len > 0)
    {
        WriteComm2((char *)wifi_tx_buf, wifi_tx_len);
        wifi_tx_len = 0;
    }        
}


//wifi修改SSID
void WIFI_set_CloseConnect(void)
{
 
	wifi_state = WIFI_CLOSE;  
}

// //在内存中查找字符串
// char* find_str(void *src, int size, char *str)
// {
// 	char *p = (char*)src;
// 	int len = strlen((const char *)str);

// 	if(len < 1)
// 		return p;

// 	for(int i = 0; i < size; i++)
// 	{
// 		if(p[i] == *str)
// 		{
// 			if( 0 == memcmp(&p[i], str, len))
// 			{
// 				return &p[i];
// 			}
// 		}
// 	}

// 	return NULL;
// }



//在内存中查找字符串
char* find_str_loop(void *src, int size, uint32_t *start, uint32_t end, char *str) {
    if (src == NULL || start == NULL || str == NULL || size <= 0)
        return NULL;

    unsigned char *buf = (unsigned char*)src;
    int head = *start;
    int len = strlen(str);

    // 空串直接返回当前位置（不移动头指针）
    if (len == 0) {
        return (char*)(buf + head);
    }

    // 计算有效数据长度
    int valid_len;
    if (end >= head)
        valid_len = end - head;
    else
        valid_len = (size - head) + end;

    // 若有效数据长度小于目标串长度，不可能匹配
    if (valid_len < len)
        return NULL;

    // 从 head 开始遍历所有可能的起始位置（不包括 end）
    int pos = head;
    while (pos != end) {
        // 检查从 pos 开始的 len 个字节是否与 str 匹配
        int i;
        for (i = 0; i < len; i++) {
            int idx = (pos + i) % size;
            if (buf[idx] != (unsigned char)str[i])
                break;
        }
        if (i == len) {  // 完全匹配
            // 更新头指针为匹配串之后的位置
            *start = (pos + len) % size;
            return (char*)(buf + pos);
        }
        // 移动到下一个起始位置
        pos = (pos + 1) % size;
        // 如果移动后到达 end，提前终止（有效数据遍历完毕）
        // 但 while 条件会处理，可省略
    }

    // 未找到
    return NULL;
}

/********************************************************************
 *                         WIFI_recv_deal()
 *
 *描述：接收帧解析
 *参数：无
 *返回：无
 *其他：无
 *--------------------------------------------------------------------
 *记录：
 ********************************************************************/
void WIFI_recv_deal(void)
{
    char *p;
    int data_len = g_wifi_rx_last>g_wifi_rx_head?(g_wifi_rx_last-g_wifi_rx_head):(WIFI_RX_BUF_SIZE+g_wifi_rx_last-g_wifi_rx_head);
    // int udp_data_len = 0;
    char* data = (char*)g_wifi_rx_buf;
    if(data_len < 5)
        return;

    //判断是否接收完成
    if(wifi_state > WIFI_LISTEN)
    {
        if(data[g_wifi_rx_last-1] != '\n' && data[g_wifi_rx_last-2] != '\n')
        {
            return;
        }
    }

