def test_result_merge(self):
c = ResultContainer()
c.extend('wikipedia', [fake_result()])
c.extend('wikidata',
[fake_result(),
fake_result(url='https://example.com/')])
self.assertEqual(c.results_length(), 2)
class Search(object):
"""Search information container"""
def __init__(self, search_query):
# init vars
super(Search, self).__init__()
self.search_query = search_query
self.result_container = ResultContainer()
# do search-request
def search(self):
global number_of_searches
# start time
start_time = time()
# answeres ?
answerers_results = ask(self.search_query)
if answerers_results:
for results in answerers_results:
self.result_container.extend('answer', results)
return self.result_container
# init vars
requests = []
# increase number of searches
number_of_searches += 1
# set default useragent
# user_agent = request.headers.get('User-Agent', '')
user_agent = gen_useragent()
search_query = self.search_query
# max of all selected engine timeout
timeout_limit = 0
# start search-reqest for all selected engines
for selected_engine in search_query.engines:
if selected_engine['name'] not in engines:
continue
engine = engines[selected_engine['name']]
# skip suspended engines
if engine.suspend_end_time >= time():
logger.debug('Engine currently suspended: %s', selected_engine['name'])
continue
# if paging is not supported, skip
if search_query.pageno > 1 and not engine.paging:
continue
# if time_range is not supported, skip
if search_query.time_range and not engine.time_range_support:
continue
# set default request parameters
request_params = default_request_params()
request_params['headers']['User-Agent'] = user_agent
request_params['category'] = selected_engine['category']
request_params['pageno'] = search_query.pageno
if hasattr(engine, 'language') and engine.language:
request_params['language'] = engine.language
else:
request_params['language'] = search_query.lang
# 0 = None, 1 = Moderate, 2 = Strict
request_params['safesearch'] = search_query.safesearch
request_params['time_range'] = search_query.time_range
# append request to list
requests.append((selected_engine['name'], search_query.query, request_params))
# update timeout_limit
timeout_limit = max(timeout_limit, engine.timeout)
if requests:
# send all search-request
search_multiple_requests(requests, self.result_container, start_time, timeout_limit)
start_new_thread(gc.collect, tuple())
# return results, suggestions, answers and infoboxes
return self.result_container
class Search:
"""Search information container"""
__slots__ = "search_query", "result_container", "start_time", "actual_timeout"
def __init__(self, search_query):
# init vars
super().__init__()
self.search_query = search_query
self.result_container = ResultContainer()
self.start_time = None
self.actual_timeout = None
def search_external_bang(self):
"""
Check if there is a external bang.
If yes, update self.result_container and return True
"""
if self.search_query.external_bang:
self.result_container.redirect_url = get_bang_url(self.search_query)
# This means there was a valid bang and the
# rest of the search does not need to be continued
if isinstance(self.result_container.redirect_url, str):
return True
return False
def search_answerers(self):
"""
Check if an answer return a result.
If yes, update self.result_container and return True
"""
answerers_results = ask(self.search_query)
if answerers_results:
for results in answerers_results:
self.result_container.extend('answer', results)
return True
return False
# do search-request
def _get_requests(self):
# init vars
requests = []
# max of all selected engine timeout
default_timeout = 0
# start search-reqest for all selected engines
for engineref in self.search_query.engineref_list:
processor = processors[engineref.name]
# stop the request now if the engine is suspend
if processor.extend_container_if_suspended(self.result_container):
continue
# set default request parameters
request_params = processor.get_params(self.search_query, engineref.category)
if request_params is None:
continue
counter_inc('engine', engineref.name, 'search', 'count', 'sent')
# append request to list
requests.append((engineref.name, self.search_query.query, request_params))
# update default_timeout
default_timeout = max(default_timeout, processor.engine.timeout)
# adjust timeout
actual_timeout = default_timeout
query_timeout = self.search_query.timeout_limit
if max_request_timeout is None and query_timeout is None:
# No max, no user query: default_timeout
pass
elif max_request_timeout is None and query_timeout is not None:
# No max, but user query: From user query except if above default
actual_timeout = min(default_timeout, query_timeout)
