toro/TPO_PhysicalObjects/TPO_Inst.h - third_party/vtr-verilog-to-routing - Git at Google

 //===========================================================================//
 // Purpose : Declaration and inline definitions for a TPO_Inst class.
 //
 //           Inline methods include:
 //           - SetName (required for TCT_SortedNameDynamicVector_c class)
 //           - GetName (required for TCT_SortedNameDynamicVector_c class)
 //           - GetCompare (required for TCT_BSearch and TCT_QSort classes)
 //           - GetCellName
 //           - GetPinList
 //           - GetSource
 //           - GetInputOutputType
 //           - GetNamesLogicBitsList
 //           - GetLatchClockType, GetLatchInitState
 //           - GetSubcktPinMapList
 //           - GetPackInstHierMapList
 //           - GetPlaceFabricName
 //           - GetPlaceStatus, GetPlaceOrigin
 //           - GetPlaceRegionList, GetPlaceRelativeList
 //           - SetCellName
 //           - SetPinList
 //           - SetSource
 //           - IsValid
 //
 //===========================================================================//

 //---------------------------------------------------------------------------//
 // Copyright (C) 2012-2013 Jeff Rudolph, Texas Instruments (jrudolph@ti.com) //
 //                                                                           //
 // Permission is hereby granted, free of charge, to any person obtaining a   //
 // copy of this software and associated documentation files (the "Software"),//
 // to deal in the Software without restriction, including without limitation //
 // the rights to use, copy, modify, merge, publish, distribute, sublicense,  //
 // and/or sell copies of the Software, and to permit persons to whom the     //
 // Software is furnished to do so, subject to the following conditions:      //
 //                                                                           //
 // The above copyright notice and this permission notice shall be included   //
 // in all copies or substantial portions of the Software.                    //
 //                                                                           //
 // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS   //
 // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF                //
 // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN //
 // NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,  //
 // DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR     //
 // OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE //
 // USE OR OTHER DEALINGS IN THE SOFTWARE.                                    //
 //---------------------------------------------------------------------------//

 #ifndef TPO_INST_H
 #define TPO_INST_H

 #include <cstdio>
 #include <string>
 using namespace std;

 #include "TC_Bit.h"
 #include "TC_NameType.h"

 #include "TGS_Typedefs.h"
 #include "TGS_Region.h"

 #include "TGO_Typedefs.h"
 #include "TGO_Point.h"

 #include "TLO_Typedefs.h"
 #include "TLO_Cell.h"

 #include "TPO_Typedefs.h"
 #include "TPO_PinMap.h"
 #include "TPO_InstHierMap.h"
 #include "TPO_PlaceRelative.h"

 //===========================================================================//
 // Purpose        : Class declaration
 // Author         : Jeff Rudolph
 //---------------------------------------------------------------------------//
 // Version history
 // 05/15/12 jeffr : Original
 //===========================================================================//
 class TPO_Inst_c
 {
 public:

    TPO_Inst_c( void );
    TPO_Inst_c( const string& srName );
    TPO_Inst_c( const char* pszName );
    TPO_Inst_c( const string& srName,
                const string& srCellName,
                const TPO_PinList_t& pinList,
                TPO_InstSource_t source,
                const TPO_LogicBitsList_t& logicBitsList );
    TPO_Inst_c( const char* pszName,
                const char* pszCellName,
                const TPO_PinList_t& pinList,
                TPO_InstSource_t source,
                const TPO_LogicBitsList_t& logicBitsList );
    TPO_Inst_c( const string& srName,
                const string& srCellName,
                const TPO_PinList_t& pinList,
                TPO_InstSource_t source,
                TPO_LatchType_t clockType,
                TPO_LatchState_t initState );
    TPO_Inst_c( const char* pszName,
                const char* pszCellName,
                const TPO_PinList_t& pinList,
                TPO_InstSource_t source,
                TPO_LatchType_t clockType,
                TPO_LatchState_t initState );
    TPO_Inst_c( const string& srName,
                const string& srCellName,
                TPO_InstSource_t source,
                const TPO_PinMapList_t& pinMapList );
    TPO_Inst_c( const char* pszName,
                const char* pszCellName,
                TPO_InstSource_t source,
                const TPO_PinMapList_t& pinMapList );
    TPO_Inst_c( const TPO_Inst_c& inst );
    ~TPO_Inst_c( void );

