def get_application_periods_by_pattern(start_date, end_date, weekly_pattern, time_slots, time_zone):
result = []
for time_slot in time_slots:
begin_time = parse_time(time_slot['begin']).replace(tzinfo=None)
end_time = parse_time(time_slot['end']).replace(tzinfo=None)
temp_date = start_date
while temp_date <= end_date:
period = get_one_period(temp_date, weekly_pattern, begin_time, end_time, time_zone)
if period:
result.append(period)
temp_date += timedelta(days=1)
return result
def get_application_periods_by_pattern(start_date, end_date, weekly_pattern, time_slots, time_zone):
result = []
for time_slot in time_slots:
begin_time = parse_time(time_slot['begin']).replace(tzinfo=None)
end_time = parse_time(time_slot['end']).replace(tzinfo=None)
temp_date = start_date
while temp_date <= end_date:
period = get_one_period(temp_date, weekly_pattern, begin_time, end_time, time_zone)
if period:
result.append(period)
temp_date += timedelta(days=1)
return result
def parse_timestamp(self, ts, method):
ret = parse_time(ts)
if not self._synced_timestamp:
# The first timestamp we parse requires syncing the time
# (in case _current_date is greater than the start date)
if self._current_date is not None:
self._current_date = self._current_date.replace(
hour=ret.hour,
minute=ret.minute,
second=ret.second,
microsecond=ret.microsecond,
)
# Only do it once per parse tree
self._synced_timestamp = True
# Logs don't have dates :(
if self._current_date is None:
# No starting date is available. Return just the time.
return ret
ret = datetime.combine(self._current_date, ret)
ret = ret.replace(tzinfo=self._current_date.tzinfo)
if ret < self._current_date:
# If the new date falls before the last saved date, that
# means we rolled over and need to increment the day by 1.
ret += timedelta(days=1)
self._current_date = ret
return ret
def parse_timestamp(self, ts, method): ret = parse_time(ts) if not self._synced_timestamp: # The first timestamp we parse requires syncing the time # (in case _current_date is greater than the start date) if self._current_date is not None: self._current_date = self._current_date.replace( hour=ret.hour, minute=ret.minute, second=ret.second, microsecond=ret.microsecond, ) # Only do it once per parse tree self._synced_timestamp = True # Logs don't have dates :( if self._current_date is None: # No starting date is available. Return just the time. return ret ret = datetime.combine(self._current_date, ret) ret = ret.replace(tzinfo=self._current_date.tzinfo) if ret < self._current_date: # If the new date falls before the last saved date, that # means we rolled over and need to increment the day by 1. ret += timedelta(days=1) self._current_date = ret return ret
def parse_value(cls, value):
try:
if isinstance(value, datetime.time):
return value
elif isinstance(value, string_types):
return parse_time(value)
except ValueError:
return None
def convert_date_time_iso8601(d, t):
# in the hurricane data date and time are 2 seperate fields,
# formatted <YYYYMMDD> and <HHMM>
# this function returns a string in ISO8601 format:
# <YYYY>-<MM>-<DD>T<HH>:<MM>:<SS>
dt = datetime.datetime.combine(aniso8601.parse_date(d),
aniso8601.parse_time(t))
return dt.isoformat()
def parse_value(cls, value):
try:
if isinstance(value, datetime.time):
return value
elif isinstance(value, str):
return parse_time(value)
except ValueError:
return INVALID
def __call__(self, item, field, value):
if value:
setattr(
item,
self.attribute,
parse_time(value).replace(tzinfo=None)
)
else:
setattr(item, self.attribute, None)
def _to_python(self):
# don't parse data that is already native
if isinstance(self.data, datetime.datetime):
return self.data
elif self.format is None:
# parse as iso8601
return aniso8601.parse_time(self.data)
else:
return datetime.datetime.strptime(self.data, self.format).time()
def __call__(self, item, field, value):
if value:
setattr(
item,
self.attribute,
parse_time(value).replace(tzinfo=None)
)
else:
setattr(item, self.attribute, None)
