#include "system_mem_para.h"
#include "mbcrc.h"
#include "eeprom.h"
#include "system_eep_mem_manage.h"
#include "rs485_data_analysis_pro.h"

SYSTEM_EEP_IDENTIFICATION_T system_eep_id_g;
EQUIPMENT_BASIC_INF_T 			    equipment_basic_inf_g={ 
	.product_type= DM_SCM_SZV103,		\
	.caliber_type = DN50_TYPE,			\
	.valve_type = VM_HADE,					\
	.equipment_type = EM_SIFRCT,};

MAIN_EQUIPM_HARDWARE_SOFTWARE_INF_T        main_equipment_hardware_software_inf_g;
LCD_EQUIPM_HARDWARE_SOFTWARE_INF_T         lcd_equipment_hardware_software_inf_g;
WIRELESS_EQUIPM_HARDWARE_SOFTWARE_INF_T    wireless_equipment_hardware_software_inf_g;
__IO SAVE_REALTIME_DATA_T					save_realtime_data_g;
	
__IO SAVE_VALVE_PARA_T							save_valve_para_g={	
	.valve_status = VALVE_NONE, \
	.valve_lock_state = VL_UNLOCK,};


FLOW_METER_PARA_T	flow_meter_para_g ={ 
	.flow_meter_conn_type = FLOW_METER_CONN_RS485, \
	.flow_meter_code = SIZHUMODBUSV2_0, 					 \
	.pulse_width = 50,  											     \
	.baudrate_code = 	BAUDRATE_9600, 							 \
	.parity_bit = PARITY_NONE, 									   \
	.output_voltage_code = RS485_V1_5V,           \
	.slave_address = 1, };

TEM_PRE_PARA_T tem_pre_para_g = { 
	.tem_up_limit = 70, 					   \
	.tem_up_up_limit = 70, 					 \
	.tem_low_limit = -20, 					 \
	.tem_low_low_limit = -25, 			 \
	.ambient_tem_up_limit = 60, 		 \
	.ambient_tem_low_limit = -25, 	 \
	.pre_up_limit = 1600, 					 \
	.pre_up_up_limit = 1920, 				 \
	.pre_low_limit = 70, 					   \
	.pre_low_low_limit = 70, 				 \
};

MEASURE_FREEZE_PARA_T measure_freeze_para_g = {
	.freeze_interval = 60,                          \
	.daily_freeze_time_BCD = {0x00,0x00},           \
};

BAT_PARA_T bat_para_g = {
	.lith_bat_low_v = 55,           	\
	.lith_bat_under_v = 50,           \
	.alka_bat_low_v = 55,           	\
	.alka_bat_under_v = 50,           \
	.lith_bat_max_hour = 26280,       \
	.lith_bat_used_hour = 0,          \
	.lith_bat_used_sec = 0,           \
};

LOGIN_PASSWORD_T login_passeord_g = {
	.PC_general_user_password = {0x68,0x68},           \
	.PC_advanced_user_password = {0x52,0x86},          \
	.PC_manage_user_password = {0x75,0x97},            \
};

WRC_PARA_SIZHU_T wrc_para_sizhu_g = {
	
	.ip1 = {120,77,85,236},          								\
	.ip_port1 = 9692,          			 								\
	.ip1_connect_type = LINK_TCP,           				\
	.ip2 = {120,77,85,236},         				  			\
	.ip_port2 = 9692,          											\
	.ip2_connect_type = LINK_TCP,           				\
	.bat_power_data_interval = 60,           				\
	.ext_power_data_interval = 60,           				\
	.time_start_type = WRC_TIME_START_INTERVAL,     \
	.bat_power_send_interval = 1440,           			\
	.ext_power_send_interval = 60,          		 		\
	.send_first_time_BCD ={0x05,0x20}  ,           	\
	.timing_send_num = 1,           								\
	.timing_send_time_BCD = {{0x05,0x20}},          \
	.retransmission_interval = 10,          		 		\
	.retransmission_num = 0,           		 					\
	.comm_timeout_time =120,           							\
	.KVer_AES_128[0] ={8, 7, 6, 5, 4, 3, 2, 1, 0, 0, 0, 0, 0, 0, 0, 0},  \
};

BILLING_VALVE_CTRL_PATA_T billing_valve_ctrl_para_g = {
	.balance_valve_ctrl_byte = {0},           		\
	.conditional_valve_ctrl_byte = {0},           \
  .balance_small_value = {500,100,0,0,0},       \
  .cumulate_flow_threshold = 0,           			\
  .no_wrc_days = 3,          										\
  .no_use_gas_days = 0,         								\
};


