#ifndef _VALVE_CONTROL_H_
#define _VALVE_CONTROL_H_

#include "define_all.h" 

// ·§²Ù×÷ÀàÐÍÉèÖã¨ÓÃÓÚÆô¶¯´æ´¢²¢´¢´æ£©
#define __VALVE_WORK_TYPE_SET(__TYPE__) (op_cl_valve_log_flag_g = __TYPE__)

#define __VALVE_CLOSE_BYTES_NEED_SET(__NUM__, __HANDLE__, __FLAG_L__) \
  do                                                                  \
  {                                                                   \
    (&valve_ctl_bytes_g)->__NUM__.__HANDLE__ = __FLAG_L__;            \
  } while (0)


#define __VALVE_CLOSE_BYTES_MODE_SET(__NUM__, __HANDLE__, __MODE_H__) \
  do                                                                  \
  {                                                                   \
    (&valve_ctl_bytes_g)->__NUM__.__HANDLE__ = __MODE_H__;            \
  } while (0)

#define __VALVE_CLOSE_BYTES_GET(__NUM__, __HANDLE__) ((&valve_ctl_bytes_g)->__NUM__.__HANDLE__)	
	
// Ç¿ÖÆ¿ª·§	
#define VALVE_FORCED_OPEN_PORT	GPIOA
#define VALVE_FORCED_OPEN_PIN		GPIO_Pin_1	
	
// ·§¿ØA
#define VALVE_CMD_A_PORT 	GPIOE
#define VALVE_CMD_A_PIN 	GPIO_Pin_2

// ·§¿ØB
#define VALVE_CMD_B_PORT 	GPIOE
#define VALVE_CMD_B_PIN		GPIO_Pin_3


// ·§¿ØC
#define VALVE_CMD_C_PORT 	GPIOE	
#define VALVE_CMD_C_PIN 	GPIO_Pin_4

	
// ¶Á·§Ãŵ½Î»ÐźÅ
//#define VALVE_SINGAL_READ HAL_GPIO_ReadPin(VALVE_SINGAL_GPIO_Port, VALVE_SINGAL_Pin)
// ·§ÃŵçÔ´
#define VALVE_PWR_ON 		GPIO_SetBits(VALVE_CMD_A_PORT, VALVE_CMD_A_PIN)
#define VALVE_PWR_OFF 	GPIO_ResetBits(VALVE_CMD_A_PORT, VALVE_CMD_A_PIN) // ÐÝÃß

// ¿ª·§
#define VALVE_OPEN                                                             \
  do                                                                           \
  {                                                                            \
    GPIO_SetBits(VALVE_CMD_B_PORT, VALVE_CMD_B_PIN);   \
    GPIO_ResetBits(VALVE_CMD_C_PORT, VALVE_CMD_C_PIN); \
  } while (0)
// ¹Ø·§
#define VALVE_CLOSE                                                            \
  do                                                                           \
  {                                                                            \
    GPIO_ResetBits(VALVE_CMD_B_PORT, VALVE_CMD_B_PIN); \
    GPIO_SetBits(VALVE_CMD_C_PORT, VALVE_CMD_C_PIN);   \
  } while (0)
// ·§ÐÝÃß
#define VALVE_SLEEP 																													 \
	do                                                                           \
  {                                                                            \
    GPIO_ResetBits(VALVE_CMD_B_PORT, VALVE_CMD_B_PIN); \
    GPIO_ResetBits(VALVE_CMD_C_PORT, VALVE_CMD_C_PIN); \
  } while (0)
	

// ¹Ø·§×Ö³¤¶È
#define VALVE_CTL_LENGTH (sizeof(VALVE_STATUS_CHANGE_T) + sizeof(VALVE_BILLING_CHANGE_1_T) + sizeof(VALVE_BILLING_CHANGE_2_T) + \
                          sizeof(VALVE_VOLTAGE_CHANGE_1_T) + sizeof(VALVE_VOLTAGE_CHANGE_2_T) + sizeof(VALVE_TP_ERR_1_T) +      \
                          sizeof(VALVE_TP_ERR_2_T) + sizeof(VALVE_MEASURE_ERR_1_T) + sizeof(VALVE_MEASURE_ERR_2_T) +            \
                          sizeof(VALVE_OTHER_ERR_1_T) + sizeof(VALVE_OTHER_ERR_2_T))
#define VALVE_CTL_LEN sizeof(VALVE_CTL_BYTES_T)