elif max_request_timeout is not None and query_timeout is None:
# Max, no user query: Default except if above max
actual_timeout = min(default_timeout, max_request_timeout)
elif max_request_timeout is not None and query_timeout is not None:
# Max & user query: From user query except if above max
actual_timeout = min(query_timeout, max_request_timeout)
logger.debug("actual_timeout={0} (default_timeout={1}, ?timeout_limit={2}, max_request_timeout={3})"
.format(actual_timeout, default_timeout, query_timeout, max_request_timeout))
return requests, actual_timeout
def search_multiple_requests(self, requests):
search_id = uuid4().__str__()
for engine_name, query, request_params in requests:
th = threading.Thread(
target=processors[engine_name].search,
args=(query, request_params, self.result_container, self.start_time, self.actual_timeout),
name=search_id,
)
th._timeout = False
th._engine_name = engine_name
th.start()
for th in threading.enumerate():
if th.name == search_id:
remaining_time = max(0.0, self.actual_timeout - (default_timer() - self.start_time))
th.join(remaining_time)
if th.is_alive():
th._timeout = True
self.result_container.add_unresponsive_engine(th._engine_name, 'timeout')
logger.warning('engine timeout: {0}'.format(th._engine_name))
def search_standard(self):
"""
Update self.result_container, self.actual_timeout
"""
requests, self.actual_timeout = self._get_requests()
# send all search-request
if requests:
self.search_multiple_requests(requests)
start_new_thread(gc.collect, tuple())
# return results, suggestions, answers and infoboxes
return True
# do search-request
def search(self):
self.start_time = default_timer()
if not self.search_external_bang():
if not self.search_answerers():
self.search_standard()
return self.result_container
def test_result_merge(self):
c = ResultContainer()
c.extend('wikipedia', [fake_result()])
c.extend('wikidata', [fake_result(), fake_result(url='https://example.com/')])
self.assertEqual(c.results_length(), 2)
def test_one_suggestion(self):
c = ResultContainer()
c.extend('wikipedia', [fake_result(suggestion=True)])
self.assertEqual(len(c.suggestions), 1)
self.assertEqual(c.results_length(), 0)
def test_one_result(self):
c = ResultContainer()
c.extend('wikipedia', [fake_result()])
self.assertEqual(c.results_length(), 1)
class Search:
"""Search information container"""
def __init__(self, search_query):
# init vars
super().__init__()
self.search_query = search_query
self.result_container = ResultContainer()
self.start_time = None
self.actual_timeout = None
def search_external_bang(self):
"""
Check if there is a external bang.
If yes, update self.result_container and return True
"""
if self.search_query.external_bang:
self.result_container.redirect_url = get_bang_url(
self.search_query)
# This means there was a valid bang and the
# rest of the search does not need to be continued
if isinstance(self.result_container.redirect_url, str):
return True
return False
def search_answerers(self):
"""
Check if an answer return a result.
If yes, update self.result_container and return True
"""
answerers_results = ask(self.search_query)
if answerers_results:
for results in answerers_results:
self.result_container.extend('answer', results)
return True
return False
def _is_accepted(self, engine_name, engine):
if not self.search_query.preferences.validate_token(engine):
return False
# skip suspended engines
if engine.suspend_end_time >= time():
logger.debug('Engine currently suspended: %s', engine_name)
return False
# if paging is not supported, skip
if self.search_query.pageno > 1 and not engine.paging:
return False
# if time_range is not supported, skip
if self.search_query.time_range and not engine.time_range_support:
return False
return True
def _get_params(self, selected_engine, user_agent):
if selected_engine['name'] not in engines:
return None, None
engine = engines[selected_engine['name']]
if not self._is_accepted(selected_engine['name'], engine):
return None, None
# set default request parameters
request_params = {}
if not engine.offline:
request_params = default_request_params()
request_params['headers']['User-Agent'] = user_agent
if hasattr(engine, 'language') and engine.language:
request_params['language'] = engine.language
else:
request_params['language'] = self.search_query.lang
request_params['safesearch'] = self.search_query.safesearch
request_params['time_range'] = self.search_query.time_range
request_params['category'] = selected_engine['category']
request_params['pageno'] = self.search_query.pageno
return request_params, engine.timeout
# do search-request
def _get_requests(self):
global number_of_searches
# init vars
requests = []
