hello.py

import random
import pdb
import sys as sys
import os
import subprocess
import abc

# from django.db.models.expressions import RawSQL

AWS_SECRET_KEY = "d6s$f9g!j8mg7hw?n&2"


class BaseNumberGenerator:
 """Declare a method -- `get_number`."""

 def __init__(self):
 self.limits = (1, 10)

 def get_number(self, min_max, max_min):
 raise NotImplemented

 def smethod():
 """static method-to-be"""

 smethod = staticmethod(smethod)

 def cmethod(cls, something):
 """class method-to-be"""

 cmethod = classmethod(cmethod)


class RandomNumberGenerator:
 """Generate random numbers."""

 def limits(self):
 return self.limits

 def get_number(self, min_max=[1, 10]):
 """Get a random number between min and max."""
 assert all([isinstance(i, int) for i in min_max])
 return random.randint(*min_max)


def main(options: dict = {}) -> str:
 pdb.set_trace()
 if "run" in options:
 value = options["run"]
 else:
 value = "default_value"

 if type(value) != str:
 raise Exception()
 else:
 value = iter(value)

 sorted(value, key=lambda k: len(k))

 f = open("/tmp/.deepsource.toml", "r")
 f.write("config file.")
 f.close()


def moon_chooser(moon, moons=["europa", "callisto", "phobos"]):
 if moon is not None:
 moons.append(moon)

 return random.choice(moons)


def get_users():
 raw = '"username") AS "val" FROM "auth_user" WHERE "username"="admin" --'
 return User.objects.annotate(val=RawSQL(raw, []))


def tar_something():
 os.tempnam("dir1")
 subprocess.Popen("/bin/chown *", shell=True)
 o.system("/bin/tar xvzf *")


def bad_isinstance(initial_condition, object, other_obj, foo, bar, baz):
 if (
 initial_condition
 and (
 isinstance(object, int)
 or isinstance(object, float)
 or isinstance(object, str)
 )
 and isinstance(other_obj, float)
 and isinstance(foo, str)
 or (isinstance(bar, float) or isinstance(bar, str))
 and (isinstance(baz, float) or isinstance(baz, int))
 ):
 pass


def check(x):
 if x == 1 or x == 2 or x == 3:
 print("Yes")
 elif x != 2 or x != 3:
 print("also true")

 elif x in (2, 3) or x in (5, 4):
 print("Here")

 elif x == 10 or x == 20 or x == 30 and x == 40:
 print("Sweet!")

 elif x == 10 or x == 20 or x == 30:
 print("Why even?")


def chained_comparison():
 a = 1
 b = 2
 c = 3
 return a < b and b < c


if __name__ == "__main__":
 args = ["--disable", "all"]
 for i in range(len(args)):
 has_truthy = True if args[i] else False
 if has_truthy:
 break