def generic_bug(self, files, join=False):
with TemporaryDirectory() as f:
args, data = bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
if join:
files = [
'data/test/source/personal/[email protected]_%s.fit' % file
for file in files
]
args, data = bootstrap_dir(f, mm(DEV), 'read', *files)
read(args, data)
else:
for file in files:
args, data = bootstrap_dir(
f, mm(DEV), 'read',
'data/test/source/personal/[email protected]_%s.fit' %
file)
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
# steps
summary = s.query(StatisticJournal).join(StatisticName). \
filter(StatisticJournal.time >= local_date_to_time('2018-10-07'),
StatisticJournal.time < local_date_to_time('2018-10-08'),
StatisticName.owner == MonitorCalculator,
StatisticName.name == N.DAILY_STEPS).one()
# connect has 3031 for this date.
self.assertEqual(summary.value, 3031)
def test_constant(self):
with TemporaryDirectory() as f:
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(
f, m(V), '5', mm(DEV), 'read',
'data/test/source/personal/2018-03-04-qdp.fit')
read(args, data)
with data.db.session_context() as s:
stats = Statistics(s, activity_journal='2018-03-04 07:16:33', with_timespan=True). \
by_name(SegmentReader, N.LATITUDE, N.LONGITUDE, N.SPHERICAL_MERCATOR_X,
N.SPHERICAL_MERCATOR_Y, N.DISTANCE, N.ELEVATION, N.SPEED, N.CADENCE, N.HEART_RATE).df
stats.describe()
sepn = pd.Series(stats.index).diff().median() # 7 secs
start = stats.index.min() # 2018-03-04 10:16:33+00:00
finish = stats.index.max() # 2018-03-04 16:34:51+00:00
even = pd.DataFrame({'keep': True},
index=pd.date_range(start=start,
end=finish,
freq=sepn))
both = stats.join(even, how='outer', sort=True)
both.interpolate(method='index',
limit_area='inside',
inplace=True)
both = both.loc[both['keep'] == True].drop(columns=['keep'])
both = both.loc[both[N.TIMESPAN_ID].isin(
stats[N.TIMESPAN_ID].unique())]
both.describe()
def generic_bug(self, files):
with NamedTemporaryFile() as f:
args, sys, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
for file in files:
args, sys, db = bootstrap_file(
f, m(V), '5', mm(DEV), 'monitor', mm(FAST),
'data/test/source/personal/[email protected]_%s.fit' %
file)
monitor(args, sys, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(sys,
db,
PipelineType.STATISTIC,
force=True,
start='2018-01-01',
n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
# steps
summary = s.query(StatisticJournal).join(StatisticName). \
filter(StatisticJournal.time >= local_date_to_time('2018-10-07'),
StatisticJournal.time < local_date_to_time('2018-10-08'),
StatisticName.owner == MonitorCalculator,
StatisticName.name == DAILY_STEPS).one()
