#ifndef _ECATMAIN_H_
#define _ECATMAIN_H_

#include <string.h>
#include "./config.h"
#include "./network.h"
#include "./pcc.h"

#define NET_STATUS_OP 		8
#define NET_TIMEOUT 		300
#define NET_TIMES	    	3

#define SLAVE_NUM_MAX 128
#define PCC_NUM_MAX 16
#define EAU_NUM_MAX 16
#define CCU_NUM_MAX 64
#define PCS_NUM_MAX 4

typedef union _CCM_ENABLE_ {
	uint16_t value;
	struct {
		uint16_t remote		:1; 
		uint16_t ccs 		:1; 
		uint16_t ffr		:1; 
		uint16_t fvr		:1; 
		uint16_t fpu		:1; 

		// 备用
		uint16_t bak 	 	:11;
	}sub;
}uCCMEnable;

typedef union _SYS_ENABLE__ {
	uint16_t value;
	struct {
		//精切负荷(FPU)功能投入允许
		uint16_t fpu_enable	 			:1;

		//精切负荷(FPU)功能投入
		uint16_t fpu_is_enable	 		:1;

		//精切负荷(FPU)信号单双接点模式
		uint16_t fpu_is_double_signal	:1;

		//精切负荷(FPU)指令脉冲
		uint16_t fpu_command_pulse	 	:1;

		//精切负荷(FPU)动作
		uint16_t  fpu_is_action	 		:1;

		//一次调频(FFR)功能投入允许
		uint16_t ffr_enable	 			:1;

		//一次调频(FFR)功能投入
		uint16_t ffr_is_enable	 		:1;

		//一次调频(FFR)动作
		uint16_t ffr_is_action	 		:1;

		//一次调频测试(FFR_S)投入/退出
		uint16_t ffr_test_enable	 	:1;

		//一次调频模拟(FFR_S)频率测试
		uint16_t ffr_test_analog_frequency	 	:1;

		//一次调频特性参数测试（一次调频特性曲线模式(FFR_WT)
		uint16_t ffr_test_start	 		:1;
		
		//一次调频增负荷测试中 
		uint16_t ffr_test_load_add	 	:1;

		//一次调频减负荷测试中
		uint16_t ffr_test_load_dec 		:1;

		uint16_t bak	 				:3;
	}Bits;
}uSysEnable;

typedef union _SYS_STATUS__ {
	uint16_t value;
	struct {
		//CCM总故障状态
		uint16_t ccm_total_error		:1;

		//CCM总告警状态
		uint16_t ccm_total_warn			:1;

		//CCM自检故障
		uint16_t ccm_self_test_error	:1;

		//ECM通讯故障
		uint16_t ecm_connect_error		:1;

		//EAU通讯故障
		uint16_t eau_connect_error		:1;

		//CCU通讯故障
		uint16_t ccu_connect_error		:1;

		//PCS通讯故障
		uint16_t pcs_connect_error		:1;

		//CCM硬允许状态
		uint16_t ccm_hard_enable		:1;
		
		//CCM主备机状态
		uint16_t ccm_is_host			:1;

		//CCS使能状态
		uint16_t ccs_enable				:1;

		//CCS就绪状态
		uint16_t ccs_is_ready			:1;

		//EAU有DI断开
		uint16_t eau_di_cut				:1;

		uint16_t bak	 				:4;
	}Bits;
}uSysStatus;

typedef enum __TASK_STATUS__ {
	T_NONE = 0,
	T_EMS,
	T_FFR,
	T_FVR,
	T_FPU,
	T_EXIT
}eTaskStatus;


typedef struct __ECAT_DATA__ {

	sCCSConfig cfg ;

    int ptct ;

    //STM32
    uint16_t another_heart ;

    uint16_t ccm_mode ;
    uint16_t ccm_type ;

    uCCMEnable enable ;

    uint16_t fpu_signal_mask ;

    uSysStatus sys_status;
	uSysEnable sys_enable;

    int32_t t_pcs_active_power; 
	int32_t t_pcs_reactive_power;
	int32_t t_pcs_active_power_cmd;
	int32_t t_pcs_reactive_power_cmd;

    eTaskStatus task_status;

    uint16_t pcc_mode[PCC_NUM_MAX];

    NetNode netNode[SLAVE_NUM_MAX] ;

    sPCC *pccHead ;

    uint16_t pccIndex ;
    sPCC *pccArray[16] ;

    uint16_t eauIndex ;
    sEAU *eauArray[16] ;

    uint16_t ccuIndex ;
    sCCU *ccuArray[64] ;

}sECatData;

typedef struct __RESET_TASK_ {
	int timeout;
	uint32_t timestart;
	bool enable;
}sResetNode;


class ECatMain{

	public :
		ECatMain() ;
		~ECatMain() ;

		int loadConfig(const char *xml);

		sECatData *getData(void);
		sEAU *getEAUByAddress(int para_addr);
		sCCU *getCCUByAddress(int para_addr);
	
	private :
		sECatData mData ;


};

#endif