//this file is part of notepad++
//Copyright (C)2003 Don HO <donho@altern.org>
//
//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.
//
//This program is distributed in the hope that it will be useful,
//but WITHOUT ANY WARRANTY; without even the implied warranty of
//MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
//GNU General Public License for more details.
//
//You should have received a copy of the GNU General Public License
//along with this program; if not, write to the Free Software
//Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

#ifndef PARAMETERS_H
#define PARAMETERS_H

#include <string>
#include <shlwapi.h>
#include "tinyxmlA.h"
#include "tinyxml.h"

//#include "ScintillaEditView.h"
#include "Scintilla.h"
#include "ScintillaRef.h"
#include "ToolBar.h"
#include "UserDefineLangReference.h"
#include "colors.h"
#include "shortcut.h"
#include "ContextMenu.h"

using namespace std;

const bool POS_VERTICAL = true;
const bool POS_HORIZOTAL = false;

const int UDD_SHOW   = 1; // 0000 0001 
const int UDD_DOCKED = 2; // 0000 0010

// 0 : 0000 0000 hide & undocked
// 1 : 0000 0001 show & undocked
// 2 : 0000 0010 hide & docked
// 3 : 0000 0011 show & docked

const int TAB_DRAWTOPBAR = 1;      //  0000 0001
const int TAB_DRAWINACTIVETAB = 2; //  0000 0010
const int TAB_DRAGNDROP = 4;       //  0000 0100
const int TAB_REDUCE = 8;	       //  0000 1000
const int TAB_CLOSEBUTTON = 16;    //  0001 0000
const int TAB_DBCLK2CLOSE = 32;    //  0010 0000
const int TAB_VERTICAL = 64;       //  0100 0000
const int TAB_MULTILINE = 128;     //  1000 0000
const int TAB_HIDE = 256;          //1 0000 0000

enum formatType {WIN_FORMAT, MAC_FORMAT, UNIX_FORMAT};
enum UniMode {uni8Bit=0, uniUTF8=1, uni16BE=2, uni16LE=3, uniCookie=4, uni7Bit=5, uniEnd};
enum ChangeDetect {cdDisabled=0, cdEnabled=1, cdAutoUpdate=2, cdGo2end=3, cdAutoUpdateGo2end=4};
enum BackupFeature {bak_none = 0, bak_simple = 1, bak_verbose = 2};
enum OpenSaveDirSetting {dir_followCurrent = 0, dir_last = 1, dir_userDef = 2};

const int LANG_INDEX_INSTR = 0;
const int LANG_INDEX_INSTR2 = 1;
const int LANG_INDEX_TYPE = 2;
const int LANG_INDEX_TYPE2 = 3;
const int LANG_INDEX_TYPE3 = 4;
const int LANG_INDEX_TYPE4 = 5;
const int LANG_INDEX_TYPE5 = 6;

const int COPYDATA_PARAMS = 0;
const int COPYDATA_FILENAMESA = 1;
const int COPYDATA_FILENAMESW = 2;


const bool SCIV_PRIMARY = false;
const bool SCIV_SECOND = true;

const TCHAR fontSizeStrs[][3] = {TEXT(""), TEXT("8"), TEXT("9"), TEXT("10"), TEXT("11"), TEXT("12"), TEXT("14"), TEXT("16"), TEXT("18"), TEXT("20"), TEXT("22"), TEXT("24"), TEXT("26"), TEXT("28")};

const TCHAR LINEDRAW_FONT[] =  TEXT("LINEDRAW.TTF");
const TCHAR localConfFile[] = TEXT("doLocalConf.xml");
const TCHAR notepadStyleFile[] = TEXT("asNotepad.xml");

void cutString(const TCHAR *str2cut, vector<generic_string> & patternVect);
/*
struct HeaderLineState {
	HeaderLineState() : _headerLineNumber(0), _isCollapsed(false){};
	HeaderLineState(int lineNumber, bool isFoldUp) : _headerLineNumber(lineNumber), _isCollapsed(isFoldUp){};
	int _headerLineNumber;
	bool _isCollapsed;
};
*/
struct Position
{ 
	int _firstVisibleLine;
	int _startPos;
	int _endPos;
	int _xOffset;
	int _selMode;
	int _scrollWidth;
	Position() : _firstVisibleLine(0), _startPos(0), _endPos(0), _xOffset(0), _scrollWidth(1), _selMode(0) {};
};

struct sessionFileInfo : public Position {
	sessionFileInfo(const TCHAR *fn) {
		if (fn) _fileName = fn;
	};
	sessionFileInfo(const TCHAR *fn, const TCHAR *ln, Position pos) : Position(pos) {
		if (fn) _fileName = fn;
		if (ln)	_langName = ln;
	};

	sessionFileInfo(generic_string fn) : _fileName(fn){};
	sessionFileInfo(generic_string fn, Position pos) : Position(pos), _fileName(fn){};
	
	generic_string _fileName;
	generic_string	_langName;
	vector<size_t> marks;
};

struct Session {
	size_t nbMainFiles() const {return _mainViewFiles.size();};
	size_t nbSubFiles() const {return _subViewFiles.size();};
	size_t _activeView;
	size_t _activeMainIndex;
	size_t _activeSubIndex;
	vector<sessionFileInfo> _mainViewFiles;
	vector<sessionFileInfo> _subViewFiles;
};

struct CmdLineParams {
	bool _isNoPlugin;
	bool _isReadOnly;
	bool _isNoSession;
	bool _isNoTab;

	int _line2go;
	LangType _langType;
	CmdLineParams() : _isNoPlugin(false), _isReadOnly(false), _isNoSession(false), _isNoTab(false), _line2go(-1), _langType(L_EXTERNAL){}
};

struct FloatingWindowInfo {
	int _cont;
	RECT _pos;
	FloatingWindowInfo(int cont, int x, int y, int w, int h) : _cont(cont) {
		_pos.left	= x;
		_pos.top	= y;
		_pos.right	= w;
		_pos.bottom = h;
	};
};

struct PlugingDlgDockingInfo {
	TCHAR _name[MAX_PATH];
	int _internalID;

	int _currContainer;
	int _prevContainer;
	bool _isVisible;

