HCI UART 输出乱码 使用的模块是CYBT-343026

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CaLi_4592466
Level 4
Level 4
25 replies posted 10 replies posted 5 replies posted

我们在测试HCI UART和SPI 同时通信时,出现的问题如下:

  1. 当设备不初始化 SPI 时,设备可以正常输出LOG,附件中的示例程序 每秒会输出“1”是正常的
    示波器抓取的 TX波形如下:
  2. 当设备初始化 SPI时和HCI UART 输出的值一直是 6C(十六进制)

     示波器抓取TX的波形如下:

    

SPI 的 初始化代码如下:

void spi_master_init( void )

{

    WICED_BT_TRACE("spi_master_init\r\n");

    wiced_hal_pspi_init( MASTER1_CONFIG,

                         INPUT_PIN_FLOATING,

                         MASTER1_P24_CLK_P27_MOSI_P25_MISO,

                         SPI_CLOCK_SPEED,

                         SPI_LSB_FIRST,

                         SPI_SS_ACTIVE_LOW,

                         SPI_MODE_0,

                         SPI_CS);

    /*SPI CS init */

    wiced_hal_gpio_configure_pin(SPI_CS, GPIO_OUTPUT_ENABLE, GPIO_PIN_OUTPUT_HIGH );//chip select

    //spi_master_configure_gpio();

}

HCI UART 和 SPI 的共有一个buffer?

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8 回复数
Owen_Zhang123
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5 questions asked 500 solutions authored 250 sign-ins

HCI UART和SPI不是共用buffer。你的应用中是通过HCI UART输出log吗?

请参考demo/hci_uart_spi_bridge工程中SPI相关的代码。如果还是有问题,请上传一个可以复现问题的程序,我这边debug一下。

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你好,

测试代码 我上传到了网盘,麻烦帮忙测试看下!

谢谢!

链接:https://pan.baidu.com/s/1_LcZDiUOkjWSv0l_8UKyvw

提取码:m3l9

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Hi,

我的应用程序是通过HCI UART 进行输出LOG的。

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demo/hci_uart_spi_bridge工程中添加了如下代码:

wiced_transport_cfg_t transport_cfg =

{

    .type =                         WICED_TRANSPORT_UART,                    /**< Wiced transport type. */

    /* Transport Interface Configuration */

    .cfg = {

        /* UART Transport Configuration */

        .uart_cfg = {

            .mode =                 WICED_TRANSPORT_UART_HCI_MODE,           /**<  UART mode, HCI or Raw */

            .baud_rate =            HCI_UART_DEFAULT_BAUD                    /**<  UART baud rate */

        }

    },

    /* Rx Buffer Pool Configuration */

    .rx_buff_pool_cfg = {

        .buffer_size =              1024,                  /**<  Rx Buffer Size */

        .buffer_count =             2                  /**<  Rx Buffer Count */

    },

    .p_status_handler =             NULL,                                    /**< Wiced transport status handler.*/

    .p_data_handler =               NULL,              /**< Wiced transport receive data handler. */

    .p_tx_complete_cback =          NULL                                     /**< Wiced transport tx complete callback. */

};

/*

*  Application Start, ie, entry point to the application.

*/

APPLICATION_START( )

{

    /* Initialize the transport configuration */

    wiced_transport_init( &transport_cfg );

    wiced_set_debug_uart( WICED_ROUTE_DEBUG_TO_HCI_UART );

    wiced_bt_stack_init( hci_bridge_management_callback ,  &hci_bridge_cfg_settings, hci_bridge_cfg_buf_pools);

}

wiced_result_t hci_bridge_management_callback( wiced_bt_management_evt_t event, wiced_bt_management_evt_data_t *p_event_data )

{

    wiced_result_t result = WICED_BT_SUCCESS;

    switch( event )

    {

        /* Bluetooth  stack enabled */

        case BTM_ENABLED_EVT:

            gpio_initialized = TRUE;

            SPI_CLOCK_SPEED = 8000000;

            spi_master_init();

       //     spi_register_tx_rx_handler(spi_master_handle_tx_and_rx);

            spi_master_register_data_received_cb(hci_bridge_spi_master_data_received);

            hci_puart_init();

            //hci_bridge_send_device_started_evt();

            /* Starting the app timers , seconds timer and the ms timer  */

            wiced_bt_app_start_timer(   1, 0, hello_sensor_timeout, NULL );

            break;

        case BTM_DISABLED_EVT:

            break;

        default:

            break;

    }

    return result;

}

void hello_sensor_timeout( uint32_t count )

{

    static uint32_t v_timercount;

    v_timercount++;

    WICED_BT_TRACE("hello_sensor_timeout:%d\n",v_timercount);

}

另外makefile 中:添加了如下代码

APP_PATCHES_AND_LIBS += rtc_lib.a

APP_PATCHES_AND_LIBS += FM25Q04_sflash.a

C_FLAGS += -DWICED_BT_TRACE_ENABLE

# If defined, HCI traces are sent over transport/WICED HCI interface

#C_FLAGS += -DHCI_TRACE_OVER_TRANSPORT

C_FLAGS += -DWICED_HCI_TRANSPORT_UART=1

#C_FLAGS += -DWICED_HCI_TRANSPORT_SPI=2

ifneq (,$(findstring SPI,$(TRANSPORT)))

$(info Transport=SPI)

C_FLAGS += -DWICED_HCI_TRANSPORT=WICED_HCI_TRANSPORT_SPI

else

$(info Transport=UART)

C_FLAGS += -DWICED_HCI_TRANSPORT=WICED_HCI_TRANSPORT_UART

endif

再hello_sensor_timeout 回调函数中做了打印,打印结果应该是WICED_BT_TRACE("hello_sensor_timeout:%d\n",v_timercount);

但是实际打印出来的效果是一直是 十六进制的“41”,请帮忙查看原因,问题比较紧急!XinghaoZ_26AnjanaM_61

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Owen_Zhang123
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5 questions asked 500 solutions authored 250 sign-ins

我这边也可以复现你的问题,可能是两个驱动的底层冲突了,需要进一步的debug。

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好的,我们现在的产品需要 同时使用到 HCI UART 和SPI,这个问题大概什么时候能解决?

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Owen_Zhang123
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5 questions asked 500 solutions authored 250 sign-ins

The problem has escalated to case system. Let's discuss it there.

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我怎么查找我的 问题处理进度?在哪个table 下查?

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