U++

String CtrlToString(const Ctrl& c)

{

	return c.Name();

}

enum PaintEnum {

	fsf.Multi();

	fsf.ClearTypes();

	{

		ToInfo("Canceled");

		return;

	}

	{

		ToInfo("Canceled");

		return;

	//pi.SetData(o);

	pi.Set(o);

	dl.SetData(o);

}

//

	//pi.SetData(o);

	pi.Set(o);

	dl.SetData(o);

}

void MyPane::Dispatch(const int& o)

	//pi.SetData(o);

	pi.Set(o);

	dl.SetData(o);

}

//

}

String PlotSymbol::ToString()const{

}

PlotSymbol* PlotSymbol::Copy()const{

	double y = pc.GetDataY();

	slx.SetData(x);

	sly.SetData(y);

}

void PointCtrlTest::OnAddPoint()

{

}

void PointCtrlTest::OnRemovePoint(int i)

{

}

void PointCtrlTest::OnMovePoint(int i)

{

}

GUI_APP_MAIN

void PopUpTest::OkCB()

{

	String a = AsString(pu.ei.GetData());

}

void PopUpTest::CancelCB()

}

String SoundAPI::ToString()const{

}

/* SoundSystem */

	int      Compare(const ValueEditKey& o) const { return SgnCompare(k, o.k); }

	void     Serialize(Stream& s)            { s % k; }

	String   ToString() const                { int i = GetValueTypeNoNameMap().Find(k); if(i>=0) return GetValueTypeNoNameMap()[i];

	unsigned GetHashValue() const            { return UPP::GetHashValue(k); }

	bool     IsNullInstance() const          { return IsNull(k); }

	//show results

	GuiLock __;

	inf.SetCursor(inf.GetLength());

}

			if(box[i] != i + 1)

				return;

		String dim;

		if(moves < sm) {

			sm = moves;

			PromptOK(t_("You win with the new best score!"));

		};

		Tuple2<int, const char *> *a = FindTuple(map, __countof(map), event & BUTTON);

		Tuple2<int, const char *> *b = FindTuple(map, __countof(map), event & ACTION);

		return TopWindow::MouseEvent(event, p, zdelta, keyflags);

	}

		w.DrawRect(GetSize(), White());

		int y = 0;

		w.DrawText(0, y += fcy, AsString(pos));

		y = 0;

		for(int i = 0; i < log.GetCount(); i++) {

			w.DrawText(100, y, log[i]);

	String s = txt;

	s << "\n" << GetLastErrorMessage();

	MessageBox(::GetActiveWindow(), s, "Clipboard error", MB_ICONSTOP | MB_OK | MB_APPLMODAL);

#endif

}

void ClipboardError(const char *txt, int format)

{

#ifdef flagCHECKCLIPBOARD

#endif

}

String AsString(POINTL p)

{

}

struct UDropTarget : public IDropTarget {

struct MyConvert : public Convert {

	Value Format(const Value& v) const {

		ValueArray va = v;

	}

};

void ArrayCtrlExample::DoubleClick()

{

	if(array.IsCursor())

}

ArrayCtrlExample::ArrayCtrlExample()

CONSOLE_APP_MAIN

{

	fflush(stdout);

	fflush(stdout);

	fflush(stdout);

	MemReadStream in1(bin_cpp, bin_cpp_length);

	fflush(stdout);

	MemReadStream in2(bin_brc, bin_brc_length);

	fflush(stdout);

	for(int i = 0; i < bin_all_count; i++) {

		fflush(stdout);

		fflush(stdout);

		MemReadStream in3(bin_all[i], bin_all_length[i]);

		fflush(stdout);

	}

}

	String a;

	int    b;

	unsigned GetHashValue() const        { return CombineHash() << a << b; }

	int      Compare(const Foo& x) const { return CombineCompare(a, x.a)(b, x.b); }

	void     Serialize(Stream& s)        { s % a % b; }

	dlg.Run();

	r.Retrieve();

	                        << "option: [* " << (option ? "true" : "false"));

}

			else {

				String html = w.http;

				total += html.GetCount();

				                                   << ' ' << w.http.GetReasonPhrase()

				                                   << " (" << html.GetCount() << " bytes)",

				             w.urli);

			w.DrawImage(x, 600, RescaleFilter(img, Size(250, 250), RectC(40, 40, 100, 100), m));

		}

	}

	void Sync()

	dlg.s2 <<= 2;

	if(dlg.Execute() != IDOK)

		return;

