can_BMSer/servicemodel/Device.h

/*
 * Device.h
 *
 *  Created on: 2016年11月10日
 *      Author: Mr_zhu
 *     Content: 
 */

#ifndef SERVICEMODEL_DEVICE_H_
#define SERVICEMODEL_DEVICE_H_

#include <string>
#include <vector>

#include "../common/Type.h"
#include "../externservice/HardwareI.h"
#include "../externservice/ParaAnalysisI.h"
#include "../externservice/ProtocolI.h"
#include "../externservice/SubContractI.h"
#include "Base.h"
#include "Item.h"
#include "Packet.h"

struct HardwareI;
struct ParaAnalysisI;
struct ProtocolI;

struct SubContractI;

struct IHardware;

struct IParaAnalysis;
struct IProtocol;

class Channel;

class Device {
public:
	Device() :
			m_pptcl(NULL), m_hwtype(-1), m_hwnumber(-1), m_phw(NULL), m_ppara(
			NULL), m_psubctact(
			NULL), m_enable(1), m_datimer(100), m_datimeout(1000), m_dafaulttime(
					3000), m_readretrycount(0), m_writeretrycount(3), m_faultcount(
					3), m_parent(NULL) {

	}
	virtual ~Device() {
//		if (m_pptcl != NULL) {
//			delete m_pptcl;
//			m_pptcl = NULL;
//		}
//		if (m_phw != NULL) {
//			delete m_phw;
//			m_phw = NULL;
//		}
//		if (m_ppara != NULL) {
//			delete m_ppara;
//			m_ppara = NULL;
//		}
//		if (m_psubctact != NULL) {
//			delete m_psubctact;
//			m_psubctact = NULL;
//		}
	}

	Base& getBase() {
		return m_base;
	}

	void setBase(const Base& base) {
		this->m_base = base;
	}

	int getEnable() const {
		return m_enable;
	}

	void setEnable(int enable) {
		m_enable = enable;
	}

	CLSID& getHwguid() {
		return m_hwguid;
	}

	void setHwguid(const CLSID& hwguid) {
		m_hwguid = hwguid;
	}

	std::string& getHwname() {
		return m_hwname;
	}

	void setHwname(const std::string& hwname) {
		if (!hwname.empty()) {
			m_hwname = hwname;
		}
	}

	int getHwnumber() const {
		return m_hwnumber;
	}

	void setHwnumber(int hwnumber) {
		m_hwnumber = hwnumber;
	}

	int getHwtype() const {
		return m_hwtype;
	}

	void setHwtype(int hwtype) {
		m_hwtype = hwtype;
	}

	std::string& getItemtable() {
		return m_itemtable;
	}

	void setItemtable(const std::string& itemtable) {
		if (!itemtable.empty()) {
			m_itemtable = itemtable;
		}
	}

	CLSID& getParaanalysisguid() {
		return m_paraanalysisguid;
	}

	void setParaanalysisguid(const CLSID& paraanalysisguid) {
		m_paraanalysisguid = paraanalysisguid;
	}

	CLSID& getProtocolguid() {
		return m_protocolguid;
	}

	void setProtocolguid(const CLSID& protocolguid) {
		m_protocolguid = protocolguid;
	}

	const std::string& getProtocolname() const {
		return m_protocolname;
	}

	void setProtocolname(const std::string& protocolname) {
		if (!protocolname.empty()) {
			m_protocolname = protocolname;
		}
	}

	CLSID& getSubcontractguid() {
		return m_subcontractguid;
	}

	void setSubcontractguid(const CLSID& subcontractguid) {
		m_subcontractguid = subcontractguid;
	}

