def year(self) -> int:
if (self.__m_year > 0):
return self.__m_year
if (self.int_value == 0):
return 0
if (self.new_age == 0):
if (self.int_value < 16):
return 2000 + self.int_value
if (self.int_value <=
((Utils.getDate(datetime.datetime.today()).year - 2000) + 5)):
return 2000 + self.int_value
if (self.int_value < 100):
return 1900 + self.int_value
return self.int_value
def getDatesOld(self,
now: datetime.datetime,
from0_: datetime.datetime,
to: datetime.datetime,
can_be_future: bool = False) -> bool:
yfrom = None
yto = None
yfrom_def = False
yto_def = False
qfrom = None
qto = None
mfrom = None
mto = None
dfrom = None
dto = None
hfrom = None
hto = None
min_from = None
min_to = None
for k in range(2):
its = (self.items_from if k == 0 else self.items_to)
i = 0
v = 0
if ((i < len(its))
and its[i].typ == DateExToken.DateExItemTokenType.YEAR):
if (not its[i].is_value_relate):
v = its[i].value
else:
v = (now.year + its[i].value)
i += 1
if (k == 0):
yfrom = v
else:
yto = v
if (k == 0):
yfrom_def = True
else:
yto_def = True
if ((i < len(its))
and its[i].typ == DateExToken.DateExItemTokenType.QUARTAL):
if (not its[i].is_value_relate):
v = its[i].value
else:
v = (1 + ((math.floor(
((now.month - 1)) / 4))) + its[i].value)
i = len(its)
if (k == 0):
qfrom = v
else:
qto = v
if ((i < len(its))
and its[i].typ == DateExToken.DateExItemTokenType.MONTH):
if (not its[i].is_value_relate):
v = its[i].value
else:
v = (now.month + its[i].value)
i += 1
if (k == 0):
mfrom = v
else:
mto = v
if ((i < len(its))
and its[i].typ == DateExToken.DateExItemTokenType.DAY):
if (not its[i].is_value_relate):
v = its[i].value
else:
v = (now.day + its[i].value)
i += 1
if (k == 0):
dfrom = v
else:
dto = v
if ((i < len(its)) and its[i].typ
== DateExToken.DateExItemTokenType.DAYOFWEEK):
v = its[i].value
if (its[i].value < 0):
v = (-v)
ddd = now
while True:
if (ddd.weekday() == 0):
ddd = (ddd + datetime.timedelta(days=-7))
if (v > 1):
ddd = (ddd + datetime.timedelta(days=v - 1))
if (k == 0):
yfrom = ddd.year
mfrom = ddd.month
dfrom = ddd.day
else:
yto = ddd.year
mto = ddd.month
dto = ddd.day
break
ddd = (ddd + datetime.timedelta(days=-1))
else:
dow = now.weekday()
if (dow == 0):
dow = 7
ddd = now
if (v > dow):
ddd = (ddd + datetime.timedelta(days=v - dow))
else:
if (can_be_future):
ddd = (ddd + datetime.timedelta(days=7))
if (dow > v):
ddd = (ddd + datetime.timedelta(days=v - dow))
if (k == 0):
yfrom = ddd.year
mfrom = ddd.month
dfrom = ddd.day
else:
yto = ddd.year
mto = ddd.month
dto = ddd.day
i += 1
if ((i < len(its))
and its[i].typ == DateExToken.DateExItemTokenType.HOUR):
if (not its[i].is_value_relate):
v = its[i].value
else:
v = (now.hour + its[i].value)
i += 1
if (k == 0):
hfrom = v
else:
hto = v
if ((i < len(its))
and its[i].typ == DateExToken.DateExItemTokenType.MINUTE):
if (not its[i].is_value_relate and len(its) > 1):
v = its[i].value
else:
v = (now.minute + its[i].value)
i += 1
if (k == 0):
min_from = v
else:
min_to = v
if (yfrom is None):
if (yto is None):
yto = now.year
yfrom = yto
else:
yfrom = yto
elif (yto is None):
yto = yfrom
if (qfrom is None and dfrom is None):
qfrom = qto
elif (qto is None and dto is None):
qto = qfrom
if (qfrom is not None):
mfrom = (1 + (((qfrom - 1)) * 4))
if (qto is not None):
mto = ((qto * 4) - 1)
if (mfrom is None and
(((dfrom is not None or mfrom is not None or hfrom is not None)
