#ifndef __DBPSCONFIG_H
#define __DBPSCONFIG_H

/*============================================================================*
* Copyright(c), 1994-2007, Beijing Tangent Engineering Software Co.Ltd.
* 作    者:   杨小勇
* 创建时间:   2003年秋季
* 描    述:   存储在dwg的全局设置
* 归属项目:   给排水 暖通
* 历史记录:   2008－6－26 补头文件注释
=============================================================================*/

#include "AttachmentPrototype.h"

#define SHOW_PIPEDIR	0x01 // 管线流向

#define WEIGHT_PIPE		0x01 // 管线加粗
#define WEIGHT_RADIATOR	0x02 // 散热器加粗
#define WEIGHT_CANAL    0x04 // 方沟加粗
#define CLOSE_CANAL_POINTEND 0x08 // 方沟端点封闭

// 管线系统(给排水和暖通),目前仅存储全局变量
class PS_EXP TDbPsConfig : public AcDbObject {
public:
	ACRX_DECLARE_MEMBERS(TDbPsConfig);  
#if (ADS>14)
private:
    void *operator new[](size_t nSize) { return 0;}
    void operator delete[](void *p) {};
    void *operator new[](size_t nSize, const char *file, int line) { return 0;}
#endif
    static const Adesk::UInt8 g_nVersion; //当前版本
public:
	TDbPsConfig() : m_dPipeTextDis(0.5),m_nLineWeight(0),m_bBreakPipe(1),
		m_nPipeOsnap(1),m_nShowFlag(0),m_dBreakWidth(2),m_nSysShowFlag1(0),
		m_nSysShowFlag2(0),	m_dSpare1(0),m_dSpare2(0),m_nSpare1(1),m_nSpare2(0),
		m_nSpare3(0),m_nSpare4(2),m_nSpare5(3),m_nSpare6(0)	{}
	~TDbPsConfig() {}
protected:
	double	m_dPipeTextDis;	// 管线文字边距
	double	m_dBreakWidth;	// 单线管线遮挡打断宽度
	Adesk::UInt8	m_nLineWeight;	// 是否加粗：管线、散热器、
	Adesk::UInt8	m_bBreakPipe;	// 管件附件是否打断管件
	Adesk::UInt8	m_nPipeOsnap;	// 管线捕捉方式：0－显示的曲线；1-管线基线
	Adesk::UInt16	m_nShowFlag;	// 显示标志,eg：流向、...
	Adesk::UInt32	m_nSysShowFlag1;// 管线系统显示标志1
	Adesk::UInt32	m_nSysShowFlag2;// 管线系统显示标志2

	// 以下为备用数据
	double m_dSpare1;
	double m_dSpare2;
	Adesk::UInt8  m_nSpare1;//设备按比例
	Adesk::UInt8  m_nSpare2;//弯头样式
	// 盘管加粗 mcl use 2010.11.23，盘管跟管线分开 // 使用此值第一位设置方沟中线的显示 cet 2012.10.11 add
	// 使用第二位表示管线的线型比例是否随当前比例变化
	Adesk::Int16  m_nSpare3;
	Adesk::UInt16 m_nSpare4;//管长小数位数 2007-9-13
	Adesk::UInt16 m_nSpare5;//埋深小数位数 2007-9-13
	Adesk::UInt32 m_nSpare6;
	std::map<CString,bool> m_mapSystem;  // cet 2015.8.06 add 自定义管线系统开关状态
public:
	BOOL IsSystemShow(TPipeSys::SysType sysType) const;
	void ShowSystem(TPipeSys::SysType sysType,BOOL bFlag);
	double GetPipeTextDis() const { 
		return m_dPipeTextDis;
	}
	double GetBreakWidth() const {
		return m_dBreakWidth;
	}
	Adesk::UInt8 IsBreakPipe() const {
		return m_bBreakPipe;
	}
	Adesk::UInt8 GetPipeOsnap() const {
		return m_nPipeOsnap; 
	}	
    BOOL IsEqByScale() const{
        return TRUE; //m_nSpare1
    }
	int GetElbowType() const{
		return m_nSpare2;
	}

	int GetPipeLenPrecision() const{
		if(m_nSpare4 == 0)//考虑旧版默认值都是0，软件对于0位小数指定为99
			return 2;
		else if(m_nSpare4 == 99)
			return 0;
		return m_nSpare4;
	}
	int GetWellDeepPrecision() const{
		if(m_nSpare5 == 0)
			return 3;
		else if(m_nSpare5 == 99)
			return 0;
		return m_nSpare5;
	}

