////////////////////////////////////////////////////////////////////////////////
// This source file is part of the ZipArchive library source distribution and
// is Copyrighted 2000 - 2010 by Artpol Software - Tadeusz Dracz
//
// This program is free software; you can redistribute it and/or
// modify it under the terms of the GNU General Public License
// as published by the Free Software Foundation; either version 2
// of the License, or (at your option) any later version.
// 
// For the licensing details refer to the License.txt file.
//
// Web Site: http://www.artpol-software.com
////////////////////////////////////////////////////////////////////////////////
// Check the site http://www.artpol-software.com for the updated version of the library.
//   
//	The following information files are distributed along with this library:
//		License.txt		- licensing information
//		Appnote.txt		- details on the zip format
//							( also available at ftp://ftp.pkware.com/appnote.zip)
//
 


/**
* \file ZipArchive.h
*	Includes the CZipArchive class.
*
*/

#if !defined(ZIPARCHIVE_ZIPARCHIVE_DOT_H)
#define ZIPARCHIVE_ZIPARCHIVE_DOT_H

#if (_MSC_VER > 1000) && (defined ZIP_HAS_DLL)
	#pragma warning (push)
	#pragma warning( disable : 4251 ) // needs to have dll-interface to be used by clients of class
	#pragma warning( disable : 4275 ) // non dll-interface class used as base for dll-interface
#endif

#include "_features.h"
#include "ZipException.h"
#include "ZipAutoBuffer.h"
#include "ZipCentralDir.h"	
#include "ZipStorage.h"
#include "ZipPathComponent.h"
#include "ZipString.h"
#include "ZipExport.h"
#include "ZipCryptograph.h"
#include "FileFilter.h"
#include "DirEnumerator.h"
#include "ZipCompressor.h"
#include "ZipCallbackProvider.h"
#include "BitFlag.h"

#define ZIP_DEFAULT_CODE_PAGE UINT(-1)

/**
	The structure used as a parameter in CZipArchive::AddNewFile(CZipAddNewFileInfo& ).
	Use one of the provided constructors and then adjust the member variables as needed.

	\see
		<a href="kb">0610231446|simple</a>
*/
struct ZIP_API CZipAddNewFileInfo
{
	/**
		Initializes a new instance of the CZipAddNewFileInfo class.
		
		\param lpszFilePath
			Sets #m_szFilePath.
		
		\param bFullPath
			Sets #m_bFullPath.
	 */
	CZipAddNewFileInfo(LPCTSTR lpszFilePath, bool bFullPath = true)
	{
		Defaults();
		m_szFilePath = lpszFilePath;
		m_bFullPath = bFullPath;
	}

	/**
		Initializes a new instance of the CZipAddNewFileInfo class.
		
		\param lpszFilePath
			Sets #m_szFilePath.
		
		\param lpszFileNameInZip
			Sets #m_szFileNameInZip.
	 */
	CZipAddNewFileInfo(LPCTSTR lpszFilePath, LPCTSTR lpszFileNameInZip)
	{
		Defaults();
		m_szFilePath = lpszFilePath;
		m_szFileNameInZip = lpszFileNameInZip;
	}

	/**
		Initializes a new instance of the CZipAddNewFileInfo class.
		
		\param pFile
			Sets #m_pFile.
		
		\param lpszFileNameInZip
			Sets #m_szFileNameInZip.
	 */
	CZipAddNewFileInfo(CZipAbstractFile* pFile, LPCTSTR lpszFileNameInZip)
	{
		Defaults();
		m_pFile = pFile;
		m_szFileNameInZip = lpszFileNameInZip;
	}

	/**			
		Initialize this field to set the source data for compression to be taken from 
		the \c CZipAbstractFile object (such as \c CZipMemFile) instead of from a physical file.
		
		 \note 
		  - You have to leave #m_szFilePath empty if you set #m_pFile to not \c NULL.
		  - The time of a file in zip will be set to the current time, and the attributes to the default
		  file attributes (depending on the system).
		  - You cannot add directories this way.
	*/
	CZipAbstractFile* m_pFile;

	/**
		The full path to the file to be added. If it is empty, you need to initialize #m_pFile.
		If #m_bFullPath is \c true and the path contains a drive letter, the drive letter is removed unless
		CZipArchive::m_bRemoveDriveLetter is set to \c false.
	*/
	CZipString m_szFilePath;		

	/**
		The file name that will be stored in the archive. If the file is a directory,
		there will be a path separator automatically appended. The CZipArchive::SetRootPath
		method has no effect on this parameter.
	*/
	CZipString m_szFileNameInZip;
	
	/**
		It has only the meaning when CZipAddNewFileInfo::m_szFileNameInZip is not specified and 
		CZipAddNewFileInfo::m_szFilePath is not empty. 

		- If set to \c true, instructs to store the full path of the file inside the archive,
		even if CZipArchive::m_szRootPath is set.
		- If set to \c false only a filename without a path is stored in the archive. 
		In this case, if CZipArchive::m_szRootPath is set previously with 
		CZipArchive::SetRootPath, and if the beginning of #m_szFilePath equals 
		CZipArchive::m_szRootPath, then the filename is set to the not matched part 
		of #m_szFilePath (you could say to #m_szFilePath minus CZipArchive::m_szRootPath).
	*/
	bool m_bFullPath;

	/**
		The level of compression. You can use values from \c 0 to \c 9 and \c -1 (meaning the default compression)
		or one of the CZipCompressor::CompressionLevel values.
	*/
	int m_iComprLevel;				

	/**
		The smartness level of the file adding process. It can be one or more of the CZipArchive::Smartness
		values (you can use the logical \c OR).
	*/
	ZipArchiveLib::CBitFlag m_iSmartLevel;

	/**
		The index of an existing file in the archive to be replaced by the file being added.
		See <a href="kb">0610231944|replace</a> for more information.
		The meaning of its values is as follows:

		- >= 0 : the index of the file to be replaced.
		- \c ZIP_FILE_INDEX_UNSPECIFIED : do not replace any file and add the new file at 
		the end of the archive (default). Use this value in segmented archives.

		\note
			- If you use an invalid index, the action will fail. 
			- If you specify the last file in the archive to be replaced, it'll be removed 
			and the usual action will be taken.

		\see CZipArchive::SetAdvanced
		\see CZipArchive::WillBeDuplicated
	*/
	ZIP_INDEX_TYPE m_uReplaceIndex;		

	/**
		The size of the buffer used while file operations.
	*/
	unsigned long m_nBufSize;		

	/**
		Sets the default values for #m_iSmartLevel, #m_uReplaceIndex, #m_nBufSize and #m_iComprLevel.
		Examine the source code for the current values.
	*/
	void Defaults();
};



/// <summary>
/// Represents a zip archive file.	
/// </summary>
class ZIP_API CZipArchive  
{	
public:
	static const char m_gszCopyright[];
	static const char m_gszVersion[];
		
	CZipArchive();

	virtual ~CZipArchive();
	
	/** 
		Sets a password for the file to be opened or created.
		Use this method before opening or adding a file, but after opening the archive.
		For security reasons, the password is cleared during opening and closing of the archive.
		For the encryption to work,	encryption method must be set to other value than CZipCryptograph::encNone.

		\param	lpszPassword
			The password. Set it to \c NULL or an empty string to clear the password.

		\param codePage
			The code page to use.

		\return
			\c false if the password cannot be changed at this time; \c true otherwise.

		\see
			<a href="kb">0610201627</a>
		\see
			<a href="kb">0610051525|unicodeStrings</a>
		\see 
			GetPassword
		\see
			SetEncryptionMethod
		\see 
			WillEncryptNextFile
	*/
	bool SetPassword(LPCTSTR lpszPassword = NULL, UINT codePage = ZIP_DEFAULT_CODE_PAGE);	

	/**
		Returns the current archive password or an empty string if there is no password set. 
		\return
			The current password.
		\see
			SetPassword
	*/
	CZipString GetPassword()const ;

	/**
		Returns the value indicating whether the next file will be encrypted. To encrypt a file, 
		a password must be set with the #SetPassword method and an encryption method must be set 
		to a value different from CZipCryptograph::encNone.
		\return
			\c true, if the next file added to the archive will be encrypted; \c false otherwise.
		\see
			<a href="kb">0610201627</a>
		\see
			SetEncryptionMethod
		\see
			GetEncryptionMethod
		\see
			SetPassword
		\see
			GetPassword
	*/	
	bool WillEncryptNextFile() const
	{
		return m_pszPassword.GetSize() != 0 && m_iEncryptionMethod != CZipCryptograph::encNone;
	}

	/**
		Sets the encryption method when encrypting files.
		You can encrypt different files using different methods.
		You need to set the password with the #SetPassword method for the encryption to work.
		It is necessary to set the encryption method only when compressing. When decompressing, 
		the encryption method will be detected automatically.
		
		\param iEncryptionMethod
			One of the CZipCryptograph::EncryptionMethod values.
		
		\return
			\c false if selected encryption method is not supported or a 
			file is opened for compression; \c true otherwise.

		\see
			<a href="kb">0610201627</a>
		\see
			SetPassword
		\see
			CZipCryptograph::EncryptionMethod
		\see
			GetEncryptionMethod	
		\see 
			WillEncryptNextFile
	 */
	bool SetEncryptionMethod(int iEncryptionMethod = CZipCryptograph::encStandard);

	/**	
		Returns the current encryption method.

		\return
			One of CZipCryptograph::EncryptionMethod values.

		\see
			SetEncryptionMethod		
		\see 
			WillEncryptNextFile
	 */
	int GetEncryptionMethod() const
	{
		return m_iEncryptionMethod;
	}

	/**
		Encrypts an existing file with a given index using the current encryption method.

		\param uIndex
			The index of the file to encrypt.

		\return 
			\c false, if the file could not be encrypted; \c true otherwise.

		\note
			- The method will not encrypt a file, if it already is encrypted.
			- Calls the CZipActionCallback::cbEncryptPrepare, CZipActionCallback::cbMultiEncrypt, 
			CZipActionCallback::cbEncryptMoveData and CZipActionCallback::cbEncrypt callbacks.

		\see
			<a href="kb">0610201627|existing</a>
		\see
			SetEncryptionMethod
		\see
			SetPassword
		\see 
			WillEncryptNextFile
		\see
			EncryptFiles
		\see
			EncryptAllFiles		
			
	*/
	bool EncryptFile(ZIP_INDEX_TYPE uIndex)
	{
		CZipIndexesArray aIndexes;
		aIndexes.Add(uIndex);
		return EncryptFilesInternal(&aIndexes);
	}
	
	/**
		Encrypts existing files with given indexes using the current encryption method.

		\param aIndexes
			The indexes of files to encrypt.

		\return 
			\c false, if the files could not be encrypted; \c true otherwise.

		\note
			- The method will not encrypt files that are already encrypted.
			- Calls the CZipActionCallback::cbEncryptPrepare, CZipActionCallback::cbMultiEncrypt, 
			CZipActionCallback::cbEncryptMoveData and CZipActionCallback::cbEncrypt callbacks.

		\see
			<a href="kb">0610201627|existing</a>
		\see
			SetEncryptionMethod
		\see
			SetPassword
		\see 
			WillEncryptNextFile
		\see
			EncryptFile
		\see
			EncryptAllFiles		
			
	*/
	bool EncryptFiles(CZipIndexesArray &aIndexes)
	{
		return EncryptFilesInternal(&aIndexes);
	}

	/**
		Encrypts all existing files in the archive using the current encryption method.

		\return 
			\c false, if the files could not be encrypted; \c true otherwise.

		\note
			- The method will not encrypt files that are already encrypted.
			- Calls the CZipActionCallback::cbEncryptPrepare, CZipActionCallback::cbMultiEncrypt, 
			CZipActionCallback::cbEncryptMoveData and CZipActionCallback::cbEncrypt callbacks.

		\see
			<a href="kb">0610201627|existing</a>
		\see
			SetEncryptionMethod
		\see
			SetPassword
		\see 
			WillEncryptNextFile
		\see
			EncryptFile
		\see
			EncryptFiles		
			
	*/
	bool EncryptAllFiles()
	{
		return EncryptFilesInternal(NULL);
	}

	/**
		Sets the compression method used when compressing file. If affects the files that are  
		added to the archive after calling this method.

		\param uCompressionMethod
			The compression method to use. Valid values are CZipCompressor::methodStore, CZipCompressor::methodDeflate and CZipCompressor::methodBzip2.

		\return
			\c true, if the compression method is supported by the ZipArchive Library and was successfully set;
			\c false otherwise.

		\note
			The compression method used for extraction is automatically determined from the information 
			written in the archive.

		\see
			<a href="kb">0610231446|methods</a>
		\see
			CZipCompressor::IsCompressionSupported
		\see 
			GetCompressionMethod
		\see
			GetCurrentCompressor

	*/
	bool SetCompressionMethod(WORD uCompressionMethod = CZipCompressor::methodDeflate);

	/**
		Returns the current compression method used when adding files to the archive.

		\return
			The current compression method. Is one of the CZipCompressor::CompressionMethod values.

		\see
			SetCompressionMethod
	*/
	WORD GetCompressionMethod() const
	{
		return m_uCompressionMethod;
	}

	/**
		Sets the compression options for an appropriate compressor. The library automatically detects to
		which compressor the options apply by examining the return value from the CZipCompressor::COptions::GetType() method.
		If a file is currently opened for compression or decompression, the options will have no effect on the current file
		processing. A sample that illustrates setting options can be found at <a href="kb">0610231446|options</a>.

