Branch Coverage

DOM.xs

Criterion	Covered	Total	%
branch	728	2284	31.8

line	true	false	branch
66	171	160	while (node) {
67	162	9	if (node->tag_id == MyHTML_TAG__TEXT) {
70	162	0	if (text_len)
72	9	0	} else if (node_is_element(node)) {
	9	0	} else if (node_is_element(node)) {
	6	3	} else if (node_is_element(node)) {
	6	0	} else if (node_is_element(node)) {
82	2	127	if (tree_obj)
108	1065	181	if (node->tag_id != MyHTML_TAG__UNDEF) {
109	84	981	if (node->tag_id == MyHTML_TAG__TEXT) {
111	32	949	} else if (node->tag_id == MyHTML_TAG__COMMENT) {
113	175	774	} else if (node->tag_id == MyHTML_TAG__DOCTYPE) {
115	109	665	} else if (context->fragment_tag_id && node->tag_id == context->fragment_tag_id) {
	14	95	} else if (context->fragment_tag_id && node->tag_id == context->fragment_tag_id) {
122	181	0	if (node_is_document(node))
	181	0	if (node_is_document(node))
130	582	0	if (!context || !context->utf8) {
	579	3	if (!context || !context->utf8) {
140	179	0	if (!selector || !selector->utf8) {
	176	3	if (!selector || !selector->utf8) {
160	16	1377	if (!node)
164	1246	131	if (!sv) {
184	177	8	if (collection) {
185	229	177	for (int i = 0; i < collection->length; ++i)
192	0	848	if (SvROK(sv)) {
194	0	0	if (SvOBJECT(tmp_sv)) {
198	0	0	if (to_string) {
200	0	0	ENTER; SAVETMPS; PUSHMARK(SP);
201	0	0	XPUSHs(sv_bless(sv_2mortal(newRV_inc(tmp_sv)), stash));
209	0	0	FREETMPS; LEAVE;
227	0	108	if (combinator) {
231	0	0	const char *combo = SvPV_const(combinator, combo_len);
233	0	0	if (combo_len > 0)
237	0	108	if (SvROK(query)) {
238	0	0	if (sv_derived_from(query, "HTML5::DOM::CSS::Selector")) { // Precompiler selectors
239	0	0	html5_css_selector_t *selector = INT2PTR(html5_css_selector_t *, SvIV((SV*)SvRV(query)));
242	0	0	} else if (sv_derived_from(query, "HTML5::DOM::CSS::Selector::Entry")) { // One precompiled selector
243	0	0	html5_css_selector_entry_t *selector = INT2PTR(html5_css_selector_entry_t *, SvIV((SV*)SvRV(query)));
247	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
	0	0	sub_croak(cv, "%s: %s is not of type %s or %s", "HTML5::DOM::Tree::find", "query", "HTML5::DOM::CSS::Selector", "HTML5::DOM::CSS::Selector::Entry");
254	108	0	const char *query_str = SvPV_const(query, query_len);
257	0	108	if (status)
258	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
262	0	108	if (!selector)
263	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
	0	0	sub_croak(cv, "bad selector: %s", query_str);
269	71	37	if (one) { // search one element
275	37	0	if (collection)
280	108	0	if (selector)
287	0	160	if (!self)
294	160	0	const char *key_str = SvPV_const(key, key_len);
308	12	0	if (collection && collection->length)
	8	4	if (collection && collection->length)
312	96	0	if (val) {
314	96	0	const char *val_str = SvPV_const(val, val_len);
317	96	0	if (cmp) {
320	96	0	const char *cmp_str = SvPV_const(cmp, cmp_len);
322	96	0	if (cmp_len)
326	16	80	if (cmp_type == '=') {
329	16	64	} else if (cmp_type == '~') {
332	16	48	} else if (cmp_type == '^') {
335	16	32	} else if (cmp_type == '$') {
338	16	16	} else if (cmp_type == '*') {
341	16	0	} else if (cmp_type == '|') {
345	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
	0	0	sub_croak(cv, "unknown cmp type: %c", cmp_type);
355	152	8	if (collection)
362	231	1862	if (hv) {
364	10	221	if (sv && *sv)
	10	0	if (sv && *sv)
365	10	0	return SvIV(*sv);
371	66	532	if (hv) {
373	15	51	if (sv && *sv) {
	15	0	if (sv && *sv) {
377	15	0	const char *enc_str = SvPV_const(encoding, enc_length);
379	15	0	if (enc_length > 0) {
381	0	15	if (isdigit(enc_str[0])) { // May be encoding id
382	0	0	enc_id = SvIV(encoding);
383	0	0	if (enc_id == MyENCODING_AUTO || enc_id == MyENCODING_DEFAULT || enc_id == MyENCODING_NOT_DETERMINED)
	0	0	if (enc_id == MyENCODING_AUTO || enc_id == MyENCODING_DEFAULT || enc_id == MyENCODING_NOT_DETERMINED)
	0	0	if (enc_id == MyENCODING_AUTO || enc_id == MyENCODING_DEFAULT || enc_id == MyENCODING_NOT_DETERMINED)
385	0	0	if (!myencoding_name_by_id(enc_id, NULL))
388	0	15	if (!myencoding_by_name(enc_str, enc_length, &enc_id)) {
389	0	0	if (enc_length == 4 && strcasecmp(enc_str, "auto") == 0)
	0	0	if (enc_length == 4 && strcasecmp(enc_str, "auto") == 0)
391	0	0	if (enc_length == 7 && strcasecmp(enc_str, "default") == 0)
	0	0	if (enc_length == 7 && strcasecmp(enc_str, "default") == 0)
404	33	266	if (hv) {
406	8	25	if (sv && *sv) {
	8	0	if (sv && *sv) {
410	4	4	const char *enc_str = SvPV_const(encoding, enc_length);
412	8	0	if (enc_length > 0) {
413	4	4	if (isdigit(enc_str[0])) {
414	4	0	return SvIV(encoding) != 0;