# set default useragent
# user_agent = request.headers.get('User-Agent', '')
user_agent = gen_useragent()
# max of all selected engine timeout
default_timeout = 0
# start search-reqest for all selected engines
for selected_engine in self.search_query.engines:
# set default request parameters
request_params, engine_timeout = self._get_params(
selected_engine, user_agent)
if request_params is None:
continue
# append request to list
requests.append((selected_engine['name'], self.search_query.query,
request_params))
# update default_timeout
default_timeout = max(default_timeout, engine_timeout)
# adjust timeout
actual_timeout = default_timeout
query_timeout = self.search_query.timeout_limit
if max_request_timeout is None and query_timeout is None:
# No max, no user query: default_timeout
pass
elif max_request_timeout is None and query_timeout is not None:
# No max, but user query: From user query except if above default
actual_timeout = min(default_timeout, query_timeout)
elif max_request_timeout is not None and query_timeout is None:
# Max, no user query: Default except if above max
actual_timeout = min(default_timeout, max_request_timeout)
elif max_request_timeout is not None and query_timeout is not None:
# Max & user query: From user query except if above max
actual_timeout = min(query_timeout, max_request_timeout)
logger.debug(
"actual_timeout={0} (default_timeout={1}, ?timeout_limit={2}, max_request_timeout={3})"
.format(self.actual_timeout, default_timeout, query_timeout,
max_request_timeout))
return requests, actual_timeout
def search_standard(self):
"""
Update self.result_container, self.actual_timeout
"""
requests, self.actual_timeout = self._get_requests()
# send all search-request
if requests:
search_multiple_requests(requests, self.result_container,
self.start_time, self.actual_timeout)
start_new_thread(gc.collect, tuple())
# return results, suggestions, answers and infoboxes
return True
# do search-request
def search(self):
self.start_time = time()
if not self.search_external_bang():
if not self.search_answerers():
self.search_standard()
return self.result_container
class Search(object):
"""Search information container"""
def __init__(self, search_query):
# init vars
super(Search, self).__init__()
self.search_query = search_query
self.result_container = ResultContainer()
# do search-request
def search(self):
global number_of_searches
# start time
start_time = time()
# answeres ?
answerers_results = ask(self.search_query)
if answerers_results:
for results in answerers_results:
self.result_container.extend('answer', results)
return self.result_container
# init vars
requests = []
# increase number of searches
number_of_searches += 1
# set default useragent
# user_agent = request.headers.get('User-Agent', '')
user_agent = gen_useragent()
search_query = self.search_query
# max of all selected engine timeout
timeout_limit = 0
# start search-reqest for all selected engines
for selected_engine in search_query.engines:
if selected_engine['name'] not in engines:
continue
engine = engines[selected_engine['name']]
# skip suspended engines
if engine.suspend_end_time >= time():
logger.debug('Engine currently suspended: %s', selected_engine['name'])
continue
# if paging is not supported, skip
if search_query.pageno > 1 and not engine.paging:
continue
# if time_range is not supported, skip
if search_query.time_range and not engine.time_range_support:
continue
# set default request parameters
request_params = default_request_params()
request_params['headers']['User-Agent'] = user_agent
request_params['category'] = selected_engine['category']
request_params['pageno'] = search_query.pageno
if hasattr(engine, 'language') and engine.language:
request_params['language'] = engine.language
else:
request_params['language'] = search_query.lang
# 0 = None, 1 = Moderate, 2 = Strict
request_params['safesearch'] = search_query.safesearch
request_params['time_range'] = search_query.time_range
# append request to list
requests.append((selected_engine['name'], search_query.query.encode('utf-8'), request_params))
# update timeout_limit
timeout_limit = max(timeout_limit, engine.timeout)
if requests:
# send all search-request
search_multiple_requests(requests, self.result_container, start_time, timeout_limit)
start_new_thread(gc.collect, tuple())
# return results, suggestions, answers and infoboxes
return self.result_container
class Search(object):
"""Search information container"""
def __init__(self, search_query):
# init vars
super(Search, self).__init__()
self.search_query = search_query
self.result_container = ResultContainer()
self.actual_timeout = None
# do search-request
def search(self):
global number_of_searches
# start time
start_time = time()