		\param pOptions 
			The options to set. The \c NULL value has no effect.
			The object is no longer needed and can be safely released after this method returns.

		\see
			<a href="kb">0610231446|options</a>
		\see
			GetCurrentCompressor
		\see
			CZipCompressor::GetOptions
		\see
			SetAdvanced
	*/
	void SetCompressionOptions(CZipCompressor::COptions* pOptions)
	{
		if (m_iFileOpened)
		{
			ZIPTRACE("%s(%i) : The options will have no effect on the current file processing.\n");
		}
		m_compressorsOptions.Set(pOptions);
	}

	/**
		Sets the internal buffer sizes. No buffer size can be set smaller than 1024.
		Use this method before opening the archive. The optimal size for 
		the write buffer for a segmented archive is the size of the volume.

		\param iWriteBuffer
			The write buffer size. See also CZipStorage::m_iWriteBufferSize.

		\param iGeneralBuffer
			A helper buffer used in moving data, deleting, getting (#GetFromArchive)
			files, renaming and replacing. This buffer is not used for
			compression and decompression. For these purposes, use the CZipCompressor::COptions::m_iBufferSize option.

		\param iSearchBuffer
			A buffer used in searching for the central directory. See also CZipStorage::m_iLocateBufferSize.
			
		\see
			GetAdvanced
		\see
			SetCompressionOptions
	*/
	void SetAdvanced(int iWriteBuffer = 65536, int iGeneralBuffer = 65536, int iSearchBuffer = 32768);

	
	/**
		Retrieves buffer sizes as set with the SetAdvanced() method.
	
		\param piWriteBuffer
				
		\param piGeneralBuffer
	
		\param piSearchBuffer

		\see
			SetAdvanced
	 */
	void GetAdvanced(int* piWriteBuffer = NULL, int* piGeneralBuffer = NULL, int* piSearchBuffer= NULL)
	{
		if (piWriteBuffer)
			*piWriteBuffer = 	m_storage.m_iWriteBufferSize;
		if (piGeneralBuffer)
			*piGeneralBuffer = m_iBufferSize;
		if (piSearchBuffer)
			*piSearchBuffer = m_storage.m_iLocateBufferSize;
	}


    /**
		Registers the callback object to receive specified notifications.		

		\param pCallback
			The callback object to receive notifications.
			Set it to \c NULL to stop receiving the selected notifications.

		\param iWhich
			The callback type to register for (or unregister from). It can be one or more of the CZipActionCallback::CallbackType values.

		\see
			<a href="kb">0610231200</a>
		\see
			CZipActionCallback
		\see
			CZipActionCallback::CallbackType
		\see
			GetCallback
		
     */
	void SetCallback(CZipActionCallback* pCallback = NULL, int iWhich = CZipActionCallback::cbAll)
	{
		m_callbacks.Set(pCallback, iWhich);
	}

	/**
		Returns the callback object registered for the given notification.

		\param iWhich
			The callback type. It can be one or more of the CZipActionCallback::CallbackType values.
		\return
			The callback object set previously with #SetCallback.
		\see
			<a href="kb">0610231200</a>
		\see
			SetCallback
		\see
			CZipActionCallback
		\see
			CZipActionCallback::CallbackType
	*/
	CZipActionCallback* GetCallback(CZipActionCallback::CallbackType iWhich)
	{
		return m_callbacks.Get(iWhich);
	}

	/**
		The type of the callback object used during changing volumes in a segmented archive.

		\see
			CZipArchive::SetSegmCallback
	*/
	enum SegmCallbackType
	{
		scSpan	= 0x01,				///< The callback object will be set for operations on spanned archives only.
		scSplit	= 0x02,				///< The callback object will be set for operations on split and binary split archives only.
		scAll	= scSpan | scSplit	///< The callback object will be set for operations on spanned and split archives.
	};

	/**
		Sets the callback object used during operations on a segmented archive to change volumes in spanned and split archives.
		Set it before opening the archive. If you open a spanned archive and don't set the callback object, 
		the exception CZipException::noCallback will be thrown. Setting the callback object is not required for 
		a split archive.

		Callback object's method CZipSegmCallback::Callback is called when the next volume is processed in a segmented archive.
		Calling CZipArchive methods from inside this method may result in an unexpected behavior.

		\param pCallback
			The address of the callback object. Set it to \c NULL to clear the callback.

		\param callbackType
			The type of the callback to set. It can be one of the #SegmCallbackType values.

		\see
			<a href="kb">0610051553</a>
		\see
			CZipSegmCallback
	*/
	void SetSegmCallback(CZipSegmCallback* pCallback = NULL, int callbackType = scSpan);

	/**
		Sets the current split names handler.

		\param names
			The handler to set.

		\note 
			Set it each time before an archive is opened.

		\see
			<a href="kb">0610051553|splitNames</a>
		\see 
			SetSplitNamesHandler(CZipSplitNamesHandler*, bool)
		\see
			CZipSplitNamesHandler
	*/
	bool SetSplitNamesHandler(CZipSplitNamesHandler& names)
	{
		return SetSplitNamesHandler(&names, false);
	}

	/**
		Sets the current split names handler.

		\param pNames
			The names to set.

		\param bAutoDelete
			If \c true, the handler will be automatically deleted when it is no longer needed; \c false otherwise.

		\note 
			Set it each time before an archive is opened.

		\see
			<a href="kb">0610051553|splitNames</a>
		\see 
			SetSplitNamesHandler(CZipSplitNamesHandler&)
		\see
			CZipSplitNamesHandler
	*/
	bool SetSplitNamesHandler(CZipSplitNamesHandler* pNames, bool bAutoDelete = true)
	{
		return m_storage.SetSplitNamesHandler(pNames, bAutoDelete);
	}

	
	/**
		The archive open modes used in the CZipArchive::Open(LPCTSTR, int, ZIP_SIZE_TYPE)
		and CZipArchive::Open(CZipAbstractFile&, int, bool) methods.
	*/
	enum OpenMode
	{
		zipOpen				= 0x0001,				///< Opens an existing archive.
		zipOpenReadOnly		= zipOpen | 0x0002,		///< Opens an existing archive as a read only file. This mode is intended to use in a self extract code, when opening an archive on a storage without the write access (e.g. CD-ROMS) or when sharing the central directory (see OpenFrom()). If you try to modify the archive in this mode, an exception will be thrown.
		zipCreate			= 0x0004,				///< Creates a new archive.
		zipCreateAppend		= zipCreate | 0x0008,	///< Creates a new archive, but allows appending the archive to an existing file (which can be for example a self-extracting stub).

		zipModeSplit		= 0x0100, // For the internal use only.
		zipModeBinSplit		= 0x0200, // For the internal use only.
		zipModeSpan			= 0x0400, // For the internal use only.
		zipModeSegmented	= zipModeSplit | zipModeBinSplit | zipModeSpan, // For the internal use only.

		zipCreateSplit		= zipCreate | zipModeSplit, ///< Creates a split archive.
		zipCreateBinSplit	= zipCreate | zipModeBinSplit, ///< Creates a binary split archive.
		zipCreateSpan		= zipCreate | zipModeSpan, ///< Creates a span archive.

		zipOpenSplit		= zipOpenReadOnly | zipModeSplit, ///< Opens an existing split archive. Use when opening split archives on removable devices or under Linux/Mac OS X.
		zipOpenBinSplit	= zipOpenReadOnly | zipModeBinSplit ///< Opens an existing binary split archive.
		
	};

	/**
		Opens or creates a zip archive.	

		\param	szPathName
			The path to the archive.

		\param	iMode
			It can be one of the #OpenMode values.

		\param	uVolumeSize
			The volume size in a split archive (relevant only for #zipCreateSplit and #zipCreateBinSplit modes).
			The size of the volume may be from 1 to 4,294,967,295.
			The bigger this value is - the faster is creation and extraction of segmented archives,
			because there are no volume changes.

		\return
			\c true, if the archive was opened successfully; \c false, if the archive was already opened before.
		
		\note
			When opening a segmented archive, open the last volume.
		
		\see
			<a href="kb">0610231446</a>
		\see
			<a href="kb">0610241003</a>
		\see
			<a href="kb">0610051553</a>
		\see
			Open(CZipAbstractFile&, int, bool);
	*/
	bool Open(LPCTSTR szPathName, int iMode = zipOpen, ZIP_SIZE_TYPE uVolumeSize = 0);


	/**
		Opens or creates an archive in memory. The \c CZipAbstractFile object is not closed
		after closing the archive, so that it is possible to work with it afterwards.

		\param	af
			\c CZipAbstractFile object to store the archive data.

		\param	iMode
			The open mode. The following values are valid:  #zipOpen, #zipOpenReadOnly, #zipCreate, #zipCreateAppend.
			If you use #zipCreate, the contents of the memory file are cleared. Use #zipCreateAppend, if you want to 
			append the archive at the end of the data contained in the memory file.
		\param bAutoClose
			If \c true, the file will be closed when no longer used; \c false otherwise. Use \c false value (default)
			when operating on memory files.

		\return
			\c true, if the archive was opened successfully; \c false, if the archive was already opened before or an 
			invalid open mode was specified.

		
		\see
			<a href="kb">0610231924</a>
		\see
			Open(LPCTSTR, int, ZIP_SIZE_TYPE);		
	*/	
	bool Open(CZipAbstractFile& af, int iMode = zipOpen, bool bAutoClose = false);

	/**
		Opens the archive from the already opened archive. Both archives will share the same central directory.
		The \a zip archive must be opened in read-only mode (unless \a allowNonReadOnly is set to \c true) 
		and the newly opened archive will open as read-only as well.

		\param zip
			The archive that provides the reference to the central directory. It must be a read-only archive.
			If the archive has no physical representation, the storage file of that archive
			has to return \c false from the <code>CZipAbstractFile::HasFilePath()</code> method. 
			Alternatively, \a pArchiveFile can be used. When \a pArchiveFile is used, the \a zip archive cannot be segmented.

		\param pArchiveFile
			When used, the current CZipArchive instance will use this file as the storage. This file must be opened in advance and the 
			library will not attempt to close it at any time.

		\param bAllowNonReadOnly
			When set to \c true, the method will allow opening from a non-read only archive. However it is up to the user to ensure 
			that the modifications to the \a zip archive won't corrupt the state of the CZipArchive object opened from it. Such a situation 
			can happen when the \a zip archive is being modified and the current archive is reading at the same time.

		\return 
			\c true, if the new archive was successfully opened; \c false otherwise.

		\note
			If you use this method in a multithreaded environment, 
			make sure that \c _ZIP_USE_LOCKING is defined in the \e _features.h file. Also make sure, that \a zip stays open until 
			this method returns.
		
		\see 
			<a href="kb">0610241003|thread</a>
		\see 
			zipOpenReadOnly

	*/
	bool OpenFrom(CZipArchive& zip, CZipAbstractFile* pArchiveFile = NULL, bool bAllowNonReadOnly = false);

	/**
		Sets the path fragment to be removed from the beginning of the full path when adding or extracting a file.

		Use it, if you don't want to use the full path (by setting the \a bFullPath parameter in #AddNewFile or #ExtractFile to \c true)
		and you don't want to remove the whole path either (be setting the same parameter to \c false), but you want to remove only a specific beginning.
		Use it after opening the archive and before calling the #AddNewFile or #ExtractFile methods.

		\param	szPath
			The string that you want to be removed from the beginning of the path of the file
			in the archive. Set it to \c NULL to stop removing the path beginning.

		\note
			Set the case-sensitivity with the #SetCaseSensitivity method.

		\see
			AddNewFile 
		\see
			ExtractFile
		\see
			GetRootPath

	*/
	void SetRootPath(LPCTSTR szPath = NULL);


    /**
		Returns the value set previously with the SetRootPath() method.

		\return
			The current value of the #m_szRootPath field.

		\see
			SetRootPath
     */
	CZipString GetRootPath()const 
	{
		return m_szRootPath;
	}

	/**
		The levels of smartness of the ZipArchive Library while adding files with the CZipArchive::AddNewFile methods.
		\note If you use #zipsmCheckForEff, you should use 
		#zipsmNotCompSmall as well, because the small file will be surely larger 
		after compression, so that you can add it not compressed straight away. The compression level 
		is always ignored for a directory and set to 0.
	*/
	enum Smartness
	{
		zipsmLazy			= 0x0000,		///< All the smartness options are turned off.
		zipsmCPassDir		= 0x0001,		///< Clears the password for directories.
		zipsmCPFile0		= 0x0002,		///< Clears the password for files of 0 size.

