In [106]: import faker

In [107]: f = faker.Faker()

In [108]: f.address
Out[108]: <bound method Provider.address of <faker.providers.address.en_US.Provider object at 0x7fb13c8f9cf8>>

In [109]: f.address()
Out[109]: '85599 Adam Coves\nJamesville, AS 30441'

In [110]: f.address()
Out[110]: '5034 Harrington Fall Apt. 741\nTinaborough, CA 04084'

In [111]: f.address()
Out[111]: '7701 Mark Glens Apt. 687\nNew Kristafort, DE 51109'

In [112]: f.address()
Out[112]: 'USCGC Carroll\nFPO AA 19647'

In [113]: f.address()
Out[113]: '55810 Barbara Field Apt. 090\nLake Anthony, IA 50583'

In [114]: f.ascii_email
Out[114]: <bound method Provider.ascii_email of <faker.providers.internet.en_US.Provider object at 0x7fb13c916898>>

In [115]: f.ascii_email()
Out[115]: 'anna01@ruiz-moore.com'

In [116]: f.ascii_email()
Out[116]: 'rmadden@hotmail.com'

In [117]: f.ascii_email()
Out[117]: 'sanchezfelicia@gmail.com'

In [118]: f.bank_country()
Out[118]: 'GB'

In [119]: f.century
Out[119]: <bound method Provider.century of <faker.providers.date_time.en_US.Provider object at 0x7fb13c906a20>>

In [120]: f.century()
Out[120]: 'III'

In [121]: f.century()
Out[121]: 'XVI'

In [122]: f.century()
Out[122]: 'XVIII'

In [123]: f.city
Out[123]: <bound method Provider.city of <faker.providers.address.en_US.Provider object at 0x7fb13c8f9cf8>>

In [124]: f.city()
Out[124]: 'Port Danielle'

In [125]: f.city()
Out[125]: 'Gallowayshire'

In [126]: f.city()
Out[126]: 'Port Colton'

In [127]: f.city()
Out[127]: 'East Vanessamouth'

In [128]: f.city()
Out[128]: 'West Crystal'

In [129]: f.city()
Out[129]: 'Lake Ravenburgh'

In [130]: f.first_name()
Out[130]: 'Shannon'

In [131]: f.first_name()
Out[131]: 'Ronald'

In [132]: f.first_name()
Out[132]: 'Cassandra'

In [133]: f.first_name()
Out[133]: 'Jonathan'

In [134]: f.last_name()
Out[134]: 'Waters'

In [135]: f.last_name()
Out[135]: 'Villegas'

In [136]: f.last_name()
Out[136]: 'Johnson'

In [137]: f.last_name()
Out[137]: 'Chen'

In [138]: f.last_name()
Out[138]: 'Wright'

In [139]:

In [139]: f.day_of_week()
Out[139]: 'Wednesday'

In [140]: f.day_of_week()
Out[140]: 'Sunday'

In [141]: f.day_of_week()
Out[141]: 'Friday'

In [142]: f.day_of_week()
Out[142]: 'Friday'

In [143]: f.paragraph()
Out[143]: 'Feel control suddenly wind. Shoulder way common we hour.'

In [144]: f.paragraph()
Out[144]: 'Bed head thing test discussion thousand admit. State long hear agreement.'

In [145]: f.paragraph()
Out[145]: 'Risk huge program memory. Radio light fact prevent. Voice past decision.'

In [146]: mytext = f.paragraph?
Signature: f.paragraph(nb_sentences=3, variable_nb_sentences=True, ext_word_list=None)
Docstring:
:returns: A single paragraph. For example: 'Sapiente sunt omnis. Ut
    pariatur ad autem ducimus et. Voluptas rem voluptas sint modi dolorem amet.'

Keyword arguments:
:param nb_sentences: around how many sentences the paragraph should contain
:param variable_nb_sentences: set to false if you want exactly ``nb``
    sentences returned, otherwise the result may include a number of
    sentences of ``nb`` +/-40% (with a minimum of 1)
:param ext_word_list: a list of words you would like to have instead of
    'Lorem ipsum'.