    switch (wifi_state)
    {
	//指令模式
    case WIFI_POWEROFF:
    case WIFI_ERROR:
        if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last,"ready") ||
            NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last,"boot"))
		{
			wifi_state = WIFI_POWERON;
            wifi_ack_delay = 0;
			memset(wifi_tx_buf,0,sizeof(wifi_tx_buf));
			wifi_tx_len = 0;
            //  wifi_receive_clear();
		} 
        break;
    case WIFI_POWERON:
    case WIFI_INIT:
    case WIFI_STATION:
    case WIFI_DISAUTO:
    case WIFI_LINK_AP:
    case WIFI_GET_IP:
    case WIFI_SETMUX:
    case WIFI_LISTEN:		
        if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "OK\r\n"))
		{
    	    Van_Device_Printf(VAN_LOG_WIFI,"\nW<-- %s", data);
            wifi_ack_delay = 0;	
			if(WIFI_LISTEN == wifi_state){
				/*上电需要广播地址*/			
				broadDevFlag = 1;
				sysinf.s10_flag = 1;	
				if(sysinf.connectTcpFlag == 1){
					if(wifi_tx_len){
						char cStr [40] = {0};
				        my_sprintf ( cStr,sizeof(cStr), "AT+CIPSEND=0,%d", wifi_tx_len );
				        ESP32_Send_AT_Cmd ( cStr,  3000 );
					}
					sysinf.pc_link_timeout = 0;	
                    sysinf.pc_channel_recv  = PC_CONNECT_TYPE_WIFI; 
				}	
			}
			wifi_state++;
			resendtime = 0;            
            HAL_Delay(1000);			
            // wifi_receive_clear();	
		}
        break;
    case WIFI_CWLAP:{
        char* strStart = find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last,sysinf.wifiname);
        uint32_t apHeader = g_wifi_rx_head;
        if(NULL != strStart)
		{
            if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "OK\r\n")){   
                /*循环始终需要OK,找到OK后，恢复APhead位置，重新搜寻mac*/    
                g_wifi_rx_head =  apHeader;       
                Van_Device_Printf(VAN_LOG_WIFI,"\nW<-- %s", data);
                wifi_ack_delay = 0;		
                strStart+=strlen(sysinf.wifiname);
                strStart =find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last,",\""); 
                unsigned int startPos = ((unsigned int)strStart-(unsigned int)g_wifi_rx_buf + 2)%WIFI_RX_BUF_SIZE;/*跳过,\*/
                for(unsigned i=0;i<17;i++){
                    MAC_ADDR[i] = g_wifi_rx_buf[(i+startPos)%WIFI_RX_BUF_SIZE]; 
                }
                MAC_ADDR[18] = 0;
                wifi_state++; 
            }
				
            //  wifi_receive_clear();		
		}
    }        
        break;
    //数据模式
    case WIFI_TRANS:
        //收到AT+CIPSEND回应，可发送数据  
        if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "CLOSED"))			
		{      
    		Van_Device_Printf(VAN_LOG_WIFI,"\nW<-- %d %s", data_len,data);
 		    wifi_state = WIFI_LISTEN;
             wifi_ack_delay = 0;//从发送写指令，到此才算发送完成            
 			broadDevFlag = 0;
		}
		else if	((NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "ERROR"))||
			(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last,"SEND FAIL")))
		{    
			if(resendtime < MAX_RESEND_TIME){				
				char cStr [40] = {0};
				my_sprintf ( cStr,sizeof(cStr), "AT+CIPSEND=0,%d", wifi_tx_len );
				ESP32_Send_AT_Cmd ( cStr,  3000 );
				resendtime ++;
			}else{
				wifi_state = WIFI_POWEROFF;
				wifi_ack_delay = 0;
			}
			//  wifi_receive_clear();
		} else if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "SEND OK"))
		{
        	//收到AT+CIPSEND回应，可发送数据
		    Van_Device_Printf(VAN_LOG_WIFI,"\n--> SEND OK", wifi_tx_len); 
            wifi_ack_delay = 0;//从发送写指令，到此才算发送完成
            wifi_tx_len = 0;
			resendtime = 0;
            wifi_tx_len = 0;
			memset(wifi_tx_buf, 0, sizeof(wifi_tx_buf));
            //  wifi_receive_clear();
		}
		 else if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "OK\r\n"))
		{
            //  wifi_receive_clear();
		    Van_Device_Printf(VAN_LOG_WIFI,"\n--> OK W %d", wifi_tx_len); 
			WriteComm2((char *)wifi_tx_buf, wifi_tx_len+1);
            wifi_ack_delay = 3000;
		}

		if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "DISCONNECT"))
		{
		    Van_Device_Printf(VAN_LOG_WIFI,"\nW--> %s", data); 
			wifi_state = WIFI_POWEROFF;
            wifi_ack_delay = 0;
		}
        
        //收到PC数据
        p = find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "+IPD,0,");
        if(NULL != p)
		{
            int iProcLen = DecodeNew(&uart0_massage,uart0_data,g_wifi_rx_buf, &g_wifi_rx_head,g_wifi_rx_last,WIFI_RX_BUF_SIZE);
            if (iProcLen > 0)   {                        
                sysinf.pc_channel_recv  = PC_CONNECT_TYPE_WIFI;            
                sysinf.pc_link_timeout = 0;
								uart0_massage.data = (char *)uart0_data;    
                query_pc_cmd(&uart0_massage);
            }    
            //  wifi_receive_clear();
 //           set_pc_chanel_recv(1);
 //   	    b2b_recv_data(p, udp_data_len);
		}

        break;    
    case WIFI_CLOSE:{
        if(NULL != find_str_loop(g_wifi_rx_buf, WIFI_RX_BUF_SIZE ,&g_wifi_rx_head, g_wifi_rx_last, "CLOSED\r\n"))
		{
			wifi_state = WIFI_LISTEN;
            wifi_ack_delay = 0;	
		}		
	}
        break;
    default:
        break;
    }

	wifi_receive_clear();
}


void WIFI_send_deal(void)
{
    static uint8_t try_count = 0;
    static uint8_t try_con = 0;
    static uint32_t wifi_start_delay = 0;
    
    static uint8_t res_count = 0;
    uint8_t wifi_result = 0;