		/**
			Does not compress files smaller than 5 bytes - they are always stored larger than uncompressed.
		*/
		zipsmNotCompSmall	= 0x0004,

		/**
			If the compressed file is larger than uncompressed after compression, removes the file and stores it
			without the compression. In a segmented archive, a temporary file is used for that: 
			if the file compression is efficient, the data is not compressed again, but moved from
			the temporary file to the archive. You can use the #SetTempPath method to set the path where the 
			file will be created or you can let the library figure it out (see #SetTempPath).
			If the library could not find enough free space for the temporary file, 
			the compression is performed the usual way.
		*/
		zipsmCheckForEff	= 0x0008,

		/**
			When combined with #zipsmCheckForEff or #zipsmCheckForEffInMem, it creates the temporary file
			in memory. This flag is effective also when replacing files 
			(see the note at CZipAddNewFileInfo::m_uReplaceIndex).
		*/
		zipsmMemoryFlag		= 0x0010,

		/**
			The same as #zipsmCheckForEff, but the temporary file is created in memory instead.
			It has the meaning only in a segmented archive. Not segmented archives don't need a temporary file.
		*/
		zipsmCheckForEffInMem = zipsmMemoryFlag | zipsmCheckForEff,
		zipsmSmartPass	= zipsmCPassDir | zipsmCPFile0,			///< The password policy (a combination of #zipsmCPassDir and #zipsmCPFile0).
		zipsmSmartAdd = zipsmNotCompSmall | zipsmCheckForEff,	///< Smart adding (a combination of #zipsmNotCompSmall and #zipsmCheckForEff).
		zipsmSafeSmart = zipsmSmartPass | zipsmNotCompSmall,    ///< Safe smart (all smartness levels but checking for the compression efficiency).
		zipsmSmartest = zipsmSmartPass | zipsmSmartAdd,			///< Smartness at its best.

		/**
			Ignores empty directories when using directory filter with the #AddNewFiles method.

			\see
				<a href="kb">0610231446|filterDirs</a>
		*/
		zipsmIgnoreDirectories = 0x0020,

		zipsmInternal01		= 0xf000   // For the internal use only.
	};

	
	/**
		Adds a new file to the opened archive.

		\param info
			See CZipAddNewFileInfo for more information.

		\return	
			If \c false then the file was not added (in this case, you can still try to add other files); \c true otherwise.
		
		\note 
			- If you abort the operation from a callback object, while adding a file in a not segmented archive, the added data will be removed from the archive.
			- When an exception is thrown, you may need to call #CloseNewFile with \a bAfterException set to \c true, to continue working with the archive.
		
		\see
			<a href="kb">0610231446</a>
		\see
			<a href="kb">0610231200</a>
		\see
			<a href="kb">0610231924</a>
		\see
			AddNewFile(LPCTSTR, LPCTSTR, int, int, unsigned long)
		\see 
			AddNewFile(LPCTSTR, int, bool, int, unsigned long)
		\see 
			AddNewFile(CZipAbstractFile&, LPCTSTR, int, int, unsigned long)
		\see
			AddNewFiles(LPCTSTR, ZipArchiveLib::CFileFilter&, bool, int, bool, int, unsigned long)
		\see
			AddNewFiles(LPCTSTR, LPCTSTR, bool, int, bool, int, unsigned long)
		\see
			SetCallback
	*/
	bool AddNewFile(CZipAddNewFileInfo& info);


	/**
		Adds a new file to the opened archive.
		See the #AddNewFile(CZipAddNewFileInfo& ) method.
		The parameters are equivalent to CZipAddNewFileInfo member variables.
	
	*/
	bool AddNewFile(LPCTSTR lpszFilePath, int iComprLevel = -1, bool bFullPath = true,
		int iSmartLevel = zipsmSafeSmart, unsigned long nBufSize = 65536);


	/**
		Adds a new file to the opened archive.
		See the #AddNewFile(CZipAddNewFileInfo& ) method.
		The parameters are equivalent to CZipAddNewFileInfo member variables.
	*/
	bool AddNewFile(LPCTSTR lpszFilePath,
							 LPCTSTR lpszFileNameInZip,
                             int iComprLevel = -1,                             
							 int iSmartLevel = zipsmSafeSmart,
                             unsigned long nBufSize = 65536);

	/**
		Adds a new file to the opened archive.
		See the #AddNewFile(CZipAddNewFileInfo& ) method.
		The parameters are equivalent to CZipAddNewFileInfo member variables.
	*/
	bool AddNewFile(CZipAbstractFile& af,
							 LPCTSTR lpszFileNameInZip,
                             int iComprLevel = -1,                             
							 int iSmartLevel = zipsmSafeSmart,
                             unsigned long nBufSize = 65536);


	/**
		Adds new files to the opened archive from the specified directory using a filter.

		\param lpszPath
			The root directory containing the files to add.

		\param filter
			A filter that determines which files should be added.

		\param bRecursive
			\c true, if the files from the subfolders of \a lpszPath should also be added; \c false otherwise.

		\param iComprLevel
			The level of compression. You can use values from 0 to 9 and -1 (meaning the default compression)
			or one of the CZipCompressor::CompressionLevel values.

		\param bSkipInitialPath
			\c true, if the \a lpszPath directory should be removed from paths stored in the archive;
			\c false otherwise.

		\param iSmartLevel
			The smartness level of the file adding process. It can be one or more of the #Smartness values.

		\param nBufSize
			The size of the buffer used during file operations.

		\return	
			If \c false then some files were probably not added (in this case, you can still try to add other files); \c true otherwise.

		
		\see
			<a href="kb">0610231446|filters</a>
		\see
			ZipArchiveLib::CFileFilter
		\see 
			ZipArchiveLib::CNameFileFilter
		\see 
			ZipArchiveLib::CGroupFileFilter
		\see
			AddNewFiles(LPCTSTR, LPCTSTR, bool, int, bool, int, unsigned long)
		\see 
			AddNewFile(CZipAddNewFileInfo&)
		\see
			AddNewFile(LPCTSTR, LPCTSTR, int, int, unsigned long)
		\see 
			AddNewFile(LPCTSTR, int, bool, int, unsigned long)
		\see 
			AddNewFile(CZipAbstractFile&, LPCTSTR, int, int, unsigned long)

	*/
	bool AddNewFiles(LPCTSTR lpszPath,
						ZipArchiveLib::CFileFilter& filter,
						bool bRecursive = true,
						int iComprLevel = -1,
						bool bSkipInitialPath = true,
						int iSmartLevel = zipsmSafeSmart,
						unsigned long nBufSize = 65536);

	/**
		Adds new files to the opened archive from the specified directory using a filename mask.

		\param lpszPath
			The root directory containing the files to add.

		\param lpszFileMask
			The filename mask to filter the files. Only files that has a filename matching this mask will
			be added to the archive. This method internally uses ZipArchiveLib::CNameFileFilter.

		\param bRecursive
			\c true, if the files from the subfolders of \a lpszPath should also be added; \c false otherwise.

		\param iComprLevel
			The level of compression. You can use values from 0 to 9 and -1 (meaning the default compression)
			or one of the CZipCompressor::CompressionLevel values.

		\param bSkipInitialPath
			\c true, if the \a lpszPath directory should be removed from paths stored in the archive;
			\c false otherwise.

		\param iSmartLevel
			The smartness level of the file adding process. It can be one or more of the #Smartness values.

		\param nBufSize
			The size of the buffer used during file operations.

		\return	
			If \c false then some files were probably not added (in this case, you can still try to add other files); \c true otherwise.

		
		\see
			<a href="kb">0610242025|wildcards</a>
		\see
			AddNewFiles(LPCTSTR, ZipArchiveLib::CFileFilter&, bool, int, bool, int, unsigned long)
		\see 
			AddNewFile(CZipAddNewFileInfo&)
		\see
			AddNewFile(LPCTSTR, LPCTSTR, int, int, unsigned long)
		\see 
			AddNewFile(LPCTSTR, int, bool, int, unsigned long)
		\see 
			AddNewFile(CZipAbstractFile&, LPCTSTR, int, int, unsigned long)
	*/
	bool AddNewFiles(LPCTSTR lpszPath, 
						LPCTSTR lpszFileMask = _T("*.*"), 
						bool bRecursive = true, 
						int iComprLevel = -1, 
						bool bSkipInitialPath = true, 
						int iSmartLevel = zipsmSafeSmart, 
						unsigned long nBufSize = 65536)
	{
		ZipArchiveLib::CNameFileFilter filter(lpszFileMask);
		return AddNewFiles(lpszPath, filter, bRecursive, iComprLevel, 
			bSkipInitialPath, iSmartLevel, nBufSize);
	}

	/** 
		Returns the index of the recently added file (if any).

		\return
			The index of the recently added file or \c ZIP_FILE_INDEX_UNSPECIFIED if the index is unknown.
	*/
	ZIP_INDEX_TYPE GetLastIndexAdded() const
	{
		return m_centralDir.GetLastIndexAdded();
	}

	/**
		Adds a new file to the opened archive. The archive cannot be 
		an existing (at the moment of opening the archive) segmented archive,
		because modifying such an archive is not possible with this version.
		\param	header
			The structure that provides additional information about the added file and serves as a template for
			the properties of the new file. The following values can be set:
			\li Use CZipFileHeader::SetFileName to set the filename (it may include a path). It will be stored inside the archive
				to represent this file.
			\li Use CZipFileHeader::SetTime to set the modification time.
				If \a lpszFilePath is not \c NULL it is overwritten and updated automatically.
			\li Use CZipFileHeader::SetSystemAttr to set the attributes of the file.
				If \a lpszFilePath is not \c NULL this field is overwritten and updated automatically.			
			\li You can set CZipFileHeader::m_uLocalComprSize to the value of a predicted compressed size. 
				Set it when using the Zip64 functionality and not using 
				encryption or segmentation - you may set it to the size of the file that you want to compress.
				This is for prediction if the Zip64 extensions are needed, but you should not worry too much about setting 
				this value, The ZipArchive Library will fix the headers if necessary - it just may save some processing.
			\li Use CZipFileHeader::SetComment to set the file comment.
			\li Modify CZipFileHeader::m_aLocalExtraData to include local extra fields.
			\li Modify CZipFileHeader::m_aCentralExtraData to include central extra fields.
		
		Other values are updated automatically.
		If the method returns \c true, \link #SetSystemCompatibility 
		system compatibility \endlink for this object is set to the correct value.
		Additionally if \a lpszFilePath was not \c NULL, the attributes and 
		the time fields are filled with information retrieved from 
		the file pointed by \a lpszFilePath.

		\param	iLevel
			The level of compression. You can use values from 0 to 9 and -1 (meaning the default compression)
			or one of the CZipCompressor::CompressionLevel values. 
			The level value has no effect, if the compression method set with the #SetCompressionMethod is CZipCompressor::methodStore.

		\param	lpszFilePath
			The path to the file to retrieve the date stamp and attributes from.
			These values are stored inside the archive.

		\return
			\c false in the following cases:
		\li The \a lpszFilePath is not \c NULL and the file attributes and data was not correctly retrieved.
		\li A file is already opened for extraction or compression.
		\li The archive is an existing segmented archive.
		\li The maximum file count inside the archive has already been reached
		(65,535 for a standard archive and \c 0xFFFFFFFFFFFFFFFF for an archive in the Zip64 format).

		\c true otherwise.

		
		\see
			<a href="kb">0610231446|advanced</a>
		\see
			<a href="kb">0610242300</a>
		\see 
			WriteNewFile
		\see 
			CloseNewFile
	*/
	bool OpenNewFile(CZipFileHeader& header, int iLevel = CZipCompressor::levelDefault, LPCTSTR lpszFilePath = NULL)
	{
		return OpenNewFile(header, iLevel, lpszFilePath, ZIP_FILE_INDEX_UNSPECIFIED);
	}

	/**
		Compresses the contents of the buffer and writes it to a new file.

		\param	pBuf
			The buffer containing the data to be compressed and written.

		\param	uSize
			The number of bytes to be written from \a pBuf.

		\return
			\c false, if the new file hasn't been opened yet; \c true otherwise.

		
		\see
			<a href="kb">0610231446|advanced</a>
		\see
			OpenNewFile
		\see
			CloseNewFile
	*/
	bool WriteNewFile(const void *pBuf, DWORD uSize);

	/**
		Closes the new file in the archive.
		\return
			\c false, if there is no new file opened; \c true otherwise.

		\param bAfterException 
			If \c true, the new file will be closed without writing anything. Set it to \c true
			after an exception was thrown. Use it also this way if an exception other than 
			CZipException::abortedSafely was thrown from one of the #AddNewFile methods.

		
		\see
			<a href="kb">0610231446|advanced</a>
		\see
			OpenNewFile
		\see 
			WriteNewFile
	*/
	bool CloseNewFile(bool bAfterException = false);

	/**
		Acquires a file with the given index from another archive. 
		The compressed data of the file from another archive is copied to the current archive 
		without decompression.

		\param zip 
			The opened archive to get the file from.

		\param	uIndex
			A zero-based index of the file to get from the \a zip archive.

		\param lpszNewFileName
			The new filename to replace the old one from the \a zip archive. It can be \c NULL to leave the filename the same.

		\param uReplaceIndex
			The same as CZipAddNewFileInfo::m_uReplaceIndex. It can be \c ZIP_FILE_INDEX_UNSPECIFIED.
			
		\param bKeepSystComp
			If \c false, then the system compatibility of the file from the \a zip archive
			is converted to the current archive system compatibility, if they differ. Otherwise
			the source system compatibility is copied.

		\return
			\c false, if the operation could not be performed (either of archives is closed, 
		a file inside either of archives is opened, \a zip archive is segmented or the current
		archive is an existing segmented archive.

		\note 
			- This method will encrypt data, if an encryption method and a password are set and the file is not already encrypted.
			- When an exception is thrown, you may need to call #CloseNewFile with 
			\a bAfterException set to \c true, to continue working with the archive.
			- It is safe to abort the action (by returning \c false from the CZipActionCallback::Callback) 
			in a not segmented archive and when no replacing is taking place. The file that is not 
			entirely added is removed from the archive then.
		
