试图将字节从外设发送到中心（DA14580到智能手机）

我正在尝试从BLE芯片向智能手机向智能手机发送N个字节，在从智能手机中收到BLE芯片中的一组字节，即，我的预期操作顺序如下：

智能手机 - > DA14580芯片 - >智能手机

I have managed to do the first part (Smartphone --BLE--> DA14580 chip) but I am having trouble understanding how to do the second part

我正在修改ble_app_peripheral样本程序

我在user_custs1_impl.c中取消了void app_adcval1_timer_cb_handler（）的代码，并尝试修改它，但它不起作用（即，我的智能手机上的Buttom BLE接收应用程序不会检测到任何东西）
(I am also sure it is not a problem with the smartphone app, as it can detect incoming BLE data from another custom BLE module that I have, and my goal to create my own version of this custom module)

这是我的代码：

void user_server_rx_data_ind_handler（ke_msg_id_t const msgid，
struct musts1_val_write_ind const * param，
ke_task_id_t const dest_id，
ke_task_id_t const src_id）
{
ARCH_PRINTF（“功能％s \ n \ r”，__func__）;
// DO OPERATION: just display data for now
for（int i = 0; iLength; i ++）{
ARCH_PRINTF（“\ TPARAM->值[％d] =％d（0x％x）\ n \ r”，i，param-> value [i]，param-> value [i]）;
}

// 2018-02-12：i2c将字节发送到外部开发
//将接收的字节数组的数据部分发送到I2C从地址
arch_printf("Writing to I2C: Add: %d value: %d\n\r", I2C_SLAVE_ADDRESS, param->value[(param->length) - 1] );
i2c_write_mine（i2c_slave_address，param-> value [（param-> length） - 1]）;

// 2018-02-20：来自论坛帖子（https://support.dialog-semiconductor.com/ble-transmission）
// *************************************定制价值1 ********************************* //
struct custs1_val_ntf_req* req = KE_MSG_ALLOC_DYN(CUSTS1_VAL_NTF_REQ,
task_custs1，
task_app，
custs1_val_ntf_req,
def_user_server_tx_data_char_len）;

arch_printf("Inside %s\n\r\tCUSTS1_VAL_NTF_REQ = %d\n\r\tTASK_CUSTS1 = %d\n\r\tTASK_APP = %d\n\r\tDEF_CUST1_ADC_VAL_1_CHAR_LEN = %d\n\r",__func__, CUSTS1_VAL_NTF_REQ, TASK_CUSTS1, TASK_APP, DEF_USER_SERVER_TX_DATA_CHAR_LEN);
静态UINT16_T样本[20];
for(int i=0; i< 20; i++)
{
样本[i] = 65 + i;
}

req->conhdl = app_env->conhdl;
// req-> handle = cust1_idx_adc_val_1_val;// 2018-02-20：orig
req->handle = USER_IDX_SERVER_TX_DATA_VAL;
// req->length = DEF_CUST1_ADC_VAL_1_CHAR_LEN; // 2018-02-20 : ORIG
req->length = DEF_USER_SERVER_TX_DATA_CHAR_LEN;
// memcpy(req->value, &sample, DEF_CUST1_ADC_VAL_1_CHAR_LEN); // 2018-02-20 : ORIG
memcpy（req->值，＆sample，def_user_server_tx_data_char_len）;

ke_msg_send(req);

arch_printf("I2C data sending completed\n\r");
}

user_server_rx_data_ind_handler（）是当da14580从ble收到字节时调用的自定义函数（此函数在user_catch_rest_hndl（）中调用user_peripheral.c中的一个，其中一个switch（）...案例块

USER_IDX_SERVER_TX_DATA_VAL is defined in user_custs1_def.h, as an enum along side CUST1_IDX_ADC_VAL_1_VAL. This enum entry was created following the tutorial for the ble_peripheral_app. The other enums created alongside this are:

user_idx_server_tx_data_char，
USER_IDX_SERVER_TX_DATA_VAL,
user_idx_server_tx_data_ntf_cfg，
user_idx_server_tx_data_user_desc，
Basically I have tried to make this the same as CUST1_IDX_ADC_VAL_1_*

DEF_USER_SERVER_TX_DATA_CHAR_LEN is defined in user_custs1_def.h as
#define def_user_server_tx_data_char_len 20.

The ble_peripheral_app tutorial I followed is
Training_03_custom_profile_gatt_cmd_example_v1 0.pdf

I think I am missing something very basic here. How can I send a single byte of data from the BLE chip to the smartphone?

- - 编辑 - -
This causes the following outputs on the UART terminal:

Inside user_server_rx_data_ind_handler.
CUSTS1_VAL_NTF_REQ = 55300
TASK_CUSTS1 = 54
task_app = 50.
def_cust1_adc_val_1_char_len = 20.
I2C数据发送已完成

它还导致user_peripheral.c中的呼叫呼叫user_catch_rest_hndl（）函数

Entered user_catch_rest_hndl :
msgid = 0xd805
检测到MSG_PARAM-> HARKE = 27）检测到CUSTS1_VAL_NTF_CFM

--- EDIT 2 ---
还将以下条目添加到user_custs1_def.c文件的struct attm_desc_128 custs1_att_db [cust1_idx_nb] =结构定义：

//用户服务器TX数据特征声明
[USER_IDX_SERVER_TX_DATA_CHAR] = {(uint8_t*)&att_decl_char, ATT_UUID_16_LEN, PERM(RD, ENABLE),
sizeof(user_server_tx_data_char), sizeof(user_server_tx_data_char), (uint8_t*)&user_server_tx_data_char},

//用户服务器TX数据特征值
//可能必须在此处启用NTF权限;如果需要稍后回到这一点
[USER_IDX_SERVER_TX_DATA_VAL] = {USER_SERVER_TX_DATA_UUID_128, ATT_UUID_128_LEN, PERM(RD, ENABLE) | PERM(NTF, ENABLE),
DEF_USER_SERVER_TX_DATA_CHAR_LEN, 0, NULL},

// user Server TX data Characteristic Configuration Descriptor
[USER_IDX_SERVER_TX_DATA_NTF_CFG] = {(uint8_t*)&att_decl_cfg, ATT_UUID_16_LEN, PERM(RD, ENABLE) | PERM(WR, ENABLE),
sizeof(uint16_t), 0, NULL},

//用户服务器TX数据特征用户描述
[USER_IDX_SERVER_TX_DATA_USER_DESC] = {(uint8_t*)&att_decl_user_desc, ATT_UUID_16_LEN, PERM(RD, ENABLE),
sizeof(USER_SERVER_TX_DATA_USER_DESC) - 1, sizeof(USER_SERVER_TX_DATA_USER_DESC) - 1, USER_SERVER_TX_DATA_USER_DESC},