# connect has 3031 for this date.
self.assertEqual(summary.value, 3031)
def test_values(self):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
for file in ('24696157869', '24696160481', '24696163486'):
args, db = bootstrap_file(f, m(V), '5', mm(DEV),
'monitor', mm(FAST),
'data/test/source/personal/[email protected]_%s.fit' % file)
monitor(args, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(db, PipelineType.STATISTIC, force=True, start='2018-01-01', n_cpu=1)
run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
mjournals = s.query(MonitorJournal).order_by(MonitorJournal.start).all()
assert mjournals[2].start == to_time('2018-09-06 15:06:00'), mjournals[2].start
print(mjournals[2].fit_file)
# steps
summary = s.query(StatisticJournal).join(StatisticName). \
filter(StatisticJournal.time >= local_date_to_time('2018-09-06'),
StatisticJournal.time < local_date_to_time('2018-09-07'),
StatisticName.owner == MonitorCalculator,
StatisticName.name == DAILY_STEPS).one()
# connect has 12757 for this date,
self.assertEqual(summary.value, 12757)
# heart rate
summary = s.query(StatisticJournal).join(StatisticName). \
filter(StatisticJournal.time >= local_date_to_time('2018-09-06'),
StatisticJournal.time < local_date_to_time('2018-09-07'),
StatisticName.owner == MonitorCalculator,
StatisticName.name == REST_HR).one()
self.assertEqual(summary.value, 45)
def spline(self, smooth=0):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, db = bootstrap_file(f, m(V), '5', 'constants', '--set',
SRTM1_DIR, '/home/andrew/archive/srtm1')
constants(args, db)
with db.session_context() as s:
yield spline_elevation_from_constant(log, s, smooth=smooth)
def spline(self, smooth=0):
with TemporaryDirectory() as f:
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(f, m(V), '5', 'constants', 'set',
SRTM1_DIR_CNAME,
'/home/andrew/archive/srtm1', mm(FORCE))
constants(args, data)
with data.db.session_context() as s:
yield spline_elevation_from_constant(s, smooth=smooth)
def bilinear(self):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, sys, db = bootstrap_file(f, m(V), '5', 'constants', 'set',
SRTM1_DIR,
'/home/andrew/archive/srtm1')
constants(args, sys, db)
with db.session_context() as s:
yield bilinear_elevation_from_constant(s)
def test_context(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
with db.session_context() as s:
with Timestamp(owner=TestTimestamp).on_success(s):
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 0)
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 1)
def test_florian(self):
with TemporaryDirectory() as f:
bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(f, m(V), '5', mm(DEV), 'read',
'data/test/source/private/florian.fit')
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(data, PipelineType.CALCULATE, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
self.__assert_basic_stats(s)
def test_920(self):
for src in '920xt-2019-05-16_19-42-54.fit', '920xt-2019-05-16_19-42-54.fit':
with TemporaryDirectory() as f:
bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(f, m(V), '5', mm(DEV), 'read',
f'data/test/source/other/{src}')
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(data, PipelineType.CALCULATE, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
self.__assert_basic_stats(s)
def test_set(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
with db.session_context() as s:
source = add(s, Source())
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 0)
Timestamp.set(s, TestTimestamp, source=source)
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 1)
t = s.query(Timestamp).filter(Timestamp.owner == TestTimestamp).one()
self.assertAlmostEqual(t.time.timestamp(), dt.datetime.now().timestamp(), 1)
def test_michael(self):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, db = bootstrap_file(f, m(V), '5', mm(DEV),
'activities', mm(FAST),
'data/test/source/other/2019-05-09-051352-Running-iWatchSeries3.fit')
activities(args, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(db, PipelineType.STATISTIC, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
self.__assert_basic_stats(s)
def test_920(self):
for src in '920xt-2019-05-16_19-42-54.fit', '920xt-2019-05-16_19-42-54.fit':
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, db = bootstrap_file(f, m(V), '5', mm(DEV), 'activities', mm(FAST),
f'data/test/source/other/{src}')
activities(args, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(db, PipelineType.STATISTIC, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
self.__assert_basic_stats(s)
def test_constant(self):
with TemporaryDirectory() as f:
args, data = bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
with data.db.session_context() as s:
n = s.query(count(Constant.id)).scalar()
self.assertEqual(n, 14)
args, data = bootstrap_dir(f, m(V), '5', 'constants', 'set',
'fthr:%', '154', mm(FORCE))
constants(args, data)
with data.db.session_context() as s:
n = s.query(count(Constant.id)).scalar()
self.assertEqual(n, 14)
def test_constant(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
with db.session_context() as s:
n = s.query(count(Constant.id)).scalar()
self.assertEqual(n, 10)
args, db = bootstrap_file(f, m(V), '5', 'constants', '--set',
'FTHR.%', '154')
constants(args, db)
with db.session_context() as s:
n = s.query(count(Constant.id)).scalar()