		\see
			<a href="kb">0610231446|get</a>
		\see
			<a href="kb">0610231200</a>
		\see
			GetFromArchive(CZipArchive&, CZipIndexesArray&, bool)
		\see
			GetFromArchive(CZipArchive&, CZipStringArray&, bool)		
		\see
			SetCallback
		\see
			SetAdvanced 
		\see 
			SetEncryptionMethod
		\see 
			SetPassword
	*/
	bool GetFromArchive(CZipArchive& zip, ZIP_INDEX_TYPE uIndex, LPCTSTR lpszNewFileName = NULL, ZIP_INDEX_TYPE uReplaceIndex = ZIP_FILE_INDEX_UNSPECIFIED, bool bKeepSystComp = false)
	{				
		InitBuffer();
		bool bRet;
		try
		{
			bRet = GetFromArchive(zip, uIndex, lpszNewFileName, uReplaceIndex, bKeepSystComp, GetCallback(CZipActionCallback::cbGet));
		}
		catch(...)
		{
			ReleaseBuffer();
			throw;
		}
		ReleaseBuffer();
		if (bRet)
			Finalize(true);

		return bRet;
	}

	/**
		Acquires files with the given indexes from another archive. 
		The compressed data of the file from another archive is copied to the current archive 
		without decompression.

		\param zip 
			The opened archive to get the file from.

		\param	aIndexes
			An array of zero-based indexes of the files to acquire from the \a zip archive.

		\param bKeepSystComp
			If \c false, then the system compatibility of the file from the \a zip archive
			is converted to the current archive system compatibility, if they differ. Otherwise
			the source system compatibility is copied.

		\return
			\c false, if the operation could not be performed (either of archives is closed, 
		a file inside either of archives is opened, \a zip archive is segmented or the current
		archive is an existing segmented archive.

		\note 
			- This method will encrypt data, if an encryption method and a password are set and the file is not already encrypted.
			- When an exception is thrown, you may need to call #CloseNewFile with 
			\a bAfterException set to \c true, to continue working with the archive.
			- It is safe to abort the action (by returning \c false from the CZipActionCallback::Callback) 
			in a not segmented archive and when no replacing is taking place. The file that is not 
			entirely added is removed from the archive then.
		
		\see
			<a href="kb">0610231446|get</a>
		\see
			<a href="kb">0610231200</a>
		\see
			GetFromArchive(CZipArchive&, ZIP_INDEX_TYPE, LPCTSTR, ZIP_INDEX_TYPE, bool)
		\see
			GetFromArchive(CZipArchive&, CZipStringArray&, bool)		
		\see
			SetCallback
		\see
			SetAdvanced 
		\see 
			SetEncryptionMethod
		\see 
			SetPassword
	*/
	bool GetFromArchive(CZipArchive& zip, CZipIndexesArray &aIndexes, bool bKeepSystComp = false);
	
	/**
		Acquires files with the given names from another archive. 
		The compressed data of the file from another archive is copied to the current archive 
		without decompression.

		\param zip 
			The opened archive to get the file from.

		\param	aNames
			An array of filenames to acquire from the \a zip archive.

		\param bKeepSystComp
			If \c false, then the system compatibility of the file from the \a zip archive
			is converted to the current archive system compatibility, if they differ. Otherwise
			the source system compatibility is copied.

		\return
			\c false, if the operation could not be performed (either of archives is closed, 
		a file inside either of archives is opened, \a zip archive is segmented or the current
		archive is an existing segmented archive.

		\note 
			- This method will encrypt data, if an encryption method and a password are set and the file is not already encrypted.
			- When an exception is thrown, you may need to call #CloseNewFile with 
			\a bAfterException set to \c true, to continue working with the archive.
			- It is safe to abort the action (by returning \c false from the CZipActionCallback::Callback) 
			in a not segmented archive and when no replacing is taking place. The file that is not 
			entirely added is removed from the archive then.
			- This method calls #GetIndexes on the \a zip archive.
		
		\see
			<a href="kb">0610231446|get</a>
		\see
			<a href="kb">0610231200</a>
		\see
			GetFromArchive(CZipArchive&, ZIP_INDEX_TYPE, LPCTSTR, ZIP_INDEX_TYPE, bool)
		\see
			GetFromArchive(CZipArchive&, CZipIndexesArray&, bool)		
		\see
			SetCallback
		\see
			SetAdvanced
		\see
			SetEncryptionMethod
		\see 
			SetPassword
	*/
	
	bool GetFromArchive(CZipArchive& zip, CZipStringArray &aNames, bool bKeepSystComp = false)
	{
		CZipIndexesArray indexes;
		zip.GetIndexes(aNames, indexes);
		return GetFromArchive(zip, indexes, bKeepSystComp);
	}

	/**
		Returns indexes of the files with names stored in \a aNames and puts them into \a aIndexes.
		If a filename was not found, \c ZIP_FILE_INDEX_NOT_FOUND is inserted at the appropriate 
		position in \a aIndexes.

		\param	aNames
			An array of filenames inside the archive.
		\param aIndexes
			An array of indexes to be found.

		\note 
			Use the #SetCaseSensitivity method to set case-sensitivity.

		\see
			<a href="kb">0610242025|findfast</a>
		\see 
			EnableFindFast
	*/
	void GetIndexes(const CZipStringArray &aNames, CZipIndexesArray& aIndexes);

	/**
		Extracts a file from the archive.
		The argument \a lpszNewName may point to a full path and is influenced by \a bFullPath.
		If \a lpszNewName contains a drive specification then the drive part is removed
		unless #m_bRemoveDriveLetter is set to \c false.

		\param	uIndex
			The index of the file to extract.

		\param	lpszPath
			The directory to extract the file to. May not be \c NULL.

		\param	bFullPath
			In this paragraph the source path means:
			\li The full filename stored in the archive, if \a lpszNewName is \c NULL
			\li \a lpszNewName, if it is not \c NULL

			The meaning of \a bFullPath is following:
			\li If it is \c true, then the method extracts using the full source path, even if #m_szRootPath is set.
			In this case the resulting file path is \a lpszPath plus the source path. 
			\li If it is \c false, then the destination file path is \a lpszPath plus 
			the filename only extracted from the source path.
			In this case, if #m_szRootPath is set (with #SetRootPath), then before adding the source path
			to \a lpszPath, from the source path is removed the part that matches #m_szRootPath
			(matching is performed starting from the beginning of both strings).
			

		\param	lpszNewName 
			The new name of the file after extraction. 
			If \c NULL, the original filename stored in the archive is used.
			May include a path information, but if \a bFullPath is \c false, 
			only the filename is extracted from this value.

		\param iOverwriteMode
			The mode used when overwriting a file during extraction. Can be one or more of <span class="linkapi">ZipPlatform::DeleteMode</span> values.

		\param pSeekPair
			If not NULL, the file will be extracted starting from the seek position described by this value.

		\param	nBufSize 
			The size of the buffer used while file operations.

		\return
			\c true if successful; \c false otherwise.

		\note 
			To extract files which filenames that match a specified pattern, use the #FindMatches method.
		
		\see
			<a href="kb">0610241003</a>
		\see
			<a href="kb">0610231200</a>
		\see
			<a href="kb">0711101739</a>
		\see 
			ExtractFile(ZIP_INDEX_TYPE, CZipAbstractFile&, bool, ZipPlatform::DeleteFileMode, CZipCompressor::COffsetsPair*, DWORD)
		\see
			FindMatches
		\see
			SetCallback
	*/	
	bool ExtractFile(ZIP_INDEX_TYPE uIndex,
		LPCTSTR lpszPath,
		bool bFullPath = true,
		LPCTSTR lpszNewName = NULL,
		ZipPlatform::DeleteFileMode iOverwriteMode = ZipPlatform::dfmRegular,
		DWORD nBufSize = 65536);
	
	/**
		The same as #ExtractFile(ZIP_INDEX_TYPE, CZipAbstractFile&, bool, ZipPlatform::DeleteFileMode, CZipCompressor::COffsetsPair*, DWORD)
		but instead to a physical file, this method extracts data into a \c CZipMemFile object.

		\param	uIndex
			The index of the file to extract.

		\param af
			An abstract file to receive the decompressed data.

		\param bRewind
			If \c true, the memory file pointer is positioned at the beginning of the compressed data after compression.
			The rewind operation is performed even if extraction was aborted, but rewinding will not take 
			place, if other exception than CZipException::abortedAction or CZipException::abortedSafely was thrown in the meantime.
		\param pSeekPair
			If not NULL, the file will be extracted starting from the seek position described by this value.
		\param	nBufSize 
			The size of the buffer used while file operations.

		\note 
		- Writing of the decompressed data starts at the current position of the memory file. 
		Keep this in mind, when you pass a \c CZipMemFile object that already contains data 
		(or has a buffer attached) - its contents may be overwritten.
		- If you try to extract a directory, the method will return \c false.

		\see
			<a href="kb">0610231924</a>
		\see
			<a href="kb">0711101739</a>
		\see
			ExtractFile(ZIP_INDEX_TYPE, CZipAbstractFile&, bool, ZipPlatform::DeleteFileMode, CZipCompressor::COffsetsPair*, DWORD)
	*/
	bool ExtractFile(ZIP_INDEX_TYPE uIndex,
		CZipAbstractFile& af,
		bool bRewind = true,
		DWORD nBufSize = 65536);

	/**
		Opens the file with the given index in the archive for extracting.
		Not successful opening of the file doesn't lock the whole archive, so 
		you can try to open another one (after catching an exception, if it was 
		thrown)
		\param	uIndex
			The index of the file to open.

		\return
			\c true, if successful; \c false otherwise. This method will also return \c false, if the compression method
			of the file is not supported by the ZipArchive Library.

		\throws CZipException
			with the CZipException::badPassword code, if the file is encrypted 
			and the password was not set.

		\see
			<a href="kb">0610241003|advanced</a>
		\see
			ReadFile
		\see
			CloseFile
	*/
	bool OpenFile(ZIP_INDEX_TYPE uIndex);

	/**
		Reads data from the currently opened file and decompresses it to \a pBuf.
		\param	pBuf
			The buffer to receive the decompressed data.

		\param	uSize
			The size of \a pBuf.

		\return
			The number of bytes read.

		\see
			<a href="kb">0610241003|advanced</a>
		\see
			OpenFile
		\see
			CloseFile
	*/
	DWORD ReadFile(void *pBuf, DWORD uSize);


	/**
		Closes the file opened for extraction in the archive and copy its date and 
		attributes to the file pointed by \a lpszFilePath.

		\param	lpszFilePath 
			The path of the file to have the date and attributes information updated.
			Make sure you have the read access to this file.

		\param bAfterException
			Set it to \c true, when you call this method after an exception was
			thrown, to allow further operations on the archive.

		\return
			One of the following values:
			-  \c 1 : The operation was successful.
			-  \c 0 : There is no file opened.
			-  \c -1 : Some bytes were left to uncompress - probably due to a bad password or a corrupted archive.
			-  \c -2 : Setting extracted file date and attributes was not successful.

		\see
			<a href="kb">0610241003|advanced</a>
		\see
			OpenFile
		\see
			ReadFile
		\see
			CloseFile(CZipFile&)
	*/
	int CloseFile(LPCTSTR lpszFilePath = NULL, bool bAfterException = false);

	/**
		Closes \a file and then calls the CloseFile(LPCTSTR, bool) method using the path of \a file as an argument.		
		Don't call this method, if an exception was thrown before, call the #CloseFile(LPCTSTR, bool) method instead.

		\param	file
			A \c CZipFile object of the extracted file. It must be opened.

		\return	
			The same values as the #CloseFile(LPCTSTR, bool) method.

		\see
			<a href="kb">0610241003|advanced</a>
		\see
			OpenFile
		\see
			ReadFile
		\see
			CloseFile(LPCTSTR, bool)
	*/
	int CloseFile(CZipFile &file);

	/**
		Tests the file with the given index for the integrity.
 		The method throws exceptions but performs all the necessary cleanup
		before, so that the next file can be tested after catching the exception.

		\param	uIndex
			The index of the file to test.

		\param	uBufSize
			The size of the buffer used during extraction.

		\return
			\c false, if the incorrect action has been taken (when #OpenFile or #GetFileInfo returned \c false or \a uBufSize is 0); \c true otherwise.
		If the file didn't passed the test or there was a disk I/O error or the supplied password was incorrect, an exception is thrown.

		
		\see
			<a href="kb">0610241003</a>
		\see
			SetCallback		
	*/
	bool TestFile(ZIP_INDEX_TYPE uIndex, DWORD uBufSize = 65536);

	/**
		Deletes the file with the given index from the archive.		
		If you plan to delete more than one file, use the #RemoveFiles(CZipIndexesArray&) or 
		#RemoveFiles(const CZipStringArray&) method. These methods are optimized for deleting multiple files.

		\param	uIndex
			A zero-based index of the file to delete.

		\param bRemoveData
			If \c true (default), removes the file data from the archive.
			If \c false, removes the file only from the central directory.

		\return
			\c false, if the file could not be removed; \c true otherwise.

		
		\see
			<a href="kb">0610231944|delete</a>
		\see	
			RemoveFiles(CZipIndexesArray&)
		\see
			RemoveFiles(const CZipStringArray&)
		\see
			SetCallback
		\see
			FindMatches
	*/
	bool RemoveFile(ZIP_INDEX_TYPE uIndex, bool bRemoveData = true);

	/**
		Deletes files from the archive.	
		Sorts \a aIndexes in the ascending order.