415	4	0	} else if (length == 4 && strcasecmp(enc_str, "auto") == 0) {
	4	0	} else if (length == 4 && strcasecmp(enc_str, "auto") == 0) {
426	166	133	opts->threads = hv_get_int_value(options, "threads", 7, extend ? extend->threads : 0);
427	166	133	opts->ignore_whitespace = hv_get_int_value(options, "ignore_whitespace", 17, extend ? extend->ignore_whitespace : 0) > 0;
428	166	133	opts->ignore_doctype = hv_get_int_value(options, "ignore_doctype", 14, extend ? extend->ignore_doctype : 0) > 0;
429	166	133	opts->scripts = hv_get_int_value(options, "scripts", 7, extend ? extend->scripts : 0) > 0;
430	166	133	opts->encoding = hv_get_encoding_value(options, "encoding", 8, extend ? extend->encoding : MyENCODING_AUTO);
431	166	133	opts->default_encoding = hv_get_encoding_value(options, "default_encoding", 16, extend ? extend->default_encoding : MyENCODING_DEFAULT);
432	166	133	opts->encoding_use_meta = hv_get_int_value(options, "encoding_use_meta", 17, extend ? extend->encoding_use_meta : 1) > 0;
433	166	133	opts->encoding_use_bom = hv_get_int_value(options, "encoding_use_bom", 16, extend ? extend->encoding_use_bom : 1) > 0;
434	166	133	opts->encoding_prescan_limit = hv_get_int_value(options, "encoding_prescan_limit", 22, extend ? extend->encoding_prescan_limit : 1024);
435	166	133	opts->utf8 = hv_get_utf8_value(options, "utf8", 4, extend ? extend->utf8 : 2);
443	0	249	if (opts->encoding == MyENCODING_NOT_DETERMINED)
444	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
	0	0	sub_croak(cv, "invalid encoding value");
445	249	0	if (opts->default_encoding == MyENCODING_NOT_DETERMINED || opts->default_encoding == MyENCODING_AUTO)
	0	249	if (opts->default_encoding == MyENCODING_NOT_DETERMINED || opts->default_encoding == MyENCODING_AUTO)
446	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
	0	0	sub_croak(cv, "invalid default_encoding value");
447	0	249	if (opts->threads < 0)
448	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
	0	0	sub_croak(cv, "invalid threads count");
449	0	249	if (opts->encoding_prescan_limit < 0)
450	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
	0	0	sub_croak(cv, "invalid encoding_prescan_limit value");
457	1	1	while (selector) {
458	5	1	for (size_t i = 0; i < selector->entries_list_length; ++i) {
495	17	6	while (entry) {
496	4	13	if (entry->combinator != MyCSS_SELECTORS_COMBINATOR_UNDEF) {
505	0	17	if ((selector->flags) & MyCSS_SELECTORS_FLAGS_SELECTOR_BAD)
533	14	0	if (entry->key)
534	14	0	hv_store_ent(data, sv_2mortal(newSVpv_utf8_auto_css(self, "value", 5)), newSVpv_utf8_auto_css(self, entry->key->length ? entry->key->data : "", entry->key->length), 0);
542	2	0	if (entry->key)
543	2	0	hv_store_ent(data, sv_2mortal(newSVpv_utf8_auto_css(self, "name", 4)), newSVpv_utf8_auto_css(self, entry->key->length ? entry->key->data : "", entry->key->length), 0);
546	2	0	if (mycss_selector_value_attribute(entry->value)->value) {
548	2	0	hv_store_ent(data, sv_2mortal(newSVpv_utf8_auto_css(self, "value", 5)), newSVpv_utf8_auto_css(self, str_value->length ? str_value->data : "", str_value->length), 0);
558	0	2	if (mycss_selector_value_attribute(entry->value)->mod & MyCSS_SELECTORS_MOD_I) {
612	0	1	if (a_plus_b->of) {
623	0	0	if (entry->value) {
625	0	0	hv_store_ent(data, sv_2mortal(newSVpv_utf8_auto_css(self, "value", 5)), newSVpv_utf8_auto_css(self, str_fname->length ? str_fname->data : "", str_fname->length), 0);
638	0	0	if (drop_val & MyCSS_SELECTORS_FUNCTION_DROP_TYPE_ACTIVE)
640	0	0	if (drop_val & MyCSS_SELECTORS_FUNCTION_DROP_TYPE_VALID)
642	0	0	if (drop_val & MyCSS_SELECTORS_FUNCTION_DROP_TYPE_INVALID)
652	0	0	if (entry->value) {
654	0	0	while (lang) {
655	0	0	av_push(langs, newSVpv_utf8_auto_css(self, lang->str.length ? lang->str.data : "", lang->str.length));
692	8	0	if (result->opts.utf8 == 2)
698	8	0	const char *html_str = SvPV_const(html, html_len);
710	0	8	if (status) {
714	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_init failed: %d (%s)", status, modest_strerror(status));
723	0	8	if (status) {
727	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhread_entry_create failed: %d (%s)", status, modest_strerror(status));
734	0	8	if (status) {
738	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mythread_resume failed: %d (%s)", status, modest_strerror(status));
750	2	6	if (!wait && !result->done)
	0	2	if (!wait && !result->done)
754	6	2	if (result->thread)
758	6	2	if (result->html) {
763	0	8	if (result->status) {
764	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
	0	0	sub_croak(cv, "parse failed: %d (%s)", result->status, modest_strerror(result->status));
