def test_td_init(args, kw, exp):
"""
Tests for td.__init__()
"""
pytest.dbgfunc()
if isinstance(exp, Exception):
with pytest.raises(type(exp)) as err:
actual = td(*args, **kw)
assert str(exp) in str(err.value)
else:
actual = td(*args, **kw)
assert actual == exp, ("exp - act = {}".format(exp._secs() -
actual._secs()))
def test_td_dhms(inp, exp):
"""
test td.dhhmmss()
"""
pytest.dbgfunc()
obj = td(inp)
assert obj.dhms() == exp
def dtm_rtd(**kw):
"""
Generate a random td
"""
if kw['d']: # pragma: no cover
pdb.set_trace()
ssec = kw['SECONDS'] or random.randint(0, 5 * 24 * 3600)
sec = int(ssec)
obj = td(sec)
print("{} (seconds = {})".format(dhhmmss(obj._duration), obj._duration))
def test_rtd(capsys):
"""
Test dtm_rtd
"""
inp = 28299
kw = {'SECONDS': inp, 'd': False}
nub = td(inp)
dtmain.dtm_rtd(**kw)
(out, err) = capsys.readouterr()
exp = "{} (seconds = {})".format(str(nub), nub._duration)
assert exp in out
def test_td_minutes(inp, exp):
"""
Test td.minutes()
"""
obj = td(inp)
assert obj.minutes() == exp
def test_td_hours(inp, exp):
"""
Test td.hours()
"""
obj = td(inp)
assert obj.hours() == exp
def test_td_days(inp, exp):
"""
Test td.days()
"""
obj = td(inp)
assert obj.days() == exp
def test_td_attrs():
"""
Check that a new td object has all the right attributes
"""
a = td()
assert hasattr(a, '_duration')
def test_td_seconds(inp, exp):
"""
Test td.minutes()
"""
obj = td(*inp)
assert obj.seconds() == exp
import pytest
# -----------------------------------------------------------------------------
def test_td_attrs():
"""
Check that a new td object has all the right attributes
"""
a = td()
assert hasattr(a, '_duration')
# -----------------------------------------------------------------------------
# test_td_init()
@pytest.mark.parametrize("args, kw, exp", [
dtu.pp((15, ), {}, td(secs=15), id=ppf("args: (s < 60,)", "T", w=47)),
dtu.pp(
(90, ), {}, td(mins=1, secs=30), id=ppf("args: (60 < s,)", "T", w=47)),
dtu.pp((1, 1), {}, td(secs=61), id=ppf("args: (m, s)", "T", w=47)),
dtu.pp((1, 1, 1), {}, td(secs=3661), id=ppf("args: (h, m, s)", "T", w=47)),
dtu.pp((1, 1, 1, 1), {},
td(secs=90061),
id=ppf("args: (d, h, m, s)", "T", w=47)),
dtu.pp((-1, ), {}, td(secs=-1), id=ppf("negative td okay", "T", w=47)),
dtu.pp(
(-3, 10, 7), {}, td(secs=-10193), id=ppf("net negative", "T", w=47)),
dtu.pp((), {'s': 95}, td(1, 35), id=ppf("kw: {s}", "T", w=47)),
dtu.pp((), {'m': 75}, td(4500), id=ppf("kw: {m}", "T", w=47)),
dtu.pp((), {
'm': 5,
's': 105