def parseProductsByCategory(self, category_page_content, category_info):
if PyQuery(category_page_content)('section.main').find('a').filter(lambda i:PyQuery(this).text().strip()=='View all').eq(0).attr('href'):
category_info.url = 'http://www.backcountry.com' + PyQuery(category_page_content)('section.main').find('a').filter(lambda i:PyQuery(this).text().strip()=='View all').eq(0).attr('href')
category_page_content = self.crawler.fetchCategoryPageContent(category_info.url)
productNodeList = PyQuery(category_page_content)('div#products > div.product')
productList = []
for node in productNodeList:
nodeQ = PyQuery(node)
productInfo = self.newProduct()
productInfo['name'] = nodeQ.children('a').attr('title')
productInfo['product_url'] = 'http://www.backcountry.com' + nodeQ.children('a').attr('href')
productInfo['img_url'] = nodeQ.children('a > div.ui-pl-img > img[itemprop="image"]').attr('src')
if not productInfo['img_url']:
productInfo['img_url'] = nodeQ.children('a > div.ui-pl-img > img[itemprop="image"]').attr('data-src')
productInfo['img_url'] = "http:" + productInfo['img_url']
spanList = nodeQ('div.ui-pl-offers > span.ui-pl-pricing > span')
if len(spanList) <= 2: #价格区间是两个span
productInfo['price'] = PyQuery(spanList).text().replace(' ', '')
else:
productInfo['price'] = PyQuery(spanList).eq(1).text()
productInfo['label_price'] = PyQuery(spanList).eq(2).text()
productInfo['sku_id'] = re.findall("skid=([\w-]+)&", productInfo['product_url'])[0] if re.findall("skid=([\w-]+)&", productInfo['product_url']) else ''
productInfo['reviews'] = nodeQ('div.ui-pl-reviews > span[itemprop="ratingCount"]').text()
productInfo.set_categories(category_info)
productList.append(productInfo)
return productList
def crawl_vvic_category_tree(wb):
h = httplib2.Http()
response, content = h.request("http://www.vvic.com/")
# fw = open("C:users/chenweiqiang/desktop/vvic2.html", "w")
# fw.write(content)
# fw.close()
ws = wb.add_sheet("vvic品类树")
ws.write(0, 0, "一级品类")
ws.write(0, 1, "二级品类")
ws.write(0, 2, "三级品类")
row = 0
doc = PyQuery(content)
level1NodeList = doc("div.dd-inner > div.item")
anotherLevel1NodeList = [
doc('div.sub-items')[0],
doc('div.sub-items')[1],
doc('div.sub-items')[2],
doc('div.sub-items')[5]
]
for index, level1Node in enumerate(level1NodeList):
level1_category = PyQuery(level1Node)('h3 > a').text()
level2NodeList = PyQuery(anotherLevel1NodeList[index]).children('dl')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
level2_category = level2NodeQ.children('dt > a').text()
level3NodeList = level2NodeQ.children('dd > a')
for level3Node in level3NodeList:
level3_category = PyQuery(level3Node).text()
row += 1
ws.write(row, 0, level1_category)
ws.write(row, 1, level2_category)
ws.write(row, 2, level3_category)
def parseProductsByCategory(self, category_page_content, category_info):
if not self.crawling_category.has_key(category_info):
self.crawling_category = {} #清空
self.crawling_category[category_info] = [1, 0] #开始抓该品类的第一页的商品,已抓商品总计0个
else:
self.crawling_category[category_info][0] = self.crawling_category[category_info][0] + 1
doc = PyQuery(category_page_content)
productList = []
productNodeList = doc('div#js_proList > ul > li')
for i, productNode in enumerate(productNodeList):
productNodeQ = PyQuery(productNode)
productInfo = self.newProduct()
part1 = productNodeQ.children('p.pr')
productInfo['img_url'] = PyQuery(part1).children('a.pic > img').attr('data-original')
part2 = productNodeQ.children('p.pro_name')
productInfo['name'] = PyQuery(part2).children('a').text().strip()
productInfo['product_url'] = PyQuery(part2).children('a').attr('href')
productInfo['sku_id'] = re.findall('-([\d]+)\.html', productInfo['product_url'])[0]
part3 = productNodeQ.children('p.pro_price')
productInfo['price'] = PyQuery(part3).find('strong.my_shop_price').text()
productInfo.set_categories(category_info)
productInfo['page_idx'] = str(self.crawling_category[category_info][0])
productInfo['num_idx'] = str(i + 1)
productInfo['cate_idx'] = str(self.crawling_category[category_info][1] + 1)
productList.append(productInfo)
self.crawling_category[category_info][1] = self.crawling_category[category_info][1] + 1 #每抓一个商品, 加1
info('%s has been crawled %d products after parse %d pages。' %(category_info, self.crawling_category[category_info][1], self.crawling_category[category_info][0]))
return productList
def crawl_vvic_category_tree(wb):
h = httplib2.Http()
response, content = h.request("http://www.vvic.com/")
# fw = open("C:users/chenweiqiang/desktop/vvic2.html", "w")
# fw.write(content)
# fw.close()
ws = wb.add_sheet("vvic品类树")
ws.write(0,0,"一级品类")
ws.write(0,1,"二级品类")
ws.write(0,2,"三级品类")
row = 0
doc = PyQuery(content)
level1NodeList = doc("div.dd-inner > div.item")
anotherLevel1NodeList = [doc('div.sub-items')[0], doc('div.sub-items')[1], doc('div.sub-items')[2], doc('div.sub-items')[5]]
for index, level1Node in enumerate(level1NodeList):
level1_category = PyQuery(level1Node)('h3 > a').text()
level2NodeList = PyQuery(anotherLevel1NodeList[index]).children('dl')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
level2_category = level2NodeQ.children('dt > a').text()
level3NodeList = level2NodeQ.children('dd > a')
for level3Node in level3NodeList:
level3_category = PyQuery(level3Node).text()
row += 1
ws.write(row, 0, level1_category)
ws.write(row, 1, level2_category)
ws.write(row, 2, level3_category)
def test_mark_dirty():
node = PyQuery(
'<a data-riot-id="0"><b data-riot-id="0.0"><c data-riot-id="0.0.0"></c></b></a>'
)
mark_dirty(node.children('b'))
assert node.attr['data-riot-dirty'] == 'true'
assert node.children('b').attr['data-riot-dirty'] == 'true'
assert not node.children('c').attr['data-riot-dirty']
def parseSupplierContactPage(m):
#http://yongjia.1688.com/shop/aofudianqi/page/contactinfo.htm?
if m['url'].find('\?') > 0:
"""do nothing"""
else:
if m['url'].endswith("/"):
m['url'] = m['url'][:-1]
m['url'] = m['url'] + '?'
