//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// setting.cpp


#include "misc.h"

#include "dlgsetting.h"
#include "errormessage.h"
#include "nodoka.h"
#include "nodokarc.h"
#include "registry.h"
#include "setting.h"
#include "windowstool.h"
#include "vkeytable.h"
#include "array.h"
#include "rawinput.h"

#include <algorithm>
#include <fstream>
#include <iomanip>
#include <sys/stat.h>

#define DBG_PRINT_LENGTH 1440

inline void DBG_PRINT( const _TCHAR * fmt, ... )
{
  _TCHAR buf[DBG_PRINT_LENGTH];
  va_list ap;
  va_start(ap, fmt);
  _vsntprintf_s(buf, DBG_PRINT_LENGTH, _TRUNCATE, fmt, ap);
  va_end(ap);
  OutputDebugString(buf);
}


typedef UINT (CALLBACK *FUNCTYPE1)(PRAWINPUTDEVICELIST, PUINT, UINT);
static FUNCTYPE1 myGetRawInputDeviceList = (FUNCTYPE1)GetProcAddress(GetModuleHandle(L"user32.dll"), "GetRawInputDeviceList");

typedef UINT (CALLBACK *FUNCTYPE2)(HANDLE, UINT, LPVOID, PUINT);
static FUNCTYPE2 myGetRawInputDeviceInfo = (FUNCTYPE2)GetProcAddress(GetModuleHandle(L"user32.dll"), "GetRawInputDeviceInfoW");

typedef BOOL (CALLBACK *FUNCTYPE3)(PRAWINPUTDEVICE, UINT, UINT);
static FUNCTYPE3 myRegisterRawInputDevices = (FUNCTYPE3)GetProcAddress(GetModuleHandle(L"user32.dll"), "RegisterRawInputDevices");

namespace Event
	{
	Key prefixed(_T("prefixed"));
	Key before_key_down(_T("before-key-down"));
	Key after_key_up(_T("after-key-up"));
	Key *events[] =
		{
		&prefixed,
		&before_key_down,
		&after_key_up,
		NULL,
		};
	}


// get nodoka filename
static bool getFilenameFromRegistry(
																		tstringi *o_name, tstringi *o_filename, Setting::Symbols *o_symbols)
	{
	Registry reg(NODOKA_REGISTRY_ROOT);
	int index;
	reg.read(_T(".nodokaIndex"), &index, 0);
	_TCHAR buf[100];
	_sntprintf_s(buf, NUMBER_OF(buf), _TRUNCATE, _T(".nodoka%d"), index);

	tstringi entry;
	if (!reg.read(buf, &entry))
		return false;

	tregex getFilename(_T("^([^;]*);([^;]*);(.*)$"));
	tsmatch getFilenameResult;
	if (!boost::regex_match(entry, getFilenameResult, getFilename))
		return false;

	if (o_name)
		*o_name = getFilenameResult.str(1);
	if (o_filename)
		*o_filename = getFilenameResult.str(2);
	if (o_symbols)
		{
		tstringi symbols = getFilenameResult.str(3);
		tregex symbol(_T("-D([^;]*)(.*)$"));
		tsmatch symbolResult;
		while (boost::regex_search(symbols, symbolResult, symbol))
			{
			o_symbols->insert(symbolResult.str(1));
			symbols = symbolResult.str(2);
			}
		}
	return true;
	}


// get home directory path
void getHomeDirectories(HomeDirectories *o_pathes)
	{
	tstringi filename;
	if (getFilenameFromRegistry(NULL, &filename, NULL) &&
		!filename.empty())
		{
		tregex getPath(_T("^(.*[/\\\\])[^/\\\\]*$"));
		tsmatch getPathResult;
		if (boost::regex_match(filename, getPathResult, getPath))
			o_pathes->push_back(getPathResult.str(1));
		}
	const _TCHAR *nodoka = GetEnv(_T("NODOKA"));
	if (nodoka)
		o_pathes->push_back(nodoka);

	const _TCHAR *home = GetEnv(_T("HOME"));
	if (home)
		o_pathes->push_back(home);

	const _TCHAR *userprofile = GetEnv(_T("USERPROFILE"));
	if (userprofile)
		o_pathes->push_back(userprofile);

	const _TCHAR *homedrive = GetEnv(_T("HOMEDRIVE"));
	const _TCHAR *homepath = GetEnv(_T("HOMEPATH"));
	if (homedrive && homepath)
		o_pathes->push_back(tstringi(homedrive) + homepath);

	_TCHAR buf[GANA_MAX_PATH];
	DWORD len = GetCurrentDirectory(NUMBER_OF(buf), buf);
	if (0 < len && len < NUMBER_OF(buf))
		o_pathes->push_back(buf);

	if (GetModuleFileName(GetModuleHandle(NULL), buf, NUMBER_OF(buf)))
		o_pathes->push_back(pathRemoveFileSpec(buf));
	}



//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// SettingLoader


// is there no more tokens ?
bool SettingLoader::isEOL()
	{
	return m_ti == m_tokens.end();
	}


// get next token
Token *SettingLoader::getToken()
	{
	if (isEOL())
		throw ErrorMessage() << _T("too few words.");
	return &*(m_ti ++);
	}


// look next token
Token *SettingLoader::lookToken()
	{
	if (isEOL())
		throw ErrorMessage() << _T("too few words.");
	return &*m_ti;
	}


// argument "("
bool SettingLoader::getOpenParen(bool i_doesThrow, const _TCHAR *i_name)
	{
	if (!isEOL() && lookToken()->isOpenParen())
		{
		getToken();
		return true;
		}
	if (i_doesThrow)
		throw ErrorMessage() << _T("there must be `(' after `&")
		<< i_name << _T("'.");
	return false;
	}


// argument ")"
bool SettingLoader::getCloseParen(bool i_doesThrow, const _TCHAR *i_name)
	{
	if (!isEOL() && lookToken()->isCloseParen())
		{
		getToken();
		return true;
		}
	if (i_doesThrow)
		throw ErrorMessage() << _T("`&")  << i_name
		<< _T("': too many arguments.");
	return false;
	}


// argument ","
bool SettingLoader::getComma(bool i_doesThrow, const _TCHAR *i_name)
	{
	if (!isEOL() && lookToken()->isComma())
		{
		getToken();
		return true;
		}
	if (i_doesThrow)
		throw ErrorMessage() << _T("`&")  << i_name
		<< _T("': comma expected.");
	return false;
	}


// <INCLUDE>
void SettingLoader::load_INCLUDE()
	{
	SettingLoader loader(m_soLog, m_log);
	loader.m_defaultAssignModifier = m_defaultAssignModifier;
	loader.m_defaultKeySeqModifier = m_defaultKeySeqModifier;
	if (!loader.load(m_setting, (*getToken()).getString()))
		m_isThereAnyError = true;
	}


// <SCAN_CODES>
void SettingLoader::load_SCAN_CODES(Key *o_key)
	{
	for (int j = 0; j < Key::MAX_SCAN_CODES_SIZE && !isEOL(); ++ j)
#ifndef FOR_LIMIT
		{
		ScanCode sc;
		sc.m_flags = 0;
		while (true)
			{
			Token *t = getToken();
			if (t->isNumber())
				{
				sc.m_scan = (u_char)t->getNumber();
				o_key->addScanCode(sc);
				break;
				}
			if      (*t == _T("E0-")) sc.m_flags |= ScanCode::E0;
			else if (*t == _T("E1-")) sc.m_flags |= ScanCode::E1;
			else if (*t == _T("E0E1-")) sc.m_flags |= ScanCode::E0E1;
			else  throw ErrorMessage() << _T("`") << *t
				<< _T("': invalid modifier.");
			}
		}
#else
		{
		ScanCode scPause;
		scPause.m_scan = 0x1d;
		scPause.m_flags = ScanCode::E1;

		ScanCode sc;
		sc.m_flags = 0;
		unsigned int uPause = 0;
		while (true)
			{
			Token *t = getToken();
			if (t->isNumber())
			{
				sc.m_scan = (u_char)t->getNumber();
				if(uPause == 1 && sc.m_scan == 0x1d) {	// First scancode as E1-0x1d;
					uPause = 2;		
					break;
				}
				if(uPause == 0 || uPause == 1) {		// add only 1 scancode
					o_key->addScanCode(sc);
					uPause = 9;
					break;
				}
				if(uPause == 2 && sc.m_scan == 0x45) {	// we found Pause
					o_key->addScanCode(scPause);
					o_key->addScanCode(sc);
					break;
				}
			}
			if      (*t == _T("E0-")) sc.m_flags |= ScanCode::E0;
			else if (*t == _T("E1-")) sc.m_flags |= ScanCode::E1;
			else if (*t == _T("E0E1-")) sc.m_flags |= ScanCode::E0E1;
			else  throw ErrorMessage() << _T("`") << *t
				<< _T("': invalid modifier.");
			if(sc.m_flags & ScanCode::E1)
				uPause = 1;
			}
		}
#endif
	}


// <DEFINE_KEY>
void SettingLoader::load_DEFINE_KEY()
	{
	Token *t = getToken();
	Key key;

	// <KEY_NAMES>
	if (*t == _T('('))
		{
		key.addName(getToken()->getString());
		while (t = getToken(), *t != _T(')'))
			key.addName(t->getString());
		if (*getToken() != _T("="))
			throw ErrorMessage() << _T("there must be `=' after `)'.");
		}
	else
		{
		key.addName(t->getString());
		while (t = getToken(), *t != _T("="))
			key.addName(t->getString());
		}

	load_SCAN_CODES(&key);
	m_setting->m_keyboard.addKey(key);
	}


// <DEFINE_MODIFIER>
void SettingLoader::load_DEFINE_MODIFIER()
	{
	Token *t = getToken();
	Modifier::Type mt;
	if      (*t == _T("shift")  ) mt = Modifier::Type_Shift;
	else if (*t == _T("alt")     ||
		*t == _T("meta")    ||
		*t == _T("menu")   ) mt = Modifier::Type_Alt;
	else if (*t == _T("control") ||
		*t == _T("ctrl")   ) mt = Modifier::Type_Control;
	else if (*t == _T("windows") ||
		*t == _T("win")    ) mt = Modifier::Type_Windows;
	else throw ErrorMessage() << _T("`") << *t
		<< _T("': invalid modifier name.");

	if (*getToken() != _T("="))
		throw ErrorMessage() << _T("there must be `=' after modifier name.");

	while (!isEOL())
		{
		t = getToken();
		Key *key =
			m_setting->m_keyboard.searchKeyByNonAliasName(t->getString());
		if (!key)
			throw ErrorMessage() << _T("`") << *t << _T("': invalid key name.");
		m_setting->m_keyboard.addModifier(mt, key);
		}
	}


