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xml-schema-pimpl.txx @ 111

Revision 111, 64.3 kB (checked in by mido, 16 years ago)
pridana knihovna XSD (a jeji chlebodarkyne XERCES), v ramci Win32 zprovoznen priklad tests/test_xsd_hello.cxx

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1	// file : xsd/cxx/parser/validating/xml-schema-pimpl.txx
2	// author : Boris Kolpackov <boris@codesynthesis.com>
3	// copyright : Copyright (c) 2005-2008 Code Synthesis Tools CC
4	// license : GNU GPL v2 + exceptions; see accompanying LICENSE file
5
6	#include <limits>
7	#include <locale>
8
9	#include <xsd/cxx/zc-istream.hxx>
10	#include <xsd/cxx/parser/validating/exceptions.hxx>
11
12	namespace xsd
13	{
14	namespace cxx
15	{
16	namespace parser
17	{
18	namespace validating
19	{
20	// Note that most of the types implemented here cannot have
21	// whitespaces in the value. As result we don't need to waste
22	// time collapsing whitespaces. All we need to do is trim the
23	// string representation which can be done without copying.
24	//
25
26	// Character table.
27	//
28	namespace bits
29	{
30	const unsigned char ncname_mask = 0x1;
31	const unsigned char name_first_mask = 0x2;
32	const unsigned char name_mask = 0x4;
33
34	template <typename C>
35	struct char_table
36	{
37	static C table[0x80];
38	};
39
40	template <typename C>
41	C char_table<C>::table[0x80] =
42	{
43	0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xD8, 0xD0, 0x00, 0x00, 0xD0, 0x00, 0x00,
44	0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
45	0xD8, 0x48, 0x58, 0x48, 0x48, 0x48, 0x40, 0x58, 0x48, 0x48, 0x48, 0x48, 0x48, 0x4D, 0x4D, 0x58,
46	0x4D, 0x4D, 0x4D, 0x4D, 0x4D, 0x4D, 0x4D, 0x4D, 0x4D, 0x4D, 0x4E, 0x48, 0x50, 0x48, 0x58, 0x48,
47	0x48, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F,
48	0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x48, 0x48, 0x40, 0x48, 0x4F,
49	0x48, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F,
50	0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x4F, 0x48, 0x48, 0x48, 0x48, 0x48
51	};
52	}
53
54	// any_type
55	//
56
57	template <typename C>
58	void any_type_pimpl<C>::
59	post_any_type ()
60	{
61	}
62
63	// any_simple_type
64	//
65
66	template <typename C>
67	void any_simple_type_pimpl<C>::
68	post_any_simple_type ()
69	{
70	}
71
72	// boolean
73	//
74
75	template <typename C>
76	void boolean_pimpl<C>::
77	_pre ()
78	{
79	str_.clear ();
80	}
81
82	template <typename C>
83	void boolean_pimpl<C>::
84	_characters (const ro_string<C>& s)
85	{
86	str_ += s;
87	}
88
89	template <typename C>
90	void boolean_pimpl<C>::
91	_post ()
92	{
93	ro_string<C> str (str_);
94	trim (str);
95
96	if (str == bits::true_<C> () \|\| str == bits::one<C> ())
97	value_ = true;
98	else if (str == bits::false_<C> () \|\| str == bits::zero<C> ())
99	value_ = false;
100	else
101	throw invalid_value<C> (bits::boolean<C> (), str);
102	}
103
104	template <typename C>
105	bool boolean_pimpl<C>::
106	post_boolean ()
107	{
108	return value_;
109	}
110
111	// byte
112	//
113
114	template <typename C>
115	void byte_pimpl<C>::
116	_pre ()
117	{
118	str_.clear ();
119	}
120
121	template <typename C>
122	void byte_pimpl<C>::
123	_characters (const ro_string<C>& s)
124	{
125	str_ += s;
126	}
127
128	template <typename C>
129	void byte_pimpl<C>::
130	_post ()
131	{
132	ro_string<C> str (str_);
133	trim (str);
134
135	short t;
136	zc_istream<C> is (str);
137
138	if (is >> t && is.exhausted () && t >= -128 && t <= 127)
139	value_ = static_cast<signed char> (t);
140	else
141	throw invalid_value<C> (bits::byte<C> (), str);
142	}
143
144	template <typename C>
145	signed char byte_pimpl<C>::
146	post_byte ()
147	{
148	return value_;
149	}
150
151	// unsigned_byte
152	//
153
154	template <typename C>
155	void unsigned_byte_pimpl<C>::
156	_pre ()
157	{
158	str_.clear ();
159	}
160
161	template <typename C>
162	void unsigned_byte_pimpl<C>::
163	_characters (const ro_string<C>& s)
164	{
165	str_ += s;
166	}
167
168	template <typename C>
169	void unsigned_byte_pimpl<C>::
170	_post ()
171	{
172	ro_string<C> str (str_);
173	trim (str);
174
175	unsigned short t;
176	zc_istream<C> is (str);
177
178	if (is >> t && is.exhausted () && t <= 255)
179	value_ = static_cast<unsigned char> (t);
180	else
181	throw invalid_value<C> (bits::unsigned_byte<C> (), str);
182	}
183
184	template <typename C>
185	unsigned char unsigned_byte_pimpl<C>::
186	post_unsigned_byte ()
187	{
188	return value_;
189	}
190
191	// short
192	//
193
194	template <typename C>
195	void short_pimpl<C>::
196	_pre ()
197	{
198	str_.clear ();
199	}
200
201	template <typename C>
202	void short_pimpl<C>::
203	_characters (const ro_string<C>& s)
204	{
205	str_ += s;
206	}
207
208	template <typename C>
209	void short_pimpl<C>::
210	_post ()
211	{
212	ro_string<C> str (str_);
213	trim (str);
214
215	zc_istream<C> is (str);
216
217	if (!(is >> value_ && is.exhausted ()))
218	throw invalid_value<C> (bits::short_<C> (), str);
219	}
220
221	template <typename C>
222	short short_pimpl<C>::
223	post_short ()
224	{
225	return value_;
226	}
227
228
229	// unsigned_short
230	//
231
232	template <typename C>
233	void unsigned_short_pimpl<C>::
234	_pre ()
235	{
236	str_.clear ();
237	}
238
239	template <typename C>
240	void unsigned_short_pimpl<C>::
241	_characters (const ro_string<C>& s)
242	{
243	str_ += s;
244	}
245
246	template <typename C>
247	void unsigned_short_pimpl<C>::
248	_post ()
249	{
250	ro_string<C> str (str_);
251	trim (str);
252
253	zc_istream<C> is (str);
254
255	if (!(is >> value_ && is.exhausted ()))
256	throw invalid_value<C> (bits::unsigned_short<C> (), str);
257	}
258
259	template <typename C>
260	unsigned short unsigned_short_pimpl<C>::
261	post_unsigned_short ()
262	{
263	return value_;
264	}
265
266	// int
267	//
268
269	template <typename C>
270	void int_pimpl<C>::
271	_pre ()
272	{
273	str_.clear ();
274	}
275
276	template <typename C>
277	void int_pimpl<C>::
278	_characters (const ro_string<C>& s)
279	{
280	str_ += s;
281	}
282
283	template <typename C>
284	void int_pimpl<C>::
285	_post ()
286	{
287	ro_string<C> str (str_);
288	trim (str);
289
290	zc_istream<C> is (str);
291
292	if (!(is >> value_ && is.exhausted ()))
293	throw invalid_value<C> (bits::int_<C> (), str);
294	}
295
296	template <typename C>
297	int int_pimpl<C>::
298	post_int ()
299	{
300	return value_;
301	}
302
303
304	// unsigned_int
305	//
306
307	template <typename C>
308	void unsigned_int_pimpl<C>::
309	_pre ()
310	{
311	str_.clear ();
312	}
313
314	template <typename C>
315	void unsigned_int_pimpl<C>::
316	_characters (const ro_string<C>& s)
317	{
318	str_ += s;
319	}
320
321	template <typename C>
322	void unsigned_int_pimpl<C>::
323	_post ()
324	{
325	ro_string<C> str (str_);
326	trim (str);
327
328	zc_istream<C> is (str);
329
330	if (!(is >> value_ && is.exhausted ()))
331	throw invalid_value<C> (bits::unsigned_int<C> (), str);
332	}
333
334	template <typename C>
335	unsigned int unsigned_int_pimpl<C>::
336	post_unsigned_int ()
337	{
338	return value_;
339	}
340
341
342	// long
343	//
344	template <typename C>
345	void long_pimpl<C>::
346	_pre ()
347	{
348	str_.clear ();
