def validate(self, validator=None):
validator = super(FareAttribute, self).validate(validator)
# Required
with validator(self):
assert self.get('fare_id'), "Required: fare_id"
with validator(self):
assert self.get('price'), "Required: price"
with validator(self):
assert validation.valid_float(self.get('price')), "Invalid price"
with validator(self):
assert self.get('currency_type'), "Required: currency_type"
with validator(self):
assert self.get('payment_method'), "Required: payment_method"
with validator(self):
assert validation.valid_bool(self.get('payment_method')), \
"Invalid payment_method"
with validator(self):
assert validation.valid_int(self.get('transfers'), vmin=0, vmax=2, empty=True), \
"Invalid transfers"
# Optional
with validator(self):
if self.get('transfer_duration'):
assert validation.valid_int(self.get('transfer_duration'), vmin=0), \
"Invalid transfer_duration"
return validator
def validate(self, validator=None):
validator = super(StopTime, self).validate(validator)
# Required
with validator(self):
assert self.get('trip_id'), "Required: trip_id"
with validator(self):
assert \
(self.get('arrival_time') and self.get('departure_time')) or \
(not self.get('arrival_time') and not self.get('departure_time')), \
"Both arrival_time and departure_time must be set, or both must be empty."
with validator(self):
if self.get('arrival_time'):
assert validation.valid_widetime(self.get('arrival_time')), \
"Invalid arrival_time: %s"%self.get('arrival_time')
with validator(self):
if self.get('departure_time'):
assert validation.valid_widetime(self.get('departure_time')), \
"Invalid departure_time: %s"%self.get('departure_time')
with validator(self):
assert self.arrive() <= self.depart(), \
"Cannot depart before arriving!: %s -> %s"%(self.arrive(), self.depart())
with validator(self):
assert self.sequence() >= 0, \
"Invalid stop_sequence: %s"%self.get('stop_sequence')
# TODO: Warnings - useless stops (cant pickup or dropoff)
# Optional
with validator(self):
if self.get('pickup_type'):
assert validation.valid_int(self.get('pickup_type'), vmin=0, vmax=3), \
"Invalid pickup_type, must be 0,1,2,3: %s"%self.get('pickup_type')
with validator(self):
if self.get('drop_off_type'):
assert validation.valid_int(self.get('drop_off_type'), vmin=0, vmax=3), \
"Invalid drop_off_type, must be 0,1,2,3: %s"%self.get('drop_off_type')
with validator(self):
if self.get('timepoint'):
assert validation.valid_bool(self.get('timepoint'), empty=True), \
"Invalid timepoint"
with validator(self):
if int(self.get('timepoint',0)) == 1:
assert self.arrive() and self.depart(), \
"Exact timepoints require arrival_time and departure_time"
with validator(self):
if self.get('stop_headsign'):
pass
with validator(self):
if self.get('shape_dist_traveled'):
pass
return validator
def validate(self, validator=None):
validator = super(Transfer, self).validate(validator)
# Required
with validator(self):
assert self.get('from_stop_id'), "Required: from_stop_id"
with validator(self):
assert self.get('to_stop_id'), "Required: to_stop_id"
with validator(self):
# field required, blank allowed.
assert validation.valid_int(self.get('transfer_type'), vmin=0, vmax=3, empty=True), \
"Invalid transfer_type"
with validator(self):
if self.get('min_transfer_time'):
assert validation.valid_int(self.get('min_transfer_time'), vmin=0), \
"Invalid min_transfer_time"
return validator
def validate(self, validator=None):
validator = super(Frequency, self).validate(validator)
# Required
with validator(self):
assert self.get('trip_id'), "Required: trip_id"
with validator(self):
assert self.get('start_time'), "Required: start_time"
with validator(self):
assert self.get('end_time'), "Required: end_time"
with validator(self):
assert validation.valid_widetime(self.get('start_time')), \
"Invalid start_time"
with validator(self):
assert validation.valid_widetime(self.get('end_time')), \
"Invalid end_time"
with validator(self):
assert self.end() >= self.start(), \
"Invalid end_time, must at least start_date"
with validator(self):
assert validation.valid_int(self.get('headway_secs'), vmin=1), \
"Invalid headway_secs"
# Optional
with validator(self):
if self.get('exact_times'):
assert validation.valid_bool(self.get('exact_times'), empty=True), \
"Invalid exact_times"
return validator
def validate(self, validator=None):
validator = super(Transfer, self).validate(validator)
# Required
with validator(self):
assert self.get('from_stop_id'), "Required: from_stop_id"
with validator(self):
assert self.get('to_stop_id'), "Required: to_stop_id"
with validator(self):