// <DEFINE_SYNC_KEY>
void SettingLoader::load_DEFINE_SYNC_KEY()
	{
	Key *key = m_setting->m_keyboard.getSyncKey();
	key->initialize();
	key->addName(_T("sync"));

	if (*getToken() != _T("="))
		throw ErrorMessage() << _T("there must be `=' after `sync'.");

	load_SCAN_CODES(key);
	}


// <DEFINE_ALIAS>
void SettingLoader::load_DEFINE_ALIAS()
	{
	Token *name = getToken();

	if (*getToken() != _T("="))
		throw ErrorMessage() << _T("there must be `=' after `alias'.");

	Token *t = getToken();
	Key *key = m_setting->m_keyboard.searchKeyByNonAliasName(t->getString());
	if (!key)
		throw ErrorMessage() << _T("`") << *t << _T("': invalid key name.");
	m_setting->m_keyboard.addAlias(name->getString(), key);
	}


// <DEFINE_SUBSTITUTE>
void SettingLoader::load_DEFINE_SUBSTITUTE()
	{
	typedef std::list<ModifiedKey> AssignedKeys;
	AssignedKeys assignedKeys;
	do
		{
		ModifiedKey mkey;
		mkey.m_modifier =
			load_MODIFIER(Modifier::Type_ASSIGN, m_defaultAssignModifier);
		mkey.m_key = load_KEY_NAME();
		assignedKeys.push_back(mkey);
		} while (!(*lookToken() == _T("=>") || *lookToken() == _T("=")));
		getToken();

		KeySeq *keySeq = load_KEY_SEQUENCE(_T(""), false, Modifier::Type_ASSIGN);
		ModifiedKey mkey = keySeq->getFirstModifiedKey();
		if (!mkey.m_key)
			throw ErrorMessage() << _T("no key is specified for substitute.");

		for (AssignedKeys::iterator i = assignedKeys.begin();
			i != assignedKeys.end(); ++ i)
			m_setting->m_keyboard.addSubstitute(*i, mkey);
	}


// <DEFINE_OPTION>
void SettingLoader::load_DEFINE_OPTION()
	{
	Token *t = getToken();
	if (*t == _T("KL-"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage() << _T("there must be `=' after `def option KL-'.");
			}

		load_ARGUMENT(&m_setting->m_correctKanaLockHandling);

		}
	else if (*t == _T("delay-of"))
		{
		if (*getToken() != _T("!!!"))
			{
			throw ErrorMessage()
				<< _T("there must be `!!!' after `def option delay-of'.");
			}

		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option delay-of !!!'.");
			}

		load_ARGUMENT(&m_setting->m_oneShotRepeatableDelay);

		}
	else if (*t == _T("sts4nodoka"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option sts4nodoka'.");
			}

		load_ARGUMENT(&m_setting->m_sts4nodoka);
		Registry reg(NODOKA_REGISTRY_ROOT);
		int CenterVal = *(&m_setting->m_CenterVal);
		reg.write(_T("CenterVal"), CenterVal);

		}
	else if (*t == _T("cts4nodoka"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option cts4nodoka'.");
			}

		load_ARGUMENT(&m_setting->m_cts4nodoka);
		Registry reg(NODOKA_REGISTRY_ROOT);
		int CenterVal = *(&m_setting->m_CenterVal);
		reg.write(_T("CenterVal"), CenterVal);

		}
	else if (*t == _T("ats4nodoka"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option ats4nodoka'.");
			}

		load_ARGUMENT(&m_setting->m_ats4nodoka);
		Registry reg(NODOKA_REGISTRY_ROOT);
		int CenterVal = *(&m_setting->m_CenterVal);
		reg.write(_T("CenterVal"), CenterVal);

		}
	else if (*t == _T("gamepad"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option gamepad'.");
			}

		load_ARGUMENT(&m_setting->m_gamepad);
		load_ARGUMENT(&m_setting->m_maxVALUE);
		load_ARGUMENT(&m_setting->m_thVALUE);
		load_ARGUMENT(&m_setting->m_deadzoneVALUE);
		load_ARGUMENT(&m_setting->m_REPEAT_TIMES_1);
		load_ARGUMENT(&m_setting->m_REPEAT_TIMES_2);
		load_ARGUMENT(&m_setting->m_WAIT);
		load_ARGUMENT(&m_setting->m_REPEAT_FLAG_PAD);
		load_ARGUMENT(&m_setting->m_REPEAT_FLAG_HAT);
		load_ARGUMENT(&m_setting->m_REPEAT_FLAG_BUTTON);
		

		Registry reg(NODOKA_REGISTRY_ROOT);
		reg.write(_T("m_maxVALUE"), *(&m_setting->m_maxVALUE));
		reg.write(_T("m_thVALUE"), *(&m_setting->m_thVALUE));
		reg.write(_T("m_deadzoneVALUE"), *(&m_setting->m_deadzoneVALUE));
		reg.write(_T("m_REPEAT_TIMES_1"), *(&m_setting->m_REPEAT_TIMES_1));
		reg.write(_T("m_REPEAT_TIMES_2"), *(&m_setting->m_REPEAT_TIMES_2));
		reg.write(_T("m_WAIT"), *(&m_setting->m_WAIT));
		reg.write(_T("m_REPEAT_FLAG_PAD"), *(&m_setting->m_REPEAT_FLAG_PAD));
		reg.write(_T("m_REPEAT_FLAG_HAT"), *(&m_setting->m_REPEAT_FLAG_HAT));
		reg.write(_T("m_REPEAT_FLAG_BUTTON"), *(&m_setting->m_REPEAT_FLAG_BUTTON));

		}
	else if (*t == _T("CenterVal"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option CenterVal'.");
			}

		load_ARGUMENT(&m_setting->m_CenterVal);
		Registry reg(NODOKA_REGISTRY_ROOT);
		int CenterVal = *(&m_setting->m_CenterVal);
		reg.write(_T("CenterVal"), CenterVal);

		}
#ifndef FOR_LIMIT
	else if (*t == _T("SendTextDelay"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option SendTextDelay'.");
			}

		load_ARGUMENT(&m_setting->m_SendTextDelay);

		}
#endif
	else if (*t == _T("CaretBlinkTime"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option CaretBlinkTime'.");
			}

		load_ARGUMENT(&m_setting->m_CaretBlinkTime);
		load_ARGUMENT(&m_setting->m_BlinkTimeOff);
		load_ARGUMENT(&m_setting->m_BlinkTimeOn);
		}
	else if (*t == _T("mouse-event"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option mouse-event'.");
			}

		load_ARGUMENT(&m_setting->m_mouseEvent);

		}
	else if (*t == _T("drag-threshold"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option drag-threshold'.");
			}

		load_ARGUMENT(&m_setting->m_dragThreshold);

		}

#ifndef FOR_LIMIT
	else if (*t == _T("KeyboardDelay"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option KeyboardDelay'.");
			}
		load_ARGUMENT(&m_setting->m_Repeat);
		load_ARGUMENT(&m_setting->m_DelayA);
		load_ARGUMENT(&m_setting->m_DelayB);
		
		int i = 0;
		int j = 0;
		int k = 0;
		for(i=0; i<7; i++)				// K0からK7
			for(j=0; j<4; j++)			// none, E0, E1, E0E1
				for(k=0; k<256; k++)
				{
					int index = (i * 1024) + (j * 256) + k;
					m_setting->m_keyState[index].state = 0;
					m_setting->m_keyState[index].st1 = 0;
					m_setting->m_keyState[index].st2 = 0;
					m_setting->m_keyState[index].st3 = 0;
					m_setting->m_keyState[index].delayA = m_setting->m_DelayA;
					m_setting->m_keyState[index].delayB = m_setting->m_DelayB;
					m_setting->m_keyState[index].delayI = 0;					// 未実装
				}
		}
		
	else if (*t == _T("KeyboardDelayMax"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option KeyboardDelayMax'.");
			}
		load_ARGUMENT(&m_setting->m_DelayMaxFlag);
		load_ARGUMENT(&m_setting->m_DelayMax);
		}
	else if (*t == _T("KeyboardDelayKey"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option KeyboardDelayKey'.");
			}
		// def option KeyboardDelayKey = keyName DelayA DelayB DelayI
		// keyNameを取り出し、DelayA,B,Iをkeytableに入れる。
		USHORT m_flags = 0;
		USHORT m_scan = 0;
		DWORD m_DelayA = 0;
		DWORD m_DelayB = 0;
		DWORD m_DelayI = 0;
		INT m_UnitId = 0;
		while (true)
			{
			Token *t1 = getToken();
			if (t1->isNumber())
				{
				m_scan = (u_char)t1->getNumber();
				break;
				}
			if      (*t1 == _T("E0-")) m_flags = 1;
			else if (*t1 == _T("E1-")) m_flags = 2;
			else if (*t1 == _T("E0E1-")) m_flags = 3;
			else  throw ErrorMessage() << _T("`") << *t1
				<< _T("': invalid ScanCode");
			}
		load_ARGUMENT(&m_DelayA);
		load_ARGUMENT(&m_DelayB);
		load_ARGUMENT(&m_DelayI);
		load_ARGUMENT(&m_UnitId);
		m_setting->m_keyState[(m_UnitId * 1024) + (m_flags * 256) + m_scan].delayA = m_DelayA;
		m_setting->m_keyState[(m_UnitId * 1024) + (m_flags * 256) + m_scan].delayB = m_DelayB;
		m_setting->m_keyState[(m_UnitId * 1024) + (m_flags * 256) + m_scan].delayI = 0;				// 未実装

		}
	else if (*t == _T("UseDoublePress"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option UseDoublePress'.");
			}
		load_ARGUMENT(&m_setting->m_UseDoublePress);
		load_ARGUMENT(&m_setting->m_DoublePressPeriod);
		load_ARGUMENT(&m_setting->m_DoublePressDelay);
		}