#拼出联系页面的url
contact_page_url = re.sub("\?.*$", '/page/contactinfo.htm', m['url'])
content = fetchContent(contact_page_url)
doc = PyQuery(content)
#m['satisfication'] = doc('div.detail > div.sat-rate > span.disc > a').text() 动态加载
if doc('div.detail > div.trade-medal > span.disc > a.image > img').eq(0).attr('alt'):
m['trade_medal'] = doc('div.detail > div.trade-medal > span.disc > a.image > img').eq(0).attr('alt')
else:
m['trade_medal'] = ''
m['supply-grade'] = len(doc('div.detail > div.supply-grade > span.disc > a.image > img'))
m['biz-type'] = doc('div.detail > div.biz-type > span').text()
if not m['biz-type']:
m['biz-type'] = doc('div.detail > div.smt-biz-type > span').text()
aList = doc('div.contcat-desc > dl')
bList = []
for item in aList:
itemQ = PyQuery(item)
text = itemQ.children('dt').text()
#text = re.sub('\s*','', itemQ.children('dt').text()) #摆不平这个 空格去不掉
if text.find(u"话") > 0:
bList.append(itemQ.children('dd').text())
m['contact'] = ', '.join(bList)
#根据json数据获取 满意度
#http://rate.1688.com/stat/trade/winport.json?memberId=aofudianqi&sati=1
#{"data":{"items":[],"sati":{"satisfactionRate":0,"satisfaction":4.6,"remarkCount":428},"dsr":null},"success":true}
if re.findall('shop/(.*)/page', contact_page_url):
stat_url = 'http://rate.1688.com/stat/trade/winport.json?memberId=' + re.findall("shop/(.*)/page", contact_page_url)[0] + '&sati=1'
content2 = fetchContent(stat_url)
json_data = json.loads(content2)
m['satisfication'] = json_data['data']['sati']['satisfaction']
#抓全部商品数 和 动销 商品数
#'http://yiwu.1688.com/shop/ywzxbh03/page/offerlist.htm?tradenumFilter=true'
merchantId=re.findall('shop/(.*)/page', contact_page_url)[0]
all_products_url = 'http://yiwu.1688.com/shop/' + merchantId + '/page/offerlist.htm?tradenumFilter=true'
active_product_url = 'http://yiwu.1688.com/shop/' + merchantId + '/page/offerlist.htm'
content3 = fetchContent(all_products_url)
doc3 = PyQuery(content3)
m['products_count'] = extractNum(doc3('li[class="offer-list-tab-title current"] > a > em').text())
if m['products_count'] == 0:
m['products_count'] = doc3('ul[data-sp="paging-a"] > li > em.offer-count').text()
content4 = fetchContent(active_product_url)
doc4 = PyQuery(content4)
m['active_products_count'] = extractNum(doc4('li[class="offer-list-tab-title current"] > a > em').text())
if m['active_products_count'] == 0:
m['active_products_count'] = doc4('ul[data-sp="paging-a"] > li > em.offer-count').text()
else:
m['satisfication'] = ''
def parse_xml_to_xmljson(node):
pqi = PyQuery(node)
items = pqi[0].attrib
out = {'tag': pqi[0].tag}
if len(items) > 0:
out['attributes'] = dict(items)
if len(pqi.children()) > 0:
out['children'] = []
for child in pqi.children():
out['children'].append(parse_xml_to_xmljson(child))
else:
out['text'] = pqi.text()
return out
def parse_xml_to_xmljson(node):
pqi = PyQuery(node)
items = pqi[0].attrib
out = {'tag': pqi[0].tag}
if len(items) > 0:
out['attributes'] = dict(items)
if len(pqi.children()) > 0:
out['children'] = []
for child in pqi.children():
out['children'].append(parse_xml_to_xmljson(child))
else:
out['text'] = pqi.text()
return out
def parseCategories():
categoryList = []
node = doc("ul#categrayAll > li").eq(0) #只抓了第一个一级品类
nodeQ = PyQuery(node)
level1Name = nodeQ.children('div.li > a > em').text()
level2NodeList = nodeQ.children('div.sub-list > div > ul.column > li.level1')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
category = self.newCategory()
category.name = level2NodeQ.children('a').text()
category.url = level2NodeQ.children('a').attr("href")
category.parent_categories = [level1Name]
categoryList.append(category)
return categoryList
def parseCategories():
categoryList = []
node = doc("ul#categrayAll > li").eq(0) #只抓了第一个一级品类
nodeQ = PyQuery(node)
level1Name = nodeQ.children('div.li > a > em').text()
level2NodeList = nodeQ.children(
'div.sub-list > div > ul.column > li.level1')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
category = self.newCategory()
category.name = level2NodeQ.children('a').text()
category.url = level2NodeQ.children('a').attr("href")
category.parent_categories = [level1Name]
categoryList.append(category)
return categoryList
def paper_page(self, url):
req = self.connect(url)
container = PyQuery(req.text)('.container')
output = []
title = container.children('h2').text()
output.append(title + '\n')
author_list = container.children('p').text()
author_list = author_list.split('; ')
author_list = ['\t' + x + '\n' for x in author_list]
output.extend(author_list)
abstract = container.children('.row').children('.col-lg-9').children(
'p').text()
abstract = translate('en', 'zh-CN', abstract)
output.append('\t' + abstract + '\n')
return output
def render_svg(image,
width=None,
height=None,
request=None,
css_class='',
img_class='',
alt=''):
"""Render SVG file"""
# pylint: disable=too-many-arguments
options = {}
if width or height:
options['style'] = 'width: {0}{1}; height: {2}{3};'.format(
width, 'px' if isinstance(width, int) else '', height,
'px' if isinstance(height, int) else '')
else:
options['style'] = ''
options['css_class'] = css_class
if alt or img_class:
svg = PyQuery(image.data)
if alt:
group = PyQuery('<g></g>')
group.append(PyQuery('<title />').text(alt))
for child in svg.children():
group.append(child)
svg.empty().append(group)
if img_class:
svg.attr('class', img_class)
options['svg'] = svg.outer_html()
else:
options['svg'] = image.data
return render('templates/svg-render.pt', options, request)
def search(self, word, limit=None):
r = requests.get(URL,
params={
'p': word,
'min': 1,
'price_type': 'bidorbuyprice',
's1': 'score2',
'o1': 'a',
})
doc = PyQuery(r.text)
results = []
for item in doc("div#list01")('table')('tr').not_('.la'):
result = {}
item = PyQuery(item)
if not item.children('td.i'):
continue
# print(item.text())
# tag = item('div.srp-pdtaglist')('span.srp-tag')
# if tag.hasClass('bid'):
# continue
# contentwrap = item('div.contentwrap')
a = item('td.a1')('a')
result['title'] = a.text()
result['url'] = a.attr('href')
result['img'] = item('td.i')('img').attr('src')
result['price'] = int(
item('td.pr2').text().replace(',', '').replace('円', ''))
results.append(result)
if results:
return {"status": 'success', "results": results}
else:
return {"status": 'error', "error_detail": "Nothing found."}
def _add_nested(self, k, el):
"""Parse nested element by its children."""
