#ifndef __AGREEMENT_H
#define __AGREEMENT_H

#include "main.h"
#include "system.h"

#define WRITE_CMD 0x01
#define READ_CMD  0x00

#define READ_DATA_0x34				0x34//0x5A         	//读取实时数据

//#define READ_STORE_DATA_0x5F	0x5F           //扇区地址存储间隔时间

#define HEAD_AB 0xAB
#define ADDRESS_NB 0x0A		//drill colar azi gam
#define ADDRESS_NBF 0x34
#define ADDRESS_NBT 0x40  //主机地址
#define ADDRESS_HOST 0x34//0x20
#define ADDRESS_SEC 0x40//0x01
#define ADDRESS_FAR 0x41//0x01
#define ADDRESS_BROAD 0x00


//错误指令宏定义
#define ERROR_CMD                 0xE1
#define NO_DATA                   0xE2
#define SPEED_ERROR            	  0xE3
#define EEPROM_ERROR           	  0xE4
#define EEPROM_EMPTY              0xE5
#define RTC_ERROR  	              0xE6

//#define RECEIVE_BUFFSIZE 0x150
#define RECEIVE_BUFFSIZE 0x260

// typedef enum flagdata
// {
//	 _FALSE=0x00,
//	 _TRUE=0x01,
// }FLAG;

typedef union wokrtimetype
{
	uint8_t wtime[4];
	uint32_t  iwtime;
	
}WTIME;

//系统工作时间
typedef volatile struct worktime
{
	WTIME SUM_TIME;       //总工作时间
	WTIME USER_TIME;      //维修后累计使用工作时间
}WORK_TIME;

typedef enum uartstarus
{
	Receive_head=0x00,
	Receive_addr=0x01,  			//接收目的地址状态
	ReceiveSend_addr=0x02,		//接收主地址状态
	Receive_data=0x03,
	Receive_crc=0x04,
	Receive_busy=0x05,
}UART_STATUS;

//获得时间数据
struct tagSYSRTC
{
	unsigned char Year;
	unsigned char Month;
	unsigned char Day;
	unsigned char Hour;
	unsigned char Min;
	unsigned char Sec;
};

typedef struct queuedata
{
	uint8_t front;
	uint8_t rear;
	FLAG Fullflag;
	//uint8_t maxlen;//=receive_bufsize
	uint8_t Buf[RECEIVE_BUFFSIZE];
}QUEUE_DATA;

typedef struct sysdata
{
	UART_STATUS UartStaus;
	uint8_t ReceiveBuf[RECEIVE_BUFFSIZE];
	int ReceiveOffset;
	FLAG ReceiveOKFlag;
	uint8_t Recdata;
	
	uint32_t		FlashReadedNum;
	uint32_t	 	FlashReadedPageNum;

	//数据存储地址
	uint32_t 	uiDataHeadAddress;   				//数据存储首地址
	uint32_t 	uiDataEndAddress;    				//数据存储尾地址
	uint32_t		uiDataEndAddressStoreAdd;  	//尾地址存储地址
	uint32_t   uiDataCurrentAddress;       //数据存储当前位置地址
	uint32_t 	uiDataNum;                  //数据存储条数
	uint16_t		uiChangeAddressTimes;       //存储地址更改次数
	uint8_t		uiLoopAddressTimes;					//存储地址变更次数
	uint8_t		uiDataOverFlowFlag;         //存储器溢出标志
	
	uint16_t Test_Page_Addr;	
		
	uint8_t	 ucMeasureData[20]; 					//存储数据
	uint16_t 	ucRepDataLen;               //待发送数据长度
		
  uint16_t  Store_Interval_times;       	//地址存储间隔时间
  int  Get_Single_SPeed;           	//单次钻速值 
  uint8_t  Allow_GetData_Flag;         	//允许采集模式
  uint8_t  Allow_GetData_Count;        	//允许数据采集计数	
	struct tagSYSRTC uiCurrentTime;   //时间记录
	uint8_t  IsTwoHostAddrFlag;            //主地址是否为双地址标志  
	uint8_t  IsOneSlaveAddrFlag;           //从地址是否为双地址标志  

	uint8_t 	Get_Wob_frequency;    				//钻压、扭矩采集频率
	uint16_t 	Get_Vibration_Frequency;			//振动转速采集频率


	uint32_t WaitStartWork_Time;					//开机后等待开始工作时间
	uint32_t Work_Continued_Time;					//开机后持续工作时间 用于累加

	uint16_t Get_PressData_Times;					//压力采集持续时间
	uint8_t  Time_Detemine_Flag;           //时间段判断允许标志
	uint8_t 	ucSendChkCrc;									//并口传输校验位
	uint8_t  ucAutoCalibFlag;							//自动校准标志
	uint16_t ucGet_Data_Count;							//数据采集计数
	int Round_Data;                   //转速值	
}SYS_DATA;

extern SYS_DATA s_Data;
extern SYS_DATA USBs_Data;         //USB接收数据

extern QUEUE_DATA RecQueue;
extern WORK_TIME WorkTime;

extern void SwapAddr_DataLen(uint8_t data_len);
extern void IsOneAddr_DataLen(uint8_t data_len);
extern void RecQueueInit(void);
extern void SysDataInit(void);
extern void WorkTimeInit(void);
extern void Float2char(unsigned char *Data,float Fldata);
extern uint8_t PushQueue(QUEUE_DATA *que_data,uint8_t data);
extern uint8_t PopQueue(QUEUE_DATA *que_data,uint8_t* data);
extern void AgreementService(void);

extern uint32_t Reduce_Time(unsigned char *Time);
extern unsigned char unReduce_Time(unsigned char *Time,uint32_t ReduceTime);
extern void BCD_To_HEX(unsigned char *BCD,unsigned char *HEX,unsigned char Len);
extern void HEX_To_BCD(unsigned char *HEX,unsigned char *BCD,unsigned char Len);
extern unsigned char ReloadCurrentTime(unsigned char *TimeBuffer);
extern void Send_Slave(unsigned char Data);

#endif