768	6	2	if (result->tree) {
776	8	0	return result->tree_sv ? SvREFCNT_inc((SV *) result->tree_sv) : &PL_sv_undef;
798	104	3	if (self->opts.threads <= 1) {
804	0	107	if (status) {
806	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_init failed: %d (%s)", status, modest_strerror(status));
822	0	2	if (self->tree) {
823	0	0	if (self->tree->context) {
835	0	2	if (status) {
837	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
841	2	0	myhtml_encoding_set(self->tree, self->chunk_opts.encoding == MyENCODING_AUTO ? self->chunk_opts.default_encoding : self->chunk_opts.encoding);
855	0	5	if (!self->tree) {
858	0	0	if (status) {
860	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
863	0	0	myhtml_encoding_set(self->tree, self->chunk_opts.encoding == MyENCODING_AUTO ? self->chunk_opts.default_encoding : self->chunk_opts.encoding);
868	5	0	const char *html_str = SvPV_const(html, html_length);
871	2	3	if (!self->chunks) {
875	2	0	if (self->chunk_opts.utf8 == 2)
884	0	5	if (status) {
885	0	0	if (!self->tree->context)
887	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed: %d (%s)", status, modest_strerror(status));
900	0	3	if (!self->tree)
901	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
913	0	2	if (!self->tree)
914	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
	0	0	sub_croak(cv, "call parseChunkStart or parseChunk first");
917	0	2	if (status) {
918	0	0	if (!self->tree->context)
920	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_chunk failed:%d (%s)", status, modest_strerror(status));
923	2	0	if (self->tree) {
947	0	118	if (status) {
949	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_tree_init failed: %d (%s)", status, modest_strerror(status));
953	118	0	const char *html_str = SvPV_const(html, html_length);
958	114	4	if (opts.utf8 == 2)
964	0	118	if (status) {
966	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse failed: %d (%s)", status, modest_strerror(status));
1024	2	6	if (self->thread)
1027	2	6	if (self->tree) {
1030	2	0	if (self->parser)
1034	6	2	if (self->tree_sv)
1037	2	6	if (self->html)
1059	2	34	if (ns_name) {
1062	2	0	const char *ns_name_str = SvPV_const(ns_name, ns_name_len);
1063	0	2	if (!myhtml_namespace_id_by_name(ns_name_str, ns_name_len, &ns))
1064	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_name_str);
1070	36	0	const char *tag_str = SvPV_const(tag, tag_len);
1077	1	35	if (myhtml_node_is_void_element(node)) {
1078	1	0	if (!node->token) {
1080	0	1	if (!node->token) {
1082	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
1097	6	0	const char *text_str = SvPV_const(text, text_len);
1109	6	0	const char *text_str = SvPV_const(text, text_len);
1121	14	0	const char *text_str = SvPV_const(text, text_len);
1127	0	14	if (ns) {
1130	0	0	const char *ns_str = SvPV_const(ns, ns_len);
1132	0	0	if (!myhtml_namespace_id_by_name(ns_str, ns_len, &ns_id))
1133	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", ns_str);
1136	10	4	if (tag) {
1139	10	0	const char *tag_str = SvPV_const(tag, tag_len);
1148	0	14	if (status)
1149	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
1184	90	0	if (scope) {
1185	28	62	RETVAL = html5_node_find(cv, self->parser, scope, query, combinator, ix == 1 || ix == 2);
	3	25	RETVAL = html5_node_find(cv, self->parser, scope, query, combinator, ix == 1 || ix == 2);
1213	0	1	if (!value) {
1219	0	1	const char *enc_str = SvPV_const(value, enc_length);
1221	1	0	if (enc_length > 0) {
1222	1	0	if (isdigit(enc_str[0])) {
1223	1	0	self->utf8 = SvIV(value) != 0;
1260	1	1	if (self->tree->compat_mode == MyHTML_TREE_COMPAT_MODE_QUIRKS) {
1276	1	0	RETVAL = newSVpv_utf8_auto(self->tree, name ? name : "", length);
1294	4	0	const char *tag_str = SvPV_const(tag, tag_len);
1305	1	1	if (tag_ctx)
1306	1	0	RETVAL = newSVpv_utf8_auto(self->tree, tag_ctx->name ? tag_ctx->name : "", tag_ctx->name_length);
1316	3	0	const char *ns_str = SvPV_const(ns, ns_len);
1319	1	2	if (!myhtml_namespace_id_by_name(ns_str, ns_len, &ns_id))
1332	1	1	RETVAL = ns_name ? newSVpv_utf8_auto(self->tree, ns_name, ns_len) : &PL_sv_undef;
1357	27	0	if (sv_derived_from(other_tree, "HTML5::DOM::Tree")) {
1358	27	0	html5_dom_tree_t *tree = INT2PTR(html5_dom_tree_t *, SvIV((SV*)SvRV(other_tree)));
1359	27	0	if (tree == self)
1370	2	125	if (self->used) {
1387	2	7	if (new_tag_id) {
1388	2	0	const myhtml_tag_context_t *tag_ctx = myhtml_tag_get_by_id(self->tree->tags, SvIV(new_tag_id));
1389	1	1	if (tag_ctx) {
1390	1	0	self->tag_id = SvIV(new_tag_id);
