def testPTPrand(self):
t = ptptime.randptptime()
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 2012, 'leapyear': False}
t = ptptime.randptptime(year=d['year'])
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
checkAttributes(t, d)
t = ptptime.randptptime(max_year=d['year'])
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
def testPTPnow(self):
microsecond = 999999
while microsecond > 499999:
t = datetime.datetime.now()
microsecond = t.microsecond
d = {'year': t.year,
'month': t.month,
'day': t.day,
'hour': t.hour,
'minute': t.minute,
'second': t.second,
'nanosecond': 0,
'leapyear': False
}
t = ptptime.ptptime.now()
checkAttributes(t, d)
def testPTPdateTime(self):
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + datetime.timedelta(days=1)
d['day'] = 13
checkAttributes(tn, d)
if not str(tn) == "1972-11-13 16:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
tn = t - datetime.timedelta(days=1)
d['day'] = 11
checkAttributes(tn, d)
if not str(tn) == "1972-11-11 16:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
def testFromPtp(self):
t = ptptime.timefromptp(0x0000000000000000)
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': 0}
checkAttributes(t, d)
t = ptptime.timefromptp(0x386d438000000000)
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 2000, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': 0}
checkAttributes(t, d)
t = ptptime.timefromptp(0x386d43A000000000, leapyear=-1)
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 2000, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': -1}
checkAttributes(t, d)
t = ptptime.timefromptp(0x386d438100000000, leapyear=1)
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 2000, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': 1}
checkAttributes(t, d)
t = ptptime.timefromptp(0x14b0823f3b9ac618)
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 1980, 'month': 12 , 'day': 31, 'hour': 11, 'minute': 59, 'second': 59, 'microsecond': 999999, 'nanosecond': 0, 'leapyear': 0}
checkAttributes(t, d)
t = ptptime.timefromptp(0x14b12aff3b9ac618)
if not isinstance(t, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(t))
d = {'year': 1980, 'month': 12 , 'day': 31, 'hour': 23, 'minute': 59, 'second': 59, 'microsecond': 999999, 'nanosecond': 0, 'leapyear': 0}
checkAttributes(t, d)
d = {'year': 1981, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
t = t - ptptime.timedelta(microseconds=1)
d = {'year': 1980, 'month': 12 , 'day': 31, 'hour': 23, 'minute': 59, 'second': 59, 'microsecond': 999999, 'nanosecond': 0, 'leapyear': 0}
checkAttributes(t, d)
expected = 0x14b12aff3b9ac618
if not t.ptp == expected:
assert False, "Incorrect PTP value: 0x{0:016x}, expected 0x{1:016x}".format(t.ptp, expected)
t = t - ptptime.timedelta(hours=12)
d = {'year': 1980, 'month': 12 , 'day': 31, 'hour': 11, 'minute': 59, 'second': 59, 'microsecond': 999999, 'nanosecond': 0, 'leapyear': 0}
checkAttributes(t, d)
expected = 0x14b0823f3b9ac618
if not t.ptp == expected:
assert False, "Incorrect PTP value: 0x{0:016x}, expected 0x{1:016x}".format(t.ptp, expected)
def testPTPAddition(self):
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(days=1)
d['day'] = 13
checkAttributes(tn, d)
if not str(tn) == "1972-11-13 16:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(hours=1)
d['hour'] = 17
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 17:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(minutes=1)
d['minute'] = 25
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:25:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(seconds=1)
d['second'] = 35
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:35.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(microseconds=1)
d['microsecond'] = 123457
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123457:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 1
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123456:001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=999)
d['nanosecond'] = 999
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123456:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=1000)
d['nanosecond'] = 0
d['microsecond'] = 123457
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123457:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=1001)
d['nanosecond'] = 1
d['microsecond'] = 123457
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123457:001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 999999, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=1001)
d['nanosecond'] = 1
d['microsecond'] = 0
d['second'] = 35
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:35.000000:001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 1, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'], d['nanosecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 2
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123456:002":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 501, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'], d['nanosecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=501)
d['nanosecond'] = 2
d['microsecond'] = 123457
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123457:002":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 1, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'], nanosecond=d['nanosecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 2
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123456:002":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 501, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'], nanosecond=d['nanosecond'])
