PhysicalDevice/Detector/Trixel/DIOS.Dev.FPD.TrixellDR/PanelSerialXMLControl.cpp

#include "stdafx.h"
#include "PanelSerialXMLControl.h"


PanelSerialXMLControl::PanelSerialXMLControl()
{
	m_ResData.add(CcosPSLPanelType, "");
	m_ResData.add(CcosPSLPanelSerial, "");
	m_ResData.add(CcosPSLActive, "");
	m_ResData.add(CcosPSLIPAddress, "");
	m_ResData.add(CcosPSLCalibrationTime, "");
	m_ResData.add(CcosPSLPanelSize, "");
	m_strPanelXMLPath = "";
}

PanelSerialXMLControl::~PanelSerialXMLControl()
{
}

bool PanelSerialXMLControl::SetPanelXMLPath(const char* strPanelXMLPath)
{
	Thread_Lock();

	string strTem = strPanelXMLPath;
	if (m_strPanelXMLPath == strTem)
	{
		Thread_UnLock();
		return true;
	}

	m_strPanelXMLPath = strPanelXMLPath;
	if (!PathFileExists(strPanelXMLPath))
	{
		m_ResPanelSerialList.add("Document", "");
		m_ResPanelSerialList.SaveFile(m_strPanelXMLPath.c_str());
		Thread_UnLock();
		return true;
	}
	if (m_ResPanelSerialList.loadFile(strPanelXMLPath))
	{
		Thread_UnLock();
		return true;
	}

	Thread_UnLock();
	return false;
}

bool PanelSerialXMLControl::AddNewPanelSerial(PanelSerialList PSL)
{
	Thread_Lock();
	try{
		int nDPCCount = (int)m_ResPanelSerialList["Document"].GetKeyCount(CcosPSLPanelKey);
		int nIdx = (int)m_ResPanelSerialList["Document"].GetFirstOf(CcosPSLPanelKey);
		int i = 0;
		for (; i < nDPCCount; i++)
		{
			string strSN = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSerial];
			if (strSN == PSL.strPanelSN)
			{
				break;
			}
			nIdx = m_ResPanelSerialList["Document"].GetNextOf(CcosPSLPanelKey, nIdx);
		}

		if (i == nDPCCount)
		{
			//save 2 the config
			m_ResData[CcosPSLPanelType] = PSL.strPanelType.c_str();
			m_ResData[CcosPSLPanelSerial] = PSL.strPanelSN.c_str();
			m_ResData[CcosPSLActive] = PSL.strActive.c_str();
			m_ResData[CcosPSLIPAddress] = PSL.strIPAddress.c_str();
			m_ResData[CcosPSLCalibrationTime] = PSL.strCalibDate.c_str();
			m_ResData[CcosPSLPanelSize] = PSL.strPanelSize.c_str();

			m_ResPanelSerialList["Document"].add(CcosPSLPanelKey, m_ResData);
		}
		else if (i < nDPCCount)
		{
			m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelType] = PSL.strPanelType.c_str();
			m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSerial] = PSL.strPanelSN.c_str();
			m_ResPanelSerialList["Document"][nIdx][CcosPSLActive] = PSL.strActive.c_str();
			m_ResPanelSerialList["Document"][nIdx][CcosPSLIPAddress] = PSL.strIPAddress.c_str();
			m_ResPanelSerialList["Document"][nIdx][CcosPSLCalibrationTime] = PSL.strCalibDate.c_str();
			m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSize] = PSL.strPanelSize.c_str();
		}

		m_ResPanelSerialList.SaveFile(m_strPanelXMLPath.c_str());
	}
	catch (...)
	{
		Thread_UnLock();
		//printf("Add new panelserial failed, %s\r\n", e.what());
		return false;
	}

	Thread_UnLock();
	return true;
}

bool PanelSerialXMLControl::GetPanelSerialList(list<PanelSerialList> &listPanelSerial)
{
	Thread_Lock();

	//重新加载一遍，避免多平板共享一个文件时，一块板修改了内容，另一个板还使用修改之前的内容
	if (!m_ResPanelSerialList.loadFile(m_strPanelXMLPath.c_str()))
	{
		Thread_UnLock();
		return false;
	}

	try{
		int nDPCCount = (int)m_ResPanelSerialList["Document"].GetKeyCount(CcosPSLPanelKey);
		int nIdx = (int)m_ResPanelSerialList["Document"].GetFirstOf(CcosPSLPanelKey);
		int i = 0;
		for (; i < nDPCCount; i++)
		{
			PanelSerialList PSL;
			PSL.strActive = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLActive];
			PSL.strCalibDate = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLCalibrationTime];
			PSL.strIPAddress = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLIPAddress];
			PSL.strPanelSize = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSize];
			PSL.strPanelSN = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSerial];
			PSL.strPanelType = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelType];

			listPanelSerial.push_back(PSL);

			nIdx = m_ResPanelSerialList["Document"].GetNextOf(CcosPSLPanelKey, nIdx);
		}
	}
	catch (...)
	{
		Thread_UnLock();
		return false;
	}

	Thread_UnLock();
	return true;
}

bool PanelSerialXMLControl::ClearSNList()
{
	Thread_Lock();
	try{
		int nDPCCount = (int)m_ResPanelSerialList["Document"].GetKeyCount(CcosPSLPanelKey);
		int i = 0;
		for (; i < nDPCCount; i++)
		{
			m_ResPanelSerialList["Document"].eraseOneOf(CcosPSLPanelKey, i);
		}
		m_ResPanelSerialList.SaveFile(m_strPanelXMLPath.c_str());
	}
	catch (...)
	{
		Thread_UnLock();
		return false;
	}
	Thread_UnLock();
	return true;
}

bool PanelSerialXMLControl::GetActivedFDList(list<PanelSerialList> &listActivedFD)
{
	Thread_Lock();
	try{
		int nDPCCount = (int)m_ResPanelSerialList["Document"].GetKeyCount(CcosPSLPanelKey);
		int nIdx = (int)m_ResPanelSerialList["Document"].GetFirstOf(CcosPSLPanelKey);
		int i = 0;
		for (; i < nDPCCount; i++)
		{
			string strActived = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLActive];
			if (strActived == "true")
			{
				PanelSerialList PSL;
				PSL.strActive = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLActive];
				PSL.strCalibDate = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLCalibrationTime];
				PSL.strIPAddress = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLIPAddress];
				PSL.strPanelSize = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSize];
				PSL.strPanelSN = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelSerial];
				PSL.strPanelType = (string)m_ResPanelSerialList["Document"][nIdx][CcosPSLPanelType];

				listActivedFD.push_back(PSL);
			}

			nIdx = m_ResPanelSerialList["Document"].GetNextOf(CcosPSLPanelKey, nIdx);
		}
	}
	catch (...)
	{
		Thread_UnLock();
		return false;
	}
	Thread_UnLock();
	return true;
}