def timedelta(seconds=0, millis=0, micros=0, nanos=0):
"""
Construct a Kudu TimeDelta to set timeouts, etc. Use this function instead
of interacting with the TimeDelta class yourself.
Returns
-------
delta : kudu.client.TimeDelta
"""
from kudu.compat import long
# TimeDelta is a wrapper for kudu::MonoDelta
total_ns = (long(0) + seconds * long(1000000000) +
millis * long(1000000) + micros * long(1000) + nanos)
return TimeDelta.from_nanos(total_ns)
def timedelta(seconds=0, millis=0, micros=0, nanos=0):
"""
Construct a Kudu TimeDelta to set timeouts, etc. Use this function instead
of interacting with the TimeDelta class yourself.
Returns
-------
delta : kudu.client.TimeDelta
"""
from kudu.compat import long
# TimeDelta is a wrapper for kudu::MonoDelta
total_ns = (long(0) + seconds * long(1000000000) + millis * long(1000000) +
micros * long(1000) + nanos)
return TimeDelta.from_nanos(total_ns)
def test_static_ctors(self):
delta = kudu.timedelta(3.5)
assert delta.to_seconds() == 3.5
delta = kudu.timedelta(millis=3500)
assert delta.to_millis() == 3500
delta = kudu.timedelta(micros=3500)
assert delta.to_micros() == 3500
delta = kudu.timedelta(micros=1000)
assert delta.to_nanos() == long(1000000)
delta = kudu.timedelta(nanos=3500)
assert delta.to_nanos() == 3500
def test_static_ctors(self):
delta = kudu.timedelta(3.5)
assert delta.to_seconds() == 3.5
delta = kudu.timedelta(millis=3500)
assert delta.to_millis() == 3500
delta = kudu.timedelta(micros=3500)
assert delta.to_micros() == 3500
delta = kudu.timedelta(micros=1000)
assert delta.to_nanos() == long(1000000)
delta = kudu.timedelta(nanos=3500)
assert delta.to_nanos() == 3500
