def parseStringRecipe(istring):
# Download the recipe and extract the directions
html = urllib2.urlopen(istring).read()
soup = Soup(html)
recipeText = soup.find(itemprop='recipeInstructions').get_text()
print(recipeText)
# Print Directions
# Extract Ingredients
recipe = parseRecipe(istring)
# Read in substitutes
substitutes = {
'vegan': {},
'vegetarian': {},
'lactose': {}
}
f = open('lactose.csv', 'r')
lactoseList = f.read().split('\n')
for l in lactoseList:
substitutes['lactose'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
substitutes['vegan'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
f = open('VegetarianSubstitutions.csv', 'r')
vegList = f.read().split('\n')
for l in vegList:
substitutes['vegetarian'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
substitutes['vegan'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
ingredients = []
for i in recipe:
ingredName = i['ingredient']
if ',' in ingredName:
ingredName = word_tokenize(ingredName.split(',')[0])
ingredName = ingredName[len(ingredName) - 1]
iwords = word_tokenize(ingredName)
if len(iwords) > 0:
ingredName = iwords[len(iwords) - 1]
else:
ingredName = "undetermined"
ingred = Ingredient(ingredName)
ingred.form.append(i['form'])
if i['quantity']:
ingred.quantity = i['quantity']
else:
ingred.quantity = 1
ingred.unit = i['measurement']
ingred.substitutes = substitutes
ingredients.append(ingred)
#for l in cathysfile:
# if l == ingred.name:
# ingred.substitutes.add(l.split(',')[1]);
# Convert to lowercase and remove periods
recipeText = recipeText.lower()
recipeText = re.sub('[.]', '', recipeText)
# Create a new flow chart object and add all ingredients to
myrfc = RecipeFlowchart()
for i in ingredients:
myrfc.addIngredient(i)
# Extract the utensils and pass them to the flowchart
utensils = parseUtensils(recipeText)
for u in utensils:
myrfc.utensils.append(u)
# Now that the flow chart has its data, initialize it
myrfc.setupNodes()
# Convert the recipe to a list of words
recipeText = word_tokenize(recipeText)
# Pass each word into the flowchart
for i in recipeText:
myrfc.step(i)
# Print the result
print(myrfc.myrecipe)
print(myrfc.myrecipe.getJSON())
# Ask for a transformation
transformChoice = raw_input(
"Transform Recipe to (V)egetarian, (L)actose, or ve(G)an (v, l, g): ")
if transformChoice == 'v' or transformChoice == 'V':
myrfc.myrecipe.transform('vegetarian')
print(myrfc.myrecipe)
if transformChoice == 'l' or transformChoice == 'L':
myrfc.myrecipe.transform('lactose')
print(myrfc.myrecipe)
if transformChoice == 'g' or transformChoice == 'G':
myrfc.myrecipe.transform('vegan')
print(myrfc.myrecipe)
def parseStringRecipe (istring):
# Download the recipe and extract the directions
html = urllib2.urlopen(istring).read();
soup = Soup(html)
recipeText = soup.find(itemprop='recipeInstructions').get_text();
print(recipeText); # Print Directions
# Extract Ingredients
recipe = parseRecipe(istring);
# Read in substitutes
substitutes = {'vegan':{},'vegetarian':{},'lactose':{}};
f = open('lactose.csv', 'r')
lactoseList = f.read().split('\n');
for l in lactoseList:
substitutes['lactose'][l.split(',')[0].lower()] = l.split(',')[1].lower();
substitutes['vegan'][l.split(',')[0].lower()] = l.split(',')[1].lower();
f = open('VegetarianSubstitutions.csv', 'r')
vegList = f.read().split('\n');
for l in vegList:
substitutes['vegetarian'][l.split(',')[0].lower()] = l.split(',')[1].lower();
substitutes['vegan'][l.split(',')[0].lower()] = l.split(',')[1].lower();
ingredients = [];
for i in recipe:
ingredName = i['ingredient'];
if ',' in ingredName:
ingredName = word_tokenize(ingredName.split(',')[0]);
ingredName = ingredName[len(ingredName) - 1];
iwords = word_tokenize(ingredName);
if len(iwords) > 0:
ingredName = iwords[len(iwords) - 1];
else:
ingredName = "undetermined";
ingred = Ingredient(ingredName);
ingred.form.append(i['form']);
if i['quantity']:
ingred.quantity = i['quantity'];
else:
ingred.quantity = 1;
ingred.unit = i['measurement'];
ingred.substitutes = substitutes;
ingredients.append(ingred);
#for l in cathysfile:
# if l == ingred.name:
# ingred.substitutes.add(l.split(',')[1]);
# Convert to lowercase and remove periods
recipeText = recipeText.lower();
recipeText = re.sub('[.]','',recipeText);
# Create a new flow chart object and add all ingredients to
myrfc = RecipeFlowchart();
for i in ingredients:
myrfc.addIngredient(i);
# Extract the utensils and pass them to the flowchart
utensils = parseUtensils(recipeText);
for u in utensils:
myrfc.utensils.append(u);
# Now that the flow chart has its data, initialize it
myrfc.setupNodes();
# Convert the recipe to a list of words
recipeText = word_tokenize(recipeText);