	Channel* getParent() {
		return m_parent;
	}

	void setParent(Channel* parent) {
		this->m_parent = parent;
	}

	HardwareI* getPhw() {
		return m_phw;
	}

	void setPhw(HardwareI* phw) {
		this->m_phw = phw;
	}

	ParaAnalysisI* getPpara() const {
		return m_ppara;
	}

	void setPpara(ParaAnalysisI* ppara) {
		this->m_ppara = ppara;
	}

	ProtocolI* getPptcl() {
		return m_pptcl;
	}

	void setPptcl(ProtocolI* pptcl) {
		this->m_pptcl = pptcl;
	}

	SubContractI* getPsubctact() const {
		return m_psubctact;
	}

	void setPsubctact(SubContractI* psubctact) {
		this->m_psubctact = psubctact;
	}

	std::vector<Packet* >& getVpacket() {
		return m_vpacket;
	}

	void setVpacket(const std::vector<Packet* >& vpacket) {
		this->m_vpacket = vpacket;
	}

	std::vector<Item* >& getVitem() {
		return m_vitem;
	}

	void setVitem(const std::vector<Item* >& vitem) {
		this->m_vitem = vitem;
	}

	HRESULT addItem(Item* item) {
		bool isexist = false;

		for (Item*& i : m_vitem) {
			if (i->isEqual(*item)) {
				isexist = true;
				break;
			}
		}
		if (!isexist) {
			m_vitem.push_back(item);

			return S_OK;
		}
		return S_FALSE;
	}

	HRESULT addPacket(Packet* packet) {
		bool isexist = false;

		for (Packet* & p : m_vpacket) {
			if (p->isEqual(*packet)) {
				isexist = true;
				break;
			}
		}
		if (!isexist) {
			m_vpacket.push_back(packet);
			return S_OK;
		}
		return S_FALSE;
	}

	ULONG getItemCount() {
		return m_vitem.size();
	}

	ULONG getPacketCount() {
		return m_vpacket.size();
	}

public:
	bool isEqual(Device& device) {

		if ((isGUIDEqual(this->m_hwguid,((device.getHwguid()))))
				&& (this->m_hwname == ((device.getHwname())))
				&& (this->m_hwnumber == device.getHwnumber())
				&& (this->m_hwtype == device.getHwtype())) {
			return true;
		}

		return false;
	}

	int getDafaulttime() const {
		return m_dafaulttime;
	}

	void setDafaulttime(int dafaulttime) {
		m_dafaulttime = dafaulttime;
	}

	int getDatimeout() const {
		return m_datimeout;
	}

	void setDatimeout(int datimeout) {
		m_datimeout = datimeout;
	}

	int getDatimer() const {
		return m_datimer;
	}

	void setDatimer(int datimer) {
		m_datimer = datimer;
	}

	int getFaultcount() const {
		return m_faultcount;
	}

	void setFaultcount(int faultcount) {
		m_faultcount = faultcount;
	}

	int getReadretrycount() const {
		return m_readretrycount;
	}

	void setReadretrycount(int readretrycount) {
		m_readretrycount = readretrycount;
	}

	int getWriteretrycount() const {
		return m_writeretrycount;
	}

	void setWriteretrycount(int writeretrycount) {
		m_writeretrycount = writeretrycount;
	}

	void outInfo() {

	}

private:
	std::string m_protocolname;	//----设备通信协议名称
	CLSID m_protocolguid;	//----设备通信协议组件标识符
	ProtocolI* m_pptcl;	//----设备通信协议组件句柄

	std::string m_hwname;	//----设备硬件通道名称
	int m_hwtype;	//----设备硬件通道类型
	int m_hwnumber;	//----设备硬件通道号
	CLSID m_hwguid;	//----设备硬件通道组件标识符
	HardwareI* m_phw;	//----设备硬件通道组件句柄

	CLSID m_paraanalysisguid;	//----设备参数解析组件标识符
	ParaAnalysisI* m_ppara;	//----设备参数分析组件句柄

	CLSID m_subcontractguid;	//----设备分包参数组件标识符
	SubContractI* m_psubctact;	//----设备分包组件句柄

	std::string m_itemtable;	//----设备点表名称
	int m_enable;	//----设备使能控制
	int m_datimer;	//----采集周期
	int m_datimeout;	//----采集超时时间
	int m_dafaulttime;	//----采集故障恢复时间
	int m_readretrycount;	//----读重试次数
	int m_writeretrycount;	//----写重试次数
	int m_faultcount;	//----采集故障次数

	Base m_base;	//----公共参数

	std::vector<Packet* > m_vpacket;	//----设备中的采集包集合
	std::vector<Item* > m_vitem;	//----设备中采集点集合
	Channel* m_parent;	//----父句柄
};

#endif /* SERVICEMODEL_DEVICE_H_ */