el = Pq(el)
tagname = Pq(el)[0].tag
if tagname in self.invalid_tags:
return
id = self._format_id(el.attr('id'))
classes = self._format_classes(el.attr('class'))
selector = self._format_selector(el, id, classes)
children = Pq(el).children()
if not self._is_root_body_node(el):
return
# Add for single nodes only
if not children:
self.selectors.add(selector)
# Build nested css by traversing all child nodes and getting
# their attributes.
while children:
for child in children:
# 1. Add current
self.selectors.add(selector)
# 2. Add child
child = Pq(child)
selector += self._add_id_and_classes(child)
self.selectors.add(selector)
# # 3. Move to next children
children = child.children()
def get_inline_snippets(html):
pq = PyQuery(html)
codes = [
"<code>" + item.text() + "</code>"
for item in pq.children("p code").items()
]
return codes
def paper_page(self, url):
req = self.connect(url)
page_pyquery = PyQuery(req.text)
post_pyquery = page_pyquery('.container-fluid.proceedings-detail')
output = []
paper_header = PyQuery(post_pyquery('.row')[0])
paper_header = paper_header.children()[0]
title = paper_header('h1').text()
output.append(title + '\n')
author = paper_header('h2').text()
output.append('\t' + author + '\n')
contain = PyQuery(post_pyquery('.row')[2])
abstract = contain.children()[0].text()
abstract = self.translate_en2cn(abstract)
output.append('\t' + abstract + '\n')
return output
def parseCategories(self, homepage_content):
doc = PyQuery(homepage_content)
categoryList = []
level1NodeList = doc(
"div#cms_page_922 > div[class='js-template-display js-template dept_wrap ']"
).find("div.topnav")
for level1Node in level1NodeList:
level1NodeQ = PyQuery(level1Node)
level1Name = level1NodeQ.children(
"div > span[class='js-lego-data lego_text_field '] > a").text(
).strip()
if level1Name.upper() in ['GIFTS', 'SALES']: #最后两个品类 不予考虑
continue
level2NodeList = level1NodeQ(
'div[class="nav_link_block_title nav_link_block_text"] > span > a'
)
for level2Node in level2NodeList:
categoryInfo = self.createCategory(PyQuery(level2Node))
categoryInfo.parent_categories = [level1Name]
categoryList.append(categoryInfo)
#前期只是抓一个三级品类 需要扩展为全站
# category_info = self.newCategory()
# category_info.name = 'Chandeliers'
# category_info.parent_categories = ['Lighting', 'Ceiling Lights']
# category_info.url = 'http://www.wayfair.com/Chandeliers-C215419.html?sortby=1&curpage=7'#'http://www.wayfair.com/Chandeliers-C215419.html?sortby=1&refid=&sku='
# categoryList.append(category_info)
return categoryList
def parseProductsAndCategoriesByCategory(self, category_page_content, category_info):
doc = PyQuery(category_page_content)
productList, categoryList = [], []
if category_info.parent_categories and len(category_info.parent_categories) == 2:
productList = self.parseProductsByCategory(category_page_content, category_info)
return productList, categoryList
if category_info.name == 'New Arrivals': #特殊处理一下
for level2Node in doc.find('div#js_catelist_sec > div.item'):
level2NodeQ = PyQuery(level2Node)
level2CateName = level2NodeQ.children('p > a').text()
for level3Node in level2NodeQ.children('ul > li > a'):
categoryInfo = self.createCategory(PyQuery(level3Node))
categoryInfo.parent_categories = [category_info.name, level2CateName]
categoryList.append(categoryInfo.formalize())
return productList, categoryList
if category_info.name == 'Clearance':
level2NodeList = doc('div.catelist > ul.cataUl_list > li > a')
for level2Node in level2NodeList:
categoryInfo = self.createCategory(PyQuery(level2Node))
categoryInfo.parent_categories = ['Clearance']
categoryList.append(categoryInfo.formalize())
return productList, categoryList
if doc.find('div#js_catelist_sec > div.cur > ul > li'):
nodeList = doc.find('div#js_catelist_sec > div.cur > ul > li > a')
for node in nodeList:
nodeQ = PyQuery(node)
categoryInfo = self.newCategory()
categoryInfo.name = nodeQ.text()
categoryInfo.url = nodeQ.attr('href')
categoryInfo.set_categories(category_info)
categoryList.append(categoryInfo.formalize())
elif doc.find('div.catelist > ul > li.cur > div.menuList > p'):
nodeList = doc.find('div.catelist > ul > li.cur > div.menuList > p > a')
for node in nodeList:
nodeQ = PyQuery(node)
categoryInfo = self.newCategory()
categoryInfo.name = nodeQ.text()
categoryInfo.url = nodeQ.attr('href')
if category_info.parent_categories:
result = category_info.parent_categories + [category_info.name]
else:
result = [category_info.name]
categoryInfo.parent_categories = result
categoryList.append(categoryInfo.formalize())
else:
productList = self.parseProductsByCategory(category_page_content, category_info)
return productList, categoryList
def test_render_each_to_document():
document = PyQuery('<custom data-riot-id="0"><button label="{ label }" each="{ items }" data-riot-id="0.0"></button></custom>')
expressions = parse_document_expressions(document)
render_document(expressions, {'items': [{'label': 'first'}, {'label': 'second'}]})
assert document.attr['data-riot-dirty'] == 'true'
assert len(document.children()) == 2
assert document('button').eq(0).attr.label == 'first'
assert document('button').eq(1).attr.label == 'second'
def tokenize_code(html):
res = []
pq = PyQuery(html)
snippets = pq.children("pre code")
for snippet in snippets:
res.append(snippet.text)
return res
def parseCategories(self, homepage_content):
doc = PyQuery(homepage_content)
nodeList = doc('ul#header-navigation-menu > li.menu-container')
categoryList = []
#去除前面三个和后面两个乱七八糟的分类
validNodeList = nodeList[3:10]
for node in validNodeList:
nodeQ = PyQuery(node)
level1Name = nodeQ.children('a').text()