1392	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	0	1	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	0	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	0	1	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
	1	0	sub_croak(cv, "unknown tag id %ld", SvIV(new_tag_id));
1406	2	4	if (new_ns_id) {
1407	2	0	if (!myhtml_namespace_name_by_id(SvIV(new_ns_id), NULL)) {
	1	1	if (!myhtml_namespace_name_by_id(SvIV(new_ns_id), NULL)) {
1408	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	0	1	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	0	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	0	1	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
	1	0	sub_croak(cv, "unknown namespace id %ld", SvIV(new_ns_id));
1410	1	0	myhtml_node_namespace_set(self, SvIV(new_ns_id));
1429	12	25	if (new_tag_name) {
1432	12	0	const char *new_tag_name_str = SvPV_const(new_tag_name, new_tag_name_len);
1434	3	9	if (!new_tag_name_len)
1435	3	0	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
	0	3	sub_croak(cv, "empty tag name not allowed.");
	0	0	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
	0	3	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
	3	0	sub_croak(cv, "empty tag name not allowed.");
1446	25	0	if (tree && tree->tags) {
	25	0	if (tree && tree->tags) {
1448	25	0	if (tag_ctx) {
1450	15	10	if (ix == 1 || ix == 2) {
	1	14	if (ix == 1 || ix == 2) {
1452	11	0	char *value = SvPV(RETVAL, value_len);
1453	2764845	11	for (size_t i = 0; i < value_len; ++i)
1469	2	4	if (new_ns) {
1472	2	0	const char *new_ns_str = SvPV_const(new_ns, new_ns_len);
1475	1	1	if (!myhtml_namespace_id_by_name(new_ns_str, new_ns_len, &ns))
1476	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	0	1	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	0	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	0	1	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
	1	0	sub_croak(cv, "unknown namespace: %s", new_ns_str);
1485	4	0	RETVAL = newSVpv_utf8_auto(self->tree, ns_name ? ns_name : "", ns_name_len);
1513	5	1	if (self->tag_id != MyHTML_TAG__UNDEF) {
1514	1	4	if (self->tag_id == MyHTML_TAG__TEXT) {
1516	1	3	} else if (self->tag_id == MyHTML_TAG__COMMENT) {
1518	1	2	} else if (self->tag_id == MyHTML_TAG__DOCTYPE) {
1520	1	1	} else if (context->fragment_tag_id && self->tag_id == context->fragment_tag_id) {
	1	0	} else if (context->fragment_tag_id && self->tag_id == context->fragment_tag_id) {
1527	1	0	if (node_is_document(self))
	1	0	if (node_is_document(self))
1542	3	63	if (text) {
1543	1	2	if (ix == 2 && !myhtml_node_parent(self)) // outerHTML
	0	1	if (ix == 2 && !myhtml_node_parent(self)) // outerHTML
1544	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
	0	0	sub_croak(cv, "This element has no parent node.");
1548	3	0	const char *text_str = SvPV_const(text, text_len);
1550	3	0	if (node_is_element(self) || node_is_document(self)) { // parse fragment and replace all node childrens with it
	3	0	if (node_is_element(self) || node_is_document(self)) { // parse fragment and replace all node childrens with it
	3	0	if (node_is_element(self) || node_is_document(self)) { // parse fragment and replace all node childrens with it
	0	3	if (node_is_element(self) || node_is_document(self)) { // parse fragment and replace all node childrens with it
	0	0	if (node_is_element(self) || node_is_document(self)) { // parse fragment and replace all node childrens with it
	0	0	if (node_is_element(self) || node_is_document(self)) { // parse fragment and replace all node childrens with it
1554	1	2	myhtml_tree_node_t *context_node = ix == 2 ? myhtml_node_parent(self) : self;
1558	0	3	if (node_is_document(context_node))
	0	0	if (node_is_document(context_node))
1570	0	3	if (status)
1571	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "myhtml_parse_fragment failed: %d (%s)", status, modest_strerror(status));
1575	3	3	while (node) {
1583	3	0	if (node_is_root(self)) {
	0	3	if (node_is_root(self)) {
1586	0	3	} else if (node_is_document(self)) {
	0	0	} else if (node_is_document(self)) {
1592	3	0	if (fragment != self->tree->node_html) {
1595	3	3	while (node) {
1598	1	2	if (ix == 2) { // outerHTML
1607	1	2	if (ix == 2)
1624	63	0	if (self->tag_id == MyHTML_TAG__UNDEF || ix == 1 || html5_dom_is_fragment(self)) { // innerHTML
	62	1	if (self->tag_id == MyHTML_TAG__UNDEF || ix == 1 || html5_dom_is_fragment(self)) { // innerHTML
	7	55	if (self->tag_id == MyHTML_TAG__UNDEF || ix == 1 || html5_dom_is_fragment(self)) { // innerHTML
	1	6	if (self->tag_id == MyHTML_TAG__UNDEF || ix == 1 || html5_dom_is_fragment(self)) { // innerHTML
1626	4	2	while (node) {
1654	213	0	if (!node_is_element(self)) {