	PlugingDlgDockingInfo(const TCHAR *pluginName, int id, int curr, int prev, bool isVis) : _internalID(id), _currContainer(curr), _prevContainer(prev), _isVisible(isVis){
		lstrcpy(_name, pluginName);
	};

	friend inline const bool operator==(const PlugingDlgDockingInfo & a, const PlugingDlgDockingInfo & b) {
		if ((lstrcmp(a._name, b._name) == 0) && (a._internalID == b._internalID))
			return true;
		else
			return false;
	};
};

struct ContainerTabInfo {
	int _cont;
	int _activeTab;

	ContainerTabInfo(int cont, int activeTab) : _cont(cont), _activeTab(activeTab) {};
};

struct DockingManagerData {
	int _leftWidth;
	int _rightWidth;
	int _topHeight;
	int _bottomHight;

	DockingManagerData() : _leftWidth(200), _rightWidth(200), _topHeight(200), _bottomHight(200) {};

	vector<FloatingWindowInfo>		_flaotingWindowInfo;
	vector<PlugingDlgDockingInfo>	_pluginDockInfo;
	vector<ContainerTabInfo>		_containerTabInfo;

	RECT * getFloatingRCFrom(int floatCont) {
		for (size_t i = 0 ; i < _flaotingWindowInfo.size() ; i++)
		{
			if (_flaotingWindowInfo[i]._cont == floatCont)
				return &(_flaotingWindowInfo[i]._pos);
		}
		return NULL;
	}
};

static int strVal(const TCHAR *str, int base) {
	if (!str) return -1;
	if (!str[0]) return 0;

    TCHAR *finStr;
    int result = generic_strtol(str, &finStr, base);
    if (*finStr != '\0')
        return -1;
    return result;
};

static int decStrVal(const TCHAR *str) {
    return strVal(str, 10);
};

static int hexStrVal(const TCHAR *str) {
    return strVal(str, 16);
};


static int getKwClassFromName(const TCHAR *str) {
	if (!lstrcmp(TEXT("instre1"), str)) return LANG_INDEX_INSTR;
	if (!lstrcmp(TEXT("instre2"), str)) return LANG_INDEX_INSTR2;
	if (!lstrcmp(TEXT("type1"), str)) return LANG_INDEX_TYPE;
	if (!lstrcmp(TEXT("type2"), str)) return LANG_INDEX_TYPE2;
	if (!lstrcmp(TEXT("type3"), str)) return LANG_INDEX_TYPE3;
	if (!lstrcmp(TEXT("type4"), str)) return LANG_INDEX_TYPE4;
	if (!lstrcmp(TEXT("type5"), str)) return LANG_INDEX_TYPE5;
	
	if ((str[1] == '\0') && (str[0] >= '0') && (str[0] <= '8')) // up to KEYWORDSET_MAX
		return str[0] - '0';

	return -1;
};

const int FONTSTYLE_BOLD = 1;
const int FONTSTYLE_ITALIC = 2;
const int FONTSTYLE_UNDERLINE = 4;

const int COLORSTYLE_FOREGROUND = 0x01;
const int COLORSTYLE_BACKGROUND = 0x02;
const int COLORSTYLE_ALL = COLORSTYLE_FOREGROUND|COLORSTYLE_BACKGROUND;

struct Style
{
	int _styleID;
    const TCHAR *_styleDesc;

	COLORREF _fgColor;
	COLORREF _bgColor;
	int _colorStyle;
	const TCHAR *_fontName;
	int _fontStyle;
	int _fontSize;

	int _keywordClass;
	generic_string *_keywords;

	Style():_styleID(-1), _fgColor(COLORREF(-1)), _bgColor(COLORREF(-1)), _colorStyle(COLORSTYLE_ALL), _fontName(NULL), _fontStyle(-1), _fontSize(-1), _keywordClass(-1), _keywords(NULL){};

	~Style(){
		if (_keywords) 
			delete _keywords;
	};

	Style(const Style & style) 
	{
		_styleID = style._styleID;
		_styleDesc = style._styleDesc;
		_fgColor = style._fgColor;
		_bgColor = style._bgColor;
		_colorStyle = style._colorStyle;
		_fontName = style._fontName;
		_fontSize = style._fontSize;
		_fontStyle = style._fontStyle;
		_keywordClass = style._keywordClass;
		if (style._keywords)
			_keywords = new generic_string(*(style._keywords));
		else
			_keywords = NULL;
	};

	Style & operator=(const Style & style) {
		if (this != &style)
		{
			this->_styleID = style._styleID;
			this->_styleDesc = style._styleDesc;
			this->_fgColor = style._fgColor;
			this->_bgColor = style._bgColor;
			this->_colorStyle = style._colorStyle;
			this->_fontName = style._fontName;
			this->_fontSize = style._fontSize;
			this->_fontStyle = style._fontStyle;
			this->_keywordClass = style._keywordClass;

			if (!(this->_keywords) && style._keywords)
				this->_keywords = new generic_string(*(style._keywords));
			else if (this->_keywords && style._keywords)
				this->_keywords->assign(*(style._keywords));
			else if (this->_keywords && !(style._keywords))
			{
				delete (this->_keywords);
				this->_keywords = NULL;
			}
		}
		return *this;
	};

	void setKeywords(const TCHAR *str) {
		if (!_keywords)
			_keywords = new generic_string(str);
		else
			*_keywords = str;
	};
};

struct GlobalOverride
{
	bool isEnable() const {return (enableFg || enableBg || enableFont || enableFontSize || enableBold || enableItalic || enableUnderLine);};
	bool enableFg;
	bool enableBg;
	bool enableFont;
	bool enableFontSize;
	bool enableBold;
	bool enableItalic;
	bool enableUnderLine;
	GlobalOverride():enableFg(false), enableBg(false), enableFont(false), enableFontSize(false), enableBold(false), enableItalic(false), enableUnderLine(false) {};
};

const int MAX_STYLE = 30;

struct StyleArray
{
public:
    StyleArray() : _nbStyler(0){};

    StyleArray & operator=(const StyleArray & sa)
    {
        if (this != &sa)
        {
            this->_nbStyler = sa._nbStyler;
            for (int i = 0 ; i < _nbStyler ; i++)
            {
                this->_styleArray[i] = sa._styleArray[i];
            }
        }
        return *this;
    }

    int getNbStyler() const {return _nbStyler;};
	void setNbStyler(int nb) {_nbStyler = nb;};

