def first_layer_processor(layer_description, exceptions_log_file):
next_layer_url_list = list()
url = root_site_url + layer_description["items_urls_and_descriptions"]
"""
html = get_html(url, user_agent_header, post_data={}, exceptions_log_file=exceptions_log_file)
parser = etree.HTMLParser()
tree = etree.parse(StringIO(html), parser)
info_container = tree.xpath(layer_description['info_container_xpath'])
if info_container != []:
print 'first_layer_processor: info_container != [] ', info_container
urls_container = info_container[0].xpath(layer_description['info_tag_xpath'])
for url_container in urls_container:
next_layer_url_list.append(url_container.attrib['href'])
next_layer_url_list = list(set([next_layer_url for next_layer_url in next_layer_url_list if next_layer_url != '#']))
for item in next_layer_url_list:
print item
else:
print 'first_layer_processor: info_container == []: ', info_container
"""
content = get_content(url, headers_json, post_data={})
json_dict = json.loads(content)
html = json_dict["d"]
all_same_type_nodes = get_all_same_type_nodes(html, layer_description["info_container_xpath"])
# print all_same_type_nodes
get_attrib = generate_attrib_getter("href")
result_list = node_list_processor(all_same_type_nodes, get_attrib)
result_list = [item for item in result_list if item.find("subcatid") != -1]
for result in result_list:
print "\n" * 2, "-" * 10
print result
next_layer_url_list.append(result)
next_layer_url_list = list(set([next_layer_url for next_layer_url in next_layer_url_list if next_layer_url != "#"]))
return next_layer_url_list
def second_layer_info_processor(product_description):
product_name = product_description.xpath(second_layer_trade_name_xpath)
print product_name[0].text.encode('utf-8')
#product_description_dict['Produkt'] = product_name[0].text.encode('utf-8')
product_description_text_container = product_description.xpath(second_layer_product_description_text_xpath)
product_description_text_subcontainer = product_description_text_container[0]
#print 'product_description_text_subcontainer: ', product_description_text_subcontainer
child_list = product_description_text_subcontainer.getchildren()
product_description_text = ''
if child_list == []:
product_description_text = product_description_text_subcontainer.text
else:
product_description_text = child_list[0].tail
if product_description_text != '' and product_description_text.find(', ') != -1:
product_description_text = product_description_text[product_description_text.find(', ') + 2:]
print 'product_description_text: ', product_description_text
#product_description_dict['Beredningsform Styrka'] = product_description_text.encode('utf-8')
product_links_nodes = product_description.xpath(next_layer_link_xpath)
product_links = node_list_processor(product_links_nodes, next_layer_url_maker)
for link in product_links:
print link
print third_layer_processor(link)
result_data = list()
first_layer_info_container_xpath = '//div[@class="abcpanel"]/div/ul/li/a'
second_layer_info_container_xpath = '//li[@class="tradeNameList"]'
second_layer_trade_name_xpath = 'a/span[@class="innerlabel"]'
second_layer_product_link_xpath = 'ul/li[@class="linkList"]/a'
second_layer_product_description_text_xpath = 'ul/li[@class="linkList"]/a/div/span[@class="innerlabel"]'
third_layer_info_container_xpath_1 = '//div[@class="list-box substance"]/ul/li/a/span'
third_layer_info_container_xpath_2 = '//div[@class="list-box substance"]/span'
http_processor = HTTProcessor(headers=headers)
content = http_processor.send_request(site_url, 'text')
content = http_processor.send_request(first_layer_url, 'text')
second_layer_link_nodes = get_all_same_type_nodes(content, first_layer_info_container_xpath)
second_layer_urls = node_list_processor(second_layer_link_nodes, next_layer_url_maker)
third_layer_info_processor = generate_third_layer_info_processor(third_layer_info_container_xpath_1, third_layer_info_container_xpath_2)
third_layer_processor = generate_third_layer_processor(http_processor, third_layer_info_processor)
second_layer_info_processor = generate_second_layer_info_processor(second_layer_trade_name_xpath, second_layer_product_description_text_xpath, second_layer_product_link_xpath, third_layer_processor)
for second_layer_url in second_layer_urls[:3]:
print second_layer_url
content = http_processor.send_request(second_layer_url, 'text')
second_layer_info_containing_nodes = get_all_same_type_nodes(content, second_layer_info_container_xpath)
node_list_processor(second_layer_info_containing_nodes, second_layer_info_processor)