}

	int      Compare(const RichFoo& o) const { return CombineCompare(a, o.a)(b, o.b); }

	void     Serialize(Stream& s)            { s % a % b; }

	unsigned GetHashValue() const            { return CombineHash(a, b); }

	bool     IsNullInstance() const          { return IsNull(a); }

	for(int i = 0; i < 10; i++)

		a << i << ", ";

	DUMP(a);

	a = "0123456789";

	DUMP(a.GetLength());

	a.Insert(6, "<inserted>");

	MyApp app;

	switch(app.Run()) {

	case IDOK:

		break;

	case IDCANCEL:

		Exclamation("Canceled");

	CtrlLayoutOKCancel(app, "MyApp");

	switch(app.Run()) {

	case IDOK:

		break;

	case IDCANCEL:

		Exclamation("Canceled");

	String r;

	int q = Sys(s, r);

	if(q)

		      "Exit code: " << q << "\r\n" <<

		      "Output: " << r);

	return r;

String Www(const char *topic, int lang, String topicLocation = "topic://uppweb/www/")

{

	String strLang = ToLower(LNGAsText(lang));

	if (www != "index.html")

		return www;

}

String FolderLinks(String package, String group, int lang)

	Sort(ls, Isort());

	for(int i = 0; i < ls.GetCount(); i++) {

		String name = ls[i];

		Topic& topic = tt.Add(link);

		topic.title = name;

		String fn = AppendFileName(

	Date d = GetSysDate();

	lastUpdate = HtmlItalic() / HtmlArial(8) / HtmlFontColor(Gray()) /

//	Vector<String> amazon = Split(LoadFile(GetRcFile("amazon.txt")), '\n');//440

	try {

		DlgSyncProgress progress("Stahov?n? zm?n");

		FtpClient ftp;

		OpenFTP(ftp);

		progress.SetText("Stahuji index posledn?ho bloku");

		int hblock = GetHostBlock(ftp);

		int lblock = GetLocalBlock();

		if(!IsNull(lblock)) {

			if(lblock > hblock)

				<< ") je v?t?? ne? na serveru (" << hblock << ").");

			if(lblock == hblock)

		}

		Array<UvsDataBlock> blocks = Download(ftp, Nvl(lblock, 0) + 1, hblock, true, progress);

		for(int i = 0; i < blocks.GetCount(); i++)

								repv = true;

								ft = lft - 1;

								au = "Lost";

							}

						}

						else {

									auto_repair_rtime)) {

									repv = true;

									ft = rt;

								}

							}

							if(IsNull(au)) {

									auto_repair_author)) {

									repv = true;

									au = "Unknown";

								}

							}

							lft = ft;

	ConAdd(t_("Reading changes: "));

	int load_total = last - first + 1;

	for(int i = first; i <= last; i++) {

		String path = FormatInt(i) + ".udb";

		String filename = job.GetLocalPath(path);

		String file = LoadFile(filename);

void DlgFiles::ConLine(const char *text, bool arc_con)

{

}

bool DlgFiles::IsSyncTime()

void DlgFiles::SetProgressCount(int count, int total)

{

	progress.Set(count, total);

}

	static const char incomplete[] = "Ne?pln? nebo po?kozen? data, ofset ";

	int dirlen = 0, datalen = 0;

	if(e - p < BLOCK_KEY_LENGTH + 6 * 4)

	if(memcmp(p, block_key, BLOCK_KEY_LENGTH))

		throw Exc("Neplatn? identifika?n? k?d datov?ho bloku.");

	p += BLOCK_KEY_LENGTH;

	p += 8;

	int item_bytes = (version <= 1 ? 8 : 16);

	if(e - p < item_bytes * down_count)

	Vector<int> data_length;

	Vector<dword> data_crc;

	Vector<int> version_length;

		w.DrawImage(GetSize().cx - 400, 100, rescale(TestImg::img2(), 400, 400, k, ka, ~method));

		w.DrawImage(GetSize().cx - 400, 500, rescale(TestImg::img3(), 400, 400, k, ka, ~method));

		for(int i = 0; i < TestImg().GetCount(); i++) {

			w.DrawImage(250 * i, GetSize().cy - 84, Rescale(TestImg().Get(i), 84, 84));

CONSOLE_APP_MAIN

{

	fflush(stdout);

	fflush(stdout);

	fflush(stdout);

	MemReadStream in1(bin_cpp, bin_cpp_length);

	fflush(stdout);

	MemReadStream in2(bin_brc, bin_brc_length);

	fflush(stdout);

	for(int i = 0; i < bin_all_count; i++) {

		fflush(stdout);

		fflush(stdout);

		fflush(stdout);

	}

}

	void PutLooks(const char *s, const Value *look, int count = 4)