    //启动超时
    if(wifi_state < WIFI_LISTEN && wifi_start_delay++ > 120*10)
    {
        wifi_start_delay = 0;
        wifi_state = WIFI_POWEROFF;
        wifi_ack_delay = 0;
    }

    //等待模块应答
    if(wifi_ack_delay > 0)
    {
        wifi_ack_delay -= 100;
        return;
    }
	if(resendtime >= MAX_RESEND_TIME){
        wifi_state = WIFI_POWEROFF;		
	}
	if((WIFI_TRANS != wifi_state )|| ((WIFI_TRANS == wifi_state)&& wifi_tx_len )){
		resendtime++;
	}
    switch (wifi_state)
    {
    case WIFI_POWEROFF:
    case WIFI_ERROR:
        ESP32_AT_RST();
        wifi_start_delay = 0;
		resendtime = 0;
        try_count = 0;
		if(sysinf.connectTcpFlag){
			/*持续5次均不能链接到tcp，状态回退，重启链接udp*/
			res_count++;
			if(res_count > 5){
				sysinf.connectTcpFlag = 0;
			}
		}
        break;
    case WIFI_POWERON:
        ESP32_AT();
        break;
    case WIFI_INIT:
        ESP32_EchoOff();
        break;
    case WIFI_STATION:
        ESP32_Net_Mode_Choose(STA);
        break;
    case WIFI_DISAUTO:
        ESP32_DisAutoLink();
        try_count = 0;
        break;
    case WIFI_CWLAP:
        ESP32_CWLAP(sysinf.wifiname);
		if(try_count++ > 7)
        {
            wifi_state = WIFI_POWEROFF;
            if(wifi_set_ssid == 1)
            {
                wifi_set_ssid = 0;
           		wifi_result = 0xff;
               data_send_to_pc(PC_CMD_SETWIFI,  (char *)&wifi_result, 1);
            }
        }
        try_con = 0;
        break;
    case WIFI_LINK_AP:
        ESP32_JoinAP(sysinf.wifiname, sysinf.password,MAC_ADDR);
		if(try_con++ >= 5)
        {
            wifi_state = WIFI_POWEROFF;
            if(wifi_set_ssid == 1)
            {
                wifi_set_ssid = 0;
           		wifi_result = 0xfe;
               data_send_to_pc(PC_CMD_SETWIFI, (char *)&wifi_result, 1);
            }
        }
        break;
    case WIFI_GET_IP:
        ESP32_GetIp();
        if(wifi_set_ssid == 1)
        {
            wifi_set_ssid = 0;
            wifi_result = 1;
           data_send_to_pc(PC_CMD_SETWIFI,  (char *)&wifi_result, 1);
        }
        break;
    case WIFI_SETMUX:
        ESP32_Enable_MultipleId(1);
        break;
    case WIFI_LISTEN:
		if(sysinf.connectTcpFlag){
			if(resendtime < MAX_RESEND_TIME)
	        { 	
	        	ESP32_Link_Server(enumTCP,sysinf.TCP_IP_Addr, TCP_IP_PORT, Multiple_ID_0);
			}else{			
				/*多次TCP未链接，链接UDP*/
//            	connectTcpFlag = 0;
//				resendtime = 0;
	            wifi_tx_len = 0;
				memset(wifi_tx_buf, 0, sizeof(wifi_tx_buf));
			}        	
		}else{
			if(resendtime < MAX_RESEND_TIME)
	        { 	
	        	ESP32_Link_Server(enumUDP,User_ESP32_UDPServer_IP, User_ESP32_UDPServer_PORT, Multiple_ID_0);
			}
		}
        break;
    case WIFI_TRANS:
			if(resendtime < MAX_RESEND_TIME)
	        { 	
	        	if(wifi_tx_len){
					char cStr [40] = {0};
					my_sprintf ( cStr,sizeof(cStr),"AT+CIPSEND=0,%d", wifi_tx_len );
					ESP32_Send_AT_Cmd ( cStr,  3000 );
				}			
			}
			if(sysinf.connectTcpFlag){
				/*tcp链接上，复位计数清零*/
				res_count = 0;
			}
        break;
    case WIFI_CLOSE:
        ESP32_STOPTCP(Single_ID_0);
        break;
    
