def generate_parser_page_testcase(ground_input):
generating_time = datetime.now()
ground_truth = []
global _pseudo_request_response_dict
for i, url in enumerate(ground_input):
# ========================================================================================
# First, getting testcase ground truth
# ========================================================================================
print('({}/{}) {}'.format(i + 1, len(ground_input), url))
retry = 0
while retry < _RETRY_LIMIT:
try:
ret = bnext_parser.parser_page(url)
ground_truth.append(ret)
break
except ConnectionError:
retry += 1
print('({}/{}) retrying...'.format(retry, _RETRY_LIMIT))
time.sleep(randint(10, 15))
assert (retry < _RETRY_LIMIT), "maximum retry limit reached"
_pseudo_request_response_dict[url] = try_response(url)
# ========================================================================================
# Next, getting needed responses for "mocking requests.get()""
# ========================================================================================
utility_string1 = 'https://graph.facebook.com/fql?q=SELECT%20like_count,%20total_count,%20share_count,%20click_count,%20commentsbox_count%20FROM%20link_stat%20WHERE%20url%20=%20%22{}%22'
# + '&limit=3' # limit is just for testing
utility_string2 = 'https://graph.facebook.com/comments?id={}&filter=stream&fields=parent.fields(id),message,from,created_time,like_count{}'
res = try_response(url)
_pseudo_request_response_dict['url'] = res
res_fb1 = try_response(utility_string1.format(url))
_pseudo_request_response_dict[utility_string1.format(url)] = res_fb1
suffix = ''
while True:
res_fb2 = try_response(utility_string2.format(url, suffix))
_pseudo_request_response_dict[
utility_string2.format(url, suffix)] = res_fb2
data = res_fb2.json()['data']
if len(data) == 0:
break
paging = res_fb2.json()['paging']
if 'next' not in paging.keys():
break
else:
suffix = paging['next']
suffix = suffix[suffix.find('&after='):]
# ========================================================================================
# Dumping testcases to file
# ========================================================================================
with open('./bnext/resources/testcase/parser_page_testcase.pkl', 'w') as f:
obj = {'ground_input': ground_input, 'ground_truth': ground_truth,
'generating_time': generating_time}
pkl.dump(obj, f)
def _test_parser_page(test_file):
print("\n======================= parser page ==========================\n")
print("".join([
"Testing parser_page(), don't warry if you see some log on the fly,\n",
"they are for the porpose of analyzing webpage, the fail of testing\n",
"would be shown by [assert]\n"
])
)
if os.path.isfile(test_file) is False:
print("".join([
"Error: can't find test_file: {}, please check filename or",
"generate new test_file\n"
]).format(test_file)
)
return False
f = open(test_file)
obj = pkl.load(f)
print_time(obj)
ground_input = obj['ground_input']
ground_truth = obj['ground_truth']
for i, url in enumerate(ground_input):
print('({}/{}) {}'.format(i + 1, len(ground_input), url))
retry = 0
while retry < _RETRY_LIMIT:
try:
ret = bnext_parser.parser_page(url)
break
except ConnectionError:
retry += 1
print('({}/{}) retrying...'.format(retry, _RETRY_LIMIT))
time.sleep(randint(10, 15))
if ret != ground_truth[i]:
print('test failed: {}\n'.format(url))
return
if ret != ground_truth[i]:
print('test failed: {}\n'.format(url))
return False
# time.sleep(randint(1, 3))
print('\nSuccess')
return True
def _test_parser_page(test_file):
print("\n======================= parser page ==========================\n")
print("".join([
"Testing parser_page(), don't warry if you see some log on the fly,\n",
"they are for the porpose of analyzing webpage, the fail of testing\n",
"would be shown by [assert]\n"
]))
if os.path.isfile(test_file) is False:
print("".join([
"Error: can't find test_file: {}, please check filename or",
"generate new test_file\n"
]).format(test_file))
return False
f = open(test_file)
obj = pkl.load(f)
print_time(obj)
ground_input = obj['ground_input']
ground_truth = obj['ground_truth']
for i, url in enumerate(ground_input):
print('({}/{}) {}'.format(i + 1, len(ground_input), url))
retry = 0
while retry < _RETRY_LIMIT:
try:
ret = bnext_parser.parser_page(url)
break
except ConnectionError:
retry += 1
print('({}/{}) retrying...'.format(retry, _RETRY_LIMIT))
time.sleep(randint(10, 15))
if ret != ground_truth[i]:
print('test failed: {}\n'.format(url))
return
if ret != ground_truth[i]:
print('test failed: {}\n'.format(url))
return False
# time.sleep(randint(1, 3))
print('\nSuccess')
return True