	{

		for(int i = 0; i < count; i++)

	}

	MyApp() {

String LinkJob::Usage()

{

		<< NFormat("uld COFF linker, version %d.%d.r%d, release date: %`\n%s",

			ULD_VERSION_MAJOR, ULD_VERSION_MINOR, ULD_VERSION_RELEASE, ULD_DATE, ULD_COPYRIGHT) << "\n"

		"\n"

					break;

				case 'l':

					break;

				case 'M':

		cache_library_index.Clear();

		for(int i = 0; i < object_cache.GetCount(); i++) {

			const Cache& obj = object_cache[i];

			cache_library_index.Add(obj.library);

		}

	}

			}

			if(n.lpComment && *n.lpComment)

				if(nn.name.GetCount())

					                         << " (" << nn.name << ")";

				else

					nn.name = FromSystemCharset(n.lpComment);

	RawValueRep()                             {}

	static const RawValueRep *Cast(const Value::Void *p) {

		ASSERT_(dynamic_cast<const RawValueRep *>(p),

		                       << typeid(*p).name() << " -> " << typeid(T).name());

		return (const RawValueRep *) p;

	}

	static Value::Void *Create(Stream& s)            { return new RichValueRep(s); }

	static const RichValueRep *Cast(const Value::Void *p) {

		ASSERT_(dynamic_cast<const RichValueRep *>(p),

		                       << typeid(*p).name() << " -> " << typeid(T).name());

		return (const RichValueRep *) p;

	}

void  XmlParser::PassTag(const char *tag)

{

	if(!Tag(tag))

}

void  XmlParser::PassTag(const String& tag)

{

	if(!Tag(tag))

}

bool  XmlParser::IsEnd()

void  XmlParser::PassEnd()

{

	if(!End())

}

bool  XmlParser::TagE(const char *tag)

	void AddButtonClicked()

	{

		dropList.SetIndex(dropList.GetCount() - 1);

	}

	int FindUpperBound(const T& x, const Less& less = StdLess<T>()) const;

	int FindUpperBound(const T& x) const { return FindUpperBound(x, StdLess<T>()); }

	Flex(int sh = 11) {

		Init();

		spot[0][i].kind = TRAP;

		spot[PMSK][i].kind = TRAP;

	}*/

	      << ", born: " << born << ", died: " << died << " best: " << best);

	Refresh();

}

	}

	if(n.lpComment && *n.lpComment)

		if(name.GetCount())

		else

			return n.lpComment;

	return name;

					/*

						LOG("Is a file share");

						LOG(lpnr[ctr].lpRemoteName);

						while(ff) {

							LOG("  " << ff.GetName());

							ff.Next();

	_svgNode.SetAttr("xmlns:xlink", "http://www.w3.org/1999/xlink");

	_svgNode.SetAttr("width", xPixels);

	_svgNode.SetAttr("height", yPixels);

	_defsNode = &_svgNode.Add("defs");

	_currentParentNode = &_svgNode;

void SvgDraw::OffsetOp(Point p)

{

	Begin();

	////actual_offset += p;

}

	path.SetAttr("d", pathD);

	clipPath.SetAttr("id", id);

	return false; // todo:

}

	path.SetAttr("d", pathD);

	clipPath.SetAttr("id", id);

	////actual_offset += r.TopLeft();

	return false; // todo:

}

bool SvgDraw::ExcludeClipOp(const Rect& r)

{

	//todo:

	return false;

}

bool SvgDraw::IntersectClipOp(const Rect& r)

{

	//todo:

	return false;

}

bool SvgDraw::IsPaintingOp(const Rect& r) const

{

	//todo:

	return false;

}

String SvgDraw::GetNextId()

{

}

END_UPP_NAMESPACE

			if(box[i] != i + 1)

				return;

		String dim;

		if(moves < sm) {

			sm = moves;

			PromptOK(t_("You win with the new best score!"));

String HtmlDot(int q, Zoom z)

{

}

String HtmlDotl(int q, Zoom z)

{

}

String HtmlStyleColor(Color c, const char *cl = "color")

CONSOLE_APP_MAIN

{

//	return;

	qtf << "[C1 {{1:1 SqlExp C`+`+:: PostgreSQL";

	EXP(Select(COLUMN).From(TABLE));

	StringBuffer final;

	final << XmlHeader() 

	      << XmlDocType("svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\" \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\"")

	return ~final;

}

void SvgDraw::OffsetOp(Point p)

{

	Begin();

	_body << ">\n";

	actual_offset += p;

}

bool SvgDraw::ClipOp(const Rect& r)

