def error(subscription_key):
"""Error.
This triggers a bad request and shows how to read the error response.
"""
# Breaking the subscription key on purpose
client = AutoSuggestSearchAPI(
CognitiveServicesCredentials(subscription_key + "1"))
try:
suggestions = client.auto_suggest(query="Satya Nadella",
market="no-ty")
except ErrorResponseException as err:
# The status code of the error should be a good indication of what occurred. However, if you'd like more details, you can dig into the response.
# Please note that depending on the type of error, the response schema might be different, so you aren't guaranteed a specific error response schema.
print("Exception occurred, status code {} with reason {}.\n".format(
err.response.status_code, err))
# if you'd like more descriptive information (if available)
if err.error.errors:
print("This is the errors I have:")
for error in err.error.errors:
print(
"Parameter \"{}\" has an invalid value \"{}\". SubCode is \"{}\". Detailed message is \"{}\""
.format(error.parameter, error.value, error.sub_code,
error.message))
else:
print("There was no details on the error.")
def autosuggest_lookup(subscription_key):
"""AutoSuggestLookup.
This will look up a single query (Xbox) and print out name and url for first web result.
"""
client = AutoSuggestSearchAPI(
CognitiveServicesCredentials(subscription_key))
try:
suggestions = client.auto_suggest(
query="Satya Nadella") # type: Suggestions
if suggestions.suggestion_groups:
print("Searched for \"Satya Nadella\" and found suggestions:")
suggestion_group = suggestions.suggestion_groups[
0] # type: SuggestionsSuggestionGroup
for suggestion in suggestion_group.search_suggestions: # type: SearchAction
print("....................................")
print(suggestion.query)
print(suggestion.display_text)
print(suggestion.url)
print(suggestion.search_kind)
else:
print("Didn't see any suggestion..")
except Exception as err:
print("Encountered exception. {}".format(err))
def getAutosuggestions(firstTag):
subkey= os.getenv('AUTOSUGGESTIONS_KEY')
client = AutoSuggestSearchAPI(
CognitiveServicesCredentials(subkey))
suggestions = client.auto_suggest(
query=firstTag) # type: Suggestions
if suggestions.suggestion_groups:
suggestion_group = suggestions.suggestion_groups[0] # type: SuggestionsSuggestionGroup
for suggestion in suggestion_group.search_suggestions: # type: SearchAction
print("suggestion:", suggestion.query)
return suggestion.query
from msrest.authentication import CognitiveServicesCredentials
import json, os, sys
'''
Microsoft Azure Cognitive Services Bing Autosuggest - Get Search Suggestions
This script requires the Cognitive Services Bing Autosuggest module:
python -m pip install azure-cognitiveservices-search_autosuggest
This script runs under Python 3.4 or later.
'''
subscription_key = os.environ['AUTOSUGGEST_SUBSCRIPTION_KEY']
if not subscription_key:
raise Exception('Please set/export the environment variable: {}'.format(
subscription_key))
# Instantiate a Bing Autosuggest client
client = AutoSuggestSearchAPI(CognitiveServicesCredentials(subscription_key))
# Returns from the Suggestions class
result = client.auto_suggest('sail')
# Access all suggestions
suggestions = result.suggestion_groups[0]
# print results
for suggestion in suggestions.search_suggestions:
print(suggestion.query)
print(suggestion.display_text)
Install the Cognitive Services Bing Autosuggest SDK module:
python -m pip install azure-cognitiveservices-search_autosuggest
Use Python 3.4+
'''
subscription_key = "PASTE_YOUR_AUTO_SUGGEST_SUBSCRIPTION_KEY_HERE"
endpoint = "PASTE_YOUR_AUTO_SUGGEST_ENDPOINT_HERE"
'''
AUTHENTICATE
Create an Autosuggest client.
'''
credentials = CognitiveServicesCredentials(subscription_key)
autosuggest_client = AutoSuggestSearchAPI(CognitiveServicesCredentials(subscription_key), endpoint + 'bing/v7.0')
'''
AUTOSUGGEST
This example uses a query term to search for autocompletion suggestions for the term.
'''
# Returns from the Suggestions class
result = autosuggest_client.auto_suggest('sail')
# Access all suggestions
suggestions = result.suggestion_groups[0]
# print results
for suggestion in suggestions.search_suggestions:
print(suggestion.query)
print(suggestion.display_text)
#autosuggest
from azure.cognitiveservices.search.autosuggest import AutoSuggestSearchAPI
from azure.cognitiveservices.search.autosuggest.models import (
Suggestions, SuggestionsSuggestionGroup, SearchAction,
ErrorResponseException)
from msrest.authentication import CognitiveServicesCredentials
subkey = ''
client = AutoSuggestSearchAPI(CognitiveServicesCredentials(subkey))
suggestions = client.auto_suggest(query="convolutional") # type: Suggestions
if suggestions.suggestion_groups:
suggestion_group = suggestions.suggestion_groups[
0] # type: SuggestionsSuggestionGroup
#print(suggestion_group.search_suggestions[1].display_text)
for suggestion in suggestion_group.search_suggestions: # type: SearchAction
print(suggestion.query)
break