I use mongoengine and when I call a class mongoengine give me error
for example when I use : Site.objects()
I get this
TypeError: id must be an instance of (str, unicode, ObjectId), not <type 'dict'>
and it's my class definition :
class Site(db.Document):
siteURL = db.URLField('''required = True''')
name = db.StringField(required = True)
pages = db.ListField(ReferenceField(Page))
siteId = db.IntField(required = True , unique = True )
views = db.IntField(required = True , default = 0)
visitors = db.IntField(required = True , default = 0)
stat_by_hour = LimitedListField(EmbeddedDocumentField(HourStat))
weekday_stat = db.ListField(EmbeddedDocumentField(WeekdayStat))
os = db.ListField(ReferenceField(OS))
countries = db.ListField(ReferenceField(Country))
cities = db.ListField(ReferenceField(City))
browsers = db.ListField(ReferenceField(Browser))
resolutions = db.ListField(ReferenceField(Resolution))
mostVisitedDays = db.SortedListField(EmbeddedDocumentField(MostVisitedDay) , ordering="visitors")
Related
I am trying to automate my shipping process using the Python fedex module. I am using developer test credentials. The code to create my shipment can be seen here:
import fedex
from fedex.services.ship_service import FedexProcessShipmentRequest, FedexDeleteShipmentRequest
from fedex.config import FedexConfig
CONFIG_OBJ = FedexConfig(key='******',
password= '*****',
account_number='***',
meter_number='***',
use_test_server=True)
shipment = FedexProcessShipmentRequest(CONFIG_OBJ)
shipment = FedexProcessShipmentRequest(CONFIG_OBJ)
shipment.RequestedShipment.DropoffType = 'REGULAR_PICKUP'
shipment.RequestedShipment.ServiceType = 'FEDEX_GROUND'
shipment.RequestedShipment.PackagingType = 'YOUR_PACKAGING'
shipment.RequestedShipment.Shipper.Contact.PersonName = 'Sender Name'
shipment.RequestedShipment.Shipper.Contact.PhoneNumber = '9012638716'
shipment.RequestedShipment.Shipper.Address.StreetLines = ['Address Line 1']
shipment.RequestedShipment.Shipper.Address.City = 'Detroit'
shipment.RequestedShipment.Shipper.Address.StateOrProvinceCode = 'Mi'
shipment.RequestedShipment.Shipper.Address.PostalCode = '48127'
shipment.RequestedShipment.Shipper.Address.CountryCode = 'US'
shipment.RequestedShipment.Recipient.Contact.PersonName = 'Recipient Name'
shipment.RequestedShipment.Recipient.Contact.PhoneNumber = '9012637906'
shipment.RequestedShipment.Recipient.Address.StreetLines = ['Address Line 1']
shipment.RequestedShipment.Recipient.Address.City = 'Detroit'
shipment.RequestedShipment.Recipient.Address.StateOrProvinceCode = 'Mi'
shipment.RequestedShipment.Recipient.Address.PostalCode = '48127'
shipment.RequestedShipment.Recipient.Address.CountryCode = 'US'
shipment.RequestedShipment.EdtRequestType = 'NONE'
shipment.RequestedShipment.ShippingChargesPayment.Payor.ResponsibleParty.AccountNumber \
= CONFIG_OBJ.account_number
shipment.RequestedShipment.ShippingChargesPayment.PaymentType = 'SENDER'
shipment.RequestedShipment.LabelSpecification.LabelFormatType = 'COMMON2D'
shipment.RequestedShipment.LabelSpecification.ImageType = 'PNG'
shipment.RequestedShipment.LabelSpecification.LabelStockType = 'PAPER_7X4.75'
shipment.RequestedShipment.LabelSpecification.LabelPrintingOrientation = 'BOTTOM_EDGE_OF_TEXT_FIRST'
The code executes without problem and outputs the following JSON:
(reply){
HighestSeverity = "SUCCESS"
Notifications[] =
(Notification){
Severity = "SUCCESS"
Source = "ship"
Code = "0000"
Message = "Success"
LocalizedMessage = "Success"
},
Version =
(VersionId){
ServiceId = "ship"
Major = 23
Intermediate = 0
Minor = 0
}
JobId = "aac513eb0455f072033104594"
CompletedShipmentDetail =
(CompletedShipmentDetail){
UsDomestic = True
CarrierCode = "FDXG"
MasterTrackingId =
(TrackingId){
TrackingIdType = "FEDEX"
TrackingNumber = "794608334864"
}
ServiceTypeDescription = "FXG"
ServiceDescription =
(ServiceDescription){
ServiceType = "FEDEX_GROUND"
Code = "92"
Names[] =
....