checkAttributes(t, d)
tn = t + ptptime.timedelta(nanoseconds=501)
d['nanosecond'] = 2
d['microsecond'] = 123457
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123457:002":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
def testPTPCreation(self):
d = {'year': 2000, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
if not str(t) == "2000-1-1 00:00:00.000000:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x386d438000000000:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
if not str(t) == "1972-11-12 16:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x0563e7c2075bca00:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
if not t.sbi == 0x04160317cb2434123456:
assert False, "Incorrect SBI value: '0x{0:020x}'".format(t.sbi)
if not t.iena == 0x18e296f216c0:
assert False, "Incorrect IENA value: '0x{0:012x}'".format(t.iena)
# x = t.printPTP()
# if not x == "0x0563e7c2075bca00":
# assert False, "Incorrect printPTP: '0x{0:016x}'".format(t.ptp)
#
d['nanosecond'] = 235
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
if not str(t) == "1972-11-12 16:24:34.123456:235":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x0563e7c2075bcaeb:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
if not t.sbi == 0x04160317cb2434123456:
assert False, "Incorrect SBI value: '0x{0:020x}'".format(t.sbi)
if not t.iena == 0x18e296f216c0:
assert False, "Incorrect IENA value: '0x{0:012x}'".format(t.iena)
d['nanosecond'] = 123
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],nanosecond=d['nanosecond'])
checkAttributes(t, d)
if not str(t) == "1972-11-12 16:24:34.123456:123":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x0563e7c2075bca7b:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
if not t.sbi == 0x04160317cb2434123456:
assert False, "Incorrect SBI value: '0x{0:020x}'".format(t.sbi)
if not t.iena == 0x18e296f216c0:
assert False, "Incorrect IENA value: '0x{0:012x}'".format(t.iena)
d['year'] = 2008
d['leapyear'] = True
d['nanosecond'] = 0
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'], leapyear=d['leapyear'])
checkAttributes(t, d)
if not str(t) == "2008-11-12 16:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x491b0343075bca00:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
if not t.sbi == 0x377303174b2434123456:
assert False, "Incorrect SBI value: '0x{0:020x}'".format(t.sbi)
if not t.iena == 0x18e297015900:
assert False, "Incorrect IENA value: '0x{0:012x}'".format(t.iena)
d['nanosecond'] = 235
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'], leapyear=d['leapyear'])
checkAttributes(t, d)
if not str(t) == "2008-11-12 16:24:34.123456:235":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x491b0343075bcaeb:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
if not t.sbi == 0x377303174b2434123456:
assert False, "Incorrect SBI value: '0x{0:020x}'".format(t.sbi)
if not t.iena == 0x18e297015900:
assert False, "Incorrect IENA value: '0x{0:012x}'".format(t.iena)
d['nanosecond'] = 123
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],nanosecond=d['nanosecond'], leapyear=d['leapyear'])
checkAttributes(t, d)
if not str(t) == "2008-11-12 16:24:34.123456:123":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
if not t.ptp == 0x491b0343075bca7b:
assert False, "Incorrect PTP value: '0x{0:016x}'".format(t.ptp)
if not t.sbi == 0x377303174b2434123456:
assert False, "Incorrect SBI value: '0x{0:020x}'".format(t.sbi)
if not t.iena == 0x18e297015900:
assert False, "Incorrect IENA value: '0x{0:012x}'".format(t.iena)
def testPTPutcfromtimestamp(self):
x0 = ptptime.ptptime(1970,1,1,0,0,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
checkAttributes(x1, d)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 0
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1970,1,1,0,1,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
x0 = ptptime.ptptime(1970,1,1,0,0,1,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
checkAttributes(x1, d)
d = {'days': 0, 'seconds': 1, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 1
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1970,1,1,0,1,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'days': 0, 'seconds': 60, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 60
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1970,1,1,1,0,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'days': 0, 'seconds': 3600, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 3600
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1970,1,2,0,0,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'days': 1, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 86400
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1970,2,1,0,0,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'days': 31, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 2678400
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1971,1,1,0,0,0,0,0)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'days': 365, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0}
checkAttributes(x2, d)
expected = 31536000
if not expected == x0.total_seconds:
assert False, "Incorrect Total Seconds: '{0}' expected '{1}'".format(x0.total_seconds, expected)
x0 = ptptime.ptptime(1971,2,2,1,1,1,1,1)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
checkAttributes(x1, d)
d = {'days': 397, 'seconds': 3661, 'microseconds': 1, 'nanoseconds': 1}
checkAttributes(x2, d)
x0 = ptptime.ptptime(1971,2,2,1,1,1,1,1001)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