self.assertEqual(n, 10)
def test_florian(self):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, db = bootstrap_file(f, m(V), '5', mm(DEV),
'activities', mm(FAST),
'data/test/source/private/florian.fit')
activities(args, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(db, PipelineType.STATISTIC, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
self.__assert_basic_stats(s)
def test_michael(self):
with TemporaryDirectory() as f:
bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(
f, m(V), '5', mm(DEV), 'read',
'data/test/source/other/2019-05-09-051352-Running-iWatchSeries3.fit'
)
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(data, PipelineType.CALCULATE, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
self.__assert_basic_stats(s)
def test_constant(self):
# this is currently failing because there are multiple statistics called Active Distance
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
with db.session_context() as s:
n = s.query(count(Constant.id)).scalar()
self.assertEqual(n, 13)
args, db = bootstrap_file(f, m(V), '5', 'constants', '--set',
'FTHR.%', '154')
constants(args, db)
with db.session_context() as s:
n = s.query(count(Constant.id)).scalar()
self.assertEqual(n, 13)
def test_context_error(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
with db.session_context() as s:
try:
with Timestamp(owner=TestTimestamp).on_success(s):
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 0)
raise Exception('foo')
except Exception as e:
self.assertEqual(str(e), 'foo') # for some weird reason assertRaisesRegex was not working
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 0)
def test_context(self):
with TemporaryDirectory() as f:
args, data = bootstrap_dir(f, m(V), '5')
args, data = bootstrap_dir(f,
m(V),
'5',
mm(DEV),
configurator=default)
with data.db.session_context() as s:
with Timestamp(owner=TestTimestamp).on_success(s):
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 0)
n = s.query(count(Timestamp.id)).scalar()
self.assertEqual(n, 1)
def test_models(self):
with TemporaryDirectory() as f:
args, data = bootstrap_dir(f, m(V), '5', configurator=default)
with data.db.session_context() as s:
start(s, 'bike', 'cotic', '2018-01-01', True)
start(s, 'bike', 'marin', '2018-01-01', False)
change(s, 'cotic', 'chain', 'sram', None, True, True)
change(s, 'cotic', 'chain', 'kcm', '2018-01-01', False, False)
change(s, 'cotic', 'chain', 'sram', '2018-05-01', False, False)
change(s, 'cotic', 'chain', 'kcm', '2018-07-01', False, False)
change(s, 'cotic', 'chain', 'sram', '2018-04-01', False, False)
start(s, 'bike', 'bowman', '2018-01-01', False)
change(s, 'bowman', 'chain', 'sram', None, False, True)
args, data = bootstrap_dir(
f, m(V), '5', mm(DEV), READ,
'data/test/source/personal/2018-08-03-rec.fit', m(K), 'cotic')
read(args, data)
args, data = bootstrap_dir(
f, m(V), '5', mm(DEV), READ,
'data/test/source/personal/2018-08-27-rec.fit', m(K), 'cotic')
read(args, data)
run_pipeline(data,
PipelineType.CALCULATE,
like=['%Activity%'],
n_cpu=1)
run_pipeline(data, PipelineType.CALCULATE, like=['%Kit%'], n_cpu=1)
with data.db.session_context() as s:
bike = get_name(s, 'bike').to_model(s,
depth=3,
statistics=INDIVIDUAL,
own_models=False)
self.assertEqual(bike[TYPE], KitGroup.SIMPLE_NAME)
self.assertEqual(bike[NAME], 'bike')
self.assertEqual(len(bike[ITEMS]), 3)
cotic = [
item for item in bike[ITEMS] if item[NAME] == 'cotic'
][0]
self.assertEqual(cotic[TYPE], KitItem.SIMPLE_NAME)
self.assertEqual(cotic[NAME], 'cotic')
self.assertEqual(len(cotic[COMPONENTS]), 1)
chain = cotic[COMPONENTS][0]
self.assertEqual(chain[TYPE], KitComponent.SIMPLE_NAME)
self.assertEqual(chain[NAME], 'chain')
self.assertEqual(len(chain[MODELS]), 6)
self.assertFalse(STATISTICS in bike)
def test_empty_data(self):
with NamedTemporaryFile() as f:
args, sys, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, sys, db = bootstrap_file(
f, m(V), '5', mm(DEV), 'monitor', mm(FAST),
'data/test/source/other/37140810636.fit')
monitor(args, sys, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(sys, db, PipelineType.STATISTIC, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
n = s.query(func.count(StatisticJournal.id)).scalar()
self.assertEqual(n, 20)
mjournal = s.query(MonitorJournal).one()
self.assertNotEqual(mjournal.start, mjournal.finish)
def test_heart_alarms(self):
with TemporaryDirectory() as f:
bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(
f, m(V), '5', mm(DEV), 'read',
'data/test/source/personal/2016-07-19-mpu-s-z2.fit')
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(data, PipelineType.CALCULATE, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
for stat in s.query(StatisticJournal). \
join(StatisticName). \
filter(StatisticName.name == N.ACTIVE_DISTANCE).all():
self.assertGreater(stat.value, 30)
def test_monitor(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, db = bootstrap_file(f, m(V), '5', mm(DEV),
'monitor', mm(FAST), 'data/test/source/personal/25822184777.fit')
monitor(args, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(db, PipelineType.STATISTIC, force=True, start='2018-01-01')
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
n = s.query(func.count(StatisticJournal.id)).scalar()
# self.assertEqual(n, 111)
self.assertEqual(n, 108) # why?
