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want to add command mode and data mode in DSPS sdk.

laxmi

Hi Team,

Iam using DSPS sdk: 6.150.6.77, DA14531MOD.

As per my requirement i have to use DSPS sdk for high data flow.

So, further i want to add other feature like,

1. when BT module not connected to host Application it should be set to command mode.

2. when BT module connected to host Application it should be in data mode.

please let me know at which piece of code App connection and disconnection flags are placed.

Regards,

Laxmi Narayana.

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  • 0

    Hi,

    Thank you for reply, 

    laxmi said:
    please let me know at which piece of code App connection and disconnection flags are placed

    As I asked could pls tell use where can we have App connected and App disconnected?

    Regards,

    Laxmi Narayana 

  • 0 in reply to laxmi

    Hi Laxmi,

    The SPS SDK structure just like SDK6 general, you can find the event call backs here:

    BR,

    JH_Renesas

  • 0 in reply to JH_Renesas

    Hi,

    Thank you for reply,

    In DSPS code iam not using SUOTA, Remote configuration and user configuration macros.

    So, my code size is 24KB. Hope i can add some piece of code for command mode and data mode.

    Let me know procedure to add command mode and data mode in DSPS source code.

    Regards,

    Laxmi Narayana.

  • 0 in reply to laxmi

    Hi Laxmi，

    OV has created one demo for responding BD address, you can take this as a reference: 

    I worked on the SPS SDK v6.150.6.77 with Security enabled.
    At the top of the user_sps_device_dma.c file I added the following functions:

    #include "user_periph_setup.h"
#include "uart.h"
uint8_t addr2[BD_ADDR_LEN] = {0}; 
static void enable_uart1()
{
        //Configure UART pins for 2-Wire UART
    GPIO_ConfigurePin(gpio_uart1_tx.port, gpio_uart1_tx.pin, OUTPUT, PID_UART1_TX, false);
    GPIO_ConfigurePin(gpio_uart1_rx.port, gpio_uart1_rx.pin, INPUT_PULLUP, PID_UART1_RX, false);
    GPIO_ConfigurePin(gpio_uart1_rts.port, gpio_uart1_rts.pin, INPUT_PULLUP, PID_GPIO, false);
    GPIO_ConfigurePin(gpio_uart1_cts.port, gpio_uart1_cts.pin, INPUT_PULLUP, PID_GPIO, false);
        //Uart Configuration
    uart_cfg_t uart_cfg = {
        .baud_rate = UART_BAUDRATE_921600,
        .data_bits = UART_DATABITS_8,
        .parity = UART_PARITY_NONE,
        .stop_bits = UART_STOPBITS_1,
        .auto_flow_control = UART_AFCE_DIS,
        .use_fifo = UART_FIFO_EN,
        .tx_fifo_tr_lvl = UART_TX_FIFO_LEVEL_0,
        .rx_fifo_tr_lvl = UART_RX_FIFO_LEVEL_0,
        .intr_priority = 0,
    };
        //Iniitialize UART1
    uart_initialize(UART1, &uart_cfg);
    
}
static void disable_uart1()
{
        uart_disable(UART1);
    
        //Reconfigure UART pins for 4-Wire UART 
    GPIO_ConfigurePin(gpio_uart1_tx.port, gpio_uart1_tx.pin, OUTPUT, PID_UART1_TX, false);
    GPIO_ConfigurePin(gpio_uart1_rx.port, gpio_uart1_rx.pin, INPUT_PULLUP, PID_UART1_RX, false);
    GPIO_ConfigurePin(gpio_uart1_rts.port, gpio_uart1_rts.pin, OUTPUT, PID_GPIO, true);
    GPIO_ConfigurePin(gpio_uart1_cts.port, gpio_uart1_cts.pin, INPUT_PULLUP, PID_UART1_CTSN, false);    
}
static void print_me(void)
{
        arch_set_sleep_mode(ARCH_SLEEP_OFF);
    //Initialize UART1
        enable_uart1();
#if USER_CFG_ADDRESS_MODE == APP_CFG_ADDR_STATIC
    // Send the BDA
        uart_send(UART1, addr2, (sizeof(addr2)+ 2), UART_OP_BLOCKING);
#else
        uint32_t bdaddr_msb = (GetWord32(BLE_BDADDRU_REG))&0x1FFFF;
        uint32_t bdaddr_lsb = (GetWord32(BLE_BDADDRL_REG));
        uint8_t addr[6];
        memcpy(&addr2, &bdaddr_lsb, 4);
        memcpy(&addr2[4], &bdaddr_msb, 2);
        uart_send(UART1, addr2, (sizeof(addr2)+ 2), UART_OP_BLOCKING);
#endif    
    
    
    //Disable UART1 and reconfigure the UART pins for 4-Wire UART
        disable_uart1();
    
        arch_set_sleep_mode(app_default_sleep_mode);

}

    You should also modify the default_app_generate_static_random_addr API on app_default_handlers.c file as shown below:

    extern uint8_t addr2[BD_ADDR_LEN];
void default_app_generate_static_random_addr(struct bd_addr *addr)
{
    // Check if the static random address is already generated.
    // If it is already generated the two MSB are equal to '1'
    if (!(addr->addr[BD_ADDR_LEN - 1] & GAP_STATIC_ADDR))
    {
        // Generate static random address, 48-bits
        co_write32p(&addr->addr[0], co_rand_word());
        co_write16p(&addr->addr[4], co_rand_hword());
            
        // The two MSB shall be equal to '1'
        addr->addr[BD_ADDR_LEN - 1] |= GAP_STATIC_ADDR;
    }
        memcpy(&addr2, &addr->addr, BD_ADDR_LEN);
        
}

    In order for the project to be able to compile, you will have to change the value of the MSG_HEAP_SZ on the da14531_config_advanced.h file:
    #define MSG_HEAP_SZ             (4020)

    Finally, you can call the print_me function whenever you want inside the user_sps_device_dma.c file.
    I called it inside the user_advertise_operation(void). Each time we start advertising, we will initialize briefly UART1 and send the BDA to the Host MCU. The Host MCU should handle the BDA and save it on his side.
    Please also refer on the dsps_uart1_bda.mp4 video as well.

     

    Note: The implementation could change depending on the value of the USER_CFG_ADDRESS_MODE macro.
    Note2: If you want the Host MCU to be able to request the BDA from the DA14531 via a command, that would require a different implementation and it will need to reduce the Heap size more that could affect the performance of the SPS SDK.

  • 0 in reply to JH_Renesas

    Hi,

    Thank you for reply,

    can you resend the post as the previous post content was overlapped as shown below:

    Regards,

    Laxmi Narayana.

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