#ifndef _CONFIG_H_
#define _CONFIG_H_


#include <stdint.h>


/////////////////////////////////////////stype.h文件中的内容/////////////////////////////////////////
#define uint8to16(a,b) (((uint16_t)a) << 8 | b)

#pragma pack(2)
typedef union _BIT_U16_ {
	uint16_t value;
	struct {
		uint16_t b0 	:1;
		uint16_t b1 	:1;
		uint16_t b2 	:1;
		uint16_t b3 	:1;
		uint16_t b4 	:1;
		uint16_t b5 	:1;
		uint16_t b6 	:1;
		uint16_t b7 	:1;
		uint16_t b8 	:1;
		uint16_t b9 	:1;
		uint16_t b10	:1;
		uint16_t b11	:1;
		uint16_t b12	:1;
		uint16_t b13	:1;
		uint16_t b14	:1;
		uint16_t b15	:1;
	}Bits;
}ubit16_t;

typedef struct _MD_U16_ {  
    uint16_t addr;  
    uint16_t ischange;
	union {
		uint16_t val_u16;    
		int16_t  val_i16;    
	};
}sMD16_t;

#pragma pack()
/////////////////////////////////////////stype.h文件内容结束/////////////////////////////////////////


/////////////////////////////////////////sys.h文件中的内容/////////////////////////////////////////
#define EAU_TYPE			265
//#define EAU_AI_NUM 			0
//#define EAU_AO_NUM 			0

#define CCU_TYPE			0x0000//4369
//#define CCU_AI_NUM 			0
//#define CCU_AO_NUM 			0



//ECAT网络地址偏移
#define NET_ADDR_BASE  		0x1000
/////////////////////////////////////////sys.h文件内容结束/////////////////////////////////////////


/////////////////////////////////////////config.h文件中的内容/////////////////////////////////////////
typedef struct __SIGNAL_BIND__ {
	//就地远程开关信号关联DI编号
	uint16_t remote_local_switch_related_di_address;

	uint16_t ccs_enable_switch_related_di_address;

	//一次调频投入信号关联DI编号
	uint16_t ffr_enable_switch_related_di_address;

	//动态无功投入信号关联DI编号
	uint16_t fvr_enable_switch_related_di_address;

	//精切负荷投入信号关联DI编号
	uint16_t fpu_enable_switch_related_di_address;

	//精切负荷接点1信号关联DI编号
	uint16_t fpu_start_signal_1_related_di_address;

	//精切负荷接点2信号关联DI编号
	uint16_t fpu_start_signal_2_related_di_address;
}sBindSignal;

#if 0
typedef struct __FFR_CFG__ {
	//一次调频额定频率
	uint16_t rated_frequency;

	//一次调频死区频率
	uint16_t frequency_frozen_zone;

	//一次调频调差系数
	uint16_t power_regulate_ratio;

	//一次调频限幅系数
	uint16_t power_limit_ratio;

	//一次调频频率回差
	uint16_t frequency_return_difference;

	//一次调频持续时间
	uint16_t hold_time;


	//一次调频模拟测试超时时间
	uint16_t simulate_timeout_time;

	//一次调频特性曲线功能起始频率
	uint16_t wavetest_start_frequency;

	//一次调频特性曲线功能截止频率
	uint16_t wavetest_end_frequency;

	//一次调频特性曲线功能步长频率
	uint16_t wavetest_step_frequency;

	//一次调频特性曲线功能步长时间
	uint16_t wavetest_step_time;
}sFFRConfig;
#else
typedef struct __FFR_CFG__ {
	bool enable;
	//一次调频额定频率
	float rated_frequency;

	//一次调频死区频率
	float frequency_frozen_zone;

	//一次调频调差系数
	float power_regulate_ratio;

	//一次调频限幅系数
	float power_limit_ratio;

	//一次调频频率回差
	float frequency_return_difference;

	//一次调频持续时间
	//uint16_t hold_time;
	float hold_time;

	//频率偏移回差
	uint16_t frequency_offset_difference;

	//一次调频模拟测试超时时间
	uint16_t simulate_timeout_time;

	//一次调频特性曲线功能起始频率
	float wavetest_start_frequency;

	//一次调频特性曲线功能截止频率
	float wavetest_end_frequency;

	//一次调频特性曲线功能步长频率
	float wavetest_step_frequency;