	178	35	if (!node_is_element(self)) {
	167	11	if (!node_is_element(self)) {
	0	167	if (!node_is_element(self)) {
1655	46	0	if (ix == 2 || ix == 3 || ix == 5) {
	46	0	if (ix == 2 || ix == 3 || ix == 5) {
	0	46	if (ix == 2 || ix == 3 || ix == 5) {
1656	0	0	if (text) {
1657	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
1661	0	46	} else if (text) { // set node value
1664	0	0	const char *text_str = SvPV_const(text, text_len);
1671	46	0	RETVAL = newSVpv_utf8_auto(self->tree, text ? text : "", text_len);
1674	166	1	if (ix == 1 || ix == 4) {
	1	165	if (ix == 1 || ix == 4) {
1675	0	2	if (text) {
1676	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
	0	0	sub_croak(cv, "%s unsupported in %s", names[ix], get_node_class(self));
1680	9	156	} else if (text) { // remove all childrens and add text node
1683	8	1	const char *text_str = SvPV_const(text, text_len);
1687	9	9	while (node) {
1695	9	0	if (node_is_root(self)) {
	0	9	if (node_is_root(self)) {
1698	0	9	} else if (node_is_document(self)) {
	0	0	} else if (node_is_document(self)) {
1705	8	1	if (ix == 2 || ix == 5) {
	1	7	if (ix == 2 || ix == 5) {
1707	50	2	for (size_t i = 0; i < text_len; ++i) {
1709	46	4	bool is_new_line = (text_str[i] == '\n' || text_str[i] == '\r');
	0	46	bool is_new_line = (text_str[i] == '\n' || text_str[i] == '\r');
1710	48	2	if (is_end || is_new_line) {
	2	46	if (is_end || is_new_line) {
1711	2	2	if (is_end && !is_new_line)
	0	2	if (is_end && !is_new_line)
1715	2	2	if (i - last_pos) {
1718	1	1	if (ix == 5) { // outerText
1726	4	0	if (is_new_line) {
1728	4	0	if (!text_node->token) {
1730	0	4	if (!text_node->token) {
1732	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
	0	0	sub_croak(cv, "myhtml_token_node_create failed");
1737	2	2	if (ix == 5) { // outerText
1744	2	2	if (!is_end) {
1745	0	2	if (text_str[i] == '\r' && text_str[i + 1] == '\n')
	0	0	if (text_str[i] == '\r' && text_str[i + 1] == '\n')
1761	1	8	if (ix == 5) {
1767	155	1	if (ix == 2 || ix == 5) {
	1	154	if (ix == 2 || ix == 5) {
1775	2	2	while (next) {
1781	2	0	RETVAL = newSVpv_utf8_auto(self->tree, state.value.length ? state.value.data : "", state.value.length);
1817	14	2	while (node && !node_is_element(node))
	0	14	while (node && !node_is_element(node))
	8	6	while (node && !node_is_element(node))
	2	4	while (node && !node_is_element(node))
	0	4	while (node && !node_is_element(node))
1840	14	2	while (node && !node_is_element(node))
	0	14	while (node && !node_is_element(node))
	8	6	while (node && !node_is_element(node))
	2	4	while (node && !node_is_element(node))
	0	4	while (node && !node_is_element(node))
1864	6	66	RETVAL = ix == 1 ? newSViv(myhtml_node_parent(self) ? 1 : 0) : node_to_sv(myhtml_node_parent(self));
1884	1	1	if (ix == 1) {
1885	0	1	if (!node)
1886	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "node", "HTML5::DOM::Node");
1887	0	1	if (node->parent != self)
1888	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
	0	0	sub_croak(cv, "The node to be removed is not a child of this node.");
1904	4	4	if (ix == 1) {
1908	0	4	if (!reference_node)
1909	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
1910	0	4	if (reference_node->parent != self)
1911	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node before which the new node is to be inserted is not a child of this node.");
1917	0	8	if (!myhtml_node_parent(reference_node))
1918	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
1920	0	8	if (reference_node->tree != new_node->tree) {
1923	0	0	if (!new_node)
1924	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
1927	2	6	if (html5_dom_is_fragment(new_node)) {
	2	0	if (html5_dom_is_fragment(new_node)) {
1929	10	2	while (fragment_child) {
1940	4	4	if (ix == 1) {
1956	4	4	if (ix == 1) {
1960	0	4	if (!reference_node)
1961	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "reference_node", "HTML5::DOM::Node");
1962	0	4	if (reference_node->parent != self)
1963	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
	0	0	sub_croak(cv, "The node after which the new node is to be inserted is not a child of this node.");
1969	0	8	if (!myhtml_node_parent(reference_node))
1970	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
	0	0	sub_croak(cv, "can't insert before detached node");
1972	0	8	if (reference_node->tree != new_node->tree) {
1975	0	0	if (!new_node)
1976	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
1979	2	6	if (html5_dom_is_fragment(new_node)) {
	2	0	if (html5_dom_is_fragment(new_node)) {
1981	10	2	while (fragment_child) {
1992	4	4	if (ix == 1) {
2006	5	0	if (!node_is_element(self))
