#include "database.h"
#include "usart.h"

Database db;
void Database_init(uint16_t pushSize1, uint16_t pullSize1 ,uint16_t pushSize2, uint16_t pullSize2);
void Database_Push(uint16_t pushArr[], uint16_t len);
void Database_Pull(uint16_t pullArr[], uint16_t len);
void Database_Delete(void);
void DataHandle(void);
void RecordScale(void);//记录刻度
void RecordScale_Eve(void);
uint16_t PDA_pushArr[1024];
uint16_t PT_pullArr[1024];
extern TipsFlag tipsflag;	
extern Menu_table menu;	

// LocDbHeadStart	((uint32_t)0x8060000)  //位置信息头部
// LocDbBodyStart	((uint32_t)0x8060800)  //位置信息身体

// EveDbHeadStart	((uint32_t)0x8070000)  //状态信息头部
// EveDbBodyStart	((uint32_t)0x8070800)  //状态信息身体

/**
  * @breaf 数据库初始化
  * @Explanation 向各头部写入关键信息
  */
void Database_init(uint16_t pushSize1, uint16_t pullSize1 ,uint16_t pushSize2, uint16_t pullSize2)
{
	
	Flash_ReadBytes(db.LOC_InitInfo,LocDbHeadStart,4);
	if(db.LOC_InitInfo[0]==0xffff && db.LOC_InitInfo[2]==0xffff)//未进行写入
	{
		//*LOC_InitInfo 0:pushIndex 1:pullIndex 2:pushSize 3:pullSize
		db.LOC_InitInfo[0] = (uint16_t)0;//初始化入库指针
		db.LOC_InitInfo[1] = (uint16_t)0;//初始化出库指针
		db.LOC_InitInfo[2] = (uint16_t)pushSize1;
		db.LOC_InitInfo[3] = (uint16_t)pullSize1;
		Flash_WriteBytes(db.LOC_InitInfo,LocDbHeadStart,4);//4*2B
		HAL_Delay(200);
	}
	else//已写入
	{
		//TODO
	}

	
	Flash_ReadBytes(db.EVE_InitInfo,EveDbHeadStart,4);
	if(db.EVE_InitInfo[0]==0xffff && db.EVE_InitInfo[2]==0xffff)//未进行写入
	{
		//*EVE_InitInfo 0:pushIndex 1:pullIndex 2:pushSize 3:pullSize
		db.EVE_InitInfo[0] = (uint16_t)0;
		db.EVE_InitInfo[1] = (uint16_t)0;
		db.EVE_InitInfo[2] = (uint16_t)pushSize2;
		db.EVE_InitInfo[3] = (uint16_t)pullSize2;
		Flash_WriteBytes(db.EVE_InitInfo,EveDbHeadStart,4);//4*2B
		HAL_Delay(200);
	}
	else//已写入
	{
		//TODO
	}
	
}

/*
 *  
  uint16_t pushArr[7]={0x1234,0x4567, 0x1111,0x2222,0x3333,0x4444, 0xAAAA};
  Database_Push(pushArr,7);
  Database_Pull(pullArr,7);
  uint16_t pullArr[7]={0};
 */
HAL_StatusTypeDef PushSta;
uint16_t temp_jc[7];//检测相同缓存
uint16_t temp_jc_Eve[7];//检测相同缓存
uint32_t newPushIndex_Loc=0;
uint32_t newPullIndex_Loc=0;
bool Overwrite_pushindex =false;
bool Overwrite_pushindex_Eve =false;
bool repeatFlag = false;
bool repeatFlag_Eve = false;

//***************定位信息入库
void Database_Push_Loc(uint16_t pushArr[], uint16_t len)
{
	if(db.LOC_InitInfo[0] == 0)	//Loc PushIndex Init
	{
		PushSta = Flash_WriteBytes(pushArr,LocDbBodyStart,len);//len*2B
		if(PushSta == HAL_OK)
		{
			db.LOC_InitInfo[0] += 1;
			Flash_WriteBytes(db.LOC_InitInfo,LocDbHeadStart,1);//1*2B
		}
	}
	//*读取缓存检测
	Flash_ReadBytes(temp_jc,LocDbBodyStart+((db.LOC_InitInfo[0]-1)*14),7);//len*2B

	
	//*uint16_t TESTDATA[] = {db.timeStamp[0], db.timeStamp[1], db.WD_u16[0], db.WD_u16[1], db.JD_u16[0], db.JD_u16[1], db.speed[0]};//4B世纪秒+8B经纬度+2B速度
	if(db.LOC_InitInfo[0] > 0 && temp_jc[2]== db.WD_u16[0] && temp_jc[3]== db.WD_u16[1] && temp_jc[4]== db.JD_u16[0] && temp_jc[5]== db.JD_u16[1])//做相同检测
	{
		//*数据一样无需写入操作
	}
	else 
	{
		if(Overwrite_pushindex)//重头，避免多次写入
		{
			Overwrite_pushindex = false;
		}
		else
		{
			PushSta = Flash_WriteBytes(pushArr,(LocDbBodyStart+(db.LOC_InitInfo[0]*14)),len);//len*2B
			if(PushSta == HAL_OK)
			{
				db.LOC_InitInfo[0] = db.LOC_InitInfo[0]+1;//写入较记录少1,在头开始写入
				Flash_WriteBytes(db.LOC_InitInfo,LocDbHeadStart,1);//1*2B
			}
		}
	}
	RecordScale();
}

void Database_Pull_Loc(uint16_t pullArr[], uint16_t len)//14B
{
	if(db.LOC_InitInfo[1] == 0)	//Loc PullIndex Init
	{
		Flash_ReadBytes(pullArr,LocDbBodyStart,len);//len*2B
		db.LOC_InitInfo[1] += 1;
		Flash_WriteBytes(&db.LOC_InitInfo[1],LocDbHeadStart+2,1);//1*2B//更新出库指针
	}