    Style & getStyler(int index) {return _styleArray[index];};

    bool hasEnoughSpace() {return (_nbStyler < MAX_STYLE);};
    void addStyler(int styleID, TiXmlNode *styleNode);

	void addStyler(int styleID, TCHAR *styleName) {
		//ZeroMemory(&_styleArray[_nbStyler], sizeof(Style));;
		_styleArray[_nbStyler]._styleID = styleID;
		_styleArray[_nbStyler]._styleDesc = styleName;
		_styleArray[_nbStyler]._fgColor = black;
		_styleArray[_nbStyler]._bgColor = white;
		_nbStyler++;
	};

    int getStylerIndexByID(int id) {
        for (int i = 0 ; i < _nbStyler ; i++)
            if (_styleArray[i]._styleID == id)
                return i;
        return -1;
    };

    int getStylerIndexByName(const TCHAR *name) const {
		if (!name)
			return -1;
        for (int i = 0 ; i < _nbStyler ; i++)
			if (!lstrcmp(_styleArray[i]._styleDesc, name))
                return i;
        return -1;
    };

protected:
	Style _styleArray[MAX_STYLE];
	int _nbStyler;
};

struct LexerStyler : public StyleArray
{
public :
    LexerStyler():StyleArray(){};

    LexerStyler & operator=(const LexerStyler & ls)
    {
        if (this != &ls)
        {
            *((StyleArray *)this) = ls;
            lstrcpy(this->_lexerName, ls._lexerName);
			lstrcpy(this->_lexerDesc, ls._lexerDesc);
			lstrcpy(this->_lexerUserExt, ls._lexerUserExt);
        }
        return *this;
    }

    void setLexerName(const TCHAR *lexerName) {
        lstrcpy(_lexerName, lexerName);
    };
	
	void setLexerDesc(const TCHAR *lexerDesc) {
        lstrcpy(_lexerDesc, lexerDesc);
    };

	void setLexerUserExt(const TCHAR *lexerUserExt) {
        lstrcpy(_lexerUserExt, lexerUserExt);
    };

    const TCHAR * getLexerName() const {return _lexerName;};
	const TCHAR * getLexerDesc() const {return _lexerDesc;};
    const TCHAR * getLexerUserExt() const {return _lexerUserExt;};

private :
	TCHAR _lexerName[16];
	TCHAR _lexerDesc[32];
	TCHAR _lexerUserExt[256];
};

const int MAX_LEXER_STYLE = 80;

struct LexerStylerArray
{
public :
	LexerStylerArray() : _nbLexerStyler(0){};

    LexerStylerArray & operator=(const LexerStylerArray & lsa)
    {
        if (this != &lsa)
        {
            this->_nbLexerStyler = lsa._nbLexerStyler;
            for (int i = 0 ; i < this->_nbLexerStyler ; i++)
                this->_lexerStylerArray[i] = lsa._lexerStylerArray[i];
        }
        return *this;
    }

    int getNbLexer() const {return _nbLexerStyler;};

    LexerStyler & getLexerFromIndex(int index)
    {
        return _lexerStylerArray[index];
    };

    const TCHAR * getLexerNameFromIndex(int index) const {return _lexerStylerArray[index].getLexerName();}
	const TCHAR * getLexerDescFromIndex(int index) const {return _lexerStylerArray[index].getLexerDesc();}

    LexerStyler * getLexerStylerByName(const TCHAR *lexerName) {
		if (!lexerName) return NULL;
        for (int i = 0 ; i < _nbLexerStyler ; i++)
        {
            if (!lstrcmp(_lexerStylerArray[i].getLexerName(), lexerName))
                return &(_lexerStylerArray[i]);
        }
        return NULL;
    };
    bool hasEnoughSpace() {return (_nbLexerStyler < MAX_LEXER_STYLE);};
    void addLexerStyler(const TCHAR *lexerName, const TCHAR *lexerDesc, const TCHAR *lexerUserExt, TiXmlNode *lexerNode);

private :
	LexerStyler _lexerStylerArray[MAX_LEXER_STYLE];
	int _nbLexerStyler;
};

struct NewDocDefaultSettings 
{
	formatType _format;
	UniMode _encoding;
	bool _openAnsiAsUtf8;
	LangType _lang;
	NewDocDefaultSettings():_format(WIN_FORMAT), _encoding(uni8Bit), _openAnsiAsUtf8(false), _lang(L_TXT){};
};

struct LangMenuItem {
	LangType _langType;
	int	_cmdID;
	generic_string _langName;

	LangMenuItem(LangType lt, int cmdID = 0, generic_string langName = TEXT("")):
	_langType(lt), _cmdID(cmdID), _langName(langName){};
};

struct PrintSettings {
	bool _printLineNumber;
	int _printOption;
	
	generic_string _headerLeft;
	generic_string _headerMiddle;
	generic_string _headerRight;
	generic_string _headerFontName;
	int _headerFontStyle;
	int _headerFontSize;
	
	generic_string _footerLeft;
	generic_string _footerMiddle;
	generic_string _footerRight;
	generic_string _footerFontName;
	int _footerFontStyle;
	int _footerFontSize;

	RECT _marge;

	PrintSettings() : _printLineNumber(true), _printOption(SC_PRINT_NORMAL), _headerLeft(TEXT("")), _headerMiddle(TEXT("")), _headerRight(TEXT("")),\
		_headerFontName(TEXT("")), _headerFontStyle(0), _headerFontSize(0),  _footerLeft(TEXT("")), _footerMiddle(TEXT("")), _footerRight(TEXT("")),\
		_footerFontName(TEXT("")), _footerFontStyle(0), _footerFontSize(0) {
			_marge.left = 0; _marge.top = 0; _marge.right = 0; _marge.bottom = 0;
		};

	bool isHeaderPresent() const {
		return ((_headerLeft != TEXT("")) || (_headerMiddle != TEXT("")) || (_headerRight != TEXT("")));
	};

	bool isFooterPresent() const {
		return ((_footerLeft != TEXT("")) || (_footerMiddle != TEXT("")) || (_footerRight != TEXT("")));
	};

	bool isUserMargePresent() const {
		return ((_marge.left != 0) || (_marge.top != 0) || (_marge.right != 0) || (_marge.bottom != 0));
	};
};