    TPO_Inst_c& operator=( const TPO_Inst_c& inst );
    bool operator<( const TPO_Inst_c& inst ) const;
    bool operator==( const TPO_Inst_c& inst ) const;
    bool operator!=( const TPO_Inst_c& inst ) const;

    void Print( FILE* pfile = stdout, size_t spaceLen = 0,
                const char* pszUsage = 0 ) const;
    void PrintBLIF( FILE* pfile = stdout, size_t spaceLen = 0 ) const;

    void SetName( const string& srName );
    void SetName( const char* pszName );
    const char* GetName( void ) const;
    const char* GetCompare( void ) const;

    const char* GetCellName( void ) const;
    const TPO_PinList_t& GetPinList( void ) const;
    TPO_InstSource_t GetSource( void ) const;

    TC_TypeMode_t GetInputOutputType( void ) const;
    const TPO_LogicBitsList_t& GetNamesLogicBitsList( void ) const;
    TPO_LatchType_t GetLatchClockType( void ) const;
    TPO_LatchState_t GetLatchInitState( void ) const;
    const TPO_PinMapList_t& GetSubcktPinMapList( void ) const;

    const TPO_InstHierMapList_t& GetPackInstHierMapList( void ) const;

    const char* GetPlaceFabricName( void ) const;
    TPO_StatusMode_t GetPlaceStatus( void ) const;
    const TGO_Point_c& GetPlaceOrigin( void ) const;
    const TGS_RegionList_t& GetPlaceRegionList( void ) const;
    const TPO_PlaceRelativeList_t& GetPlaceRelativeList( void ) const;

    void SetCellName( const string& srCellName );
    void SetCellName( const char* pszCellName );
    void SetPinList( const TPO_PinList_t& pinList );
    void SetSource( TPO_InstSource_t source );

    void SetInputOutputType( TC_TypeMode_t type );
    void SetNamesLogicBitsList( const TPO_LogicBitsList_t& logicBitsList );
    void SetLatchClockType( TPO_LatchType_t clockType );
    void SetLatchInitState( TPO_LatchState_t initState );
    void SetSubcktPinMapList( const TPO_PinMapList_t& pinMapList );

    void SetPackInstHierMapList( const TPO_InstHierMapList_t& instHierMapList );

    void SetPlaceFabricName( const string& srFabricName );
    void SetPlaceFabricName( const char* pszFabricName );
    void SetPlaceStatus( TPO_StatusMode_t status );
    void SetPlaceOrigin( const TGO_Point_c& origin );
    void SetPlaceRegionList( const TGS_RegionList_t& regionList );
    void SetPlaceRelativeList( const TPO_PlaceRelativeList_t& relativeList );

    void AddPin( const TPO_Pin_t& pin );

    const TPO_Pin_t* FindPin( TC_TypeMode_t type ) const;

    size_t FindPinCount( TC_TypeMode_t type,
                         const TLO_CellList_t& cellList ) const;

    void Clear( void );

    bool IsValid( void ) const;

 private:

    string           srName_;      // Defines instance name
    string           srCellName_;  // Defines instance's master cell name
    TPO_PinList_t    pinList_;     // List of instance's pins

    TPO_InstSource_t source_;      // Defines instance source (optional)
                                   // For example: ".input", ".names", or ".latch"
    class TPO_InstInputOutput_c
    {
    public:

       TC_TypeMode_t type;         // Defines port type (optional)
                                   // For example: ".input" or ".output"
    } inputOutput_;

    class TPO_InstNames_c
    {
    public:

       TPO_LogicBitsList_t logicBitsList;
                                   // Defines PLA logic bits (optional for ".names")
    } names_;                      // For example: "1--1 1", "-1-1 1", or "0-11 1"

    class TPO_InstLatch_c
    {
    public:

       TPO_LatchType_t clockType;  // Defines clocking type (optional for ".latch")
                                   // For example: FE, RE, AH, AL, or AS
       TPO_LatchState_t initState; // Defines initial state (optional for ".latch")
                                   // For example: true, false, or don't care
    } latch_;

    class TPO_InstSubckt_c
    {
    public:

       TPO_PinMapList_t pinMapList;// Defines ".subckt" pin-to-pin map table
    } subckt_;

    class TPO_InstPack_c
    {
    public:

       TPO_InstHierMapList_t instHierMapList;
                                   // Defines packing (instance to PB architecture)
    } pack_;

    class TPO_InstPlace_c
    {
    public:

       string srFabricName;        // Defines placement fabric name (optional)
       TPO_StatusMode_t status;    // Defines placement status mode (optional)
       TGO_Point_c origin;         // Defines placement origin point (optional)
       TGS_RegionList_t regionList;// Defines placement region(s) (optional)
       TPO_PlaceRelativeList_t relativeList;
                                   // Defines placement relative(s) (optional)
    } place_;

 private:

    enum TPO_DefCapacity_e
    {
       TPO_PIN_LIST_DEF_CAPACITY = 64,
       TPO_LOGIC_BITS_LIST_DEF_CAPACITY = 8,
       TPO_PIN_MAP_LIST_DEF_CAPACITY = 64,
       TPO_INST_HIER_MAP_LIST_DEF_CAPACITY = 1,
       TPO_RELATIVE_LIST_DEF_CAPACITY = 1,
       TPO_REGION_LIST_DEF_CAPACITY = 1
    };
 };

 //===========================================================================//
 // Purpose        : Class inline definition(s)
 // Author         : Jeff Rudolph
 //---------------------------------------------------------------------------//
 // Version history
 // 05/15/12 jeffr : Original
 //===========================================================================//
 inline void TPO_Inst_c::SetName(
       const string& srName )
 {
    this->srName_ = srName;
 }

 //===========================================================================//
 inline void TPO_Inst_c::SetName(
       const char* pszName )
 {
    this->srName_ = TIO_PSZ_STR( pszName );
 }

 //===========================================================================//
 inline const char* TPO_Inst_c::GetName(
       void ) const
 {
    return( TIO_SR_STR( this->srName_ ));
 }

 //===========================================================================//
 inline const char* TPO_Inst_c::GetCompare(
       void ) const
 {
    return( TIO_SR_STR( this->srName_ ));
 }

 //===========================================================================//
 inline const char* TPO_Inst_c::GetCellName(
       void ) const
 {
    return( TIO_SR_STR( this->srCellName_ ));
 }

 //===========================================================================//
 inline const TPO_PinList_t& TPO_Inst_c::GetPinList(
       void ) const
 {
    return( this->pinList_ );
 }

 //===========================================================================//
 inline TPO_InstSource_t TPO_Inst_c::GetSource(
       void ) const
 {
    return( this->source_ );
 }

 //===========================================================================//
 inline TC_TypeMode_t TPO_Inst_c::GetInputOutputType(
       void ) const
 {
    return( this->inputOutput_.type );
 }

 //===========================================================================//
 inline const TPO_LogicBitsList_t& TPO_Inst_c::GetNamesLogicBitsList(
       void ) const
 {
    return( this->names_.logicBitsList );
 }

 //===========================================================================//
 inline TPO_LatchType_t TPO_Inst_c::GetLatchClockType(
       void ) const
 {
    return( this->latch_.clockType );
 }

 //===========================================================================//
 inline TPO_LatchState_t TPO_Inst_c::GetLatchInitState(
       void ) const
 {
    return( this->latch_.initState );
 }