#define VALVE_CLOSE_FUNC_TABLE_NUM (sizeof(valve_close_tab_func) / sizeof(VALVE_CLOSE_FUNC_TABLE_DRV_T))

typedef enum
{
  VWT_NONE = 0U,
  VWT_NORMAL_CLOSE,
  VWT_FORCED_CLOSE,
  VWT_OPEN,
  VWT_LOCK,
  VWT_UNLOCK
} VALVE_WORK_TYPE; // ·§²Ù×÷ÀàÐÍ

#pragma pack(1)

typedef struct
{
  uint16_t gprs_cmd_need_close_valve_flag : 1; // Ô¶´«ÃüÁî
  uint16_t gprs_cmd_close_valve_type : 1;

  uint16_t flow_direction_need_close_valve_flag : 1; // Á÷ÏòÒì³£
  uint16_t flow_direction_close_valve_type : 1;

  uint16_t power_sta_need_close_valve_flag : 1; // Íâµç±ä»¯
  uint16_t power_sta_close_valve_type : 1;
  uint16_t : 2; //Ô¤Áô
	
	uint16_t uncap_1_need_close_valve_flag : 1; // ¿ª¸Ç
  uint16_t uncap_1_close_valve_type : 1;
	
	uint16_t uncap_2_need_close_valve_flag : 1; // ²ðÖ÷°å
  uint16_t uncap_2_close_valve_type : 1;
	uint16_t : 4; //Ô¤Áô
} VALVE_STATUS_CHANGE_T;

typedef struct
{
  uint16_t valve_error_need_close_valve_flag : 1; // ·§ÃÅÒì³£
  uint16_t valve_error_close_valve_type : 1;

  uint16_t balance_1_need_close_valve_flag : 1; // Óà¶îÉÙ¶î1
  uint16_t balance_1_close_valve_type : 1;

  uint16_t balance_2_need_close_valve_flag : 1; // Óà¶îÉÙ¶î2
  uint16_t balance_2_close_valve_type : 1;

  uint16_t balance_3_need_close_valve_flag : 1; // Óà¶îÉÙ¶î3
  uint16_t balance_3_close_valve_type : 1;

  uint16_t balance_4_need_close_valve_flag : 1; // Óà¶îÉÙ¶î4
  uint16_t balance_4_close_valve_type : 1;

  uint16_t balance_5_need_close_valve_flag : 1; // Óà¶îÉÙ¶î5
  uint16_t balance_5_close_valve_type : 1;
  uint16_t : 4;
} VALVE_BILLING_CHANGE_1_T;

typedef struct
{
  uint16_t set_cumulate_need_close_valve_flag : 1; // ÉèÖõÄÀÛ»ýÆøÁ¿µ½
  uint16_t set_cumulate_close_valve_type : 1;

  uint16_t no_use_gas_need_close_valve_flag : 1; // ÎÞÓÃÆøÌìÊýµ½
  uint16_t no_use_gas_close_valve_type : 1;

  uint16_t no_gprs_need_close_valve_flag : 1; // ÎÞÉϱ¨ÌìÊý
  uint16_t no_gprs_close_valve_type : 1;
  uint16_t : 10;
} VALVE_BILLING_CHANGE_2_T;

typedef struct
{
  uint16_t lith_low_need_close_valve_flag : 1; // ﮵çµÍµç
  uint16_t lith_low_close_valve_type : 1;

  uint16_t lith_down_need_close_valve_flag : 1; // ﮵çÇ·/µôµç
  uint16_t lith_down_close_valve_type : 1;

  uint16_t lith_remove_need_close_valve_flag : 1; // ﮵çÒƳý
  uint16_t lith_remove_close_valve_type : 1;

  uint16_t alka_low_need_close_valve_flag : 1; // ¼îµçµÍµç
  uint16_t alka_low_close_valve_type : 1;

  uint16_t alka_down_need_close_valve_flag : 1; // ¼îµçÇ·/µôµç
  uint16_t alka_down_close_valve_type : 1;

  uint16_t alka_remove_need_close_valve_flag : 1; // ¼îµçÒƳý
  uint16_t alka_remove_close_valve_type : 1;

  uint16_t gprs_fail_need_close_valve_flag : 1; // gprsʧ°Ü
  uint16_t gprs_fail_close_valve_type : 1;
  uint16_t : 2;
} VALVE_VOLTAGE_CHANGE_1_T;

