def test_unique_id_1():
"""
Calling unique_id() twice should return different numbers.
"""
id_1 = tasks.unique_id()
id_2 = tasks.unique_id()
assert id_1 != id_2
def test_unique_id_2():
ids = []
ids.append(tasks.add(Task('first')))
ids.append(tasks.add(Task('second')))
ids.append(tasks.add(Task('third')))
uid = tasks.unique_id()
assert uid not in ids
def test_unique_id_2():
ids = []
ids.append(tasks.add(Task('one')))
ids.append(tasks.add(Task('two')))
ids.append(tasks.add(Task('three')))
uid = tasks.unique_id()
assert uid not in ids
def test_unique_id2():
'''unique_id() should return an unused id.'''
ids = []
ids.append(tasks.add(Task('one')))
ids.append(tasks.add(Task('two')))
ids.append(tasks.add(Task('three')))
uid = tasks.unique_id()
assert uid not in ids
def test_unique_id_2():
"""unique_id() should return an unused id."""
ids = []
ids.append(tasks.add(Task('one')))
ids.append(tasks.add(Task('two')))
ids.append(tasks.add(Task('three')))
# get unique ID
uid = tasks.unique_id()
assert uid not in ids
def test_unique_id_2(initialized_db):
ids = [
tasks.add(Task("One")),
tasks.add(Task("Two")),
tasks.add(Task("Three"))
]
uid = tasks.unique_id()
assert uid not in ids
def test_unique_id_2():
"""Calling unique_id() twice should return an unused id."""
ids = []
ids.append(tasks.add(Task('one')))
ids.append(tasks.add(Task('two')))
ids.append(tasks.add(Task('three')))
# grab a unique id
uid = tasks.unique_id()
# make sure it isn't in the list of existing ids
assert uid not in ids
def test_unique_id_2():
"""unique_id() should return an unused id."""
ids = []
ids.append(tasks.add(Task("one")))
ids.append(tasks.add(Task("two")))
ids.append(tasks.add(Task("three")))
# grab a unique id
uid = tasks.unique_id()
# make sure it isn't in the list of existing ids
assert uid not in ids
def test_unique_id_2():
"""unique_id() должен вернуть неиспользуемый id."""
ids = []
ids.append(tasks.add(Task('one')))
ids.append(tasks.add(Task('two')))
ids.append(tasks.add(Task('three')))
# захват уникального id
uid = tasks.unique_id()
# убеждаемся, что его нет в списке существующих идентификаторов
assert uid not in ids
def test_unique_id_is_a_duck():
"""Демонстрирование xfail."""
uid = tasks.unique_id()
assert uid == 'a duck'
# @pytest.mark.xfail()
# def test_unique_id_not_a_duck():
# """Демонстрация xpass."""
# uid = tasks.unique_id()
# assert uid != 'a duck'
def test_unique_id_2():
'''unique_id() should return an unused id'''
ids = []
ids.append(tasks.add(Task('one')))
ids.append(tasks.add(Task('two')))
ids.append(tasks.add(Task('three')))
# grab a unique id
uid = tasks.unique_id()
#make sure it is nt in the list of existing ids
assert uid not in ids
def test_unique_id_2():
"""
unique_id() should return an unused id.
"""
ids = []
ids.append(tasks.add(Task("one")))
ids.append(tasks.add(Task("two")))
ids.append(tasks.add(Task("three")))
# 一意なIDを取得
uid = tasks.unique_id()
# 既存のIDリストに含まれていないことを確認
assert uid not in ids
def test_unique_id_2():
"""unique_id() should return an unused id."""
ids = []
ids.append(tasks.add(tasks.Task('one')))
ids.append(tasks.add(tasks.Task('two')))
ids.append(tasks.add(tasks.Task('three')))
# Grab a unique id
uid = tasks.unique_id()
# Make sure it isn't the list of existing ids
assert uid not in ids
def test_unique_id_2():
"""unique_id should return an unused id."""
ids = [
tasks.add(Task('one')),
tasks.add(Task('tow')),
tasks.add(Task('three'))
]
# grab a unique id
uid = tasks.unique_id()
print("uid is " + ":" + uid.__str__())
# make sure it isn't in the List of existing ids
assert uid not in ids
def test_unique_id_1():
id_1 = tasks.unique_id()
id_2 = tasks.unique_id()
assert id_1 != id_2
def test_unique_id(tasks_db, tasks_mult_per_owner):
"""unique_id() should return an unused id."""
existing_tasks = tasks.list_tasks()
uid = tasks.unique_id()
for t in existing_tasks:
assert uid != t.id
def test_unique_id_is_a_duck():
'''xfail demo'''
uid = tasks.unique_id()
assert uid == 'a duck'
def test_unique_id_not_a_duck():
uid = tasks.unique_id()
assert uid != 'fish'
def test_unique_id_is_a_duck():
uid = tasks.unique_id()
assert uid == 'fish'
def test_unique_id_1(initialized_db):
id1 = tasks.unique_id()
id2 = tasks.unique_id()
assert id1 != id2
def test_unique_id_not_a_duck():
"""Demonstrate xpass."""
uid = tasks.unique_id()
assert uid != "a duck"
def test_unique_id_1():
'''Calling unique_id() twice should return different numbers'''
id1 = tasks.unique_id()
id2 = tasks.unique_id()
assert id1 != id2
def test_unique_id_1():
"""Вызов unique_id () дважды должен возвращать разные числа."""
id_1 = tasks.unique_id()
id_2 = tasks.unique_id()
assert id_1 != id_2
def test_unique_id(tasks_db, tasks_mult_per_owner):
existing_tasks = tasks.list_tasks()
uid = tasks.unique_id()
for t in existing_tasks:
assert uid != t.id
def test_unique_id_is_not_a_duck():
'''xpass demo'''
uid = tasks.unique_id()
assert uid != 'a duck'
def test_unique_id_is_not_a_duck():
uid = tasks.unique_id()
assert uid != 'a duck'
def test_unique_id_is_a_duck():
"""Demonstrate xfail."""
uid = tasks.unique_id()
assert uid == "a duck"
def test_unique_id_is_a_duck():
""" demonstrate xfail"""
uid = tasks.unique_id()
assert uid == 'a duck'
def test_unique_id_is_not_a_duck():
"""demonstrate xpass"""
uid = tasks.unique_id()
assert uid != ' a duck'
def test_unique_id_is_not_duck(initialized_db):
uid = tasks.unique_id()
assert uid != 'a duck'
