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How to use outer_html method in Selene
Best Python code snippet using selene_python
test_md_helpers.py
Source:test_md_helpers.py 
...83def test_fix_unwrapped_no_tags():84 html = 'test'85 root_elem = PyQuery(html)86 res = fix_unwrapped_text(root_elem)87 res_check = res.outer_html()88 expected = PyQuery('<p>test</p>')89 assert res_check == expected.outer_html()90def test_fix_unwrapped_em_tag():91 html = '<em>wrapped</em>'92 root_elem = PyQuery(html)93 res = fix_unwrapped_text(root_elem)94 res_check = res.outer_html()95 expected = PyQuery('<em>wrapped</em>')96 assert res_check == expected.outer_html()97def test_fix_unwrapped_text_basic():98 html = '<p>1<b>2</b>3</p>'99 root_elem = PyQuery(html)100 res = fix_unwrapped_text(root_elem)101 res_check = res.outer_html()102 expected = PyQuery(103 '<p><span>1</span><span><b>2</b></span><span>3</span></p>')104 assert res_check == expected.outer_html()105def test_fix_unwrapped_text_basic_2():106 html = '<p><b>2</b>3</p>'107 root_elem = PyQuery(html)108 res = fix_unwrapped_text(root_elem)109 res_check = res.outer_html()110 expected = PyQuery('<p><span><b>2</b></span><span>3</span></p>')111 assert res_check == expected.outer_html()112def test_fix_unwrapped_text_basic_3():113 html = '<p><strong>test</strong> unwrapped</p>'114 root_elem = PyQuery(html)115 res = fix_unwrapped_text(root_elem)116 res_check = res.outer_html()117 expected = PyQuery('<p><span><strong>test</strong></span><span> unwrapped' +118 '</span<</p>')119 assert res_check == expected.outer_html()120def test_fix_unwrapped_text_basic_4():121 html = '<p><i>a</i><b>b</b><c>c</c></p>'122 root_elem = PyQuery(html)123 res = fix_unwrapped_text(root_elem)124 res_check = res.outer_html()125 expected = PyQuery(126 '<p><span><i>a</i></span><span><b>b</b></span><span><c>c' +127 '</c></span></p>')128 assert res_check == expected.outer_html()129def test_fix_unwrapped_text_deep():130 html = '<span><strong>12<b>3</b></strong></span>'131 root_elem = PyQuery(html)132 res = fix_unwrapped_text(root_elem)133 res_check = res.outer_html()134 expected = PyQuery('<p><span><strong><span>12</span><span><b>3</b></span>' +135 '</strong></span></p>')136 assert res_check == expected.html()137def test_fix_unwrapped_text_attributes():138 html = '<p><strong attr="123">test</strong> unwrapped</p>'139 root_elem = PyQuery(html)140 res = fix_unwrapped_text(root_elem)141 res_check = res.outer_html()142 expected = PyQuery('<p><span><strong attr="123">test</strong></span>' +143 '<span> unwrapped</span></p>')144 assert res_check == expected.outer_html()145def test_fix_unwrapped_no_unwrapped_basic():146 html = '<span>wrapped</span>'147 root_elem = PyQuery(html)148 res = fix_unwrapped_text(root_elem)149 res_check = res.outer_html()150 expected = PyQuery('<span>wrapped</span>')151 assert res_check == expected.outer_html()152def test_fix_unwrapped_text_no_unwrapped_basic():153 html = '<span><strong>123</strong></span>'154 root_elem = PyQuery(html)155 res = fix_unwrapped_text(root_elem)156 res_check = res.outer_html()157 expected = PyQuery('<p><span><strong>123</strong></span></p>')158 assert res_check == expected.html()159def test_fix_unwrapped_text_no_unwrapped_basic_2():160 html = '<p><span>123</span></p>'161 root_elem = PyQuery(html)162 res = fix_unwrapped_text(root_elem)163 res_check = res.outer_html()164 expected = PyQuery('<p><span>123</span></p>')165 assert res_check == expected.outer_html()166def test_fix_unwrapped_text_no_unwrapped_complex():167 html = '<p><span><i>a</i></span><span><b>b</b></span></p>'168 root_elem = PyQuery(html)169 res = fix_unwrapped_text(root_elem)170 res_check = res.outer_html()171 expected = PyQuery('<p><span><i>a</i></span><span><b>b</b></span></p>')172 assert res_check == expected.outer_html()173def test_fix_unwrapped_text_ul_basic():174 html = '<ul><li>123</li></ul>'175 root_elem = PyQuery(html)176 res = fix_unwrapped_text(root_elem)177 res_check = res.outer_html()178 expected = PyQuery('<ul><li>123</li></ul>')179 assert res_check == expected.outer_html()180def test_build_dict_ol_with_nesting():181 markdown_string = '1. parent\n2. child\n\t1. nested'182 html = markdown_to_html(markdown_string).strip()183 root_elem = PyQuery(html)184 res = fix_unwrapped_text(root_elem)185 res_check = res.outer_html()186 expected = PyQuery(187 '<ol><li>parent</li><li><span>child</span><ol><li>nested</li>' +188 '</ol></li></ol>')189 assert res_check == expected.outer_html()190def test_fix_unwrapped_text_complex():191 html = '<p>aaa <em>bbb <i>ccc</i></em> ddd <del>eee</del> fff</p>'192 root_elem = PyQuery(html)193 res = fix_unwrapped_text(root_elem)194 res_check = res.outer_html()195 expected = PyQuery('<p><span>aaa </span><span><em><span>bbb </span><span>' +196 '<i>ccc</i></span></em></span><span> ddd </span><span>' +197 '<del>eee</del></span><span> fff</span></p>')198 assert res_check == expected.outer_html()199def test_fix_unwrapped_text_complex_2():200 html = '<p>aaa <em>bbb <i>ccc<q>zzz</q>ddd</i></em> ddd <del>' + \201 'eee</del> fff</p>'202 root_elem = PyQuery(html)203 res = fix_unwrapped_text(root_elem)204 res_check = res.outer_html()205 expected = PyQuery('<p><span>aaa </span><span><em><span>bbb </span><span>' +206 '<i><span>ccc</span><span><q>zzz</q></span><span>ddd' +207 '</span></i></span></em></span><span> ddd </span>' +208 '<span><del>eee</del></span><span> fff</span></p>')209 assert res_check == expected.outer_html()210def test_fix_unwrapped_text_complex_3():211 html = '<p>aaa <em>bbb <i>ccc<span><p>zzz</p></span>ddd</i>' + \212 '</em> ddd <del>eee</del> fff</p>'213 root_elem = PyQuery(html)214 res = fix_unwrapped_text(root_elem)215 res_check = res.outer_html()216 expected = PyQuery('<p><span>aaa </span><span><em><span>bbb </span><span>' +217 '<i><span>ccc</span><span><p>zzz</p></span><span>ddd' +218 '</span></i></span></em></span><span> ddd </span>' +219 '<span><del>eee</del></span><span> fff</span></p>')220 assert res_check == expected.outer_html()221def test_no_change_fix_unwrapped_text_complex():222 html = '<p><span>aaa </span><span><em><span>bbb </span><span>' + \223 '<i><span>ccc</span><span><p>zzz</p></span><span>ddd' + \224 '</span></i></span></em></span><span> ddd </span><span>' + \225 '<del>eee</del></span><span> fff</span></p>'226 root_elem = PyQuery(html)227 res = fix_unwrapped_text(root_elem)228 res_check = res.outer_html()229 expected = PyQuery('<p><span>aaa </span><span><em><span>bbb </span><span>' +230 '<i><span>ccc</span><span><p>zzz</p></span><span>ddd' +231 '</span></i></span></em></span><span> ddd </span>' +232 '<span><del>eee</del></span><span> fff</span></p>')233 assert res_check == expected.outer_html()234def test_collapse_attrs_basic():235 input_dict = [{"type": "span", "attrs": [], "layout": {}, "extra": {},236 "contents": [237 {"type": "strong", "attrs": [], "layout": {},238 "extra": {},239 "contents": "test"}240 ]}]241 res = collapse_attrs(input_dict)242 expected = [MarkdownSection("span", "test", {}, {}, ["bold"])]243 assert res[0].get_dict() == expected[0].get_dict()244def test_collapse_attrs_nested():245 input_dict = [{"type": "span", "attrs": [], "layout": {}, "extra": {},246 "contents": [247 {"type": "strong", "attrs": [], "layout": {},...