349	}
350
351	template <typename C>
352	void long_pimpl<C>::
353	_characters (const ro_string<C>& s)
354	{
355	str_ += s;
356	}
357
358	template <typename C>
359	void long_pimpl<C>::
360	_post ()
361	{
362	ro_string<C> str (str_);
363	trim (str);
364
365	zc_istream<C> is (str);
366
367	if (!(is >> value_ && is.exhausted ()))
368	throw invalid_value<C> (bits::long_<C> (), str);
369	}
370
371	template <typename C>
372	long long long_pimpl<C>::
373	post_long ()
374	{
375	return value_;
376	}
377
378	// unsigned_long
379	//
380	template <typename C>
381	void unsigned_long_pimpl<C>::
382	_pre ()
383	{
384	str_.clear ();
385	}
386
387	template <typename C>
388	void unsigned_long_pimpl<C>::
389	_characters (const ro_string<C>& s)
390	{
391	str_ += s;
392	}
393
394	template <typename C>
395	void unsigned_long_pimpl<C>::
396	_post ()
397	{
398	ro_string<C> str (str_);
399	trim (str);
400
401	zc_istream<C> is (str);
402
403	if (!(is >> value_ && is.exhausted ()))
404	throw invalid_value<C> (bits::unsigned_long<C> (), str);
405	}
406
407	template <typename C>
408	unsigned long long unsigned_long_pimpl<C>::
409	post_unsigned_long ()
410	{
411	return value_;
412	}
413
414
415	// integer
416	//
417	template <typename C>
418	void integer_pimpl<C>::
419	_pre ()
420	{
421	str_.clear ();
422	}
423
424	template <typename C>
425	void integer_pimpl<C>::
426	_characters (const ro_string<C>& s)
427	{
428	str_ += s;
429	}
430
431	template <typename C>
432	void integer_pimpl<C>::
433	_post ()
434	{
435	ro_string<C> str (str_);
436	trim (str);
437
438	zc_istream<C> is (str);
439
440	if (!(is >> value_ && is.exhausted ()))
441	throw invalid_value<C> (bits::integer<C> (), str);
442	}
443
444	template <typename C>
445	long long integer_pimpl<C>::
446	post_integer ()
447	{
448	return value_;
449	}
450
451	// negative_integer
452	//
453	template <typename C>
454	void negative_integer_pimpl<C>::
455	_pre ()
456	{
457	str_.clear ();
458	}
459
460	template <typename C>
461	void negative_integer_pimpl<C>::
462	_characters (const ro_string<C>& s)
463	{
464	str_ += s;
465	}
466
467	template <typename C>
468	void negative_integer_pimpl<C>::
469	_post ()
470	{
471	ro_string<C> str (str_);
472	trim (str);
473
474	zc_istream<C> is (str);
475
476	if (!(is >> value_ && is.exhausted () && value_ < 0))
477	throw invalid_value<C> (bits::negative_integer<C> (), str);
478	}
479
480	template <typename C>
481	long long negative_integer_pimpl<C>::
482	post_negative_integer ()
483	{
484	return value_;
485	}
486
487
488	// non_positive_integer
489	//
490	template <typename C>
491	void non_positive_integer_pimpl<C>::
492	_pre ()
493	{
494	str_.clear ();
495	}
496
497	template <typename C>
498	void non_positive_integer_pimpl<C>::
499	_characters (const ro_string<C>& s)
500	{
501	str_ += s;
502	}
503
504	template <typename C>
505	void non_positive_integer_pimpl<C>::
506	_post ()
507	{
508	ro_string<C> str (str_);
509	trim (str);
510
511	zc_istream<C> is (str);
512
513	if (!(is >> value_ && is.exhausted () && value_ <= 0))
514	throw invalid_value<C> (bits::non_positive_integer<C> (), str);
515	}
516
517	template <typename C>
518	long long non_positive_integer_pimpl<C>::
519	post_non_positive_integer ()
520	{
521	return value_;
522	}
523
524	// positive_integer
525	//
526	template <typename C>
527	void positive_integer_pimpl<C>::
528	_pre ()
529	{
530	str_.clear ();
531	}
532
533	template <typename C>
534	void positive_integer_pimpl<C>::
535	_characters (const ro_string<C>& s)
536	{
537	str_ += s;
538	}
539
540	template <typename C>
541	void positive_integer_pimpl<C>::
542	_post ()
543	{
544	ro_string<C> str (str_);
545	trim (str);
546
547	zc_istream<C> is (str);
548
549	if (!(is >> value_ && is.exhausted () && value_ > 0))
550	throw invalid_value<C> (bits::positive_integer<C> (), str);
551	}
552
553	template <typename C>
554	unsigned long long positive_integer_pimpl<C>::
555	post_positive_integer ()
556	{
557	return value_;
558	}
559
560
561	// non_negative_integer
562	//
563	template <typename C>
564	void non_negative_integer_pimpl<C>::
565	_pre ()
566	{
567	str_.clear ();
568	}
569
570	template <typename C>
571	void non_negative_integer_pimpl<C>::
572	_characters (const ro_string<C>& s)
573	{
574	str_ += s;
575	}
576
577	template <typename C>
578	void non_negative_integer_pimpl<C>::
579	_post ()
580	{
581	ro_string<C> str (str_);
582	trim (str);
583
584	zc_istream<C> is (str);
585
586	if (!(is >> value_ && is.exhausted ()))
587	throw invalid_value<C> (bits::non_negative_integer<C> (), str);
588	}
589
590	template <typename C>
591	unsigned long long non_negative_integer_pimpl<C>::
592	post_non_negative_integer ()
593	{
594	return value_;
595	}
596
597
598	// float
599	//
600	template <typename C>
601	void float_pimpl<C>::
602	_pre ()
603	{
604	str_.clear ();
605	}
606
607	template <typename C>
608	void float_pimpl<C>::
609	_characters (const ro_string<C>& s)
610	{
611	str_ += s;
612	}
613
614	template <typename C>
615	void float_pimpl<C>::
616	_post ()
617	{
618	ro_string<C> str (str_);
619	trim (str);
620
621	if (str == bits::positive_inf<C> ())
622	value_ = std::numeric_limits<float>::infinity ();
623	else if (str == bits::negative_inf<C> ())
624	value_ = -std::numeric_limits<float>::infinity ();
625	else if (str == bits::nan<C> ())
626	value_ = std::numeric_limits<float>::quiet_NaN ();
627	else
628	{
629	zc_istream<C> is (str);
630	is.imbue (std::locale::classic ());
631
632	if (!(is >> value_ && is.exhausted ()))
633	throw invalid_value<C> (bits::float_<C> (), str);
634	}
635	}
636
637	template <typename C>
638	float float_pimpl<C>::
639	post_float ()
640	{
641	return value_;
642	}
643
644
645	// double
646	//
647	template <typename C>
648	void double_pimpl<C>::
649	_pre ()
650	{
651	str_.clear ();
652	}
653
654	template <typename C>
655	void double_pimpl<C>::
656	_characters (const ro_string<C>& s)
657	{
658	str_ += s;
659	}
660
661	template <typename C>
662	void double_pimpl<C>::
663	_post ()
664	{
665	ro_string<C> str (str_);
666	trim (str);
667
668	if (str == bits::positive_inf<C> ())
669	value_ = std::numeric_limits<double>::infinity ();
670	else if (str == bits::negative_inf<C> ())
671	value_ = -std::numeric_limits<double>::infinity ();
672	else if (str == bits::nan<C> ())
673	value_ = std::numeric_limits<double>::quiet_NaN ();
674	else
675	{
676	zc_istream<C> is (str);
677	is.imbue (std::locale::classic ());
678
679	if (!(is >> value_ && is.exhausted ()))
680	throw invalid_value<C> (bits::double_<C> (), str);
681	}
682	}
683
684	template <typename C>
685	double double_pimpl<C>::
686	post_double ()
687	{
688	return value_;
689	}
690
691	// decimal
692	//
693	template <typename C>
694	void decimal_pimpl<C>::
695	_pre ()
696	{
697	str_.clear ();
698	}
699
700	template <typename C>
701	void decimal_pimpl<C>::
702	_characters (const ro_string<C>& s)
703	{
704	str_ += s;
705	}
706
707	template <typename C>
708	void decimal_pimpl<C>::
709	_post ()
710	{
711	ro_string<C> str (str_);
712	trim (str);
713
714	zc_istream<C> is (str);
715	is.imbue (std::locale::classic ());
716
717	//@@ TODO: now we accept scientific notations and INF/NaN.