# answeres ?
answerers_results = ask(self.search_query)
if answerers_results:
for results in answerers_results:
self.result_container.extend('answer', results)
return self.result_container
# init vars
requests = []
# increase number of searches
number_of_searches += 1
# set default useragent
# user_agent = request.headers.get('User-Agent', '')
user_agent = gen_useragent()
search_query = self.search_query
# max of all selected engine timeout
default_timeout = 0
# start search-reqest for all selected engines
for selected_engine in search_query.engines:
if selected_engine['name'] not in engines:
continue
engine = engines[selected_engine['name']]
# skip suspended engines
if engine.suspend_end_time >= time():
logger.debug('Engine currently suspended: %s', selected_engine['name'])
continue
# if paging is not supported, skip
if search_query.pageno > 1 and not engine.paging:
continue
# if time_range is not supported, skip
if search_query.time_range and not engine.time_range_support:
continue
# set default request parameters
request_params = {}
if not engine.offline:
request_params = default_request_params()
request_params['headers']['User-Agent'] = user_agent
if hasattr(engine, 'language') and engine.language:
request_params['language'] = engine.language
else:
request_params['language'] = search_query.lang
request_params['safesearch'] = search_query.safesearch
request_params['time_range'] = search_query.time_range
request_params['category'] = selected_engine['category']
request_params['pageno'] = search_query.pageno
# append request to list
requests.append((selected_engine['name'], search_query.query, request_params))
# update default_timeout
default_timeout = max(default_timeout, engine.timeout)
# adjust timeout
self.actual_timeout = default_timeout
query_timeout = self.search_query.timeout_limit
if max_request_timeout is None and query_timeout is None:
# No max, no user query: default_timeout
pass
elif max_request_timeout is None and query_timeout is not None:
# No max, but user query: From user query except if above default
self.actual_timeout = min(default_timeout, query_timeout)
elif max_request_timeout is not None and query_timeout is None:
# Max, no user query: Default except if above max
self.actual_timeout = min(default_timeout, max_request_timeout)
elif max_request_timeout is not None and query_timeout is not None:
# Max & user query: From user query except if above max
self.actual_timeout = min(query_timeout, max_request_timeout)
logger.debug("actual_timeout={0} (default_timeout={1}, ?timeout_limit={2}, max_request_timeout={3})"
.format(self.actual_timeout, default_timeout, query_timeout, max_request_timeout))
# send all search-request
if requests:
search_multiple_requests(requests, self.result_container, start_time, self.actual_timeout)
start_new_thread(gc.collect, tuple())
# return results, suggestions, answers and infoboxes
return self.result_container
class Search(object):
"""Search information container"""
def __init__(self, search_query):
# init vars
super(Search, self).__init__()
self.search_query = search_query
self.result_container = ResultContainer()
# do search-request
def search(self):
global number_of_searches
answerers_results = ask(self.search_query)
if answerers_results:
for results in answerers_results:
self.result_container.extend('answer', results)
return self.result_container
# init vars
requests = []
# increase number of searches
number_of_searches += 1
# set default useragent
# user_agent = request.headers.get('User-Agent', '')
user_agent = gen_useragent()
search_query = self.search_query
# start search-reqest for all selected engines
for selected_engine in search_query.engines:
if selected_engine['name'] not in engines:
continue
engine = engines[selected_engine['name']]
# skip suspended engines
if engine.suspend_end_time >= time():
logger.debug('Engine currently suspended: %s',
selected_engine['name'])
continue
# if paging is not supported, skip
if search_query.pageno > 1 and not engine.paging:
continue
# if search-language is set and engine does not
# provide language-support, skip
if search_query.lang != 'all' and not engine.language_support:
continue
# if time_range is not supported, skip
if search_query.time_range and not engine.time_range_support:
continue
# set default request parameters
request_params = default_request_params()
request_params['headers']['User-Agent'] = user_agent
request_params['category'] = selected_engine['category']
request_params['started'] = time()
request_params['pageno'] = search_query.pageno
if hasattr(engine, 'language') and engine.language:
request_params['language'] = engine.language
else:
request_params['language'] = search_query.lang
# 0 = None, 1 = Moderate, 2 = Strict
request_params['safesearch'] = search_query.safesearch
request_params['time_range'] = search_query.time_range
# update request parameters dependent on
# search-engine (contained in engines folder)
engine.request(search_query.query.encode('utf-8'), request_params)
if request_params['url'] is None:
# TODO add support of offline engines
pass
# create a callback wrapper for the search engine results
callback = make_callback(selected_engine['name'], engine.response,
request_params, self.result_container)
# create dictionary which contain all
# informations about the request
request_args = dict(headers=request_params['headers'],
hooks=dict(response=callback),
cookies=request_params['cookies'],
timeout=engine.timeout,
verify=request_params['verify'])
# specific type of request (GET or POST)
if request_params['method'] == 'GET':
req = requests_lib.get
else:
req = requests_lib.post
request_args['data'] = request_params['data']
# ignoring empty urls
if not request_params['url']:
continue
# append request to list
requests.append((req, request_params['url'], request_args,
selected_engine['name']))
if not requests:
return self.result_container
# send all search-request
threaded_requests(requests)
start_new_thread(gc.collect, tuple())
# return results, suggestions, answers and infoboxes
return self.result_container