//EEPROM²ÎÊýдÈëºÍ¶ÁÈ¡¼ì²é,Ö»Ö§³Ö1024¸ö×Ö½ÚµÄдÈëÓë¶ÁÈ¡¼ì²é
ErrorStatus	eepWriteAndReadCheck(uint8_t * write_data,uint32_t addr,uint16_t length)
{
	uint8_t	buf_l[1024];
	
	if(length >1024)	
		return FAIL;
	
	EEPROM_MultipleWrite(write_data,addr,length);
	
	EEPROM_MultipleRead(buf_l,addr,length);
	
	return ucharcmp(write_data,buf_l,length);
}

//EEPROM²ÎÊýABÇø¶à·ÝдÈëºÍ¶ÁÈ¡¼ì²é
ErrorStatus	eepABWriteAndReadCheck(uint8_t * write_data,uint32_t addrA,uint32_t addrB,uint16_t length)
{
	ErrorStatus	return_flag = PASS;
	if(eepWriteAndReadCheck(write_data,addrA,length)==FAIL)
	{
		if(eepWriteAndReadCheck(write_data,addrA,length)==FAIL)
		{
			return_flag = FAIL;
		}
	}
	
	if(eepWriteAndReadCheck(write_data,addrB,length)==FAIL)
	{
		if(eepWriteAndReadCheck(write_data,addrB,length)==FAIL)
		{
			return_flag = FAIL;
		}
	}
	
	return return_flag;
}

//EEPROM²ÎÊý¶ÁÈ¡²¢¼ì²é£¬Ö»Ö§³Ö×î´ó1024×Ö½Ú¶ÁÈ¡
ErrorStatus	eepABReadCheck(uint8_t * write_data,uint32_t addrA,uint32_t addrB,uint16_t length)
{
	ErrorStatus	read_flag = FAIL;
	uint16_t CRC16_MODBUS;
	uint8_t	buf_l[1024]={0};
	const uint8_t	read_times = 2;
	uint8_t	count_i = 0;
	
	if(length >1024)	
		return FAIL;
	
	for(count_i=0;count_i< read_times;count_i++)
	{
		memset (buf_l,0,sizeof (buf_l));
		EEPROM_MultipleRead(buf_l,addrA,length);
		CRC16_MODBUS = usMBCRC16(0xFFFF, &buf_l[CRC16_MODBUS_OFFSET], length - CRC16_MODBUS_OFFSET );
		
		if((buf_l[1]*256 + buf_l[0])==CRC16_MODBUS)
		{
			read_flag = PASS;
			break;
		}
	}
	
	if(read_flag == PASS)
	{
		arrayA_2_arrayB(buf_l, write_data, length, LITTLE_ENDIAN) ;
		return PASS;
	}else
	{
		for(count_i=0;count_i< read_times;count_i++)
		{
			memset (buf_l,0,sizeof (buf_l));
			EEPROM_MultipleRead(buf_l,addrB,length);
			CRC16_MODBUS = usMBCRC16(0xFFFF, &buf_l[CRC16_MODBUS_OFFSET], length - CRC16_MODBUS_OFFSET );
			
			if((buf_l[1]*256 + buf_l[0])==CRC16_MODBUS)
			{
				read_flag = PASS;
				break;
			}
		}
		
		if(read_flag == PASS)
		{
			arrayA_2_arrayB(buf_l, write_data, length, LITTLE_ENDIAN) ;
			EEPROM_MultipleWrite(buf_l,addrA,length);//AÇøУÑé´íÎó£¬BÇøÕýÈ·£¬Ôò½«BÇøÊý¾ÝдÈëAÇø
			return PASS;
		}else
		{
			return FAIL;
		}				
	}	
}

//²ÎÊý¼ÆËãCRCºóÔÙдÈëAB´æ´¢Çø
ErrorStatus	paraCalcCrcAndWriteEepAB(uint8_t * write_data,uint32_t addrA,uint32_t addrB,uint16_t length)
{
	uint16_t CRC16_MODBUS;
	
	CRC16_MODBUS = usMBCRC16(0xFFFF, write_data + CRC16_MODBUS_OFFSET, length - CRC16_MODBUS_OFFSET );
	
	*write_data = CRC16_MODBUS&0xff;
	*(write_data + 1)	= (CRC16_MODBUS>>8)&0xff;
	
	if(eepABWriteAndReadCheck(write_data,addrA,addrB,length) == FAIL)
	{
		return FAIL;
	}else
	{
		return PASS;
	}
}