level2NodeList = nodeQ.children('div > ul:first > li.indent-child > span')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
categoryInfo = self.newCategory()
categoryInfo.name = level2NodeQ.text()
categoryInfo.url = level2NodeQ.attr('href')
categoryInfo.parent_categories = [level1Name]
categoryList.append(categoryInfo.formalize())
return categoryList
def parseCategories(self, homepage_content):
doc = PyQuery(homepage_content)
nodeList = doc('ul#header-navigation-menu > li.menu-container')
categoryList = []
#去除前面三个和后面两个乱七八糟的分类
validNodeList = nodeList[3:10]
for node in validNodeList:
nodeQ = PyQuery(node)
level1Name = nodeQ.children('a').text()
level2NodeList = nodeQ.children(
'div > ul:first > li.indent-child > span')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
categoryInfo = self.newCategory()
categoryInfo.name = level2NodeQ.text()
categoryInfo.url = level2NodeQ.attr('href')
categoryInfo.parent_categories = [level1Name]
categoryList.append(categoryInfo.formalize())
return categoryList
def __convert_to_ebook(self, book):
row = PyQuery(book.find('div.sg-row')[1])
image_wrap = PyQuery(row.children()[0])
info_wrap = PyQuery(row.children()[1]).find('.sg-row')
title_author_wrap = PyQuery(info_wrap[0])
price_wrap = PyQuery(info_wrap[1])
price = price_wrap.find('.a-price-whole').text() + \
price_wrap.find('.a-price-fraction').text()
ebook = Ebook()
ebook.title = title_author_wrap.find('h2').text()
ebook.author = title_author_wrap.find('h2')\
.next().text().split('|')[0].strip()
ebook.price = book.find('.u-price em').text()
ebook.cover = image_wrap\
.find('[data-component-type="s-product-image"] img')\
.attr('src')
ebook.price = float(price)
return ebook
def tokenize_HTML(html):
sentences = ""
pq = PyQuery(html)
codes = pq.children("p code").items()
for code in codes:
html = html.replace(code.text(), "CODE_ELEMENT_NN")
html = html.replace("<code>", "")
html = html.replace("</code>", "")
new_pq = PyQuery(html)
p_s = new_pq.children("p").items()
for p in p_s:
sentences = sentences + p.text() + " "
return sentences
def parseCategories(self, homepage_content):
'''抓取前六个一级品类'''
doc = PyQuery(homepage_content)
categoryList = []
level1NodeList = doc('ul.pet-main-nav > li.pet-main-nav-item-level1')[:6]
for node in level1NodeList:
nodeQ = PyQuery(node)
level1Name = nodeQ.children('a > span').text()
level2NodeList = nodeQ.children('div > div > ul > li')[:2] #写死了
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
level2Name = level2NodeQ.children('a > span').text()
level3NodeList = level2NodeQ.children('ul > li > a')
for level3Node in level3NodeList:
level3NodeQ = PyQuery(level3Node)
categoryInfo = self.newCategory()
categoryInfo.name = level3NodeQ.children('span').text()
categoryInfo.url = level3NodeQ.attr('href')
categoryInfo.parent_categories = [level1Name, level2Name]
categoryList.append(categoryInfo)
return categoryList
def parseCategories(self, homepage_content):
'''从首页最多获取至二级品类
'''
doc = PyQuery(homepage_content)
categoryList = []
level1NodeList = doc('nav#nav > div.w > ul > li')
for level1Node in level1NodeList:
level1NodeQ = PyQuery(level1Node)
if not level1NodeQ.children('div.sub_menu'):
categoryInfo = self.createCategory(level1NodeQ.children('a'))
categoryList.append(categoryInfo)
else:
level1Name = level1NodeQ.children('a').text()
level2NodeList = level1NodeQ.children('div.sub_menu > div.leftWrap > div.leftTitle > dl')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
if level2NodeQ.find('dt'): #每个二级品类名会重复出现
continue
elif level2NodeQ.find('dd'):
categoryInfo = self.createCategory(level2NodeQ.children('dd > a'))
categoryInfo.parent_categories = [level1Name]
categoryList.append(categoryInfo)
return categoryList
def test_render_each_to_document():
document = PyQuery(
'<custom data-riot-id="0"><button label="{ label }" each="{ items }" data-riot-id="0.0"></button></custom>'
)
expressions = parse_document_expressions(document)
render_document(expressions,
{'items': [{
'label': 'first'
}, {
'label': 'second'
}]})
assert document.attr['data-riot-dirty'] == 'true'
assert len(document.children()) == 2
assert document('button').eq(0).attr.label == 'first'
assert document('button').eq(1).attr.label == 'second'
def parseCategories(self, homepage_content):
doc = PyQuery(homepage_content)
#Gifts和Brands li的data-id属性分别为0, 1
level1NodeList = doc('ul.js-flyout-nav > li').filter(lambda i:PyQuery(this).attr('data-id') > '1')
categoryList = []
for level1Node in level1NodeList:
level1NodeQ = PyQuery(level1Node)
level1Name = level1NodeQ.children('a').text()
level2NodeList = doc('div').filter(lambda i, this:PyQuery(this).attr('data-cat-id')==level1NodeQ.attr('data-id')).children('a')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
if not level2NodeQ.attr('class') or not level2NodeQ.text(): #<a class="" href="" data-title=""/>
continue
categoryInfo = self.newCategory(level2NodeQ.text(), 'http://www.backcountry.com' + level2NodeQ.attr('href'), [level1Name])
categoryList.append(categoryInfo)
return categoryList
def parseProducts(category_page_content):
doc = PyQuery(category_page_content)
productList = []
nodeList = doc('div#categoryHotProductTable > table.responstable > tbody > tr')
for node in nodeList:
product = []
nodeQ = PyQuery(node)
tdList = nodeQ.children('td')
product.append(PyQuery(tdList[0]).children('img').attr('ng-src'))
product.append(PyQuery(tdList[1]).children('a').attr('href'))
product.append(PyQuery(tdList[1]).children('a').text())
product.append(PyQuery(tdList[2]).text())
product.append(PyQuery(tdList[4]).text())