struct NppGUI
{
	NppGUI() : _toolBarStatus(TB_LARGE), _toolbarShow(true), _statusBarShow(true), _menuBarShow(true),\
		       _tabStatus(TAB_DRAWTOPBAR | TAB_DRAWINACTIVETAB | TAB_DRAGNDROP), _splitterPos(POS_HORIZOTAL),\
	           _userDefineDlgStatus(UDD_DOCKED), _tabSize(8), _tabReplacedBySpace(false), _fileAutoDetection(cdEnabled), _fileAutoDetectionOriginalValue(_fileAutoDetection),\
			   _checkHistoryFiles(true) ,_enableSmartHilite(true), _enableTagsMatchHilite(true), _enableTagAttrsHilite(true), _enableHiliteNonHTMLZone(false),\
			   _isMaximized(false), _isMinimizedToTray(false), _rememberLastSession(true), _backup(bak_none), _useDir(false),\
			   _doTaskList(true), _maitainIndent(true), _openSaveDir(dir_followCurrent), _styleMRU(true), _styleURL(0),\
			   _autocStatus(autoc_none), _autocFromLen(1), _funcParams(false), _definedSessionExt(TEXT("")), _neverUpdate(false),\
			   _doesExistUpdater(false), _caretBlinkRate(250), _caretWidth(1), _shortTitlebar(false) {
		_appPos.left = 0;
		_appPos.top = 0;
		_appPos.right = 700;
		_appPos.bottom = 500;

		_backupDir[0] = '\0';
		_defaultDir[0] = 0;
		_defaultDirExp[0] = 0;
	};
	toolBarStatusType _toolBarStatus;		// small, large ou standard
	bool _toolbarShow;
	bool _statusBarShow;		// show ou hide
	bool _menuBarShow;

	// 1st bit : draw top bar; 
	// 2nd bit : draw inactive tabs
	// 3rd bit : enable drag & drop
	// 4th bit : reduce the height
	// 5th bit : enable vertical
	// 6th bit : enable multiline

	// 0:don't draw; 1:draw top bar 2:draw inactive tabs 3:draw both 7:draw both+drag&drop
	int _tabStatus;

	bool _splitterPos;			// horizontal ou vertical
	int _userDefineDlgStatus;	// (hide||show) && (docked||undocked)

	int _tabSize;
	bool _tabReplacedBySpace;

	ChangeDetect _fileAutoDetection;
	ChangeDetect _fileAutoDetectionOriginalValue;
	bool _checkHistoryFiles;

	RECT _appPos;

	bool _isMaximized;
	bool _isMinimizedToTray;
	bool _rememberLastSession;
	bool _doTaskList;
	bool _maitainIndent;
	bool _enableSmartHilite;
	bool _enableTagsMatchHilite;
	bool _enableTagAttrsHilite;
	bool _enableHiliteNonHTMLZone;
	bool _styleMRU;

	// 0 : do nothing
	// 1 : don't draw underline
	// 2 : draw underline
	int _styleURL;

	NewDocDefaultSettings _newDocDefaultSettings;
	void setTabReplacedBySpace(bool b) {_tabReplacedBySpace = b;};
	const NewDocDefaultSettings & getNewDocDefaultSettings() const {return _newDocDefaultSettings;};
	vector<LangMenuItem> _excludedLangList;
	PrintSettings _printSettings;
	BackupFeature _backup;
	bool _useDir;
	TCHAR _backupDir[MAX_PATH];
	DockingManagerData _dockingData;
	GlobalOverride _globalOverride;
	enum AutocStatus{autoc_none, autoc_func, autoc_word};
	AutocStatus _autocStatus;
	size_t  _autocFromLen;
	bool _funcParams;

	generic_string _definedSessionExt;
	bool _neverUpdate;
	bool _doesExistUpdater;
	int _caretBlinkRate;
	int _caretWidth;

	bool _shortTitlebar;

	OpenSaveDirSetting _openSaveDir;
	TCHAR _defaultDir[MAX_PATH];
	TCHAR _defaultDirExp[MAX_PATH];	//expanded environment variables
};

struct ScintillaViewParams
{
	ScintillaViewParams() : _lineNumberMarginShow(true), _bookMarkMarginShow(true), _docChangeStateMarginShow(true),\
		                    _folderStyle(FOLDER_STYLE_BOX), _indentGuideLineShow(true),\
	                        _currentLineHilitingShow(true), _wrapSymbolShow(false),  _doWrap(false),\
					_zoom(0), _whiteSpaceShow(false), _eolShow(false){};
	bool _lineNumberMarginShow;
	bool _bookMarkMarginShow;
	bool _docChangeStateMarginShow;
	folderStyle  _folderStyle; //"simple", TEXT("arrow"), TEXT("circle") and "box"
	bool _indentGuideLineShow;
	bool _currentLineHilitingShow;
	bool _wrapSymbolShow;
	bool _doWrap;
	int _edgeMode;
	int _edgeNbColumn;
	int _zoom;
	bool _whiteSpaceShow;
	bool _eolShow;
        
};

const int NB_LIST = 20;
const int NB_MAX_LRF_FILE = 30;
const int NB_MAX_USER_LANG = 30;
const int NB_MAX_EXTERNAL_LANG = 30;
const int LANG_NAME_LEN = 32;

const int NB_MAX_FINDHISTORY_FIND    = 30;
const int NB_MAX_FINDHISTORY_REPLACE = 30;
const int NB_MAX_FINDHISTORY_PATH    = 30;
const int NB_MAX_FINDHISTORY_FILTER  = 20;

struct Lang
{
	LangType _langID;
	TCHAR _langName[LANG_NAME_LEN];
	const TCHAR *_defaultExtList;
	const TCHAR *_langKeyWordList[NB_LIST];
	const TCHAR *_pCommentLineSymbol;
	const TCHAR *_pCommentStart;
	const TCHAR *_pCommentEnd;

	Lang() {for (int i = 0 ; i < NB_LIST ; _langKeyWordList[i] = NULL ,i++);};
	Lang(LangType langID, const TCHAR *name) : _langID(langID){
		_langName[0] = '\0';
		if (name)
			lstrcpy(_langName, name);
		for (int i = 0 ; i < NB_LIST ; _langKeyWordList[i] = NULL ,i++);
	};
	~Lang() {};
	void setDefaultExtList(const TCHAR *extLst){
		_defaultExtList = extLst;
	};
	
	void setCommentLineSymbol(const TCHAR *commentLine){
		_pCommentLineSymbol = commentLine;
	};
	
	void setCommentStart(const TCHAR *commentStart){
		_pCommentStart = commentStart;
	};

	void setCommentEnd(const TCHAR *commentEnd){
		_pCommentEnd = commentEnd;
	};

	const TCHAR * getDefaultExtList() const {
		return _defaultExtList;
	};
	
	void setWords(const TCHAR *words, int index) {
		_langKeyWordList[index] = words;
	};

	const TCHAR * getWords(int index) const {
		return _langKeyWordList[index];
	};

