def test_now_of_tz(self):
"""
test now of given timezone
"""
utc_now_1 = Pnp_Datetime.utcnow()
tz_now = Pnp_Datetime.now_of_tz("Australia/Sydney")
utc_now_2 = Pnp_Datetime.utcnow()
self.assertTrue(utc_now_1 <= tz_now <= utc_now_2)
def test_datetime_to_string_to_datetime_sepT(self):
"""
test convert datetime to string, and then convert from string to datetime
"""
expect_value = Pnp_Datetime.utcnow()
str_dt = Pnp_Datetime.datetime_to_str(expect_value)
test_value = Pnp_Datetime.str_to_datetime(str_dt)
self.assertEqual(expect_value, test_value)
def test_string_to_datetime_to_string_sepT(self):
"""
test convert string to datetime, and then convert from datetime to string
"""
expect_value = "2018-06-19T06:48:25.699000+00:00"
dt_dt = Pnp_Datetime.str_to_datetime(expect_value)
test_value = Pnp_Datetime.datetime_to_str(dt_dt)
self.assertEqual(expect_value, test_value)
def test_datetime_minus(self):
"""
test datetime_minus
"""
str_dt_0 = "2003-06-09T06:28:22.199000+00:00"
str_dt_1 = "2002-05-31T06:28:22.199000+00:00" # -12 month, -9 day
str_dt_2 = "2002-04-30T06:28:22.199000+00:00" # -1 year, -40 days
dt_0 = Pnp_Datetime.str_to_datetime(str_dt_0)
dt_1 = Pnp_Datetime.str_to_datetime(str_dt_1)
dt_2 = Pnp_Datetime.str_to_datetime(str_dt_2)
result_dt_1 = Pnp_Datetime.datetime_minus(dt_0, years=0, months=12, days=9)
result_dt_2 = Pnp_Datetime.datetime_minus(dt_0, years=1, months=0, days=40)
#self.assertTrue((dt_1 == result_dt_1) and (dt_2 == result_dt_2) and (dt_3 == result_dt_3))
self.assertTrue((dt_1 == result_dt_1) and (dt_2 == result_dt_2))
def test_datetime_to_string_iso8601_sepT(self):
"""
test convert convert from datetime to string, sperator is 'T'
"""
expect_value = "2018-06-19T06:48:25.699000+00:00"
dt_dt = datetime.strptime(expect_value, "%Y-%m-%dT%H:%M:%S.%f%z")
test_value = Pnp_Datetime.datetime_to_str(dt_dt)
self.assertEqual(expect_value, test_value)
def test_datetime_plus_months(self):
"""
test datetime_plus_months
"""
str_dt_0 = "2001-01-31T06:28:22.199000+00:00"
str_dt_1 = "2001-02-28T06:28:22.199000+00:00" # +1 month
str_dt_2 = "2002-04-30T06:28:22.199000+00:00" # +15 months
dt_0 = Pnp_Datetime.str_to_datetime(str_dt_0)
dt_1 = Pnp_Datetime.str_to_datetime(str_dt_1)
dt_2 = Pnp_Datetime.str_to_datetime(str_dt_2)
result_dt_1 = Pnp_Datetime.datetime_plus_months(dt_0, 1)
result_dt_2 = Pnp_Datetime.datetime_plus_months(dt_0, 15)
self.assertTrue((dt_1 == result_dt_1) and (dt_2 == result_dt_2))
def test_datetime_to_string_utcnow(self):
"""
test convert datetime to string, and then convert from string to datetime
"""
utc_now = datetime.utcnow()
expect_value = datetime.strftime(utc_now, "%Y-%m-%dT%H:%M:%S.%f%z")
test_value = Pnp_Datetime.datetime_to_str(utc_now)
self.assertEqual(expect_value, test_value)
def test_string_to_datetime_to_string_pattern22_2(self):
"""
test convert string to datetime, 2001-01-01 05:28:22+0000
"""
str_dt = "2001-01-01 05:28:22+0000"
expect_value = datetime.strptime(str_dt, "%Y-%m-%d %H:%M:%S%z")
test_value = Pnp_Datetime.str_to_datetime(str_dt)
self.assertEqual(expect_value, test_value)
def test_string_to_datetime_to_string_pattern11_1(self):
"""
test convert string to datetime, 2001-01-01T05:28:22.198+00:00
"""
str_dt = "2001-01-01T05:28:22.198+00:00"
expect_value = datetime.strptime(str_dt, "%Y-%m-%dT%H:%M:%S.%f%z")
test_value = Pnp_Datetime.str_to_datetime(str_dt)
self.assertEqual(expect_value, test_value)
def test_string_to_datetime_to_string_pattern31_1(self):
"""
test convert string to datetime, 2001-01-01T16:41:24Z
"""
str_dt = "2001-01-01T16:41:24Z"
expect_value = datetime.strptime(str_dt, "%Y-%m-%dT%H:%M:%S%z")
test_value = Pnp_Datetime.str_to_datetime(str_dt)
self.assertEqual(expect_value, test_value)
def test_datetime_minus_months(self):
"""
test datetime_plus_months
"""
str_dt_0 = "2002-04-30T06:28:22.199000+00:00"
str_dt_1 = "2002-03-30T06:28:22.199000+00:00" # -1 month
str_dt_2 = "2001-04-30T06:28:22.199000+00:00" # -12 month
str_dt_3 = "2001-01-30T06:28:22.199000+00:00" # -15 month
dt_0 = Pnp_Datetime.str_to_datetime(str_dt_0)
dt_1 = Pnp_Datetime.str_to_datetime(str_dt_1)
dt_2 = Pnp_Datetime.str_to_datetime(str_dt_2)
dt_3 = Pnp_Datetime.str_to_datetime(str_dt_3)
result_dt_1 = Pnp_Datetime.datetime_minus_months(dt_0, 1)
result_dt_2 = Pnp_Datetime.datetime_minus_months(dt_0, 12)
result_dt_3 = Pnp_Datetime.datetime_minus_months(dt_0, 15)
self.assertTrue((dt_1 == result_dt_1) and (dt_2 == result_dt_2) and (dt_3 == result_dt_3))
def test_local_now(self):
"""
"""
result_1 = Pnp_Datetime.local_now()
print("local now: {}".format(result_1))
self.assertTrue(True)
def test_local_timezone_offset_seconds(self):
"""
"""
result_1 = Pnp_Datetime.local_timezone_offset_seconds()
print("local timezone offset seconds: {}, hour:{}".format(result_1, result_1/3600))
self.assertTrue(True)
def test_local_current_month_begin_time(self):
"""
"""
result_1 = Pnp_Datetime.local_current_month_begin_time()
print("local current_month_begin time: {}".format(result_1))
self.assertTrue(True)