 //===========================================================================//
 inline const TPO_PinMapList_t& TPO_Inst_c::GetSubcktPinMapList(
       void ) const
 {
    return( this->subckt_.pinMapList );
 }

 //===========================================================================//
 inline const TPO_InstHierMapList_t& TPO_Inst_c::GetPackInstHierMapList(
       void ) const
 {
    return( this->pack_.instHierMapList );
 }

 //===========================================================================//
 inline const char* TPO_Inst_c::GetPlaceFabricName(
       void ) const
 {
    return( TIO_SR_STR( this->place_.srFabricName ));
 }

 //===========================================================================//
 inline TPO_StatusMode_t TPO_Inst_c::GetPlaceStatus(
       void ) const
 {
    return( this->place_.status );
 }

 //===========================================================================//
 inline const TGO_Point_c& TPO_Inst_c::GetPlaceOrigin(
       void ) const
 {
    return( this->place_.origin );
 }

 //===========================================================================//
 inline const TGS_RegionList_t& TPO_Inst_c::GetPlaceRegionList(
       void ) const
 {
    return( this->place_.regionList );
 }

 //===========================================================================//
 inline const TPO_PlaceRelativeList_t& TPO_Inst_c::GetPlaceRelativeList(
       void ) const
 {
    return( this->place_.relativeList );
 }

 //===========================================================================//
 inline void TPO_Inst_c::SetCellName(
       const string& srCellName )
 {
    this->srCellName_ = srCellName;
 }

 //===========================================================================//
 inline void TPO_Inst_c::SetCellName(
       const char* pszCellName )
 {
    this->srCellName_ = TIO_PSZ_STR( pszCellName );
 }

 //===========================================================================//
 inline void TPO_Inst_c::SetPinList(
       const TPO_PinList_t& pinList )
 {
    this->pinList_ = pinList;
 }

 //===========================================================================//
 inline void TPO_Inst_c::SetSource(
       TPO_InstSource_t source )
 {
    this->source_ = source;
 }

 //===========================================================================//
 inline bool TPO_Inst_c::IsValid(
       void ) const
 {
    return( this->srName_.length( ) ? true : false );
 }

 #endif
	//===========================================================================//
	// Purpose : Declaration and inline definitions for a TPO_Inst class.
	//
	// Inline methods include:
	// - SetName (required for TCT_SortedNameDynamicVector_c class)
	// - GetName (required for TCT_SortedNameDynamicVector_c class)
	// - GetCompare (required for TCT_BSearch and TCT_QSort classes)
	// - GetCellName
	// - GetPinList
	// - GetSource
	// - GetInputOutputType
	// - GetNamesLogicBitsList
	// - GetLatchClockType, GetLatchInitState
	// - GetSubcktPinMapList
	// - GetPackInstHierMapList
	// - GetPlaceFabricName
	// - GetPlaceStatus, GetPlaceOrigin
	// - GetPlaceRegionList, GetPlaceRelativeList
	// - SetCellName
	// - SetPinList
	// - SetSource
	// - IsValid
	//
	//===========================================================================//

	//---------------------------------------------------------------------------//
	// Copyright (C) 2012-2013 Jeff Rudolph, Texas Instruments (jrudolph@ti.com) //
	// //
	// Permission is hereby granted, free of charge, to any person obtaining a //
	// copy of this software and associated documentation files (the "Software"),//
	// to deal in the Software without restriction, including without limitation //
	// the rights to use, copy, modify, merge, publish, distribute, sublicense, //
	// and/or sell copies of the Software, and to permit persons to whom the //
	// Software is furnished to do so, subject to the following conditions: //
	// //
	// The above copyright notice and this permission notice shall be included //
	// in all copies or substantial portions of the Software. //
	// //
	// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS //
	// OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF //
	// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN //
	// NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, //
	// DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR //
	// OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE //
	// USE OR OTHER DEALINGS IN THE SOFTWARE. //
	//---------------------------------------------------------------------------//