#endif
	else if (*t == _T("FakeUp"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option FakeUp'.");
			}
		load_ARGUMENT(&m_setting->m_UseFakeUp);
		load_ARGUMENT(&m_setting->m_FakeUpDelay);
		load_ARGUMENT(&m_setting->m_FakeUpKey);
		}

	else if (*t == _T("FocusChange"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option FocusChange'.");
			}
		load_ARGUMENT(&m_setting->m_FocusChange);
		}
	else if (*t == _T("DesktopListView"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option DesktopListView'.");
			}
		int m_ListView = 0;
		load_ARGUMENT(&m_ListView);

		HWND	desktop;
		desktop = FindWindowEx(NULL, NULL, L"Progman", L"Program Manager");
		desktop = FindWindowEx(desktop, NULL, L"SHELLDLL_DefView", NULL);
		desktop = FindWindowEx(desktop, NULL, L"SysListView32", NULL);

		if(m_ListView >= 0 && m_ListView <= 4)
			SendMessage(desktop, LVM_SETVIEW, m_ListView, 0);

		}
	else if (*t == _T("CheckModifier"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option CheckModifier'.");
			}
		load_ARGUMENT(&m_setting->m_CheckModifier);
		load_ARGUMENT(&m_setting->m_CheckModifierTime);
		}
	else if (*t == _T("UseTSF"))
		{
		if (*getToken() != _T("="))
			{
			throw ErrorMessage()
				<< _T("there must be `=' after `def option UseTSF'.");
			}
		load_ARGUMENT(&m_setting->m_UseTSF);
		}
	else if (*t == _T("UnitID"))
	{
		if (*getToken() != _T("="))
		{
			throw ErrorMessage()
			<< _T("there must be `=' after `def option UnitID'.");
		}
		// 初回ならRawInputDeviceListを取得し、hDeviceとDeviceIDを得る。
		RAWINPUTDEVICE Rid[4];
		UINT nDevices;
		PRAWINPUTDEVICELIST pRawInputDeviceList;
		UINT i = 0;
		UINT j = 0;

		if(m_setting->m_KEY_first == 1)
		{
			m_setting->m_KEY_first = 2;

			if(myGetRawInputDeviceList == NULL)
			{
				goto ending_UnitID;			// rawinputが使えない環境なので、スルー。
			}

			m_setting->m_UseUnitID = 1;		// rawinputが使えるので 1にする。

			// m_keyboard_tableの初期化
			UINT k = 0;
			while(k<8){		// キーボードは8個までサポート
				m_setting->m_keyboard_table[k].hDevice = NULL;
				m_setting->m_keyboard_table[k].UnitID = 0;
				m_setting->m_keyboard_table[k].dwVendorId = 0;
				m_setting->m_keyboard_table[k].dwProductId = 0;
				m_setting->m_keyboard_table[k].dwRevisionId = 0;
				k++;
			}

			// まずデバイス数を取得する。
			if (myGetRawInputDeviceList(NULL, &nDevices, sizeof(RAWINPUTDEVICELIST)) != 0) { 
				goto ending_UnitID;
			}

			// デバイスリストを取得する。
			pRawInputDeviceList = (RAWINPUTDEVICELIST *)malloc(sizeof(RAWINPUTDEVICELIST) * nDevices);
			myGetRawInputDeviceList(pRawInputDeviceList, &nDevices, sizeof(RAWINPUTDEVICELIST));

			UINT nSize = 0;
			DWORD dwVendorId = 0;
			DWORD dwProductId = 0;
			DWORD dwRevisionId = 0;

			while(i < nDevices && j<8)	// キーボードは8個までサポート
			{
				if(pRawInputDeviceList[i].dwType == RIM_TYPEKEYBOARD)
				{
					// 初期化
					dwVendorId = 0;
					dwProductId = 0;
					dwRevisionId = 0;

					// hDeviceの取得
					m_setting->m_keyboard_table[j].hDevice = pRawInputDeviceList[i].hDevice;

					// DeviceIDの取得
					if(myGetRawInputDeviceInfo(pRawInputDeviceList[i].hDevice, RIDI_DEVICENAME, NULL, &nSize) != 0)
					{
						continue;
					}
					WCHAR* wcDeviceName = new WCHAR[ nSize + 1 ];

					if(myGetRawInputDeviceInfo(pRawInputDeviceList[i].hDevice, RIDI_DEVICENAME, wcDeviceName, &nSize) < 0)
					{
						delete [] wcDeviceName;
						continue;
					}

					// VendorIDなどに分解
					// /??/HID#VID_05A4&PID_9840#6&145a460c&0&0000#{884b96c3-56ef-11d1-bc8c-00a0c91405dd}
					//??/ACPI#PNP0303#4&7989e7a&0#{884b96c3-56ef-11d1-bc8c-00a0c91405dd}
					//tstringi tmpDeviceName = wcDeviceName;

					// RDP_KBDは対象外
					if(!wcsncmp(L"\\??\\Root#RDP_KBD", wcDeviceName, wcslen(L"\\??\\Root#RDP_KBD")))	// XP
					{
						i++;
						continue;
					}
					if(!wcsncmp(L"\\\\?\\Root#RDP_KBD", wcDeviceName, wcslen(L"\\\\?\\Root#RDP_KBD")))	// Vista以降
					{
						i++;
						continue;
					}

					// とりあえず検出したデバイス名を表示する。
					*m_log << _T("current device name:") << wcDeviceName << std::endl;
					WCHAR* tmpStopIndex = NULL;

					// ACPIで始まる場合、PS/2キーボード
					if(!wcsncmp(L"\\??\\ACPI#", wcDeviceName, wcslen(L"\\??\\ACPI#")) || !wcsncmp(L"\\\\?\\ACPI#", wcDeviceName, wcslen(L"\\\\?\\ACPI#")) )	
					{
						// PNP番号の取得
						WCHAR *pIndexPNP = wcsstr(wcDeviceName, L"PNP");	// PNPで始まるところを見つける。
						WCHAR tmpPNP_NUM[5] = {NULL, NULL, NULL, NULL, NULL};
						if(pIndexPNP != NULL)
						{
							// 後ろの4文字をコピーする。
							wcsncpy_s(tmpPNP_NUM, _countof(tmpPNP_NUM), pIndexPNP+3, 4);
						}
						// 取得した4文字を数値に変換する。
						dwProductId = wcstol(tmpPNP_NUM, &tmpStopIndex, 16);
						goto set_vendor_productID;

					}

					// HIDで始まる場合、HIDキーボード
					if(!wcsncmp(L"\\??\\HID#", wcDeviceName, wcslen(L"\\??\\HID#")) || !wcsncmp(L"\\\\?\\HID#", wcDeviceName, wcslen(L"\\\\?\\HID#")) )	
					{
						// VenderIdの取得
						WCHAR *pIndexVID = wcsstr(wcDeviceName, L"VID_");	// VID_で始まるところを見つける。
						WCHAR tmpVID_NUM[5] = {NULL, NULL, NULL, NULL, NULL};
						if(pIndexVID != NULL)
						{
							// 後ろの4文字をコピーする。
							wcsncpy_s(tmpVID_NUM, _countof(tmpVID_NUM), pIndexVID+4, 4);
						}
						// 取得した4文字を数値に変換する。
						dwVendorId = wcstol(tmpVID_NUM, &tmpStopIndex, 16);

						// ProductIdの取得
						WCHAR *pIndexPID = wcsstr(wcDeviceName, L"PID_");	// PID_で始まるところを見つける。
						WCHAR tmpPID_NUM[5] = {NULL, NULL, NULL, NULL, NULL};
						if(pIndexPID != NULL)
						{
							// 後ろの4文字をコピーする。
							wcsncpy_s(tmpPID_NUM, _countof(tmpPID_NUM), pIndexPID+4, 4);
						}
						// 取得した4文字を数値に変換する。
						dwProductId = wcstol(tmpPID_NUM, &tmpStopIndex, 16);

						// RevisionIdの取得
						WCHAR *pIndexRID = wcsstr(wcDeviceName, L"MI_");	// PID_で始まるところを見つける。
						WCHAR tmpRID_NUM[3] = {NULL, NULL, NULL};
						if(pIndexRID != NULL)
						{
							// 後ろの2文字をコピーする。
							wcsncpy_s(tmpRID_NUM, _countof(tmpRID_NUM), pIndexRID+3, 2);
						}
						// 取得したMI_2文字も数値にする。正確にはRevision番号ではない。
						dwRevisionId = wcstol(tmpRID_NUM, &tmpStopIndex, 16);
						goto set_vendor_productID;
					}

set_vendor_productID:

					m_setting->m_keyboard_table[j].dwVendorId = dwVendorId;
					m_setting->m_keyboard_table[j].dwProductId = dwProductId;
					m_setting->m_keyboard_table[j].dwRevisionId = dwRevisionId;
					*m_log << _T("def option UnitID = Kx ") << dwVendorId << _T(" ") << dwProductId << _T(" ") << dwRevisionId << std::endl;

					// キーボードの個数
					j++;
					delete [] wcDeviceName;
				}
				i++;
			}
			free(pRawInputDeviceList);

			}
			if(m_setting->m_KEY_first == 2)
			{
				HWND i_hwnd = FindWindow(_T("nodokaTasktray"), NULL);

				if(i_hwnd != NULL) // のどかの通知領域アイコンをTargetにする。
				{
					Rid[0].usUsagePage = 0x01; 
					Rid[0].usUsage = 0x06;		// KEYBOARD 
					Rid[0].dwFlags = RIDEV_INPUTSINK | RIDEV_DEVNOTIFY;
					Rid[0].hwndTarget = i_hwnd;

					Rid[1].usUsagePage = 0x01; 
					Rid[1].usUsage = 0x80;		// Generic desktop Keyboard
					Rid[1].dwFlags = RIDEV_INPUTSINK | RIDEV_DEVNOTIFY;
					Rid[1].hwndTarget = i_hwnd;

					Rid[2].usUsagePage = 0x000C; 
					Rid[2].usUsage = 0x01;		// Consumer controls 
					Rid[2].dwFlags = RIDEV_INPUTSINK | RIDEV_DEVNOTIFY;
					Rid[2].hwndTarget = i_hwnd;