typedef struct
{
  uint16_t reserve : 16; // ¸ù¾ÝЭÒ飬»ù±¾É϶¼ÊÇSZV10XÏà¹ØµÄ²ÎÊý£¬È¼Æø±íÎÞÓÃ
} VALVE_VOLTAGE_CHANGE_2_T;

typedef struct
{
  uint16_t temp_up_need_close_valve_flag : 1; // ζȳ¬ÉÏÏÞ
  uint16_t temp_up_close_valve_type : 1;

  uint16_t temp_up_up_need_close_valve_flag : 1; // ζȳ¬ÉÏÉÏÏÞ
  uint16_t temp_up_up_close_valve_type : 1;

  uint16_t temp_down_need_close_valve_flag : 1; // ζȳ¬ÏÂÏÞ
  uint16_t temp_down_close_valve_type : 1;

  uint16_t temp_down_down_need_close_valve_flag : 1; // ζȳ¬ÏÂÏÂÏÞ
  uint16_t temp_down_down_close_valve_type : 1;

  uint16_t press_up_need_close_valve_flag : 1; // ѹÁ¦³¬ÉÏÏÞ
  uint16_t press_up_close_valve_type : 1;

  uint16_t press_up_up_need_close_valve_flag : 1; // ѹÁ¦³¬ÉÏÉÏÏÞ
  uint16_t press_up_up_close_valve_type : 1;

  uint16_t press_down_need_close_valve_flag : 1; // ѹÁ¦³¬ÏÂÏÞ
  uint16_t press_down_close_valve_type : 1;

  uint16_t press_down_down_need_close_valve_flag : 1; // ѹÁ¦³¬ÏÂÏÂÏÞ
  uint16_t press_down_down_close_valve_type : 1;
} VALVE_TP_ERR_1_T;

typedef struct
{
  uint16_t temp_err_need_close_valve_flag : 1; // ζȴíÎó
  uint16_t temp_err_close_valve_type : 1;

  uint16_t press_err_need_close_valve_flag : 1; // ѹÁ¦´íÎó
  uint16_t press_err_close_valve_type : 1;

  uint16_t cpu_temp_up_need_close_valve_flag : 1; // »·¾³Î¶ȳ¬ÉÏÏÞ
  uint16_t cpu_temp_up_close_valve_type : 1;

  uint16_t cpu_temp_down_need_close_valve_flag : 1; // »·¾³Î¶ȳ¬ÏÂÏÞ
  uint16_t cpu_temp_down_close_valve_type : 1;
	
  uint16_t cpu_temp_drastic_change_close_valve_flag : 1; // »·¾³Î¶Ⱦç±ä
  uint16_t cpu_temp_drastic_change_valve_type : 1;
  uint16_t : 6;
} VALVE_TP_ERR_2_T;

typedef struct
{
  uint16_t flow_vel_err_need_close_valve_flag : 1; // Á÷ËÙÒì³£
  uint16_t flow_vel_err_close_valve_type : 1;

  uint16_t tof_diff_err_need_close_valve_flag : 1; // ·ÉÐÐʱ¼ä²îÒì³£
  uint16_t tof_diff_err_close_valve_type : 1;

  uint16_t sound_vel_err_need_close_valve_flag : 1; // ÉùËÙÒì³£
  uint16_t sound_vel_err_close_valve_type : 1;

  uint16_t snr_err_need_close_valve_flag : 1; // ÐÅÔë±ÈÒì³££¨Signal to Noise Ratio£©
  uint16_t snr_err_close_valve_type : 1;

  uint16_t sig_up_need_close_valve_flag : 1; // ÐźÅÒç³ö
  uint16_t sig_up_close_valve_type : 1;

  uint16_t sig_th_err_need_close_valve_flag : 1; // ÐźÅãÐÖµÒì³££¨Threshold£©
  uint16_t sig_th_err_close_valve_type : 1;

  uint16_t gain_err_need_close_valve_flag : 1; // ÔöÒæÒì³£
  uint16_t gain_err_close_valve_type : 1;

  uint16_t ut_lose_need_close_valve_flag : 1; // ̽ͷ¶ªÊ§£¨Ultrasonic Transducer£©
  uint16_t ut_lose_close_valve_type : 1;
} VALVE_MEASURE_ERR_1_T;

typedef struct
{
	uint16_t input_water_err_need_close_valve_flag : 1; // ½øË®
  uint16_t input_water_err_close_valve_type : 1;
	