		\param	aIndexes
			An array of zero-based indexes of the files to delete.

		\return
			\c false, if files could not be removed; \c true otherwise.

		\note 
			To remove files which filenames match a specified pattern, use the #FindMatches method before to find the indexes.

		\see
			<a href="kb">0610231944|delete</a>
		\see
			RemoveFile
		\see
			RemoveFiles(const CZipStringArray& )
		\see
			SetCallback
		\see
			FindMatches
	*/
	bool RemoveFiles(CZipIndexesArray& aIndexes);


	/**
		Delete files from the archive.

		\param	aNames
			An array of filenames to delete; 	
		\return
			\c false, if files could not be removed; \c true otherwise.

		\note 
			- Use the #SetCaseSensitivity method to set case-sensitivity.		
			- This method uses Find Fast (see <a href="kb">0610242025|findfast</a> for more information).

		\see
			<a href="kb">0610231944|delete</a>
		\see	
			RemoveFile
		\see
			RemoveFiles(CZipIndexesArray&)
		\see
			SetCallback
		\see
			EnableFindFast
	*/
	bool RemoveFiles(const CZipStringArray& aNames);

	/**
		Shifts data inside the archive to make an empty space at the beginning of the archive. 
		Into this empty space, you can copy for example a self-extracting stub. To perform shifting, 
		the archive must be opened and no file must be opened for compression or extraction. This method 
		will not work with segmented archives or archives, for which #GetBytesBeforeZip method returns value
		different from \c 0.

		\param uOffset
			The number of bytes to shift the archive data by.

		\return
			\c true, if data was shifted successfully; \c false otherwise.
			
		\note
			Calls the CZipActionCallback::cbMoveData callback.

		\see
			<a href="kb">0610242241|convert</a>
		\see
			PrependData(CZipAbstractFile&, LPCTSTR)
		\see
			PrependData(LPCTSTR, LPCTSTR)
	*/
	bool ShiftData(ZIP_SIZE_TYPE uOffset);

	/**
		Inserts data contained in the file pointed by the \a lpszFilePath path before the archive data.
		You can use this method for example to convert the archive into a self-extracting archive (store 
		a self-extracting stub inside \a lpszFilePath file).
		To perform prepending, the archive must be opened and no file must be opened for compression or extraction. This method 
		will not work with segmented archives or archives, for which #GetBytesBeforeZip method returns value
		different from \c 0.

		\param lpszFilePath
			The path of the file to prepend to the archive.

		\param lpszNewExt
			If it is not \c NULL, then the extension of the archive is changed to this value after prepending data.
			Under Linux/Max OS X, this method sets executable permission for the owner after prepending. If renaming is performed,
			then the archive is closed before it. If this value is \c NULL, the no renaming is performed and the archive stays opened.

		\return
			\c true, if data from \a lpszFilePath file was prepended (and optionally renamed) successfully; \c false otherwise.
			
		\note
			Calls the CZipActionCallback::cbMoveData callback.

		\see
			<a href="kb">0610242241|convert</a>
		\see
			ShiftData
		\see
			PrependData(CZipAbstractFile&, LPCTSTR)
	*/
	bool PrependData(LPCTSTR lpszFilePath, LPCTSTR lpszNewExt = 
#ifdef _ZIP_SYSTEM_WIN
		_T("exe")
#else
		_T("")
#endif
		);

	/**
		Inserts data contained in the \a file before the archive data. You can use this method for example to convert
		the archive into a self-extracting archive (store a self-extracting stub inside \a file).
		To perform prepending, the archive must be opened and no file must be opened for compression or extraction. This method 
		will not work with segmented archives or archives, for which #GetBytesBeforeZip method returns value
		different from \c 0.

		\param file
			The file containing data to insert before the archive data. The file should be opened.

		\param lpszNewExt
			If it is not \c NULL, then the extension of the archive is changed to this value after prepending data.
			Under Linux/Max OS X, this method sets executable permission for the owner after prepending. If renaming is performed,
			then the archive is closed before it. If this value is \c NULL, the no renaming is performed and the archive stays opened

		\return
			\c true, if data from \a file was prepended successfully; \c false otherwise.
			
		\note
			Calls the CZipActionCallback::cbMoveData callback.

		\see
			<a href="kb">0610242241|convert</a>
		\see
			ShiftData
		\see
			PrependData(LPCTSTR, LPCTSTR)
	*/
	bool PrependData(CZipAbstractFile& file, LPCTSTR lpszNewExt = NULL);

	/**
		Sets the global comment in the archive.

		\param	lpszComment
			The comment to set.

		\param codePage
			The code page to use.

		\return
			\c false, if the archive is closed or it is an existing segmented archive or any file is opened in the archive for extraction or compression;
			\c true otherwise.

				\see
			<a href="kb">0610231944|comment</a>
		\see
			GetGlobalComment
	*/
	bool SetGlobalComment(LPCTSTR lpszComment, UINT codePage = ZIP_DEFAULT_CODE_PAGE);


	/**
		Returns the global comment for the archive.

		\return
			The global comment or an empty string if the archive is closed.

		\see
			<a href="kb">0610231944|comment</a>
		\see
			SetGlobalComment
	*/
	CZipString GetGlobalComment()const ;

	
	/**
		Returns the path of the currently opened archive segment.
		\return
			The current volume's path or an empty string, if the archive is closed.

		\see
			<a href="kb">0610051553</a>
	*/
	CZipString GetArchivePath()const;

	/**
		Returns the archive volume number currently being processed. The first volume has the number 1.

		This method is useful while working with a segmented archive in creation to find out
		how many parts were already created. To find out how many parts are in an existing segmented archive,
		use the #GetCentralDirInfo method.

		\return
			A one-based number of the current volume or 0, if there is no current volume (the archive is closed).

		\see
			<a href="kb">0610051553</a>
	*/
	ZIP_VOLUME_TYPE GetCurrentVolume() const ;
	
	/**
		Case-sensitivity values used as the \a iCaseSensitive argument in the FindFile() method.
		The purpose of #ffCaseSens and #ffNoCaseSens is to temporarily change the default
		case-sensitivity for a single search. This is the reason, why these values cause the Find Fast 
		array (which is a more permanent solution) to be built with the opposite meaning. In these cases
		the array is not rebuilt if it was built already.
	*/
	enum FFCaseSens
	{
		/**
			Uses the default case-sensitivity as set with the #SetCaseSensitivity method.
			If the Find Fast array was built before with a different case-sensitivity,
			it is rebuilt again, if it hasn't been built so far, it is built now with the
			default case-sensitivity.
		*/
		ffDefault,

		/**
			Performs a case-sensitive search. If the CZipArchive is non-case-sensitive,
			a less effective search is performed. It does not rebuild the Find Fast array,
			but if the array hasn't been built yet, it is built now as \b non-case-sensitive.
			You can use \c SetCaseSensitivity(true) and then #ffDefault to build it as case-sensitive.
		*/
		ffCaseSens,

		/**
			Performs a non-case-sensitive search. If the CZipArchive is case-sensitive,
			a less effective search is performed. It does not rebuild the Find Fast array,
 			but if the array hasn't been built yet, it is build now as \b case-sensitive.
			You can use \c SetCaseSensitivity(false) and then #ffDefault to build it as non-case-sensitive.
		*/
		ffNoCaseSens
	};

	/**
		Finds a file in the archive.	
		This method enables the Find Fast feature, if it is not enabled already.

		\param	lpszFileName
			The name of the file to be found in the archive. If the file in the archive is stored with the 
			path information, you must specify it here or set \a bFileNameOnly to \c true.
			Use the same path separators as they are defined for your system as default
			(\e "\" for Windows and \e "/" for Linux and Mac OS X).

		\param iCaseSensitive
			It can be one of the #FFCaseSens values.

		\param bFileNameOnly
			If \c true, the method tries to find a filename without a path (a less effective search is performed).
			If you wish to find a directory name, do not end it with a path separator.
			The path separator is required, if you set \a bFileNameOnly to \c false.

		\note 
			Use the #SetCaseSensitivity method to set the global case-sensitivity.

		\return
			The index of the file, if the file was found; \c ZIP_FILE_INDEX_NOT_FOUND if the file was not found.

		\see
			<a href="kb">0610242025|findfast</a>		
		\see
			EnableFindFast
	*/
	ZIP_INDEX_TYPE FindFile(LPCTSTR lpszFileName, int iCaseSensitive = ffDefault, bool bFileNameOnly = false);

	/**
		Returns the information about the file with the given index.
		The data is copied to \a fhInfo. This may not be 
		optimal for querying large number of file. To avoid copying data, see the 
		#GetFileInfo(ZIP_INDEX_TYPE) method.

		\param	fhInfo
			The object to receive data.

		\param	uIndex
			A zero-based index of the file to get the information about.

		\return
			\c true if successful; \c false otherwise.
		\see
			<a href="kb">0610242128|file</a>
		\see
			GetFileInfo(ZIP_INDEX_TYPE)
		\see
			GetFileInfo(ZIP_INDEX_TYPE) const
		\see
			operator[](ZIP_INDEX_TYPE)			
		\see
			operator[](ZIP_INDEX_TYPE) const
	*/
	bool GetFileInfo(CZipFileHeader& fhInfo, ZIP_INDEX_TYPE uIndex) const;

	/**
		Returns the information about the file with the given index.
		This method provides a direct access to the file data. Apart from the situations 
		described in <a href="kb">0610242128|file</a>, you should avoid modifications of 
		the returned object.

		\param	uIndex
			A zero-based index of the file to get the information about.

		\return
			A CZipFileHeader object that directly points to a central directory entry in memory;
			\c NULL if the archive is closed or there is no such index in the archive.

		\see
			<a href="kb">0610242128|file</a>
		\see
			GetFileInfo(CZipFileHeader&, ZIP_INDEX_TYPE) const
		\see
			GetFileInfo(ZIP_INDEX_TYPE) const
		\see
			operator[](ZIP_INDEX_TYPE)	
		\see
			operator[](ZIP_INDEX_TYPE) const

	*/
	CZipFileHeader* GetFileInfo(ZIP_INDEX_TYPE uIndex);

	/**
		Returns the information about the file with the given index.
		This method provides a direct access to the file data. This method does not allow
		modification of the returned object.

		\param	uIndex
			A zero-based index of the file to get the information about.

		\return
			A CZipFileHeader object that directly points to a central directory entry in memory;
			\c NULL if the archive is closed or there is no such index in the archive.

		\see
			<a href="kb">0610242128|file</a>
		\see
			GetFileInfo(CZipFileHeader&, ZIP_INDEX_TYPE) const
		\see
			GetFileInfo(ZIP_INDEX_TYPE)
		\see
			operator[](ZIP_INDEX_TYPE)	
		\see
			operator[](ZIP_INDEX_TYPE) const

	*/
	const CZipFileHeader* GetFileInfo(ZIP_INDEX_TYPE uIndex) const;

	/**
		Returns the information about the file with the given index.
		This method provides a direct access to the file data. Apart from the situations 
		described in <a href="kb">0610242128|file</a>, you should avoid modifications of 
		the returned object.
		\param	uIndex
			A zero-based index of the file to get the information about.

		\return
			A CZipFileHeader object that directly points to a central directory entry in memory;
			\c NULL if the archive is closed or there is no such index in the archive.

		\see
			<a href="kb">0610242128|file</a>
		\see
			GetFileInfo(CZipFileHeader&, ZIP_INDEX_TYPE) const
		\see
			GetFileInfo(ZIP_INDEX_TYPE)
		\see
			GetFileInfo(ZIP_INDEX_TYPE) const
		\see
			operator[](ZIP_INDEX_TYPE) const		

	*/
	CZipFileHeader* operator[](ZIP_INDEX_TYPE uIndex)
	{
		return GetFileInfo(uIndex);
	}

	/**
		Returns the information about the file with the given index.
		This method provides a direct access to the file data. This method does not allow
		modification of the returned object.

		\param	uIndex
			A zero-based index of the file to get the information about.

		\return
			A CZipFileHeader object that directly points to a central directory entry in memory;
			\c NULL if the archive is closed or there is no such index in the archive.

		\see
			<a href="kb">0610242128|file</a>
		\see
			GetFileInfo(CZipFileHeader&, ZIP_INDEX_TYPE) const
		\see
			GetFileInfo(ZIP_INDEX_TYPE)
		\see
			GetFileInfo(ZIP_INDEX_TYPE) const
		\see
			operator[](ZIP_INDEX_TYPE)
	*/
	const CZipFileHeader* operator[](ZIP_INDEX_TYPE uIndex) const
	{
		return GetFileInfo(uIndex);
	}


	/**
		Returns the number of files in the archive.

		\param	bOnlyFiles
			If \c true, directories are not included in the total count; otherwise all entries are included.

		\return
			The number of files in the archive.
			
		\see
			<a href="kb">0610242128|file</a>
	*/
	ZIP_INDEX_TYPE GetCount(bool bOnlyFiles)
	{
		if (IsClosed())
			return 0;

		ZIP_INDEX_TYPE iTotalCount = GetCount();
		if (bOnlyFiles)
		{
			ZIP_INDEX_TYPE iCount = 0;
			for (ZIP_INDEX_TYPE i = 0; i < iTotalCount; i++)
			{
				if (!m_centralDir[i]->IsDirectory())
					iCount++;
			}
			return iCount;
		}
		else
			return iTotalCount;
	}

	/**
		Returns the number of files in the archive.