	void SetPipeTextDis(double dDis) {
		assertWriteEnabled();
		m_dPipeTextDis=dDis;
	}
	void SetBreakWidth(double dWidth) {
		assertWriteEnabled();
		m_dBreakWidth=dWidth;
	}
	void SetBreakPipe(BOOL bBreak) {
		assertWriteEnabled();
		m_bBreakPipe = bBreak;
	}
	void SetPipeOsnap(int nOsnap) {
		assertWriteEnabled();
		m_nPipeOsnap=(Adesk::UInt8)nOsnap;
	}
	void ShowPipeFlowDir(BOOL bFlag=TRUE);
	BOOL IsShowPipeFlowDir() const {
		return (m_nShowFlag&SHOW_PIPEDIR)!=0;
	}
	BOOL IsLineWeight() const { //管线加粗
		return (m_nLineWeight&WEIGHT_PIPE)!=0;
	}
	BOOL IsFloorWeight() const { //盘管加粗
	//  cet 2016.8.16 modify 此变量多处使用，按位设置标识
	//	return m_nSpare3;
		return ((m_nSpare3 & 0x0004) > 0) ? TRUE : FALSE;
	}
	BOOL IsRadiatorWeight() const { // 散热器加粗
		return (m_nLineWeight&WEIGHT_RADIATOR)!=0;
	}
	void SetLineWeight(BOOL bFlag);		// 管线加粗
	void SetRadiatorWeight(BOOL bFlag); // 散热器加粗
	void SetFloorWeight(BOOL bWeight); 	//盘管加粗

    void SetEqByScale(BOOL bFlag){
        assertWriteEnabled();
        m_nSpare1 = bFlag;
    }
    void SetElbowType(int iType){
        assertWriteEnabled();
        m_nSpare2 = iType;
    }
	
    void SetPipeLenPrecision(int iPrecision){
        assertWriteEnabled();
        m_nSpare4 = iPrecision;
    }
	
    void SetWellDeepPrecision(int iPrecision){
        assertWriteEnabled();
        m_nSpare5 = iPrecision;
    }

	// 查询方沟中线是否显示 cet 2012.10.11 add
	BOOL IsShowPipeCanalMidLine() const;
	// 设置方沟中线是否显示 cet 2012.10.11 add
	void ShowPipeCanalMinLine(BOOL bShow);
	// 方沟是否加粗 cet 2016.8.29 add
	bool IsShowPipeCanalLineWeight() const;
	void ShowPipeCanalLineWeight(bool bShow);
	// 方沟端点是否闭合 cet 2018.1.16 add
	bool IsClosePipeCancalPointEnd() const;
	void ClosePipeCanalPointEnd(bool bClose);
	// 管线线型比例是否随管线比例变化 2012.12.18 add
	BOOL IsRelatePipeLineTypeToCurPScale() const;
	// 管线线型比例是否随管线比例变化 2012.12.18 add
	void RelatePipeLineTypeToCurPScale(bool bReated);
	// 管线系统是否显示 cet 2015.8.06 add
	void ShowCustomPipeSystem(const CString &sSysName, bool bShow);
	bool IsShowCustomPipeSystem(const CString &sSysName);
	// 清除自定义管线系统
	void CleanAllCustomPipeSystem();

public:// Overriden function from AcDbObject	
	virtual Acad::ErrorStatus dwgInFields (AcDbDwgFiler*);
	virtual Acad::ErrorStatus dwgOutFields(AcDbDwgFiler*) const;
	virtual Acad::ErrorStatus dxfInFields (AcDbDxfFiler*);
	virtual Acad::ErrorStatus dxfOutFields(AcDbDxfFiler*) const;
	virtual Acad::ErrorStatus subWblockClone(AcRxObject*    pOwner,
							AcDbObject*&   pClonedObject,
							AcDbIdMapping& idMap,
							Adesk::Boolean isPrimary) const;
};

// 保存DWG全局变量的指针
PS_IMPEXP TDbPsConfig * GetDwgPsGlobal(AcDb::OpenMode opMode, AcDbDatabase *pDb=NULL); 

class PS_EXP TPSConfig {
public:
	TDbPsConfig *m_pConfig;
public:
	TPSConfig(AcDb::OpenMode opMode=AcDb::kForRead,AcDbDatabase *pDb=NULL):m_pConfig(NULL) {
		m_pConfig=GetDwgPsGlobal(opMode,pDb);
	}
	~TPSConfig() {
		Close(); 
	}
	void Close() { 
		if(m_pConfig) m_pConfig->close();
		m_pConfig = NULL;
	}
	operator  AcDbObject & () {
		assert(m_pConfig);
		return *m_pConfig;
	}
	bool operator !() const {
		return m_pConfig==NULL;
	}
};

