#define USE_ORBIT_KEYMAP

// If this macro is defined, the hardcoded keymap contains also Thai characters

#define THAI_KEYMAP

#include <hbinputdef.h>	// HbKeyboardType

#include <hbinputlanguage.h>

class QChar;

    public:

    public: // New functions

		 * Maps the given string using the key map.

		HBufC* GetMappedStringL(const TDesC& aSource) const;

		/**

		 * Maps the given string using the key map.

		 * aSource String to be converted

		 * returns Conversion result

		 *

		 * Overloaded version using QString.

		 */

		QString GetMappedString(QString aSource) const;

		/**

		 * Computes the upper and lower limits, that can be put into SQL SELECT

		 * statement, from the string.

		 * aString Only contains valid characters (for 12-key keymap this means

		 *  0..9, 'a', 'b', 'f'). This is fulfilled if aString is output from

		 *  GetMappedStringL or GetMappedString, or a sub-string of the output.

		 * aLowerLimit Lower limit

		 * aUpperLimit Upper limit

		 * returns KErrNone if successful

		 */

		TInt GetNumericLimits(QString aString,

							  QString& aLowerLimit,

							  QString& aUpperLimit) const;

	public: // Pure virtual functions

		virtual const QChar ArrayIndexToMappedChar(TInt aArrayIndex) const = 0;

#if !defined(USE_ORBIT_KEYMAP)

		virtual const QChar UseHardcodedKeyMap(const QChar input) const = 0;

#endif

	private: // Pure virtual functions

		virtual TInt ComputeValue(QString aString,

								  TBool aUpperLimit,

								  QString& aValue) const = 0;

#if defined(USE_ORBIT_KEYMAP)

	protected: // Virtual functions

		virtual QList<HbInputLanguage> SelectLanguages();

	private: // Virtual functions

		virtual void SetHardcodedCharacters();

#endif

	private: // Virtual functions

		/**

         * Returns ETrue if characters that are mapped to certain specific keys,

		 * should be skipped.

         */

		virtual TBool DetermineSpecialCharBehaviour(QString aSource) const;

		virtual TBool ShouldSkipChar(QChar aChar, TBool aSkipHashStar) const;

	protected: // Constructors

		/**

		CPcsKeyMap(TInt aAmountOfKeys, QChar aPadChar, TInt aMaxKeysStoredInDb);

		void ConstructL(HbKeyboardType aKeyboardType);

#else

		void ConstructL();

#endif

	private: // New functions

#if defined(USE_ORBIT_KEYMAP)

		void InitKeyMappings();

		 * Construct mappings between keys and characters for all languages.

		 */

		void ConstructLanguageMappings(HbKeyboardType aKeyboardType);

         * Returns the key into which the given character is mapped.

		const QChar MappedKeyForChar(const QChar aChar) const;

	protected:

		// One QString for each key of the keyboard.

		// 12-key keymap has keys 1-9,0,*,#.

		//   iKeyMapping[0] has mappings for 1-key, iKeyMapping[1] for 2-key, ...

		//   iKeyMapping[8] for 9-key, iKeyMapping[9] for 0-key,

		//   iKeyMapping[10] for *-key, iKeyMapping[11] for #-key.

		//

		// Qwerty keymap has keys q, w, e, r, ...

		//   iKeyMapping[0] has mappings for q-key, iKeyMapping[1] for w-key, ...

		// the actual keymaps.

	private: // Data

		// How many keys (not characters) the keymap has

		const TInt iAmountOfKeys;

		// Unmapped (unknown) characters are mapped to this

		const QChar iPadChar;

		// Largest amount of keypresses that can be stored in predictive search

		// table, using this keyboard.

		const TInt iMaxKeysStoredInDb;