	else
	{
		if(db.LOC_InitInfo[1] == db.LOC_InitInfo[0])//*判出库刻度是否等于写入刻度
		{
			Flash_ReadBytes(pullArr,(LocDbBodyStart+(db.LOC_InitInfo[1]*14)),len);//len*2B
			repeatFlag = true;
		}
		else
		{
			repeatFlag = false;
			Flash_ReadBytes(pullArr,(LocDbBodyStart+(db.LOC_InitInfo[1]*14)),len);//len*2B
			db.LOC_InitInfo[1]+=1;
			Flash_WriteBytes(&db.LOC_InitInfo[1],LocDbHeadStart+2,1);//1*2B//更新出库指针
		}

	}
	RecordScale();
}




//***************状态信息入库
void Database_Push_Eve(uint16_t pushArr[], uint16_t len)
{
	if(db.EVE_InitInfo[0] == 0)	//Loc PushIndex Init
	{
		PushSta = Flash_WriteBytes(pushArr,EveDbBodyStart,len);//len*2B
		if(PushSta == HAL_OK)
		{
			db.EVE_InitInfo[0] += 1;
			Flash_WriteBytes(db.EVE_InitInfo,EveDbHeadStart,1);//1*2B
		}
	}
	//*读取缓存检测
	Flash_ReadBytes(temp_jc_Eve,EveDbBodyStart+((db.EVE_InitInfo[0]-1)*14),14);//len*2B

	
	//*uint16_t TESTDATA[] = {db.timeStamp[0], db.timeStamp[1], db.WD_u16[0], db.WD_u16[1], db.JD_u16[0], db.JD_u16[1], db.speed[0]};//4B世纪秒+8B经纬度+2B速度
	if(db.EVE_InitInfo[0] > 0 && temp_jc_Eve[2]== db.WD_u16[0] && temp_jc_Eve[3]== db.WD_u16[1] && temp_jc_Eve[4]== db.JD_u16[0] && temp_jc_Eve[5]== db.JD_u16[1])//做相同检测
	{
		//*数据一样无需写入操作
	}
	else 
	{
		if(Overwrite_pushindex_Eve)//重头，避免多次写入
		{
			Overwrite_pushindex_Eve = false;
		}
		else
		{
			PushSta = Flash_WriteBytes(pushArr,(EveDbBodyStart+(db.EVE_InitInfo[0]*28)),len);//len*2B
			if(PushSta == HAL_OK)
			{
				db.EVE_InitInfo[0] = db.EVE_InitInfo[0]+1;//写入较记录少1,在头开始写入
				Flash_WriteBytes(db.EVE_InitInfo,EveDbHeadStart,1);//1*2B
			}
		}
	}
	RecordScale_Eve();
}



















void DataHandle(void)//接收与发送数据处理
{
	
}

void RecordScale(void)//记录刻度
{
	Flash_ReadBytes(db.LOC_InitInfo, LocDbHeadStart, 4);	//读取入库刻度

	if(db.LOC_InitInfo[0] == db.LOC_InitInfo[2])//入库结束(返回
	{
		db.LOC_InitInfo[0]=0;
		Flash_WriteBytes(db.LOC_InitInfo,LocDbHeadStart,1);//1*2B 更新最新刻度
		Overwrite_pushindex=true;
	}
	else if(db.LOC_InitInfo[1] == db.LOC_InitInfo[3])//出库结束(返回
	{
		db.LOC_InitInfo[1]=0;
		Flash_WriteBytes(&db.LOC_InitInfo[1],LocDbHeadStart+2,1);//1*2B 更新最新刻度
	}
}

void RecordScale_Eve(void)//记录刻度
{

	Flash_ReadBytes(db.EVE_InitInfo, EveDbHeadStart, 4);	//读取入库刻度
	if(db.EVE_InitInfo[0] == db.EVE_InitInfo[2])//入库结束(返回
	{
		db.EVE_InitInfo[0]=0;
		Flash_WriteBytes(db.EVE_InitInfo,EveDbHeadStart,1);//1*2B 更新最新刻度
		Overwrite_pushindex_Eve=true;
	}
	
}


void testLoc(void)
{
	uint16_t TESTDATA[] = {db.timeStamp[0], db.timeStamp[1], db.WD_u16[0], db.WD_u16[1], db.JD_u16[0], db.JD_u16[1], db.speed[0]};//4B世纪秒+8B经纬度+2B速度
	Database_Push_Loc(TESTDATA, 7);//14B 写入操作
		
	uint16_t TESTDATApull[7]; 
	Database_Pull_Loc(TESTDATApull, 7);
	if(!repeatFlag)
	{
		printf("出库:%04X%04X%04X%04X%04X%04X%04X\n",TESTDATApull[0],TESTDATApull[1],TESTDATApull[2],TESTDATApull[3],TESTDATApull[4],TESTDATApull[5],TESTDATApull[6]);	
	}
	else
	{
		printf("与上次相同\r\n");
	}	
}


void testEve(void)
{
	uint16_t TESTDATA[] = {db.timeStamp[0], db.timeStamp[1], db.WD_u16[0], db.WD_u16[1], db.JD_u16[0], db.JD_u16[1], \
						   db.LockSn[0],db.LockSn[1],db.LockSn[2], db.OperationType[0],db.OperationResults[0], db.perators[0], db.perators[1], db.ElectricityLevel[0]};//4B世纪秒+8B经纬度+2B速度
	//Database_Push_Eve(TESTDATA, 14);//28B 写入操作
		

}