{

	Begin();

	_body << ">\n";

	return false; // todo:

bool SvgDraw::ClipoffOp(const Rect& r)

{

	Begin();

	_body << ">\n";

	actual_offset += r.TopLeft();

bool SvgDraw::ExcludeClipOp(const Rect& r)

{

	//todo:

	return false;

}

bool SvgDraw::IntersectClipOp(const Rect& r)

{

	//todo:

	return false;

}

bool SvgDraw::IsPaintingOp(const Rect& r) const

{

	//todo:

	return false;

}

	XmlTag t("text");

	t("x", xAttr)("y", y + font.GetHeight())("style", style);

	if (angle != 0)

	AddTag(t, DeXml(WString(text).ToString()));

}

String SvgDraw::GetNextId()

{

}

String SvgDraw::AddPath(Rect const &r)

GUI_APP_MAIN

{

//	return;

//	DUMP((Xheight*25.4/XheightMM));

	virtual void LeftDown(Point p, dword keyflags)

	{

		Refresh();

	}

	void LeftDouble(Point p, dword keyflags)

	{

		Refresh();

	}

	virtual void LeftUp(Point p, dword keyflags)

	{

		Refresh();

	}

	virtual void MouseMove(Point p, dword keyflags)

	{

		Refresh();

	}

{

	String flags = release ? "r" : "b";

	String mn = release ? "R" : "D";

	Cout() << n << '\n';

	String outdir = AppendFileName(output, n);

	DeleteFolderDeep(outdir);

String UARArchiveJob::Usage()

{

		<< NFormat("uar COFF librarian, version %d.%d.r%d, release date %`\n%s",

		UAR_VERSION_MAJOR, UAR_VERSION_MINOR, UAR_VERSION_RELEASE, UAR_DATE, UAR_COPYRIGHT) << "\n"

		"\n"

String LinkJob::Usage()

{

		<< NFormat("uld COFF linker, version %d.%d.r%d, release date: %`\n%s",

			ULD_VERSION_MAJOR, ULD_VERSION_MINOR, ULD_VERSION_RELEASE, ULD_DATE, ULD_COPYRIGHT) << "\n"

		"\n"

		cache_library_index.Clear();

		for(int i = 0; i < object_cache.GetCount(); i++) {

			const Cache& obj = object_cache[i];

			cache_library_index.Add(obj.library);

		}

	}

template<> inline bool IsNull(const Complex& r) { return r.real() < DOUBLE_NULL_LIM || r.imag() < DOUBLE_NULL_LIM; }

template<> inline unsigned GetHashValue(const Complex& x) { return CombineHash(x.real(), x.imag()); }

template<> inline String AsString(const Complex& x) { return AsString((const std::complex<double>&)x); }

template<> inline dword ValueTypeNo(const Complex*) { return COMPLEX_V; }

	{ "Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat" };

	static const char *month[] =

	{ "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" };

		<< dayofweek[DayOfWeek(tm)] << ", "

		<< (int)tm.day << ' ' << month[tm.month - 1]

		<< ' ' << (int)tm.year

			}

			if(n.lpComment && *n.lpComment)

				if(nn.name.GetCount())

					                         << " (" << nn.name << ")";

				else

					nn.name = FromSystemCharset(n.lpComment);

	unsigned GetHashValue() const             { return CombineHash(a, b); }

};

template<typename A, typename B>

	unsigned GetHashValue() const             { return CombineHash(a, b, c); }

};

template<typename A, typename B, typename C>

	unsigned GetHashValue() const             { return CombineHash(a, b, c, d); }

};

template<typename A, typename B, typename C, typename D>

#ifdef _DEBUG

		dword t = GetValueTypeNo<T>();

		ASSERT_(t < 255 && (t == STRING_V ? IsString() : Is((byte)t)),

		                       << GetName() << " -> " << typeid(T).name());

#endif

		return *(T*)&data;

	}

	const RawValueRep<T> *x = dynamic_cast<const RawValueRep<T>*>(ptr());

	ASSERT_(x,

	                       << GetName() << " -> " << typeid(T).name());

	return x->Get();

}

void  XmlParser::PassTag(const char *tag)

{

	if(!Tag(tag))

}

void  XmlParser::PassTag(const String& tag)

{

	if(!Tag(tag))

}

bool  XmlParser::IsEnd()

void  XmlParser::PassEnd()

{

	if(!End())

}

bool  XmlParser::TagE(const char *tag)

			Decl& a = r.Add();

			a.name = lex.GetId();

			a.function = true;

			Decl& p = a.param.Add();

			p.name = "http";

			p.type = "Http";