718	//
719	if (!(is >> value_ && is.exhausted ()))
720	throw invalid_value<C> (bits::decimal<C> (), str);
721	}
722
723	template <typename C>
724	double decimal_pimpl<C>::
725	post_decimal ()
726	{
727	return value_;
728	}
729
730	// string
731	//
732	template <typename C>
733	void string_pimpl<C>::
734	_pre ()
735	{
736	str_.clear ();
737	}
738
739	template <typename C>
740	void string_pimpl<C>::
741	_characters (const ro_string<C>& s)
742	{
743	str_ += s;
744	}
745
746	template <typename C>
747	std::basic_string<C> string_pimpl<C>::
748	post_string ()
749	{
750	std::basic_string<C> r;
751	r.swap (str_);
752	return r;
753	}
754
755	// normalized_string
756	//
757	template <typename C>
758	void normalized_string_pimpl<C>::
759	_pre ()
760	{
761	str_.clear ();
762	}
763
764	template <typename C>
765	void normalized_string_pimpl<C>::
766	_characters (const ro_string<C>& s)
767	{
768	str_ += s;
769	}
770
771	template <typename C>
772	std::basic_string<C> normalized_string_pimpl<C>::
773	post_normalized_string ()
774	{
775	typedef typename std::basic_string<C>::size_type size_type;
776
777	size_type size (str_.size ());
778
779	for (size_type i (0); i < size; ++i)
780	{
781	C& c = str_[i];
782
783	if (c == C (0x0A) \|\| c == C (0x0D) \|\| c == C (0x09))
784	c = C (0x20);
785	}
786
787	std::basic_string<C> r;
788	r.swap (str_);
789	return r;
790	}
791
792	// token
793	//
794	template <typename C>
795	void token_pimpl<C>::
796	_pre ()
797	{
798	str_.clear ();
799	}
800
801	template <typename C>
802	void token_pimpl<C>::
803	_characters (const ro_string<C>& s)
804	{
805	if (str_.size () == 0)
806	{
807	ro_string<C> tmp (s.data (), s.size ());
808
809	if (trim_left (tmp) != 0)
810	str_ += tmp;
811	}
812	else
813	str_ += s;
814	}
815
816	template <typename C>
817	std::basic_string<C> token_pimpl<C>::
818	post_token ()
819	{
820	typedef typename std::basic_string<C>::size_type size_type;
821
822	size_type size (str_.size ());
823	size_type j (0);
824
825	bool subs (false);
826
827	for (size_type i (0); i < size; ++i)
828	{
829	C c = str_[i];
830
831	if (c == C (0x20) \|\| c == C (0x0A) \|\|
832	c == C (0x0D) \|\| c == C (0x09))
833	{
834	subs = true;
835	}
836	else
837	{
838	if (subs)
839	{
840	subs = false;
841	str_[j++] = C (0x20);
842	}
843
844	str_[j++] = c;
845	}
846	}
847
848	str_.resize (j);
849
850	std::basic_string<C> r;
851	r.swap (str_);
852	return r;
853	}
854
855	// name
856	//
857	template <typename C>
858	void name_pimpl<C>::
859	_pre ()
860	{
861	str_.clear ();
862	}
863
864	template <typename C>
865	void name_pimpl<C>::
866	_characters (const ro_string<C>& s)
867	{
868	if (str_.size () == 0)
869	{
870	ro_string<C> tmp (s.data (), s.size ());
871
872	if (trim_left (tmp) != 0)
873	str_ += tmp;
874	}
875	else
876	str_ += s;
877	}
878
879	template <typename C>
880	void name_pimpl<C>::
881	_post ()
882	{
883	typedef typename ro_string<C>::size_type size_type;
884
885	ro_string<C> tmp (str_);
886	size_type size (trim_right (tmp));
887
888	// For now we are only checking the US-ASCII characters.
889	//
890
891	bool ok (size != 0);
892
893	if (ok)
894	{
895	unsigned int c (static_cast<unsigned int> (str_[0]));
896
897	ok = c >= 0x80 \|\|
898	(bits::char_table<unsigned char>::table[c] &
899	bits::name_first_mask);
900
901	if (ok)
902	{
903	for (size_type i (1); i < size; ++i)
904	{
905	c = static_cast<unsigned int> (str_[i]);
906
907	if (c < 0x80 &&
908	!(bits::char_table<unsigned char>::table[c] &
909	bits::name_mask))
910	{
911	ok = false;
912	break;
913	}
914	}
915	}
916	}
917
918	if (!ok)
919	throw invalid_value<C> (bits::name<C> (), tmp);
920
921	str_.resize (size);
922	}
923
924	template <typename C>
925	std::basic_string<C> name_pimpl<C>::
926	post_name ()
927	{
928	std::basic_string<C> r;
929	r.swap (str_);
930	return r;
931	}
932
933	// nmtoken
934	//
935	template <typename C>
936	void nmtoken_pimpl<C>::
937	_pre ()
938	{
939	str_.clear ();
940	}
941
942	template <typename C>
943	void nmtoken_pimpl<C>::
944	_characters (const ro_string<C>& s)
945	{
946	if (str_.size () == 0)
947	{
948	ro_string<C> tmp (s.data (), s.size ());
949
950	if (trim_left (tmp) != 0)
951	str_ += tmp;
952	}
953	else
954	str_ += s;
955	}
956
957	template <typename C>
958	void nmtoken_pimpl<C>::
959	_post ()
960	{
961	typedef typename ro_string<C>::size_type size_type;
962
963	ro_string<C> tmp (str_);
964	size_type size (trim_right (tmp));
965
966	// For now we are only checking the US-ASCII characters.
967	//
968
969	bool ok (size != 0);
970
971	if (ok)
972	{
973	for (size_type i (0); i < size; ++i)
974	{
975	unsigned int c (static_cast<unsigned int> (str_[i]));
976
977	if (c < 0x80 &&
978	!(bits::char_table<unsigned char>::table[c] &
979	bits::name_mask))
980	{
981	ok = false;
982	break;
983	}
984	}
985	}
986
987	if (!ok)
988	throw invalid_value<C> (bits::nmtoken<C> (), tmp);
989
990	str_.resize (size);
991	}
992
993	template <typename C>
994	std::basic_string<C> nmtoken_pimpl<C>::
995	post_nmtoken ()
996	{
997	std::basic_string<C> r;
998	r.swap (str_);
999	return r;
1000	}
1001
1002	// nmtokens
1003	//
1004	template <typename C>
1005	void nmtokens_pimpl<C>::
1006	_pre ()
1007	{
1008	nmtokens_pskel<C>::_pre ();
1009	seq_.clear ();
1010	}
1011
1012	template <typename C>
1013	void nmtokens_pimpl<C>::
1014	_post ()
1015	{
1016	nmtokens_pskel<C>::_post ();
1017
1018	// Should have at least one element.
1019	//
1020	if (seq_.size () < 1)
1021	{
1022	ro_string<C> tmp;
1023	throw invalid_value<C> (bits::nmtokens<C> (), tmp);
1024	}
1025	}
1026
1027	template <typename C>
1028	string_sequence<C> nmtokens_pimpl<C>::
1029	post_nmtokens ()
1030	{
1031	string_sequence<C> r;
1032	r.swap (seq_);
1033	return r;
1034	}
1035
1036	template <typename C>
1037	void nmtokens_pimpl<C>::
1038	_xsd_parse_item (const ro_string<C>& s)
1039	{
1040	parser_.pre ();
1041	parser_._pre ();
1042	parser_._characters (s);
1043	parser_._post ();
1044	seq_.push_back (parser_.post_nmtoken ());
1045	}
1046
1047	// ncname
1048	//
1049	namespace bits
1050	{
1051	template <typename C>
1052	bool
1053	valid_ncname (const C* s, typename ro_string<C>::size_type size)
1054	{
1055	typedef typename ro_string<C>::size_type size_type;
1056
1057	// For now we are only checking the US-ASCII characters.
1058	//
1059	bool ok (size != 0);
1060
1061	if (ok)
1062	{
1063	unsigned int c (static_cast<unsigned int> (s[0]));
1064
1065	ok = c >= 0x80 \|\|
1066	((bits::char_table<unsigned char>::table[c] &
1067	bits::name_first_mask) && c != C (':'));
1068
1069	if (ok)
1070	{
1071	for (size_type i (1); i < size; ++i)
1072	{
1073	c = static_cast<unsigned int> (s[i]);
1074
1075	if (c < 0x80 &&
1076	!(bits::char_table<unsigned char>::table[c] &
1077	bits::ncname_mask))
1078	{
1079	ok = false;
1080	break;
1081	}
1082	}
1083	}
1084	}
1085
1086	return ok;
1087	}
1088	}
1089
1090	template <typename C>
1091	void ncname_pimpl<C>::
1092	_pre ()
1093	{
1094	str_.clear ();
1095	}
1096
1097	template <typename C>
1098	void ncname_pimpl<C>::
1099	_characters (const ro_string<C>& s)
1100	{
1101	if (str_.size () == 0)
1102	{
1103	ro_string<C> tmp (s.data (), s.size ());
1104
1105	if (trim_left (tmp) != 0)
1106	str_ += tmp;
1107	}
1108	else
1109	str_ += s;
1110	}
1111
1112	template <typename C>
1113	void ncname_pimpl<C>::
1114	_post ()
1115	{
1116	typedef typename ro_string<C>::size_type size_type;
1117
1118	ro_string<C> tmp (str_);
1119	size_type size (trim_right (tmp));
1120
1121	if (!bits::valid_ncname (tmp.data (), size))
1122	throw invalid_value<C> (bits::ncname<C> (), tmp);
1123
1124	str_.resize (size);
1125	}
1126
1127	template <typename C>
1128	std::basic_string<C> ncname_pimpl<C>::
1129	post_ncname ()
1130	{
1131	std::basic_string<C> r;
1132	r.swap (str_);
1133	return r;
1134	}
1135
1136	// id
1137	//
1138	template <typename C>
1139	std::basic_string<C> id_pimpl<C>::
1140	post_id ()
1141	{
1142	return this->post_ncname ();
1143	}
1144
1145	// idref
1146	//
1147	template <typename C>
1148	std::basic_string<C> idref_pimpl<C>::
1149	post_idref ()
1150	{
1151	return this->post_ncname ();
1152	}
1153
1154	// idrefs
1155	//
1156	template <typename C>
1157	void idrefs_pimpl<C>::
1158	_pre ()
1159	{
1160	idrefs_pskel<C>::_pre ();
1161	seq_.clear ();
1162	}
1163
1164	template <typename C>
1165	void idrefs_pimpl<C>::
1166	_post ()
1167	{
1168	idrefs_pskel<C>::_post ();
1169
1170	// Should have at least one element.