//2007-1-12 sr add
inline PS_IMPEXP int GetElbowType(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? 0 : config.m_pConfig->GetElbowType();
}

inline PS_IMPEXP int GetPipeLenPrecision(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? 2 : config.m_pConfig->GetPipeLenPrecision();
}

inline PS_IMPEXP int GetWellDeepPrecision(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? 3 : config.m_pConfig->GetWellDeepPrecision();
}

inline PS_IMPEXP double GetPsPipeTextDis(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? 0.5 : config.m_pConfig->GetPipeTextDis();
}

inline PS_IMPEXP double GetPsBreakWidth(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? 2 : config.m_pConfig->GetBreakWidth();
}

inline PS_IMPEXP BOOL IsPsLineWeight(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? FALSE : config.m_pConfig->IsLineWeight();
}

inline PS_IMPEXP BOOL IsPsEqByScale(AcDbDatabase *pDb = NULL)
{
    TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
    return !config ? FALSE : config.m_pConfig->IsEqByScale();
}

inline PS_IMPEXP BOOL IsPsRadiatorWeight(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? FALSE : config.m_pConfig->IsRadiatorWeight();
}

inline PS_IMPEXP BOOL IsPsFloorPipeWeight(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? FALSE : config.m_pConfig->IsFloorWeight();
}

inline PS_IMPEXP BOOL IsPsBreakPipe(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? TRUE : config.m_pConfig->IsBreakPipe();
}
inline PS_IMPEXP int GetPSPipeOsnap(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? 1 : config.m_pConfig->GetPipeOsnap();
}
inline PS_IMPEXP BOOL IsPsShowPipeFlowDir(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? FALSE : config.m_pConfig->IsShowPipeFlowDir();
}
/* cet 2017.9.27 del 废弃代码
//查询管线系统的显示属性
inline PS_IMPEXP BOOL IsPsSystemShow(TPipeSys::SysType sysType, AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? TRUE : config.m_pConfig->IsSystemShow(sysType);
}
//设置管线系统的显示属性
inline PS_IMPEXP void PsShowSystem(TPipeSys::SysType sysType,BOOL bFlag, AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForWrite, pDb == NULL ? curDoc()->database() : pDb);
	if(!!config)
		config.m_pConfig->ShowSystem(sysType,bFlag);
}
*/
// 查询方沟中线是否显示 cet 2012.10.11 add
inline PS_IMPEXP BOOL IsShowPipeCanalMidLine(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? TRUE : config.m_pConfig->IsShowPipeCanalMidLine();
}

// 设置方沟中线是否显示 cet 2012.10.11 add
inline PS_IMPEXP void ShowPipeCanalMinLine(BOOL bShow, AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForWrite, pDb == NULL ? curDoc()->database() : pDb);
	if(!!config)
		config.m_pConfig->ShowPipeCanalMinLine(bShow);
}

// 管线线型比例是否随管线比例变化 2012.12.18 add
inline PS_IMPEXP BOOL IsRelatePipeLineTypeToCurPScale(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? TRUE : config.m_pConfig->IsRelatePipeLineTypeToCurPScale();
}

// 方沟是否加粗 cet 2016.8.29 add 
inline PS_IMPEXP BOOL IsShowPipeCanalLineWeight(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? FALSE : config.m_pConfig->IsShowPipeCanalLineWeight();
}

// 方沟是否加粗 cet 2016.8.29 add 
inline PS_IMPEXP void ShowPipeCanalLineWeight(BOOL bShow, AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForWrite, pDb == NULL ? curDoc()->database() : pDb);
	if(!!config)
		config.m_pConfig->ShowPipeCanalLineWeight(bShow);
}

// 方沟端点是否闭合 cet 2018.1.16 add
inline PS_IMPEXP bool IsClosePipeCancalPointEnd(AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForRead, pDb == NULL ? curDoc()->database() : pDb);
	return !config ? FALSE : config.m_pConfig->IsClosePipeCancalPointEnd();
}
// 方沟端点是否闭合 cet 2018.1.16 add
inline PS_IMPEXP void ClosePipeCanalPointEnd(bool bClose, AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForWrite, pDb == NULL ? curDoc()->database() : pDb);
	if(!!config)
		config.m_pConfig->ClosePipeCanalPointEnd(bClose);
}

// 管线线型比例是否随管线比例变化 2012.12.18 add
inline PS_IMPEXP void RelatePipeLineTypeToCurPScale(bool bReated, AcDbDatabase *pDb = NULL)
{
	TPSConfig config(AcDb::kForWrite, pDb == NULL ? curDoc()->database() : pDb);
	if(!!config)
		config.m_pConfig->RelatePipeLineTypeToCurPScale(bReated);
}

#endif