LC_D29V_ZZD/app/bsp.c

#include "includes.h"


#define VIR_WAIT_FOREVER (-1U)

LSAPI_OSI_Pipe_t *at_rx_pipe = NULL;
LSAPI_OSI_Pipe_t *at_tx_pipe = NULL;


void vir_at_process(char *buf,unsigned int len)
{
	
	if(sutApp.gtTMode==1)MSG_INFO(1,"vir_at--->%s",buf);
	
//	if(msgCmp(buf, "SV"))	{
//		strcpy(sutApp.modemVer, buf);
//			sutApp.modemVer[strlen(buf)-2]=0;
//		}
	
	pocCmdHandler(buf,len);// 
}
//妯″潡搴旂瓟
static void prvVirtAtRespCallback(void *param, unsigned event)
{
    LSAPI_OSI_Pipe_t *pipe = (LSAPI_OSI_Pipe_t *)param;
    char buf[256];
    
    for (;;)
    {
        int bytes = LSAPI_OSI_PipeRead(pipe, buf, sizeof(buf)-1);
        if (bytes <= 0)
            break;

        buf[bytes] = '\0';
       // MSG_INFO(1,"VAT1:%d,%s",bytes,buf);
        vir_at_process(buf,bytes);
    }
   	//MSG_INFO(1,"prvVirtAtRespCallback");
}

void makeupsample(void *param){
    at_rx_pipe = LSAPI_OSI_PipeCreate(1024);
    at_tx_pipe = LSAPI_OSI_PipeCreate(1024);//1024
    LSAPI_OSI_PipeSetReaderCallback(at_tx_pipe, LSAPI_PIPE_EVENT_RX_ARRIVED,
                             prvVirtAtRespCallback, at_tx_pipe);

    LSAPI_Device_AtVirtConfig_t cfg = {
        .name = LSAPI_MAKE_TAG('V', 'A', 'T', '1'),
        .rx_pipe = at_rx_pipe,
        .tx_pipe = at_tx_pipe,
    };
    LSAPI_Device_t *device = LSAPI_Device_AtVirtCreate(&cfg);
    LSAPI_Device_AtDispatch_t *dispatch = LSAPI_Device_AtDispatchCreate(device);
    LSAPI_Device_AtSetDispatch(device, dispatch);
    LSAPI_Device_Open(device);
    LSAPI_OSI_ThreadExit();
}

void CreateSerialAtThead()
{

	if(NULL==LSAPI_OSI_ThreadCreate("virat", makeupsample, NULL, LSAPI_OSI_PRIORITY_NORMAL, 1024, 4))
		MSG_INFO(1,"virat thread create err");
		LSAPI_OSI_ThreadSleep(500);	

}

/*
innerInfo
鍙戦€佹暟鎹�埌鍐呴儴(module)API
*/

void innerInfo(unsigned char  *info, unsigned int len){
	if(len>0){
		if(0>LSAPI_OSI_PipeWriteAll(at_rx_pipe, info, len, VIR_WAIT_FOREVER))
			MSG_INFO(1,"LSAPI_OSI_PipeWriteAll write failed");
	}
}

void ModemSendAt(char *p)
{
	int len;
	len=strlen(p);
	innerInfo(p,len);
}

/*********************************************************************
硬件UART1 DET
********************************************************************/
static LSAPI_Device_t *gDeviceUart = NULL;

void Ble_SendAT(char *data,int len){

	LSAPI_Device_Write(gDeviceUart, data, len);

}


static void UART1_Init(void){
	
	uint8_t r_buffer[256] = {0x00};	
	unsigned ShowBuf[100]={0};
	unsigned char temp[3]={0};
	int ret,i = 0;	
	LSAPI_Device_UartConfig_t uart_cfg = {	
	.name = LSAPI_DEV_UART1,
	.baud = 9600,	
	.format = LSAPI_DEVICE_FORMAT_8N1,	
	.parity = LSAPI_DEVICE_PARITY_ODD,	};
	uart_cfg.event_cb = NULL ;//prvMenuUartEvtCb;	uart_cfg.event_cb_ctx = NULL;
	//gUartWRTd;	
	gDeviceUart = LSAPI_Device_UartCreate(&uart_cfg);	
	if(gDeviceUart == NULL)	{	
		MSG_INFO(1,"uart: creat uart faild!");	
		return ;	
		}	
	ret = LSAPI_Device_Open(gDeviceUart);	
	if(!ret){	
		MSG_INFO(1,"uart: Open uart Failed");	
		return ;	
	}	
	while (1) 
	{	
		int read_avail_size = LSAPI_Device_ReadAvail(gDeviceUart);	
		if (read_avail_size > 0) {	
			int read_size = LSAPI_Device_Read(gDeviceUart, r_buffer, sizeof(r_buffer));		
			if (read_size > 0)		
			{		
				for(i=0;i<read_size;i++){
					snprintf(temp,3,"%02x",r_buffer[i]);
					strcat(ShowBuf,temp);

				}
				usbOutPut(ShowBuf,strlen(ShowBuf));
				MSG_INFO(1,"uart1: read: {%s}", ShowBuf);
				BLE_at_process(r_buffer,read_size);	
				read_size=0;
				memset(ShowBuf,0,sizeof(ShowBuf));
				
		    }	
		}		
	}
	
}




void CreateUART1_Thread(void)
{

	if(NULL==LSAPI_OSI_ThreadCreate("uart1", UART1_Init, NULL, LSAPI_OSI_PRIORITY_NORMAL, 1024*2, 4))
		MSG_INFO(1,"uart1 thread create err");
		LSAPI_OSI_ThreadSleep(500);	

}