1171	//
1172	if (seq_.size () < 1)
1173	{
1174	ro_string<C> tmp;
1175	throw invalid_value<C> (bits::idrefs<C> (), tmp);
1176	}
1177	}
1178
1179	template <typename C>
1180	string_sequence<C> idrefs_pimpl<C>::
1181	post_idrefs ()
1182	{
1183	string_sequence<C> r;
1184	r.swap (seq_);
1185	return r;
1186	}
1187
1188	template <typename C>
1189	void idrefs_pimpl<C>::
1190	_xsd_parse_item (const ro_string<C>& s)
1191	{
1192	parser_.pre ();
1193	parser_._pre ();
1194	parser_._characters (s);
1195	parser_._post ();
1196	seq_.push_back (parser_.post_idref ());
1197	}
1198
1199	// language
1200	//
1201	template <typename C>
1202	void language_pimpl<C>::
1203	_pre ()
1204	{
1205	str_.clear ();
1206	}
1207
1208	template <typename C>
1209	void language_pimpl<C>::
1210	_characters (const ro_string<C>& s)
1211	{
1212	if (str_.size () == 0)
1213	{
1214	ro_string<C> tmp (s.data (), s.size ());
1215
1216	if (trim_left (tmp) != 0)
1217	str_ += tmp;
1218	}
1219	else
1220	str_ += s;
1221	}
1222
1223	template <typename C>
1224	void language_pimpl<C>::
1225	_post ()
1226	{
1227	typedef typename ro_string<C>::size_type size_type;
1228
1229	ro_string<C> tmp (str_);
1230	size_type size (trim_right (tmp));
1231
1232	// language := ALPHA{1,8} *(-(ALPHA \| DIGIT){1,8})
1233	//
1234	bool ok (true);
1235
1236	for (size_type tag (0), i (0); ; ++tag)
1237	{
1238	size_type n (0);
1239
1240	for (; i < size && n < 8; ++n, ++i)
1241	{
1242	C c (tmp[i]);
1243
1244	if (!((c >= C ('a') && c <= C ('z')) \|\|
1245	(c >= C ('A') && c <= C ('Z')) \|\|
1246	(tag != 0 && c >= C ('0') && c <= C ('9'))))
1247	break;
1248	}
1249
1250	if (n == 0)
1251	{
1252	ok = false;
1253	break;
1254	}
1255
1256	if (i == size)
1257	break;
1258
1259	if (tmp[i++] != C ('-'))
1260	{
1261	ok = false;
1262	break;
1263	}
1264	}
1265
1266	if (!ok)
1267	throw invalid_value<C> (bits::language<C> (), tmp);
1268
1269	str_.resize (size);
1270	}
1271
1272	template <typename C>
1273	std::basic_string<C> language_pimpl<C>::
1274	post_language ()
1275	{
1276	std::basic_string<C> r;
1277	r.swap (str_);
1278	return r;
1279	}
1280
1281	// uri
1282	//
1283	template <typename C>
1284	void uri_pimpl<C>::
1285	_pre ()
1286	{
1287	str_.clear ();
1288	}
1289
1290	template <typename C>
1291	void uri_pimpl<C>::
1292	_characters (const ro_string<C>& s)
1293	{
1294	if (str_.size () == 0)
1295	{
1296	ro_string<C> tmp (s.data (), s.size ());
1297
1298	if (trim_left (tmp) != 0)
1299	str_ += tmp;
1300	}
1301	else
1302	str_ += s;
1303	}
1304
1305	template <typename C>
1306	std::basic_string<C> uri_pimpl<C>::
1307	post_uri ()
1308	{
1309	// According to Datatypes 3.2.17 and RFC2396 pretty much anything
1310	// can be a URI and conforming processors do not need to figure
1311	// out and verify particular URI schemes.
1312	//
1313	ro_string<C> tmp (str_);
1314	str_.resize (trim_right (tmp));
1315
1316	std::basic_string<C> r;
1317	r.swap (str_);
1318	return r;
1319	}
1320
1321	// qname
1322	//
1323	template <typename C>
1324	void qname_pimpl<C>::
1325	_pre ()
1326	{
1327	str_.clear ();
1328	}
1329
1330	template <typename C>
1331	void qname_pimpl<C>::
1332	_characters (const ro_string<C>& s)
1333	{
1334	if (str_.size () == 0)
1335	{
1336	ro_string<C> tmp (s.data (), s.size ());
1337
1338	if (trim_left (tmp) != 0)
1339	str_ += tmp;
1340	}
1341	else
1342	str_ += s;
1343	}
1344
1345	template <typename C>
1346	void qname_pimpl<C>::
1347	_post ()
1348	{
1349	typedef typename ro_string<C>::size_type size_type;
1350
1351	ro_string<C> tmp (str_);
1352	size_type size (trim_right (tmp));
1353	size_type pos (tmp.find (C (':')));
1354
1355	const C* s (tmp.data ());
1356
1357	if (pos != ro_string<C>::npos)
1358	{
1359	if (!bits::valid_ncname (s, pos) \|\|
1360	!bits::valid_ncname (s + pos + 1, size - pos - 1))
1361	throw invalid_value<C> (bits::qname<C> (), tmp);
1362
1363	prefix_.assign (s, pos);
1364	name_.assign (s + pos + 1, size - pos - 1);
1365	}
1366	else
1367	{
1368	if (!bits::valid_ncname (s, size))
1369	throw invalid_value<C> (bits::qname<C> (), tmp);
1370
1371	prefix_.clear ();
1372	str_.resize (size);
1373	name_.swap (str_);
1374	}
1375	}
1376
1377	template <typename C>
1378	qname<C> qname_pimpl<C>::
1379	post_qname ()
1380	{
1381	return prefix_.empty ()
1382	? qname<C> (name_)
1383	: qname<C> (prefix_, name_);
1384	}
1385
1386	// base64_binary
1387	//
1388	template <typename C>
1389	void base64_binary_pimpl<C>::
1390	_pre ()
1391	{
1392	str_.clear ();
1393	}
1394
1395	template <typename C>
1396	void base64_binary_pimpl<C>::
1397	_characters (const ro_string<C>& s)
1398	{
1399	if (str_.size () == 0)
1400	{
1401	ro_string<C> tmp (s.data (), s.size ());
1402
1403	if (trim_left (tmp) != 0)
1404	str_ += tmp;
1405	}
1406	else
1407	str_ += s;
1408	}
1409
1410	namespace bits
1411	{
1412	template <typename C>
1413	inline unsigned char
1414	base64_decode (C c)
1415	{
1416	unsigned char r (0xFF);
1417
1418	if (c >= C('A') && c <= C ('Z'))
1419	r = static_cast<unsigned char> (c - C ('A'));
1420	else if (c >= C('a') && c <= C ('z'))
1421	r = static_cast<unsigned char> (c - C ('a') + 26);
1422	else if (c >= C('0') && c <= C ('9'))
1423	r = static_cast<unsigned char> (c - C ('0') + 52);
1424	else if (c == C ('+'))
1425	r = 62;
1426	else if (c == C ('/'))
1427	r = 63;
1428
1429	return r;
1430	}
1431	}
1432
1433	template <typename C>
1434	void base64_binary_pimpl<C>::
1435	_post ()
1436	{
1437	typedef typename std::basic_string<C>::size_type size_type;
1438
1439	size_type size (str_.size ());
1440	const C* src (str_.c_str ());
1441
1442	// Remove all whitespaces.
1443	//
1444	{
1445	size_type j (0);
1446
1447	bool subs (false);
1448
1449	for (size_type i (0); i < size; ++i)
1450	{
1451	C c = str_[i];
1452
1453	if (c == C (0x20) \|\| c == C (0x0A) \|\|
1454	c == C (0x0D) \|\| c == C (0x09))
1455	{
1456	subs = true;
1457	}
1458	else
1459	{
1460	if (subs)
1461	subs = false;
1462
1463	str_[j++] = c;
1464	}
1465	}
1466
1467	size = j;
1468	str_.resize (size);
1469	}
1470
1471	// Our length should be a multiple of four.
1472	//
1473	if (size == 0 \|\| size % 4 != 0)
1474	throw invalid_value<C> (bits::base64_binary<C> (), str_);
1475
1476	size_type quad_count (size / 4);
1477	size_type capacity (quad_count * 3 + 1);
1478
1479	buf_.reset (new buffer (capacity, capacity));
1480	char* dst (buf_->data ());
1481
1482	size_type si (0), di (0); // Source and destination indexes.
1483
1484	// Process all quads except the last one.