	#ifndef TPO_INST_H
	#define TPO_INST_H

	#include <cstdio>
	#include <string>
	using namespace std;

	#include "TC_Bit.h"
	#include "TC_NameType.h"

	#include "TGS_Typedefs.h"
	#include "TGS_Region.h"

	#include "TGO_Typedefs.h"
	#include "TGO_Point.h"

	#include "TLO_Typedefs.h"
	#include "TLO_Cell.h"

	#include "TPO_Typedefs.h"
	#include "TPO_PinMap.h"
	#include "TPO_InstHierMap.h"
	#include "TPO_PlaceRelative.h"

	//===========================================================================//
	// Purpose : Class declaration
	// Author : Jeff Rudolph
	//---------------------------------------------------------------------------//
	// Version history
	// 05/15/12 jeffr : Original
	//===========================================================================//
	class TPO_Inst_c
	{
	public:

	TPO_Inst_c( void );
	TPO_Inst_c( const string& srName );
	TPO_Inst_c( const char* pszName );
	TPO_Inst_c( const string& srName,
	const string& srCellName,
	const TPO_PinList_t& pinList,
	TPO_InstSource_t source,
	const TPO_LogicBitsList_t& logicBitsList );
	TPO_Inst_c( const char* pszName,
	const char* pszCellName,
	const TPO_PinList_t& pinList,
	TPO_InstSource_t source,
	const TPO_LogicBitsList_t& logicBitsList );
	TPO_Inst_c( const string& srName,
	const string& srCellName,
	const TPO_PinList_t& pinList,
	TPO_InstSource_t source,
	TPO_LatchType_t clockType,
	TPO_LatchState_t initState );
	TPO_Inst_c( const char* pszName,
	const char* pszCellName,
	const TPO_PinList_t& pinList,
	TPO_InstSource_t source,
	TPO_LatchType_t clockType,
	TPO_LatchState_t initState );
	TPO_Inst_c( const string& srName,
	const string& srCellName,
	TPO_InstSource_t source,
	const TPO_PinMapList_t& pinMapList );
	TPO_Inst_c( const char* pszName,
	const char* pszCellName,
	TPO_InstSource_t source,
	const TPO_PinMapList_t& pinMapList );
	TPO_Inst_c( const TPO_Inst_c& inst );
	~TPO_Inst_c( void );

	TPO_Inst_c& operator=( const TPO_Inst_c& inst );
	bool operator<( const TPO_Inst_c& inst ) const;
	bool operator==( const TPO_Inst_c& inst ) const;
	bool operator!=( const TPO_Inst_c& inst ) const;

	void Print( FILE* pfile = stdout, size_t spaceLen = 0,
	const char* pszUsage = 0 ) const;
	void PrintBLIF( FILE* pfile = stdout, size_t spaceLen = 0 ) const;

	void SetName( const string& srName );
	void SetName( const char* pszName );
	const char* GetName( void ) const;
	const char* GetCompare( void ) const;

	const char* GetCellName( void ) const;
	const TPO_PinList_t& GetPinList( void ) const;
	TPO_InstSource_t GetSource( void ) const;

	TC_TypeMode_t GetInputOutputType( void ) const;
	const TPO_LogicBitsList_t& GetNamesLogicBitsList( void ) const;
	TPO_LatchType_t GetLatchClockType( void ) const;
	TPO_LatchState_t GetLatchInitState( void ) const;
	const TPO_PinMapList_t& GetSubcktPinMapList( void ) const;

	const TPO_InstHierMapList_t& GetPackInstHierMapList( void ) const;

	const char* GetPlaceFabricName( void ) const;
	TPO_StatusMode_t GetPlaceStatus( void ) const;
	const TGO_Point_c& GetPlaceOrigin( void ) const;
	const TGS_RegionList_t& GetPlaceRegionList( void ) const;
	const TPO_PlaceRelativeList_t& GetPlaceRelativeList( void ) const;

