repos/Represent/Represent.cpp

// Represent
//
// Douglas Thrift
//
// $Id$

#include "Hexadecimal.hpp"
#include "DataType.hpp"
#include "InputType.hpp"

#ifdef _WIN32
#pragma warning(disable:4267 4288)
#endif

#include <menes-app/simple.hpp>
#include <menes-xml/document.hpp>
#include <menes-xml/nodeset.hpp>
#include <menes-xml/parse.hpp>

struct Environment
{
        ext::String get(const ext::String& name) { try { return api::TheEnvironment.Get(name); } catch (ext::Exception) { return ext::String(); } }
} env;

struct Item
{
        DataType type;
        ext::String data;
        InputType input;
        Item(const DataType& type, const ext::String& data, const InputType& input_) : type(type), data(data), input(input_) {}
};

int Main(const app::Options& options)
{
        Represent represent;

        return 0;
}

Represent::Represent()
{
        api::Cout << "Content-Type: text/html; charset=UTF-8\r\n\r\n" << ios::Flush;

        xml::TextWriter xhtml(api::Cout);

        parse();

        _H<xml::Document> document(xml::Parse("represent.xml"));
        _H<xml::Node> node(*document/"represent");
        ext::String before(*node/"before"), after(*node/"after");

        api::Cout << ios::NewLine << before << ios::Flush;

        {
                xml::ScopeElement table(xhtml, "table");

                headings(xhtml);
                form(xhtml);
                output(xhtml);
        }

        api::Cout << after << ios::Flush;
}

void Represent::parse()
{
        ext::String query(env.get("QUERY_STRING"));

        if (env.get("REQUEST_METHOD") == "POST")
        {
                ext::Buffer content(lexical_cast<size_t>(env.get("CONTENT_LENGTH")));

                api::Cin.ReadFully(content.Begin(), content.GetSize());

                query = content;
        }

        ext::Vector<ext::String> pairs(ext::SplitAll(query, ext::String("&")));

        _foreach (const ext::Vector<ext::String>, pair, pairs)
        {
                ext::String::ConstIterator equal(ext::FindFirstAll(*pair, ext::String("=")));
                ext::String name(pair->Begin(), equal), value(equal != pair->End() ? equal + 1 : equal, pair->End());

                cgi.insert(std::pair<std::string, std::string>(decode(name), decode(value)));
        }
}

std::string Represent::decode(const ext::String& encoded)
{
        std::string decoded(encoded);
        std::string::size_type pos(0);

        while ((pos = decoded.find_first_of("%+", pos)) != std::string::npos) switch (decoded[pos])
        {
        case '%':
                decoded.replace(pos, 3, 1, Hexadecimal(decoded.substr(pos + 1, 2), false).convert<char>(false));
                break;
        case '+':
                decoded[pos] = ' ';
        }

        return decoded;
}

void Represent::headings(xml::TextWriter& xhtml)
{
        xml::ScopeElement tr(xhtml, "tr");
        ext::String headings[] = { "Data Type", "Data Representation", "Input Type", "Storage" };

        _for (unsigned, index, 0, sizeof (headings) / sizeof (ext::String))
        {
                xml::ScopeElement th(xhtml, "th");

                xhtml.OutputText(headings[index]);
        }
}

void Represent::form(xml::TextWriter& xhtml)
{
        xml::ScopeElement tr(xhtml, "tr");

        {
                xml::ScopeElement td(xhtml, "td"), select(xhtml, "select");

                xhtml.SetAttribute("name", "type");

                DataType type(cgi.find("type") != cgi.end() ? cgi.find("type")->second : std::string());

                _foreach (const ext::Vector<DataType>, type_, DataType::enumerate())
                {
                        xml::ScopeElement option(xhtml, "option");

                        if (*type_ == type) xhtml.SetAttribute("selected", "selected");

                        xhtml.OutputText(*type_);
                }
        }

        {
                xml::ScopeElement td(xhtml, "td"), input(xhtml, "input");

                xhtml.SetAttribute("name", "data");
                xhtml.SetAttribute("size", "64");
                xhtml.SetAttribute("type", "text");

                ext::String data(cgi.find("data") != cgi.end() ? cgi.find("data")->second : std::string());

                xhtml.SetAttribute("value", data);
        }

        {
                xml::ScopeElement td(xhtml, "td"), select(xhtml, "select");

                xhtml.SetAttribute("name", "input");

