def setUp(self):
""" set up fixture """
db.connect()
db.create_tables([JTF2, CSOR])
self.OR1 = OR()
self.CSOR1 = CSOR(_SIN='A23456789',
_rank='General',
_lname='Hashimi',
_fname='Shabnam',
DIVISION='CSOR',
_training_pay=500,
_deployment_pay=900,
_trainings='Training1',
_section_call_sign='ABC',
_kill_count=3)
self.CSOR1.save()
self.JTF2_1 = JTF2(_SIN='A55555555',
_rank='General',
_lname='Chalamet',
_fname='Timothee',
DIVISION='JTF2',
TRAINING_PAY=350,
DEPLOYMENT_PAY=700,
_trainings='Training1',
_role='Leader',
_missions=2)
self.JTF2_1.save()
self.JTF2_2 = JTF2(_SIN='A00000000',
_rank='Soldier',
_lname='Prinze Jr.',
_fname='Freddie',
DIVISION='JTF2',
TRAINING_PAY=350,
DEPLOYMENT_PAY=700,
_trainings='Training1',
_role='Sniper',
_missions=2)
self.JTF2_2.save()
self.OP1 = Operation('Indigo', 'Afghanistan')
def testOperations(self):
@Operations.Method(Operations.GET)
def testMethod():
pass
# test Operations.Method
soln = Operation()
soln.setMethod(Operations.GET)
self.assertEqual(testMethod.operation, soln)
@Operations.Nickname('nickname')
def testNickname():
pass
soln = Operation()
soln.setNickname('nickname')
self.assertEqual(testNickname.operation, soln)
@Operations.Type('type')
def testType():
pass
soln = Operation()
soln.setObject('type')
self.assertEqual(testType.operation, soln)
@Operations.Summary('summary')
def testSummary():
pass
soln = Operation()
soln.setSummary('summary')
self.assertEqual(testSummary.operation, soln)
@Operations.Notes('notes')
def testNotes():
pass
soln = Operation()
soln.setNotes('notes')
self.assertEqual(testNotes.operation, soln)
def operate(self):
op = Operation();
op.scan(self.question)
def test_positive_negative_integer_divide(self):
"""Testing division of positive and negative integers"""
new_operation = Operation("division", self.positive_integer,
self.negative_integer)
self.assertEqual(new_operation.operation_result(), -1.0227272727272727)
def test_positive_integer_float_divide(self):
"""Testing division of positive integer and float"""
new_operation = Operation("division", self.positive_integer,
self.positive_float)
self.assertEqual(new_operation.operation_result(), 1.9580558333094016)
def test_positive_negative_integer_multiply(self):
"""Testing multiplication of positive and negative integers"""
new_operation = Operation("multiplication", self.positive_integer,
self.negative_integer)
self.assertEqual(new_operation.operation_result(), -7920)
def test_positive_integer_float_multiply(self):
"""Testing multiplication of positive integer and float"""
new_operation = Operation("multiplication", self.positive_integer,
self.positive_float)
self.assertEqual(new_operation.operation_result(), 4136.7564)
def test_positive_integer_float_subtract(self):
"""Testing subtract of positive integer and float"""
new_operation = Operation("subtraction", self.positive_integer,
self.positive_float)
self.assertEqual(new_operation.operation_result(), 44.03604)
def test_positive_negative_integer_subtract(self):
"""Testing subtract of positive and negative integers"""
new_operation = Operation("subtraction", self.positive_integer,
self.negative_integer)
self.assertEqual(new_operation.operation_result(), 178)
def test_positive_integer_float_sum(self):
"""Testing sum of positive integer and float"""
new_operation = Operation("addition", self.positive_integer,
self.positive_float)
self.assertEqual(new_operation.operation_result(), 135.96396)
def test_positive_integer_sum(self):
"""Testing sum of positive integers"""
new_operation = Operation("addition", self.positive_integer,
self.positive_integer)
self.assertEqual(new_operation.operation_result(), 180)
def button_equal(self):
second_number = int(self.e.get())
self.e.delete(0, END)
new_result = Operation(self.math, self.f_num, second_number)
self.e.insert(0, new_result.operation_result())