	void SetCellName( const string& srCellName );
	void SetCellName( const char* pszCellName );
	void SetPinList( const TPO_PinList_t& pinList );
	void SetSource( TPO_InstSource_t source );

	void SetInputOutputType( TC_TypeMode_t type );
	void SetNamesLogicBitsList( const TPO_LogicBitsList_t& logicBitsList );
	void SetLatchClockType( TPO_LatchType_t clockType );
	void SetLatchInitState( TPO_LatchState_t initState );
	void SetSubcktPinMapList( const TPO_PinMapList_t& pinMapList );

	void SetPackInstHierMapList( const TPO_InstHierMapList_t& instHierMapList );

	void SetPlaceFabricName( const string& srFabricName );
	void SetPlaceFabricName( const char* pszFabricName );
	void SetPlaceStatus( TPO_StatusMode_t status );
	void SetPlaceOrigin( const TGO_Point_c& origin );
	void SetPlaceRegionList( const TGS_RegionList_t& regionList );
	void SetPlaceRelativeList( const TPO_PlaceRelativeList_t& relativeList );

	void AddPin( const TPO_Pin_t& pin );

	const TPO_Pin_t* FindPin( TC_TypeMode_t type ) const;

	size_t FindPinCount( TC_TypeMode_t type,
	const TLO_CellList_t& cellList ) const;

	void Clear( void );

	bool IsValid( void ) const;

	private:

	string srName_; // Defines instance name
	string srCellName_; // Defines instance's master cell name
	TPO_PinList_t pinList_; // List of instance's pins

	TPO_InstSource_t source_; // Defines instance source (optional)
	// For example: ".input", ".names", or ".latch"
	class TPO_InstInputOutput_c
	{
	public:

	TC_TypeMode_t type; // Defines port type (optional)
	// For example: ".input" or ".output"
	} inputOutput_;

	class TPO_InstNames_c
	{
	public:

	TPO_LogicBitsList_t logicBitsList;
	// Defines PLA logic bits (optional for ".names")
	} names_; // For example: "1--1 1", "-1-1 1", or "0-11 1"

	class TPO_InstLatch_c
	{
	public:

	TPO_LatchType_t clockType; // Defines clocking type (optional for ".latch")
	// For example: FE, RE, AH, AL, or AS
	TPO_LatchState_t initState; // Defines initial state (optional for ".latch")
	// For example: true, false, or don't care
	} latch_;

	class TPO_InstSubckt_c
	{
	public:

	TPO_PinMapList_t pinMapList;// Defines ".subckt" pin-to-pin map table
	} subckt_;

	class TPO_InstPack_c
	{
	public:

	TPO_InstHierMapList_t instHierMapList;
	// Defines packing (instance to PB architecture)
	} pack_;

	class TPO_InstPlace_c
	{
	public:

	string srFabricName; // Defines placement fabric name (optional)
	TPO_StatusMode_t status; // Defines placement status mode (optional)
	TGO_Point_c origin; // Defines placement origin point (optional)
	TGS_RegionList_t regionList;// Defines placement region(s) (optional)
	TPO_PlaceRelativeList_t relativeList;
	// Defines placement relative(s) (optional)
	} place_;

	private:

	enum TPO_DefCapacity_e
	{
	TPO_PIN_LIST_DEF_CAPACITY = 64,
	TPO_LOGIC_BITS_LIST_DEF_CAPACITY = 8,
	TPO_PIN_MAP_LIST_DEF_CAPACITY = 64,
	TPO_INST_HIER_MAP_LIST_DEF_CAPACITY = 1,
	TPO_RELATIVE_LIST_DEF_CAPACITY = 1,
	TPO_REGION_LIST_DEF_CAPACITY = 1
	};
	};

	//===========================================================================//
	// Purpose : Class inline definition(s)
	// Author : Jeff Rudolph
	//---------------------------------------------------------------------------//
	// Version history
	// 05/15/12 jeffr : Original
	//===========================================================================//
	inline void TPO_Inst_c::SetName(
	const string& srName )
	{
	this->srName_ = srName;
	}