def parse_value(cls, value):
if isinstance(value, datetime.time):
return value
if not isinstance(value, str):
raise GraphQLError(
f"Time cannot represent non-string value: {repr(value)}")
try:
return parse_time(value)
except ValueError:
raise GraphQLError(f"Time cannot represent value: {repr(value)}")
def _get_schedule_timefield(p_schedule_obj):
"""
"""
l_timefield = p_schedule_obj.Time.lower()
try:
# l_time = dparser.parse(l_timefield, fuzzy=True) # Worked ok in Python2
l_time = aniso8601.parse_time(l_timefield)
except ValueError:
l_time = datetime.time(0)
return l_time, l_timefield
def to_time(amazon_time):
if amazon_time == "AM":
return time(hour=0)
if amazon_time == "PM":
return time(hour=12)
try:
return aniso8601.parse_time(amazon_time)
except ValueError as e:
logger.warn("ValueError for amazon_time '{}'.".format(amazon_time))
logger.warn("ValueError message: {}".format(e.message))
return None
def clean(self, data):
time_string = super(DateTimeField, self).clean(data)
try:
value = aniso8601.parse_time(time_string)
except (ValueError, NotImplementedError):
raise self.error('invalid_format')
if self.timezone_required and value.tzinfo is None:
raise self.error('no_timezone')
return value
def test_import(self):
#Just some tests repeated from other places to make sure the
#imports work
time = aniso8601.parse_time('01:23:45')
self.assertEqual(time.hour, 1)
self.assertEqual(time.minute, 23)
self.assertEqual(time.second, 45)
resultdatetime = aniso8601.parse_datetime(
'1981-04-05T23:21:28.512400Z')
self.assertEqual(resultdatetime.year, 1981)
self.assertEqual(resultdatetime.month, 4)
self.assertEqual(resultdatetime.day, 5)
self.assertEqual(resultdatetime.hour, 23)
self.assertEqual(resultdatetime.minute, 21)
self.assertEqual(resultdatetime.second, 28)
self.assertEqual(resultdatetime.microsecond, 512400)
tzinfoobject = resultdatetime.tzinfo
self.assertEqual(tzinfoobject.utcoffset(None),
datetime.timedelta(hours=0))
self.assertEqual(tzinfoobject.tzname(None), 'UTC')
date = aniso8601.parse_date('19810405')
self.assertEqual(date.year, 1981)
self.assertEqual(date.month, 4)
self.assertEqual(date.day, 5)
resultduration = aniso8601.parse_duration('P1Y2M3DT4H54M6S')
self.assertEqual(resultduration.days, 428)
self.assertEqual(resultduration.seconds, 17646)
resultinterval = aniso8601.parse_interval(
'1980-03-05T01:01:00/1981-04-05T01:01:00')
self.assertEqual(
resultinterval[0],
datetime.datetime(year=1980, month=3, day=5, hour=1, minute=1))
self.assertEqual(
resultinterval[1],
datetime.datetime(year=1981, month=4, day=5, hour=1, minute=1))
results = list(aniso8601.parse_repeating_interval('R3/1981-04-05/P1D'))
self.assertEqual(results[0], datetime.date(year=1981, month=4, day=5))
self.assertEqual(results[1], datetime.date(year=1981, month=4, day=6))
self.assertEqual(results[2], datetime.date(year=1981, month=4, day=7))
def to_time(amazon_time):
if amazon_time == "AM":
return time(hour=0)
if amazon_time == "PM":
return time(hour=12)
if amazon_time == "MO":
return time(hour=5)
if amazon_time == "AF":
return time(hour=12)
if amazon_time == "EV":
return time(hour=17)
if amazon_time == "NI":
return time(hour=21)
try:
return aniso8601.parse_time(amazon_time)
except ValueError as e:
logger.warn("ValueError for amazon_time '{}'.".format(amazon_time))
logger.warn("ValueError message: {}".format(str(e)))
return None
def parse_time(time_string):
t, resolution = (
iso8601.parse_time(time_string),
iso8601.get_time_resolution(time_string),
)
tMin = t
if resolution == TimeResolution.Hours:
tMax = t.replace(
minute=time.max.minute,
second=time.max.second,
microsecond=time.max.microsecond,
)
elif resolution == TimeResolution.Minutes:
tMax = t.replace(second=time.max.second, microsecond=time.max.microsecond)
elif resolution == TimeResolution.Seconds:
if t.microsecond:
tMax = t
else:
tMax = t.replace(microsecond=time.max.microsecond)
else:
raise NotImplementedError(f'Unable to deal with time input "{time_string}".')