product.append(PyQuery(tdList[8]).text())
product.append(re.findall('/([\d]+)$', product[1])[0]) #不加任何检查
productList.append(product)
return productList
def parseProducts(category_page_content):
doc = PyQuery(category_page_content)
productList = []
nodeList = doc(
'div#categoryHotProductTable > table.responstable > tbody > tr')
for node in nodeList:
product = []
nodeQ = PyQuery(node)
tdList = nodeQ.children('td')
product.append(PyQuery(tdList[0]).children('img').attr('ng-src'))
product.append(PyQuery(tdList[1]).children('a').attr('href'))
product.append(PyQuery(tdList[1]).children('a').text())
product.append(PyQuery(tdList[2]).text())
product.append(PyQuery(tdList[4]).text())
product.append(PyQuery(tdList[8]).text())
product.append(re.findall('/([\d]+)$', product[1])[0]) #不加任何检查
productList.append(product)
return productList
def parseCategories(self, homepage_content):
'''从首页直接解析出全部品类路径
TOPS, BOTTOMS可以获取至三级品类 其余一级品类获取至二级品类
'''
doc = PyQuery(homepage_content)
categoryList = []
level1NodeList = doc('ul#TS_menu > li.subCatName')
for level1Node in level1NodeList:
level1NodeQ = PyQuery(level1Node)
level1CateName = level1NodeQ.children('a').text().strip()
if level1CateName == "WHAT'S NEW" or level1CateName == "Style Gallery":
continue
####################################################################################################
if level1CateName.upper() == 'DRESSES':
level2NodeList = level1NodeQ.children(
'div.Second_ca > ul.loop_ul > li > div').find(
'li > a') # 1个li下多个div
for level2Node in level2NodeList:
categoryInfo = self.createCategory(PyQuery(level2Node))
categoryInfo.parent_categories = [level1CateName]
categoryList.append(categoryInfo)
continue
####################################################################################################
colNodeList = level1NodeQ.children(
'div.Second_ca > ul') #ul.loop_ul将SALE品类
for colNode in colNodeList:
level2NodeList = PyQuery(colNode).children('li')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
if level2NodeQ.children('div'): #这个判断就是: 是否存在三级品类
level2CateName = level2NodeQ.children('a').text()
level3NodeList = level2NodeQ.children('div').find(
'li > a')
for level3Node in level3NodeList:
categoryInfo = self.createCategory(
PyQuery(level3Node))
categoryInfo.parent_categories = [
level1CateName, level2CateName
]
categoryList.append(categoryInfo)
else:
categoryInfo = self.createCategory(
PyQuery(level2NodeQ.children('a')))
categoryInfo.parent_categories = [level1CateName]
categoryList.append(categoryInfo)
return categoryList
def parseStorePage(product):
store_url = product['store_url']
index = store_url.find('1688.com')
store_url = store_url[:index]
contact_url = store_url + '1688.com/page/contactinfo.htm'
if store_info.has_key(contact_url):
for key in store_info[contact_url].keys():
product[key] = store_info[contact_url][key]
else:
content = fetchContent(contact_url)
store_info[contact_url] = {}
doc = PyQuery(content)
product['supplier_name'] = doc(
'div.detail > div.contactSeller > span.disc').text()
if not product['supplier_name']:
product['supplier_name'] = doc(
'div.detail > div.contactSeller').remove('label').text()
store_info[contact_url]['supplier_name'] = product['supplier_name']
product['city'] = doc('div.detail > div.address > span.disc').text()
if not product['city']:
product['city'] = doc('div.detail').find('div.address').remove(
'label').text()
store_info[contact_url]['city'] = product['city']
product['mobile'], product['telephone'], product[
'store_address'] = '', '', ''
for node in doc('div.contcat-desc > dl'):
nodeQ = PyQuery(node)
print nodeQ.children('dt').text()
if nodeQ.children('dt').text().strip() == u'电 话：':
product['telephone'] = nodeQ.children('dd').text()
store_info[contact_url]['telephone'] = product['telephone']
if nodeQ.children('dt').text().strip() == u'地 址：':
product['store_address'] = nodeQ.children('dd').text()
store_info[contact_url]['store_address'] = product[
'store_address']
if nodeQ.children('dt').text().strip() == u'移动电话：':
product['mobile'] = nodeQ.children('dd').text()
store_info[contact_url]['mobile'] = product['mobile']
return product
def __init__(self, url: str, pq_obj: pyquery.PyQuery):
self.url = url
self.country = pq_obj.children().eq(0)('img').attr('src').split('/')[-1].split('.')[0]
self.session_number = self.__to_int__(pq_obj.children().eq(2).text().split(self.__nl__)[0].split()[0])
self.alive_days = self.__to_int__(pq_obj.children().eq(2).text().split(self.__nl__)[1].split()[0])
self.bandwidth = self.__to_float__(pq_obj.children().eq(3).text().split(self.__nl__)[0].split()[0])
self.ping = self.__to_int__(pq_obj.children().eq(3).text().split(self.__nl__)[1].split()[1])
self.score = pq_obj.children().eq(9).text().replace(',', '')
href_list = pq_obj.children().eq(6)('a').attr('href').split('?')[1].split('&')
self.ip = href_list[1].split(self.__eq_sign__)[1]
self.tcp = href_list[2].split(self.__eq_sign__)[1]
self.udp = href_list[3].split(self.__eq_sign__)[1]
self.sid = href_list[4].split(self.__eq_sign__)[1]
self.hid = href_list[5].split(self.__eq_sign__)[1]
self.link = None
def tokenize_HTML(html):
sentences = ""
pq = PyQuery(html)
p_s = pq.children("p").items()
for p in p_s:
sentences = sentences + p.text() + " "
flag = False
adj_words = []
for word in QUALITY_WORDS:
if word in sentences:
flag = True
adj_words.append(word)
if flag:
pass
#print(sentences + "\t" + adj_words.__str__())
return sentences
def build_dict_from_sane_json(elem: PyQuery, already_wrapped=False) -> dict:
# Find if has children
elem = PyQuery(elem)
children = list(elem.contents())