	LangType getLangID() const {return _langID;};
	const TCHAR * getLangName() const {return _langName;};
};

class UserLangContainer
{
friend class Notepad_plus;
friend class ScintillaEditView;
friend class NppParameters;

friend class SharedParametersDialog;
friend class FolderStyleDialog;
friend class KeyWordsStyleDialog;
friend class CommentStyleDialog;
friend class SymbolsStyleDialog;
friend class UserDefineDialog;

public :
	UserLangContainer(){
		_name = TEXT("new user define");
		_ext = TEXT("");

		// Keywords list of Delimiters (index 0)
		lstrcpy(_keywordLists[0], TEXT("000000"));
		for (int i = 1 ; i < nbKeywodList ; i++)
			*_keywordLists[i] = '\0';
	};
	UserLangContainer(const TCHAR *name, const TCHAR *ext) : _name(name), _ext(ext) {
		// Keywords list of Delimiters (index 0)
		lstrcpy(_keywordLists[0], TEXT("000000"));
		for (int j = 1 ; j < nbKeywodList ; j++)
			*_keywordLists[j] = '\0';
	};

	UserLangContainer & operator=(const UserLangContainer & ulc) {
		if (this != &ulc)
        {
			this->_name = ulc._name;
			this->_ext = ulc._ext;
			this->_isCaseIgnored = ulc._isCaseIgnored;
			this->_styleArray = ulc._styleArray;
			int nbStyler = this->_styleArray.getNbStyler();
			for (int i = 0 ; i < nbStyler ; i++)
			{
				Style & st = this->_styleArray.getStyler(i);
				if (st._bgColor == COLORREF(-1))
					st._bgColor = white;
				if (st._fgColor == COLORREF(-1))
					st._fgColor = black;
			}
			for (int i = 0 ; i < nbKeywodList ; i++)
				lstrcpy(this->_keywordLists[i], ulc._keywordLists[i]);
		}
		return *this;
	};

	int getNbKeywordList() {return nbKeywodList;};
	const TCHAR * getName() {return _name.c_str();};
	const TCHAR * getExtention() {return _ext.c_str();};

private:
	generic_string _name;
	generic_string _ext;

	StyleArray _styleArray;
	TCHAR _keywordLists[nbKeywodList][max_char];

	bool _isCaseIgnored;
	bool _isCommentLineSymbol;
	bool _isCommentSymbol;
	bool _isPrefix[nbPrefixListAllowed];
};

#define MAX_EXTERNAL_LEXER_NAME_LEN 16
#define MAX_EXTERNAL_LEXER_DESC_LEN 32

class ExternalLangContainer
{
public:
	TCHAR _name[MAX_EXTERNAL_LEXER_NAME_LEN];
	TCHAR _desc[MAX_EXTERNAL_LEXER_DESC_LEN];

	ExternalLangContainer(const TCHAR *name, const TCHAR *desc) {
		generic_strncpy(_name, name, MAX_EXTERNAL_LEXER_NAME_LEN);
		generic_strncpy(_desc, desc, MAX_EXTERNAL_LEXER_DESC_LEN);
	};
};

struct FindHistory {
	enum searchMode{normal, extended, regExpr};
	enum transparencyMode{none, onLossingFocus, persistant};

	FindHistory() : _nbMaxFindHistoryPath(10), _nbMaxFindHistoryFilter(10), _nbMaxFindHistoryFind(10), _nbMaxFindHistoryReplace(10),\
					_nbFindHistoryPath(0), _nbFindHistoryFilter(0),_nbFindHistoryFind(0), _nbFindHistoryReplace(0),\
					_isMatchWord(false), _isMatchCase(false),_isWrap(true),_isDirectionDown(true),\
					_isFifRecuisive(true), _isFifInHiddenFolder(false), _isDlgAlwaysVisible(false),\
					_searchMode(normal), _transparencyMode(onLossingFocus), _transparency(150)
					
	{};
	int _nbMaxFindHistoryPath;
	int _nbMaxFindHistoryFilter;
	int _nbMaxFindHistoryFind;
	int _nbMaxFindHistoryReplace;

	int _nbFindHistoryPath;
	int _nbFindHistoryFilter;
	int _nbFindHistoryFind;
	int _nbFindHistoryReplace;

	generic_string *_pFindHistoryPath[NB_MAX_FINDHISTORY_PATH];
	generic_string *_pFindHistoryFilter[NB_MAX_FINDHISTORY_FILTER];
	generic_string *_pFindHistoryFind[NB_MAX_FINDHISTORY_FIND];
	generic_string *_pFindHistoryReplace[NB_MAX_FINDHISTORY_REPLACE];

	bool _isMatchWord;
	bool _isMatchCase;
	bool _isWrap;
	bool _isDirectionDown;

	bool _isFifRecuisive;
	bool _isFifInHiddenFolder;
	
	searchMode _searchMode;
	transparencyMode _transparencyMode;
	int _transparency;

	bool _isDlgAlwaysVisible;

};


#ifdef UNICODE

class LocalizationSwicher {
public :
	LocalizationSwicher();

	struct LocalizationDefinition {
		wchar_t *_langName;
		wchar_t *_xmlFileName;
	};

	bool addLanguageFromXml(wstring xmlFullPath);
	wstring getLangFromXmlFileName(wchar_t *fn) const;

	wstring getXmlFilePathFromLangName(wchar_t *langName) const;
	bool switchToLang(wchar_t *lang2switch) const;

	size_t size() const {
		return _localizationList.size();
	};

	pair<wstring, wstring> getElementFromIndex(size_t index) {
		if (index >= _localizationList.size())
			return pair<wstring, wstring>(TEXT(""), TEXT(""));
		return _localizationList[index];
	};

private :
	vector< pair< wstring, wstring > > _localizationList;
	wstring _nativeLangPath;
};
#endif

const int NB_LANG = 80;

const bool DUP = true;
const bool FREE = false;

class NppParameters 
{
public:
    static NppParameters * getInstance() {return _pSelf;};
	static LangType getLangIDFromStr(const TCHAR *langName);
	bool load();
	bool reloadLang();
    void destroyInstance();

	bool _isTaskListRBUTTONUP_Active;
	int L_END;

	const NppGUI & getNppGUI() const {
        return _nppGUI;
    };

    const TCHAR * getWordList(LangType langID, int typeIndex) const {
    	Lang *pLang = getLangFromID(langID);
	    if (!pLang) return NULL;

        return pLang->getWords(typeIndex);
    };