:rtype: str
File:      ~/.local/lib/python3.6/site-packages/faker/providers/lorem/__init__.py
Type:      method

In [147]: mytext = f.paragraph(10)

In [148]: mytext
Out[148]: 'Middle amount too political else prepare possible. Mrs such recognize party church fine probably. Use carry hospital real act different. A girl drug establish. Worry sort other modern language positive. Itself significant onto alone. Her capital that coach writer drive rock.'

In [149]: mytext.count('M')
Out[149]: 2

In [150]: mytext.count('a')
Out[150]: 18

In [151]: len(mytext)
Out[151]: 275

In [152]: mytext.count('.')
Out[152]: 7

In [153]: mytext.count('?')
Out[153]: 0

In [154]: mytext.count('!')
Out[154]: 0

In [155]: class Tv:
     ...:     def __init__(self):
     ...:         self.model = ''
     ...:         self.size = ''
     ...:         self.color = ''
     ...:         self.is_smart = False
     ...:

In [156]:

In [156]: meetingroomtv = Tv()

In [157]: meetingroomtv.model = 'LG'

In [158]: meetingroomtv.color = 'Black'

In [159]: meetingroomtv.size = '50inch'

In [160]:

In [160]:

In [160]: meetingroomtv.model
Out[160]: 'LG'

In [161]: meetingroomtv.color
Out[161]: 'Black'

In [162]: meetingroomtv.size = '50inch'

In [163]: class Tv:
     ...:     def __init__(self):
     ...:         self.model = ''
     ...:         self.size = ''
     ...:         self.color = ''
     ...:         self.is_smart = False
     ...:     def power_on(self):
     ...:         print("starting tv...")
     ...:

In [164]: meetingroomtv = Tv()

In [165]: meetingroomtv.size = '50inch'

In [166]: meetingroomtv.color = 'Black'

In [167]: meetingroomtv.power_on()
starting tv...

In [168]:

In [168]: class Tv:
     ...:     def __init__(self, usermodel, usersize, usercolor, useris_smart):
     ...:         self.model = usermodel
     ...:         self.size = usersize
     ...:         self.color = usercolor
     ...:         self.is_smart = useris_smart
     ...:     def power_on(self):
     ...:         print("starting tv...")
     ...:
     ...:

In [169]: meetingroomtv = Tv('LG', '50', 'black', False)

In [170]: meetingroomtv.power_on()
starting tv...

In [171]: class Tv:
     ...:     def __init__(self, usermodel, usersize, usercolor, useris_smart=False)
     ...: :
     ...:         self.model = usermodel
     ...:         self.size = usersize
     ...:         self.color = usercolor
     ...:         self.is_smart = useris_smart
     ...:     def power_on(self):
     ...:         print("starting tv...")
     ...:
     ...:

In [172]:

In [172]: meetingroomtv = Tv('LG', '50', 'black')

In [173]: meetingroomtv.is_smart
Out[173]: False

In [174]: meetingroomtv = Tv('LG', '50', 'black', True)

In [175]: meetingroomtv.is_smart
Out[175]: True

In [176]: meetingroomtv.model
Out[176]: 'LG'

In [177]: class Tv:
     ...:     def __init__(self, usermodel, usersize, usercolor, useris_smart=False)
     ...: :
     ...:         self.model = usermodel
     ...:         self.size = usersize
     ...:         self.color = usercolor
     ...:         self.is_smart = useris_smart
     ...:     def power_on(self):
     ...:         print("starting tv...")
     ...:
     ...:     def about(self):
     ...:         print('model: ', self.model)
     ...:         print('size: ', self.size)
     ...:         print('color: ', self.color)
     ...:         print('is smart: ?', self.is_smart)
     ...:

In [178]: meetingroomtv = Tv('LG', '50', 'black', True)

In [179]: meetingroomtv.power_on()
starting tv...

In [180]: class Tv:
     ...:     def __init__(self, usermodel, usersize, usercolor, useris_smart=False)
     ...: :
     ...:         self.model = usermodel
     ...:         self.size = usersize
     ...:         self.color = usercolor
     ...:         self.is_smart = useris_smart
     ...:     def power_on(self):
     ...:         print("starting ", self.model, " tv ...")
     ...:
     ...:     def about(self):
     ...:         print('model: ', self.model)
     ...:         print('size: ', self.size)
     ...:         print('color: ', self.color)
     ...:         print('is smart: ?', self.is_smart)
     ...:

In [181]:

In [181]: meetingroomtv = Tv('LG', '50', 'black', True)

In [182]: meetingroomtv.power_on()
starting  LG  tv ...

