def putMilliseconds(self, milliSeconds):
"""Set the time given the number of milliseconds since the Epoch.
milliSeconds The number of milli seconds past the Epoch."""
timeStampPy._setSeconds(self.cppPvt, long(milliSeconds / 1000))
nano = (milliSeconds % 1000) * 1000000
timeStampPy._setNano(self.cppPvt, int(nano))
def putMilliseconds(self, milliSeconds):
"""Set the time given the number of milliseconds since the Epoch.
milliSeconds The number of milli seconds past the Epoch."""
timeStampPy._setSeconds(self.cppPvt, long(milliSeconds / 1000))
nano = (milliSeconds % 1000) * 1000000
timeStampPy._setNano(self.cppPvt, int(nano))
def put(self, secondsPastEpoch, nanoseconds=0):
"""Set the time.
secondsPastEpoch The number of seconds since the Epoch.
nanoseconds The number of nano seconds within the second."""
timeStampPy._setSeconds(self.cppPvt, long(secondsPastEpoch))
timeStampPy._setNano(self.cppPvt, int(nanoseconds))
self.normalize()
def put(self, secondsPastEpoch, nanoSeconds=0):
"""Set the time.
secondsPastEpoch The number of seconds since the Epoch.
nanoSeconds The number of nano seconds within the second."""
timeStampPy._setSeconds(self.cppPvt, long(secondsPastEpoch))
timeStampPy._setNano(self.cppPvt, int(nanoSeconds))
self.normalize()
def normalize(self):
"""Adjust secondsPastEpoch and nanoseconds so that
0<=nanoseconds<nanoSecPerSec."""
nano = self.getNanoseconds()
if nano >= 0 and nano < TimeStamp.nanoSecPerSec:
return
secs = self.getSecondsPastEpoch()
while nano >= TimeStamp.nanoSecPerSec:
nano -= TimeStamp.nanoSecPerSec
secs += 1
while nano < 0:
nano += TimeStamp.nanoSecPerSec
secs -= 1
timeStampPy._setSeconds(self.cppPvt, secs)
timeStampPy._setNano(self.cppPvt, nano)
def normalize(self):
"""Adjust secondsPastEpoch and nanoSeconds so that
0<=nanoSeconds<nanoSecPerSec."""
nano = self.getNanoSeconds()
if nano >= 0 and nano < TimeStamp.nanoSecPerSec:
return
secs = self.getSecondsPastEpoch()
while nano >= TimeStamp.nanoSecPerSec:
nano -= TimeStamp.nanoSecPerSec
secs += 1
while nano < 0:
nano += TimeStamp.nanoSecPerSec
secs -= 1
timeStampPy._setSeconds(self.cppPvt, secs)
timeStampPy._setNano(self.cppPvt, nano)
def __init__(self, secondsPastEpoch=0, nanoSeconds=0):
"""constructor
secondsPastEpoch The number of seconds since
Jan 1, 1970 00:00:00 UTC.
nanoSeconds The number of nanoSeconds within current second."""
if (not isinstance(secondsPastEpoch, int)) and (not isinstance(secondsPastEpoch, long)):
raise TypeError("secondsPastEpoch is not an integer")
return
if (not isinstance(nanoSeconds, int)) and (not isinstance(nanoSeconds, long)):
raise TypeError("nanoSeconds is not an integer")
return
self.cppPvt = timeStampPy._init()
timeStampPy._setSeconds(self.cppPvt, secondsPastEpoch)
timeStampPy._setNano(self.cppPvt, nanoSeconds)
self.normalize()
def __init__(self, secondsPastEpoch=0, nanoseconds=0):
"""constructor
secondsPastEpoch The number of seconds since
Jan 1, 1970 00:00:00 UTC.
nanoseconds The number of nanoseconds within current second."""
if (not isinstance(secondsPastEpoch, int)) and (not isinstance(
secondsPastEpoch, long)):
raise TypeError("secondsPastEpoch is not an integer")
return
if (not isinstance(nanoseconds, int)) and (not isinstance(
nanoseconds, long)):
raise TypeError("nanoseconds is not an integer")
return
self.cppPvt = timeStampPy._init()
timeStampPy._setSeconds(self.cppPvt, secondsPastEpoch)
timeStampPy._setNano(self.cppPvt, nanoseconds)
self.normalize()