		\return
			The number of files in the archive. 
			Note that depending on the ZipArchive compilation this may be an unsigned value or a signed value.
	*/
	ZIP_INDEX_TYPE GetCount() const
	{
		return (ZIP_INDEX_TYPE) m_centralDir.GetCount();
	}


	/** 
		Calculates the actual size (in bytes) currently occupied by the archive.

		\return
			The sum of the sizes: the number of bytes already written to the file, the number of bytes in the write buffer and the whole size of the central directory.
			If the archive or a volume is closed, the return value is \c 0.

		\see
			<a href="kb">0610242128|archive</a>			
	*/
	ZIP_SIZE_TYPE GetOccupiedSpace() const
	{
		if (IsClosed(true) || IsClosed(false))
		{
			ZIPTRACE("%s(%i) : ZipArchive or the current volume file is closed.\n");
			return 0;
		}
		return m_storage.GetOccupiedSpace() + m_centralDir.GetSize(true);
	}

	/**
		The values used in the CZipArchive::Close() method.
	*/
	enum CloseAfterException
	{
		/**
			Normal closing. Use it, when no exception was thrown while processing the archive.
		*/
		afNoException,

		/**
			Use when an exception was thrown.
			The #Close method doesn't write any data but performs necessary cleaning to reuse the 
			CZipArchive object for another archive processing.
		*/
		afAfterException,

		/**	
			Use when an exception was thrown.
			The #Close method writes the central directory structure to the archive, 
			so that the archive should be usable.
		*/
		afWriteDir
	};

	/**
		Closes the archive.

		\param	iAfterException
			One of the #CloseAfterException values.

		\param bUpdateTimeStamp
			If \c true, the method sets the modification date of the zip file to the date of the newest file in the archive.
			In a segmented archive, only the last segment file will have the time stamp updated.
			You can use this option even without performing any additional processing on the archive, just open and close the archive.

		\return
			The name of the last volume. It is useful when compressing split archives to know which file to use when opening the archive.
			The name is only returned when \a iAfterException is different from #afAfterException.

		\note
			Does not throw any exceptions, if \a iAfterException is set to the #afAfterException value.

		\see
			<a href="kb">0610222049</a>
		\see
			IsClosed
	*/
	CZipString Close(int iAfterException = afNoException, bool bUpdateTimeStamp = false);


	/**
		Tests if the whole archive or the current volume is closed.

		\param	bArchive <BR>
			If \c true, test for the whole archive. If \c false, test for the current volume only.

		\return
			\c true if a file closed; \c false otherwise.

		\see
			Close
	*/
	bool IsClosed(bool bArchive = true)const
	{
		return m_storage.IsClosed(bArchive);
	}

	/**
		Writes the central directory to the archive and flushes the internal buffers to the disk.
		After that the archive is finalized on the disk, but you can still modify it, if it is not a segmented archive.		

		\param bOnlyIfAuto
			If \c true, the archive will be finalized only when it is in the auto-finalize mode; \c false otherwise (default).
			This parameter is used mostly for internal purposes.

		\return
			\c true, if the archive was finalized; \c false otherwise.

		\note 
			- This method cannot be used on existing segmented archives - they are not modifiable.
			- If you have an archive with a huge central directory, calling this function frequently will degrade the performance.
			- This method will not execute, if there are any pending modifications (see #IsModified).

		\see
			<a href="kb">0610231446|finalize</a>		
		\see
			FlushBuffers
		\see
			SetAutoFinalize
		\see
			GetAutoFinalize
	*/
	bool Finalize(bool bOnlyIfAuto = false);

	/**
		Writes internal buffers to the storage file and flushes the file buffers to the disk.

		\see
			<a href="kb">0610231446|finalize</a>
		\see
			Finalize
	*/
	void FlushBuffers()
	{
		if (IsClosed())
		{
			ZIPTRACE("%s(%i) : ZipArchive should be opened first.\n");
			return;
		}

		m_storage.FlushBuffers();
	}


	/**
		Sets the CZipArchive object to call the Finalize() method after each operation that modifies the archive (apart from changing central extra fields).
		It is useful when you want to prevent the loss of data in case of the program crash - the zip file will then be finalized on the disk.
		Use it after opening the archive.

		\note 
		- You can set auto-finalize only for non-segmented archives.		
		- If you have an archive with a huge central directory, enabling auto-finalize will degrade the performance.
		- This method will have no effect, when there are any pending modifications (see #IsModified).

		\see
			<a href="kb">0610231446|finalize</a>
		\see
			Finalize	
		\see
			GetAutoFinalize
	*/
	bool SetAutoFinalize(bool bAutoFinalize = true);
	

	/**
		Returns the current auto-finalize value.

		\return 
			The current auto-finalize value.

		\see
			<a href="kb">0610231446|finalize</a>
		\see
			SetAutoFinalize
		\see
			Finalize	
	*/
	bool GetAutoFinalize()const {return m_bAutoFinalize;}

	/**
		Sets the system compatibility of the archive. Use it after opening the archive,
		but before adding a new file.

		\param iSystemComp
			The new system compatibility to use. It can be one of the ZipCompatibility::ZipPlatforms values.

		\return
			\c false, if the value \a iSystemComp is not supported 
			or it is not possible to set the value at this moment; \c true otherwise.

		\note
			If using the custom Unicode mode (see <a href="kb">0610051525|custom</a>) and the filename code page 
			is standard for the current system compatibility, the ZipArchive Library will change the filename 
			code page to be default for the new system compatibility.

		\see
			<a href="kb">0610231446|compatibility</a>
		\see
			GetSystemCompatibility
		\see
			CZipFileHeader::GetSystemCompatibility
		\see
			ZipCompatibility::ZipPlatforms
		\see
			ZipPlatform::GetSystemID
	*/
	bool SetSystemCompatibility(int iSystemComp);

	/**
		Returns the system compatibility of the current archive.

		\return	
			One of the ZipCompatibility::ZipPlatforms values.

		\see
			<a href="kb">0610231446|compatibility</a>
		\see
			SetSystemCompatibility
		\see
			CZipFileHeader::SetSystemCompatibility
		\see
			ZipCompatibility::ZipPlatforms
		\see
			ZipPlatform::GetSystemID		
	*/
	int GetSystemCompatibility() const {return m_iArchiveSystCompatib;}

	/**
		Returns the underlying archive storage object.

		\return
			The pointer to CZipStorage.

		\see
			CZipStorage
	*/
	CZipStorage* GetStorage(){return &m_storage;}

#ifdef _ZIP_UNICODE_CUSTOM
		/**
		Sets the current settings that control storing of filenames and comments in the archive.

		\param settings
			The settings to set.

		\see
			<a href="kb">0610051525|custom</a>
		\see
			SetStringStoreSettings(UINT, bool, UINT)
		\see
			SetStringStoreSettings(UINT, bool)
		\see
			ResetStringStoreSettings
		\see
			GetStringStoreSettings		
	*/
	void SetStringStoreSettings(const CZipStringStoreSettings& settings)
	{
		m_stringSettings = settings;
	}

	/**
		Sets the current settings that control storing of filenames and comments in the archive.

		\param uFileNameCodePage
			The code page for filenames.
	
		\param bStoreNameInExtraData
			If \c true, the encoded filenames are stored in central extra fields.
	
		\param uCommentCodePage
			The code page for comments.

		\see
			<a href="kb">0610051525|custom</a>
		\see
			SetStringStoreSettings(const CZipStringStoreSettings&)
		\see
			SetStringStoreSettings(UINT, bool)
		\see
			ResetStringStoreSettings
		\see
			GetStringStoreSettings		
	*/
	void SetStringStoreSettings(UINT uFileNameCodePage, bool bStoreNameInExtraData, UINT uCommentCodePage)
	{
		m_stringSettings.Set(uFileNameCodePage, bStoreNameInExtraData, uCommentCodePage);
	}

	/**
		Sets the current settings that control storing of filenames and comments in the archive.
		The code page for comments stays the same when calling this method.

		\param uFileNameCodePage
			The code page for filenames.
	
		\param bStoreNameInExtraData
			If \c true, the encoded filenames are stored in central extra fields.
	
		\see
			<a href="kb">0610051525|custom</a>
		\see
			SetStringStoreSettings(const CZipStringStoreSettings&)
		\see
			SetStringStoreSettings(UINT, bool, UINT)
		\see
			ResetStringStoreSettings
		\see
			GetStringStoreSettings		
	*/
	void SetStringStoreSettings(UINT uFileNameCodePage, bool bStoreNameInExtraData = false)
	{
		SetStringStoreSettings(uFileNameCodePage, bStoreNameInExtraData,  m_stringSettings.m_uCommentCodePage);
	}
	
	/**
		Sets the current settings that control storing of filenames and comments in the archive to their default values considering the 
		current system compatibility of the archive (see GetSystemCompatibility()).

		\see
			<a href="kb">0610051525|custom</a>
		\see
			SetStringStoreSettings(const CZipStringStoreSettings&)
		\see
			SetStringStoreSettings(UINT, bool, UINT)
		\see
			SetStringStoreSettings(UINT, bool)
		\see
			GetStringStoreSettings		
	*/
	void ResetStringStoreSettings()
	{
		m_stringSettings.Reset(m_iArchiveSystCompatib);
	}

	/**
		Returns the current settings that control storing of filenames and comments in the archive.
	
		\return
			The current string store settings.

		\see
			<a href="kb">0610051525|custom</a>
		\see
			SetStringStoreSettings(const CZipStringStoreSettings&)
		\see
			SetStringStoreSettings(UINT, bool, UINT)
		\see
			SetStringStoreSettings(UINT, bool)
		\see
			ResetStringStoreSettings		
		\see
			CZipFileHeader::GetStringStoreSettings
	 */
	CZipStringStoreSettings& GetStringStoreSettings()
	{
		return m_stringSettings;
	}
#endif

	/**
		The Unicode mode of the archive.

		\see
			<a href="kb">0610051525</a>
	*/
	enum UnicodeMode
	{
		umNone		= 0x00, ///< No Unicode extensions are used.
#ifdef _ZIP_UNICODE_CUSTOM
		umCustom	= 0x04 ///< The custom Unicode support.
#endif
	};

	/**
		Sets the current Unicode mode.

		\param iMode
			The Unicode mode to set. It can be one or more of the #UnicodeMode values.

		\see
			<a href="kb">0610051525</a>
	*/
	void SetUnicodeMode(int iMode){ m_centralDir.SetUnicodeMode(iMode); }

	/**
		Returns the current Unicode mode.

		\return
			The current Unicode mode. It can be one or more of the #UnicodeMode values.

		\see
			<a href="kb">0610051525</a>
	*/
	int GetUnicodeMode() const { return m_centralDir.GetUnicodeMode(); }

	/**
		Enables or disables fast searching for files inside the archive using filenames.

		\see
			<a href="kb">0610242025|findfast</a>
		\see
			FindFile
		\see
			GetIndexes
		\see
			GetFindFastIndex
	*/
	void EnableFindFast(bool bEnable = true);


    /**
		Allows to retrieve the order of sorted files after you enabled the Find Fast feature with the EnableFindFast() method.
       
       \param iFindFastIndex
			The index of the file in the sorted array.

       \return 
	        The index of the file in the central directory. You can use the return value
			in other methods that require the file index (such as #GetFileInfo).
			This method returns \c -1, if you have not called 
			#EnableFindFast before or the archive is closed or the \a iFindFastIndex
			is out of range.

		\see
			<a href="kb">0610242025|findfast</a>		
		\see
			EnableFindFast
     */
	ZIP_INDEX_TYPE GetFindFastIndex(ZIP_INDEX_TYPE iFindFastIndex) const
	{
		if (IsClosed())
		{
			ZIPTRACE("CZipArchive::GetFindFastIndex: ZipArchive should be opened first.\n");
			return ZIP_FILE_INDEX_UNSPECIFIED;
		}
		
		return m_centralDir.GetFindFastIndex(iFindFastIndex);
	}


	/**
		Sets the temporary path used when compressing files and there is a need for a temporary archive.
		Temporary files are used when replacing or when compressing a segmented archive with the #zipsmCheckForEff flag.
		If the path is not set or it does not exists or there is not enough free space in it, 
		then the ZipArchive Library first tries the following folders
		in the given order for sufficient free space:
		\li system default temporary directory,
		\li the current directory.

		If all above fails, no temporary file is created and the compression is performed the usual way.

		\param lpszPath
			The path used for storing temporary files. Set it to \c NULL, to clear the temporary path and let the 
			ZipArchive Library figure it out (see above).

		\param bForce
			If \a lpszPath is not \c NULL and this parameter set to \c true
			the directory is created, if it doesn't exist. Otherwise the ZipArchive Library
			tries to figure out the location for temporary files by itself (see above).

		\see
			GetTempPath
		\see
			AddNewFile
		\see
			Smartness
	*/
	void SetTempPath(LPCTSTR lpszPath = NULL, bool bForce = true);

	/**   
		Returns the current temporary path used when compressing files.
       
		\return
			The current temporary path.

		\see
			SetTempPath
     */
	CZipString GetTempPath()const 
	{
		return m_szTempPath;
	}

	/**
		The values used in the PredictFileNameInZip() method.
	*/
	enum Predict
	{
	
		prDir,  ///< If \a lpszFilePath is a directory, appends a separator.
		prFile, ///< Treats \a lpszFilePath as a common file.
		prAuto  ///< Treats \a lpszFilePath as a directory only if it has a path separator appended.				
	};

    /**
       Predicts the filename as it would be stored in the archive, when given parameters would be used with 
	   one of the AddNewFile() methods. The method takes into account the root path set with the #SetRootPath method. 
	   You can use this method to eliminate duplicates before adding a list of files.
       
