def is_active(self, dt):
"""
Check if the rule is active on day, or on day and time.
@param dt: a datetime instance
@return: True if rule is active, else False
"""
dt = dt.astimezone(TZ_INFO["Asia/Jerusalem"])
day = dt.date()
t = dt.time()
if self.from_date and self.to_date and self.from_date <= day <= self.to_date:
return True if t is None else self.from_hour <= t <= self.to_hour
elif convert_python_weekday(day.weekday()) in self.get_weekdays():
return True if t is None else self.from_hour <= t <= self.to_hour
return False
def is_active(self, dt):
"""
Check if the rule is active on day, or on day and time.
@param dt: a datetime instance
@return: True if rule is active, else False
"""
dt = dt.astimezone(TZ_INFO["Asia/Jerusalem"])
day = dt.date()
t = dt.time()
if self.from_date and self.to_date and self.from_date <= day <= self.to_date:
return True if t is None else self.from_hour <= t <= self.to_hour
elif convert_python_weekday(day.weekday()) in self.get_weekdays():
return True if t is None else self.from_hour <= t <= self.to_hour
return False
def estimate_cost(est_duration, est_distance, country_code=settings.DEFAULT_COUNTRY_CODE, cities=None,
day=None, time=None, extras=None, meter_rules=None):
"""
Calculate estimated cost for a taxi ride by meter (by estimated time and duration) or a flat rate.
Returns a (cost, type) tuple.
cities : a list of city ids. Should contain exactly two different cities.
day : day of ride (1-7)
time : datetime.time of ride
extras : a list of extra costs to add. Phone order is automatically added to all rides.
"""
# init defaults
country = Country.objects.get(code=country_code)
if extras is None:
extras = []
if not IsraelExtraCosts.PHONE_ORDER in extras:
extras.append(IsraelExtraCosts.PHONE_ORDER)
if cities is None:
cities = []
if day is None:
day = convert_python_weekday(datetime.datetime.now().weekday())
if time is None:
time = datetime.datetime.now(TZ_INFO[settings.TIME_ZONE]).time()
logging.debug("Calculating estimated cost with (duration, distance, day, time) = (%d. %d, %d, %s)" % (est_duration,est_distance, day, time))
# Step 1: flat rate or by meter ?
flat_rate_rules = []
if flat_rate(cities):
city_a = City.objects.get(id=cities[0])
city_b = City.objects.get(id=cities[1])
flat_rate_rules = list(country.flat_rate_rules.filter(city1=city_a, city2=city_b))
flat_rate_rules.extend(list(country.flat_rate_rules.filter(city1=city_b, city2=city_a)))
flat_rate_rules = filter_relevant_daytime_rules(flat_rate_rules, day, time)
if len(flat_rate_rules) > 1:
raise InvalidRuleSetup("Multiple flat rules for same city pair encountered: %s, %s" % (city_a.name, city_b.name))
if flat_rate_rules:
type = CostType.FLAT
cost = flat_rate_rules.pop().fixed_cost
else:
type = CostType.METER
if not meter_rules:
meter_rules = country.metered_rules.all()
cost = calculate_meter_cost(meter_rules, est_duration, est_distance, day, time)
# Step 2: add extra costs (airport, etc.). Phone order is always added
extra_charge_rules = [country.extra_charge_rules.filter(rule_name=extra).get() for extra in extras]
extra_cost = sum([rule.cost for rule in extra_charge_rules])
# return total cost
logging.debug(u"Estimation %s cost: %d" % (type, cost + extra_cost))
return cost + extra_cost, type
def estimate_cost(est_duration,
est_distance,
country_code=settings.DEFAULT_COUNTRY_CODE,
cities=None,
day=None,
time=None,
extras=None,
meter_rules=None):
"""
Calculate estimated cost for a taxi ride by meter (by estimated time and duration) or a flat rate.
Returns a (cost, type) tuple.
cities : a list of city ids. Should contain exactly two different cities.
day : day of ride (1-7)
time : datetime.time of ride
extras : a list of extra costs to add. Phone order is automatically added to all rides.
"""
# init defaults
country = Country.objects.get(code=country_code)
if extras is None:
extras = []
if not IsraelExtraCosts.PHONE_ORDER in extras:
extras.append(IsraelExtraCosts.PHONE_ORDER)
if cities is None:
cities = []
if day is None:
day = convert_python_weekday(datetime.datetime.now().weekday())
if time is None:
time = datetime.datetime.now(TZ_INFO[settings.TIME_ZONE]).time()
logging.debug(
"Calculating estimated cost with (duration, distance, day, time) = (%d. %d, %d, %s)"
% (est_duration, est_distance, day, time))
# Step 1: flat rate or by meter ?
flat_rate_rules = []
if flat_rate(cities):
city_a = City.objects.get(id=cities[0])
city_b = City.objects.get(id=cities[1])
flat_rate_rules = list(
country.flat_rate_rules.filter(city1=city_a, city2=city_b))
flat_rate_rules.extend(
list(country.flat_rate_rules.filter(city1=city_b, city2=city_a)))
flat_rate_rules = filter_relevant_daytime_rules(
flat_rate_rules, day, time)
if len(flat_rate_rules) > 1:
raise InvalidRuleSetup(
"Multiple flat rules for same city pair encountered: %s, %s" %
(city_a.name, city_b.name))
if flat_rate_rules:
type = CostType.FLAT
cost = flat_rate_rules.pop().fixed_cost
else:
type = CostType.METER
if not meter_rules:
meter_rules = country.metered_rules.all()
cost = calculate_meter_cost(meter_rules, est_duration, est_distance,
day, time)
# Step 2: add extra costs (airport, etc.). Phone order is always added
extra_charge_rules = [
country.extra_charge_rules.filter(rule_name=extra).get()
for extra in extras
]
extra_cost = sum([rule.cost for rule in extra_charge_rules])
# return total cost
logging.debug(u"Estimation %s cost: %d" % (type, cost + extra_cost))
return cost + extra_cost, type