1485	//
1486	unsigned char b1, b2, b3, b4;
1487
1488	for (size_type q (0); q < quad_count - 1; ++q)
1489	{
1490	b1 = bits::base64_decode (src[si++]);
1491	b2 = bits::base64_decode (src[si++]);
1492	b3 = bits::base64_decode (src[si++]);
1493	b4 = bits::base64_decode (src[si++]);
1494
1495	if (b1 == 0xFF \|\| b2 == 0xFF \|\| b3 == 0xFF \|\| b4 == 0xFF)
1496	throw invalid_value<C> (bits::base64_binary<C> (), str_);
1497
1498	dst[di++] = (b1 << 2) \| (b2 >> 4);
1499	dst[di++] = (b2 << 4) \| (b3 >> 2);
1500	dst[di++] = (b3 << 6) \| b4;
1501	}
1502
1503	// Process the last quad. The first two octets are always there.
1504	//
1505	b1 = bits::base64_decode (src[si++]);
1506	b2 = bits::base64_decode (src[si++]);
1507
1508	if (b1 == 0xFF \|\| b2 == 0xFF)
1509	throw invalid_value<C> (bits::base64_binary<C> (), str_);
1510
1511	C e3 (src[si++]);
1512	C e4 (src[si++]);
1513
1514	if (e4 == C ('='))
1515	{
1516	if (e3 == C ('='))
1517	{
1518	// Two pads. Last 4 bits in b2 should be zero.
1519	//
1520	if ((b2 & 0x0F) != 0)
1521	throw invalid_value<C> (bits::base64_binary<C> (), str_);
1522
1523	dst[di++] = (b1 << 2) \| (b2 >> 4);
1524	}
1525	else
1526	{
1527	// One pad. Last 2 bits in b3 should be zero.
1528	//
1529	b3 = bits::base64_decode (e3);
1530
1531	if (b3 == 0xFF \|\| (b3 & 0x03) != 0)
1532	throw invalid_value<C> (bits::base64_binary<C> (), str_);
1533
1534	dst[di++] = (b1 << 2) \| (b2 >> 4);
1535	dst[di++] = (b2 << 4) \| (b3 >> 2);
1536	}
1537	}
1538	else
1539	{
1540	// No pads.
1541	//
1542	b3 = bits::base64_decode (e3);
1543	b4 = bits::base64_decode (e4);
1544
1545	if (b3 == 0xFF \|\| b4 == 0xFF)
1546	throw invalid_value<C> (bits::base64_binary<C> (), str_);
1547
1548	dst[di++] = (b1 << 2) \| (b2 >> 4);
1549	dst[di++] = (b2 << 4) \| (b3 >> 2);
1550	dst[di++] = (b3 << 6) \| b4;
1551	}
1552
1553	// Set the real size.
1554	//
1555	buf_->size (di);
1556	}
1557
1558	template <typename C>
1559	std::auto_ptr<buffer> base64_binary_pimpl<C>::
1560	post_base64_binary ()
1561	{
1562	return buf_;
1563	}
1564
1565	// hex_binary
1566	//
1567	template <typename C>
1568	void hex_binary_pimpl<C>::
1569	_pre ()
1570	{
1571	str_.clear ();
1572	}
1573
1574	template <typename C>
1575	void hex_binary_pimpl<C>::
1576	_characters (const ro_string<C>& s)
1577	{
1578	if (str_.size () == 0)
1579	{
1580	ro_string<C> tmp (s.data (), s.size ());
1581
1582	if (trim_left (tmp) != 0)
1583	str_ += tmp;
1584	}
1585	else
1586	str_ += s;
1587	}
1588
1589	namespace bits
1590	{
1591	template <typename C>
1592	inline unsigned char
1593	hex_decode (C c)
1594	{
1595	unsigned char r (0xFF);
1596
1597	if (c >= C('0') && c <= C ('9'))
1598	r = static_cast<unsigned char> (c - C ('0'));
1599	else if (c >= C ('A') && c <= C ('F'))
1600	r = static_cast<unsigned char> (10 + (c - C ('A')));
1601	else if (c >= C ('a') && c <= C ('f'))
1602	r = static_cast<unsigned char> (10 + (c - C ('a')));
1603
1604	return r;
1605	}
1606	}
1607
1608	template <typename C>
1609	void hex_binary_pimpl<C>::
1610	_post ()
1611	{
1612	typedef typename ro_string<C>::size_type size_type;
1613
1614	ro_string<C> tmp (str_);
1615	size_type size (trim_right (tmp));
1616
1617	if (size % 2 != 0)
1618	throw invalid_value<C> (bits::hex_binary<C> (), tmp);
1619
1620	buffer::size_t n (size / 2);
1621	buf_.reset (new buffer (n));
1622
1623	if (n != 0)
1624	{
1625	const C* src (tmp.data ());
1626	char* dst (buf_->data ());
1627	buffer::size_t i (0);
1628
1629	for (; i < n; ++i)
1630	{
1631	unsigned char h (bits::hex_decode (src[2 * i]));
1632	unsigned char l (bits::hex_decode (src[2 * i + 1]));
1633
1634	if (h == 0xFF \|\| l == 0xFF)
1635	break;
1636
1637	dst[i] = (h << 4) \| l;
1638	}
1639
1640	if (i != n)
1641	throw invalid_value<C> (bits::hex_binary<C> (), tmp);
1642	}
1643	}
1644
1645	template <typename C>
1646	std::auto_ptr<buffer> hex_binary_pimpl<C>::
1647	post_hex_binary ()
1648	{
1649	return buf_;
1650	}
1651
1652	// time_zone
1653	//
1654	namespace bits
1655	{
1656	// Datatypes 3.2.7.3. Return false if time zone is invalid.
1657	//
1658	template <typename C>
1659	bool
1660	parse_tz (const C* s,
1661	typename std::basic_string<C>::size_type n,
1662	short& h, short& m)
1663	{
1664	// time_zone := Z\|(+\|-)HH:MM
1665	//
1666	if (n == 0)
1667	{
1668	return false;
1669	}
1670	else if (s[0] == 'Z')
1671	{
1672	if (n != 1)
1673	return false;
1674
1675	h = 0;
1676	m = 0;
1677	}
1678	else
1679	{
1680	if (n != 6 \|\| (s[0] != '-' && s[0] != '+') \|\| s[3] != ':')
1681	return false;
1682
1683	// Parse hours.
1684	//
1685	char d1 = s[1];
1686	char d2 = s[2];
1687
1688	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
1689	return false;
1690
1691	h = 10 * (d1 - '0') + (d2 - '0');
1692
1693	if (h > 14)
1694	return false;
1695
1696	// Parse minutes.
1697	//
1698	d1 = s[4];
1699	d2 = s[5];
1700
1701	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
1702	return false;
1703
1704	m = 10 * (d1 - '0') + (d2 - '0');
1705
1706	if (m > 59 \|\| (h == 14 && m != 0))
1707	return false;
1708
1709	if (s[0] == '-')
1710	{
1711	h = -h;
1712	m = -m;
1713	}
1714	}
1715
1716	return true;
1717	}
1718	}
1719
1720	// gday
1721	//
1722	template <typename C>
1723	void gday_pimpl<C>::
1724	_pre ()
1725	{
1726	str_.clear ();
1727	}
1728
1729	template <typename C>
1730	void gday_pimpl<C>::
1731	_characters (const ro_string<C>& s)
1732	{
1733	if (str_.size () == 0)
1734	{
1735	ro_string<C> tmp (s.data (), s.size ());
1736
1737	if (trim_left (tmp) != 0)
1738	str_ += tmp;
1739	}
1740	else
1741	str_ += s;
1742	}
1743
1744	template <typename C>
1745	void gday_pimpl<C>::
1746	_post ()
1747	{
1748	typedef typename ro_string<C>::size_type size_type;
1749
1750	ro_string<C> tmp (str_);
1751	size_type size (trim_right (tmp));
1752	const C* s (tmp.data ());
1753
1754	// gday := ---DD[Z\|(+\|-)HH:MM]
1755	//
1756	if (size < 5 \|\|
1757	s[0] != C ('-') \|\| s[1] != C ('-') \|\| s[2] != C ('-'))
1758	throw invalid_value<C> (bits::gday<C> (), tmp);
1759
1760	C d1 (s[3]), d2 (s[4]);
1761
1762	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
1763	throw invalid_value<C> (bits::gday<C> (), tmp);
1764
1765	day_ = 10 * (d1 - '0') + (d2 - '0');
1766
1767	if (day_ < 1 \|\| day_ > 31)
1768	throw invalid_value<C> (bits::gday<C> (), tmp);
1769
1770	if (size > 5)
1771	{