                InputType input(cgi.find("input") != cgi.end() ? cgi.find("input")->second : std::string());

                _foreach (const ext::Vector<InputType>, input_, InputType::enumerate())
                {
                        xml::ScopeElement option(xhtml, "option");

                        if (*input_ == input) xhtml.SetAttribute("selected", "selected");

                        xhtml.OutputText(*input_);
                }
        }

        xml::ScopeElement td(xhtml, "td"), input(xhtml, "input");

        xhtml.SetAttribute("type", "submit");
        xhtml.SetAttribute("value", "Store");
}

void Represent::output(xml::TextWriter& xhtml)
{
        typedef std::multimap<std::string, std::string>::size_type MultiMapSize;

        std::set<MultiMapSize, std::greater<MultiMapSize> > count;
        ext::String names[] = { "type", "data", "input" };

        _for (unsigned, index, 0, sizeof (names) / sizeof (ext::String)) count.insert(cgi.count(names[index]));

        typedef std::multimap<std::string, std::string>::const_iterator MultiMapConstIterator;

        MultiMapConstIterator type(cgi.lower_bound("type")), type_(cgi.upper_bound("type")), data(cgi.lower_bound("data")), data_(cgi.upper_bound("data")), input(cgi.lower_bound("input")), input_(cgi.upper_bound("input"));
        ext::Vector<Item> items;

        _for (unsigned, index, 0, *count.begin() < 128 ? *count.begin() : 128)
        {
                Item item(DataType(type != type_ ? type->second : std::string()), data != data_ ? data->second : std::string(), InputType(input != input_ ? input->second : std::string()));

                items.InsertLast(item);

                if (type != type_) ++type;
                if (data != data_) ++data;
                if (input != input_) ++input;
        }

        _rfor (MultiMapConstIterator, delete_, cgi.lower_bound("delete"), cgi.upper_bound("delete")) items.RemoveAt(lexical_cast<size_t>(delete_->second));

        if (!items.IsEmpty() && items.First().data.IsEmpty()) items.RemoveFirst();

        size_t index(0);

        _foreach (ext::Vector<Item>, item, items) switch (item->type)
        {
        case DataType::TYPE_bool:
                output<bool>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_char:
                output<char>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_short:
                output<short>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_unsigned_short:
                output<unsigned short>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_int:
                output<int>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_unsigned_int:
                output<unsigned int>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_long:
                output<long>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_unsigned_long:
                output<unsigned long>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_float:
                output<float>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_double:
                output<double>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_std_string:
                output<std::string>(xhtml, *item, ++index);
                break;
        case DataType::TYPE_ext_String:
                output<ext::String>(xhtml, *item, ++index);
        }
}

template <typename Type>
void Represent::output(xml::TextWriter& xhtml, const Item& item, size_t index)
{
        xhtml.OpenElement("tr");

        {
                xml::ScopeElement td(xhtml, "td");

                xhtml.SetAttribute("rowspan", "3");
                xhtml.OutputText(item.type);

                ext::String names[] = { "type", "data", "input" }, values[] = { item.type, item.data, item.input };

                _for (unsigned, index, 0, sizeof (names) / sizeof (ext::String))
                {
                        xml::ScopeElement input(xhtml, "input");

                        xhtml.SetAttribute("name", names[index]);
                        xhtml.SetAttribute("type", "hidden");
                        xhtml.SetAttribute("value", values[index]);
                }
        }

        Type type(input<Type>(item));

        {
                xml::ScopeElement td(xhtml, "td");

                normal(xhtml, type);
        }

        {
                xml::ScopeElement th(xhtml, "th");

                xhtml.OutputText("Normal");
        }

        {
                xml::ScopeElement td(xhtml, "td");

                xhtml.SetAttribute("rowspan", "3");

                {
                        xml::ScopeElement input(xhtml, "input");

                        xhtml.SetAttribute("name", "delete");
                        xhtml.SetAttribute("type", "checkbox");
                        xhtml.SetAttribute("value", lexical_cast<ext::String>(index));
                }

                xhtml.OutputText("Delete");
        }

        xhtml.CloseElement();
        xhtml.OpenElement("tr");

        {
                xml::ScopeElement td(xhtml, "td");

                binary(xhtml, type);
        }

        {
                xml::ScopeElement th(xhtml, "th");

                xhtml.OutputText("Binary");
        }

        xhtml.CloseElement();
        xhtml.OpenElement("tr");