In [183]: meetingroomtv.about()
model:  LG
size:  50
color:  black
is smart: ? True

In [184]: class Human:
     ...:     def __init__(self, name, age):
     ...:         self.name = name
     ...:         self.age = age
     ...:     def sleep(self):
     ...:         print(self.name, " is sleeping now..")
     ...:     def eat(self):
     ...:         print(self.name, " is eating now..")
     ...:     def watch_tv(self, tv):
     ...:         tv.power_on()
     ...:         tv.about()
     ...:         print(self.name, ' is watching tv now...')
     ...:

In [185]: h = Human('ahmed', 500)

In [186]: h.sleep()
ahmed  is sleeping now..

In [187]: h.eat()
ahmed  is eating now..

In [188]: h.sleep()
ahmed  is sleeping now..

In [189]: h.watch_tv(meetingroomtv)
starting  LG  tv ...
model:  LG
size:  50
color:  black
is smart: ? True
ahmed  is watching tv now...

In [190]: import faker

In [191]: class MyFaker:
     ...:     def __init__(self):
     ...:         pass
     ...:     def email(self):
     ...:         return "abc@gmail.com"
     ...:

In [192]: myf = MyFaker()

In [193]: myf.email()
Out[193]: 'abc@gmail.com'

In [194]: myf.email()
Out[194]: 'abc@gmail.com'

In [195]: myf.email()
Out[195]: 'abc@gmail.com'

In [196]: myf.email()
Out[196]: 'abc@gmail.com'

In [197]: myf.email()
Out[197]: 'abc@gmail.com'

In [198]: import random

In [199]: class MyFaker:
     ...:     def __init__(self):
     ...:         pass
     ...:     def email(self):
     ...:         emails = ['abc.@gmail.com', 'xyz@yahoo.com']
     ...:         return random.choice(emails)
     ...:
     ...:

In [200]: myf = MyFaker()

In [201]: myf.email()
Out[201]: 'abc.@gmail.com'

In [202]: myf.email()
Out[202]: 'abc.@gmail.com'

In [203]: myf.email()
Out[203]: 'abc.@gmail.com'

In [204]: myf.email()
Out[204]: 'abc.@gmail.com'

In [205]: myf.email()
Out[205]: 'xyz@yahoo.com'

In [206]: myf.email()
Out[206]: 'abc.@gmail.com'

In [207]: myf.email()
Out[207]: 'xyz@yahoo.com'

In [208]: class MyFaker:
     ...:     def __init__(self):
     ...:         pass
     ...:     def email(self):
     ...:         emails = ['abc.@gmail.com', 'xyz@yahoo.com']
     ...:         return random.choice(emails)
     ...:
     ...:     def some_number(self):
     ...:         return random.choice(range(0,100))
     ...:

In [209]: myf = MyFaker()

In [210]: myf.some_number()
Out[210]: 90

In [211]: myf.some_number()
Out[211]: 80

In [212]: myf.some_number()
Out[212]: 30

In [213]: myf.some_number()
Out[213]: 40

In [214]: myf.some_number()
Out[214]: 99

In [215]: myf.some_number()
Out[215]: 73

In [216]:

In [216]: myf.some_number()
Out[216]: 36

In [217]: class Todo:
     ...:     def __init__(self):
     ...:         self.tasks = []
     ...:     def add(self):
     ...:         newtask = input('new task? ')
     ...:         self.tasks.append(newtask)
     ...:

In [218]: class Todo:
     ...:     def __init__(self, userowner):
     ...:         self.tasks = []
     ...:         self.owner = userowner
     ...:     def add(self):
     ...:         newtask = input('new task? ')
     ...:         self.tasks.append(newtask)
     ...:

In [219]:

In [219]: t = Todo('ahmed')

In [220]: t.add()
new task? sleep

In [221]: t.add()
new task? eat

In [222]: t.tasks
Out[222]: ['sleep', 'eat']