or min_from != 0 or len(self.items_from) == 0))):
if (mto is not None):
mfrom = mto
else:
mto = now.month
mfrom = mto
if (mto is None
and (((dto is not None or mto is not None or hto is not None)
or min_to is not None or len(self.items_to) == 0))):
if (mfrom is not None):
mto = mfrom
else:
mto = now.month
mfrom = mto
if (mfrom is not None):
while mfrom > 12:
yfrom += 1
mfrom -= 12
while mfrom <= 0:
yfrom -= 1
mfrom += 12
else:
mfrom = 1
if (mto is not None):
while mto > 12:
yto += 1
mto -= 12
while mto <= 0:
yto -= 1
mto += 12
else:
mto = 12
if (dfrom is None and ((hfrom is not None or min_from is not None
or len(self.items_from) == 0))):
if (dto is not None):
dfrom = dto
else:
dto = now.day
dfrom = dto
if (dto is None and ((hto is not None or min_to is not None
or len(self.items_to) == 0))):
if (dfrom is not None):
dto = dfrom
else:
dto = now.day
dfrom = dto
if (dfrom is not None):
while dfrom > Utils.lastDayOfMonth(yfrom, mfrom):
dfrom -= Utils.lastDayOfMonth(yfrom, mfrom)
mfrom += 1
if (mfrom > 12):
mfrom = 1
yfrom += 1
while dfrom <= 0:
mfrom -= 1
if (mfrom <= 0):
mfrom = 12
yfrom -= 1
dfrom += Utils.lastDayOfMonth(yfrom, mfrom)
if (dto is not None):
while dto > Utils.lastDayOfMonth(yto, mto):
dto -= Utils.lastDayOfMonth(yto, mto)
mto += 1
if (mto > 12):
mto = 1
yto += 1
while dto <= 0:
mto -= 1
if (mto <= 0):
mto = 12
yto -= 1
dto += Utils.lastDayOfMonth(yto, mto)
elif (dfrom is not None and mfrom == mto and yfrom == yto):
dto = dfrom
else:
dto = Utils.lastDayOfMonth(yto, mto)
if (dfrom is None):
dfrom = 1
try:
from0_.value = datetime.datetime(yfrom, mfrom, dfrom, 0, 0, 0)
to.value = datetime.datetime(yto, mto, dto, 0, 0, 0)
except Exception as ex:
from0_.value = datetime.datetime(1, 1, 1, 0, 0, 0)
to.value = datetime.datetime(1, 1, 1, 0, 0, 0)
return False
if ((not yfrom_def and len(self.items_from) > 0 and Utils.getDate(
from0_.value) > Utils.getDate(datetime.datetime.today()))
and not can_be_future):
if (not yto_def and to.value.year == from0_.value.year):
to.value = (to.value + datetime.timedelta(days=-1 * 365))
from0_.value = (from0_.value + datetime.timedelta(days=-1 * 365))
if (hfrom is None and hto is not None):
hfrom = hto
elif (hto is None and hfrom is not None):
hto = hfrom
if (min_from is None and min_to is not None):
min_from = min_to
elif (min_to is None and min_from is not None):
min_to = min_from
if (hfrom is not None or min_from is not None):
if (hfrom is None):
hfrom = now.hour
if (min_from is None):
min_from = 0
while min_from >= 60:
hfrom += 1
min_from -= 60
while min_from < 0:
hfrom -= 1
min_from += 60
while hfrom >= 24:
from0_.value = (from0_.value + datetime.timedelta(days=1))
hfrom -= 24
while hfrom < 0:
from0_.value = (from0_.value + datetime.timedelta(days=-1))
hfrom += 24
from0_.value = ((from0_.value + datetime.timedelta(hours=hfrom)) +
datetime.timedelta(minutes=min_from))
if (hto is not None or min_to is not None):
if (hto is None):
hto = now.hour
if (min_to is None):
min_to = 0
while min_to >= 60:
hto += 1
min_to -= 60
while min_to < 0:
hto -= 1
min_to += 60
while hto >= 24:
to.value = (to.value + datetime.timedelta(days=1))
hto -= 24
while hto < 0:
to.value = (to.value + datetime.timedelta(days=-1))
hto += 24
to.value = ((to.value + datetime.timedelta(hours=hto)) +
datetime.timedelta(minutes=min_to))
return True