					Rid[3].usUsagePage = 0xFFBC; 
					Rid[3].usUsage = 0x88;		// Vendor-defined (MCE)
					Rid[3].dwFlags = RIDEV_INPUTSINK | RIDEV_DEVNOTIFY;
					Rid[3].hwndTarget = i_hwnd;

					if(j>0 && myRegisterRawInputDevices != NULL)	// キーボードが一つ以上ある場合登録する。
					{
						m_setting->m_KEY_first = 0;
						myRegisterRawInputDevices(Rid, 1, sizeof (Rid [0]));
					}
				}
			}
ending_UnitID:

		// まず最初の引数キー番号を取得する。

		// 読み換え先のキーID 1〜7あるいは、K1〜K7が使える。keyNumに格納する。
		Token *t1 = getToken();
		USHORT keyNum = 0;
		if(t1->isNumber())
		{
			keyNum = (u_char)t1->getNumber();
			if(keyNum < 1 || keyNum > 7)
				throw ErrorMessage() << _T("`") << *t1 << _T("': invalid KeyNumber. Use 1 to 7.");
		}
		if(t1->isString())
		{
			if		(*t1 == _T("K1")) keyNum = 1;
			else if	(*t1 == _T("K2")) keyNum = 2;
			else if	(*t1 == _T("K3")) keyNum = 3;
			else if	(*t1 == _T("K4")) keyNum = 4;
			else if	(*t1 == _T("K5")) keyNum = 5;
			else if	(*t1 == _T("K6")) keyNum = 6;
			else if	(*t1 == _T("K7")) keyNum = 7;
			else throw ErrorMessage() << _T("`") << *t1 << _T("': invalid KeyNumber. Use K1 to K7.");
		}

		// キーボードを特定するデバイスIDの指定を現在のキーボード一覧と比較する。

		Token *t2 = getToken();
		Token *t3 = getToken();
		Token *t4 = getToken();

		UINT uCount = 0;
		UINT uFlag = FALSE;
		DWORD dwArg2;
		DWORD dwArg3;
		DWORD dwArg4;

		if (t2->isNumber() && t3->isNumber() && t4->isNumber())
		{
			uCount = 0;
			uFlag = FALSE;

			dwArg2 = t2->getNumber();
			dwArg3 = t3->getNumber();
			dwArg4 = t4->getNumber();

			// .nodoka記述のdump
			*m_log << _T("current K") << keyNum << _T(" ") << dwArg2 << _T(" ") << dwArg3 << _T(" ") << dwArg4 << std::endl;

			while(uCount < 8)
			{

				// t2, t3, t4が一致するキーボードがある場合、Kxを設定する。
				if(m_setting->m_keyboard_table[uCount].dwVendorId == dwArg2 &&
					m_setting->m_keyboard_table[uCount].dwProductId == dwArg3 &&
					m_setting->m_keyboard_table[uCount].dwRevisionId == dwArg4)
				{
					m_setting->m_keyboard_table[uCount].UnitID = keyNum;
					*m_log << _T("def option UnitID = K") << keyNum << _T(" ") 
						<< dwArg2 << _T(" ") << dwArg3 << _T(" ") << dwArg4 << std::endl;
					uFlag = TRUE;
					break;
				}
				uCount++;
			}
			if(uFlag == FALSE)
			{
				*m_log << _T("def option UnitID = K0") << _T(" ") 
					<< dwArg2 << _T(" ") << dwArg3 << _T(" ") << dwArg4 << std::endl;
			}
		} else {
			*m_log << _T("def option UnitID = K") << keyNum << _T(" ") << *t2 << _T(" ") << *t3 << _T(" ") << *t4 << _T(": not number") << std::endl;
		}
	}		
	else
		{
		throw ErrorMessage() << _T("syntax error `def option ") << *t << _T("'.");
		}
	}


// <KEYBOARD_DEFINITION>
void SettingLoader::load_KEYBOARD_DEFINITION()
	{
	Token *t = getToken();

	// <DEFINE_KEY>
	if (*t == _T("key")) load_DEFINE_KEY();

	// <DEFINE_MODIFIER>
	else if (*t == _T("mod")) load_DEFINE_MODIFIER();

	// <DEFINE_SYNC_KEY>
	else if (*t == _T("sync")) load_DEFINE_SYNC_KEY();

	// <DEFINE_ALIAS>
	else if (*t == _T("alias")) load_DEFINE_ALIAS();

	// <DEFINE_SUBSTITUTE>
	else if (*t == _T("subst")) load_DEFINE_SUBSTITUTE();

	// <DEFINE_OPTION>
	else if (*t == _T("option")) load_DEFINE_OPTION();

	//
	else throw ErrorMessage() << _T("syntax error `") << *t << _T("'.");
	}


// <..._MODIFIER>
Modifier SettingLoader::load_MODIFIER(
																			Modifier::Type i_mode, Modifier i_modifier, Modifier::Type *o_mode)
	{
	if (o_mode)
		*o_mode = Modifier::Type_begin;

	Modifier isModifierSpecified;
	enum { PRESS, RELEASE, DONTCARE } flag = PRESS;

	int i;
	for (i = i_mode; i < Modifier::Type_ASSIGN; ++ i)
		{
		i_modifier.dontcare(Modifier::Type(i));
		isModifierSpecified.on(Modifier::Type(i));
		}

	Token *t = NULL;

continue_loop:
	while (!isEOL())
		{
		t = lookToken();

		const static struct { const _TCHAR *m_s; Modifier::Type m_mt; } map[] =
			{
			// <BASIC_MODIFIER>
				{ _T("S-"),  Modifier::Type_Shift },
				{ _T("C-"),  Modifier::Type_Control },
				{ _T("A-"),  Modifier::Type_Alt },
				{ _T("M-"),  Modifier::Type_Alt },
				{ _T("W-"),  Modifier::Type_Windows },
				// <KEYSEQ_MODIFIER>
				{ _T("U-"),  Modifier::Type_Up },
				{ _T("D-"),  Modifier::Type_Down },
				// <ASSIGN_MODIFIER>
				{ _T("R-"),  Modifier::Type_Repeat },
				{ _T("IL-"), Modifier::Type_ImeLock },
				{ _T("IC-"), Modifier::Type_ImeComp },
				{ _T("I-"),  Modifier::Type_ImeComp },
				{ _T("NL-"), Modifier::Type_NumLock },
				{ _T("CL-"), Modifier::Type_CapsLock },
				{ _T("SL-"), Modifier::Type_ScrollLock },
				{ _T("KL-"), Modifier::Type_KanaLock },
				{ _T("MAX-"), Modifier::Type_Maximized },
				{ _T("MIN-"), Modifier::Type_Minimized },
				{ _T("MMAX-"), Modifier::Type_MdiMaximized },
				{ _T("MMIN-"), Modifier::Type_MdiMinimized },
				{ _T("T-"), Modifier::Type_Touchpad },
				{ _T("TS-"), Modifier::Type_TouchpadSticky },
				{ _T("TL-"), Modifier::Type_TouchpadL },
				{ _T("TLS-"), Modifier::Type_TouchpadLSticky },
				{ _T("TR-"), Modifier::Type_TouchpadR },
				{ _T("TRS-"), Modifier::Type_TouchpadRSticky },
				{ _T("M0-"), Modifier::Type_Mod0 },
				{ _T("M1-"), Modifier::Type_Mod1 },
				{ _T("M2-"), Modifier::Type_Mod2 },
				{ _T("M3-"), Modifier::Type_Mod3 },
				{ _T("M4-"), Modifier::Type_Mod4 },
				{ _T("M5-"), Modifier::Type_Mod5 },
				{ _T("M6-"), Modifier::Type_Mod6 },
				{ _T("M7-"), Modifier::Type_Mod7 },
				{ _T("M8-"), Modifier::Type_Mod8 },
				{ _T("M9-"), Modifier::Type_Mod9 },
				{ _T("L0-"), Modifier::Type_Lock0 },
				{ _T("L1-"), Modifier::Type_Lock1 },
				{ _T("L2-"), Modifier::Type_Lock2 },
				{ _T("L3-"), Modifier::Type_Lock3 },
				{ _T("L4-"), Modifier::Type_Lock4 },
				{ _T("L5-"), Modifier::Type_Lock5 },
				{ _T("L6-"), Modifier::Type_Lock6 },
				{ _T("L7-"), Modifier::Type_Lock7 },
				{ _T("L8-"), Modifier::Type_Lock8 },
				{ _T("L9-"), Modifier::Type_Lock9 },
				{ _T("K0-"), Modifier::Type_Keyboard0 },
				{ _T("K1-"), Modifier::Type_Keyboard1 },
				{ _T("K2-"), Modifier::Type_Keyboard2 },
				{ _T("K3-"), Modifier::Type_Keyboard3 },
				{ _T("K4-"), Modifier::Type_Keyboard4 },
				{ _T("K5-"), Modifier::Type_Keyboard5 },
				{ _T("K6-"), Modifier::Type_Keyboard6 },
				{ _T("K7-"), Modifier::Type_Keyboard7 },
				{ _T("IW-"), Modifier::Type_ImeCandi },
				{ _T("IH-"), Modifier::Type_Harf },
				{ _T("IK-"), Modifier::Type_Katakana },
				{ _T("IJ-"), Modifier::Type_Native },
				{ _T("DP-"), Modifier::Type_DP },
			};

		for (int i = 0; i < NUMBER_OF(map); ++ i)
			if (*t == map[i].m_s)
				{
				getToken();
				Modifier::Type mt = map[i].m_mt;
				if (static_cast<int>(i_mode) <= static_cast<int>(mt))
					throw ErrorMessage() << _T("`") << *t
					<< _T("': invalid modifier at this context.");
				switch (flag)
					{
					case PRESS: i_modifier.press(mt); break;
					case RELEASE: i_modifier.release(mt); break;
					case DONTCARE: i_modifier.dontcare(mt); break;
					}
				isModifierSpecified.on(mt);
				flag = PRESS;

				if (o_mode && *o_mode < mt)
					{
					if (mt < Modifier::Type_BASIC)
						*o_mode = Modifier::Type_BASIC;
					else if (mt < Modifier::Type_KEYSEQ)
						*o_mode = Modifier::Type_KEYSEQ;
					else if (mt < Modifier::Type_ASSIGN)
						*o_mode = Modifier::Type_ASSIGN;
					}
				goto continue_loop;
				}

			if (*t == _T("*"))
				{
				getToken();
				flag = DONTCARE;
				continue;
				}

			if (*t == _T("~"))
				{
				getToken();
				flag = RELEASE;
				continue;
				}

			break;
		}

	for (i = Modifier::Type_begin; i != Modifier::Type_end; ++ i)
		if (!isModifierSpecified.isOn(Modifier::Type(i)))
			switch (flag)
			{
				case PRESS: break;
				case RELEASE: i_modifier.release(Modifier::Type(i)); break;
				case DONTCARE: i_modifier.dontcare(Modifier::Type(i)); break;
			}