elem_processing.py
Source:elem_processing.py
1import re2from util_core.util.content_analysis import is_more_link_text3from util_core.util.html_util import (4 get_start_tag, get_tag_names, get_inner, get_tag_name, get_attrs,5 get_text, get_normalised_attrs, remove_html_content, get_tags6)7from webextractor.clustering.comparisons.computed_styles import EXPECTED_COMPUTED_STYLE_KEYS8from webextractor.element_descriptions.util import get_spatial_visibility9from webextractor.element_descriptions.descriptions import get_url_data10from webextractor.selenium_wrapper.preloading import (11 preload_element_data, get_multiple_outer__chunk, AncestorPath,12)13# whether to convert feature_set and all_computed_styles__array to integers14CONVERT_TO_NUMS = True15# r'[day_num_optword] [month_W]'16DAY_NUM_OPTWORD_MONTH = '(?P<day_num>01|02|03|04|05|06|07|08|09|10|11|12|13|14|15|16|17|18|19|20|21|22|23|24|25|26|27|28|29|30|31|1|2|3|4|5|6|7|8|9)(st|nd|rd|th)? (of )?(?P<month_W>january|february|march|april|may|june|july|august|september|october|november|december|jan|feb|mar|apr|jun|jul|aug|sep|sept|oct|nov|dec)'17# r'[month_W] [day_num_word]'18MONTH_DAY_NUM_WORD = '(?P<month_W>january|february|march|april|may|june|july|august|september|october|november|december|jan|feb|mar|apr|jun|jul|aug|sep|sept|oct|nov|dec) (?P<day_num>01|02|03|04|05|06|07|08|09|10|11|12|13|14|15|16|17|18|19|20|21|22|23|24|25|26|27|28|29|30|31|1|2|3|4|5|6|7|8|9)(st|nd|rd|th)'19# r'[month_W] [year_4]20MONTH_YEAR = '(?P<month_W>january|february|march|april|may|june|july|august|september|october|november|december|jan|feb|mar|apr|jun|jul|aug|sep|sept|oct|nov|dec) (?P<year>2010|2011|2012|2013|2014|2015|2016|2017|2018|2019|2020|2021|2022|2023|2024)'21# r'[time]'22TIME = '((?P<hour_1>00|01|02|03|04|05|06|07|08|09|10|11|12|13|14|15|16|17|18|19|20|21|22|23|0|1|2|3|4|5|6|7|8|9)(:|\\.)(?P<minute>(0|1|2|3|4|5)(0|5))\\s?(?P<am_pm_1>a\\.m\\.|p\\.m\\.|am|pm)?|(?P<hour_2>00|01|02|03|04|05|06|07|08|09|10|11|12|1|2|3|4|5|6|7|8|9)\\s?(?P<am_pm_2>a\\.m\\.|p\\.m\\.|am|pm))'23# r'[day_name]'24DAY_NAME = '(?P<day_name>monday|tuesday|wednesday|thursday|friday|saturday|sunday|mon|tue|wed|thu|thur|thurs|fri|sat|sun)'25TEXT_DATE_REGEXPS = [26 (DAY_NUM_OPTWORD_MONTH, 'DAY_NUM_OPTWORD_MONTH'),27 (MONTH_DAY_NUM_WORD, 'MONTH_DAY_NUM_WORD'),28 (MONTH_YEAR, 'MONTH_YEAR'),29 (TIME, 'TIME'),30 (DAY_NAME, 'DAY_NAME')31]32def has_date(txt):33 if not txt:34 return None35 for reg, key in TEXT_DATE_REGEXPS:36 if re.search(reg, txt, flags=re.I):37 return key38 return None39def get_img_type(outer_htmlL):40 if '<img' in outer_htmlL:41 return 'IMG'42 elif 'background-image: url(' in outer_htmlL:43 return 'BACKGROUND_IMG'44 # todo: should we include png vs jpg?45 return None46'''47 def class_str(self):48 class_str = self.attrs.get('class', '').strip()49 if not class_str:50 return ''51 classes = []52 for cls in class_str.split(' '):53 cls = cls.lower().strip()54 if cls == 'active':55 continue56 cls = re.sub(r'\d+', '__N__', cls)57 classes.append(cls)58 return str(sorted(classes))59 @cached_property60 def tag_class_str(self):61 return self.tag_name + '__' + self.class_str62'''63def _get_class_attr_str(html_attrs):64 class_str = html_attrs.get('class', '').strip()65 if not class_str:66 return ''67 classes = []68 for cls in class_str.split(' '):69 cls = cls.lower().strip()70 if cls == 'active':71 continue72 cls = re.sub(r'\d+', '__N__', cls)73 classes.append(cls)74 return str(sorted(classes))75def _get_outer_html_data(outer_html):76 outer_htmlL = outer_html.lower()77 inner_html = get_inner(outer_html)78 txt = get_text(outer_html, inner_html)79 