       \param lpszFilePath
			The file path, the same as CZipAddNewFileInfo::m_szFilePath.
	   \param bFullPath
			The same as CZipAddNewFileInfo::m_bFullPath.
       \param iWhat
			One of the #Predict values to interpret \a lpszFilePath correctly.
       \return
			The filename as it would be stored in the archive.
     */
	CZipString PredictFileNameInZip(LPCTSTR lpszFilePath, bool bFullPath, int iWhat = prAuto)const ;

	/**
		Calculates the maximum number of bytes that the file represented by #CZipFileHeader would occupy in the current archive.

		You need to set the following members in the structure:
			\li File attributes (use CZipFileHeader::SetSystemAttr). It is for determining whether the file is a directory.
			You can use ZipPlatform::GetFileAttr.
			\li The filename as it would appear in the archive (use CZipFileHeader::SetFileName). You can use #PredictFileNameInZip.
			\li The compressed size of the file (use CZipFileHeader::m_uComprSize). You can use an uncompressed file size
			here for the maximum value estimate.

		Additionally you may set:
			- A file comment (use the CZipFileHeader::SetComment method).
			- Extra fields (use CZipFileHeader::m_aLocalExtraData and CZipFileHeader::m_aCentralExtraData).

		\param fh
			A template object pre-filled with data.

		\return
			The maximum number of bytes the file would occupy in the archive.

		\note
		- The method takes into account if the current archive is a segmented archive.
		- If the archive has a password set, the method assumes that the file would be stored encrypted in the archive (extra bytes may be added then depending on the encryption method).
		- This method calls CZipFileHeader::PrepareData
		- Zip64 only: The method takes into account the current file pointer position in the archive to determine the need for the Zip64 extensions 
			and updates CZipFileHeader::m_uVolumeStart and CZipFileHeader::m_uOffset.
		- The method does not take into account a situation when a file would be compressed, but mostly stored blocks would be emitted by the Huffman compression engine.
		In this case extra 5 bytes are added per a single stored block. You should remove the file and store it instead when it happens (see #zipsmCheckForEff).

		\see
			PredictMaximumFileSizeInArchive(LPCTSTR, bool)
	*/
	ZIP_SIZE_TYPE PredictMaximumFileSizeInArchive(CZipFileHeader& fh);

	 /**
		Calls the PredictMaximumFileSizeInArchive(CZipFileHeader&) method. 
		Before calling, fills the #CZipFileHeader structure with the filename as it 
		would appear in the archive and sets the proper file size (unless \a lpszFilePath is a directory).

		\param lpszFilePath
			The path to the file for which you want to predict the maximum size it would occupy.

		\param bFullPath 
			The same as CZipAddNewFileInfo::m_bFullPath.

		\return
			The maximum number of bytes the file would occupy in the archive.

		\see
			PredictMaximumFileSizeInArchive(CZipFileHeader&)
	 */
	ZIP_SIZE_TYPE PredictMaximumFileSizeInArchive(LPCTSTR lpszFilePath, bool bFullPath);
	

	/**
		Checks if the filename of the given file will be duplicated in the archive, if added to the archive with the given parameters.

		\param lpszFilePath
			The file path. You normally use it in one of the #AddNewFile methods.

	   \param bFullPath
			The same as CZipAddNewFileInfo::m_bFullPath.

		\param bFileNameOnly
			If \c true, the method assumes that the filename is duplicated if only the name part (no path)
			is the same (\a bFullPath is ignored), otherwise the whole filename with a path is taken into account.

		\param iWhat
			One of the #Predict values to interpret \a lpszFilePath correctly.

		\return
			The zero-based index of the file in the archive which filename would be duplicated, 
			or \c ZIP_FILE_INDEX_NOT_FOUND, if the filename would be unique.
	*/
	ZIP_INDEX_TYPE WillBeDuplicated(LPCTSTR lpszFilePath, bool bFullPath, bool bFileNameOnly = false, int iWhat = prAuto);

    /**
       Predicts the full resulting filename with path after extraction. 
	   The parameters (except for the first) are in the form you would pass
	   to the #ExtractFile(ZIP_INDEX_TYPE, CZipAbstractFile&, bool, ZipPlatform::DeleteFileMode, CZipCompressor::COffsetsPair*, DWORD)
	   The method takes into account the root path set with the #SetRootPath method.

       \param lpszFileNameInZip
			The filename of the file inside the archive (may be \c NULL if \a lpszNewName is not \c NULL).

       \param lpszPath

       \param bFullPath

       \param lpszNewName       

       \return
			The predicted resulting file path.
     */
	CZipString PredictExtractedFileName(LPCTSTR lpszFileNameInZip, LPCTSTR lpszPath, bool bFullPath, LPCTSTR lpszNewName = NULL)const ;


/**
		Removes the root path from \a zpc.

		\param	zpc
			The path to have the common beginning removed from.

		\see
			SetRootPath
*/
	CZipString TrimRootPath(CZipPathComponent& zpc) const ;

    /**
		Removes \a lpszBeginning from the beginning of \a szPath. Both argument are
		considered to be paths - they must match up to the path separator.
       
		\param lpszBeginning
			The beginning to remove.

		\param szPath
			The path to have the beginning removed.

		\param pCompareFunction 
			The compare function used (see #m_pZipCompare).

		\return
			\c true, if the path beginning was removed; \c false otherwise.
     */
	static bool RemovePathBeginning(LPCTSTR lpszBeginning, CZipString& szPath, ZIPSTRINGCOMPARE pCompareFunction);

	/**
		Sets the default archive case-sensitivity. The default CZipArchive case-sensitivity depends
		on the system and is set as follows:
			\li on Windows:	\c false
			\li on other platforms:	\c true
			
		Calling this method affects the following methods:

		- #FindFile
		- #GetIndexes
		- #FindMatches		
		- #EnableFindFast
		- #TrimRootPath
		- #RemoveFiles(const CZipStringArray&)
			
		\param bCaseSensitive
			The case-sensitivity to be used.

		\note
			Set it before using one of the mentioned methods or leave it as it was set by default.
	*/
	void SetCaseSensitivity(bool bCaseSensitive) 
	{
		m_bCaseSensitive = bCaseSensitive;
		m_pZipCompare = GetCZipStrCompFunc(bCaseSensitive);
	}

	/*
		Returns the current case sensitivity.
		
		\return 
			\c true, if the archive is case-sensitive; \c false otherwise.

		\see
			SetCaseSensitivity
	*/
	bool GetCaseSensitivity() const
	{
		return m_bCaseSensitive;
	}

	/**
		Returns the central directory information.
		\param info
			The object to retrieve information data.

		\see
			GetCentralDirSize
	*/
	void GetCentralDirInfo(CZipCentralDir::CInfo& info)const;
	

	/**
		Returns the central directory size.

		\param bWhole
			If \c true, the return value includes the size of file headers.

		\return
			The size of the central directory.

		\see
			GetCentralDirInfo
	*/
	ZIP_SIZE_TYPE GetCentralDirSize(bool bWhole = true) const
	{
		if (IsClosed())
		{
			ZIPTRACE("%s(%i) : ZipArchive is closed.\n");
			return 0;
		}
		return m_centralDir.GetSize(bWhole);
	}

	/**
		Returns the value indicating whether the archive can be modified.
		An archive is read-only when it is an existing segmented archive
		or it was opened with the #zipOpenReadOnly flag.

		\return
			\c true if the archive is read-only; \c false otherwise.
	*/
	bool IsReadOnly(){return m_storage.IsReadOnly();} const

	/**
		Sets the number of extra bytes that are present before the actual archive in the archive file.
		The library usually tries to automatically calculate this value, but this may not be possible
		under some conditions.
		
		\param uCount
			The number of bytes before the actual archive.
				
		\see
			GetBytesBeforeZip
	 */
	void SetBytesBeforeZip(ZIP_SIZE_TYPE uCount = 0)
	{
		if (!IsClosed())
		{
			ZIPTRACE("%s(%i) : Set it before opening the archive.\n");
			return;
		}
		m_storage.m_uBytesBeforeZip = uCount;
	}

	/**
		Returns the number of extra bytes that are present before the actual archive in the archive file.

		\return
			The number of bytes before the actual archive.
		\see
			SetBytesBeforeZip
	 */
	ZIP_SIZE_TYPE GetBytesBeforeZip() const
	{
		return m_storage.m_uBytesBeforeZip;
	}

	/**
		The values describing various archive consistency checks that the library performs. 
		Instruct the library to skip selected checks using the #SetIgnoredConsistencyChecks method.
	*/
	enum ConsistencyCheck
	{		
		checkNone,							///< If used in the #SetIgnoredConsistencyChecks method, examines all possible inconsistencies in an archive.
		checkCRC				= 0x0001,	///< Verifies CRC after decompression. Use it when working with Java <sup><small>TM</small></sup> Archives (jar). The CRC check is performed using CRC written in a central header when closing a file after extraction.
		checkLocalMethod		= 0x0002,	///< Verifies that the compression method written in a local header matches the compression method written in a central header.
		checkLocalSizes			= 0x0004,	///< Verifies that sizes of compressed and uncompressed data written in a local header match their counterparts in a central header. The compressed size in the local header is always ignored, if it is \c 0.
		checkLocalCRC			= 0x0008,	///< Verifies that the CRC written in a local header matches the CRC written in a central header. 
		checkLocalFlag			= 0x0010,	///< Verifies that the general purpose flag value written in a local header matches its counterpart written in a central header. 
		checkLocalAll			= checkLocalMethod | checkLocalSizes | checkLocalCRC | checkLocalFlag, ///< Examines all possible inconsistencies between central and local headers. These verifications are performed when opening a file for extraction. 
		checkDataDescriptor		= 0x0100, ///< Verifies that values written in extra data descriptor match values written in central header. This verification is performed when closing a file after extraction, but only if a file has a data descriptor (see CZipFileHeader::IsDataDescriptor()). Ignored by default (it is consistent with behavior of popular archivers).
		checkVolumeEntries		= 0x0200, ///< Verifies that the number of volumes and entries are correctly reported.
		checkAll				= checkCRC | checkLocalAll | checkDataDescriptor | checkVolumeEntries, ///< Logical sum of all possible verifications.
		checkIgnoredByDefault	= checkDataDescriptor | checkVolumeEntries ///< Checks that are ignored by default by the ZipArchive Library
	};

	/**
		Flags for workarounding various problems in archives.

		\see
			SetSpecialFlags
	*/
	enum SpecialFlags
	{
		sfNone,
		/** 		
			Forces reading all headers from the central directory, even if the number of files reported by the archive is different. 
			By default, the ZipArchive Library reads only the number of headers declared by the archive. Call this method before opening an archive. 

			This method is useful when dealing with archives created with
			external software that puts more files inside an archive that it is permitted by the zip format. Such a situation
			can take place with archives created with e.g. BOMArchiveHelper (Mac OS X utility), when the number of files exceeds 65,535.
		*/
		sfExhaustiveRead,
	};

	/**
		Sets the consistency checks to ignore while processing the archive. Allows opening archives which are not entirely 
		consistent, but nevertheless the compressed data is correct. The level is reset to #checkIgnoredByDefault when
		opening or creating an archive.
		\param iLevel
			The consistency check. It can be one or more of the #ConsistencyCheck values.

		\see
			ConsistencyCheck
		\see
			GetIgnoredConsistencyChecks
	 */
	void SetIgnoredConsistencyChecks(int iLevel = checkIgnoredByDefault)
	{
		if (IsClosed())
		{
			ZIPTRACE("%s(%i) : Set it after opening the archive.\n");
			return;
		}
		m_centralDir.m_iIgnoredChecks = iLevel;
	}
	
	/**
		Returns the currently ignored consistency checks. It can be one or more of the #ConsistencyCheck values.

		\see 
			SetIgnoredConsistencyChecks
	*/
	int GetIgnoredConsistencyChecks() const
	{
		return m_centralDir.m_iIgnoredChecks;
	}

	/**
		Sets special flags. It can be one or more of the #SpecialFlags values.

		\see
			GetSpecialFlags
	*/
	void SetSpecialFlags(int iSpecialFlags)
	{
		if (!IsClosed())
		{
			ZIPTRACE("%s(%i) : Set it before opening the archive.\n");
			return;
		}
		m_centralDir.m_specialFlags = iSpecialFlags;
	}

	/**
		Returns the currently set special flags. It can be one or more of the #SpecialFlags values.

		\see
			SetSpecialFlags
	*/
	int GetSpecialFlags() const
	{
		return m_centralDir.m_specialFlags;
	}

    /**
		Finds indexes of the files, which filenames match the specified pattern. The indexes are stored in the \a ar array.
		The indexes can be used then e.g. in deleting or extracting files.
       
       \param lpszPattern
			The pattern to match. The case-sensitivity of the pattern 
			is set to the global archive case-sensitivity (set with the #SetCaseSensitivity method).

       \param ar
			The array which will contain the resulting indexes. The contents of \a ar are not cleared, but the 
			indexes are appended to it.

	   \param bFullPath
			\li If \c true, the method matches the filename with path (if present) of the file.
			If the file is a directory, end it with a path separator or use a pattern that will recognize it.
			\li If \c false, the method matches only the name of the file. If the file is a directory, 
			do not end it with a path separator.