checkAttributes(x1, d)
d = {'days': 397, 'seconds': 3661, 'microseconds': 2, 'nanoseconds': 1}
checkAttributes(x2, d)
x0 = ptptime.ptptime(1971,2,2,1,1,1,999999,1001)
x1 = ptptime.ptptime.utcfromtimestamp(0)
x2 = x0 - x1
if not isinstance(x0, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x0))
if not isinstance(x1, ptptime.ptptime):
assert False, "Incorrect Instance type: '{0}'".format(str(x1))
if not isinstance(x2, ptptime.timedelta):
assert False, "Incorrect Instance type: '{0}'".format(str(x2))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
checkAttributes(x1, d)
d = {'days': 397, 'seconds': 3662, 'microseconds': 0, 'nanoseconds': 1}
checkAttributes(x2, d)
def testPTPSubtraction(self):
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(days=1)
d['day'] = 11
checkAttributes(tn, d)
if not str(tn) == "1972-11-11 16:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(hours=1)
d['hour'] = 15
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 15:24:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(minutes=1)
d['minute'] = 23
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:23:34.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(seconds=1)
d['second'] = 33
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:33.123456:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(microseconds=1)
d['microsecond'] = 123455
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123455:000":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 54, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 53
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123456:053":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 123455
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:34.123455:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 33
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:24:33.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 23
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 16:23:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 59
d['hour'] = 15
checkAttributes(tn, d)
if not str(tn) == "1972-11-12 15:59:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 59
d['hour'] = 23
d['day'] = 11
checkAttributes(tn, d)
if not str(tn) == "1972-11-11 23:59:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 11 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 59
d['hour'] = 23
d['day'] = 31
d['month'] = 10
checkAttributes(tn, d)
if not str(tn) == "1972-10-31 23:59:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 59
d['hour'] = 23
d['day'] = 31
d['month'] = 12
d['year'] = 1971
checkAttributes(tn, d)
if not str(tn) == "1971-12-31 23:59:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1970, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1)
d['nanosecond'] = 999
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 59
d['hour'] = 23
d['day'] = 31
d['month'] = 12
d['year'] = 1969
checkAttributes(tn, d)
if not str(tn) == "1969-12-31 23:59:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1001)
d['nanosecond'] = 999
d['microsecond'] = 999998
d['second'] = 59
d['minute'] = 59
d['hour'] = 23
d['day'] = 31
d['month'] = 12
d['year'] = 1971
checkAttributes(tn, d)
if not str(tn) == "1971-12-31 23:59:59.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
d = {'year': 1972, 'month': 1 , 'day': 1, 'hour': 0, 'minute': 0, 'second': 0, 'microsecond': 0, 'nanosecond': 501, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'],d['nanosecond'])
checkAttributes(t, d)
tn = t - ptptime.timedelta(nanoseconds=1002)
d['nanosecond'] = 499
d['microsecond'] = 999999
d['second'] = 59
d['minute'] = 59
d['hour'] = 23
d['day'] = 31
d['month'] = 12
d['year'] = 1971
checkAttributes(tn, d)
if not str(tn) == "1971-12-31 23:59:59.999999:499":
assert False, "Incorrect Time Formatting: '{0}'".format(str(tn))
def testPTPError(self):
d = {'year': 1972, 'month': 11 , 'day': 12, 'hour': 16, 'minute': 24, 'second': 34, 'microsecond': 123456, 'nanosecond': 0, 'leapyear': False}
t = ptptime.ptptime(d['year'],d['month'],d['day'],d['hour'],d['minute'],d['second'],d['microsecond'])
checkAttributes(t, d)
d['nanosecond'] = 1
t = t.replace(nanosecond=1)
checkAttributes(t, d)
d['microsecond'] = 1
t = t.replace(microsecond=1)
checkAttributes(t, d)
d['second'] = 1
t = t.replace(second=1)
checkAttributes(t, d)
d['minute'] = 1
t = t.replace(minute=1)
checkAttributes(t, d)
d['hour'] = 1
t = t.replace(hour=1)
checkAttributes(t, d)
d['day'] = 1
t = t.replace(day=1)
checkAttributes(t, d)
d['month'] = 1
t = t.replace(month=1)
checkAttributes(t, d)
d['year'] = 1970
t = t.replace(year=1970)
checkAttributes(t, d)
self.assertRaises(NameError, t.replace, tree=1)
self.assertRaises(NameError, t.replace, nanoseconds=1)
self.assertRaises(ValueError, t.replace, microsecond=10000000)
self.assertRaises(ValueError, t.replace, second=61)
self.assertRaises(ValueError, t.replace, minute=61)
self.assertRaises(ValueError, t.replace, hour=24)
self.assertRaises(ValueError, t.replace, day=32)
self.assertRaises(ValueError, t.replace, month=13)
self.assertRaises(TypeError, t.__sub__, 1)
self.assertRaises(TypeError, t.__add__, 1)
self.assertRaises(TypeError, t.__add__, t)
self.assertRaises(TypeError, t.__add__, datetime.datetime.now())
t = t.replace(nanosecond=999)
self.assertRaises(ValueError, t.replace, nanosecond=1000)
self.assertRaises(ValueError, t.replace, nanosecond=1001)
def testNanoTimeDeltaInit(self):
d = ('days', 'seconds', 'microseconds', 'nanoseconds','max', 'min','total_seconds')
t = ptptime.timedelta()
hasAttributes(t, d)