outer_no_content = remove_html_content(outer_htmlL, l=False)80 tag_name = get_tag_name(outer_html)81 html_attrs = get_attrs(outer_html)82 class_attr_str = _get_class_attr_str(html_attrs)83 return {84 'outer_html': outer_html,85 'outer_htmlL': outer_htmlL,86 'inner_html': inner_html,87 'outer_html_no_content': outer_no_content,88 'outer_html_no_content_rev': ''.join(reversed(outer_no_content)),89 'text': txt,90 'textL': txt.lower(),91 'text_is_digit': txt.isdigit(),92 'num_tags': round(outer_html.count('<') / 2),93 'text_has_date': has_date(txt) or '',94 'text_is_more_link': is_more_link_text(txt),95 'start_tag': get_start_tag(outer_html, normalise=True),96 'tag_name': tag_name,97 'tags_key': '__'.join(get_tags(outer_html, l=True, exclude_br=True)),98 'tag_class_str': tag_name + '__' + class_attr_str,99 'html_attrs': html_attrs,100 'img_type': get_img_type(outer_htmlL) or '',101 # 'img_url': get_img_url(outer_htmlL, self.page_url_host) doesn't seem to be used?102 }103def process_outer_html__url(elem_ids, outers, context):104 partial_descs = []105 for i, outer_html in enumerate(outers):106 ed = _get_outer_html_data(outer_html)107 ed['node_id'] = elem_ids[i]108 ed.update(get_url_data(outer_html, context))109 partial_descs.append(ed)110 return partial_descs111def process_ancestor_paths(elem_ids, ancestor_paths):112 partial_descs = []113 for i, path in enumerate(ancestor_paths):114 path = AncestorPath(path)115 parent_outer = path.get(1, 'outer_html') or ''116 parent_outerL = parent_outer.lower() if parent_outer else ''117 ed = {118 'node_id': elem_ids[i],119 'ancestor_path': path,120 'parent_tag_name': path.get(1, 'tag_name') or '',121 'parent_outer_html': parent_outer,122 'parent_outer_htmlL': parent_outerL,123 'parent_outer_html_no_content': remove_html_content(parent_outerL) if parent_outer else '',124 'parent_start_tag': get_start_tag(parent_outer, normalise=True) if parent_outer else '',125 'parent_img_type': (get_img_type(parent_outerL) or '') if parent_outer else ''126 }127 partial_descs.append(ed)128 return partial_descs129def process_xpaths(elem_ids, xpaths):130 partial_descs = []131 for i, xpath in enumerate(xpaths):132 ed = {'xpath': xpath, 'node_id': elem_ids[i]}133 xpath_no_nums = re.sub(r'\[\d{1,2}\]', '', xpath)134 if xpath_no_nums.count('/') < 5:135 ed['xpath_suffix'] = xpath_no_nums136 else:137 ed['xpath_suffix'] = '/'.join(xpath_no_nums.split('/')[-4:])138 partial_descs.append(ed)139 return partial_descs140def _create_desc_from_rect(elem_id, rect):141 area = int(round(rect['height'] * rect['width']))142 rect = {143 'x': int(round(rect['x'])),144 'y': int(round(rect['y'])),145 'height': int(round(rect['height'])),146 'width': int(round(rect['width'])),147 'area': area148 }149 # todo: rect_int, rect_box?150 return {151 'node_id': elem_id,152 'rect': rect,153 'spatial_visibility': get_spatial_visibility(rect)154 }155def process_rects(elem_ids, rects):156 partial_descs = []157 for i, rect in enumerate(rects):158 ed = _create_desc_from_rect(159 elem_ids[i], rect160 )161 partial_descs.append(ed)162 return partial_descs163def _add_computed_style_integers(partial_descs, context):164 computed_style_string_to_num = context['computed_style_string_to_num']165 for ed in partial_descs:166 ed['all_computed_styles__array_int'] = [167 -1 for k in EXPECTED_COMPUTED_STYLE_KEYS168 ]169 for i, cc in enumerate(ed['all_computed_styles__array']):170 if len(cc) == 0:171 ed['all_computed_styles__array_int'][i] = -1172 continue173 key = (i, cc)174 if key not in computed_style_string_to_num:175 computed_style_string_to_num[key] = len(computed_style_string_to_num)176 