# Pass each word into the flowchart
for i in recipeText:
myrfc.step(i);
# Print the result
print(myrfc.myrecipe);
print(myrfc.myrecipe.getJSON());
# Ask for a transformation
transformChoice = raw_input("Transform Recipe to (V)egetarian, (L)actose, or ve(G)an (v, l, g): ");
if transformChoice == 'v' or transformChoice == 'V':
myrfc.myrecipe.transform('vegetarian');
print(myrfc.myrecipe);
if transformChoice == 'l' or transformChoice == 'L':
myrfc.myrecipe.transform('lactose');
print(myrfc.myrecipe);
if transformChoice == 'g' or transformChoice == 'G':
myrfc.myrecipe.transform('vegan');
print(myrfc.myrecipe);
def jsonRecipeOutput(istring):
# Download the recipe and extract the directions
html = urllib2.urlopen(istring).read()
soup = Soup(html)
recipeText = soup.find(itemprop='recipeInstructions').get_text()
# Extract Ingredients
recipe = parseRecipe(istring)
# Read in substitutes
substitutes = {
'vegan': {},
'vegetarian': {},
'lactose': {}
}
f = open('lactose.csv', 'r')
lactoseList = f.read().split('\n')
for l in lactoseList:
substitutes['lactose'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
substitutes['vegan'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
f = open('VegetarianSubstitutions.csv', 'r')
vegList = f.read().split('\n')
for l in vegList:
substitutes['vegetarian'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
substitutes['vegan'][l.split(',')[0].lower()] = l.split(
',')[1].lower()
ingredients = []
for i in recipe:
ingredName = i['ingredient']
if ',' in ingredName:
ingredName = word_tokenize(ingredName.split(',')[0])
ingredName = ingredName[len(ingredName) - 1]
iwords = word_tokenize(ingredName)
if len(iwords) > 0:
ingredName = iwords[len(iwords) - 1]
else:
ingredName = "undetermined"
ingred = Ingredient(ingredName)
ingred.form.append(i['form'])
if i['quantity']:
ingred.quantity = i['quantity']
else:
ingred.quantity = 1
ingred.unit = i['measurement']
ingred.substitutes = substitutes
ingredients.append(ingred)
# Convert to lowercase and remove periods
recipeText = recipeText.lower()
recipeText = re.sub('[.]', '', recipeText)
# Create a new flow chart object and add all ingredients to
myrfc = RecipeFlowchart()
for i in ingredients:
myrfc.addIngredient(i)
# Extract the utensils and pass them to the flowchart
utensils = parseUtensils(recipeText)
for u in utensils:
myrfc.utensils.append(u)
# Now that the flow chart has its data, initialize it
myrfc.setupNodes()
# Convert the recipe to a list of words
recipeText = word_tokenize(recipeText)
# Pass each word into the flowchart
for i in recipeText:
myrfc.step(i)
jsonOutput = myrfc.myrecipe.getJSON()
return jsonOutput
def jsonRecipeOutput (istring):
# Download the recipe and extract the directions
html = urllib2.urlopen(istring).read();
soup = Soup(html)
recipeText = soup.find(itemprop='recipeInstructions').get_text();
# Extract Ingredients
recipe = parseRecipe(istring);
# Read in substitutes
substitutes = {'vegan':{},'vegetarian':{},'lactose':{}};
f = open('lactose.csv', 'r')
lactoseList = f.read().split('\n');
for l in lactoseList:
substitutes['lactose'][l.split(',')[0].lower()] = l.split(',')[1].lower();
substitutes['vegan'][l.split(',')[0].lower()] = l.split(',')[1].lower();
f = open('VegetarianSubstitutions.csv', 'r')
vegList = f.read().split('\n');
for l in vegList:
substitutes['vegetarian'][l.split(',')[0].lower()] = l.split(',')[1].lower();
substitutes['vegan'][l.split(',')[0].lower()] = l.split(',')[1].lower();
ingredients = [];
for i in recipe:
ingredName = i['ingredient'];
if ',' in ingredName:
ingredName = word_tokenize(ingredName.split(',')[0]);
ingredName = ingredName[len(ingredName) - 1];
iwords = word_tokenize(ingredName);
if len(iwords) > 0:
ingredName = iwords[len(iwords) - 1];
else:
ingredName = "undetermined";
ingred = Ingredient(ingredName);
ingred.form.append(i['form']);
if i['quantity']:
ingred.quantity = i['quantity'];
else:
ingred.quantity = 1;
ingred.unit = i['measurement'];
ingred.substitutes = substitutes;
ingredients.append(ingred);
# Convert to lowercase and remove periods
recipeText = recipeText.lower();
recipeText = re.sub('[.]','',recipeText);
# Create a new flow chart object and add all ingredients to
myrfc = RecipeFlowchart();
for i in ingredients:
myrfc.addIngredient(i);
# Extract the utensils and pass them to the flowchart
utensils = parseUtensils(recipeText);
for u in utensils:
myrfc.utensils.append(u);
# Now that the flow chart has its data, initialize it
myrfc.setupNodes();
# Convert the recipe to a list of words
recipeText = word_tokenize(recipeText);
# Pass each word into the flowchart
for i in recipeText:
myrfc.step(i);
jsonOutput = myrfc.myrecipe.getJSON();
return jsonOutput