        {
                xml::ScopeElement td(xhtml, "td");
        
                hexadecimal(xhtml, type);
        }

        {
                xml::ScopeElement th(xhtml, "th");

                xhtml.OutputText("Hexadecimal");
        }

        xhtml.CloseElement();
}

template <typename Type>
Type Represent::input(const Item& item)
{
        bool signed_(etl::Limits<Type>::IsSigned);

        switch (item.input)
        {
        default:
                try { return lexical_cast<Type>(item.data); } catch (ext::Exception) { return 0; }
        case InputType::INPUT_Binary:
                return Binary(item.data, signed_).convert<Type>(signed_);
        case InputType::INPUT_Hexadecimal:
                return Hexadecimal(item.data, signed_).convert<Type>(signed_);
        }
}

template <>
char Represent::input(const Item& item)
{
        switch (item.input)
        {
        default:
                return item.data.First();
        case InputType::INPUT_Binary:
                return Binary(item.data, false).convert<char>(false);
        case InputType::INPUT_Hexadecimal:
                return Hexadecimal(item.data, false).convert<char>(false);
        }
}

template <>
std::string Represent::input(const Item& item)
{
        std::string string;

        switch (item.input)
        {
        default:
                return item.data;
        case InputType::INPUT_Binary:
                _foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string += Binary(*atom, false).convert<char>(false);
                break;
        case InputType::INPUT_Hexadecimal:
                _foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string += Hexadecimal(*atom, false).convert<char>(false);
        }

        return string;
}

template <>
ext::String Represent::input(const Item& item)
{
        ext::String string;

        switch (item.input)
        {
        default:
                return item.data;
        case InputType::INPUT_Binary:
                _foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string.InsertLast(Binary(*atom, false).convert<uint32_t>(false));
                break;
        case InputType::INPUT_Hexadecimal:
                _foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string.InsertLast(Hexadecimal(*atom, false).convert<uint32_t>(false));
        }

        return string;
}

template <typename Type>
void Represent::normal(xml::TextWriter& xhtml, const Type& type)
{
        xhtml.OutputText(lexical_cast<ext::String>(type));
}

template <>
void Represent::normal(xml::TextWriter& xhtml, const char& char_)
{
        xhtml.OutputText("'");
        xhtml.OutputText(std::string(1, char_).c_str());
        xhtml.OutputText("'");
}

template <>
void Represent::normal(xml::TextWriter& xhtml, const std::string& string)
{
        xhtml.OutputText("\"");
        xhtml.OutputText(string);
        xhtml.OutputText("\"");
}

template <>
void Represent::normal(xml::TextWriter& xhtml, const ext::String& string)
{
        xhtml.OutputText("\"");
        xhtml.OutputText(string);
        xhtml.OutputText("\"");
}

template <typename Type>
void Represent::binary(xml::TextWriter& xhtml, const Type& type)
{
        xhtml.OutputText(Binary(type));
}

template <>
void Represent::binary(xml::TextWriter& xhtml, const std::string& string)
{
        xhtml.OutputText(Binary(string));

        xml::ScopeElement(xhtml, "br");

        _sforeach (std::string, atom, string)
        {
                xml::ScopeElement(xhtml, "br");

                xhtml.OutputText(Binary(*atom));
                xhtml.OutputText(" = '");
                xhtml.OutputText(ext::CodePoint(*atom));
                xhtml.OutputText("'");
        }
}

template <>
void Represent::binary(xml::TextWriter& xhtml, const ext::String& string)
{
        xhtml.OutputText(Binary(string));

        xml::ScopeElement(xhtml, "br");

        _foreach (const ext::String, atom, string)
        {
                xml::ScopeElement(xhtml, "br");

                xhtml.OutputText(Binary(*atom));
                xhtml.OutputText(" = '");
                xhtml.OutputText(ext::CodePoint(*atom));
                xhtml.OutputText("'");
        }
}

template <typename Type>
void Represent::hexadecimal(xml::TextWriter& xhtml, const Type& type)
{
        xhtml.OutputText(Hexadecimal(type));
}

template <>
void Represent::hexadecimal(xml::TextWriter& xhtml, const std::string& string)
{
        xhtml.OutputText(Hexadecimal(string));

        xml::ScopeElement(xhtml, "br");

