from dumda import cities

# get a single random city, either from the
# entire pool or from a specific country
print(cities.get_random_city())
print(cities.get_random_city("United States"))

# get a list of random cities, this can also be
# called with a given country (cities.get_random_cities(5, "Zimbabwe")
print(cities.get_random_cities(10))

from dumda import names
# get a random name
print(names.get_random_name())
# instead of specific countries, you can pass specific sex
print(names.get_random_name("boy"))
print()
# like, cities get a random list
b = names.get_random_names(15, "boy")
g = names.get_random_names(15, "girl")
the_class = b + g
print("class list: {}".format(the_class))

print()
# additional query options
# generate a full name, for more accurate dummy data
print(names.get_full_name())

# there is also a multiple version of the function, 
# and of course you can enter a sex
print(names.get_full_names(5))
print(names.get_full_name("boy"))
print(names.get_full_names(3, "girl"))

print()
# I added this just because, but you can also 
# get a list of names based on letter
good_names = names.get_names_by_letter("o", 3)
print(good_names)
print(good_names[-1])

from dumda.phones import generate_number
# generate a random phone number based on US standard
print(generate_number())
# generate based on a given area code
print(generate_number("202"))

from dumda.names import get_full_name
from dumda.emails import generate_email
# Pass a full name to generate an email
y = get_full_name()
x = generate_email(y)
print(y)
print(x)
z = get_full_name()
print(z)
print(generate_email(z))

from dumda import Person
person_one = Person()
# optionally pass sex and country of person
person_two = Person(country="United Kingdom", sex="girl")
print(person_one.json())
print(person_two.json())