	5	0	if (!node_is_element(self))
	5	0	if (!node_is_element(self))
	0	5	if (!node_is_element(self))
2007	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
	0	0	sub_croak(cv, "can't append children to non-element node");
2009	0	5	if (self->tree != child->tree) {
2012	0	0	if (!child)
2013	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
2016	2	3	if (html5_dom_is_fragment(child)) {
	2	0	if (html5_dom_is_fragment(child)) {
2018	10	2	while (fragment_child) {
2029	2	3	if (ix == 1) {
2043	4	0	if (!node_is_element(self))
	4	0	if (!node_is_element(self))
	4	0	if (!node_is_element(self))
	0	4	if (!node_is_element(self))
2044	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
	0	0	sub_croak(cv, "can't prepend children to non-element node");
2046	0	4	if (self->tree != child->tree) {
2049	0	0	if (!child)
2050	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
2054	2	2	if (html5_dom_is_fragment(child)) {
	2	0	if (html5_dom_is_fragment(child)) {
2056	10	2	while (fragment_child) {
2059	10	0	if (first_node) {
2068	2	0	if (first_node) {
2075	2	2	if (ix == 1) {
2091	2	2	if (ix == 1) {
2095	0	2	if (!old_node)
2096	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
	0	0	sub_croak(cv, "%s is not of type %s", "old_node", "HTML5::DOM::Node");
2097	0	2	if (old_node->parent != self)
2098	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
	0	0	sub_croak(cv, "The node to be replaced is not a child of this node.");
2104	0	4	if (old_node->tree != new_node->tree) {
2107	0	0	if (!new_node)
2108	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
	0	0	sub_croak(cv, "node copying internal error");
2111	2	2	if (html5_dom_is_fragment(new_node)) {
	2	0	if (html5_dom_is_fragment(new_node)) {
2113	10	2	while (fragment_child) {
2126	2	2	RETVAL = (ix == 1 ? node_to_sv(old_node) : SvREFCNT_inc(ST(0)));
2136	24	0	myhtml_tree_t *tree = new_tree ? new_tree->tree : self->tree;
2137	12	12	if (deep) {
2166	1	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "raw_begin", 9)), newSViv(self->token ? self->token->raw_begin : 0), 0);
2167	1	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "raw_length", 10)), newSViv(self->token ? self->token->raw_length : 0), 0);
2168	1	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "element_begin", 13)), newSViv(self->token ? self->token->element_begin : 0), 0);
2169	1	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "element_length", 14)), newSViv(self->token ? self->token->element_length : 0), 0);
2187	221	0	if (sv_derived_from(other_node, "HTML5::DOM::Node")) {
2188	221	0	myhtml_tree_node_t *node = INT2PTR(myhtml_tree_node_t *, SvIV((SV*)SvRV(other_node)));
2189	170	51	if (node == self)
2202	1246	0	if (sv) {
2206	256	990	if (!myhtml_node_parent(self) && self != myhtml_tree_get_document(self->tree)) {
	75	181	if (!myhtml_node_parent(self) && self != myhtml_tree_get_document(self->tree)) {
2207	0	75	if (self == self->tree->node_html) {
2209	0	75	} else if (self == self->tree->node_body) {
2211	0	75	} else if (self == self->tree->node_head) {
2213	0	75	} else if (self == self->tree->node_form) {
2215	0	75	} else if (self == self->tree->fragment) {
2217	0	75	} else if (self == self->tree->document) {
2239	15	3	RETVAL = html5_node_find(cv, tree_context->parser, self, query, combinator, ix == 1 || ix == 2);
	3	12	RETVAL = html5_node_find(cv, tree_context->parser, self, query, combinator, ix == 1 || ix == 2);
2270	32	2	while (node && !node_is_element(node))
	0	32	while (node && !node_is_element(node))
	14	18	while (node && !node_is_element(node))
	2	16	while (node && !node_is_element(node))
	0	16	while (node && !node_is_element(node))
2293	30	2	while (node && !node_is_element(node))
	0	30	while (node && !node_is_element(node))
	14	16	while (node && !node_is_element(node))
	2	14	while (node && !node_is_element(node))
	0	14	while (node && !node_is_element(node))
2316	5	1	while (attr) {
2328	5	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "name", 4)), newSVpv_utf8_auto(self->tree, attr_key ? attr_key : "", attr_key_len), 0);
2329	3	2	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "value", 5)), newSVpv_utf8_auto(self->tree, attr_val ? attr_val : "", attr_val_len), 0);
2330	5	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, "namespace", 9)), newSVpv_utf8_auto(self->tree, ns_name ? ns_name : "", ns_len), 0);
2353	9	118	if (ix == 1) { // setAttribute
2354	0	9	if (!key)
2355	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
	0	0	sub_croak(cv, "attribute key required for setAttribute");
2357	0	9	if (!value)
2358	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
