def run(self):
super(PageTest, self).run()
logger.write( u"url: {0}".format(html.link(self.url, self.url)) )
## check status code
assert self.status == self.response.status, u"HTTP Response status expected {0}, recieved {1}".format(self.status, self.response.status)
## check title & header
if not (self.title_xpath == None) and not (self.title == None) :
assert_xpath_content( self.webpage, self.title_xpath, self.title )
if not (self.h1_xpath == None) and not (self.h1 == None) :
assert_xpath_content( self.webpage, self.h1_xpath, self.h1 )
# text present merge
if not self.texts_present is None :
for ( xpath, text ) in self.texts_present :
txt = self.webpage.find_element_by_xpath(xpath).text
assert text in txt, u"Text '{0}' not found, present '{1}'".format(text, txt)
# text count merge
if not self.texts_count is None :
for item in self.texts_count :
count = self.webpage.page_source.count( item[0] )
if item[1] == u'<' :
assert count < item[2],\
u"Text '{0}' occurs {1} times >= {2}".format( item[0], count, item[2] )
if item[1] == u'=' :
assert count == item[2],\
u"Text '{0}' occurs {1} times != {2}".format( item[0], count, item[2] )
if item[1] == u'>' :
assert count > item[2],\
u"Text '{0}' occurs {1} times <= {2}".format( item[0], count, item[2] )
if item[1] == u'<=' :
assert count <= item[2],\
u"Text '{0}' occurs {1} times > {2}".format( item[0], count, item[2] )
if item[1] == u'>=' :
assert count >= item[2],\
u"Text '{0}' occurs {1} times < {2}".format( item[0], count, item[2] )
# execute sub tests
for subtest in self.subtests :
logger.write( u"Running test '{0}' of '{1}'".format( subtest.__doc__.decode("utf-8"), self.__doc__.decode("utf-8") ) )
with logger.current_test( subtest ) :
with browser.current_screenshot_dir( subtest.artifactsDir() ) :
try :
subtest.setUp( self.webpage )
subtest.run()
status = 'success'
except Exception as s :
status = 'fail'
logger.write( u"Error: {0}".format(s) )
snapshot()
raise SubTestFail( subtest.__doc__.decode("utf-8") )
finally:
subtest.tearDown()
logger.set_status( status )
logger.write( html.status_label( status ) )
logger.save_test_result()
def run(self):
super(RedirectTest, self).run()
for (from_url, redirect_status, dest_url, dest_status) in self.redirects :
parsed_url = urlparse( from_url )
conn = httplib.HTTPConnection( parsed_url.netloc )
conn.request( "HEAD", parsed_url.path.encode('utf-8') )
from_response = conn.getresponse()
assert from_response.status == redirect_status, \
u"При посещении страницы {0}, ожидался {1} переход на страницу {2}, но получен статус {3}".\
format( html.link(from_url,from_url), redirect_status, html.link( dest_url, dest_url ), from_response.status )
loc = from_response.getheader('location').decode('utf-8')
assert loc == dest_url, \
u"При посещении страницы {0}, ожидался {1} переход на страницу {2}, но редирект перевел на страницу {3}".\
format( html.link(from_url,from_url), redirect_status, html.link( dest_url, dest_url ), html.link( loc, loc ) )
parsed_url2 = urlparse( loc )
conn2 = httplib.HTTPConnection( parsed_url2.netloc )
conn2.request( "HEAD", parsed_url2.path.encode('utf-8') )
dest_response = conn2.getresponse()
assert dest_response.status == dest_status,\
u"При посещении страницы {0}, ожидался {1} переход на страницу {2} со статусом {3}, но получен статус {4}".\
format( html.link(from_url,from_url), redirect_status, html.link( dest_url, dest_url ), dest_status, dest_response.status )