	Lang * getLangFromID(LangType langID) const {
		for (int i = 0 ; i < _nbLang ; i++)
		{
			if ((_langList[i]->_langID == langID) || (!_langList[i]))
				return _langList[i];
		}
		return NULL;
	};

	Lang * getLangFromIndex(int i) const {
		if (i >= _nbLang) return NULL;
		return _langList[i];
	};

	int getNbLang() const {return _nbLang;};

	const TCHAR * getLangExtFromName(const TCHAR *langName) const {
		for (int i = 0 ; i < _nbLang ; i++)
		{
			if (!lstrcmp(_langList[i]->_langName, langName))
				return _langList[i]->_defaultExtList;
		}
		return NULL;
	};

	const TCHAR * getLangExtFromLangType(LangType langType) const {
		for (int i = 0 ; i < _nbLang ; i++)
		{
			if (_langList[i]->_langID == langType)
				return _langList[i]->_defaultExtList;
		}
		return NULL;
	};

	int getNbLRFile() const {return _nbFile;};

	generic_string *getLRFile(int index) const {
		return _LRFileList[index];
	};

	void setNbMaxFile(int nb) {
		_nbMaxFile = nb;
	};

	int getNbMaxFile() const {return _nbMaxFile;};

    const ScintillaViewParams & getSVP(bool whichOne) const {
        return _svp[whichOne];
    };

	bool writeNbHistoryFile(int nb) {
		if (!_pXmlUserDoc) return false;
		
		TiXmlNode *nppRoot = _pXmlUserDoc->FirstChild(TEXT("NotepadPlus"));
		if (!nppRoot) return false;
		
		TiXmlNode *historyNode = nppRoot->FirstChildElement(TEXT("History"));
		if (!historyNode) return false;
			
		(historyNode->ToElement())->SetAttribute(TEXT("nbMaxFile"), nb);
		return true;
	};

	bool writeHistory(const TCHAR *fullpath);

	TiXmlNode * getChildElementByAttribut(TiXmlNode *pere, const TCHAR *childName,\
										  const TCHAR *attributName, const TCHAR *attributVal) const;

	bool writeScintillaParams(const ScintillaViewParams & svp, bool whichOne);

	bool writeGUIParams();

	void writeStyles(LexerStylerArray & lexersStylers, StyleArray & globalStylers);

    LexerStylerArray & getLStylerArray() {return _lexerStylerArray;};
    StyleArray & getGlobalStylers() {return _widgetStyleArray;};

    StyleArray & getMiscStylerArray() {return _widgetStyleArray;};
	GlobalOverride & getGlobalOverrideStyle() {return _nppGUI._globalOverride;};

    COLORREF getCurLineHilitingColour() {
		int i = _widgetStyleArray.getStylerIndexByName(TEXT("Current line background colour"));
        if (i == -1) return i;
        Style & style = _widgetStyleArray.getStyler(i);
        return style._bgColor;
    };
    void setCurLineHilitingColour(COLORREF colour2Set) {
        int i = _widgetStyleArray.getStylerIndexByName(TEXT("Current line background colour"));
        if (i == -1) return;
        Style & style = _widgetStyleArray.getStyler(i);
        style._bgColor = colour2Set;
    };

	void setFontList(HWND hWnd);
	const vector<generic_string> & getFontList() const {return _fontlist;};
	
	int getNbUserLang() const {return _nbUserLang;};
	UserLangContainer & getULCFromIndex(int i) {return *_userLangArray[i];};
	UserLangContainer * getULCFromName(const TCHAR *userLangName) {
		for (int i = 0 ; i < _nbUserLang ; i++)
			if (!lstrcmp(userLangName, _userLangArray[i]->_name.c_str()))
				return _userLangArray[i];
		//qui doit etre jamais passer
		return NULL;
	};
	
	int getNbExternalLang() const {return _nbExternalLang;};
	int getExternalLangIndexFromName(const TCHAR *externalLangName) const {
		for (int i = 0 ; i < _nbExternalLang ; i++)
		{
			if (!lstrcmp(externalLangName, _externalLangArray[i]->_name))
				return i;
		}
		return -1;
	};
	ExternalLangContainer & getELCFromIndex(int i) {return *_externalLangArray[i];};

	bool ExternalLangHasRoom() const {return _nbExternalLang < NB_MAX_EXTERNAL_LANG;};

	void getExternalLexerFromXmlTree(TiXmlDocument *doc);
	vector<TiXmlDocument *> * getExternalLexerDoc() { return &_pXmlExternalLexerDoc;};

	void writeUserDefinedLang();
	void writeShortcuts();
	void writeSession(const Session & session, const TCHAR *fileName = NULL);
	bool writeFindHistory();


	bool isExistingUserLangName(const TCHAR *newName) const {
		if ((!newName) || (!newName[0]))
			return true;

		for (int i = 0 ; i < _nbUserLang ; i++)
		{
			if (!lstrcmp(_userLangArray[i]->_name.c_str(), newName))
				return true;
		}
		return false;
	};

	const TCHAR * getUserDefinedLangNameFromExt(TCHAR *ext) {
		if ((!ext) || (!ext[0]))
			return NULL;

		for (int i = 0 ; i < _nbUserLang ; i++)
		{
			vector<generic_string> extVect;
			cutString(_userLangArray[i]->_ext.c_str(), extVect);
			for (size_t j = 0 ; j < extVect.size() ; j++)
				if (!generic_stricmp(extVect[j].c_str(), ext))
					return _userLangArray[i]->_name.c_str();
		}
		return NULL;
	};

	int addUserLangToEnd(const UserLangContainer & userLang, const TCHAR *newName);
	void removeUserLang(int index);
	
	bool isExistingExternalLangName(const TCHAR *newName) const {
		if ((!newName) || (!newName[0]))
			return true;

		for (int i = 0 ; i < _nbExternalLang ; i++)
		{
			if (!lstrcmp(_externalLangArray[i]->_name, newName))
				return true;
		}
		return false;
	};

	int addExternalLangToEnd(ExternalLangContainer * externalLang);

	//TiXmlDocument * getNativeLang() const {return _pXmlNativeLangDoc;};