	//===========================================================================//
	inline void TPO_Inst_c::SetName(
	const char* pszName )
	{
	this->srName_ = TIO_PSZ_STR( pszName );
	}

	//===========================================================================//
	inline const char* TPO_Inst_c::GetName(
	void ) const
	{
	return( TIO_SR_STR( this->srName_ ));
	}

	//===========================================================================//
	inline const char* TPO_Inst_c::GetCompare(
	void ) const
	{
	return( TIO_SR_STR( this->srName_ ));
	}

	//===========================================================================//
	inline const char* TPO_Inst_c::GetCellName(
	void ) const
	{
	return( TIO_SR_STR( this->srCellName_ ));
	}

	//===========================================================================//
	inline const TPO_PinList_t& TPO_Inst_c::GetPinList(
	void ) const
	{
	return( this->pinList_ );
	}

	//===========================================================================//
	inline TPO_InstSource_t TPO_Inst_c::GetSource(
	void ) const
	{
	return( this->source_ );
	}

	//===========================================================================//
	inline TC_TypeMode_t TPO_Inst_c::GetInputOutputType(
	void ) const
	{
	return( this->inputOutput_.type );
	}

	//===========================================================================//
	inline const TPO_LogicBitsList_t& TPO_Inst_c::GetNamesLogicBitsList(
	void ) const
	{
	return( this->names_.logicBitsList );
	}

	//===========================================================================//
	inline TPO_LatchType_t TPO_Inst_c::GetLatchClockType(
	void ) const
	{
	return( this->latch_.clockType );
	}

	//===========================================================================//
	inline TPO_LatchState_t TPO_Inst_c::GetLatchInitState(
	void ) const
	{
	return( this->latch_.initState );
	}

	//===========================================================================//
	inline const TPO_PinMapList_t& TPO_Inst_c::GetSubcktPinMapList(
	void ) const
	{
	return( this->subckt_.pinMapList );
	}

	//===========================================================================//
	inline const TPO_InstHierMapList_t& TPO_Inst_c::GetPackInstHierMapList(
	void ) const
	{
	return( this->pack_.instHierMapList );
	}

	//===========================================================================//
	inline const char* TPO_Inst_c::GetPlaceFabricName(
	void ) const
	{
	return( TIO_SR_STR( this->place_.srFabricName ));
	}

	//===========================================================================//
	inline TPO_StatusMode_t TPO_Inst_c::GetPlaceStatus(
	void ) const
	{
	return( this->place_.status );
	}

	//===========================================================================//
	inline const TGO_Point_c& TPO_Inst_c::GetPlaceOrigin(
	void ) const
	{
	return( this->place_.origin );
	}

	//===========================================================================//
	inline const TGS_RegionList_t& TPO_Inst_c::GetPlaceRegionList(
	void ) const
	{
	return( this->place_.regionList );
	}

	//===========================================================================//
	inline const TPO_PlaceRelativeList_t& TPO_Inst_c::GetPlaceRelativeList(
	void ) const
	{
	return( this->place_.relativeList );
	}

	//===========================================================================//
	inline void TPO_Inst_c::SetCellName(
	const string& srCellName )
	{
	this->srCellName_ = srCellName;
	}

	//===========================================================================//
	inline void TPO_Inst_c::SetCellName(
	const char* pszCellName )
	{
	this->srCellName_ = TIO_PSZ_STR( pszCellName );
	}

	//===========================================================================//
	inline void TPO_Inst_c::SetPinList(
	const TPO_PinList_t& pinList )
	{
	this->pinList_ = pinList;
	}

	//===========================================================================//
	inline void TPO_Inst_c::SetSource(
	TPO_InstSource_t source )
	{
	this->source_ = source;
	}

	//===========================================================================//
	inline bool TPO_Inst_c::IsValid(
	void ) const
	{
	return( this->srName_.length( ) ? true : false );
	}

	#endif