import time
def now():
return time.time()
import app
import time
def test_one():
our_real_1 = time.time()
their_real_1 = app.now()
assert abs(our_real_1 - their_real_1) < 0.00001
app.time.time = lambda : our_real_1 + 100
our_real_2 = time.time()
print (our_real_2 - our_real_1)
#their_real_2 = app.now()
#assert abs(our_real_2 - their_real_2) >= 100
from time import time
def now():
return time()
import app
import time
def test_one():
our_real_1 = time.time()
their_real_1 = app.now()
assert abs(our_real_1 - their_real_1) < 0.0001
app.time = lambda : our_real_1 + 100
our_real_2 = time.time()
assert abs(our_real_2 - our_real_1) < 0.0001
their_real_2 = app.now()
assert abs(our_real_2 - their_real_2) >= 99
def test_two():
our_real_1 = time.time()
their_real_1 = app.now()
assert abs(our_real_1 - their_real_1) < 0.0001
import app
import time
def test_one(monkeypatch):
our_real_1 = time.time()
their_real_1 = app.now()
assert abs(our_real_1 - their_real_1) < 0.0001
monkeypatch.setattr(app, 'time', lambda : our_real_1 + 100)
our_real_2 = time.time()
assert abs(our_real_2 - our_real_1) < 0.0001
their_real_2 = app.now()
assert abs(our_real_2 - their_real_2) >= 99
def test_two():
our_real_1 = time.time()
their_real_1 = app.now()
assert abs(our_real_1 - their_real_1) < 0.00001