def test_elapsed_time_correct(self):
now = datetime.utcnow()
tenSecondsAgo = now - timedelta(seconds=10)
# LegacyTimer must be running or elapsed time will be zero
timer = LegacyTimer(startTime = tenSecondsAgo, running=True)
timer.set_seconds_today(20)
elapsed = timer.current_elapsed()
total = timer.total_elapsed()
assert(elapsed == 10)
assert(total == 30)
def post(self):
json = request.json
timer = LegacyTimer.load_from_dict(json)
timer.save()
location = api_root + "/timer/" + str(timer.id)
response = jsonify(timer.to_api_dict())
response.headers["location"] = location
response.status_code = 201
return response
def post(self):
json = request.json
timer = LegacyTimer.load_from_dict(json)
timer.save()
location = api_root + "/timer/" + str(timer.id)
response = jsonify(timer.to_api_dict())
response.headers["location"] = location
response.status_code = 201
return response
def test_elapsed_time_correct(self):
now = datetime.utcnow()
tenSecondsAgo = now - timedelta(seconds=10)
# LegacyTimer must be running or elapsed time will be zero
timer = LegacyTimer(startTime=tenSecondsAgo, running=True)
timer.set_seconds_today(20)
elapsed = timer.current_elapsed()
total = timer.total_elapsed()
assert (elapsed == 10)
assert (total == 30)
def test_can_load_from_api_dict(self):
start_time = dateutil.parser.parse('2008-09-03T20:00:00.000000Z')
# LegacyTimer must be running or elapsed time will be zero
timer = LegacyTimer(startTime=start_time,
running=True,
id=ObjectId("56259a278c57cf02f9692b31"))
timer.set_seconds_today(99)
d = timer.to_api_dict()
t2 = LegacyTimer.load_from_dict(d)
assert (timer.notes == t2.notes)
assert (timer.id == t2.id)
assert (timer.entries[0].dateRecorded == t2.entries[0].dateRecorded)
assert (len(timer.entries) == len(t2.entries))
assert (timer.entries[0].seconds == t2.entries[0].seconds)
d["notes"] = "Testing"
t2 = LegacyTimer.load_from_dict(d)
assert (t2.notes == "Testing")
def test_to_api_dict_correct(self):
start_time = dateutil.parser.parse('2008-09-03T20:00:00.000000Z')
# LegacyTimer must be running or elapsed time will be zero
timer = LegacyTimer(startTime=start_time,
running=True,
id=ObjectId("56259a278c57cf02f9692b31"))
d = timer.to_api_dict()
json = dumps(d)
assert ('"notes": null' in json)
assert ('"id": "56259a278c57cf02f9692b31"' in json)
assert ('"entries": []' in json)
#assert('"seconds": 20' in json)
timer.notes = "Testing the JSON!"
timer.set_seconds_today(99)
d = timer.to_api_dict()
json = dumps(d)
assert ('"notes": "Testing the JSON!"' in json)
assert ('"seconds": 99' in json)
def test_can_load_from_api_dict(self):
start_time = dateutil.parser.parse('2008-09-03T20:00:00.000000Z')
# LegacyTimer must be running or elapsed time will be zero
timer = LegacyTimer(startTime = start_time, running=True, id=ObjectId("56259a278c57cf02f9692b31"))
timer.set_seconds_today(99)
d = timer.to_api_dict()
t2 = LegacyTimer.load_from_dict(d)
assert(timer.notes == t2.notes)
assert(timer.id == t2.id)
assert(timer.entries[0].dateRecorded == t2.entries[0].dateRecorded)
assert(len(timer.entries) == len(t2.entries))
assert(timer.entries[0].seconds == t2.entries[0].seconds)
d["notes"] = "Testing"
t2 = LegacyTimer.load_from_dict(d)
assert(t2.notes == "Testing")
def test_to_api_dict_correct(self):
start_time = dateutil.parser.parse('2008-09-03T20:00:00.000000Z')
# LegacyTimer must be running or elapsed time will be zero
timer = LegacyTimer(startTime = start_time, running=True, id=ObjectId("56259a278c57cf02f9692b31"))
d = timer.to_api_dict()
json = dumps(d)
assert('"notes": null' in json)
assert('"id": "56259a278c57cf02f9692b31"' in json)
assert('"entries": []' in json)
#assert('"seconds": 20' in json)
timer.notes = "Testing the JSON!"
timer.set_seconds_today(99)
d = timer.to_api_dict()
json = dumps(d)
assert('"notes": "Testing the JSON!"' in json)
assert('"seconds": 99' in json)
def test_can_create_with_explicit_start(self):
my_notes = "I am another timer"
timer = LegacyTimer(notes=my_notes,
startTime=datetime(2007, 12, 5, 0, 0))
assert (my_notes == timer.notes)
assert (timer.startTime == timer.lastRestart)
def test_can_start_and_stop(self):
notes = "Testing start and stop"
t = LegacyTimer(notes=notes)
t.start()
t.stop()
def test_can_create_with_utc_now(self):
#userId = "561dcd3c8c57cf2c17b7f4f9"
my_notes = "I want to know how long this took, but my code is brain dead so far. Woe is me."
timer = LegacyTimer(notes=my_notes)
assert (my_notes == timer.notes)
timer.save()
def put(self, timer_id):
# To do review exceptions, also, does json ID match timer_id?
# If not return bad request
timer = LegacyTimer.load_from_dict(request.json)
TimerDaoLegacy().save_timer(timer)
return(None, 204)
def test_can_start_and_stop(self):
notes = "Testing start and stop"
t = LegacyTimer(notes=notes)
t.start()
t.stop()
def test_can_create_with_utc_now(self):
#userId = "561dcd3c8c57cf2c17b7f4f9"
my_notes = "I want to know how long this took, but my code is brain dead so far. Woe is me."
timer = LegacyTimer(notes=my_notes)
assert(my_notes == timer.notes)
timer.save()
def put(self, timer_id):
# To do review exceptions, also, does json ID match timer_id?
# If not return bad request
timer = LegacyTimer.load_from_dict(request.json)
TimerDaoLegacy().save_timer(timer)
return (None, 204)