	TiXmlDocumentA * getNativeLangA() const {return _pXmlNativeLangDocA;};

	TiXmlDocument * getToolIcons() const {return _pXmlToolIconsDoc;};

	bool isTransparentAvailable() const {
		return (_transparentFuncAddr != NULL);
	};

	void SetTransparent(HWND hwnd, int percent) {
		if (!_transparentFuncAddr) return;
		::SetWindowLongPtr(hwnd, GWL_EXSTYLE, ::GetWindowLongPtr(hwnd, GWL_EXSTYLE) | 0x00080000);
		_transparentFuncAddr(hwnd, 0, percent, 0x00000002); 
	};

	void removeTransparent(HWND hwnd) {
		::SetWindowLongPtr(hwnd, GWL_EXSTYLE,  ::GetWindowLongPtr(hwnd, GWL_EXSTYLE) & ~0x00080000);
	};

	void setCmdlineParam(const CmdLineParams & cmdLineParams) {
		_cmdLineParams = cmdLineParams;
	};
	CmdLineParams & getCmdLineParams() {return _cmdLineParams;};

	void setFileSaveDlgFilterIndex(int ln) {_fileSaveDlgFilterIndex = ln;};
	int getFileSaveDlgFilterIndex() const {return _fileSaveDlgFilterIndex;};

	bool isRemappingShortcut() const {return _shortcuts.size() != 0;};

	vector<CommandShortcut> & getUserShortcuts() {return _shortcuts;};
	vector<int> & getUserModifiedShortcuts() {return _customizedShortcuts;};
	void addUserModifiedIndex(int index);

	vector<MacroShortcut> & getMacroList() {return _macros;};
	vector<UserCommand> & getUserCommandList() {return _userCommands;};
	vector<PluginCmdShortcut> & getPluginCommandList() {return _pluginCommands;};
	vector<int> & getPluginModifiedKeyIndices() {return _pluginCustomizedCmds;};
	void addPluginModifiedIndex(int index);

	vector<ScintillaKeyMap> & getScintillaKeyList() {return _scintillaKeyCommands;};
	vector<int> & getScintillaModifiedKeyIndices() {return _scintillaModifiedKeyIndices;};
	void addScintillaModifiedIndex(int index);

	vector<MenuItemUnit> & getContextMenuItems() {return _contextMenuItems;};
	const Session & getSession() const {return _session;};
	bool hasCustomContextMenu() const {return !_contextMenuItems.empty();};

	void setAccelerator(Accelerator *pAccel) {_pAccelerator = pAccel;};
	Accelerator * getAccelerator() {return _pAccelerator;};
	void setScintillaAccelerator(ScintillaAccelerator *pScintAccel) {_pScintAccelerator = pScintAccel;};
	ScintillaAccelerator * getScintillaAccelerator() {return _pScintAccelerator;}; 

	const TCHAR * getNppPath() const {return _nppPath;};
	const TCHAR * getAppDataNppDir() const {return _appdataNppDir;};
	const TCHAR * getWorkingDir() const {return _currentDirectory;};
	void setWorkingDir(const TCHAR * newPath);

	bool loadSession(Session & session, const TCHAR *sessionFileName);
	int langTypeToCommandID(LangType lt) const;
	WNDPROC getEnableThemeDlgTexture() const {return _enableThemeDialogTextureFuncAddr;};
		
	struct FindDlgTabTitiles {
		generic_string _find;
		generic_string _replace;
		generic_string _findInFiles;
		FindDlgTabTitiles() : _find(TEXT("")), _replace(TEXT("")), _findInFiles(TEXT("")) {};
		bool isWellFilled() {
			return (lstrcmp(_find.c_str(), TEXT("")) != 0 && lstrcmp(_replace.c_str(), TEXT("")) && lstrcmp(_findInFiles.c_str(), TEXT("")));
		};
	};

	FindDlgTabTitiles & getFindDlgTabTitiles() { return _findDlgTabTitiles;};

	const char * getNativeLangMenuStringA(int itemID) {
		if (!_pXmlNativeLangDocA)
			return NULL;

		TiXmlNodeA * node =  _pXmlNativeLangDocA->FirstChild("NotepadPlus");
		if (!node) return NULL;

		node = node->FirstChild("Native-Langue");
		if (!node) return NULL;

		node = node->FirstChild("Menu");
		if (!node) return NULL;

		node = node->FirstChild("Main");
		if (!node) return NULL;

		node = node->FirstChild("Commands");
		if (!node) return NULL;

		for (TiXmlNodeA *childNode = node->FirstChildElement("Item");
			childNode ;
			childNode = childNode->NextSibling("Item") )
		{
			TiXmlElementA *element = childNode->ToElement();
			int id;
			if (element->Attribute("id", &id) && (id == itemID))
			{
				return element->Attribute("name");
			}
		}
		return NULL;
	};

	bool asNotepadStyle() const {return _asNotepadStyle;};

	bool reloadPluginCmds() {
		return getPluginCmdsFromXmlTree();
	}

	bool getContextMenuFromXmlTree(HMENU mainMenuHadle);
	bool reloadContextMenuFromXmlTree(HMENU mainMenuHadle);
	winVer getWinVersion() { return _winVersion;};
	FindHistory & getFindHistory() {return _findHistory;};

#ifdef UNICODE
	LocalizationSwicher & getLocalizationSwitcher() {
		return _localizationSwitcher;
	};

#endif

private:
    NppParameters();
	~NppParameters();

    static NppParameters *_pSelf;

	TiXmlDocument *_pXmlDoc, *_pXmlUserDoc, *_pXmlUserStylerDoc, *_pXmlUserLangDoc,\
		*_pXmlToolIconsDoc, *_pXmlShortcutDoc, *_pXmlContextMenuDoc, *_pXmlSessionDoc;
	
	TiXmlDocumentA *_pXmlNativeLangDocA;
	//TiXmlDocumentA *_pXmlEnglishDocA;

	vector<TiXmlDocument *> _pXmlExternalLexerDoc;

	NppGUI _nppGUI;
	ScintillaViewParams _svp[2];
	Lang *_langList[NB_LANG];
	int _nbLang;

	generic_string *_LRFileList[NB_MAX_LRF_FILE];
	int _nbFile;
	int _nbMaxFile;

	FindHistory _findHistory;

	UserLangContainer *_userLangArray[NB_MAX_USER_LANG];
	int _nbUserLang;
	TCHAR _userDefineLangPath[MAX_PATH];
	ExternalLangContainer *_externalLangArray[NB_MAX_EXTERNAL_LANG];
	int _nbExternalLang;