//ϵͳ´æ´¢±êʶ³õʼ»¯Ð´Èë
ErrorStatus	systemEepIdDefaultInit(void)
{
	system_eep_id_g.eep_para_init_config_id = EEP_PARA_INIT_ID;
	system_eep_id_g.eep_para_patch_id = LAST_PATCH_ID;
	memset(system_eep_id_g.reserve,0,sizeof (system_eep_id_g.reserve));

	return paraCalcCrcAndWriteEepAB((uint8_t * )&system_eep_id_g,SYSTEM_EEP_ID_ADDR,SYSTEM_EEP_ID_ADDR + PARA_EEP_B_OFFSET_ADDR,SYSTEM_EEP_IDENTIFICATION_LENGTH);
}

//ϵͳ´æ´¢±êʶ¶ÁÈ¡
ErrorStatus	systemEepIdReadFromEep(void)
{
	if(	eepABReadCheck((uint8_t * )&system_eep_id_g,SYSTEM_EEP_ID_ADDR,SYSTEM_EEP_ID_ADDR + PARA_EEP_B_OFFSET_ADDR,SYSTEM_EEP_IDENTIFICATION_LENGTH) == FAIL)
	{
		systemEepIdDefaultInit();
		return FAIL;
	}else
	{
		return PASS;
	}
}


//?ËùÓвÎÊý³õʼ»¯ÎªÄ¬ÈÏÖµ²¢Ð´ÈëEEPROM
void allParaDefaultInit(void)
{
	ErrorStatus	return_flag = PASS;
	//ϵͳ´æ´¢±êʶ³õʼ»¯Ð´Èë
	if(systemEepIdDefaultInit()==FAIL) return_flag = FAIL;
	
	
	//É豸»ù´¡ÐÅÏ¢³õʼ»¯Ð´Èë
	
	
	//?¼ÌÐø²¹³ä£¬°üÀ¨¿ØÖÆÈÕÖ¾´æ´¢µÄ²ÎÊý
	
	
	//ʵʱÊý¾Ý³õʼ»¯Ð´Èë
	
	//×îÖÕÅжÏreturn_flag==FAIL£¬Ôò±¨¾¯´æ´¢Òì³££¬Èç¹û»¹ÓÐÕâ¸ö±¨¾¯µÄ»°
	
}




//?ËùÓвÎÊýÖ±½Ó¶ÁÈ¡
void allParaReadFromEep(void)
{
	ErrorStatus	return_flag = PASS;
	//ϵͳ´æ´¢±êʶ¶ÁÈ¡
	if(systemEepIdReadFromEep()==FAIL) return_flag = FAIL;
	
	//É豸»ù´¡ÐÅÏ¢¶ÁÈ¡
	
	//?¼ÌÐø²¹³ä£¬°üÀ¨¿ØÖÆÈÕÖ¾´æ´¢µÄ²ÎÊý
	
	//×îÖÕÅжÏreturn_flag==FAIL£¬Ôò±¨¾¯´æ´¢Òì³££¬Èç¹û»¹ÓÐÕâ¸ö±¨¾¯µÄ»°
	
}



//²¹¶¡1
void eepParaPatchPro_1(void)
{
	//¿Õ
}

//²¹¶¡2
void eepParaPatchPro_2(void)
{
	//½«ÐèÒª³õʼ»¯µÄ²ÎÊýÐÞ¸ÄÖ®ºó£¬ÔÙÖØд洢
	
}


void allParaPatchPro(void)
{
	uint8_t	patch_id_need_write = 0 ; //·Ç0´ú±íÐèÒªÖØÐÂдpatch_idµ½´æ´¢
	
	//¿ÉÒÔ¿¼ÂDz¹¶¡±êʶµÄʶ±ð£¬Ò»°ãÀ´ËµÐ¡ÓÚEEP_PARA_PATCH_ID_1 »òÕß´óÓÚ0x50000000ÊÇ´íÎóµÄ£¬³öÏÖ×ÖĸҲÊÇ´íÎóµÄ
	
	
	if(system_eep_id_g.eep_para_patch_id < EEP_PARA_PATCH_ID_1)
	{
		eepParaPatchPro_1();
		system_eep_id_g.eep_para_patch_id = EEP_PARA_PATCH_ID_1;
		patch_id_need_write = 1;
		
	}
	
	
	//´Ë´¦¼ÌÐøÔö¼ÓºóÐø²¹¶¡
//	if(system_eep_id_g.eep_para_patch_id < EEP_PARA_PATCH_ID_2)
//	{
//		eepParaPatchPro_2();
//			system_eep_id_g.eep_para_patch_id = EEP_PARA_PATCH_ID_2;
//			patch_id_need_write = 1;
//	}
	
	
	
	
		if(patch_id_need_write!=0)
		{
			paraCalcCrcAndWriteEepAB((uint8_t * )&system_eep_id_g,SYSTEM_EEP_ID_ADDR,SYSTEM_EEP_ID_ADDR + PARA_EEP_B_OFFSET_ADDR,SYSTEM_EEP_IDENTIFICATION_LENGTH);
		}
}