		// fix up and down
		bool isDontcareUp   = i_modifier.isDontcare(Modifier::Type_Up);
		bool isDontcareDown = i_modifier.isDontcare(Modifier::Type_Down);
		bool isOnUp         = i_modifier.isOn(Modifier::Type_Up);
		bool isOnDown       = i_modifier.isOn(Modifier::Type_Down);
		if (isDontcareUp && isDontcareDown)
			;
		else if (isDontcareUp)
			i_modifier.on(Modifier::Type_Up, !isOnDown);
		else if (isDontcareDown)
			i_modifier.on(Modifier::Type_Down, !isOnUp);
		else if (isOnUp == isOnDown)
			{
			i_modifier.dontcare(Modifier::Type_Up);
			i_modifier.dontcare(Modifier::Type_Down);
			}

		// fix repeat
		if (!isModifierSpecified.isOn(Modifier::Type_Repeat))
			i_modifier.dontcare(Modifier::Type_Repeat);
		return i_modifier;
	}


// <KEY_NAME>
Key *SettingLoader::load_KEY_NAME()
	{
	Token *t = getToken();
	Key *key = m_setting->m_keyboard.searchKey(t->getString());
	if (!key)
		throw ErrorMessage() << _T("`") << *t << _T("': invalid key name.");
	return key;
	}


// <KEYMAP_DEFINITION>
void SettingLoader::load_KEYMAP_DEFINITION(const Token *i_which)
	{
	Keymap::Type type = Keymap::Type_keymap;
	Token *name = getToken();	// <KEYMAP_NAME>
	tstringi windowClassName;
	tstringi windowTitleName;
	KeySeq *keySeq = NULL;
	Keymap *parentKeymap = NULL;
	bool isKeymap2 = false;
	bool doesLoadDefaultKeySeq = false;

	if (!isEOL())
		{
		Token *t = lookToken();
		if (*i_which == _T("window"))	// <WINDOW>
			{
			if (t->isOpenParen())
				// "(" <WINDOW_CLASS_NAME> "&&" <WINDOW_TITLE_NAME> ")"
				// "(" <WINDOW_CLASS_NAME> "||" <WINDOW_TITLE_NAME> ")"
				{
				getToken();
				windowClassName = getToken()->getRegexp();
				t = getToken();
				if (*t == _T("&&"))
					type = Keymap::Type_windowAnd;
				else if (*t == _T("||"))
					type = Keymap::Type_windowOr;
				else
					throw ErrorMessage() << _T("`") << *t << _T("': unknown operator.");
				windowTitleName = getToken()->getRegexp();
				if (!getToken()->isCloseParen())
					throw ErrorMessage() << _T("there must be `)'.");
				}
			else if (t->isRegexp())	// <WINDOW_CLASS_NAME>
				{
				getToken();
				type = Keymap::Type_windowAnd;
				windowClassName = t->getRegexp();
				}
			}
		else if (*i_which == _T("keymap"))
			;
		else if (*i_which == _T("keymap2"))
			isKeymap2 = true;
		else
			ASSERT(false);

		if (!isEOL())
			doesLoadDefaultKeySeq = true;
		}

	m_currentKeymap = m_setting->m_keymaps.add(
		Keymap(type, name->getString(), windowClassName, windowTitleName,
		NULL, NULL));

	if (doesLoadDefaultKeySeq)
		{
		Token *t = lookToken();
		// <KEYMAP_PARENT>
		if (*t == _T(":"))
			{
			getToken();
			t = getToken();
			parentKeymap = m_setting->m_keymaps.searchByName(t->getString());
			if (!parentKeymap)
				throw ErrorMessage() << _T("`") << *t
				<< _T("': unknown keymap name.");
			}
		if (!isEOL())
			{
			t = getToken();
			if (!(*t == _T("=>") || *t == _T("=")))
				throw ErrorMessage() << _T("`") << *t << _T("': syntax error.");
			keySeq = SettingLoader::load_KEY_SEQUENCE();
			}
		}
	if (keySeq == NULL)
		{
		FunctionData *fd;
		if (type == Keymap::Type_keymap && !isKeymap2)
			fd = createFunctionData(_T("KeymapParent"));
		else if (type == Keymap::Type_keymap && !isKeymap2)
			fd = createFunctionData(_T("Undefined"));
		else // (type == Keymap::Type_windowAnd || type == Keymap::Type_windowOr)
			fd = createFunctionData(_T("KeymapParent"));
		ASSERT( fd );
		keySeq = m_setting->m_keySeqs.add(
			KeySeq(name->getString()).add(ActionFunction(fd)));
		}

	m_currentKeymap->setIfNotYet(keySeq, parentKeymap);
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(bool *o_arg)
	{
		Token *t = getToken();
		*o_arg = !((*t == _T("false")) || (*t == _T("disable")));
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(int *o_arg)
	{
	*o_arg = getToken()->getNumber();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(unsigned int *o_arg)
	{
	*o_arg = getToken()->getNumber();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(unsigned __int64 *o_arg)
	{
	*o_arg = getToken()->getNumber();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(__int64 *o_arg)
	{
	*o_arg = getToken()->getNumber();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(long *o_arg)
	{
	*o_arg = getToken()->getNumber();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(DWORD *o_arg)
	{
	*o_arg = getToken()->getNumber();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(tstringq *o_arg)
	{
	*o_arg = getToken()->getString();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(tstring *o_arg)
	{
	*o_arg = getToken()->getString();
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(std::list<tstringq> *o_arg)
	{
	while (true)
		{
		if (!lookToken()->isString())
			return;
		o_arg->push_back(getToken()->getString());

		if (!lookToken()->isComma())
			return;
		getToken();
		}
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(tregex *o_arg)
	{
	*o_arg = getToken()->getRegexp();
	}


// &lt;ARGUMENT_VK&gt;
void SettingLoader::load_ARGUMENT(VKey *o_arg)
	{
	Token *t = getToken();
	int vkey = 0;
	while (true)
		{
		if (t->isNumber()) { vkey |= static_cast<BYTE>(t->getNumber()); break; }
		else if (*t == _T("E-")) vkey |= VKey_extended;
		else if (*t == _T("U-")) vkey |= VKey_released;
		else if (*t == _T("D-")) vkey |= VKey_pressed;
		else
			{
			const VKeyTable *vkt;
			for (vkt = g_vkeyTable; vkt->m_name; ++ vkt)
				if (*t == vkt->m_name)
					break;
			if (!vkt->m_name)
				throw ErrorMessage() << _T("`") << *t
				<< _T("': unknown virtual key name.");
			vkey |= vkt->m_code;
			break;
			}
		t = getToken();
		}
	if (!(vkey & VKey_released) && !(vkey & VKey_pressed))
		vkey |= VKey_released | VKey_pressed;
	*o_arg = static_cast<VKey>(vkey);
	}


// &lt;ARGUMENT_WINDOW&gt;
void SettingLoader::load_ARGUMENT(ToWindowType *o_arg)
	{
	Token *t = getToken();
	if (t->isNumber())
		{
		if (ToWindowType_toBegin <= t->getNumber())
			{
			*o_arg = static_cast<ToWindowType>(t->getNumber());
			return;
			}
		}
	else if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': invalid target window.");
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(GravityType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': unknown gravity symbol.");
	}

// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(MouseHookType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': unknown MouseHookType symbol.");
	}

// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(NodokaDialogType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': unknown dialog box.");
	}


// &lt;ARGUMENT_LOCK&gt;
void SettingLoader::load_ARGUMENT(ModifierLockType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': unknown lock name.");
	}


// &lt;ARGUMENT_LOCK&gt;
void SettingLoader::load_ARGUMENT(ToggleType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': unknown toggle name.");
	}


// &lt;ARGUMENT_SHOW_WINDOW&gt;
void SettingLoader::load_ARGUMENT(ShowCommandType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': unknown show command.");
	}


// &lt;ARGUMENT_TARGET_WINDOW&gt;
void SettingLoader::load_ARGUMENT(TargetWindowType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t
		<< _T("': unknown target window type.");
	}


// &lt;bool&gt;
void SettingLoader::load_ARGUMENT(BooleanType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': must be true or false.");
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(LogicalOperatorType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t << _T("': must be 'or' or 'and'.");
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(Modifier *o_arg)
	{
	Modifier modifier;
	for (int i = Modifier::Type_begin; i != Modifier::Type_end; ++ i)
		modifier.dontcare(static_cast<Modifier::Type>(i));
	*o_arg = load_MODIFIER(Modifier::Type_ASSIGN, modifier);
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(const Keymap **o_arg)
	{
	Token *t = getToken();
	const Keymap *&keymap = *o_arg;
	keymap = m_setting->m_keymaps.searchByName(t->getString());
	if (!keymap)
		throw ErrorMessage() << _T("`") << *t << _T("': unknown keymap name.");
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(const KeySeq **o_arg)
	{
	Token *t = getToken();
	const KeySeq *&keySeq = *o_arg;
	if (t->isOpenParen())
		{
		keySeq = load_KEY_SEQUENCE(_T(""), true);
		getToken(); // close paren
		}
	else if (*t == _T("$"))
		{
		t = getToken();
		keySeq = m_setting->m_keySeqs.searchByName(t->getString());
		if (!keySeq)
			throw ErrorMessage() << _T("`$") << *t << _T("': unknown keyseq name.");
		}
	else
		throw ErrorMessage() << _T("`") << *t << _T("': it is not keyseq.");
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(StrExprArg *o_arg)
	{
	Token *t = getToken();
	StrExprArg::Type type = StrExprArg::Literal;
	if (*t == _T("$") && t->isQuoted() == false
		&& lookToken()->getType() == Token::Type_string)
		{
		type = StrExprArg::Builtin;
		t = getToken();
		}
	*o_arg = StrExprArg(t->getString(), type);
	}