1772	if (!bits::parse_tz (s + 5, size - 5, zh_, zm_))
1773	throw invalid_value<C> (bits::gday<C> (), tmp);
1774
1775	z_ = true;
1776	}
1777	else
1778	z_ = false;
1779	}
1780
1781	template <typename C>
1782	gday gday_pimpl<C>::
1783	post_gday ()
1784	{
1785	return z_ ? gday (day_, zh_, zm_) : gday (day_);
1786	}
1787
1788	// gmonth
1789	//
1790	template <typename C>
1791	void gmonth_pimpl<C>::
1792	_pre ()
1793	{
1794	str_.clear ();
1795	}
1796
1797	template <typename C>
1798	void gmonth_pimpl<C>::
1799	_characters (const ro_string<C>& s)
1800	{
1801	if (str_.size () == 0)
1802	{
1803	ro_string<C> tmp (s.data (), s.size ());
1804
1805	if (trim_left (tmp) != 0)
1806	str_ += tmp;
1807	}
1808	else
1809	str_ += s;
1810	}
1811
1812	template <typename C>
1813	void gmonth_pimpl<C>::
1814	_post ()
1815	{
1816	typedef typename ro_string<C>::size_type size_type;
1817
1818	ro_string<C> tmp (str_);
1819	size_type size (trim_right (tmp));
1820	const C* s (tmp.data ());
1821
1822	// gmonth := --MM[Z\|(+\|-)HH:MM]
1823	//
1824	if (size < 4 \|\| s[0] != C ('-') \|\| s[1] != C ('-'))
1825	throw invalid_value<C> (bits::gmonth<C> (), tmp);
1826
1827	C d1 (s[2]), d2 (s[3]);
1828
1829	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
1830	throw invalid_value<C> (bits::gmonth<C> (), tmp);
1831
1832	month_ = 10 * (d1 - '0') + (d2 - '0');
1833
1834	if (month_ < 1 \|\| month_ > 12)
1835	throw invalid_value<C> (bits::gmonth<C> (), tmp);
1836
1837	if (size > 4)
1838	{
1839	if (!bits::parse_tz (s + 4, size - 4, zh_, zm_))
1840	throw invalid_value<C> (bits::gmonth<C> (), tmp);
1841
1842	z_ = true;
1843	}
1844	else
1845	z_ = false;
1846	}
1847
1848	template <typename C>
1849	gmonth gmonth_pimpl<C>::
1850	post_gmonth ()
1851	{
1852	return z_ ? gmonth (month_, zh_, zm_) : gmonth (month_);
1853	}
1854
1855	// gyear
1856	//
1857	template <typename C>
1858	void gyear_pimpl<C>::
1859	_pre ()
1860	{
1861	str_.clear ();
1862	}
1863
1864	template <typename C>
1865	void gyear_pimpl<C>::
1866	_characters (const ro_string<C>& s)
1867	{
1868	if (str_.size () == 0)
1869	{
1870	ro_string<C> tmp (s.data (), s.size ());
1871
1872	if (trim_left (tmp) != 0)
1873	str_ += tmp;
1874	}
1875	else
1876	str_ += s;
1877	}
1878
1879	template <typename C>
1880	void gyear_pimpl<C>::
1881	_post ()
1882	{
1883	typedef typename ro_string<C>::size_type size_type;
1884
1885	ro_string<C> tmp (str_);
1886	size_type size (trim_right (tmp));
1887	const C* s (tmp.data ());
1888
1889	// gyear := [-]CCYY[N]*[Z\|(+\|-)HH:MM]
1890	//
1891
1892	if (size < 4 \|\| (s[0] == C ('-') && size < 5))
1893	throw invalid_value<C> (bits::gyear<C> (), tmp);
1894
1895	// Find the end of the year token.
1896	//
1897	size_type pos (s[0] == C ('-') ? 5 : 4);
1898	for (; pos < size; ++pos)
1899	{
1900	C c (s[pos]);
1901
1902	if (c == C ('Z') \|\| c == C ('+') \|\| c == C ('-'))
1903	break;
1904	}
1905
1906	ro_string<C> year_fragment (s, pos);
1907	zc_istream<C> is (year_fragment);
1908
1909	if (!(is >> year_ && is.exhausted () && year_ != 0))
1910	throw invalid_value<C> (bits::gyear<C> (), tmp);
1911
1912	if (pos < size)
1913	{
1914	if (!bits::parse_tz (s + pos, size - pos, zh_, zm_))
1915	throw invalid_value<C> (bits::gyear<C> (), tmp);
1916
1917	z_ = true;
1918	}
1919	else
1920	z_ = false;
1921	}
1922
1923	template <typename C>
1924	gyear gyear_pimpl<C>::
1925	post_gyear ()
1926	{
1927	return z_ ? gyear (year_, zh_, zm_) : gyear (year_);
1928	}
1929
1930	// gmonth_day
1931	//
1932	template <typename C>
1933	void gmonth_day_pimpl<C>::
1934	_pre ()
1935	{
1936	str_.clear ();
1937	}
1938
1939	template <typename C>
1940	void gmonth_day_pimpl<C>::
1941	_characters (const ro_string<C>& s)
1942	{
1943	if (str_.size () == 0)
1944	{
1945	ro_string<C> tmp (s.data (), s.size ());
1946
1947	if (trim_left (tmp) != 0)
1948	str_ += tmp;
1949	}
1950	else
1951	str_ += s;
1952	}
1953
1954	template <typename C>
1955	void gmonth_day_pimpl<C>::
1956	_post ()
1957	{
1958	typedef typename ro_string<C>::size_type size_type;
1959
1960	ro_string<C> tmp (str_);
1961	size_type size (trim_right (tmp));
1962	const C* s (tmp.data ());
1963
1964	// gmonth_day := --MM-DD[Z\|(+\|-)HH:MM]
1965	//
1966	if (size < 7 \|\|
1967	s[0] != C ('-') \|\| s[1] != C ('-') \|\| s[4] != C ('-'))
1968	throw invalid_value<C> (bits::gmonth_day<C> (), tmp);
1969
1970	// month
1971	//
1972	C d1 (s[2]), d2 (s[3]);
1973
1974	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
1975	throw invalid_value<C> (bits::gmonth_day<C> (), tmp);
1976
1977	month_ = 10 * (d1 - '0') + (d2 - '0');
1978
1979	if (month_ < 1 \|\| month_ > 12)
1980	throw invalid_value<C> (bits::gmonth_day<C> (), tmp);
1981
1982	// day
1983	//
1984	d1 = s[5];
1985	d2 = s[6];
1986
1987	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
1988	throw invalid_value<C> (bits::gmonth_day<C> (), tmp);
1989
1990	day_ = 10 * (d1 - '0') + (d2 - '0');
1991
1992	if (day_ < 1 \|\| day_ > 31)
1993	throw invalid_value<C> (bits::gmonth_day<C> (), tmp);
1994
1995	// zone
1996	//
1997	if (size > 7)
1998	{
1999	if (!bits::parse_tz (s + 7, size - 7, zh_, zm_))
2000	throw invalid_value<C> (bits::gmonth_day<C> (), tmp);
2001
2002	z_ = true;
2003	}
2004	else
2005	z_ = false;
2006	}
2007
2008	template <typename C>
2009	gmonth_day gmonth_day_pimpl<C>::
2010	post_gmonth_day ()
2011	{
2012	return z_
2013	? gmonth_day (month_, day_, zh_, zm_)
2014	: gmonth_day (month_, day_);
2015	}
2016
2017	// gyear_month
2018	//
2019	template <typename C>
2020	void gyear_month_pimpl<C>::
2021	_pre ()
2022	{
2023	str_.clear ();
2024	}
2025
2026	template <typename C>
2027	void gyear_month_pimpl<C>::
2028	_characters (const ro_string<C>& s)
2029	{
2030	if (str_.size () == 0)
2031	{
2032	ro_string<C> tmp (s.data (), s.size ());
2033
2034	if (trim_left (tmp) != 0)
2035	str_ += tmp;
2036	}
2037	else
2038	str_ += s;
2039	}
2040
2041	template <typename C>
2042	void gyear_month_pimpl<C>::
2043	_post ()
2044	{
2045	typedef typename ro_string<C>::size_type size_type;
2046
2047	ro_string<C> tmp (str_);
2048	size_type size (trim_right (tmp));
2049	const C* s (tmp.data ());
2050
2051	// gyear_month := [-]CCYY[N]*-MM[Z\|(+\|-)HH:MM]
2052	//
2053
2054	if (size < 7 \|\| (s[0] == C ('-') && size < 8))
2055	throw invalid_value<C> (bits::gyear_month<C> (), tmp);
2056
2057	// Find the end of the year token.