# field required, blank allowed.
assert validation.valid_int(self.get('transfer_type'), vmin=0, vmax=3, empty=True), \
"Invalid transfer_type"
with validator(self):
if self.get('min_transfer_time'):
assert validation.valid_int(self.get('min_transfer_time'), vmin=0), \
"Invalid min_transfer_time"
return validator
def validate(self, validator=None):
validator = super(Frequency, self).validate(validator)
# Required
with validator(self):
assert self.get('trip_id'), "Required: trip_id"
with validator(self):
assert self.get('start_time'), "Required: start_time"
with validator(self):
assert self.get('end_time'), "Required: end_time"
with validator(self):
assert validation.valid_widetime(self.get('start_time')), \
"Invalid start_time"
with validator(self):
assert validation.valid_widetime(self.get('end_time')), \
"Invalid end_time"
with validator(self):
assert self.end() >= self.start(), \
"Invalid end_time, must at least start_date"
with validator(self):
assert validation.valid_int(self.get('headway_secs'), vmin=1), \
"Invalid headway_secs"
# Optional
with validator(self):
if self.get('exact_times'):
assert validation.valid_bool(self.get('exact_times'), empty=True), \
"Invalid exact_times"
return validator
def validate(self, validator=None):
validator = super(ServiceDate, self).validate(validator)
with validator(self):
assert self.get('service_id'), "Required: service_id"
with validator(self):
assert self.get('date'), "Required: date"
with validator(self):
assert validation.valid_int(self.get('exception_type'), vmin=1, vmax=2), \
"Invalid exception_type"
return validator
def validate(self, validator=None):
validator = super(ServiceDate, self).validate(validator)
with validator(self):
assert self.get('service_id'), "Required: service_id"
with validator(self):
assert self.get('date'), "Required: date"
with validator(self):
assert validation.valid_int(self.get('exception_type'), vmin=1, vmax=2), \
"Invalid exception_type"
return validator
def validate(self, validator=None):
validator = super(Stop, self).validate(validator)
# Required
with validator(self):
assert self.get('stop_id'), "Required: stop_id"
with validator(self):
assert self.get('stop_name'), "Required: stop_name"
with validator(self):
assert self.get('stop_lat'), "Required: stop_lat"
with validator(self):
assert self.get('stop_lon'), "Required: stop_lon"
with validator(self):
assert validation.valid_point(
self.point()), "Invalid stop_lon/stop_lat"
# TODO: Warnings:
# - stop too close to 0,0
# Optional
with validator(self):
if self.get('stop_desc') == self.get('stop_name'):
raise validation.ValidationWarning(
"stop_desc and stop_name are the same")
with validator(self):
if self.get('zone_id') and int(self.get('location_type') or 0):
raise validation.ValidationWarning(
"A station cannot have a zone_id")
with validator(self):
if self.get('stop_url'):
assert validation.valid_url(
self.get('stop_url')), "Invalid stop_url"
with validator(self):
if self.get('location_type'):
assert validation.valid_bool(self.get('location_type'), empty=True), \
"Invalid location_type"
with validator(self):
if int(self.get('location_type')
or 0) and self.get('parent_station'):
assert not self.get('parent_station'), \
"A station cannot contain another station"
with validator(self):
if self.get('stop_timezone'):
assert validation.valid_tz(
self.get('stop_timezone')), "Invalid timezone"
with validator(self):
if self.get('wheelchair_boarding'):
assert validation.valid_int(self.get('wheelchair_boarding'), vmin=0, vmax=2, empty=True), \
"Invalid wheelchair_boarding"
with validator(self):
if self.get('stop_code'):
pass
return validator
def validate(self, validator=None):
validator = super(Trip, self).validate(validator)
# Required
with validator(self):
assert self.get('route_id'), "Required: route_id"
with validator(self):
assert self.get('service_id'), "Required: service_id"
with validator(self):
assert self.get('trip_id'), "Required: trip_id"