        _sforeach (std::string, atom, string)
        {
                xml::ScopeElement(xhtml, "br");

                xhtml.OutputText(Hexadecimal(*atom));
                xhtml.OutputText(" = '");
                xhtml.OutputText(ext::CodePoint(*atom));
                xhtml.OutputText("'");
        }
}

template <>
void Represent::hexadecimal(xml::TextWriter& xhtml, const ext::String& string)
{
        xhtml.OutputText(Hexadecimal(string));

        xml::ScopeElement(xhtml, "br");

        _foreach (const ext::String, atom, string)
        {
                xml::ScopeElement(xhtml, "br");

                xhtml.OutputText(Hexadecimal(*atom));
                xhtml.OutputText(" = '");
                xhtml.OutputText(ext::CodePoint(*atom));
                xhtml.OutputText("'");
        }
}
Revision:	422
Committed:	2005-03-09T19:08:17-08:00 (20 years, 3 months ago) by douglas
File size:	12171 byte(s)
Log Message:	Gah! Menes is going crazy right now!
#	Content
1	// Represent
2	//
3	// Douglas Thrift
4	//
5	// $Id$
6
7	#include "Hexadecimal.hpp"
8	#include "DataType.hpp"
9	#include "InputType.hpp"
10
11	#ifdef _WIN32
12	#pragma warning(disable:4267 4288)
13	#endif
14
15	#include <menes-app/simple.hpp>
16	#include <menes-xml/document.hpp>
17	#include <menes-xml/nodeset.hpp>
18	#include <menes-xml/parse.hpp>
19
20	struct Environment
21	{
22	ext::String get(const ext::String& name) { try { return api::TheEnvironment.Get(name); } catch (ext::Exception) { return ext::String(); } }
23	} env;
24
25	struct Item
26	{
27	DataType type;
28	ext::String data;
29	InputType input;
30	Item(const DataType& type, const ext::String& data, const InputType& input_) : type(type), data(data), input(input_) {}
31	};
32
33	int Main(const app::Options& options)
34	{
35	Represent represent;
36
37	return 0;
38	}
39
40	Represent::Represent()
41	{
42	api::Cout << "Content-Type: text/html; charset=UTF-8\r\n\r\n" << ios::Flush;
43
44	xml::TextWriter xhtml(api::Cout);
45
46	parse();
47
48	_H<xml::Document> document(xml::Parse("represent.xml"));
49	_H<xml::Node> node(*document/"represent");
50	ext::String before(node/"before"), after(node/"after");
51
52	api::Cout << ios::NewLine << before << ios::Flush;
53
54	{
55	xml::ScopeElement table(xhtml, "table");
56
57	headings(xhtml);
58	form(xhtml);
59	output(xhtml);
60	}
61
62	api::Cout << after << ios::Flush;
63	}
64
65	void Represent::parse()
66	{
67	ext::String query(env.get("QUERY_STRING"));
68
69	if (env.get("REQUEST_METHOD") == "POST")
70	{
71	ext::Buffer content(lexical_cast<size_t>(env.get("CONTENT_LENGTH")));
72
73	api::Cin.ReadFully(content.Begin(), content.GetSize());
74
75	query = content;
76	}
77
78	ext::Vector<ext::String> pairs(ext::SplitAll(query, ext::String("&")));
79
80	_foreach (const ext::Vector<ext::String>, pair, pairs)
81	{
82	ext::String::ConstIterator equal(ext::FindFirstAll(*pair, ext::String("=")));
83	ext::String name(pair->Begin(), equal), value(equal != pair->End() ? equal + 1 : equal, pair->End());
84
85	cgi.insert(std::pair<std::string, std::string>(decode(name), decode(value)));
86	}
87	}
88
89	std::string Represent::decode(const ext::String& encoded)
90	{
91	std::string decoded(encoded);
92	std::string::size_type pos(0);
93
94	while ((pos = decoded.find_first_of("%+", pos)) != std::string::npos) switch (decoded[pos])
95	{
96	case '%':
97	decoded.replace(pos, 3, 1, Hexadecimal(decoded.substr(pos + 1, 2), false).convert<char>(false));
98	break;
99	case '+':
100	decoded[pos] = ' ';
101	}
102
103	return decoded;
104	}
105
106	void Represent::headings(xml::TextWriter& xhtml)
107	{
108	xml::ScopeElement tr(xhtml, "tr");