    default:
        wifi_state = WIFI_ERROR;
        break;
    }

}


//wifi任务
void WIFI_process()
{

    if(sysinf.pc_channel_recv == 2  &&  wifi_state > WIFI_SETMUX){
        /*串口状态下，不走wifi处理*/
        return;
    }
    WIFI_recv_deal();

    WIFI_send_deal();
}

static uint32_t m_pow_n(uint32_t m, int32_t n)
{
    uint32_t i = 0, ret = 1;
    if (n < 0) return 0;
    for (i = 0; i < n; i++)
    {
        ret *= m;
    }
    return ret;
}

// 返回值为打印字符的个数
// 支持%d，%o, %x，%s，%c，%f（只打印6位数字）
int my_sprintf(char *pdes,unsigned int len, const char* str, ...)
{
    if (str == NULL) return -1;

	  uint32_t ret_num = 0;// 返回打印字符的个数
    char* pStr = (char*)str;// 指向str
    int ArgIntVal = 0;  // 接收整型
    uint32_t ArgHexVal = 0;// 接十六进制
    char* ArgStrVal = NULL;  // 接收字符型
    double ArgFloVal = 0.0; // 接受浮点型
    uint32_t val_seg = 0;   // 数据切分
    uint32_t val_temp = 0;  // 临时保存数据
    int cnt = 0;       // 数据长度计数
    int cnt_float = 0;       // 数据长度计数
    
    va_list pArgs; // 定义va_list类型指针，用于存储参数的地址
    va_start(pArgs, str); // 初始化pArgs
    while (*pStr != '\0')
    {
        switch (*pStr)
        {
        case ' ':
        case '\r':
        case '\n':
            *pdes++ = (*pStr); ret_num++; break;
        case '\t':
            *pdes++ =(*pStr); ret_num += 4; break;
        case '%':
            pStr++;
            // % 格式解析

			if('.' == *pStr)
			{
            	pStr++;
				cnt_float = *pStr - '0';// %.Nf，输出指定位数小数
                pStr++;
			}
			
            switch (*pStr)
            {
            case '%':
                *pdes++ =('%');// %%，输出%
                ret_num++;
                pStr++;
				continue;
            case 'c':
                ArgIntVal = va_arg(pArgs, int);// %c，输出char
                *pdes++ =((char)ArgIntVal);
                ret_num++;
                pStr++;
				continue;
            case 'd':
                // 接收整型
                ArgIntVal = va_arg(pArgs, int);
                if (ArgIntVal < 0)// 如果为负数打印，负号
                {
                    ArgIntVal = -ArgIntVal;// 取相反数

                    *pdes++ =('-');
                    ret_num++;
                }
                val_seg = ArgIntVal;// 赋值给 val_seg处理数据
                // 计算ArgIntVal长度
                if (ArgIntVal)
                {
                    while (val_seg) {
                        cnt++;
                        val_seg /= 10;
                    }
                }
                else cnt = 1;// 数字0的长度为1

                ret_num += cnt;// 字符个数加上整数的长度

                // 将整数转为单个字符打印
                while (cnt)
                {
                    val_seg = ArgIntVal / m_pow_n(10, cnt - 1);
                    ArgIntVal %= m_pow_n(10, cnt - 1);
                    *pdes++ =((char)val_seg + '0');
                    cnt--;
                }
                pStr++;
                continue;
            case 'o':
                // 接收整型
                ArgIntVal = va_arg(pArgs, int);
                if (ArgIntVal < 0)// 如果为负数打印，负号
                {
                    ArgIntVal = -ArgIntVal;// 取相反数

