def print_melon(melons):
for melon_type, melon_data in melons.items():
# items returns a list of tuples, making it easy to unpack multiple variables at once
print melon_type
for description, value in melon_data.items():
print "%s: %r" % (description, value)
print "\n"
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for melon_name, attributes in melons.items():
print(melon_name.upper())
for attribute, value in attributes.items():
print(f'{attribute}: {value}')
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for malon_name, attr in melons.items():
print(malon_name.upper())
for key, val in attr.items():
print(f" {key}: {val}")
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for melon, attributes in melons.items():
print("{}" .format(melon))
for attribute in attributes:
print("{}: {}" .format(attribute, attributes[attribute]))
def print_melons(melons):
"""Print each melon with corresponding attribute information."""
for melon, attribute in melons.items():
print('MELON TYPE:', melon)
for attribute, value in attribute.items():
print(attribute, value)
def print_all_melons(melons):
"""Print each melon with corresponding attribute information."""
for melon, attributes in melons.items():
print(melon.upper())
for attribute, value in attributes.items():
print(f"{attribute}: {value}")
print('===================================')
def print_all_melon(melons):
""" Print each melon and its associated characteristics. """
for melon, attributes in melons.items():
print melon.upper()
for attribute, value in attributes.items():
print " {}: {}".format(attribute, value)
print
def print_all_melons(melons):
"""Print each melon with corresponding data"""
for melon_name, attribute in melons.items():
print(melon_name.upper())
for attribute, value in attribute.items():
print(f'\t{attribute}:{value}')
def print_melons(melons):
"""Print melons."""
for melon, parametrs in melons.items():
print melon.upper()
for parametr, value in parametrs.items():
print "{} : {}".format(parametr, value)
print "\n"
def print_melons(melons):
"""Print each melon with corresponding attribute information."""
for name, attributes in melons.items():
print(name.upper())
for attributes, value in attributes.items():
print(f" {attributes}: {value}")
def print_melons(melons):
"""Print each melon with corresponding attribute information."""
#For Melon (Keys) names in Dictionary, print the Melon name sin uppercase
for melon_names, attributes in melons.items():
print(melon_names.upper())
# For the various Values in attributes in Melon dictionary
#Print attribut:Value
for attribute, value in attributes.items():
print(f"{attribute}: {value}")
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for name, attr in melons.items():
print(name.upper())
for att, value in attr.items():
print(f'{att} : {value}')
print('--------------------')
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for melon, characteristics in melons.items():
print(melon.upper())
for characteristic, value in characteristics.items():
print(f"{characteristic}: {value}")
print("------------------------")
def print_melon(melon):
"""Print each melon with corresponding attribute information."""
for melon_name, info in melons.items():
print(melon_name.upper())
for info, value in info.items():
print(f"{info}: {value}")
print('===================================')
def print_all_melons(melons):
"""Print every melon and corresponding attributes"""
for melon_name, attributes in melons.items():
print(melon_name)
for attribute, value in attributes.items():
print(f'{attribute}: {value}')
print('==================')
def print_melons(melons):
"""Print each melon with corresponding attribute information."""
#Capitalizes melon name and assigns variables in dict
for melon_name, attributes in melons.items():
print(melon_name.upper())
#Assigns variables in nested dict
for attribute, value in attributes.items():
print(f'{attribute}: {value}')
print('------------------')
def print_melons(melons):
"""Print each melon with corresponding attribute information."""
for melon_name, melon_attributes in melons.items():
print("")
print(f'{melon_name.upper()}') #Prints melon name
for melon_attribute, melon_value in melon_attributes.items():
print(f'{melon_attribute}: {melon_value}') #Prints melon attributes
def print_melon(melon_name):
"""Print each melon with corresponding attribute information."""
# have_or_have_not = "have"
# iterates through each melon name
for melon, attributes in melons.items():
print(melon.upper())
# iterates through attributes of each melon
for attribute, value in attributes.items():
print(f"{attribute}: {value}")
print()
def print_all_melons(melons):
"""Print each melon with corresponding attribute information"""
for melon_name, attributes in melons.items(
): #pulls out the first key, and
#the dictionary associated to it and naming that attributes
print(melon_name.upper()) #print melon name in caps
for attribute, value in attributes.items(
): #loop through the attribute
#dictionary and pulls attribute keys and the values for them
print(f'{attribute}: {value}')
print('==================================')
def print_out_melon_info(melons):
"""Print out all the melons in our inventory."""
additional_info = (raw_input("Do you have additional things to track? ")).lower()
if additional_info == "yes":
melon = raw_input("Which melon is it for? ")
characteristic = raw_input("What is the new characteristic? ")
additional_value = raw_input("What is the value of this new characteristic? ")
melons[melon][characteristic] = additional_value
for melon, characteristics in melons.items():
print melon.upper()
for characteristic, value in characteristics.items():
print "{}: {}".format(characteristic, value)
print
def print_melon(melons): # the dictionary name is passed as the parameter
# so that interpreter knows where to pull attributes from
"""Print each melon with corresponding attribute information."""
for name, attributes in melons.items(
): # the name is the first feature or key whose features are being defined;
#the attributes are the characteristics you define. Every key must have the same characteristics.
print(name.upper()) # this prints the watermelon name in uppercase
for attribute, value in attributes.items(
): #items are the characteristics which have a value such as
# None, a boolean, a string, a float or an int. Here the code says that for every attribute and value print
# the attribute and value fields line by line
print(f'{attribute}:{value}')
print('-')
def print_melons(melons):
"""Print each melon followed by it's attributes
Example:
CANTALOUPE
flesh_color: None
price: 0.99
rind_color: None
seedless: False
weight: None
"""
for name, melon in sorted(melons.items()):
print name.upper()
for attribute, value in sorted(melon.items()):
print " {}: {}".format(attribute, value)
print ""
def print_melon(melons):
for melon_name, melon_info in melons.items():
print melon_name.upper()
for key, value in melon_info.items():
print " {} : {}".format(key, value)
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for melon, details in melons.items():
print(melon.upper())
for detail, value in details.items():
print(detail, value)
"""Print out all the melons in our inventory."""
from melons import melons
# print the nested dictionary, but with
# each key-value pair (item) on a separate line
for melon_name, melon_info in melons.items():
print(melon_name.upper())
for key, value in melon_info.items():
print(f" {key}: {value}")
print()
### ---------------- OLD CODE --------------- ###
# from melons import melon_names, melon_seedlessness, melon_prices
# def print_melon(name, seedless, price):
# """Print each melon with corresponding attribute information."""
# have_or_have_not = 'have'
# if seedless:
# have_or_have_not = 'do not have'
# print(f'{name}s {have_or_have_not} seeds and are ${price:.2f}')
# for i in melon_names:
# print_melon(melon_names[i], melon_seedlessness[i], melon_prices[i])
def print_melon(melons):
"""Print each melon with corresponding attribute information."""
for melon_type, attributes in melons.items():
print('\n', melon_type.upper(), '\n')
for melon_attr, val in attributes.items():
print(f'{melon_attr}: {val}')
"""
Prints out all the melons in our inventory
"""
from melons import melons
for melon, items in melons.items():
print melon.upper()
for key, value in items.items():
print " {}: {}".format(key, value)