has_children = len(elem.children()) > 0
contents = []
if has_children:
# Fix unwrapped children
if not already_wrapped:
children = fix_unwrapped_text(elem).contents()
for child in children:
child_dict = build_dict_from_sane_json(child, already_wrapped=True)
if child_dict:
contents.append(child_dict)
else:
contents = elem.html()
extra = {}
# Only tables need the HTML (to use later for extraction of relevant data)
if elem.is_("table"):
extra = {'original_html': str(elem)}
if 'src' in elem[0].attrib:
extra['src'] = elem.attr('src')
if 'href' in elem[0].attrib:
extra['href'] = elem.attr('href')
tag_type = list(elem)[0].tag
tag_type_mapped = PRE_TAG_MATCH.get(tag_type, tag_type)
contents = PRE_CONTENTS_MATCH.get(tag_type, contents)
return {
'type': tag_type_mapped,
'attrs': [],
'layout': {},
'contents': contents,
'extra': extra
}
def parseCategories(self, homepage_content):
doc = PyQuery(homepage_content)
categoryList = []
level1NodeList = doc("div#cms_page_922 > div[class='js-template-display js-template dept_wrap ']").find("div.topnav")
for level1Node in level1NodeList:
level1NodeQ = PyQuery(level1Node)
level1Name = level1NodeQ.children("div > span[class='js-lego-data lego_text_field '] > a").text().strip()
if level1Name.upper() in ['GIFTS', 'SALES']: #最后两个品类 不予考虑
continue
level2NodeList = level1NodeQ('div[class="nav_link_block_title nav_link_block_text"] > span > a')
for level2Node in level2NodeList:
categoryInfo = self.createCategory(PyQuery(level2Node))
categoryInfo.parent_categories = [level1Name]
categoryList.append(categoryInfo)
#前期只是抓一个三级品类 需要扩展为全站
# category_info = self.newCategory()
# category_info.name = 'Chandeliers'
# category_info.parent_categories = ['Lighting', 'Ceiling Lights']
# category_info.url = 'http://www.wayfair.com/Chandeliers-C215419.html?sortby=1&curpage=7'#'http://www.wayfair.com/Chandeliers-C215419.html?sortby=1&refid=&sku='
# categoryList.append(category_info)
return categoryList
def parseStorePage(product):
store_url = product["store_url"]
index = store_url.find("1688.com")
store_url = store_url[:index]
contact_url = store_url + "1688.com/page/contactinfo.htm"
if store_info.has_key(contact_url):
for key in store_info[contact_url].keys():
product[key] = store_info[contact_url][key]
else:
content = fetchContent(contact_url)
store_info[contact_url] = {}
doc = PyQuery(content)
product["supplier_name"] = doc("div.detail > div.contactSeller > span.disc").text()
if not product["supplier_name"]:
product["supplier_name"] = doc("div.detail > div.contactSeller").remove("label").text()
store_info[contact_url]["supplier_name"] = product["supplier_name"]
product["city"] = doc("div.detail > div.address > span.disc").text()
if not product["city"]:
product["city"] = doc("div.detail").find("div.address").remove("label").text()
store_info[contact_url]["city"] = product["city"]
product["mobile"], product["telephone"], product["store_address"] = "", "", ""
for node in doc("div.contcat-desc > dl"):
nodeQ = PyQuery(node)
print nodeQ.children("dt").text()
if nodeQ.children("dt").text().strip() == u"电 话：":
product["telephone"] = nodeQ.children("dd").text()
store_info[contact_url]["telephone"] = product["telephone"]
if nodeQ.children("dt").text().strip() == u"地 址：":
product["store_address"] = nodeQ.children("dd").text()
store_info[contact_url]["store_address"] = product["store_address"]
if nodeQ.children("dt").text().strip() == u"移动电话：":
product["mobile"] = nodeQ.children("dd").text()
store_info[contact_url]["mobile"] = product["mobile"]
return product
def qichacha_search_result(j: PyQuery) -> dict:
j = j.children()
td_row = j.eq(2)
company_name = td_row.children('a').text()
p_first = td_row.children('p').eq(0)
legal_representative = p_first.children('a').text()
span_m_l = p_first("span:first").text().split('：')
registered_capital = span_m_l[-1].strip('-')
span_m_ls = p_first('span:last').text().split('：')
date_of_establishment = span_m_ls[-1]
p_two = td_row('p').eq(-3)
p_obj = p_two.clone()
p_obj.children().remove()
email = p_obj.text().split('：')[-1].strip('-')
phone = p_two.find('span').text().split('：')[-1].strip(' ').strip('-')
register_address = td_row.find('p').eq(2).text().split('：')[-1]
return dict(company_name=company_name,
legal_representative=legal_representative,
registered_capital=registered_capital,
date_of_establishment=date_of_establishment,
email=email,
phone=phone,
register_address=register_address)
def parse(self, content: str):
"""
Parse html to parsed object
:param content:
:return:
"""
d = PyQuery(content)
element_list = []
# list of children
children = d.contents()
# if no children, parse first one
if len(d.children()) == 0:
element_list.append(self.__parse__(d[0]))
else:
for child in children:
try:
parsed = self.__parse__(child)
if parsed:
element_list.append(parsed)
except Exception as e:
pass
self.parsed_objects = element_list
return self
def parseCategories(self, homepage_content):
'''从首页直接解析出全部品类路径
TOPS, BOTTOMS可以获取至三级品类 其余一级品类获取至二级品类
'''
doc = PyQuery(homepage_content)
categoryList = []
level1NodeList = doc('ul#TS_menu > li.subCatName')
for level1Node in level1NodeList:
level1NodeQ = PyQuery(level1Node)
level1CateName = level1NodeQ.children('a').text().strip()
if level1CateName == "WHAT'S NEW" or level1CateName == "Style Gallery":
continue
####################################################################################################
if level1CateName.upper() == 'DRESSES':
level2NodeList = level1NodeQ.children('div.Second_ca > ul.loop_ul > li > div').find('li > a') # 1个li下多个div
for level2Node in level2NodeList:
categoryInfo = self.createCategory(PyQuery(level2Node))
categoryInfo.parent_categories = [level1CateName]
categoryList.append(categoryInfo)
continue
####################################################################################################
colNodeList = level1NodeQ.children('div.Second_ca > ul') #ul.loop_ul将SALE品类
for colNode in colNodeList:
level2NodeList = PyQuery(colNode).children('li')
for level2Node in level2NodeList:
level2NodeQ = PyQuery(level2Node)
if level2NodeQ.children('div'): #这个判断就是: 是否存在三级品类
level2CateName = level2NodeQ.children('a').text()
level3NodeList = level2NodeQ.children('div').find('li > a')
for level3Node in level3NodeList:
categoryInfo = self.createCategory(PyQuery(level3Node))
categoryInfo.parent_categories = [level1CateName, level2CateName]
categoryList.append(categoryInfo)
else:
categoryInfo = self.createCategory(PyQuery(level2NodeQ.children('a')))
categoryInfo.parent_categories = [level1CateName]
categoryList.append(categoryInfo)
return categoryList
def parseStorePage(product):
store_url = product['store_url']
# index = store_url.find('1688.com')
# store_url = store_url[:index]
if store_url.endswith('/'):
store_url = store_url[:-1]
contact_url = store_url + '/page/contactinfo.htm'
if store_info.has_key(contact_url):
for key in store_info[contact_url].keys():
product[key] = store_info[contact_url][key]
else:
content = fetchContent(contact_url)
store_info[contact_url] = {}
doc=PyQuery(content)
product['supplier_name'] = doc('div.detail > div.contactSeller > span.disc').text()
if not product['supplier_name']:
product['supplier_name'] = doc('div.detail > div.contactSeller').remove('label').text()
store_info[contact_url]['supplier_name'] = product['supplier_name']
product['city'] = doc('div.detail > div.address > span.disc').text()
if not product['city']:
product['city'] = doc('div.detail').find('div.address').remove('label').text()
store_info[contact_url]['city'] = product['city']
product['mobile'], product['telephone'], product['store_address'] = '', '', ''
for node in doc('div.contcat-desc > dl'):
nodeQ = PyQuery(node)
#print nodeQ.children('dt').text()
if nodeQ.children('dt').text().strip() == u'电 话：':
product['telephone'] = nodeQ.children('dd').text()
store_info[contact_url]['telephone'] = product['telephone']
if nodeQ.children('dt').text().strip() == u'地 址：':
product['store_address'] = nodeQ.children('dd').text()
store_info[contact_url]['store_address'] = product['store_address']
if nodeQ.children('dt').text().strip() == u'移动电话：':
product['mobile'] = nodeQ.children('dd').text()
store_info[contact_url]['mobile'] = product['mobile']
return product
def parseNextPageUrl(self, category_page_content):
doc = PyQuery(category_page_content)
for liNode in doc('div.pagination:first > ul > li'):
liNodeQ = PyQuery(liNode)
if liNodeQ.text().strip().startswith("Next"):
return liNodeQ.children('a').attr('href')
def parseSupplierContactPage(m):
#http://yongjia.1688.com/shop/aofudianqi/page/contactinfo.htm?
if m['url'].find('\?') > 0:
"""do nothing"""
else:
if m['url'].endswith("/"):
m['url'] = m['url'][:-1]
m['url'] = m['url'] + '?'
#拼出联系页面的url
contact_page_url = re.sub("\?.*$", '/page/contactinfo.htm', m['url'])
content = fetchContent(contact_page_url)
doc = PyQuery(content)
#m['satisfication'] = doc('div.detail > div.sat-rate > span.disc > a').text() 动态加载
if doc('div.detail > div.trade-medal > span.disc > a.image > img').eq(
0).attr('alt'):
m['trade_medal'] = doc(
'div.detail > div.trade-medal > span.disc > a.image > img').eq(
0).attr('alt')
else:
m['trade_medal'] = ''
m['supply-grade'] = len(
doc('div.detail > div.supply-grade > span.disc > a.image > img'))
m['biz-type'] = doc('div.detail > div.biz-type > span').text()
if not m['biz-type']:
m['biz-type'] = doc('div.detail > div.smt-biz-type > span').text()
aList = doc('div.contcat-desc > dl')
bList = []
for item in aList:
itemQ = PyQuery(item)
text = itemQ.children('dt').text()
#text = re.sub('\s*','', itemQ.children('dt').text()) #摆不平这个 空格去不掉
if text.find(u"话") > 0:
bList.append(itemQ.children('dd').text())
m['contact'] = ', '.join(bList)
#根据json数据获取 满意度
#http://rate.1688.com/stat/trade/winport.json?memberId=aofudianqi&sati=1
#{"data":{"items":[],"sati":{"satisfactionRate":0,"satisfaction":4.6,"remarkCount":428},"dsr":null},"success":true}
if re.findall('shop/(.*)/page', contact_page_url):
stat_url = 'http://rate.1688.com/stat/trade/winport.json?memberId=' + re.findall(
"shop/(.*)/page", contact_page_url)[0] + '&sati=1'
content2 = fetchContent(stat_url)
json_data = json.loads(content2)
m['satisfication'] = json_data['data']['sati']['satisfaction']
#抓全部商品数 和 动销 商品数
#'http://yiwu.1688.com/shop/ywzxbh03/page/offerlist.htm?tradenumFilter=true'
merchantId = re.findall('shop/(.*)/page', contact_page_url)[0]
all_products_url = 'http://yiwu.1688.com/shop/' + merchantId + '/page/offerlist.htm?tradenumFilter=true'
active_product_url = 'http://yiwu.1688.com/shop/' + merchantId + '/page/offerlist.htm'
content3 = fetchContent(all_products_url)
doc3 = PyQuery(content3)
m['products_count'] = extractNum(
doc3('li[class="offer-list-tab-title current"] > a > em').text())
if m['products_count'] == 0:
m['products_count'] = doc3(
'ul[data-sp="paging-a"] > li > em.offer-count').text()
content4 = fetchContent(active_product_url)
doc4 = PyQuery(content4)
m['active_products_count'] = extractNum(
doc4('li[class="offer-list-tab-title current"] > a > em').text())
if m['active_products_count'] == 0:
m['active_products_count'] = doc4(
'ul[data-sp="paging-a"] > li > em.offer-count').text()
else:
m['satisfication'] = ''
