#include "RecipeAttrObj.h"

RecipeAttrObj::RecipeAttrObj()
{

}

RecipeAttrObj::~RecipeAttrObj()
{
	
}

void RecipeAttrObj::GenerateWaferIdContent(int autoGenWay, int cassSlot)
{
	char buffer[10];
	sprintf(buffer, "%02d", cassSlot); // 这里的2表示最小宽度为2，不足部分用0填充
	QString formattedNum = QString::fromLatin1(buffer);

	QString waferIdNoCrc = m_charContent + "-" + formattedNum + "-";

	std::string waferID = waferIdNoCrc.toStdString(); // 示例WaferID，不包含最后两位校验位

	std::vector<unsigned char> data = stringToBytes(waferID); // 将字符串转换为字节向量
	unsigned char checksum = crc82(data);
	int checkSumNum = static_cast<int>(checksum);

	std::stringstream ss;
	ss << std::hex << checkSumNum;
	std::string waferIdhex= ss.str();
	// 使用 std::transform 和 std::toupper 将所有字符转换为大写
	std::transform(waferIdhex.begin(), waferIdhex.end(), waferIdhex.begin(),
		[](unsigned char c) { return std::toupper(c); });

	if (autoGenWay == 0)
	{
		m_markCharContent = m_charContent;
	}
	else if(autoGenWay == 1)
	{
		m_markCharContent = m_charContent + "-" + formattedNum;
	}
	else if (autoGenWay == 2)
	{
		m_markCharContent = m_charContent + "-" + formattedNum + "-" + QString::fromStdString(waferIdhex);
	}
}

int RecipeAttrObj::JudgeWaferSize()
{
	if (m_waferDie - 300 <= 20)
	{
		return 12;
	}
	if (m_waferDie - 200 <= 20)
	{
		return 8;
	}
	return 0;
}

std::vector<unsigned char> RecipeAttrObj::stringToBytes(const std::string& str)
{
	std::vector<unsigned char> bytes;
	for (char c : str) {
		bytes.push_back(c);
	}
	return bytes;
}

uint8_t RecipeAttrObj::crc82(const std::vector<unsigned char>& data)
{
	uint8_t crc = 0x00; // 初始值
	uint8_t polynomial = 0x07; // 多项式

	for (size_t i = 0; i < data.size(); ++i) {
		crc ^= data[i]; // 与当前字节进行异或
		for (int j = 0; j < 8; ++j) { // 逐位处理
			if (crc & 0x80) { // 如果最高位为1
				crc = (crc << 1) ^ polynomial; // 左移一位并异或多项式
			}
			else {
				crc <<= 1; // 否则只左移一位
			}
		}
	}

	return crc; // 返回最终的CRC值
}

RecipeAttrObj& RecipeAttrObj::operator=(const RecipeAttrObj& other)
{
	this->m_PPID = other.m_PPID;

	this->m_dieMarkFlag = other.m_dieMarkFlag;
	this->m_waferIDMarkFlag = other.m_waferIDMarkFlag;

	this->m_lotID = other.m_lotID;
	this->m_waferDie = other.m_waferDie;
	this->m_waferThick = other.m_waferThick;
	this->m_dieWidth = other.m_dieWidth;
	this->m_dieHeight = other.m_dieHeight;
	this->m_baseDieCoordX = other.m_baseDieCoordX;
	this->m_baseDIeCoordY = other.m_baseDIeCoordY;
	this->m_mark1CoordX = other.m_mark1CoordX;
	this->m_mark1CoordY = other.m_mark1CoordY;
	this->m_mark2CoordX = other.m_mark2CoordX;
	this->m_mark2CoordY = other.m_mark2CoordY;

	this->m_watchDie1X = other.m_watchDie1X;
	this->m_watchDie1Y = other.m_watchDie1Y;
	this->m_watchDie2X = other.m_watchDie2X;
	this->m_watchDie2Y = other.m_watchDie2Y;


	this->m_mark1ToAxisCoordX = other.m_mark1ToAxisCoordX;
	this->m_mark1ToAxisCoordY = other.m_mark1ToAxisCoordY;
	this->m_mark2ToAxisCoordX = other.m_mark2ToAxisCoordX;
	this->m_mark2ToAxisCoordY = other.m_mark2ToAxisCoordY;
	this->m_norchToAxisCoordX = other.m_norchToAxisCoordX;
	this->m_norchToAxisCoordY = other.m_norchToAxisCoordY;

	this->m_cameraModuleID = other.m_cameraModuleID;
	this->m_cameraMark1ModuleID = other.m_cameraMark1ModuleID;
	this->m_cameraMark2ModuleID = other.m_cameraMark2ModuleID;
	this->m_cameraZFocus = other.m_cameraZFocus;

	this->m_workSpeed = other.m_workSpeed;
	this->m_emptySpeed = other.m_emptySpeed;
	this->m_openFrontDelay = other.m_openFrontDelay;
	this->m_openBackDelay = other.m_openBackDelay;
	this->m_closeFrontDelay = other.m_closeFrontDelay;
	this->m_closeBackDelay = other.m_closeBackDelay;
	this->m_drTime = other.m_drTime;
	this->m_laserFreq = other.m_laserFreq;
	this->m_laserPower = other.m_laserPower;
	this->m_laserRealPower = other.m_laserRealPower;
	this->m_markZFocus = other.m_markZFocus;

	this->m_charContent = other.m_charContent;
	this->m_charSpacing = other.m_charSpacing;
	this->m_offsetNorchX = other.m_offsetNorchX;
	this->m_offsetNorchY = other.m_offsetNorchY;
	this->m_semiWidth = other.m_semiWidth;
	this->m_semiHeight = other.m_semiHeight;
	this->m_isAutoGenerrate = other.m_isAutoGenerrate;
	this->m_isMarkChar = other.m_isMarkChar;
	this->m_markFocal = other.m_markFocal;
	this->m_markType = other.m_markType;
	this->m_circleMarkAngle = other.m_circleMarkAngle;

	this->m_fontType = other.m_fontType;

	this->m_markCharVec.clear();
	for (auto& iter : other.m_markCharVec)
	{
		this->m_markCharVec.push_back(iter);
	}
	this->m_InputMarkCharVec.clear();
	for (auto& iter : other.m_InputMarkCharVec)
	{
		this->m_InputMarkCharVec.push_back(iter);
	}


	this->m_markGraphicsVec.clear();
	for (auto& iter : other.m_markGraphicsVec)
	{
		this->m_markGraphicsVec.push_back(iter);
	}

	this->m_addSerialFlag = other.m_addSerialFlag;
	this->m_serialStartStr = other.m_serialStartStr;
	//this->m_serialCharWidth = other.m_serialCharWidth;
	//this->m_serialCharHeight = other.m_serialCharHeight;
	//this->m_serialCharSpacing = other.m_serialCharSpacing;
	//this->m_serialCharCoordX = other.m_serialCharCoordX;
	//this->m_serialCharCoordY = other.m_serialCharCoordY;

	this->m_areaOffsetStr = other.m_areaOffsetStr;
	this->m_waferOffsetX = other.m_waferOffsetX;
	this->m_waferOffsetY = other.m_waferOffsetY;
	this->m_yDirectionOffsetUseXFlag = other.m_yDirectionOffsetUseXFlag;
	this->m_yDirectionOneOffset = other.m_yDirectionOneOffset;
	this->m_xDirectionAutoOffsetFlag = other.m_xDirectionAutoOffsetFlag;
	return *this;
}