109	ext::String headings[] = { "Data Type", "Data Representation", "Input Type", "Storage" };
110
111	_for (unsigned, index, 0, sizeof (headings) / sizeof (ext::String))
112	{
113	xml::ScopeElement th(xhtml, "th");
114
115	xhtml.OutputText(headings[index]);
116	}
117	}
118
119	void Represent::form(xml::TextWriter& xhtml)
120	{
121	xml::ScopeElement tr(xhtml, "tr");
122
123	{
124	xml::ScopeElement td(xhtml, "td"), select(xhtml, "select");
125
126	xhtml.SetAttribute("name", "type");
127
128	DataType type(cgi.find("type") != cgi.end() ? cgi.find("type")->second : std::string());
129
130	_foreach (const ext::Vector<DataType>, type_, DataType::enumerate())
131	{
132	xml::ScopeElement option(xhtml, "option");
133
134	if (*type_ == type) xhtml.SetAttribute("selected", "selected");
135
136	xhtml.OutputText(*type_);
137	}
138	}
139
140	{
141	xml::ScopeElement td(xhtml, "td"), input(xhtml, "input");
142
143	xhtml.SetAttribute("name", "data");
144	xhtml.SetAttribute("size", "64");
145	xhtml.SetAttribute("type", "text");
146
147	ext::String data(cgi.find("data") != cgi.end() ? cgi.find("data")->second : std::string());
148
149	xhtml.SetAttribute("value", data);
150	}
151
152	{
153	xml::ScopeElement td(xhtml, "td"), select(xhtml, "select");
154
155	xhtml.SetAttribute("name", "input");
156
157	InputType input(cgi.find("input") != cgi.end() ? cgi.find("input")->second : std::string());
158
159	_foreach (const ext::Vector<InputType>, input_, InputType::enumerate())
160	{
161	xml::ScopeElement option(xhtml, "option");
162
163	if (*input_ == input) xhtml.SetAttribute("selected", "selected");
164
165	xhtml.OutputText(*input_);
166	}
167	}
168
169	xml::ScopeElement td(xhtml, "td"), input(xhtml, "input");
170
171	xhtml.SetAttribute("type", "submit");
172	xhtml.SetAttribute("value", "Store");
173	}
174
175	void Represent::output(xml::TextWriter& xhtml)
176	{
177	typedef std::multimap<std::string, std::string>::size_type MultiMapSize;
178
179	std::set<MultiMapSize, std::greater<MultiMapSize> > count;
180	ext::String names[] = { "type", "data", "input" };
181
182	_for (unsigned, index, 0, sizeof (names) / sizeof (ext::String)) count.insert(cgi.count(names[index]));
183
184	typedef std::multimap<std::string, std::string>::const_iterator MultiMapConstIterator;
185
186	MultiMapConstIterator type(cgi.lower_bound("type")), type_(cgi.upper_bound("type")), data(cgi.lower_bound("data")), data_(cgi.upper_bound("data")), input(cgi.lower_bound("input")), input_(cgi.upper_bound("input"));
187	ext::Vector<Item> items;
188
189	_for (unsigned, index, 0, count.begin() < 128 ? count.begin() : 128)
190	{
191	Item item(DataType(type != type_ ? type->second : std::string()), data != data_ ? data->second : std::string(), InputType(input != input_ ? input->second : std::string()));
192
193	items.InsertLast(item);
194
195	if (type != type_) ++type;
196	if (data != data_) ++data;
197	if (input != input_) ++input;
198	}
199
200	_rfor (MultiMapConstIterator, delete_, cgi.lower_bound("delete"), cgi.upper_bound("delete")) items.RemoveAt(lexical_cast<size_t>(delete_->second));
201
202	if (!items.IsEmpty() && items.First().data.IsEmpty()) items.RemoveFirst();
203
204	size_t index(0);
205
206	_foreach (ext::Vector<Item>, item, items) switch (item->type)
207	{
208	case DataType::TYPE_bool:
209	output<bool>(xhtml, *item, ++index);
210	break;
211	case DataType::TYPE_char:
212	output<char>(xhtml, *item, ++index);
213	break;
214	case DataType::TYPE_short:
215	output<short>(xhtml, *item, ++index);
216	break;
217	case DataType::TYPE_unsigned_short:
218	output<unsigned short>(xhtml, *item, ++index);