2058	//
2059	size_type pos (tmp.find (C ('-'), s[0] == C ('-') ? 5 : 4));
2060
2061	if (pos == ro_string<C>::npos \|\| (size - pos - 1) < 2)
2062	throw invalid_value<C> (bits::gyear_month<C> (), tmp);
2063
2064	ro_string<C> year_fragment (s, pos);
2065	zc_istream<C> yis (year_fragment);
2066
2067	if (!(yis >> year_ && yis.exhausted () && year_ != 0))
2068	throw invalid_value<C> (bits::gyear_month<C> (), tmp);
2069
2070	// month
2071	//
2072	C d1 (s[pos + 1]), d2 (s[pos + 2]);
2073
2074	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2075	throw invalid_value<C> (bits::gyear_month<C> (), tmp);
2076
2077	month_ = 10 * (d1 - '0') + (d2 - '0');
2078
2079	if (month_ < 1 \|\| month_ > 12)
2080	throw invalid_value<C> (bits::gyear_month<C> (), tmp);
2081
2082	// zone
2083	//
2084	pos += 3;
2085
2086	if (pos < size)
2087	{
2088	if (!bits::parse_tz (s + pos, size - pos, zh_, zm_))
2089	throw invalid_value<C> (bits::gyear_month<C> (), tmp);
2090
2091	z_ = true;
2092	}
2093	else
2094	z_ = false;
2095	}
2096
2097	template <typename C>
2098	gyear_month gyear_month_pimpl<C>::
2099	post_gyear_month ()
2100	{
2101	return z_
2102	? gyear_month (year_, month_, zh_, zm_)
2103	: gyear_month (year_, month_);
2104	}
2105
2106	// date
2107	//
2108	template <typename C>
2109	void date_pimpl<C>::
2110	_pre ()
2111	{
2112	str_.clear ();
2113	}
2114
2115	template <typename C>
2116	void date_pimpl<C>::
2117	_characters (const ro_string<C>& s)
2118	{
2119	if (str_.size () == 0)
2120	{
2121	ro_string<C> tmp (s.data (), s.size ());
2122
2123	if (trim_left (tmp) != 0)
2124	str_ += tmp;
2125	}
2126	else
2127	str_ += s;
2128	}
2129
2130	template <typename C>
2131	void date_pimpl<C>::
2132	_post ()
2133	{
2134	typedef typename ro_string<C>::size_type size_type;
2135
2136	ro_string<C> tmp (str_);
2137	size_type size (trim_right (tmp));
2138	const C* s (tmp.data ());
2139
2140	// date := [-]CCYY[N]*-MM-DD[Z\|(+\|-)HH:MM]
2141	//
2142
2143	if (size < 10 \|\| (s[0] == C ('-') && size < 11))
2144	throw invalid_value<C> (bits::date<C> (), tmp);
2145
2146	// Find the end of the year token.
2147	//
2148	size_type pos (tmp.find (C ('-'), s[0] == C ('-') ? 5 : 4));
2149
2150	if (pos == ro_string<C>::npos
2151	\|\| (size - pos - 1) < 5
2152	\|\| s[pos + 3] != C ('-'))
2153	throw invalid_value<C> (bits::date<C> (), tmp);
2154
2155	ro_string<C> year_fragment (s, pos);
2156	zc_istream<C> yis (year_fragment);
2157
2158	if (!(yis >> year_ && yis.exhausted () && year_ != 0))
2159	throw invalid_value<C> (bits::date<C> (), tmp);
2160
2161	// month
2162	//
2163	C d1 (s[pos + 1]), d2 (s[pos + 2]);
2164
2165	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2166	throw invalid_value<C> (bits::date<C> (), tmp);
2167
2168	month_ = 10 * (d1 - '0') + (d2 - '0');
2169
2170	if (month_ < 1 \|\| month_ > 12)
2171	throw invalid_value<C> (bits::date<C> (), tmp);
2172
2173	// day
2174	//
2175	d1 = s[pos + 4];
2176	d2 = s[pos + 5];
2177
2178	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2179	throw invalid_value<C> (bits::date<C> (), tmp);
2180
2181	day_ = 10 * (d1 - '0') + (d2 - '0');
2182
2183	if (day_ < 1 \|\| day_ > 31)
2184	throw invalid_value<C> (bits::date<C> (), tmp);
2185
2186	// zone
2187	//
2188	pos += 6;
2189
2190	if (pos < size)
2191	{
2192	if (!bits::parse_tz (s + pos, size - pos, zh_, zm_))
2193	throw invalid_value<C> (bits::date<C> (), tmp);
2194
2195	z_ = true;
2196	}
2197	else
2198	z_ = false;
2199	}
2200
2201	template <typename C>
2202	date date_pimpl<C>::
2203	post_date ()
2204	{
2205	return z_
2206	? date (year_, month_, day_, zh_, zm_)
2207	: date (year_, month_, day_);
2208	}
2209
2210	// time
2211	//
2212	template <typename C>
2213	void time_pimpl<C>::
2214	_pre ()
2215	{
2216	str_.clear ();
2217	}
2218
2219	template <typename C>
2220	void time_pimpl<C>::
2221	_characters (const ro_string<C>& s)
2222	{
2223	if (str_.size () == 0)
2224	{
2225	ro_string<C> tmp (s.data (), s.size ());
2226
2227	if (trim_left (tmp) != 0)
2228	str_ += tmp;
2229	}
2230	else
2231	str_ += s;
2232	}
2233
2234	template <typename C>
2235	void time_pimpl<C>::
2236	_post ()
2237	{
2238	typedef typename ro_string<C>::size_type size_type;
2239
2240	ro_string<C> tmp (str_);
2241	size_type size (trim_right (tmp));
2242	const C* s (tmp.data ());
2243
2244	// time := HH:MM:SS[.S+][Z\|(+\|-)HH:MM]
2245	//
2246
2247	if (size < 8 \|\| s[2] != C (':') \|\| s[5] != C (':'))
2248	throw invalid_value<C> (bits::time<C> (), tmp);
2249
2250	// hours
2251	//
2252	C d1 (s[0]), d2 (s[1]);
2253
2254	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2255	throw invalid_value<C> (bits::time<C> (), tmp);
2256
2257	hours_ = 10 * (d1 - '0') + (d2 - '0');
2258
2259	if (hours_ > 24)
2260	throw invalid_value<C> (bits::time<C> (), tmp);
2261
2262	// minutes
2263	//
2264	d1 = s[3];
2265	d2 = s[4];
2266
2267	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2268	throw invalid_value<C> (bits::time<C> (), tmp);
2269
2270	minutes_ = 10 * (d1 - '0') + (d2 - '0');
2271
2272	if (minutes_ > 59)
2273	throw invalid_value<C> (bits::time<C> (), tmp);
2274
2275	// Find the end of the seconds fragment.
2276	//
2277	size_type pos (8);
2278	for (; pos < size; ++pos)
2279	{
2280	C c (s[pos]);
2281
2282	if (c == C ('Z') \|\| c == C ('+') \|\| c == C ('-'))
2283	break;
2284	}
2285
2286	// At least one digit should follow the fraction point.
2287	//
2288	if ((pos - 6) == 3)
2289	throw invalid_value<C> (bits::time<C> (), tmp);
2290
2291	ro_string<C> seconds_fragment (s + 6, pos - 6);
2292	zc_istream<C> sis (seconds_fragment);
2293
2294	if (!(sis >> seconds_ && sis.exhausted () && seconds_ < 60.0))
2295	throw invalid_value<C> (bits::time<C> (), tmp);
2296
2297	if (hours_ == 24 && (minutes_ != 0 \|\| seconds_ != 0.0))
2298	throw invalid_value<C> (bits::time<C> (), tmp);
2299
2300	// zone
2301	//
2302	if (pos < size)
2303	{
2304	if (!bits::parse_tz (s + pos, size - pos, zh_, zm_))
2305	throw invalid_value<C> (bits::time<C> (), tmp);
2306
2307	z_ = true;
2308	}
2309	else
2310	z_ = false;
2311	}
2312
2313	template <typename C>
2314	time time_pimpl<C>::
2315	post_time ()
2316	{
2317	return z_
2318	? time (hours_, minutes_, seconds_, zh_, zm_)
2319	: time (hours_, minutes_, seconds_);
2320	}
2321
2322
2323	// date_time
2324	//
2325	template <typename C>
2326	void date_time_pimpl<C>::
2327	_pre ()
2328	{
2329	str_.clear ();
2330	}
2331
2332	template <typename C>
2333	void date_time_pimpl<C>::
2334	_characters (const ro_string<C>& s)
2335	{
2336	if (str_.size () == 0)
2337	{
2338	ro_string<C> tmp (s.data (), s.size ());
2339
2340	if (trim_left (tmp) != 0)
2341	str_ += tmp;
2342	}
2343	else
2344	str_ += s;
2345	}
2346
2347	template <typename C>
2348	void date_time_pimpl<C>::
2349	_post ()
2350	{
2351	typedef typename ro_string<C>::size_type size_type;
2352
2353	ro_string<C> tmp (str_);
2354	size_type size (trim_right (tmp));
2355	const C* s (tmp.data ());
2356
2357	// date_time := [-]CCYY[N]*-MM-DDTHH:MM:SS[.S+][Z\|(+\|-)HH:MM]
2358	//
2359
2360	if (size < 19 \|\| (s[0] == C ('-') && size < 20))
2361	throw invalid_value<C> (bits::date_time<C> (), tmp);
2362
2363	// Find the end of the year token.
2364	//
2365	size_type pos (tmp.find (C ('-'), s[0] == C ('-') ? 5 : 4));
2366
2367	if (pos == ro_string<C>::npos \|\| (size - pos - 1) < 14
2368	\|\| s[pos + 3] != C ('-') \|\| s[pos + 6] != C ('T')
2369	\|\| s[pos + 9] != C (':') \|\| s[pos + 12] != C (':'))
2370	throw invalid_value<C> (bits::date_time<C> (), tmp);
2371
2372	// year
2373	//
2374	ro_string<C> year_fragment (s, pos);
2375	zc_istream<C> yis (year_fragment);
2376
2377	if (!(yis >> year_ && yis.exhausted () && year_ != 0))
2378	throw invalid_value<C> (bits::date_time<C> (), tmp);
2379
2380	// month
2381	//
2382	C d1 (s[pos + 1]), d2 (s[pos + 2]);
2383
2384	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2385	throw invalid_value<C> (bits::date_time<C> (), tmp);
2386
2387	month_ = 10 * (d1 - '0') + (d2 - '0');
2388
2389	if (month_ < 1 \|\| month_ > 12)
2390	throw invalid_value<C> (bits::date_time<C> (), tmp);
2391
2392	// day
2393	//
2394	d1 = s[pos + 4];
2395	d2 = s[pos + 5];
2396
2397	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2398	throw invalid_value<C> (bits::date_time<C> (), tmp);
2399
2400	day_ = 10 * (d1 - '0') + (d2 - '0');
2401
2402	if (day_ < 1 \|\| day_ > 31)
2403	throw invalid_value<C> (bits::date_time<C> (), tmp);
2404
2405	pos += 7; // Point to the first H.