# TODO: Warnings:
# speed/vehicle_type
# duplicate trips
# Optional
with validator(self):
if self.get('direction_id'):
assert validation.valid_bool(
self.get('direction_id')), "Invalid direction_id"
with validator(self):
if self.get('wheelchair_accessible'):
assert validation.valid_int(self.get('wheelchair_accessible'), vmin=0, vmax=2, empty=True), \
"Invalid wheelchair_accessible"
with validator(self):
if self.get('bikes_allowed'):
assert validation.valid_int(self.get('bikes_allowed'), vmin=0, vmax=2, empty=True), \
"Invalid bikes_allowed"
with validator(self):
if self.get('trip_headsign'):
pass
with validator(self):
if self.get('trip_short_name'):
pass
with validator(self):
if self.get('block_id'):
pass
with validator(self):
if self.get('shape_id'):
pass
def validate(self, validator=None):
validator = super(Trip, self).validate(validator)
# Required
with validator(self):
assert self.get('route_id'), "Required: route_id"
with validator(self):
assert self.get('service_id'), "Required: service_id"
with validator(self):
assert self.get('trip_id'), "Required: trip_id"
# TODO: Warnings:
# speed/vehicle_type
# duplicate trips
# Optional
with validator(self):
if self.get('direction_id'):
assert validation.valid_bool(self.get('direction_id')), "Invalid direction_id"
with validator(self):
if self.get('wheelchair_accessible'):
assert validation.valid_int(self.get('wheelchair_accessible'), vmin=0, vmax=2, empty=True), \
"Invalid wheelchair_accessible"
with validator(self):
if self.get('bikes_allowed'):
assert validation.valid_int(self.get('bikes_allowed'), vmin=0, vmax=2, empty=True), \
"Invalid bikes_allowed"
with validator(self):
if self.get('trip_headsign'):
pass
with validator(self):
if self.get('trip_short_name'):
pass
with validator(self):
if self.get('block_id'):
pass
with validator(self):
if self.get('shape_id'):
pass
def validate(self, validator=None):
validator = super(ShapeRow, self).validate(validator)
# Required
with validator(self):
assert validation.valid_int(self.get('shape_pt_sequence'), vmin=0), \
"Required: shape_pt_sequence"
with validator(self):
assert self.get('shape_pt_lat'), "Required: shape_pt_lat"
with validator(self):
assert self.get('shape_pt_lon'), "Required: shape_pt_lon"
with validator(self):
assert validation.valid_point(self.point()), \
"Invalid shape_pt_lon or shape_pt_lat"
# Optional
return validator
def validate(self, validator=None):
validator = super(Stop, self).validate(validator)
# Required
with validator(self):
assert self.get('stop_id'), "Required: stop_id"
with validator(self):
assert self.get('stop_name'), "Required: stop_name"
with validator(self):
assert self.get('stop_lat'), "Required: stop_lat"
with validator(self):
assert self.get('stop_lon'), "Required: stop_lon"
with validator(self):
assert validation.valid_point(self.point()), "Invalid stop_lon/stop_lat"
# TODO: Warnings:
# - stop too close to 0,0
# Optional
with validator(self):
if self.get('stop_desc') == self.get('stop_name'):
raise validation.ValidationWarning("stop_desc and stop_name are the same")
with validator(self):
if self.get('zone_id') and int(self.get('location_type') or 0):
raise validation.ValidationWarning("A station cannot have a zone_id")
with validator(self):
if self.get('stop_url'):
assert validation.valid_url(self.get('stop_url')), "Invalid stop_url"
with validator(self):
if self.get('location_type'):
assert validation.valid_bool(self.get('location_type'), empty=True), \
"Invalid location_type"
with validator(self):
if int(self.get('location_type') or 0) and self.get('parent_station'):
assert not self.get('parent_station'), \
"A station cannot contain another station"
with validator(self):
if self.get('stop_timezone'):
assert validation.valid_tz(self.get('stop_timezone')), "Invalid timezone"
with validator(self):
if self.get('wheelchair_boarding'):
assert validation.valid_int(self.get('wheelchair_boarding'), vmin=0, vmax=2, empty=True), \
"Invalid wheelchair_boarding"
with validator(self):
if self.get('stop_code'):
pass
return validator