def testCollectionOut(self):
array_1 = [[i, MyClass()] for i in range(5)]
array_2 = [MyClass() for _ in range(5)]
array_3 = [[[i, i * 2], MyClass()] for i in range(5)]
for i in range(5):
append(array_1, "appended")
modify_obj(array_2, "modified")
modify_deep_obj(array_3, "appended", "modified")
array_1 = compss_wait_on(array_1)
array_2 = compss_wait_on(array_2)
array_3 = compss_wait_on(array_3)
appends = True
modifies = True
deep_modifies = True
for i in range(5):
if appends:
appends = "appended" in array_1[i]
if modifies:
modifies = array_2[i].get_test() == "modified"
if deep_modifies:
_0 = "appended" in array_3[i][0]
_1 = array_3[i][1].get_test() == "modified"
deep_modifies = _0 and _1
self.assertTrue(appends)
self.assertTrue(modifies)
self.assertTrue(deep_modifies)
def function(name):
c = MyClass()
return c.my_method(name)
from my_class import MyClass
from my_class2 import MyClass2
from base_class import BaseClass
from derived_class import DerivedClass
if __name__ == '__main__':
# simple class object and call
obj = MyClass()
obj.print_text('sample class')
print('-' * 100)
# class with properties and overloaded method
obj2 = MyClass2()
# normal method call
obj2.process(10, 'green')
# overload call
obj2.proces()
print('-' * 100)
# inheritance
child_obj = DerivedClass()
child_obj.process()
child_obj.base_method()
child_obj.derived_method()
#!/usr/bin/env python from class_b import ClassB from class_a import ClassA from my_class import MyClass a = ClassA() b = ClassB() b.get_family() c = [a] + [b] print c, "\n" print b.__class__ print "\n== MyClass ==" mc = MyClass() print "mc =", mc print "mc.i =", mc.i mc.i = 10 print "mc.i =", mc.i print "mc.f() =", mc.f() print "dir(mc) =", dir(mc)
from human import Human
from my_class import MyClass
from age_comparator import AgeComparator
if __name__ == '__main__':
h1 = Human('nao', 50, 20)
h2 = Human('yk', 50, 21)
c8r = AgeComparator()
my_class = MyClass(c8r)
print(my_class.compare(h1, h2))
import my_class as mc
import unittest as ut
from my_class import MyClass
a = MyClass()
b = MyClass()
unittest.TestCase().assertEquals(a, b)
a == b
d = {}
d[a] = 5
from my_class import MyClass
if __name__ == "__main__":
my_class = MyClass()
print(my_class.my_function(6))
def create_object(value):
if value == 'myclass':
return MyClass()
return None
print("`l` is equals `%s`" % l)
print("\nExample : IMPORT")
from my_class import MyClass
print("\nExample : FUNCTION")
def my_function(i):
return i * 10
print("Return : %d" % my_function(2))
print("\nExample : OOP")
cls = MyClass()
print(cls.attribute) # print("my_value")
# print(cls.__another_attribute) # ERROR : Private attribute
print("\nExample : ARGS")
cls.set("I", "LOVE", "PYTHON")
print("\nExample : KWARGS")
cls.set(value="I", param="LOVE", r="PYTHON")
print("\nExample : PARAM + ARGS")
cls.define("I", "LOVE", "PYTHON")
print("\nExample : OS")
import os
files = os.listdir(".")
def test_add10(self):
c1 = MyClass(1)
self.assertEqual(c1.add10(), 11)
def test_double(self):
c1 = MyClass(2)
self.assertEqual(c1.double_me(), 4)
def my_func():
instance = MyClass()
instance.do_thing()