t = ptptime.timedelta(days=1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['days'] = 1
checkAttributes(t, d)
if not str(t) == "1 day, 0:00:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(hours=1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['seconds'] = 3600
checkAttributes(t, d)
if not str(t) == "1:00:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(minutes=1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['seconds'] = 60
checkAttributes(t, d)
if not str(t) == "0:01:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(seconds=1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['seconds'] = 1
checkAttributes(t, d)
if not str(t) == "0:00:01":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(microseconds=1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['microseconds'] = 1
checkAttributes(t, d)
if not str(t) == "0:00:00.000001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(nanoseconds=1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['nanoseconds'] = 1
checkAttributes(t, d)
t = ptptime.timedelta(nanoseconds=1001)
d = {'days': 0, 'seconds': 0, 'microseconds': 1, 'nanoseconds': 0,}
d['nanoseconds'] = 1
checkAttributes(t, d)
if not str(t) == "0:00:00.000001:001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=1, hours=1, minutes=1, seconds=1, microseconds=1, nanoseconds=1)
d = {'days': 1, 'seconds': 3661, 'microseconds': 1, 'nanoseconds': 1,}
checkAttributes(t, d)
if not str(t) == "1 day, 1:01:01.000001:001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=-1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['days'] = -1
checkAttributes(t, d)
if not str(t) == "-1 day, 0:00:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(hours=-1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['days'] = -1
d['seconds'] = 82800
checkAttributes(t, d)
if not str(t) == "-1 day, 23:00:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(minutes=-1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['days'] = -1
d['seconds'] = 86340
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(seconds=-1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['days'] = -1
d['seconds'] = 86399
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:59":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(microseconds=-1)
d = {'days': 0, 'seconds': 0, 'microseconds': 0, 'nanoseconds': 0,}
d['days'] = -1
d['seconds'] = 86399
d['microseconds'] = 999999
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:59.999999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=-1, hours=-1)
d = {'days': -2, 'seconds': 82800, 'microseconds': 0, 'nanoseconds': 0,}
checkAttributes(t, d)
if not str(t) == "-2 days, 23:00:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=-1, hours=-1, minutes=-1)
d = {'days': -2, 'seconds': 82740, 'microseconds': 0, 'nanoseconds': 0,}
checkAttributes(t, d)
if not str(t) == "-2 days, 22:59:00":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=-1, hours=-1, minutes=-1, seconds=-1)
d = {'days': -2, 'seconds': 82739, 'microseconds': 0, 'nanoseconds': 0,}
checkAttributes(t, d)
if not str(t) == "-2 days, 22:58:59":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=-1, hours=-1, minutes=-1, seconds=-1, microseconds=-1, nanoseconds=1)
d = {'days': -2, 'seconds': 82738, 'microseconds': 999999, 'nanoseconds': 1,}
checkAttributes(t, d)
if not str(t) == "-2 days, 22:58:58.999999:001":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(nanoseconds=-1)
d = {'days': -1, 'seconds': 86399, 'microseconds': 999999, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:59.999999:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(nanoseconds=-1001)
d = {'days': -1, 'seconds': 86399, 'microseconds': 999998, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:59.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(microseconds=-1, nanoseconds=-1)
d = {'days': -1, 'seconds': 86399, 'microseconds': 999998, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:59.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(seconds=-1, microseconds=-1, nanoseconds=-1)
d = {'days': -1, 'seconds': 86398, 'microseconds': 999998, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-1 day, 23:59:58.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(minutes=-1, seconds=-1, microseconds=-1, nanoseconds=-1)
d = {'days': -1, 'seconds': 86338, 'microseconds': 999998, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-1 day, 23:58:58.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = datetime.timedelta(hours=-1, minutes=-1, seconds=-1, microseconds=-1)
if not str(t) == "-1 day, 22:58:58.999999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
d = {'days': -1, 'seconds': 82738, 'microseconds': 999999}
checkAttributes(t, d)
t = ptptime.timedelta(hours=-1, minutes=-1, seconds=-1, microseconds=-1)
d = {'days': -1, 'seconds': 82738, 'microseconds': 999999, 'nanoseconds': 0,}
checkAttributes(t, d)
if not str(t) == "-1 day, 22:58:58.999999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(hours=-1, minutes=-1, seconds=-1, microseconds=-1, nanoseconds=-1)
d = {'days': -1, 'seconds': 82738, 'microseconds': 999998, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-1 day, 22:58:58.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
t = ptptime.timedelta(days=-1, hours=-1, minutes=-1, seconds=-1, microseconds=-1, nanoseconds=-1)
d = {'days': -2, 'seconds': 82738, 'microseconds': 999998, 'nanoseconds': 999,}
checkAttributes(t, d)
if not str(t) == "-2 days, 22:58:58.999998:999":
assert False, "Incorrect Time Formatting: '{0}'".format(str(t))
