def test_age():
f = Faker()
age1 = f.age()
age2 = f.age()
ok_(isinstance(age1, int))
ok_(isinstance(age2, int))
ok_(age1 >= f.min_age)
ok_(age1 <= f.max_age)
f = Faker(min_age=30, max_age=30)
age1 = f.age()
age2 = f.age()
ok_(age1 == age2)
def test_age():
f = Faker()
age1 = f.age()
age2 = f.age()
ok_(isinstance(age1, int))
ok_(isinstance(age2, int))
ok_(age1 >= f.min_age)
ok_(age1 <= f.max_age)
f = Faker(min_age=30, max_age=30)
age1 = f.age()
age2 = f.age()
ok_(age1 == age2)
def main():
# How to create your own provider
# Note you cannot have multiple locales!!!!
fake = Faker(['en_UK'])
# Add your provider
fake.add_provider(AgeProvider(fake))
# Use it!
print(fake.age())
def main():
fake = Faker()
fake.add_provider(Provider)
#with open('data.txt', 'r+') as outfile:
for i in range(10):
basic_profile = fake.simple_profile()
basic_profile = fake.basics(basic_profile)
profile = fake.build_profile(basic_profile, fake.gender(),
fake.gender_preference(),
fake.age(basic_profile['age_group']),
fake.kids(), fake.drugs())
print(profile)
}
recipeNames = []
recipeSteps = defaultdict(list)
##Now, let’s decide on the kind of data that we’re going to take from the Faker instance to be stored in the fake variable.
#200,000 fake users
#-- myuser (usr_id, usrname, password, email, age, weight, height, calorie_goal, date_joined)
f1 = open("test_populate_user.sql", "w")
f1.write("--Populating user table\n")
for i in range(20):
ids["user"] = ids["user"] + 1
username = fake.first_name() + str(i)
password = fake.password()
email = username + "@gmail.com"
age = fake.age()
weight = fake.weight()
height = fake.height()
calorie_goal = fake.calorie_goal()
f1.write("insert into myuser(usrname, pssword, email, age, weight, height, calorie_goal) values ('{}', '{}', '{}', {}, {}, {}, {});\n".format(username, password, email, age, weight, height, calorie_goal))
f1.close()
#600,000 fake recipes
#-- recipe (recipe_id, recipe_name, recipe_description)
f2 = open("test_populate_recipe.sql", "w")
f2.write("--Populating recipe table\n")
for i in range(60):
ids["recipe"] = ids["recipe"] + 1
rname = fake.food_name()
recipeNames.append(rname)
recipe_description = fake.sentence()
def test_age():
f = Faker()
age1 = f.age()
age2 = f.age()
ok_(isinstance(age1, int))
ok_(isinstance(age2, int))
from faker import Faker
import csv
output=open("dirty-data.csv','w')
fake=Faker()
header=['guid','age','birthday','signup_date','account_type']
mywriter=csv.writer(output)
mywriter.writerow(header)
for r in range(1000):
mywriter.writerow([fake.guid(),fake.random_int(min=18, max=80, step=1), fake.guid(), fake.age(),fake.birthday(),fake.signup_date(),fake.account_type())])
output.close()
def test_age():
f = Faker()
age1 = f.age()
age2 = f.age()
ok_(isinstance(age1, int))
ok_(isinstance(age2, int))
# symptom = options[random.randrange(len(options))]
symptom = possibilities[random.randrange(len(possibilities))]
if symptom in symptoms:
continue
symptoms.append(symptom)
return symptoms
gen.add_provider(MedicalProvider)
f = open('csvfile.csv', 'w')
f.write(
'ID,Age,Gender,Race,Blood Group,Disease Group A (0-5),Disease Group B (6-10),Disease Group C (11-20),Disease Group D (21-30),Disease Group E (31-40),Disease Group F (41-50),Disease Group G (51-60),Disease Group H (61-70),Disease Group I (70+),Current Symptoms\n'
)
for i in range(2999):
age = gen.age()
gender = gen.gender()
race = gen.race()
blood = gen.blood()
diseases = [
gen.diseases(5, gender),
gen.diseases(10, gender),
gen.diseases(20, gender),
gen.diseases(30, gender),
gen.diseases(40, gender),
gen.diseases(50, gender),
gen.diseases(60, gender),
gen.diseases(70, gender),
gen.diseases(80, gender)
]
symptoms = gen.symptoms()
from elasticsearch import Elasticsearch
from elasticsearch import helpers
from faker import Faker
fake = Faker()
es = Elasticsearch() #or pi {127.0.0.1}
actions = [
{
"_index": "users",
"_type": "doc",
"_source": {
"guid": fake.guid(),
"age": fake.age(),
"birthday": fake.birthday(),
"signup_date": fake.signup_date(),
"account_type": fake.account_type
}
} for x in range(998) # or for i,r in df.iterrows()
]
response = helpers.bulk(es, actions)
print(response)