		\see
			<a href="kb">0610242025|match</a>
		\see
			SetCaseSensitivity
		\see
			ZipArchiveLib::CWildcard
       
     */
	void FindMatches(LPCTSTR lpszPattern, CZipIndexesArray& ar, bool bFullPath = true);
	
	/**
		The mode of committing changes.

		\see
			<a href="kb">0610231944|commit</a>
	*/
	enum CommitMode
	{
		cmManual, ///< Changes will be committed when the #CommitChanges method is called or when closing the archive.
		cmOnChange ///< Changes will be committed immediately after they occur.
	};

	/**
		Sets the commit mode.

		\param iCommitMode
			The mode to set. It can be one of the #CommitMode values.

		\see
			<a href="kb">0610231944|commit</a>
		\see 
			GetCommitMode
		\see
			CommitChanges
	*/
	void SetCommitMode(int iCommitMode = cmOnChange) 
	{	
		m_iCommitMode = iCommitMode;
	}

	/**
		Returns the current commit mode.

		\return
			The current commit mode. It can be one of the #CommitMode values.

		\see
			<a href="kb">0610231944|commit</a>
		\see 
			SetCommitMode
		\see
			CommitChanges
	*/
	int GetCommitMode() const {return m_iCommitMode;}

	/**
		Writes pending changes to the archive.

		\return
			\c true, if changes were written successfully; \c false, if the current state of the archive is invalid for this method to be called.

		\note
			This method is also called when closing the archive regardless of the current commit mode.

		
		\see
			<a href="kb">0610231944|commit</a> (Committing Modification Changes)
		\see 
			<a href="kb">0610231944|cache</a> (Controlling Windows System File Cache)
		\see 
			SetCommitMode
		\see 
			GetCommitMode
		\see
			IsModified
	*/
	bool CommitChanges();

	/**
		Returns the value indicating whether there are any pending changes in the archive to be committed.

		\return
			\c true, if there are changes left to be committed; \c false otherwise.

		\see
			<a href="kb">0610231944|commit</a>
		\see
			CommitChanges
	*/
	bool IsModified() const {return m_centralDir.IsAnyFileModified();}
	
	/**
		Removes the central directory from the archive. 
		You may then modify central extra fields and write the central directory back to the archive afterwards (use the #Close method).

		\return 
			\c true, if the central directory was successfully removed; \c false otherwise.

		\see
			<a href="kb">0610242300|central</a>
	*/
	bool RemoveCentralDirectoryFromArchive();

	/**
		Reads the local header information of the file with the given index.

		\param uIndex
			The index of the file for which to update the local information.

		\return 
			\c true, if the information was successfully updated; \c false otherwise.

		
		\see
			<a href="kb">0610231944|time</a>
		\see
			OverwriteLocalHeader
	*/
	bool ReadLocalHeader(ZIP_INDEX_TYPE uIndex);

	/**
		Writes the local header information of the file with the given index back to the archive.

		\param uIndex
			The index of the file for which to write the local information.

		\return 
			\c true, if the information was successfully written; \c false otherwise.

		
		\see
			<a href="kb">0610231944|time</a>
		\see
			ReadLocalHeader
	*/
	bool OverwriteLocalHeader(ZIP_INDEX_TYPE uIndex);

	/**
		Retrieves the current compressor. The type of the compressor depends on the compression method 
		used for compressing or decompressing data.

		\see
			SetCompressionMethod
	*/
	const CZipCompressor* GetCurrentCompressor() const
	{
		return m_pCompressor;
	}

	/**
		Returns the value indicating whether the archive can be modified.

		\param bAllowNewSegmented
			If \c true, new segmented archives can be modified; \c false otherwise.

		\param bNeedsClosed
			If \c true, the archive that has a file opened cannot be modified; \c false otherwise.

		\return
			\c true, if the archive can be modified; \c false otherwise.
	*/
	bool CanModify(bool bAllowNewSegmented = false, bool bNeedsClosed = true)
	{
		if (IsClosed())
		{
			ZIPTRACE("%s(%i) : ZipArchive is closed.\n");
			return false;
		}

		if (m_storage.IsReadOnly())
		{
			return false;
		}
		
		if (m_storage.IsNewSegmented() && !bAllowNewSegmented)
		{
			return false;
		}
		
		if (bNeedsClosed && m_iFileOpened)
		{
			ZIPTRACE("%s(%i) : The file cannot be open during modifications.\n");
			return false;
		}

		return true;
	}

	bool IsPasswordSet() const
	{
		return m_pszPassword.GetSize() > 0;
	}

	
	/**
		Resets the current volume while extracting a span archive when an invalid disk was inserted.

		\return 
			\c true, if the method succeeded; \c false, if the current state of the archive is invalid for this method to be called.

		
		\see
			<a href="kb">0610051553|spanRecoverExtract</a>		
	*/
	bool ResetCurrentVolume();

	/**
		Returns the value indicating whether the given file is a zip archive. 
		To execute quickly, this method does not read a whole central directory, 
		but also does not guarantee that the archive is not corrupted.

		\param lpszPathName
			The path of the file to examine.

		\return 
			\c true, if the archive is a zip archive; \c false otherwise.		

	*/
	static bool IsZipArchive(LPCTSTR lpszPathName);

	/**
		Returns the value indicating whether the given file is a zip archive. 
		To execute quickly, this method does not read a whole central directory, 
		but also does not guarantee that the archive is not corrupted.

		\param af
			The archive file to examine.

		\param bAutoClose
			If \c true, the \a af file will be closed by this method; \c false otherwise.

		\return 
			\c true, if the archive is a zip archive; \c false otherwise.		

	*/
	static bool IsZipArchive(CZipAbstractFile& af, bool bAutoClose = false);

	/**
		If \c true, the drive letter is removed from the filename stored inside the archive when adding
		a new file to the archive or extracting an existing one.
		It affects #AddNewFile, #ExtractFile, #PredictFileNameInZip, #PredictExtractedFileName,
		#WillBeDuplicated methods. The default value is \c true.
	*/
	bool m_bRemoveDriveLetter;
	
protected:
	
	/**
		Reads the local header information of the file with the given index.

		\param uIndex
			The index of the file for which to update the local information.

	*/
	void ReadLocalHeaderInternal(ZIP_INDEX_TYPE uIndex)
	{
		// update sizes of the local filename and the extra field - they may differ from the ones in the central directory
		GetFileInfo(uIndex)->ReadLocal(&m_centralDir);
	}

	/**
		See the description of #EncryptFiles.

		\param pIndexes

		\return 
			\c false, if the files could not be encrypted; \c true otherwise.

		
		\see
			EncryptFiles
	*/
	bool EncryptFilesInternal(CZipIndexesArray* pIndexes);


	/**
		See the description of #OpenNewFile(CZipFileHeader&, int, LPCTSTR)

		\param header
		\param iLevel
		\param lpszFilePath
		\param uReplaceIndex
			For the internal use only.
		\see
			OpenNewFile(CZipFileHeader&, int, LPCTSTR)
	*/
	bool OpenNewFile(CZipFileHeader & header, int iLevel, LPCTSTR lpszFilePath, ZIP_INDEX_TYPE uReplaceIndex);
	
	/**
		Holds currently set callback objects.
	*/
	ZipArchiveLib::CZipCallbackProvider m_callbacks;
	

	/**
		Writes the central directory notifying a callback object if available.
	*/
	void WriteCentralDirectory(bool bFlush = true);

	/**
		The value set with #SetCaseSensitivity.
	*/
	bool m_bCaseSensitive;
	

	/**
		A pointer to a method used to compare strings. 
		Can point to \c Compare, \c CompareNoCase, \c Collate or \c CollateNoCase method.		
	*/
	ZIPSTRINGCOMPARE m_pZipCompare;


	/**
		Physical layer of the archive.
		\see
			CZipStorage
	*/
	CZipStorage m_storage;

	/**
		The central directory object.
		\see
			CZipCentralDir
	*/
	CZipCentralDir m_centralDir;

	/**
		The open mode of the current file inside the archive.	
	*/
	enum OpenFileType
	{
		extract = -1,	///< A file is opened for extraction.
		nothing,		///< There is no file inside the archive opened.
		compress		///< A new file is opened for compression.
	};
	
	/**
		Takes one of the CZipArchive::OpenFileType enum values.
	*/
	int m_iFileOpened;

	/**
		The value set with SetAutoFinalize().
	*/
	bool m_bAutoFinalize;

	/**
		The value set with SetCommitMode().
	*/
	int m_iCommitMode;

	/**
		The value set with SetRootPath().
	*/
	CZipString m_szRootPath;

	/**
		The value set with SetTempPath().
	*/
	CZipString m_szTempPath;


	/**
		Opens the archive in the given mode.
		Called by #Open(LPCTSTR, int, ZIP_SIZE_TYPE) and #Open(CZipAbstractFile&, int, bool).
		\param	iMode
			The mode.
			*/
	void OpenInternal(int iMode);

	/**
		Initializes the archive during opening.

		\param iArchiveSystCompatib
			The system's compatibility of the archive.

		\param pSource
			If not \c NULL, then it specifies the central directory for sharing.

	*/
	void InitOnOpen(int iArchiveSystCompatib, CZipCentralDir* pSource = NULL);

	/**
		The value set with #SetSystemCompatibility.
	*/
	int m_iArchiveSystCompatib;

	/**
		The value set with #SetPassword.
	*/
	CZipAutoBuffer m_pszPassword;

	/**
		Returns the file currently opened for compression or decompression.
		\return
			The currently opened file or \c NULL, if there is no file opened.
	*/
	CZipFileHeader* CurrentFile();

	/**
		Releases the current cryptograph.
	*/
	void ClearCryptograph()
	{
		if (m_pCryptograph)
		{
			delete m_pCryptograph;
			m_pCryptograph = NULL;
		}
	}

	/**
		Creates a new cryptograph. You can override this method and implement your own cryptograph.

		\param iEncryptionMethod
			The requested encryption method.

		\see
			CZipCryptograph::EncryptionMethod
	*/
	virtual void CreateCryptograph(int iEncryptionMethod)
	{
		if (m_pCryptograph != NULL)
			if (m_pCryptograph->CanHandle(iEncryptionMethod))
				return;

		ClearCryptograph();
		m_pCryptograph = CZipCryptograph::CreateCryptograph(iEncryptionMethod);
	}

	/**
		The current cryptograph.
	*/
	CZipCryptograph* m_pCryptograph;

	/**
		Releases the current compressor.
	*/
	void ClearCompressor()
	{
		if (m_pCompressor)
		{
			delete m_pCompressor;
			m_pCompressor = NULL;
		}
	}

	/**
		Creates a new compressor. You can override this method and implement your own compressor.

		\param uMethod
			The requested data compression method.

		\see 
			CZipCompressor::CompressionMethod
	*/
	virtual void CreateCompressor(WORD uMethod)
	{
		if (m_pCompressor == NULL || !m_pCompressor->CanProcess(uMethod))
		{
			ClearCompressor();
			m_pCompressor = CZipCompressor::CreateCompressor(uMethod, &m_storage);
		}
		m_pCompressor->UpdateOptions(m_compressorsOptions);
	}

	/**
		The current compressor.
	*/
	CZipCompressor* m_pCompressor;

	/**
		The value set with #SetEncryptionMethod.
	*/
	int m_iEncryptionMethod;

	/**
		The value set with #SetCompressionMethod.
	*/
	WORD m_uCompressionMethod;
	

	/**
		A helper buffer used during various IO operations.

		\see 
			m_iBufferSize
		\see
			SetAdvanced
	*/
	CZipAutoBuffer m_pBuffer;

	/**
		The size of the #m_pBuffer buffer. Set it before opening the archive.
		It is usually set with the #SetAdvanced method
		(specify this value as the second argument).

		\see
			SetAdvanced
	*/
	DWORD m_iBufferSize;

#ifdef _ZIP_UNICODE_CUSTOM
	/**
		The value set with the SetStringStoreSettings() method.
	*/
	CZipStringStoreSettings m_stringSettings;
#endif
	
private:
	CZipCompressor::COptionsMap m_compressorsOptions;
	void Initialize();
	void MakeSpaceForReplace(ZIP_INDEX_TYPE iReplaceIndex, ZIP_SIZE_TYPE uTotal, LPCTSTR lpszFileName);

	void MovePackedFiles(ZIP_SIZE_TYPE uStartOffset, ZIP_SIZE_TYPE uEndOffset, ZIP_SIZE_TYPE uMoveBy, CZipActionCallback* pCallback, bool bForward = false, bool bLastCall = true);
	
	bool RemoveLast(bool bRemoveAnyway = false);

	bool GetFromArchive(CZipArchive& zip, ZIP_INDEX_TYPE uIndex, LPCTSTR lpszNewFileName, ZIP_INDEX_TYPE iReplaceIndex, bool bKeepSystComp, CZipActionCallback* pCallback);

	bool UpdateReplaceIndex(ZIP_INDEX_TYPE& iReplaceIndex);
	
	void ThrowError(int err) const;		

	void InitBuffer()
	{
		m_pBuffer.Allocate(m_iBufferSize);
	}
	void ReleaseBuffer()
	{
		m_pBuffer.Release();
	}
};

#if (_MSC_VER > 1000) && (defined ZIP_HAS_DLL)
	#pragma warning (pop)
#endif

#endif // !defined(ZIPARCHIVE_ZIPARCHIVE_DOT_H)