mjournal = s.query(MonitorJournal).one()
self.assertNotEqual(mjournal.start, mjournal.finish)
def test_empty_data(self):
with TemporaryDirectory() as f:
args, data = bootstrap_dir(f, m(V), '5')
bootstrap_dir(f, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(
f, m(V), '5', mm(DEV), 'read',
'data/test/source/other/37140810636.fit')
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(data, PipelineType.CALCULATE, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
n = s.query(func.count(StatisticJournal.id)).scalar()
self.assertEqual(n, 44)
mjournal = s.query(MonitorJournal).one()
self.assertNotEqual(mjournal.start, mjournal.finish)
def test_heart_alarms(self):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5')
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, db = bootstrap_file(f, m(V), '5', mm(DEV),
'activities', mm(FAST),
'data/test/source/personal/2016-07-19-mpu-s-z2.fit')
activities(args, db)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(db, PipelineType.STATISTIC, n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with db.session_context() as s:
stat = s.query(StatisticJournal). \
join(StatisticName). \
filter(StatisticName.name == ACTIVE_DISTANCE).one()
self.assertGreater(stat.value, 30000)
def test_constant(self):
with NamedTemporaryFile() as f:
bootstrap_file(f, m(V), '5', mm(DEV), configurator=default)
args, sys, db = bootstrap_file(f, m(V), '5', 'constants', 'set',
'FTHR.%', '154')
constants(args, sys, db)
args, sys, db = bootstrap_file(f, m(V), '5', 'constants', 'show',
'FTHR.%')
constants(args, sys, db)
args, sys, db = bootstrap_file(
f, m(V), '5', mm(DEV), 'activities', mm(FAST),
'data/test/source/personal/2018-03-04-qdp.fit')
activities(args, sys, db)
with db.session_context() as s:
stats = activity_statistics(s,
LATITUDE,
LONGITUDE,
SPHERICAL_MERCATOR_X,
SPHERICAL_MERCATOR_Y,
DISTANCE,
ELEVATION,
SPEED,
CADENCE,
HEART_RATE,
local_time='2018-03-04 07:16:33',
activity_group_name='Bike',
with_timespan=True)
stats.describe()
sepn = pd.Series(stats.index).diff().median() # 7 secs
start = stats.index.min() # 2018-03-04 10:16:33+00:00
finish = stats.index.max() # 2018-03-04 16:34:51+00:00
even = pd.DataFrame({'keep': True},
index=pd.date_range(start=start,
end=finish,
freq=sepn))
both = stats.join(even, how='outer', sort=True)
both.interpolate(method='index',
limit_area='inside',
inplace=True)
both = both.loc[both['keep'] == True].drop(columns=['keep'])
both = both.loc[both[TIMESPAN_ID].isin(
stats[TIMESPAN_ID].unique())]
both.describe()
def test_segment_bug(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f,
m(V),
'5',
mm(DEV),
configurator=default)
paths = ['/home/andrew/archive/fit/bike/2016-07-27-pm-z4.fit']
run_pipeline(db, PipelineType.ACTIVITY, paths=paths, force=True)
def test_activities(self):
with TemporaryDirectory() as base:
bootstrap_dir(base, m(V), '5')
bootstrap_dir(base, m(V), '5', mm(DEV), configurator=default)
args, data = bootstrap_dir(base, m(V), '5', 'constants', 'set',
'SRTM1.dir',
'/home/andrew/archive/srtm1', mm(FORCE))
constants(args, data)
args, data = bootstrap_dir(
base, m(V), '5', mm(DEV), 'read',
'data/test/source/personal/2018-08-27-rec.fit')
read(args, data)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
run_pipeline(data,
PipelineType.CALCULATE,
force=True,
start='2018-01-01',
n_cpu=1)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with data.db.session_context() as s:
n_raw = s.query(count(StatisticJournalFloat.id)). \
join(StatisticName). \
filter(StatisticName.name == N.RAW_ELEVATION).scalar()
self.assertEqual(2099, n_raw)
n_fix = s.query(count(StatisticJournalFloat.id)). \
join(StatisticName). \
filter(StatisticName.name == N.ELEVATION).scalar()
self.assertEqual(2099, n_fix)