return tMin, tMax
def test_import(self):
#Just some tests repeated from other places to make sure the
#imports work
time = aniso8601.parse_time('01:23:45')
self.assertEqual(time.hour, 1)
self.assertEqual(time.minute, 23)
self.assertEqual(time.second, 45)
resultdatetime = aniso8601.parse_datetime('1981-04-05T23:21:28.512400Z')
self.assertEqual(resultdatetime.year, 1981)
self.assertEqual(resultdatetime.month, 4)
self.assertEqual(resultdatetime.day, 5)
self.assertEqual(resultdatetime.hour, 23)
self.assertEqual(resultdatetime.minute, 21)
self.assertEqual(resultdatetime.second, 28)
self.assertEqual(resultdatetime.microsecond, 512400)
tzinfoobject = resultdatetime.tzinfo
self.assertEqual(tzinfoobject.utcoffset(None), datetime.timedelta(hours=0))
self.assertEqual(tzinfoobject.tzname(None), 'UTC')
date = aniso8601.parse_date('19810405')
self.assertEqual(date.year, 1981)
self.assertEqual(date.month, 4)
self.assertEqual(date.day, 5)
resultduration = aniso8601.parse_duration('P1Y2M3DT4H54M6S')
self.assertEqual(resultduration.days, 428)
self.assertEqual(resultduration.seconds, 17646)
resultinterval = aniso8601.parse_interval('1980-03-05T01:01:00/1981-04-05T01:01:00')
self.assertEqual(resultinterval[0], datetime.datetime(year=1980, month=3, day=5, hour=1, minute=1))
self.assertEqual(resultinterval[1], datetime.datetime(year=1981, month=4, day=5, hour=1, minute=1))
results = list(aniso8601.parse_repeating_interval('R3/1981-04-05/P1D'))
self.assertEqual(results[0], datetime.date(year=1981, month=4, day=5))
self.assertEqual(results[1], datetime.date(year=1981, month=4, day=6))
self.assertEqual(results[2], datetime.date(year=1981, month=4, day=7))
def parse_value(cls, value):
try:
return parse_time(value)
except ValueError:
return None
def parse_time(amztime):
if amztime in TIME_DICT:
return tuple(datetime.time(*tt) for tt in TIME_DICT[amztime])
return aniso8601.parse_time(amztime)
def _extract_schedule_time(p_schedule_obj, p_rise_set):
""" Find the number of minutes from midnight until the schedule time for action.
Possible valid formats are:
hh:mm:ss
hh:mm
sunrise
sunrise + hh:mm
sunrise - hh:mm
@return: the number of minutes
"""
l_timefield = p_schedule_obj.Time.lower()
if 'dawn' in l_timefield:
# print('Dawn - {}'.format(l_timefield))
l_base = to_minutes(p_rise_set.Dawn)
l_timefield = l_timefield[4:]
elif 'sunrise' in l_timefield:
# print('SunRise - {}'.format(l_timefield))
l_base = to_minutes(p_rise_set.SunRise)
l_timefield = l_timefield[7:]
elif 'noon' in l_timefield:
# print('Noon - {}'.format(l_timefield))
l_base = to_minutes(p_rise_set.Noon)
l_timefield = l_timefield[4:]
elif 'sunset' in l_timefield:
# print('SunSet - {}'.format(l_timefield))
l_base = to_minutes(p_rise_set.SunSet)
l_timefield = l_timefield[6:]
elif 'dusk' in l_timefield:
# print('Dusk - {}'.format(l_timefield))
l_base = to_minutes(p_rise_set.Dusk)
l_timefield = l_timefield[4:]
else:
l_base = 0
l_timefield = l_timefield.strip()
# print('==time== - {}'.format(l_timefield))
l_subflag = False
if '-' in l_timefield:
# print(" found - ")
l_subflag = True
l_timefield = l_timefield[1:]
elif '+' in l_timefield:
# print(" found + ")
l_subflag = False
l_timefield = l_timefield[1:]
l_timefield = l_timefield.strip()
try:
# l_time = dparser.parse(l_timefield, fuzzy=True)
l_time = aniso8601.parse_time(l_timefield)
# print('Parsable time field "{}" = "{}"'.format(l_timefield, l_time))
except ValueError:
# print('Unparsable time field "{}"'.format(l_timefield))
l_time = datetime.time(0)
l_offset = to_minutes(l_time)
#
#
if l_subflag:
l_minutes = l_base - l_offset
else:
l_minutes = l_base + l_offset
#
return l_minutes
def f(v):
try:
return aniso8601.parse_time(v)
except:
raise good.Invalid('invalid time {}'.format(v))
def time_parse_value(cls, value):
try:
return aniso8601.parse_time(value)
except ValueError:
return None
def _parse_time(value):
t = aniso8601.parse_time(value)
d = datetime.datetime.combine(datetime.datetime.now().date(), t)
return apply_timezone(d)
def parse_literal(ast_node, _variables=None):
if isinstance(ast_node, ast.StringValueNode):
return aniso8601.parse_time(ast_node.value)
return graphql.INVALID
def coerce(value: str):
return aniso8601.parse_time(value)
def get_time_from_json_attr(json, attr):
return parse_time(json[attr])
def add_diaper(name, kind, date, time):
if name is not None:
if SESSION_KIND not in session.attributes or session.attributes[SESSION_KIND] is None:
return _save_and_prompt("kind",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date})
elif kind is not None:
if SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_KIND: kind, SESSION_DATE: date, SESSION_TIME: time})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date})
elif date is not None:
if SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_KIND: kind, SESSION_DATE: date, SESSION_TIME: time})
elif SESSION_KIND not in session.attributes or session.attributes[SESSION_KIND] is None:
return _save_and_prompt("kind",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date})
elif time is not None:
if SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_KIND: kind, SESSION_DATE: date, SESSION_TIME: time})
elif SESSION_KIND not in session.attributes or session.attributes[SESSION_KIND] is None:
return _save_and_prompt("kind",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time})
else:
return _gather("name")
# the first 4 blocks will always fall through to here while the else will not
endpoint = "/api/diaper"
user_token = session.user.accessToken
child = name_to_id(name, user_token)
if "children" in child:
text = render_template("multiple_name")
return statement(text).simple_card(text)
child_id = child["_id"]
kind = session.attributes[SESSION_KIND]
date = aniso8601.parse_date(session.attributes[SESSION_DATE])
time = aniso8601.parse_time(session.attributes[SESSION_TIME])
dt = datetime.datime.combine(date, time)
r = requests.post(BASE+endpoint,
headers={'Authorization': 'Basic %s' % b64encode(bytes(user_token+":"))},
data={'child_id': child_id, 'kind': kind, 'datetime': to_rfc822(dt)})
if r.status_code != 200:
return statement(render_template("failed_request")) # TODO handle 400
return statement("Diaper added.").simple_card("Diaper added")
def parse_value(cls, value):
try:
return parse_time(value)
except ValueError:
return None
def f(v):
try:
return aniso8601.parse_time(v)
except:
raise good.Invalid('invalid time {}'.format(v))
def add_feeding(name, side, date, time, length):
if name is not None:
if SESSION_SIDE not in session.attributes or session.attributes[SESSION_SIDE] is None:
return _save_and_prompt("side",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_LENGTH not in session.attributes or session.attributes[SESSION_LENGTH] is None:
return _save_and_prompt("length",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_TIME: time})
elif side is not None:
if SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_TIME: time, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_LENGTH not in session.attributes or session.attributes[SESSION_LENGTH] is None:
return _save_and_prompt("length",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_TIME: time})
elif date is not None:
if SESSION_SIDE not in session.attributes or session.attributes[SESSION_SIDE] is None:
return _save_and_prompt("side",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_TIME: time, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_LENGTH not in session.attributes or session.attributes[SESSION_LENGTH] is None:
return _save_and_prompt("length",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_TIME: time})
elif time is not None:
if SESSION_SIDE not in session.attributes or session.attributes[SESSION_SIDE] is None:
return _save_and_prompt("side",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_TIME: time, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_LENGTH not in session.attributes or session.attributes[SESSION_LENGTH] is None:
return _save_and_prompt("length",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_TIME: time})
elif length is not None:
if SESSION_SIDE not in session.attributes or session.attributes[SESSION_SIDE] is None:
return _save_and_prompt("side",
**{SESSION_NAME: name, SESSION_DATE: date, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_DATE not in session.attributes or session.attributes[SESSION_DATE] is None:
return _save_and_prompt("date",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_TIME: time, SESSION_LENGTH: length})
elif SESSION_NAME not in session.attributes or session.attributes[SESSION_NAME] is None:
return _save_and_prompt("name",
**{SESSION_TIME: time, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
elif SESSION_TIME not in session.attributes or session.attributes[SESSION_TIME] is None:
return _save_and_prompt("time",
**{SESSION_NAME: name, SESSION_SIDE: side, SESSION_DATE: date, SESSION_LENGTH: length})
else:
return _gather("name")
# the first 5 blocks will always fall through to here while the else will not
endpoint = "/api/feeding"
user_token = session.user.accessToken
if name is None:
name = session.attributes[SESSION_NAME]
child = name_to_id(name, user_token)
if "children" in child:
text = render_template("multiple_name")
return statement(text).simple_card(text)
child_id = child["_id"]
side = session.attributes[SESSION_SIDE]
length = session.attributes[SESSION_LENGTH]
date = aniso8601.parse_date(session.attributes[SESSION_DATE])
time = aniso8601.parse_time(session.attributes[SESSION_TIME])
dt = datetime.datime.combine(date, time)
r = requests.post(BASE+endpoint,
headers={'Authorization': 'Basic %s' % b64encode(bytes(user_token+":"))},
data={'child_id': child_id, 'side': side, 'datetime': to_rfc822(dt), 'duration': length})
if r.status_code != 200:
return statement(render_template("failed_request")) # TODO handle 400
return statement("Feeding added.").simple_card("Feeding added")