// &lt;ARGUMENT&gt;
void SettingLoader::load_ARGUMENT(WindowMonitorFromType *o_arg)
	{
	Token *t = getToken();
	if (getTypeValue(o_arg, t->getString()))
		return;
	throw ErrorMessage() << _T("`") << *t
		<< _T("': unknown monitor from type.");
	}


// <KEY_SEQUENCE>
KeySeq *SettingLoader::load_KEY_SEQUENCE(
	const tstringi &i_name, bool i_isInParen, Modifier::Type i_mode)
	{
	KeySeq keySeq(i_name);
	while (!isEOL())
		{
		Modifier::Type mode;
		Modifier modifier = load_MODIFIER(i_mode, m_defaultKeySeqModifier, &mode);
		keySeq.setMode(mode);
		Token *t = lookToken();
		if (t->isCloseParen() && i_isInParen)
			break;
		else if (t->isOpenParen())
			{
			getToken(); // open paren
			KeySeq *ks = load_KEY_SEQUENCE(_T(""), true, i_mode);
			getToken(); // close paren
			keySeq.add(ActionKeySeq(ks));
			}
		else if (*t == _T("$")) // <KEYSEQ_NAME>
			{
			getToken();
			t = getToken();
			KeySeq *ks = m_setting->m_keySeqs.searchByName(t->getString());
			if (ks == NULL)
				throw ErrorMessage() << _T("`$") << *t
				<< _T("': unknown keyseq name.");
			if (!ks->isCorrectMode(i_mode))
				throw ErrorMessage()
				<< _T("`$") << *t
				<< _T("': Some of R-, IL-, IC-, NL-, CL-, SL-, KL-, IH-, IK-, IJ-, IW-, MAX-, MIN-, MMAX-, MMIN-, T-, TS-, TL-, TLS-, TR-, TRS-, M0...M9- and L0...L9-, K0...K7-, DP- are used in the keyseq.  They are prohibited in this context.");
			keySeq.setMode(ks->getMode());
			keySeq.add(ActionKeySeq(ks));
			}
		else if (*t == _T("&")) // <FUNCTION_NAME>
			{
			getToken();
			t = getToken();

			// search function
			ActionFunction af(createFunctionData(t->getString()), modifier);
			if (af.m_functionData == NULL)
				throw ErrorMessage() << _T("`&") << *t
				<< _T("': unknown function name.");
			af.m_functionData->load(this);
			keySeq.add(af);
			}
		else // <KEYSEQ_MODIFIED_KEY_NAME>
			{
			ModifiedKey mkey;
			mkey.m_modifier = modifier;
			mkey.m_key = load_KEY_NAME();
			keySeq.add(ActionKey(mkey));
			}
		}
	return m_setting->m_keySeqs.add(keySeq);
	}


// <KEY_ASSIGN>
void SettingLoader::load_KEY_ASSIGN()
	{
	typedef std::list<ModifiedKey> AssignedKeys;
	AssignedKeys assignedKeys;

	ModifiedKey mkey;
	mkey.m_modifier =
		load_MODIFIER(Modifier::Type_ASSIGN, m_defaultAssignModifier);
	if (*lookToken() == _T("="))
		{
		getToken();
		m_defaultKeySeqModifier = load_MODIFIER(Modifier::Type_KEYSEQ,
			m_defaultKeySeqModifier);
		m_defaultAssignModifier = mkey.m_modifier;
		return;
		}

	while (true)
		{
		mkey.m_key = load_KEY_NAME();
		assignedKeys.push_back(mkey);
		if (*lookToken() == _T("=>") || *lookToken() == _T("="))
			break;
		mkey.m_modifier =
			load_MODIFIER(Modifier::Type_ASSIGN, m_defaultAssignModifier);
		}
	getToken();

	ASSERT(m_currentKeymap);
	KeySeq *keySeq = load_KEY_SEQUENCE();

#ifdef FOR_LIMIT
	m_currentKeymap->addAssignment(*(assignedKeys.begin()), keySeq);				// LIMITモードでは、1個しか定義できない。
#else
	for (AssignedKeys::iterator i = assignedKeys.begin();
		i != assignedKeys.end(); ++ i)
		m_currentKeymap->addAssignment(*i, keySeq);
#endif
	}


// <EVENT_ASSIGN>
void SettingLoader::load_EVENT_ASSIGN()
	{
	std::list<ModifiedKey> assignedKeys;

	ModifiedKey mkey;
	mkey.m_modifier.dontcare();			//set all modifiers to dontcare

	Token *t = getToken();
	Key **e;
	for (e = Event::events; *e; ++ e)
		if (*t == (*e)->getName())
			{
			mkey.m_key = *e;
			break;
			}
		if (!*e)
			throw ErrorMessage() << _T("`") << *t << _T("': invalid event name.");

		t = getToken();
		if (!(*t == _T("=>") || *t == _T("=")))
			throw ErrorMessage() << _T("`=' is expected.");

		ASSERT(m_currentKeymap);
		KeySeq *keySeq = load_KEY_SEQUENCE();
		m_currentKeymap->addAssignment(mkey, keySeq);
	}


// <MODIFIER_ASSIGNMENT>
void SettingLoader::load_MODIFIER_ASSIGNMENT()
	{
	// <MODIFIER_NAME>
	Token *t = getToken();
	Modifier::Type mt;

	while (true)
		{
		Keymap::AssignMode am = Keymap::AM_notModifier;
		if      (*t == _T("!")  ) am = Keymap::AM_true, t = getToken();
		else if (*t == _T("!!") ) am = Keymap::AM_oneShot, t = getToken();
		else if (*t == _T("!!!")) am = Keymap::AM_oneShotRepeatable, t = getToken();
		else if (*t == _T("!!!!")) am = Keymap::AM_oneShot2, t = getToken();

		if      (*t == _T("shift")) mt = Modifier::Type_Shift;
		else if (*t == _T("alt")  ||
			*t == _T("meta") ||
			*t == _T("menu") ) mt = Modifier::Type_Alt;
		else if (*t == _T("control") ||
			*t == _T("ctrl") ) mt = Modifier::Type_Control;
		else if (*t == _T("windows") ||
			*t == _T("win")  ) mt = Modifier::Type_Windows;
		else if (*t == _T("mod0") ) mt = Modifier::Type_Mod0;
		else if (*t == _T("mod1") ) mt = Modifier::Type_Mod1;
		else if (*t == _T("mod2") ) mt = Modifier::Type_Mod2;
		else if (*t == _T("mod3") ) mt = Modifier::Type_Mod3;
		else if (*t == _T("mod4") ) mt = Modifier::Type_Mod4;
		else if (*t == _T("mod5") ) mt = Modifier::Type_Mod5;
		else if (*t == _T("mod6") ) mt = Modifier::Type_Mod6;
		else if (*t == _T("mod7") ) mt = Modifier::Type_Mod7;
		else if (*t == _T("mod8") ) mt = Modifier::Type_Mod8;
		else if (*t == _T("mod9") ) mt = Modifier::Type_Mod9;
		else throw ErrorMessage() << _T("`") << *t
			<< _T("': invalid modifier name.");

		if (am == Keymap::AM_notModifier)
			break;

		m_currentKeymap->addModifier(mt, Keymap::AO_overwrite, am, NULL);
		if (isEOL())
			return;
		t = getToken();
		}

	// <ASSIGN_OP>
	t = getToken();
	Keymap::AssignOperator ao;
	if      (*t == _T("=") ) ao = Keymap::AO_new;
	else if (*t == _T("+=")) ao = Keymap::AO_add;
	else if (*t == _T("-=")) ao = Keymap::AO_sub;
	else  throw ErrorMessage() << _T("`") << *t << _T("': is unknown operator.");

	// <ASSIGN_MODE>? <KEY_NAME>
	while (!isEOL())
		{
		// <ASSIGN_MODE>? 
		t = getToken();
		Keymap::AssignMode am = Keymap::AM_normal;
		if      (*t == _T("!")  ) am = Keymap::AM_true, t = getToken();
		else if (*t == _T("!!") ) am = Keymap::AM_oneShot, t = getToken();
		else if (*t == _T("!!!")) am = Keymap::AM_oneShotRepeatable, t = getToken();
		else if (*t == _T("!!!!")) am = Keymap::AM_oneShot2, t = getToken();

		// <KEY_NAME>
		Key *key = m_setting->m_keyboard.searchKey(t->getString());
		if (!key)
			throw ErrorMessage() << _T("`") << *t << _T("': invalid key name.");

		// we can ignore warning C4701
		m_currentKeymap->addModifier(mt, ao, am, key);
		if (ao == Keymap::AO_new)
			ao = Keymap::AO_add;
		}
	}


// <KEYSEQ_DEFINITION>
void SettingLoader::load_KEYSEQ_DEFINITION()
	{
	if (*getToken() != _T("$"))
		throw ErrorMessage() << _T("there must be `$' after `keyseq'");
	Token *name = getToken();
	if (*getToken() != _T("="))
		throw ErrorMessage() << _T("there must be `=' after keyseq name");
	load_KEY_SEQUENCE(name->getString(), false, Modifier::Type_ASSIGN);
	}


// <DEFINE>
void SettingLoader::load_DEFINE()
	{
	m_setting->m_symbols.insert(getToken()->getString());
	}