ed['all_computed_styles__array_int'][i] = computed_style_string_to_num[key]177def process_computed_styles(elem_ids, computed_styles, context):178 partial_descs = []179 for i, cs_data in enumerate(computed_styles):180 ed = {181 'node_id': elem_ids[i],182 'font-size': cs_data['font-size'],183 'font-weight': cs_data['font-weight'],184 'font-colour': cs_data['color'],185 'color': cs_data['color'],186 'cssComputed__visibility': cs_data['visibility'].lower(),187 'cssComputed__display': cs_data['display'].lower(),188 'jquery__is_hidden': not cs_data['is_visible_jquery'],189 # NOTE: 'spatial_visibility' is computed in process_rects()190 # and 'driver__is_displayed' is computed in the main thread191 'all_computed_styles': cs_data['all_computed_styles'], # used by neural net192 }193 ed['all_computed_styles__array'] = [194 ed['all_computed_styles'].get(k, '')[:100]195 for k in EXPECTED_COMPUTED_STYLE_KEYS196 ]197 partial_descs.append(ed)198 if CONVERT_TO_NUMS:199 #with collection.lock:200 _add_computed_style_integers(partial_descs, context)...
test_table.py
Source:test_table.py
...34 # print 'å
åµtable'35 # else:36 # table_result.append(table)37 # print '1111'38 # print table.outer_html()39 if table.find('table').length > 0:40 continue41 result += table.outer_html()42 # print result43 table_list = PyQuery(result, parser='html').find('table')44 print table_list.length45 for item in table_list.items():46 print item.text()47 print '###################'48 del table_list[0]49 print table_list.length50 for item in table_list.items():51 print item.text()52 print '###################'53 del table_list[0]54 print table_list.length55 for item in table_list.items():56 print item.text()57 print '###################'58 # for table in table_list.items():59 # # print table.length60 # # print table.is_('table')61 # #62 # # print table.next().length63 # # print table.next().is_('table')64 # #65 # # print table.next().next().length66 # # print table.next().next().is_('table')67 # print table.parent().length68 # print table.parent().parent().length69 # print table.parent().parent().parent().length70 # break71 # table = table_list72 # print table.length73 # print table.is_('table')74 # # print table_list.outer_html()75 # table = table_list.next()76 # print table.length77 # print table.is_('table')78 #79 # # print table_list.next().outer_html()80 # table = table_list.next().next()81 # print table.length82 # print table.is_('table')83 #84 # table = table_list.next().next().next()85 # print table.length86 # print table.is_('table')87 # if table_list.next().next() is None:88 # print 'next next is None'89 # for item in PyQuery(result, parser='html').find('table').items():90 # print '111'91 # print item.outer_html()92 #93 # parent = table.parent()94 # for item in parent.items():95 # print type(item.outer_html())96 # print len(item.outer_html())97 # #print item.outer_html()98 # p = PyQuery(item.outer_html(), parser='html')99 # print p.outer_html()100 # for table in table_list.items():101 # print table.outer_html()102 # print len(table_result)103 # for table in table_result:104 # print table.outer_html()105# with open('è¡¨æ ¼æµè¯4.txt') as p_file:106# lines = p_file.read().decode(encoding='utf-8')107# bs = BeautifulSoup(lines, 'lxml')108# # print bs109# table_list = bs.find_all('table')110# # print len(table_list)111# for item_table in table_list:112# print len(item_table)113# for item in item_table.contents:114# if isinstance(item, NavigableString):115# continue116# # print item117# print type(item)118# if item.name == 'tr':...
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