2406
2407	// hours
2408	//
2409	d1 = s[pos];
2410	d2 = s[pos + 1];
2411
2412	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2413	throw invalid_value<C> (bits::date_time<C> (), tmp);
2414
2415	hours_ = 10 * (d1 - '0') + (d2 - '0');
2416
2417	if (hours_ > 24)
2418	throw invalid_value<C> (bits::date_time<C> (), tmp);
2419
2420	// minutes
2421	//
2422	d1 = s[pos + 3];
2423	d2 = s[pos + 4];
2424
2425	if (d1 < '0' \|\| d1 > '9' \|\| d2 < '0' \|\| d2 > '9')
2426	throw invalid_value<C> (bits::date_time<C> (), tmp);
2427
2428	minutes_ = 10 * (d1 - '0') + (d2 - '0');
2429
2430	if (minutes_ > 59)
2431	throw invalid_value<C> (bits::date_time<C> (), tmp);
2432
2433	// Find the end of the seconds fragment.
2434	//
2435	pos += 6; // Point to the first S.
2436
2437	size_type sec_end (pos + 2);
2438	for (; sec_end < size; ++sec_end)
2439	{
2440	C c (s[sec_end]);
2441
2442	if (c == C ('Z') \|\| c == C ('+') \|\| c == C ('-'))
2443	break;
2444	}
2445
2446	// At least one digit should should follow the fraction point.
2447	//
2448	if ((sec_end - pos) == 3)
2449	throw invalid_value<C> (bits::date_time<C> (), tmp);
2450
2451	ro_string<C> seconds_fragment (s + pos, sec_end - pos);
2452	zc_istream<C> sis (seconds_fragment);
2453
2454	if (!(sis >> seconds_ && sis.exhausted () && seconds_ < 60.0))
2455	throw invalid_value<C> (bits::date_time<C> (), tmp);
2456
2457	if (hours_ == 24 && (minutes_ != 0 \|\| seconds_ != 0.0))
2458	throw invalid_value<C> (bits::date_time<C> (), tmp);
2459
2460	// zone
2461	//
2462	if (sec_end < size)
2463	{
2464	if (!bits::parse_tz (s + sec_end, size - sec_end, zh_, zm_))
2465	throw invalid_value<C> (bits::date_time<C> (), tmp);
2466
2467	z_ = true;
2468	}
2469	else
2470	z_ = false;
2471	}
2472
2473	template <typename C>
2474	date_time date_time_pimpl<C>::
2475	post_date_time ()
2476	{
2477	return z_
2478	? date_time (year_, month_, day_, hours_, minutes_, seconds_,
2479	zh_, zm_)
2480	: date_time (year_, month_, day_, hours_, minutes_, seconds_);
2481	}
2482
2483	// duration
2484	//
2485	template <typename C>
2486	void duration_pimpl<C>::
2487	_pre ()
2488	{
2489	str_.clear ();
2490	}
2491
2492	template <typename C>
2493	void duration_pimpl<C>::
2494	_characters (const ro_string<C>& s)
2495	{
2496	if (str_.size () == 0)
2497	{
2498	ro_string<C> tmp (s.data (), s.size ());
2499
2500	if (trim_left (tmp) != 0)
2501	str_ += tmp;
2502	}
2503	else
2504	str_ += s;
2505	}
2506
2507	namespace bits
2508	{
2509	template <typename C>
2510	inline typename ro_string<C>::size_type
2511	duration_delim (const C* s,
2512	typename ro_string<C>::size_type pos,
2513	typename ro_string<C>::size_type size)
2514	{
2515	const C* p (s + pos);
2516	for (; p < (s + size); ++p)
2517	{
2518	if (p == C ('Y') \|\| p == C ('D') \|\| *p == C ('M') \|\|
2519	p == C ('H') \|\| p == C ('M') \|\| *p == C ('S') \|\|
2520	*p == C ('T'))
2521	break;
2522	}
2523
2524	return p - s;
2525	}
2526	}
2527
2528	template <typename C>
2529	void duration_pimpl<C>::
2530	_post ()
2531	{
2532	typedef typename ro_string<C>::size_type size_type;
2533
2534	ro_string<C> tmp (str_);
2535	size_type size (trim_right (tmp));
2536
2537	negative_ = false;
2538	years_ = 0;
2539	months_ = 0;
2540	days_ = 0;
2541	hours_ = 0;
2542	minutes_ = 0;
2543	seconds_ = 0.0;
2544
2545	// duration := [-]P[nY][nM][nD][TnHnMn[.n+]S]
2546	//
2547	const C* s (tmp.data ());
2548
2549	if (size < 3 \|\| (s[0] == C ('-') && size < 4))
2550	throw invalid_value<C> (bits::duration<C> (), tmp);
2551
2552	size_type pos (0);
2553
2554	if (s[0] == C ('-'))
2555	{
2556	negative_ = true;
2557	pos++;
2558	}
2559
2560	if (s[pos++] != C ('P'))
2561	throw invalid_value<C> (bits::duration<C> (), tmp);
2562
2563	size_type del (bits::duration_delim (s, pos, size));
2564
2565	// Duration should contain at least one component.
2566	//
2567	if (del == size)
2568	throw invalid_value<C> (bits::duration<C> (), tmp);
2569
2570	if (s[del] == C ('Y'))
2571	{
2572	ro_string<C> fragment (s + pos, del - pos);
2573	zc_istream<C> is (fragment);
2574
2575	if (!(is >> years_ && is.exhausted ()))
2576	throw invalid_value<C> (bits::duration<C> (), tmp);
2577
2578	pos = del + 1;
2579	del = bits::duration_delim (s, pos, size);
2580	}
2581
2582	if (del != size && s[del] == C ('M'))
2583	{
2584	ro_string<C> fragment (s + pos, del - pos);
2585	zc_istream<C> is (fragment);
2586
2587	if (!(is >> months_ && is.exhausted ()))
2588	throw invalid_value<C> (bits::duration<C> (), tmp);
2589
2590	pos = del + 1;
2591	del = bits::duration_delim (s, pos, size);
2592	}
2593
2594	if (del != size && s[del] == C ('D'))
2595	{
2596	ro_string<C> fragment (s + pos, del - pos);
2597	zc_istream<C> is (fragment);
2598
2599	if (!(is >> days_ && is.exhausted ()))
2600	throw invalid_value<C> (bits::duration<C> (), tmp);
2601
2602	pos = del + 1;
2603	del = bits::duration_delim (s, pos, size);
2604	}
2605
2606	if (del != size && s[del] == C ('T'))
2607	{
2608	pos = del + 1;
2609	del = bits::duration_delim (s, pos, size);
2610
2611	// At least one time component should be present.
2612	//
2613	if (del == size)
2614	throw invalid_value<C> (bits::duration<C> (), tmp);
2615
2616	if (s[del] == C ('H'))
2617	{
2618	ro_string<C> fragment (s + pos, del - pos);
2619	zc_istream<C> is (fragment);
2620
2621	if (!(is >> hours_ && is.exhausted ()))
2622	throw invalid_value<C> (bits::duration<C> (), tmp);
2623
2624	pos = del + 1;
2625	del = bits::duration_delim (s, pos, size);
2626	}
2627
2628	if (del != size && s[del] == C ('M'))
2629	{
2630	ro_string<C> fragment (s + pos, del - pos);
2631	zc_istream<C> is (fragment);
2632
2633	if (!(is >> minutes_ && is.exhausted ()))
2634	throw invalid_value<C> (bits::duration<C> (), tmp);
2635
2636	pos = del + 1;
2637	del = bits::duration_delim (s, pos, size);
2638	}
2639
2640	if (del != size && s[del] == C ('S'))
2641	{
2642	ro_string<C> fragment (s + pos, del - pos);
2643	zc_istream<C> is (fragment);
2644
2645	if (!(is >> seconds_ && is.exhausted () && seconds_ >= 0.0))
2646	throw invalid_value<C> (bits::duration<C> (), tmp);
2647
2648	pos = del + 1;
2649	}
2650	}
2651
2652	// Something did not match or appeared in the wrong order.
2653	//
2654	if (pos != size)
2655	throw invalid_value<C> (bits::duration<C> (), tmp);
2656	}
2657
2658	template <typename C>
2659	duration duration_pimpl<C>::
2660	post_duration ()
2661	{
2662	return duration (
2663	negative_, years_, months_, days_, hours_, minutes_, seconds_);
2664	}
2665	}
2666	}
2667	}
2668	}

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