	CmdLineParams _cmdLineParams;

	int _fileSaveDlgFilterIndex;

    // All Styles (colours & fonts)
	LexerStylerArray _lexerStylerArray;
    StyleArray _widgetStyleArray;

	vector<generic_string> _fontlist;

	HMODULE _hUser32;
	HMODULE _hUXTheme;

	WNDPROC _transparentFuncAddr;
	WNDPROC _enableThemeDialogTextureFuncAddr;


	vector<CommandShortcut> _shortcuts;			//main menu shortuts. Static size
	vector<int> _customizedShortcuts;			//altered main menu shortcuts. Indices static. Needed when saving alterations
	vector<MacroShortcut> _macros;				//macro shortcuts, dynamic size, defined on loading macros and adding/deleting them
	vector<UserCommand> _userCommands;			//run shortcuts, dynamic size, defined on loading run commands and adding/deleting them
	vector<PluginCmdShortcut> _pluginCommands;	//plugin commands, dynamic size, defined on loading plugins
	vector<int> _pluginCustomizedCmds;			//plugincommands that have been altered. Indices determined after loading ALL plugins. Needed when saving alterations

	vector<ScintillaKeyMap> _scintillaKeyCommands;	//scintilla keycommands. Static size
	vector<int> _scintillaModifiedKeyIndices;		//modified scintilla keys. Indices static, determined by searching for commandId. Needed when saving alterations
#ifdef UNICODE
	LocalizationSwicher _localizationSwitcher;

#endif
	//vector<generic_string> _noMenuCmdNames;
	vector<MenuItemUnit> _contextMenuItems;
	Session _session;

	TCHAR _shortcutsPath[MAX_PATH];
	TCHAR _contextMenuPath[MAX_PATH];
	TCHAR _sessionPath[MAX_PATH];
	TCHAR _nppPath[MAX_PATH];
	TCHAR _appdataNppDir[MAX_PATH]; // sentinel of the absence of "doLocalConf.xml" : (_appdataNppDir == TEXT(""))?"doLocalConf.xml present":"doLocalConf.xml absent"
	TCHAR _currentDirectory[MAX_PATH];

	Accelerator *_pAccelerator;
	ScintillaAccelerator * _pScintAccelerator;

	FindDlgTabTitiles _findDlgTabTitiles;
	bool _asNotepadStyle;

	winVer _winVersion;

	static int CALLBACK EnumFontFamExProc(ENUMLOGFONTEX *lpelfe, NEWTEXTMETRICEX *lpntme, int FontType, LPARAM lParam) {
		vector<generic_string> *pStrVect = (vector<generic_string> *)lParam;
        size_t vectSize = pStrVect->size();

		//Search through all the fonts, EnumFontFamiliesEx never states anything about order
		//Start at the end though, that's the most likely place to find a duplicate
		for(int i = vectSize - 1 ; i >= 0 ; i--) {
			if ( !lstrcmp((*pStrVect)[i].c_str(), (const TCHAR *)lpelfe->elfLogFont.lfFaceName) )
				return 1;	//we already have seen this typeface, ignore it
		}
		//We can add the font
		//Add the face name and not the full name, we do not care about any styles
		pStrVect->push_back((TCHAR *)lpelfe->elfLogFont.lfFaceName);
		return 1; // I want to get all fonts
	};

	void getLangKeywordsFromXmlTree();
	bool getUserParametersFromXmlTree();
	bool getUserStylersFromXmlTree();
	bool getUserDefineLangsFromXmlTree();
	bool getShortcutsFromXmlTree();

	bool getMacrosFromXmlTree();
	bool getUserCmdsFromXmlTree();
	bool getPluginCmdsFromXmlTree();
	bool getScintKeysFromXmlTree();
	bool getSessionFromXmlTree(TiXmlDocument *pSessionDoc = NULL, Session *session = NULL);

	void feedGUIParameters(TiXmlNode *node);
	void feedKeyWordsParameters(TiXmlNode *node);
	void feedFileListParameters(TiXmlNode *node);
    void feedScintillaParam(bool whichOne, TiXmlNode *node);
	void feedDockingManager(TiXmlNode *node);
	void feedFindHistoryParameters(TiXmlNode *node);
    
	bool feedStylerArray(TiXmlNode *node);
    void getAllWordStyles(TCHAR *lexerName, TiXmlNode *lexerNode);

	void feedUserLang(TiXmlNode *node);
	int getIndexFromKeywordListName(const TCHAR *name);
	void feedUserStyles(TiXmlNode *node);
	void feedUserKeywordList(TiXmlNode *node);
	void feedUserSettings(TiXmlNode *node);

	void feedShortcut(TiXmlNode *node);
	void feedMacros(TiXmlNode *node);
	void feedUserCmds(TiXmlNode *node);
	void feedPluginCustomizedCmds(TiXmlNode *node);
	void feedScintKeys(TiXmlNode *node);

	void getActions(TiXmlNode *node, Macro & macro);
	bool getShortcuts(TiXmlNode *node, Shortcut & sc);
	
    void writeStyle2Element(Style & style2Wite, Style & style2Sync, TiXmlElement *element);
	void insertUserLang2Tree(TiXmlNode *node, UserLangContainer *userLang);
	void insertCmd(TiXmlNode *cmdRoot, const CommandShortcut & cmd);
	void insertMacro(TiXmlNode *macrosRoot, const MacroShortcut & macro);
	void insertUserCmd(TiXmlNode *userCmdRoot, const UserCommand & userCmd);
	void insertScintKey(TiXmlNode *scintKeyRoot, const ScintillaKeyMap & scintKeyMap);
	void insertPluginCmd(TiXmlNode *pluginCmdRoot, const PluginCmdShortcut & pluginCmd);
	void stylerStrOp(bool op);
	TiXmlElement * insertGUIConfigBoolNode(TiXmlNode *r2w, const TCHAR *name, bool bVal);
	void insertDockingParamNode(TiXmlNode *GUIRoot);
	void writeExcludedLangList(TiXmlElement *element);
	void writePrintSetting(TiXmlElement *element);
	void initMenuKeys();		//initialise menu keys and scintilla keys. Other keys are initialized on their own
	void initScintillaKeys();	//these functions have to be called first before any modifications are loaded
};

#endif //PARAMETERS_H