// <IF>
void SettingLoader::load_IF()
	{
	if (!getToken()->isOpenParen())
		throw ErrorMessage() << _T("there must be `(' after `if'.");
	Token *t = getToken(); // <SYMBOL> or !
	bool not = false;
	if (*t == _T("!"))
		{
		not = true;
		t = getToken(); // <SYMBOL>
		}

	bool doesSymbolExist = (m_setting->m_symbols.find(t->getString())
		!= m_setting->m_symbols.end());
	bool doesRead = ((doesSymbolExist && !not) ||
		(!doesSymbolExist && not));
	if (0 < m_canReadStack.size())
		doesRead = doesRead && m_canReadStack.back();

	if (!getToken()->isCloseParen())
		throw ErrorMessage() << _T("there must be `)'.");

	m_canReadStack.push_back(doesRead);
	if (!isEOL())
		{
		size_t len = m_canReadStack.size();
		load_LINE();
		if (len < m_canReadStack.size())
			{
			bool r = m_canReadStack.back();
			m_canReadStack.pop_back();
			m_canReadStack[len - 1] = r && doesRead;
			}
		else if (len == m_canReadStack.size())
			m_canReadStack.pop_back();
		else
			; // `end' found
		}
	}


// <ELSE> <ELSEIF>
void SettingLoader::load_ELSE(bool i_isElseIf, const tstringi &i_token)
	{
	bool doesRead = !load_ENDIF(i_token);
	if (0 < m_canReadStack.size())
		doesRead = doesRead && m_canReadStack.back();
	m_canReadStack.push_back(doesRead);
	if (!isEOL())
		{
		size_t len = m_canReadStack.size();
		if (i_isElseIf)
			load_IF();
		else
			load_LINE();
		if (len < m_canReadStack.size())
			{
			bool r = m_canReadStack.back();
			m_canReadStack.pop_back();
			m_canReadStack[len - 1] = doesRead && r;
			}
		else if (len == m_canReadStack.size())
			m_canReadStack.pop_back();
		else
			; // `end' found
		}
	}


// <ENDIF>
bool SettingLoader::load_ENDIF(const tstringi &i_token)
	{
	if (m_canReadStack.size() == 0)
		throw ErrorMessage() << _T("unbalanced `") << i_token << _T("'");
	bool r = m_canReadStack.back();
	m_canReadStack.pop_back();
	return r;
	}


// <LINE>
void SettingLoader::load_LINE()
	{
	Token *i_token = getToken();

	// <COND_SYMBOL>
	if      (*i_token == _T("if") ||
		*i_token == _T("and")) load_IF();
	else if (*i_token == _T("else")) load_ELSE(false, i_token->getString());
	else if (*i_token == _T("elseif") ||
		*i_token == _T("elsif")  ||
		*i_token == _T("elif")   ||
		*i_token == _T("or")) load_ELSE(true, i_token->getString());
	else if (*i_token == _T("endif")) load_ENDIF(_T("endif"));
	else if (0 < m_canReadStack.size() && !m_canReadStack.back())
		{
		while (!isEOL())
			getToken();
		}
	else if (*i_token == _T("define")) load_DEFINE();
	// <INCLUDE>
	else if (*i_token == _T("include")) load_INCLUDE();
	// <KEYBOARD_DEFINITION>
	else if (*i_token == _T("def")) load_KEYBOARD_DEFINITION();
	// <KEYMAP_DEFINITION>
	else if (*i_token == _T("keymap")  ||
		*i_token == _T("keymap2") ||
		*i_token == _T("window")) load_KEYMAP_DEFINITION(i_token);
	// <KEY_ASSIGN>
	else if (*i_token == _T("key")) load_KEY_ASSIGN();
	// <EVENT_ASSIGN>
	else if (*i_token == _T("event")) load_EVENT_ASSIGN();
	// <MODIFIER_ASSIGNMENT>
	else if (*i_token == _T("mod")) load_MODIFIER_ASSIGNMENT();
	// <KEYSEQ_DEFINITION>
	else if (*i_token == _T("keyseq")) load_KEYSEQ_DEFINITION();
	else
		throw ErrorMessage() << _T("syntax error `") << *i_token << _T("'.");
	}


// prefix sort predicate used in load(const string &)
static bool prefixSortPred(const tstringi &i_a, const tstringi &i_b)
	{
	return i_b.size() < i_a.size();
	}


/*
_UNICODE: read file (UTF-16 LE/BE, UTF-8, locale specific multibyte encoding)
_MBCS: read file
*/
bool readFile(tstring *o_data, const tstringi &i_filename)
	{
	// get size of file
#if 0
	// bcc's _wstat cannot obtain file size
	struct _stat sbuf;
	if (_tstat(i_filename.c_str(), &sbuf) < 0 || sbuf.st_size == 0)
		return false;
#else
	// so, we use _wstati64 for bcc
	struct stati64_t sbuf;

	// _tstati64で取得されたファイルサイズが0でもGetCompressedFileSizeを取得して
	// シンボリックリンクの場合を救う。
	if (_tstati64(i_filename.c_str(), &sbuf) < 0 || sbuf.st_size == 0){
		DWORD dwLow, dwHigh;
		dwLow = GetCompressedFileSize(i_filename.c_str(), &dwHigh);
		if(GetLastError() == 0)
			sbuf.st_size = ((__int64)dwHigh << 32) + dwLow;
	}

	if(sbuf.st_size == 0)
		return false;

	// following check is needed to cast sbuf.st_size to size_t safely
	// this cast occurs because of above workaround for bcc
	if (sbuf.st_size > UINT_MAX)
		return false;
#endif

	// open
	FILE *fp;
	errno_t tmp_error;
	tmp_error = _tfopen_s(&fp, i_filename.c_str(), _T("rb"));
	if (!fp)
		return false;

	// read file
	Array<BYTE> buf(static_cast<size_t>(sbuf.st_size) + 1);
	if (fread(buf.get(), static_cast<size_t>(sbuf.st_size), 1, fp) != 1)
		{
		fclose(fp);
		return false;
		}
	buf.get()[sbuf.st_size] = 0;			// mbstowcs() requires null
	// terminated string

#ifdef _UNICODE
	//
	if (buf.get()[0] == 0xffU && buf.get()[1] == 0xfeU &&
		sbuf.st_size % 2 == 0)
		// UTF-16 Little Endien
		{
		size_t size = static_cast<size_t>(sbuf.st_size) / 2;
		o_data->resize(size);
		BYTE *p = buf.get();
		for (size_t i = 2; i < size; ++ i)
			{
			wchar_t c = static_cast<wchar_t>(*p ++);
			c |= static_cast<wchar_t>(*p ++) << 8;
			(*o_data)[i] = c;
			}
		fclose(fp);
		return true;
		}

	//
	if (buf.get()[0] == 0xfeU && buf.get()[1] == 0xffU &&
		sbuf.st_size % 2 == 0)
		// UTF-16 Big Endien
		{
		size_t size = static_cast<size_t>(sbuf.st_size) / 2;
		o_data->resize(size);
		BYTE *p = buf.get();
		for (size_t i = 2; i < size; ++ i)
			{
			wchar_t c = static_cast<wchar_t>(*p ++) << 8;
			c |= static_cast<wchar_t>(*p ++);
			(*o_data)[i] = c;
			}
		fclose(fp);
		return true;
		}

	// try multibyte charset 
	size_t wsize;
	mbstowcs_s(&wsize, NULL, NULL, reinterpret_cast<char *>(buf.get()), 0);
	if (wsize != size_t(0))
		{
		Array<wchar_t> wbuf(wsize);
		mbstowcs_s(NULL, wbuf.get(), wsize, reinterpret_cast<char *>(buf.get()), _TRUNCATE);
		o_data->assign(wbuf.get(), wbuf.get() + wsize);
		fclose(fp);
		return true;
		}

	// try UTF-8
		{
		Array<wchar_t> wbuf(static_cast<size_t>(sbuf.st_size));
		BYTE *f = buf.get();
		BYTE *end = buf.get() + sbuf.st_size;
		wchar_t *d = wbuf.get();
		enum { STATE_1, STATE_2of2, STATE_2of3, STATE_3of3 } state = STATE_1;

		while (f != end)
			{
			switch (state)
				{
				case STATE_1:
					if (!(*f & 0x80))			// 0xxxxxxx: 00-7F
						*d++ = static_cast<wchar_t>(*f++);
					else if ((*f & 0xe0) == 0xc0)		// 110xxxxx 10xxxxxx: 0080-07FF
						{
						*d = ((static_cast<wchar_t>(*f++) & 0x1f) << 6);
						state = STATE_2of2;
						}
					else if ((*f & 0xf0) == 0xe0)		// 1110xxxx 10xxxxxx 10xxxxxx:
						// 0800 - FFFF
						{
						*d = ((static_cast<wchar_t>(*f++) & 0x0f) << 12);
						state = STATE_2of3;
						}
					else
						goto not_UTF_8;
					break;

				case STATE_2of2:
				case STATE_3of3:
					if ((*f & 0xc0) != 0x80)
						goto not_UTF_8;
					*d++ |= (static_cast<wchar_t>(*f++) & 0x3f);
					state = STATE_1;
					break;

				case STATE_2of3:
					if ((*f & 0xc0) != 0x80)
						goto not_UTF_8;
					*d |= ((static_cast<wchar_t>(*f++) & 0x3f) << 6);
					state = STATE_3of3;
					break;
				}
			}
		o_data->assign(wbuf.get(), d);
		fclose(fp);
		return true;

not_UTF_8: ;
		}
#endif // _UNICODE

		// assume ascii
		o_data->resize(static_cast<size_t>(sbuf.st_size));
		for (off_t i = 0; i < sbuf.st_size; ++ i)
			(*o_data)[i] = buf.get()[i];
		fclose(fp);
		return true;
	}


// load (called from load(Setting *, const tstringi &) only)
void SettingLoader::load(const tstringi &i_filename)
	{
	m_currentFilename = i_filename;

	tstring data;
	if (!readFile(&data, m_currentFilename))
		{
		Acquire a(m_soLog);
		*m_log << m_currentFilename << _T(" : error: file not found") << std::endl;
		*m_log << strerror(errno) << std::endl;
#if 1
		*m_log << data << std::endl;
#endif
		m_isThereAnyError = true;
		return;
		}

