def search(keyword):
if keyword == '':
return []
for key in keyword_to_titles_map():
if keyword.lower() == key.lower():
return keyword_to_titles_map()[key]
return []
def display_result():
# Stores list of articles returned from searching user's keyword
articles = search(ask_search(), keyword_to_titles_map())
# advanced stores user's chosen advanced option (1-7)
# value stores user's response in being asked the advanced option
advanced, value = ask_advanced_search()
if advanced == 1:
# Update articles to contain metadata
# TODO uncomment following line after writing the function and delete pass
articles = article_info(articles, title_to_info_map())
if advanced == 2:
# value stores max length of articles
# Update articles to contain only ones not exceeding the maximum length
# TODO uncomment following line after writing the function and delete pass
articles = article_length(value, articles, title_to_info_map())
elif advanced == 3:
# Update article metadata to only contain titles and timestamps
# TODO uncomment following line after writing the function and delete pass
articles = title_timestamp(articles, title_to_info_map())
elif advanced == 4:
# Store whether author wrote an article in search results into variable
# named has_favorite
# TODO uncomment following line after writing the function and delete pass
has_favorite = favorite_author(value, articles, title_to_info_map())
elif advanced == 5:
# value stores keyword to search
# Update article metadata to contain article metadata from both searches
# TODO uncomment following line after writing the function and delete pass
articles = multiple_keywords(value, articles)
print()
if not articles:
print("No articles found")
else:
print("Here are your articles: " + str(articles))
if advanced == 4:
print("Your favorite author is" + ("" if has_favorite else " not") +
" in the returned articles!")
from search import title_to_info, keyword_to_titles, search, article_info, article_length, title_timestamp, favorite_author, multiple_keywords, display_result from search_tests_helper import print_basic, print_advanced, print_advanced_option, get_print from wiki import article_metadata, title_to_info_map, keyword_to_titles_map from unittest.mock import patch from copy import deepcopy # List of all available article titles for this search engine # The benefit of using this is faster code - these functions will execute # every time it gets called, but if the return value of it gets stored it into # a variable, the function will not need to run every time the list of available # articles is needed. METADATA = article_metadata() TITLE_TO_INFO = title_to_info_map() KEYWORD_TO_TITLES = keyword_to_titles_map() # Storing into a variable so don't need to copy and paste long list every time DOG = ['Black dog (ghost)', 'Mexican dog-faced bat', 'Dalmatian (dog)', 'Guide dog', 'Sun dog'] TRAVEL = ['Time travel'] MUSIC = ['List of Canadian musicians', 'French pop music', 'Noise (music)', '1922 in music', '1986 in music', 'Kevin Cadogan', '2009 in music', 'Rock music', 'Lights (musician)', 'Tim Arnold (musician)', 'Old-time music', 'Arabic music', 'Joe Becker (musician)', 'Richard Wright (musician)', 'Voice classification in non-classical music', '1936 in music', '1962 in country music', 'List of dystopian music, TV programs, and games', 'Steve Perry (musician)', 'David Gray (musician)', 'Alex Turner (musician)', 'List of gospel musicians', 'Indian classical music', '1996 in music', 'Traditional Thai musical instruments', '2006 in music', 'Tony Kaye (musician)', 'Texture (music)', '2007 in music', '2008 in music'] PROGRAMMING = ['C Sharp (programming language)', 'Python (programming language)', 'Lua (programming language)', 'Covariance and contravariance (computer science)', 'Personal computer', 'Ruby (programming language)'] SOCCER = ['Spain national beach soccer team', 'Will Johnson (soccer)', 'Steven Cohen (soccer)'] PHOTO = ['Digital photography'] SCHOOL = ['Edogawa, Tokyo', 'Fisk University', 'Annie (musical)', 'Alex Turner (musician)'] PLACE = ['2009 in music', 'List of dystopian music, TV programs, and games', '2006 in music', '2007 in music', '2008 in music']
def multiple_keywords(keyword, titles):
for title in search(keyword, keyword_to_titles_map()):
titles.append(title)
return titles
def search(keyword):
for key, value in keyword_to_titles_map().items():
if key in [keyword, keyword.lower(), keyword.upper()]:
return value
return []