  uint16_t media_err_need_close_valve_flag : 1; // ½éÖÊÒì³£
  uint16_t media_err_close_valve_type : 1;

  uint16_t dismantle_need_close_valve_flag : 1; // ²ð±í
  uint16_t dismantle_close_valve_type : 1;

  uint16_t measure_err_err_need_close_valve_flag : 1; // ¼ÆÁ¿µ¥Ôª¹ÊÕÏ
  uint16_t measure_err_err_close_valve_type : 1;	
  uint16_t : 8;
} VALVE_MEASURE_ERR_2_T;

typedef struct
{
  uint16_t leakage_need_close_valve_flag : 1; // ÆøÌåй©£¨½ÓÍⲿ±¨¾¯Æ÷Åжϣ©
  uint16_t leakage_close_valve_type : 1;

  uint16_t lcd_up_need_close_valve_flag : 1; // lcdÏÔʾ³¬ÏÞ
  uint16_t lcd_up_close_valve_type : 1;

  uint16_t lcd_temp_low_need_close_valve_flag : 1; // lcdµÍÎÂ
  uint16_t lcd_temp_low_close_valve_type : 1;

  uint16_t flow_up_1_need_close_valve_flag : 1; // Á÷Á¿³¬ÏÞ1
  uint16_t flow_up_1_close_valve_type : 1;

  uint16_t flow_up_2_need_close_valve_flag : 1; // Á÷Á¿³¬ÏÞ2
  uint16_t flow_up_2_close_valve_type : 1;

  uint16_t flow_up_3_need_close_valve_flag : 1; // Á÷Á¿³¬ÏÞ3
  uint16_t flow_up_3_close_valve_type : 1;

  uint16_t cl_constant_flow_need_close_valve_flag : 1; // ¹Ø·§ºãÁ÷£¨Î¢Ð¡Á÷Á¿Ð¹Â©£©
  uint16_t cl_constant_flow_valve_type : 1;

  uint16_t op_constant_flow_close_valve_flag : 1; // ¿ª·§ºãÁ÷
  uint16_t op_constant_flow_valve_type : 1;
} VALVE_OTHER_ERR_1_T;

typedef struct
{
  uint16_t cl_have_flow_need_close_valve_flag : 1; // ¹Ø·§×ßÆø
  uint16_t cl_have_flow_valve_type : 1;

  uint16_t e2p_write_err_need_close_valve_flag : 1; // e2pдÒì³£
  uint16_t e2p_write_err_flow_valve_type : 1;

  uint16_t e2p_read_err_need_close_valve_flag : 1; // e2p¶ÁÒì³£
  uint16_t e2p_read_err_flow_valve_type : 1;
  uint16_t : 10;
} VALVE_OTHER_ERR_2_T;

typedef struct
{
  VALVE_STATUS_CHANGE_T valve_ctr_1;
  VALVE_BILLING_CHANGE_1_T valve_ctr_2;
  VALVE_BILLING_CHANGE_2_T valve_ctr_3;
  VALVE_VOLTAGE_CHANGE_1_T valve_ctr_4;
  VALVE_VOLTAGE_CHANGE_2_T valve_ctr_5;
  VALVE_TP_ERR_1_T valve_ctr_6;
  VALVE_TP_ERR_2_T valve_ctr_7;
  VALVE_MEASURE_ERR_1_T valve_ctr_8;
  VALVE_MEASURE_ERR_2_T valve_ctr_9;
  VALVE_OTHER_ERR_1_T valve_ctr_10;
  VALVE_OTHER_ERR_2_T valve_ctr_11;
} VALVE_CTL_BYTES_T; // ¹Ø·§¿ØÖÆ×Ö

typedef struct
{
  const uint16_t valve_close_flag;
  const uint8_t offset_bit;
  uint16_t * valve_close_byte;
} VALVE_CLOSE_FUNC_TABLE_DRV_T;

#pragma pack()

extern SYS_ALARM_VALVE_T op_cl_valve_cause_id;

extern VALVE_WORK_TYPE op_cl_valve_log_flag_g;

extern FlagStatus valve_signal_complete_g;

extern VALVE_CTL_BYTES_T valve_ctl_bytes_g;

void Valve_IO_Init(void);

void Valve_Process(SYS_ALARM_VALVE_T * pOp_cl_cause);
void Valve_StateSet(void);
void Valve_OpenCloseTimeInit(void);

#endif