async def test_mdinterval_reversed(freezer, dummy_local_datetime):
freezer.move_to(dummy_local_datetime)
result = await date.MDIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.month + 1, ''),
literalvalues.LiteralValue(dummy_local_datetime.day, ''),
literalvalues.LiteralValue(dummy_local_datetime.month - 1, ''),
literalvalues.LiteralValue(dummy_local_datetime.day, '')
]).eval(context={})
assert result == 0
async def test_bow_sunday_positive(freezer, dummy_local_datetime, local_tz_info):
freezer.move_to(dummy_local_datetime)
result = await date.BOWFunction([
literalvalues.LiteralValue(54, ''),
literalvalues.LiteralValue(6, '')
]).eval(context={})
dt = datetime.datetime(2020, 3, 22, 0, 0, 0)
dt = dt.astimezone(local_tz_info)
assert result == dt.timestamp()
async def test_bow_sunday_negative(freezer, dummy_local_datetime,
local_tz_info):
freezer.move_to(dummy_local_datetime)
result = await date.BOWFunction([
literalvalues.LiteralValue(-54, ''),
literalvalues.LiteralValue(6, '')
]).eval()
dt = datetime.datetime(2018, 2, 25, 0, 0, 0)
dt = dt.astimezone(local_tz_info)
assert result == dt.timestamp()
async def test_bow_sunday(freezer, dummy_local_datetime, literal_zero,
local_tz_info):
freezer.move_to(dummy_local_datetime)
result = await date.BOWFunction(
[literal_zero, literalvalues.LiteralValue(6, '')]).eval()
dt = dummy_local_datetime.replace(day=dummy_local_datetime.day -
dummy_local_datetime.weekday() - 1,
hour=0,
minute=0,
second=0,
microsecond=0)
dt = dt.astimezone(local_tz_info)
assert result == dt.timestamp()
async def test_bom_positive(freezer, dummy_local_datetime, dummy_timestamp, local_tz_info):
freezer.move_to(dummy_local_datetime)
result = await date.BOMFunction([literalvalues.LiteralValue(13, '')]).eval(context={})
dt = dummy_local_datetime.replace(
year=dummy_local_datetime.year + 1,
month=dummy_local_datetime.month + 1,
day=1,
hour=0,
minute=0,
second=0,
microsecond=0
)
dt = dt.astimezone(local_tz_info)
assert result == dt.timestamp()
async def test_mdinterval_limit(freezer, dummy_local_datetime):
freezer.move_to(dummy_local_datetime)
result = await date.MDIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.month, ''),
literalvalues.LiteralValue(dummy_local_datetime.day, ''),
literalvalues.LiteralValue(dummy_local_datetime.month, ''),
literalvalues.LiteralValue(dummy_local_datetime.day + 1, '')
]).eval()
assert result == 1
result = await date.MDIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.month, ''),
literalvalues.LiteralValue(dummy_local_datetime.day - 1, ''),
literalvalues.LiteralValue(dummy_local_datetime.month, ''),
literalvalues.LiteralValue(dummy_local_datetime.day, '')
]).eval()
assert result == 1
async def test_date(dummy_local_datetime, dummy_timestamp):
result = await date.DateFunction([
literalvalues.LiteralValue(dummy_local_datetime.year, ''),
literalvalues.LiteralValue(dummy_local_datetime.month, ''),
literalvalues.LiteralValue(dummy_local_datetime.day, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second, '')
]).eval(context={})
assert result == int(dummy_timestamp)
async def test_hmsinterval_reversed(freezer, dummy_local_datetime):
freezer.move_to(dummy_local_datetime)
result = await date.HMSIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.hour + 1, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour - 1, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second, '')
]).eval(context={})
assert result == 0
def literal_minus_pi():
return literalvalues.LiteralValue(-3.14159, '-3.14159')
def literal_minus_two():
return literalvalues.LiteralValue(-2, '-2')
def literal_minus_one():
return literalvalues.LiteralValue(-1, '-1')
def literal_one_thousand():
return literalvalues.LiteralValue(1000, '1000')
def literal_true():
return literalvalues.LiteralValue(True, 'true')
def literal_zero_point_five():
return literalvalues.LiteralValue(0.5, '0.5')
def literal_sixteen():
return literalvalues.LiteralValue(16, '16')
def literal_ten_point_fifty_one():
return literalvalues.LiteralValue(10.51, '10.51')
def literal_ten():
return literalvalues.LiteralValue(10, '10')
def literal_pi():
return literalvalues.LiteralValue(3.14159, '3.14159')
def literal_three():
return literalvalues.LiteralValue(3, '3')
def literal_two():
return literalvalues.LiteralValue(2, '2')
def literal_one():
return literalvalues.LiteralValue(1, '1')
def literal_minus_ten_point_fifty_one():
return literalvalues.LiteralValue(-10.51, '-10.51')
def literal_dummy_timestamp(dummy_timestamp):
return literalvalues.LiteralValue(dummy_timestamp, str(dummy_timestamp))
async def test_hmsinterval_limit(freezer, dummy_local_datetime):
freezer.move_to(dummy_local_datetime)
result = await date.HMSIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second + 1, '')
]).eval()
assert result == 1
result = await date.HMSIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second - 1, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute, ''),
literalvalues.LiteralValue(dummy_local_datetime.second, '')
]).eval()
assert result == 1
async def test_mdinterval_months(freezer, dummy_local_datetime):
freezer.move_to(dummy_local_datetime)
result = await date.MDIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.month - 1, ''),
literalvalues.LiteralValue(1, ''),
literalvalues.LiteralValue(dummy_local_datetime.month + 1, ''),
literalvalues.LiteralValue(1, '')
]).eval()
assert result == 1
result = await date.MDIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.month - 2, ''),
literalvalues.LiteralValue(1, ''),
literalvalues.LiteralValue(dummy_local_datetime.month - 1, ''),
literalvalues.LiteralValue(1, '')
]).eval()
assert result == 0
result = await date.MDIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.month + 1, ''),
literalvalues.LiteralValue(1, ''),
literalvalues.LiteralValue(dummy_local_datetime.month + 2, ''),
literalvalues.LiteralValue(1, '')
]).eval()
assert result == 0
def literal_zero():
return literalvalues.LiteralValue(0, '0')
async def test_hmsinterval_minutes(freezer, dummy_local_datetime):
freezer.move_to(dummy_local_datetime)
result = await date.HMSIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute - 1, ''),
literalvalues.LiteralValue(0, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute + 1, ''),
literalvalues.LiteralValue(0, '')
]).eval(context={})
assert result == 1
result = await date.HMSIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute - 2, ''),
literalvalues.LiteralValue(0, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute - 1, ''),
literalvalues.LiteralValue(0, '')
]).eval(context={})
assert result == 0
result = await date.HMSIntervalFunction([
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute + 1, ''),
literalvalues.LiteralValue(0, ''),
literalvalues.LiteralValue(dummy_local_datetime.hour, ''),
literalvalues.LiteralValue(dummy_local_datetime.minute + 2, ''),
literalvalues.LiteralValue(0, '')
]).eval(context={})
assert result == 0
def literal_two_hundreds():
return literalvalues.LiteralValue(200, '200')
def literal_one_hundred():
return literalvalues.LiteralValue(100, '100')
def literal_false():
return literalvalues.LiteralValue(False, 'false')