// Copyright (c) 2001-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// under the terms of the License "Symbian Foundation License v1.0" to Symbian Foundation members and "Symbian Foundation End User License Agreement v1.0" to non-members

// which accompanies this distribution, and is available

// at the URL "http://www.symbianfoundation.org/legal/licencesv10.html".

//

// Initial Contributors:

// Nokia Corporation - initial contribution.

//

// Contributors:

//

// Description:

//

#ifndef __STRINGPOOL_INL__

#define __STRINGPOOL_INL__

inline RStringTokenBase::RStringTokenBase()

		: iVal(0)

/** Default constructor. */

	{

	}

inline RStringTokenBase RStringTokenBase::operator=(RStringBase aVal)

/** Assignment operator, which makes a string token from a string. 

@param aVal The value of the string to copy.

@return The string token base. */

	{

	iVal = aVal.iVal;

	return *this;

	}

inline TBool RStringTokenBase::IsNull() const

/** Tests if the string is null or not.

@return ETrue if the string is null, otherwise EFalse. */

	{

	return (iVal == 0);

	}

inline TBool RStringToken::operator==(RStringToken aVal) const

/** Equality operator. 

@param aVal The string to compare.

@return ETrue if the strings are the same, otherwise EFalse. */

	{

	return iVal == aVal.iVal;

	}

inline TBool RStringToken::operator!=(RStringToken aVal) const

/** Inequality operator. 

@param aVal The string to compare.

@return ETrue if the strings are different, else EFalse */

	{

	return iVal != aVal.iVal;

	}

inline RStringToken RStringToken::operator=(RString aVal)

/** Assignment operator, which makes a string token from a string. 

@param aVal The string to copy.

@return The string token. */

	{

	iVal = aVal.iVal;

	return *this;

	}

inline TBool RStringTokenF::operator==(RStringTokenF aVal) const

/** Equality operator.

@param aVal The string to compare.

@return ETrue if the strings are the same, otherwise EFalse. */

	{

	return iVal == aVal.iVal;

	}

inline TBool RStringTokenF::operator!=(RStringTokenF aVal) const

/** Inequality operator. 

@param aVal The string to compare.

@return ETrue if any strings are different, else EFalse */

	{

	return iVal != aVal.iVal;

	}

inline RStringTokenF RStringTokenF::operator=(RStringF aVal)

/** Assignment operator that makes a string token from a string. 

@param aVal The string to compare.

@return The string token. */

	{

	iVal = aVal.iVal;

	return *this;

	}

inline RStringBase::RStringBase()

		: iVal(0)

/** Default constructor. */

	{

	}

/** Returns a compact string equivalent to the string  */

inline RStringBase::operator RStringTokenBase() const

	{

	RStringTokenBase s;

	s.iVal = iVal;

	return s;

	}

inline RString RString::Copy()

/** Copies a string. 

Both the original and the copy must be separately closed.

@return The string to copy. */

	{

	RStringBase::Copy();

	return *this;

	}

/** Returns a compact string equivalent to the string (for case-sensitive strings)  */

inline RString::operator RStringToken() const

	{

	RStringToken s;

	s.iVal = iVal;

	return s;

	}

inline RStringF RStringF::Copy()

/** Copies a string. 

Both the original and the copy must be separately closed.

@return The string to copy. */

	{

	RStringBase::Copy();

	return *this;

	}

inline TBool RStringF::operator==(const RStringF& aVal) const

/** Equality operator.

@param aVal The string to compare.

@return ETrue if the strings are equal, else EFalse */

	{

	__ASSERT_DEBUG(iPool.iImplementation==aVal.iPool.iImplementation || aVal.iVal==0 || iVal==0, StringPoolPanic::Panic(StringPoolPanic::EComparisonBetweenTwoStringPoolsNotAllowed));

	return (iVal == aVal.iVal);

	}

inline TBool RStringF::operator!=(const RStringF& aVal) const

/** Inequality operator.

@param aVal The string to compare.

@return ETrue if the strings are not equal, else EFalse */

	{

	__ASSERT_DEBUG(iPool.iImplementation==aVal.iPool.iImplementation || aVal.iVal==0 || iVal==0, StringPoolPanic::Panic(StringPoolPanic::EComparisonBetweenTwoStringPoolsNotAllowed));

	return (iVal != aVal.iVal);

	}

inline RStringF::operator RStringTokenF() const

	{

	RStringTokenF s;

	s.iVal = iVal;

	return s;

	}

inline RStringPool RStringBase::Pool() const 

/** Gets the string pool.

@return The string pool. */

	{

	return iPool;

	}

inline TBool RString::operator==(const RString& aVal) const

/** Equality operator.

@param aVal The string to compare.

@return ETrue if the strings are equal, else EFalse */

	{

	__ASSERT_DEBUG(iPool.iImplementation==aVal.iPool.iImplementation || aVal.iVal==0 || iVal==0, StringPoolPanic::Panic(StringPoolPanic::EComparisonBetweenTwoStringPoolsNotAllowed));

	return (iVal == aVal.iVal);

	}

inline TBool RString::operator!=(const RString& aVal) const

/** Inequality operator.

@param aVal The string to compare.

@return ETrue if the strings are not equal, else EFalse */

	{

	__ASSERT_DEBUG(iPool.iImplementation==aVal.iPool.iImplementation || aVal.iVal==0 || iVal==0, StringPoolPanic::Panic(StringPoolPanic::EComparisonBetweenTwoStringPoolsNotAllowed));

	return (iVal != aVal.iVal);

	}

inline RStringPool::RStringPool()

		: iImplementation(0)

/** Default constructor. */

	{

	}

#endif // __STRINGPOOL_INL__