                    *pdes++ =('-');
                    ret_num++;
                }
                val_seg = ArgIntVal;// 赋值给 val_seg处理数据
                // 计算ArgIntVal长度
                if (ArgIntVal)
                {
                    while (val_seg) {
                        cnt++;
                        val_seg /= 8;
                    }
                }
                else cnt = 1;// 数字0的长度为1

                ret_num += cnt;// 字符个数加上整数的长度

                // 将整数转为单个字符打印
                while (cnt)
                {
                    val_seg = ArgIntVal / m_pow_n(8, cnt - 1);
                    ArgIntVal %= m_pow_n(8, cnt - 1);
                    *pdes++ =((char)val_seg + '0');
                    cnt--;
                }
                pStr++;
				continue;
            case 'x':
                // 接收16进制
                ArgHexVal = va_arg(pArgs, uint32_t);
                val_seg = ArgHexVal;
                // 计算ArgIntVal长度
                if (ArgHexVal)
                {
                    while (val_seg) {
                        cnt++;
                        val_seg /= 16;
                    }
                }
                else cnt = 1;// 数字0的长度为1

                ret_num += cnt;// 字符个数加上整数的长度
                // 将整数转为单个字符打印
                while (cnt)
                {
                    val_seg = ArgHexVal / m_pow_n(16, cnt - 1);
                    ArgHexVal %= m_pow_n(16, cnt - 1);
                    if (val_seg <= 9)
                        *pdes++ =((char)val_seg + '0');
                    else
                    {
						//*pdes++ =((char)val_seg - 10 + 'a'); //小写字母
                        *pdes++ =((char)val_seg - 10 + 'A');
                    }
                    cnt--;
                }
                pStr++;
				continue;
            case 'b':
                // 接收整型
                ArgIntVal = va_arg(pArgs, int);
                val_seg = ArgIntVal;
                // 计算ArgIntVal长度
                if (ArgIntVal)
                {
                    while (val_seg) {
                        cnt++;
                        val_seg /= 2;
                    }
                }
                else cnt = 1;// 数字0的长度为1

                ret_num += cnt;// 字符个数加上整数的长度
                // 将整数转为单个字符打印
                while (cnt)
                {
                    val_seg = ArgIntVal / m_pow_n(2, cnt - 1);
                    ArgIntVal %= m_pow_n(2, cnt - 1);
                    *pdes++ =((char)val_seg + '0');
                    cnt--;
                }
                pStr++;
				continue;
            case 's':
                // 接收字符
                ArgStrVal = va_arg(pArgs, char*);
                ret_num += (uint32_t)strlen(ArgStrVal);
                while (*ArgStrVal)
                {
                    *pdes++ =(*ArgStrVal);
                    ArgStrVal++;
                }

                pStr++;
				continue;

            case 'f':
                // 接收浮点型 保留6为小数，不采取四舍五入
                ArgFloVal = va_arg(pArgs, double);
                val_seg = (uint32_t)ArgFloVal;// 取整数部分
                val_temp = val_seg;      // 临时保存整数部分数据
                ArgFloVal = ArgFloVal - val_seg;// 得出余下的小数部分
                // 计算整数部分长度
                if (val_seg)
                {
                    while (val_seg) {
                        cnt++;
                        val_seg /= 10;
                    }
                }
                else cnt = 1;// 数字0的长度为1
                ret_num += cnt;// 字符个数加上整数的长度
                // 将整数转为单个字符打印
                while (cnt)
                {
                    val_seg = val_temp / m_pow_n(10, cnt - 1);
                    val_temp %= m_pow_n(10, cnt - 1);
                    *pdes++ =((char)val_seg + '0');
                    cnt--;
                }
                // 打印小数点
                *pdes++ =('.');
                ret_num++;
                // printf("\r\n %f\r\n", ArgFloVal);
				if(cnt_float == 0)
                	cnt_float = 6;
					
                // 开始输出小数部分
                //ArgFloVal *= 1000000;
                ArgFloVal *= m_pow_n(10, cnt_float);

                val_temp = (int)ArgFloVal;// 取整数部分
                while (cnt_float)
                {
                    val_seg = val_temp / m_pow_n(10, cnt_float - 1);
                    val_temp %= m_pow_n(10, cnt_float - 1);
                    *pdes++ =((char)val_seg + '0');
                    cnt_float--;
                }
                ret_num += 6;
                pStr++;
				continue;
            default:// % 匹配错误，暂输出空格
				*pdes++ =(' '); ret_num++;
				break;
            }
			break;


        default:
            *pdes++ =(*pStr); ret_num++;
            break;
        }
        pStr++;
		if(ret_num > len){
			break;
		}
    }
    va_end(pArgs);// 结束取参数

    *pdes++ = 0;

    return ret_num;
}