	//一次调频特性曲线功能步长时间
	uint16_t wavetest_step_time;
}sFFRConfig;
#endif

typedef struct __FVR_CFG__ {
	bool enable;
	//动态无功额定电压
	uint16_t rated_voltage;

	//动态无功死区电压
	uint16_t voltage_frozen_zone;

	//动态无功调差系数
	float power_regulate_ratio;

	//动态无功限幅系数
	float power_limit_ratio;

	//动态无功电压回差
	uint16_t voltage_return_difference;

	//动态无功持续时间
	uint16_t hold_time;


	//动态无功模拟测试超时时间
	uint16_t simulate_timeout_time;

	//动态无功特性曲线功能起始电压
	uint16_t wavetest_start_voltage;

	//动态无功特性曲线功能截止电压
	uint16_t wavetest_end_voltage;

	//动态无功特性曲线功能步长电压
	uint16_t wavetest_step_voltage;

	//动态无功特性曲线功能步长时间
	uint16_t wavetest_step_time;
}sFVRConfig;

typedef struct __FPU_CFG__ {
	bool enable;
	//精切负荷信号模式
	uint16_t start_signal_mode;

	//精切负荷持续时间
	uint16_t hold_time;
}sFPUConfig;


typedef struct __IP_CFG__ {
	//CCM0_A IP地址
	uint16_t ccm0_a_ip_address;

	//CCM0_B IP地址
	uint16_t ccm0_b_ip_address;

	uint16_t ccm0_a_104_port;
	uint16_t ccm0_a_modbus_port;
	uint16_t ccm0_b_104_port;
	uint16_t ccm0_b_modbus_port;

	//CCM1_A IP地址
	uint16_t ccm1_a_ip_address;

	//CCM1_B IP地址
	uint16_t ccm1_b_ip_address;

	uint16_t ccm1_a_104_port;
	uint16_t ccm1_a_modbus_port;
	uint16_t ccm1_b_104_port;
	uint16_t ccm1_b_modbus_port;
}sIPConfig;

typedef struct __CCS_CFG__ {
	//CT变比
	uint16_t ct_signal_ratio;

	//PT变比
	uint16_t pt_signal_ratio;

	//总额定有功功率
	uint16_t rated_active_power;

	//总额定无功功率
	uint16_t rated_reactive_power;

	//PCS额定有功功率
	uint16_t pcs_rated_active_power;

	//PCS额定无功功率
	uint16_t pcs_rated_reactive_power;

	//EMS数据来源
	char bms_info_source[8];

	uint16_t ffr_bind_eau;

	//EAU数量
	uint16_t eau_number;

	//CCU数量
	uint16_t ccu_number;

	//PCS数量
	uint16_t pcs_number;

	uint16_t ccm_number;
	uint16_t fvr_pcc_number;

	sBindSignal signal;
	sFFRConfig ffr;
	sFVRConfig fvr;
	sFPUConfig fpu;
	sIPConfig ip;
}sCCSConfig;

typedef struct __EAU_CFG__ {
	//EAU编号
	uint16_t address;

	//额定有功功率
	uint16_t rated_active_power;

	//额定无功功率
	uint16_t rated_reactive_power;

	//CCU数量
	uint16_t ccu_number;

	//PCS数量
	uint16_t pcs_number;
}sEAUConfig;


typedef struct __PCC_CFG__ {
	//PCC编号
	uint16_t address;

	//EAU数量
	uint16_t eau_number;

	//CCU数量
	uint16_t ccu_number;

	//PCS数量
	uint16_t pcs_number;

	uint16_t bind_eau;

	//额定有功功率
	int16_t rated_active_power;

	//额定无功功率
	int16_t rated_reactive_power;

	//动态无功 功率调节比
	float fvr_power_regulate_ratio;
}sPCCConfig;

typedef struct __CCU_CFG__ {
	//PCS数量
	uint16_t address;
	uint16_t pcs_address[4];
	uint16_t pcs_enable[4];
}sCCUConfig;

typedef struct __SYS_CFG__ {
	sCCSConfig ccs;
	sEAUConfig eau[16];
	sPCCConfig pcc[3];
	sCCUConfig ccu;
}sSysConfig;

extern sSysConfig gSysConfig;

//int parse_xml(const char* name, sECATNet *p);



#if 0
class SysConfig {
	public:
		SysConfig();
		~SysConfig();

		int parse_xml(const char *fxml);
	private:
};
#endif
/////////////////////////////////////////config.h文件内容结束/////////////////////////////////////////


#endif