def main():
url = input('Input URL: ')
name = get_name(url)
rf = fetcher.RecipeFetcher()
recipe_data = parser.parse_recipe(rf.scrape_recipe(url))
options = '\nOptions:\n1 Make it vegetarian\n2 Make it un-vegetarian\n3 Make it healthier\n4 Make it less healthy\n5 Double the amount\n6 Cut it by half\n7 To Thai style\n8 To Japanese style\n9 Change cooking method\n10 Input a new URL\n11 Print internal representation\n12 Exit\nInput your choice (a number): '
print('====================')
print(name)
output_recipe(recipe_data)
print('====================')
choice = input(options)
while choice != '12':
if choice == '1':
recipe_data = vegetarian_transform.to_vegetarian(recipe_data)
elif choice == '2':
recipe_data = vegetarian_transform.from_vegetarian(recipe_data)
elif choice == '3':
recipe_data = healthy_transform.to_healthy(recipe_data)
elif choice == '4':
recipe_data = healthy_transform.from_healthy(recipe_data)
elif choice == '5':
recipe_data = double_or_half.transform_amount(
recipe_data, 'double')
elif choice == '6':
recipe_data = double_or_half.transform_amount(recipe_data, 'half')
elif choice == '7':
recipe_data = to_thai_cuisine.transform_to_thai(recipe_data)
elif choice == '8':
recipe_data = to_japanese_cuisine.transform_to_japanese(
recipe_data)
elif choice == '9':
old_method = input('From (enter a method, e.g. bake): ')
new_method = input('To (enter a method, e.g. fry): ')
recipe_data = method_transform.to_new_method(
recipe_data, old_method, new_method)
elif choice == '10':
url = input('Input URL: ')
name = get_name(url)
recipe_data = parser.parse_recipe(rf.scrape_recipe(url))
elif choice == '11':
print(recipe_data)
choice = input(options)
continue
print('====================')
print(name)
output_recipe(recipe_data)
print('====================')
choice = input(options)
def index():
global socket_thread
global speech_thread
global recipe
k_base = kb.KnowledgeBase()
k_base.load()
#url = "http://allrecipes.com/recipe/219173/simple-beef-pot-roast/" # acquires URL from form.html
url = request.form['url']
# print "this is url from form " + url
recipe_object = parser.parse_recipe(url, k_base) # parse html with our parser
recipe = recipe_object
#
# if speech_thread is None:
# eventlet.greenthread.spawn_after(2, demo_function, recipe_object, k_base, url)
# print "started speech thread"
# speech_thread = Thread(target=demo_function)
# speech_thread.daemon = False
# speech_thread.spawn_after(5)
print "Rendering Recipe Page"
recipe_title = recipe_object.title
recipe_yield = recipe_object.servings
recipe_ingredients = recipe_object.ingredients
recipe_instructions = recipe_object.instructions
photo_url = recipe_object.photo_url
return render_template('recipe-speech.html', html_title=recipe_title, html_yield=recipe_yield,
html_ingredients=recipe_ingredients, html_instructions=recipe_instructions, jsondata="", html_photo=photo_url)
def demo_function(parsed_recipe, k_base, url):
# with app.test_request_context('/recipe', method='POST', namespace = "/test"):
# print "app context is: " + current_app.name
preamble = False
global recipe
if parsed_recipe is not None:
recipe = parsed_recipe
else:
print "Recipe object not found. Generating object."
recipe = parser.parse_recipe(url, k_base)
# speech_engine = speech_response.VoiceEngine()
emit('saythis', {"data": "This is a recipe for: " + recipe.title})
# speech_engine.say_this("This is a recipe for: " + recipe.title)
if preamble:
time.sleep(1)
# speech_engine.say_this("The first step is: " + recipe.instructions[0])
emit('saythis', {"data": "The first step is: " + recipe.instructions[0]})
time.sleep(1)
emit('saythis', {"data": "Say Computer, Computer, to get me to wake up"})
# speech_engine.say_this("Say Computer, Computer, to get me to wake up")
time.sleep(2)