	0	0	sub_croak(cv, "attribute value required for setAttribute");
2359	6	112	} else if (ix == 2) { // getAttribute
2360	0	6	if (!key)
2361	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
	0	0	sub_croak(cv, "attribute key required for getAttribute");
2367	126	1	if (key && value) { // Set value by key or delete by key
	23	103	if (key && value) { // Set value by key or delete by key
2372	23	0	const char *key_str = SvPV_const(key, key_len);
2374	23	0	if (key_len) {
2376	15	8	if (SvTYPE(value) != SVt_NULL) {
2378	15	0	const char *val_str = SvPV_const(value, val_len);
2387	103	1	} else if (key && !value) {
	103	0	} else if (key && !value) {
2389	1	102	if (SvROK(key) && SvTYPE(SvRV(key)) == SVt_PVHV) {
	1	0	if (SvROK(key) && SvTYPE(SvRV(key)) == SVt_PVHV) {
2393	7	1	while ((entry = hv_iternext(hash)) != NULL) {
2397	7	0	if (value && key_len) {
	7	0	if (value && key_len) {
2401	3	4	if (SvTYPE(value) != SVt_NULL) {
2403	2	1	const char *val_str = SvPV_const(value, val_len);
2418	102	0	const char *key_str = SvPV_const(key, key_len);
2420	102	0	if (key_len) {
2422	77	25	if (attr) {
2425	64	13	RETVAL = newSVpv_utf8_auto(self->tree, attr_val ? attr_val : "", attr_val_len);
2433	5	1	while (attr) {
2440	3	2	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, attr_key ? attr_key : "", attr_key_len)), newSVpv_utf8_auto(self->tree, attr_val ? attr_val : "", attr_val_len), 0);
	5	0	hv_store_ent(hash, sv_2mortal(newSVpv_utf8_auto(self->tree, attr_key ? attr_key : "", attr_key_len)), newSVpv_utf8_auto(self->tree, attr_val ? attr_val : "", attr_val_len), 0);
2459	8	0	const char *key_str = SvPV_const(key, key_len);
2461	8	0	if (key_len)
2475	525	43	while (child) {
2476	525	0	if (node_is_element(child))
	244	281	if (node_is_element(child))
	219	25	if (node_is_element(child))
	219	0	if (node_is_element(child))
2494	100	21	while (child) {
2565	5	0	RETVAL = ret ? newSVpv_utf8_auto(self->tree, ret, strlen(ret)) : &PL_sv_undef;
2581	171	0	myhtml_tree_attr_t *root_name = self->token ? self->token->attr_first : NULL;
2582	162	9	myhtml_tree_attr_t *restrict_type = root_name ? root_name->next : NULL;
2583	131	40	myhtml_tree_attr_t *public_id = restrict_type ? restrict_type->next : NULL;
2584	125	46	myhtml_tree_attr_t *system_id = public_id ? public_id->next : NULL;
2586	131	40	if (restrict_type && restrict_type->value.length == 6) {
	131	0	if (restrict_type && restrict_type->value.length == 6) {
2587	38	93	if (mycore_strcasecmp(restrict_type->value.data, "SYSTEM") == 0) {
2593	15	156	if (value) {
2596	15	0	myhtml_tree_attr_t *attr_first = self->token ? self->token->attr_first : NULL;
2597	15	0	myhtml_tree_attr_t *attr_last = self->token ? self->token->attr_last : NULL;
2600	15	0	const char *val_str = SvPV_const(value, val_len);
2603	5	10	if (ix == 0) {
2606	8	2	myhtml_attribute_add(self, root_name && root_name->key.length ? root_name->key.data : "", root_name ? root_name->key.length : 0, "", 0, MyENCODING_DEFAULT);
	8	2	myhtml_attribute_add(self, root_name && root_name->key.length ? root_name->key.data : "", root_name ? root_name->key.length : 0, "", 0, MyENCODING_DEFAULT);
	8	0	myhtml_attribute_add(self, root_name && root_name->key.length ? root_name->key.data : "", root_name ? root_name->key.length : 0, "", 0, MyENCODING_DEFAULT);
2611	5	10	if ((ix == 2 && val_len) || (system_id && system_id->value.length))
	0	5	if ((ix == 2 && val_len) || (system_id && system_id->value.length))
	4	6	if ((ix == 2 && val_len) || (system_id && system_id->value.length))
	4	0	if ((ix == 2 && val_len) || (system_id && system_id->value.length))
2614	5	10	if ((ix == 1 && val_len) || (public_id && public_id->value.length))
	0	5	if ((ix == 1 && val_len) || (public_id && public_id->value.length))
	4	6	if ((ix == 1 && val_len) || (public_id && public_id->value.length))
	4	0	if ((ix == 1 && val_len) || (public_id && public_id->value.length))
2617	13	2	if (restrict_type_str) {
2621	9	4	if (restrict_type_str == TYPE_PUBLIC) {
2623	5	4	if (ix == 1) {
2626	4	0	myhtml_attribute_add(self, "", 0, public_id && public_id->value.length ? public_id->value.data : "", public_id ? public_id->value.length : 0, MyENCODING_DEFAULT);
	4	0	myhtml_attribute_add(self, "", 0, public_id && public_id->value.length ? public_id->value.data : "", public_id ? public_id->value.length : 0, MyENCODING_DEFAULT);
	4	0	myhtml_attribute_add(self, "", 0, public_id && public_id->value.length ? public_id->value.data : "", public_id ? public_id->value.length : 0, MyENCODING_DEFAULT);
2631	5	8	if (ix == 2) {