			Decl& a = r.Add();

			a.name = lex.GetId();

			a.function = true;

			Decl& p = a.param.Add();

			p.name = "rpc";

			p.type = "RpcData";

#ifdef PLATFORM_WIN32

	MessageBox(NULL, s, GetExeTitle(), MB_OK | MB_ICONQUESTION);

#else

#endif

	return true;

}

{

	GuiLock __;

	if(IsUsrLog())

	LLOG("Ctrl::SetFocus " << Desc(this));

	LLOG("focusCtrlWnd " << UPP::Name(focusCtrlWnd));

	LLOG("Ctrl::SetFocus0 -> deferredSetFocus = NULL; was: " << UPP::Name(defferedSetFocus));

	String s = txt;

	s << "\n" << GetLastErrorMessage();

	MessageBox(::GetActiveWindow(), s, "Clipboard error", MB_ICONSTOP | MB_OK | MB_APPLMODAL);

}

String FromWin32CF(int cf);

{

	if(!DebugClipboard()) 

		return;

}

bool ClipboardOpen()

String AsString(POINTL p)

{

}

struct UDropTarget : public IDropTarget {

bool Ctrl::IsCompositedGui()

{

	GuiLock __;

	return b;

}

double Esc::Number(const EscValue& a, const char *oper)

{

	if(!a.IsNumber())

	return a.GetNumber();

}

int Esc::Int(const EscValue& a, const char *oper)

{

	if(!a.IsInt())

	return a.GetInt();

}

String EscEscape::DumpType(int i)

{

	if(i < arg.GetCount())

	else

		return " (not enough arguments)";

}

{

	if(i < arg.GetCount() && arg[i].IsNumber())

		return;

	           << DumpType(i));

}

{

	if(i < arg.GetCount() && arg[i].IsArray())

		return;

	           << DumpType(i));

}

{

	if(i < arg.GetCount() && arg[i].IsMap())

		return;

}

void Escape(ArrayMap<String, EscValue>& globals, const char *function, Callback1<EscEscape&> escape)

		decoder = CreateDecoder(info);

		if(decoder.IsEmpty()) {

			draw.DrawText(cdest.left, cdest.top,

			draw.End();

			LLOG(EndIndent << "//HRR:x: encoder not found, exiting");

			return;

	}

	One<StreamRasterEncoder> encoder = CreateEncoder(info);

	if(!encoder)

	bool abort = false;

	try

			else if(*p == '$')

			{ // style name

				if(*++p != '\"')

				p = ParseCString(p + 1, name);

			}

			else if(*p == '\"')

				String sn;

				p = ParseCString(p + 1, sn);

				if(*p != '=')

				if(IsNull(sn))

				for(p++; *p && *p != '\n' && (byte)*p <= ' '; p++)

					;

				PathStyle ps;

				p = ps.Decode(p);

				if(!p)

				if(map.Find(sn) < 0 || update_existing)

					Set(sn, ps);

			}

			else

	}

	catch(Exc e)

	{

	}

}

String Matrixf3::ToString() const

{

}

Matrixf3 Matrixf3Move(Pointf3 vector)

String Matrixf::ToString() const

{

}

END_UPP_NAMESPACE

			String h;

			for(int i = 0; i < include_back; i++)

				h << "../";

			                << (include_local ? "\"" : "<")

			                << h << include_path

			                << f.name

void BrowserScanError(int line, const String& text)

{

	if(s_console)

}

void SaveCodeBase()

void PutCompileTime(int time, int count)

{

	           << " " << int(GetTickCount() - time) / count << " msec/file");

}

	}

	makefile.config << outdir << " = $(UPPOUT)"

		<< macros << " = " << macdef << "\n";

	makefile.install << "\t-mkdir -p $(" << outdir << ")\n";

	else {

		info.time = ff.GetLastWriteTime();

		if(info.time > GetSysTime() + 10)

		ScanFile(path, ii);

	}

	return ii;

			if(ff) {

				Time tm = ff.GetLastWriteTime();

				if(tm > GetSysTime() + 10)

				if(tm > h)

					h = tm;

			}

		return true;

	for(int i = 0; i < info.depend.GetCount(); i++)

		if(!info.bydefine[i] && !map[info.depend[i]].CanBlitz()) {

			           << "(1) : blocks BLITZ of " << path);

			return false;

		}

		return MatchWhen_X(when, flag);

	}

	catch(CParser::Error e) {

		           << "Invalid When expression: " << AsCString(when) << ": " << e);

		return false;

	}

void AssistScanError(int line, const String& text)

{

#ifdef _DEBUG_X_0