	// prefix
	if (m_prefixesRefCcount == 0)
		{
		static const _TCHAR *prefixes[] =
			{
			_T("="), _T("=>"), _T("&&"), _T("||"), _T(":"), _T("$"), _T("&"),
			_T("-="), _T("+="), _T("!!!!"), _T("!!!"), _T("!!"), _T("!"), 
			_T("E0-"), _T("E1-"),			// <SCAN_CODE_EXTENTION>
			_T("S-"), _T("A-"), _T("M-"), _T("C-"),	// <BASIC_MODIFIER>
			_T("W-"), _T("*"), _T("~"),
			_T("U-"), _T("D-"),			// <KEYSEQ_MODIFIER>
			_T("R-"), _T("IL-"), _T("IC-"), _T("I-"),	// <ASSIGN_MODIFIER>
			_T("NL-"), _T("CL-"), _T("SL-"), _T("KL-"),
			_T("MAX-"), _T("MIN-"), _T("MMAX-"), _T("MMIN-"),
			_T("T-"), _T("TS-"),
			_T("TL-"), _T("TLS-"),
			_T("TR-"), _T("TRS-"),
			_T("M0-"), _T("M1-"), _T("M2-"), _T("M3-"), _T("M4-"),
			_T("M5-"), _T("M6-"), _T("M7-"), _T("M8-"), _T("M9-"), 
			_T("L0-"), _T("L1-"), _T("L2-"), _T("L3-"), _T("L4-"),
			_T("L5-"), _T("L6-"), _T("L7-"), _T("L8-"), _T("L9-"), 
			_T("K0-"), _T("K1-"), _T("K2-"), _T("K3-"), 
			_T("K4-"), _T("K5-"), _T("K6-"), _T("K7-"), 
			_T("IH-"), _T("IK-"), _T("IJ-"), _T("IW-"),	_T("DP-"), // <ASSIGN_MODIFIER>
			};
		m_prefixes = new std::vector<tstringi>;
		for (size_t i = 0; i < NUMBER_OF(prefixes); ++ i)
			m_prefixes->push_back(prefixes[i]);
		std::sort(m_prefixes->begin(), m_prefixes->end(), prefixSortPred);
		}
	m_prefixesRefCcount ++;

	// create parser
	Parser parser(data.c_str(), data.size());
	parser.setPrefixes(m_prefixes);

	while (true)
		{
		try
			{
			if (!parser.getLine(&m_tokens))
				break;
			m_ti = m_tokens.begin();
			}
		catch (ErrorMessage &e)
			{
			if (m_log && m_soLog)
				{
				Acquire a(m_soLog);
				*m_log << m_currentFilename << _T("(") << parser.getLineNumber()
					<< _T(") : error: ") << e << std::endl;
				}
			m_isThereAnyError = true;
			continue;
			}

		try
			{
			load_LINE();
			if (!isEOL())
				throw WarningMessage() << _T("back garbage is ignored.");
			}
		catch (WarningMessage &w)
			{
			if (m_log && m_soLog)
				{
				Acquire a(m_soLog);
				*m_log << i_filename << _T("(") << parser.getLineNumber()
					<< _T(") : warning: ") << w << std::endl;
				}
			}
		catch (ErrorMessage &e)
			{
			if (m_log && m_soLog)
				{
				Acquire a(m_soLog);
				*m_log << i_filename << _T("(") << parser.getLineNumber()
					<< _T(") : error: ") << e << std::endl;
				}
			m_isThereAnyError = true;
			}
		}

	// m_prefixes
	-- m_prefixesRefCcount;
	if (m_prefixesRefCcount == 0)
		delete m_prefixes;

	if (0 < m_canReadStack.size())
		{
		Acquire a(m_soLog);
		*m_log << m_currentFilename << _T("(") << parser.getLineNumber()
			<< _T(") : error: unbalanced `if'.  ")
			<< _T("you forget `endif', didn'i_token you?")
			<< std::endl;
		m_isThereAnyError = true;
		}
	}


// is the filename readable ?
bool SettingLoader::isReadable(const tstringi &i_filename,
															 int i_debugLevel) const 
	{
	if (i_filename.empty())
		return false;

	/*
	#ifdef UNICODE
	tifstream ist(to_string(i_filename).c_str());
	#else
	tifstream ist(i_filename.c_str());
	#endif
	if (ist.good())
	*/
	bool ret = false;
	WIN32_FIND_DATA  wfd;
	HANDLE handleFile = FindFirstFile(i_filename.c_str(), &wfd );
	if( handleFile != INVALID_HANDLE_VALUE )
		{
		if (m_log && m_soLog)
			{
			Acquire a(m_soLog, 0);
			*m_log << _T("  loading: ") << i_filename << std::endl;
			}
		ret = true;
		}
	else
		{
		if (m_log && m_soLog)
			{
			Acquire a(m_soLog, i_debugLevel);
			*m_log << _T("not found: ") << i_filename << std::endl;
			}
		ret = false;
		}
	FindClose(handleFile);
	return ret;
	}

#if 0
// get filename from registry
bool SettingLoader::getFilenameFromRegistry(tstringi *o_path) const
	{
	// get from registry
	Registry reg(NODOKA_REGISTRY_ROOT);
	int index;
	reg.read(_T(".nodokaIndex"), &index, 0);
	char buf[100];
	snprintf(buf, NUMBER_OF(buf), _T(".nodoka%d"), index);
	if (!reg.read(buf, o_path))
		return false;

	// parse registry entry
	Regexp getFilename(_T("^[^;]*;([^;]*);(.*)$"));
	if (!getFilename.doesMatch(*o_path))
		return false;

	tstringi path = getFilename[1];
	tstringi options = getFilename[2];

	if (!(0 < path.size() && isReadable(path)))
		return false;
	*o_path = path;

	// set symbols
	Regexp symbol(_T("-D([^;]*)"));
	while (symbol.doesMatch(options))
		{
		m_setting->symbols.insert(symbol[1]);
		options = options.substr(symbol.subBegin(1));
		}

	return true;
	}
#endif


// get filename
bool SettingLoader::getFilename(const tstringi &i_name, tstringi *o_path,
																int i_debugLevel) const
	{
	// the default filename is "dot.nodoka"
	const tstringi &name = i_name.empty() ? tstringi(_T("dot.nodoka")) : i_name;

	bool isFirstTime = true;
	HomeDirectories pathes;
	getHomeDirectories(&pathes);

	while (true)
		{
		// find file from registry
		if (i_name.empty())				// called not from 'include'
			{
			Setting::Symbols symbols;

			if (getFilenameFromRegistry(NULL, o_path, &symbols))
				{
				if (o_path->empty())	// for ホームディレクトリから。
					// find file from home directory
					{
					for (HomeDirectories::iterator
						i = pathes.begin(); i != pathes.end(); ++ i)
						{
						*o_path = *i + _T("\\") + name;
						if (isReadable(*o_path, i_debugLevel))
							goto add_symbols;
						}
					return false;
					}
				else
					{
					tstring tmp_name = *o_path;

					tregex getPath(_T("^(.*[/\\\\])[^/\\\\]*$"));
					tsmatch getPathResult;
					if (boost::regex_match(tmp_name, getPathResult, getPath))
						{
						// フルパスが書いてあった
						if (isReadable(tmp_name, i_debugLevel))
							{
							*o_path = tmp_name;
							goto add_symbols;
							}
						}
					else
						{
						// フルパスで無かったので、ホームディレクトリから探す。
						for (HomeDirectories::iterator i = pathes.begin(); i != pathes.end(); ++ i)
							{
							*o_path = *i + _T("\\") + tmp_name;
							if (isReadable(*o_path, i_debugLevel))
								goto add_symbols;
							}
						}
					return false;
					}

add_symbols:
				for (Setting::Symbols::iterator
					i = symbols.begin(); i != symbols.end(); ++ i)
					m_setting->m_symbols.insert(*i);
				return true;
				}
			}

		if (!isFirstTime)
			return false;

		// find file from home directory
		for (HomeDirectories::iterator i = pathes.begin(); i != pathes.end(); ++ i)
			{
			*o_path = *i + _T("\\") + name;
			if (isReadable(*o_path, i_debugLevel))
				return true;
			}

		if (!i_name.empty())
			return false;				// called by 'include'

		if (!DialogBox(g_hInst, MAKEINTRESOURCE(IDD_DIALOG_setting),
			NULL, dlgSetting_dlgProc))
			return false;
		}
	}


// constructor
SettingLoader::SettingLoader(SyncObject *i_soLog, tostream *i_log)
: m_setting(NULL),
m_isThereAnyError(false),
m_soLog(i_soLog),
m_log(i_log),
m_currentKeymap(NULL)
	{
	m_defaultKeySeqModifier =
		m_defaultAssignModifier.release(Modifier::Type_ImeComp);
	}


/* load m_setting
If called by "include", 'filename' describes filename.
Otherwise the 'filename' is empty.
*/
bool SettingLoader::load(Setting *i_setting, const tstringi &i_filename)
	{
	m_setting = i_setting;
	m_isThereAnyError = false;

	tstringi path;
	if (!getFilename(i_filename, &path))
		{
		if (i_filename.empty())
			{
			Acquire a(m_soLog);
			getFilename(i_filename, &path, 0);	// show filenames
			return false;
			}
		else
			throw ErrorMessage() << _T("`") << i_filename
			<< _T("': no such file or other error.");
		}

	// create global keymap's default keySeq
	ActionFunction af(createFunctionData(_T("OtherWindowClass")));
	KeySeq *globalDefault = m_setting->m_keySeqs.add(KeySeq(_T("")).add(af));

	// add default keymap
	m_currentKeymap = m_setting->m_keymaps.add(
		Keymap(Keymap::Type_windowOr, _T("Global"), _T(""), _T(""),
		globalDefault, NULL));

	/*
	// add keyboard layout name
	if (filename.empty())
	{
	char keyboardLayoutName[KL_NAMELENGTH];
	if (GetKeyboardLayoutName(keyboardLayoutName))
	{
	tstringi kl = tstringi(_T("KeyboardLayout/")) + keyboardLayoutName;
	m_setting->symbols.insert(kl);
	Acquire a(m_soLog);
	*m_log << _T("KeyboardLayout: ") << kl << std::endl;
	}
	}
	*/

	// load
	load(path);

	// finalize
	if (i_filename.empty())
		m_setting->m_keymaps.adjustModifier(m_setting->m_keyboard);

	return !m_isThereAnyError;
	}


std::vector<tstringi> *SettingLoader::m_prefixes; // m_prefixes terminal symbol
size_t SettingLoader::m_prefixesRefCcount;	/* reference count of
																						m_prefixes */
