def ser(q, num_page):
dots = 1
search_results = google.search(q, num_page)
while search_results == []:
c()
if dots == 0:
print("Memuat Page")
elif dots == 1:
print("Memuat Page.")
elif dots == 2:
print("Memuat Page..")
elif dots == 3:
print("Memuat Page...")
dots = -1
dots += 1
search_results = google.search(search, num_page)
c()
for result in search_results:
print()
print(result.name)
print()
print("description:",result.description)
print()
print("link:",result.link)
print()
print("page",num_page)
def search_query(self, query):
print("Scrapping: ", query)
results = [result for result in google.search(query, 1)]
score = dict()
query = self.remove_stopwords(query)
for i, result in enumerate(results):
result = self.remove_stopwords(result.description)
for val in query.split():
if i in score:
if val in result:
score[i] += 1
else:
score[i] = 0
try:
avg, n = sum(score.values()) / len(score.values()), len(
query.split())
except ZeroDivisionError:
return "Cannot fetch results, please try again after a while", -1
if avg > n // 2:
return "Real", avg / n
else:
return "Fake", avg / n
def GoogleURL(site, query):
#Takes a site homepage URL and query as input and returns google search objects (Google Search API class) for the results
now = datetime.datetime.now()
after = now - datetime.timedelta(30)
print(f"After {after}", flush=True)
GoogleQuery = (
"site:%s %s after:2021-01-03" % (site, query)
) #in the format: 'site:https://www.wsj.com/ Trump concedes' after:2021-01-01
num_pages = 1
search_results = google.search(GoogleQuery, num_pages)
if not search_results:
# empty list = google server did not respond
responseSuccessful = False
resultsYeilded = False
search_results = "empty"
print("if not search_results implemented", flush=True)
elif search_results[0] == "empty":
# a list containing "empty" = google responded, but no results yielded
responseSuccessful = True
resultsYeilded = False
search_results = "empty"
print("search_results = empty, ", flush=True)
else:
# full list of google search objects
responseSuccessful = True
resultsYeilded = True
print("responseSuccessful=True, resultsYielded = True ", flush=True)
print("Google search result " + f"{search_results[0]}",
flush=True) #URL to article
return search_results
def queryGoogle(input):
num_page = 5
search_results = google.search(input, num_page)
resultTitle = []
resultLink = []
resultDescription = []
i = 0
options = images.ImageOptions()
for e in search_results:
resultTitle.append("##" + search_results[i].name)
resultLink.append(search_results[i].link)
resultDescription.append(search_results[i].description)
i += 1
if (i >= 5):
break
return resultTitle, resultLink, resultDescription
def handler(q=False):
if q is False:
return False
request = json.loads(q)
if not request.get('url'):
return {'error': "Unsupported attributes type"}
num_page = 1
res = ""
# The googleapi module sets a random useragent. The output depends on the useragent.
# It's better to retry 3 times.
for retry in range(3):
search_results = google.search(request['url'], num_page)
if len(search_results) > 0:
break
sleep(retry)
for i, search_result in enumerate(search_results):
res += "("+str(i+1)+")" + '\t'
res += json.dumps(search_result.description, ensure_ascii=False)
res += '\n\n'
return {'results': [{'types': mispattributes['output'], 'values':res}]}
for result in search_results:
print()
print(result.name)
print()
print("description:",result.description)
print()
print("link:",result.link)
print()
print("page",num_page)
def c():
os.system("clear")
while True:
num_page = 1
search = input("Google Search: ")
print("Memuat...")
search_results = google.search(search, num_page)
while search_results == []:
c()
dots += 1
if dots == 0:
print("Memuat Page")
elif dots == 1:
print("Memuat Page.")
elif dots == 2:
print("Memuat Page..")
elif dots == 3:
print("Memuat Page...")
dots = -1
def test_standard_search(self):
"""Test method to search in google."""
search = google.search("github")
self.assertNotEqual(len(search), 0)
def get(series_title):
search_results = google.search(f"site:mangaupdates.com {series_title}")
if not search_results:
raise Exception(
f'Cannot find Mangaupdates page for series "{series_title}"')
return search_results[0].link
def google_search(sentence):
num_page = 1
search_results = google.search(sentence, num_page)
print(search_results[0].description)