dtu/Core/Inc/ConfigMacros.h

#ifndef __CONFIGMACROS_H
#define __CONFIGMACROS_H

#include "oled.h"
#include "key.h"
#include "interface.h"

/**
  * @breaf 定义测试开关
  */
#define		Test_old			0					//演示入口
#define  	keyDebuginfo		1


/**
  * @breaf 简化函数单体
  */
#define open16			11	//开字
#define close16			12	//关字
#define resetDevAddr					((uint32_t)0x8075000)  
#define TIM_Start(htim) 				HAL_TIM_Base_Start_IT(htim)
#define LED_TOGGLE(pin)       			HAL_GPIO_TogglePin(GPIOC, (pin))		//运行灯
#define UART_PRINT(huart) 				HAL_UART_Transmit(huart, (uint8_t *)&ch, 1, 0xFFFF);
#define PRINT_MENU_STATUS(key)  		printf("--->%s pressed\t%d   %d   %d   %d\n", key, menu.current, menu.up, menu.next, menu.enter)
#define HELLO(message) 					printf("%s\r\n", message)
#define PRINT_UUID(message) 			printf("#%s符合设置项\n",message)
#define PRINT_NUUID(message) 			printf("%s不符合\n",message)
#define RXNE_UART(huart) 				__HAL_UART_ENABLE_IT(huart, UART_IT_RXNE)	

/**
  * @breaf BT模组测试重启 */
#define RESET_BT_MODULE_demo() \
    if(resetBTmodule) { \
		resetBTmodule = false; \
        MBA32A_Init_demo(); \
    }
	
/**
  * @breaf BT模组重启 */
#define RESET_BT_MODULE() \
    if(resetBTmodule) { \
		resetBTmodule = false; \
        MBA32A_Init(); \
    }	
	
/**
  * @breaf 4G模组重启 */
#define RESET_4G_MODULE() \
    if(reset4Gmodule) { \
		reset4Gmodule = false; \
        ML307A_Init(); \
    }	

/**
  * @breaf 简化函数多体
  */
/* OLED显示 */
#define OLED_DISPLAY(color, display) do { \
    OLED_Init(); \
    OLED_ColorTurn(color); \
    OLED_DisplayTurn(display);  \
} while(0)

/* 设置键值 */
#define SET_MENU_STATUS(current_value, up_value, next_value, enter_value) \
do { \
    menu.current = current_value; \
    menu.up = up_value; \
    menu.next = next_value; \
    menu.enter = enter_value; \
	refresh = true;\
} while(0)

/* WDI */
#define TOGGLE_WDI_PIN(htim_instance) \
do { \
    if ((htim_instance)->Instance == TIM2) { \
        HAL_GPIO_TogglePin(WDI_GPIO_Port, WDI_Pin); \
    } \
} while(0)

/* 扫描按键刷新屏幕 */
#define UPDATE_EXECUTE_REFRESH() \
do { \
    updatekeystate(); \
    execute_interface(menu); \
    OLED_Refresh(); \
} while(0)

/* U1-U4 DMA */
#define IDLE_DMA_UART(huart) \
do {\
	__HAL_UART_ENABLE_IT(huart, UART_IT_IDLE); \
	HAL_UART_Receive_DMA(huart, recvBuff, 2048); \
} while(0)

/* 蓝牙参数初始化(流水号/dtu1/自动施封时间) */	
#define INIT_BT_FRAME() \
do { \
	btframe.serialNum = 0x00000001; \
	btframe.userId 	  = 0x64747531; \
	btframe.Autoseal  = 0x01; \
	printf("\t###01\tBT_init%d...\r\n", resetcount_bt); \
} while (0)

/* 4G参数初始化*/	
#define INIT_4G_FRAME() \
do { \
	printf("\t###02\t4G_init%d...\r\n",resetcount_4g); \
} while (0)

/**
  * @breaf 结构体定义
  */
/* 界面参数结构体 */	
typedef struct
{
    uint8_t current;		//当前状态索引号
    uint8_t up; 			//向下一个
    uint8_t next; 			//向下一个
    uint8_t enter; 	    	//确定
	unsigned char* sn; 	//sn
	uint32_t home;
	
} Menu_table;

/* 按键参数结构体 */	
struct keys
{
	unsigned char judge_sta;	//判断按键按键按下的动作到了第几步
	bool key_sta;				//如果按键被按下，为0
	bool key_flag;				//如果确认被按下，为1
};

/* 蓝牙锁信息帧参数结构体 */	
typedef struct
{
    uint32_t serialNum;	//4字节流水号
	uint32_t userId;	//4字节userid
	uint32_t Ntime;		//4字节时间
	uint8_t	 Autoseal;	//1字节自动施封
	
} BtFrame;


typedef enum {
	BtStepDefault = 0,
    UUIDS = 1,
    UUIDN = 2,
    UUIDW = 3,
} BtStep;

typedef enum {
    Default = 0,
    InProgress = 1,
	Abnormal_motor = 2
} TipsFlag;

#endif /*__CONFIGMACROS_H*/