# WHY does this jump around?
n = s.query(count(StatisticJournal.id)).scalar()
# self.assertEqual(50403, n)
self.assertTrue(n > 30000)
self.assertTrue(n < 100000)
journal = s.query(ActivityJournal).one()
self.assertNotEqual(journal.start, journal.finish)
def test_bikes(self):
with NamedTemporaryFile() as f:
args, db = bootstrap_file(f, m(V), '5', configurator=default)
with db.session_context() as s:
with self.assertRaises(Exception) as ctx:
start(s, 'bike', 'cotic', None, False)
self.assertTrue('--force' in str(ctx.exception), ctx.exception)
start(s, 'bike', 'cotic', None, True)
# run('sqlite3 %s ".dump"' % f.name, shell=True)
with self.assertRaises(Exception) as ctx:
start(s, 'xxxx', 'marin', None, False)
self.assertTrue('--force' in str(ctx.exception), ctx.exception)
start(s, 'bike', 'marin', None, False)
with self.assertRaises(Exception) as ctx:
change(s, 'cotic', 'chain', 'sram', '2018-02-01', False,
False)
self.assertTrue('--force' in str(ctx.exception))
change(s, 'cotic', 'chain', 'sram', None, True, True)
change(s, 'cotic', 'chain', 'kcm', '2018-01-01', False, False)
change(s, 'cotic', 'chain', 'sram', '2018-05-01', False, False)
change(s, 'cotic', 'chain', 'kcm', '2018-07-01', False, False)
change(s, 'cotic', 'chain', 'sram', '2018-04-01', False, False)
with self.assertRaises(Exception) as ctx:
start(s, 'bike', 'bike', None, True)
self.assertTrue('bike' in str(ctx.exception), ctx.exception)
with self.assertRaises(Exception) as ctx:
start(s, 'bike', 'sram', None, True)
self.assertTrue('sram' in str(ctx.exception), ctx.exception)
start(s, 'bike', 'bowman', None, False)
change(s, 'bowman', 'chain', 'sram', None, False, True)
self.assertEqual(len(show(s, 'cotic', None)), 3)
self.assertEqual(len(statistics(s, 'bike')), 16)
self.assertEqual(len(statistics(s, 'cotic')), 20)
self.assertEqual(len(statistics(s, 'chain')), 33)
self.assertEqual(len(statistics(s, 'sram')), 16)
finish(s, 'bowman', None, False)
with self.assertRaises(Exception) as ctx:
finish(s, 'bowman', None, False)
self.assertTrue('retired' in str(ctx.exception), ctx.exception)
self.assertEqual(
len(
KitModel.get_all(s, KitItem.get(s, 'cotic'),
KitComponent.get(s, 'chain'))), 5)
undo(s, 'cotic', 'chain', 'sram', None, True)
self.assertEqual(
len(
KitModel.get_all(s, KitItem.get(s, 'cotic'),
KitComponent.get(s, 'chain'))), 2)
undo(s, 'cotic', 'chain', 'kcm', None, True)
self.assertEqual(
len(
KitModel.get_all(s, KitItem.get(s, 'cotic'),
KitComponent.get(s, 'chain'))), 0)
undo(s, 'bowman', 'chain', 'sram', None, True)
self.assertFalse(KitComponent.get(s, 'chain', require=False))