219	break;
220	case DataType::TYPE_int:
221	output<int>(xhtml, *item, ++index);
222	break;
223	case DataType::TYPE_unsigned_int:
224	output<unsigned int>(xhtml, *item, ++index);
225	break;
226	case DataType::TYPE_long:
227	output<long>(xhtml, *item, ++index);
228	break;
229	case DataType::TYPE_unsigned_long:
230	output<unsigned long>(xhtml, *item, ++index);
231	break;
232	case DataType::TYPE_float:
233	output<float>(xhtml, *item, ++index);
234	break;
235	case DataType::TYPE_double:
236	output<double>(xhtml, *item, ++index);
237	break;
238	case DataType::TYPE_std_string:
239	output<std::string>(xhtml, *item, ++index);
240	break;
241	case DataType::TYPE_ext_String:
242	output<ext::String>(xhtml, *item, ++index);
243	}
244	}
245
246	template <typename Type>
247	void Represent::output(xml::TextWriter& xhtml, const Item& item, size_t index)
248	{
249	xhtml.OpenElement("tr");
250
251	{
252	xml::ScopeElement td(xhtml, "td");
253
254	xhtml.SetAttribute("rowspan", "3");
255	xhtml.OutputText(item.type);
256
257	ext::String names[] = { "type", "data", "input" }, values[] = { item.type, item.data, item.input };
258
259	_for (unsigned, index, 0, sizeof (names) / sizeof (ext::String))
260	{
261	xml::ScopeElement input(xhtml, "input");
262
263	xhtml.SetAttribute("name", names[index]);
264	xhtml.SetAttribute("type", "hidden");
265	xhtml.SetAttribute("value", values[index]);
266	}
267	}
268
269	Type type(input<Type>(item));
270
271	{
272	xml::ScopeElement td(xhtml, "td");
273
274	normal(xhtml, type);
275	}
276
277	{
278	xml::ScopeElement th(xhtml, "th");
279
280	xhtml.OutputText("Normal");
281	}
282
283	{
284	xml::ScopeElement td(xhtml, "td");
285
286	xhtml.SetAttribute("rowspan", "3");
287
288	{
289	xml::ScopeElement input(xhtml, "input");
290
291	xhtml.SetAttribute("name", "delete");
292	xhtml.SetAttribute("type", "checkbox");
293	xhtml.SetAttribute("value", lexical_cast<ext::String>(index));
294	}
295
296	xhtml.OutputText("Delete");
297	}
298
299	xhtml.CloseElement();
300	xhtml.OpenElement("tr");
301
302	{
303	xml::ScopeElement td(xhtml, "td");
304
305	binary(xhtml, type);
306	}
307
308	{
309	xml::ScopeElement th(xhtml, "th");
310
311	xhtml.OutputText("Binary");
312	}
313
314	xhtml.CloseElement();
315	xhtml.OpenElement("tr");
316
317	{
318	xml::ScopeElement td(xhtml, "td");
319
320	hexadecimal(xhtml, type);
321	}
322
323	{
324	xml::ScopeElement th(xhtml, "th");
325
326	xhtml.OutputText("Hexadecimal");
327	}
328
329	xhtml.CloseElement();
330	}
331
332	template <typename Type>
333	Type Represent::input(const Item& item)
334	{
335	bool signed_(etl::Limits<Type>::IsSigned);
336
337	switch (item.input)
338	{
339	default:
340	try { return lexical_cast<Type>(item.data); } catch (ext::Exception) { return 0; }
341	case InputType::INPUT_Binary:
342	return Binary(item.data, signed_).convert<Type>(signed_);
343	case InputType::INPUT_Hexadecimal:
344	return Hexadecimal(item.data, signed_).convert<Type>(signed_);
345	}
346	}
347
348	template <>
349	char Represent::input(const Item& item)
350	{
351	switch (item.input)
352	{
353	default:
354	return item.data.First();
355	case InputType::INPUT_Binary:
356	return Binary(item.data, false).convert<char>(false);
357	case InputType::INPUT_Hexadecimal:
358	return Hexadecimal(item.data, false).convert<char>(false);
359	}
360	}
361
362	template <>
363	std::string Represent::input(const Item& item)
364	{
365	std::string string;
366
367	switch (item.input)
368	{
369	default:
370	return item.data;
371	case InputType::INPUT_Binary:
372	_foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string += Binary(*atom, false).convert<char>(false);