2634	4	4	myhtml_attribute_add(self, "", 0, system_id && system_id->value.length ? system_id->value.data : "", system_id ? system_id->value.length : 0, MyENCODING_DEFAULT);
	4	4	myhtml_attribute_add(self, "", 0, system_id && system_id->value.length ? system_id->value.data : "", system_id ? system_id->value.length : 0, MyENCODING_DEFAULT);
	4	0	myhtml_attribute_add(self, "", 0, system_id && system_id->value.length ? system_id->value.data : "", system_id ? system_id->value.length : 0, MyENCODING_DEFAULT);
2639	33	3	while (attr_last && attr_first) {
	33	0	while (attr_last && attr_first) {
2643	12	21	if (attr_first == attr_last)
2655	50	2	RETVAL = newSVpv_utf8_auto(self->tree, root_name && root_name->key.length ? root_name->key.data : "", root_name ? root_name->key.length : 0);
	50	2	RETVAL = newSVpv_utf8_auto(self->tree, root_name && root_name->key.length ? root_name->key.data : "", root_name ? root_name->key.length : 0);
	46	4	RETVAL = newSVpv_utf8_auto(self->tree, root_name && root_name->key.length ? root_name->key.data : "", root_name ? root_name->key.length : 0);
2659	26	26	RETVAL = newSVpv_utf8_auto(self->tree, public_id && public_id->value.length ? public_id->value.data : "", public_id ? public_id->value.length : 0);
	26	26	RETVAL = newSVpv_utf8_auto(self->tree, public_id && public_id->value.length ? public_id->value.data : "", public_id ? public_id->value.length : 0);
	25	1	RETVAL = newSVpv_utf8_auto(self->tree, public_id && public_id->value.length ? public_id->value.data : "", public_id ? public_id->value.length : 0);
2663	34	18	RETVAL = newSVpv_utf8_auto(self->tree, system_id && system_id->value.length ? system_id->value.data : "", system_id ? system_id->value.length : 0);
	34	18	RETVAL = newSVpv_utf8_auto(self->tree, system_id && system_id->value.length ? system_id->value.data : "", system_id ? system_id->value.length : 0);
	26	8	RETVAL = newSVpv_utf8_auto(self->tree, system_id && system_id->value.length ? system_id->value.data : "", system_id ? system_id->value.length : 0);
2682	0	21	if (status) {
2684	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_init failed: %d (%s)", status, modest_strerror(status));
2689	0	21	if (status) {
2692	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
	0	0	sub_croak(cv, "mycss_entry_init failed: %d (%s)", status, modest_strerror(status));
2718	21	0	const char *query_str = SvPV_const(query, query_len);
2728	19	2	if (opts.utf8 == 2) {
2758	8	0	if (self->list)
2767	2	1	RETVAL = self->list ? !(self->list->flags & MyCSS_SELECTORS_FLAGS_SELECTOR_BAD) : 0;
	1	1	RETVAL = self->list ? !(self->list->flags & MyCSS_SELECTORS_FLAGS_SELECTOR_BAD) : 0;
2776	1	0	if (self->list)
2786	1	0	RETVAL = self->list ? self->list->entries_list_length : 0;
2794	16	0	if (!self->list || index < 0 || index >= self->list->entries_list_length) {
	15	1	if (!self->list || index < 0 || index >= self->list->entries_list_length) {
	1	14	if (!self->list || index < 0 || index >= self->list->entries_list_length) {
2813	0	1	if (!value) {
2819	0	1	const char *enc_str = SvPV_const(value, enc_length);
2821	1	0	if (enc_length > 0) {
2822	1	0	if (isdigit(enc_str[0])) {
2823	1	0	self->utf8 = SvIV(value) != 0;
2840	20	1	if (self->list)
2876	3	1	while (entry) {
2877	1	2	if (entry->type == MyCSS_SELECTORS_TYPE_PSEUDO_ELEMENT) {
2878	1	0	RETVAL = newSVpv_utf8_auto_css(self->selector, entry->key->length ? entry->key->data : "", entry->key->length);
2935	1	1	RETVAL = name ? newSVpv(name, len) : &PL_sv_undef;
2945	2	0	const char *text_str = SvPV_const(text, text_len);
2949	1	1	RETVAL = encoding != MyENCODING_NOT_DETERMINED ? newSViv(encoding) : &PL_sv_undef;
2967	8	0	const char *text_str = SvPV_const(text, text_len);
2969	0	8	if (max_len > 0 && max_len < text_len)
	0	0	if (max_len > 0 && max_len < text_len)
2976	0	2	if (!myencoding_detect(text_str, text_len, &encoding))
2985	0	3	if (!myencoding_detect_russian(text_str, text_len, &encoding))
2989	0	1	if (!myencoding_detect_unicode(text_str, text_len, &encoding))
2993	0	0	if (!myencoding_detect_bom(text_str, text_len, &encoding))
2997	0	1	if (!myencoding_extracting_character_encoding_from_charset(text_str, text_len, &encoding))
3012	1	0	const char *text_str = SvPV_const(text, text_len);
3014	0	1	if (max_len > 0 && max_len < text_len)
	0	0	if (max_len > 0 && max_len < text_len)
3019	0	1	if (!myencoding_detect_and_cut_bom(text_str, text_len, &encoding, &text_str, &text_len))
3025	0	1	if (SvUTF8(text))
3039	5	0	const char *text_str = SvPV_const(text, text_len);
3041	0	5	if (max_len > 0 && max_len < text_len)
	0	0	if (max_len > 0 && max_len < text_len)
3056	0	5	if (SvUTF8(text))