涂鸦智能颈部按摩仪设计——断电记忆云端控制（嵌入式）
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一、断电记忆
1、原理
断电记忆的原理是将设备在断电前的各个工作状态写入到空闲的flash闪存中，在下次上电时从flash中读取数据，让设备工作在断电前的工作状态。
TLSR8253芯片flash布局如下：
0x040000 - 0x060000为未使用区域，可将设备状态写入该区域内。
2、实现
（1）写状态到flash
/***********************************************************
* Function: write_massage_status_to_flash
* Input: none
* Output: none
* Return: none
* Notice: 将按摩仪状态写到 flash 中
***********************************************************/
void write_massage_status_to_flash(void)
{
Flash_Write_Buff[0] = massage_state.on_off;
Flash_Write_Buff[1] = massage_state.pattern;
Flash_Write_Buff[2] = massage_state.gear;
Flash_Write_Buff[3] = massage_state.heat;
flash_write_page(FLASH_ADDR, FLASH_BUFF_LEN, (unsigned char *)Flash_Write_Buff);
return;
}
（2）从flash读状态
/**********************************************************************
* Function: read_massage_status_to_flash
* Input: none
* Output: none
* Return: none
* Notice: 从 flash 中读取按摩仪断电前状态，存到按摩仪状态结构体内
**********************************************************************/
void read_massage_status_to_flash(void)
{
flash_read_page(FLASH_ADDR, FLASH_BUFF_LEN, (unsigned char *)Flash_Read_Buff);
//将从 flash 读取到的数据，存放到结构体中
massage_state.on_off = Flash_Read_Buff[0];
massage_state.pattern = Flash_Read_Buff[1];
massage_state.gear = Flash_Read_Buff[2];
massage_state.heat = Flash_Read_Buff[3];
return;
}
（3）恢复出厂设置
/***********************************************************
* Function: erase_massage_flash
* Input: none
* Output: none
* Return: none
* Notice: 恢复出厂设置
***********************************************************/
void erase_massage_flash(void)
{
massage_state.on_off = OFF;
massage_state.pattern = relieve;
massage_state.gear = first_gear;
massage_state.heat = off_heat;
Flash_Write_Buff[0] = OFF;
Flash_Write_Buff[1] = relieve;
Flash_Write_Buff[2] = first_gear;
Flash_Write_Buff[3] = off_heat;
flash_write_page(FLASH_ADDR, FLASH_BUFF_LEN, (unsigned char *)Flash_Write_Buff);
return;
}
二、云端控制
1、原理
单点蓝牙一个DP点的所有信息存放在一个数组中。以功能模式为例，其DPID为104，对应数组为：
unsigned char mode_buf[] = {0x68, 0x04, 0x01, 0x00}; //{DP_ID, DP_type, DP_len, DP_data}
tuya_ble_dp_data_report(mode_buf, 4); //数据上报函数
上报单个DP点数据时调用tuya_ble_dp_data_report(uint8_t *p_data,uint32_t len)函数即将数据上报到云端。
APP下发控制命令也是以数组的形式存放在dp_data_array[255+3]数组中，编写DP数据下发处理函数，将dp_data_array[255+3]作为输入参数放在tuya_ble_demo.c中的tuya_cb_handler(tuya_ble_cb_evt_param_t* event)函数中即可实现APP指令下发。
2、实现代码
void app_dp_handle(uint8_t *dp_data)
{
printf("dp_data:%d %d %d %d\\r\\n", dp_data[0], dp_data[1], dp_data[2], dp_data[3]);
switch (dp_data[0]) {
case 0x66:
if (dp_data[3] == strong_heat) {
massage_state.heat = strong_heat;
} else {
massage_state.heat = off_heat;
}
printf("dp_data[3]:%d massage_state.heat:%d\\r\\n", dp_data[3], massage_state.heat);
if (!app_flag) {
switching_heat(massage_state.heat);
}
break;
case 0x67:
printf("dp_data[3]:%d \\r\\n", dp_data[3]);
switch (dp_data[3]) {
case first_gear:hhhhhhhhh
massage_state.gear = first_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case second_gear:
massage_state.gear = second_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case third_gear:
massage_state.gear = third_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case fourth_gear:
massage_state.gear = fourth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case fifth_gear:
massage_state.gear = fifth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case sixth_gear:
massage_state.gear = sixth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case seventh_gear:
massage_state.gear = seventh_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case eighth_gear:
massage_state.gear = eighth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case ninth_gear:
massage_state.gear = ninth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case tenth_gear:
massage_state.gear = tenth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case eleventh_gear:
massage_state.gear = eleventh_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case twelfth_gear:
massage_state.gear = twelfth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case thirteenth_gear:
massage_state.gear = thirteenth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case fourteenth_gear:
massage_state.gear = fourteenth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case fifteenth_gear:
massage_state.gear = fifteenth_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
case max_gear:
massage_state.gear = max_gear;
if (!app_flag) {
switching_gear(massage_state.gear);
}
break;
default:
break;
}
break;
case 0x68:
if (dp_data[3] == relieve) {h'h'h'h'h'h'h'h'h
massage_state.pattern = relieve;
} else if (dp_data[3] == vitality) {
massage_state.pattern = vitality;
} else if (dp_data[3] == hammering) {
massage_state.pattern = hammering;
} else if (dp_data[3] == scraping_therapy) {
massage_state.pattern = scraping_therapy;
} else {
massage_state.pattern = intelligent;
}
break;
case 0x69:
if (dp_data[3] == ON) {
massage_state.on_off = ON;
rs2255_init();
voice_prompt_init();
pattern_pin_init();
app_flag = 0;
} else {
massage_state.on_off = OFF;
power_off_init();
app_flag = 1;
}
break;
default:
break;
}
}
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