373	break;
374	case InputType::INPUT_Hexadecimal:
375	_foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string += Hexadecimal(*atom, false).convert<char>(false);
376	}
377
378	return string;
379	}
380
381	template <>
382	ext::String Represent::input(const Item& item)
383	{
384	ext::String string;
385
386	switch (item.input)
387	{
388	default:
389	return item.data;
390	case InputType::INPUT_Binary:
391	_foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string.InsertLast(Binary(*atom, false).convert<uint32_t>(false));
392	break;
393	case InputType::INPUT_Hexadecimal:
394	_foreach (const _L<ext::String>, atom, ext::SplitAll(item.data, ext::String(" "))) string.InsertLast(Hexadecimal(*atom, false).convert<uint32_t>(false));
395	}
396
397	return string;
398	}
399
400	template <typename Type>
401	void Represent::normal(xml::TextWriter& xhtml, const Type& type)
402	{
403	xhtml.OutputText(lexical_cast<ext::String>(type));
404	}
405
406	template <>
407	void Represent::normal(xml::TextWriter& xhtml, const char& char_)
408	{
409	xhtml.OutputText("'");
410	xhtml.OutputText(std::string(1, char_).c_str());
411	xhtml.OutputText("'");
412	}
413
414	template <>
415	void Represent::normal(xml::TextWriter& xhtml, const std::string& string)
416	{
417	xhtml.OutputText("\"");
418	xhtml.OutputText(string);
419	xhtml.OutputText("\"");
420	}
421
422	template <>
423	void Represent::normal(xml::TextWriter& xhtml, const ext::String& string)
424	{
425	xhtml.OutputText("\"");
426	xhtml.OutputText(string);
427	xhtml.OutputText("\"");
428	}
429
430	template <typename Type>
431	void Represent::binary(xml::TextWriter& xhtml, const Type& type)
432	{
433	xhtml.OutputText(Binary(type));
434	}
435
436	template <>
437	void Represent::binary(xml::TextWriter& xhtml, const std::string& string)
438	{
439	xhtml.OutputText(Binary(string));
440
441	xml::ScopeElement(xhtml, "br");
442
443	_sforeach (std::string, atom, string)
444	{
445	xml::ScopeElement(xhtml, "br");
446
447	xhtml.OutputText(Binary(*atom));
448	xhtml.OutputText(" = '");
449	xhtml.OutputText(ext::CodePoint(*atom));
450	xhtml.OutputText("'");
451	}
452	}
453
454	template <>
455	void Represent::binary(xml::TextWriter& xhtml, const ext::String& string)
456	{
457	xhtml.OutputText(Binary(string));
458
459	xml::ScopeElement(xhtml, "br");
460
461	_foreach (const ext::String, atom, string)
462	{
463	xml::ScopeElement(xhtml, "br");
464
465	xhtml.OutputText(Binary(*atom));
466	xhtml.OutputText(" = '");
467	xhtml.OutputText(ext::CodePoint(*atom));
468	xhtml.OutputText("'");
469	}
470	}
471
472	template <typename Type>
473	void Represent::hexadecimal(xml::TextWriter& xhtml, const Type& type)
474	{
475	xhtml.OutputText(Hexadecimal(type));
476	}
477
478	template <>
479	void Represent::hexadecimal(xml::TextWriter& xhtml, const std::string& string)
480	{
481	xhtml.OutputText(Hexadecimal(string));
482
483	xml::ScopeElement(xhtml, "br");
484
485	_sforeach (std::string, atom, string)
486	{
487	xml::ScopeElement(xhtml, "br");
488
489	xhtml.OutputText(Hexadecimal(*atom));
490	xhtml.OutputText(" = '");
491	xhtml.OutputText(ext::CodePoint(*atom));
492	xhtml.OutputText("'");
493	}
494	}
495
496	template <>
497	void Represent::hexadecimal(xml::TextWriter& xhtml, const ext::String& string)
498	{
499	xhtml.OutputText(Hexadecimal(string));
500
501	xml::ScopeElement(xhtml, "br");
502
503	_foreach (const ext::String, atom, string)
504	{
505	xml::ScopeElement(xhtml, "br");
506
507	xhtml.OutputText(Hexadecimal(*atom));
508	xhtml.OutputText(" = '");
509	xhtml.OutputText(ext::CodePoint(*atom));
510	xhtml.OutputText("'");
511	}
512	}