def search(self, word):
# print(self.URL.format(word=word))
response = requests.get(self.URL.format(word=word.replace(' ', '-')),
headers=headers)
text = response.text
# f = open('temp.txt')
# text = f.read()
# f.close()
doc = PyQuery(text)
results = []
if ' ' in word:
divs = doc('section div:has("section.entry-headword")')
else:
divs = doc(
'section div:has("section.entry-headword"):has(".pron-spell-container"):has(".pron-ipa-content")'
)
if not divs:
return {"status": 'error', "error_detail": "Nothing found."}
for def_div in divs:
def_div = PyQuery(def_div)
# 単語
word = def_div('h1,h2').text()
# 単語
# 発音
pron = def_div('.pron-ipa-content').text()
if pron == '':
pron = None
else:
pron = pron.replace(' ', '').replace('/', '')
# 発音
# 音声
sound = def_div('audio source[type="audio/mpeg"]').attr('src')
# 音声
# 定義
definitions = []
meaning_section = def_div('section:not(.entry-headword)')
for section in meaning_section:
# debug()
section = PyQuery(section)
word_type = section('h3').text()
meanings = []
meaning_divs = section(
'.default-content>div, .expandable-content>div')
if not meaning_divs:
meaning_divs = section.children('div>div')
for meaning_div in meaning_divs:
meaning_div = PyQuery(meaning_div)
# label = meaning_div('.luna-label')
# if label:
# # print('xxx', label.text())
# x = label.text()
# meaning_div('.luna-labset').replaceWith(x)
# # print(meaning_div)
# a = meaning_div('a')
# if a:
# x = a.text()
# meaning_div('a').replaceWith(x)
# decoration = meaning_div('.italic, .bold')
# if decoration:
# # debug()
# for _decoration in decoration:
#
# # x = decoration.text()
# _decoration.replaceWith(_decoration.text())
# text = meaning_div.children('span').clone().children().remove().end().text()
meaning = dict()
example = meaning_div('.luna-example').text()
if example:
meaning['example'] = example
sub_lis = meaning_div('li')
if sub_lis:
meaning['subs'] = list(
map(lambda x: PyQuery(x).text(), sub_lis))
meaning_div('.luna-example').remove()
meaning_div('li').remove()
text = meaning_div.text()[:-1]
meaning['text'] = text
meanings.append(meaning)
# print(len(meaning_divs))
definitions.append(dict(word_type=word_type,
meanings=meanings))
# print(len(definitions))
# 定義
results.append(
dict(word=word,
pron=pron,
sound=sound,
definitions=definitions))
if results:
return {"status": 'success', "results": results}
else:
return {"status": 'error', "error_detail": "Nothing found."}
def extract(dom, param_dict):
res = []
# dom head
head_list = str(param_dict['dom_head']).strip().split(',')
d_divs = dom(head_list[0])
if len(head_list) > 1:
for pos in range(1, len(head_list)):
try:
value = int(head_list[pos])
d_divs = d_divs.eq(value)
except:
d_divs = d_divs.children(head_list[pos])
for div in d_divs:
d_div = PyQuery(div)
if param_dict['sandwich'] != 'None':
sandwich_list = str(param_dict['sandwich']).strip().split(',')
for sandwich in sandwich_list:
try:
positon = int(sandwich)
d_div = d_div.eq(positon)
except:
d_div = d_div.children(sandwich)
header = str(param_dict['title']).strip().split(',')[0]
if not d_div.children(header):
continue
# 获取url 信息
url_list = str(param_dict['url']).strip().split(',')
url = d_div.children(url_list[0])
for pos in range(1, len(url_list)):
try:
n_url = int(url_list[pos])
url = url.eq(n_url)
except:
if url_list[pos] == 'href':
url = url.attr('href')
break
else:
url = url.children(url_list[pos])
# join url
if 'www' not in url and 'http' not in url:
match = re.search('^/', url)
if match:
url = param_dict['domain'] + url
else:
url = param_dict['domain'] + '/' + url
if 'http://' not in url:
url = 'http://' + url
# 获取title 信息
title_list = str(param_dict['title']).strip().split(',')
title = d_div
for item in title_list:
try:
n_title = int(item)
title = title.eq(n_title)
except:
title = title.children(item)
title = title.text()
date_list = str(param_dict['date']).strip().split(',')
date = d_div
is_attr = False
for item in date_list:
try:
n_item = int(item)
date = date.eq(n_item)
except:
if 'attr' not in item:
date = date.children(item)
else:
item = item[:item.find(':')]
date = date.attr(item)[:20].strip()
is_attr = True
date = date if is_attr else date.text()
if ' / ' in date: date = date.replace(' / ', '-')
if '/' in date: date = date.replace('/', '-')
if re.search(u'\d{4}-\d{1,2}-\d{1,2}', date):
date = ''.join(x for x in date if ord(x) < 256).strip()
start_index = date.rfind('201') #第一次出现的位置
end_index1 = date.rfind('-')
end_index2 = date.rfind(':')
end_index = end_index1 if end_index1 > end_index2 else end_index2
date = date[start_index:end_index + 3]
if len(date) == 10:
date = '%s %s' % (
date, time.strftime("%H:%M", time.localtime(time.time())))
elif re.search(u'\d{1,2}-\d{1,2}-\d{4} \d{1,2}:\d{1,2}:\d{1,2}', date):
arr_time = date.split(' ')
arr_date = arr_time[0].split('-')
date = '%s-%s-%s %s' % (arr_date[2], arr_date[0], arr_date[1],
arr_time[1])
else:
try:
# 时间戳转化成日期
date_stamp = int(date)
if date_stamp > 9999999999:
date_stamp = int(date[:10])
x = time.localtime(date_stamp)
date = time.strftime('%Y-%m-%d %H:%M', x)
except:
date = fomate_date_output(date)
date = format_date_time(date)
if len(date) == 16:
if cmp(date, str_today) >= 0 and cmp(
date, end_today) <= 0 and len(title) > 0:
res.append([date, url, title])
return res
def test_mark_dirty():
node = PyQuery('<a data-riot-id="0"><b data-riot-id="0.0"><c data-riot-id="0.0.0"></c></b></a>')
mark_dirty(node.children('b'))
assert node.attr['data-riot-dirty'] == 'true'
assert node.children('b').attr['data-riot-dirty'] == 'true'
assert not node.children('c').attr['data-riot-dirty']