I would like to show the physical shipping label that the following subsection of the output points to:
Label =
(ShippingDocument){
Type = "OUTBOUND_LABEL"
ShippingDocumentDisposition = "RETURNED"
ImageType = "PNG"
Resolution = 200
CopiesToPrint = 1
Parts[] =
(ShippingDocumentPart){
DocumentPartSequenceNumber = 1
Image = "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"
},
}
However, I am unsure how to do this. Can anybody offer me any guidance?
Thank you!
I have went through other answers but none of them seems to answer this question , I have cloned sandman2 which does not have column filter and column searchable option in admin dashboard , below is the ModelView
from flask_admin.contrib.sqla import ModelView
class CustomAdminView(ModelView): # pylint: disable=no-init
"""Define custom templates for each view."""
list_template = 'list.html'
create_template = 'create.html'
edit_template = 'edit.html'
column_display_pk = True
ModelView.can_export = True
ModelView.can_delete = False
ModelView.can_view_details = True
ModelView.can_set_page_size = True
ModelView.can_create = False
ModelView.page_size = 500
And I am calling this in app.py
def register_model(cls, admin=None):
"""Register *cls* to be included in the API service
:param cls: Class deriving from :class:`sandman2.models.Model`
"""
cls.__url__ = '/{}'.format(cls.__name__.lower())
service_class = type(
cls.__name__ + 'Service',
(Service,),
{
'__model__': cls,
})
# inspect primary key
cols = list(cls().__table__.primary_key.columns)
# composite keys not supported (yet)
primary_key_type = 'string'
if len(cols) == 1:
col_type = cols[0].type
# types defined at http://flask.pocoo.org/docs/0.10/api/#url-route-registrations
if isinstance(col_type, sqltypes.String):
primary_key_type = 'string'
elif isinstance(col_type, sqltypes.Integer):
primary_key_type = 'int'
elif isinstance(col_type, sqltypes.Numeric):
primary_key_type = 'float'
# registration
register_service(service_class, primary_key_type)
if admin is not None:
columns = (c.name for c in (list(cls().__table__.columns)) if not c.primary_key)
cv = CustomAdminView(cls, db.session)
cv.column_filters = columns
cv.column_searchable_list = list(columns)
admin.add_view(cv)
Still no luck , no filter option on the admin neither the filter option.
I'm trying override a str method in Person() class:
'''class Person(object):
def __init__(self, Nose = None, Neck = None, RShoulder = None, RElbow = None, RWrist = None, LShoulder = None, LElbow = None, LWrist = None, MidHip = None, RHip = None, RKnee = None, RAnkle = None, LHip = None, LKnee = None, LAnkle = None, REye = None, LEye = None, REar = None, LEar = None, LBigToe = None, LSmallToe = None, LHeel = None, RBigToe = None, RSmallToe = None, RHeel = None):
self.Nose = Nose
self.Neck = Neck
self.RShoulder = RShoulder
self.RElbow = RElbow
self.RWrist = RWrist
self.LShoulder = LShoulder
self.LElbow = LElbow
self.LWrist = LWrist
self.MidHip = MidHip
self.RHip = RHip
self.RKnee = RKnee
self.RAnkle = RAnkle
self.LHip = LHip
self.LKnee = LKnee
self.LAnkle = LAnkle
self.REye = REye
self.LEye = LEye
self.REar = REar
self.LEar = LEar
self.LBigToe = LBigToe
self.LSmallToe = LSmallToe
self.LHeel = LHeel
self.RBigToe = RBigToe
self.RSmallToe = RSmallToe
self.RHeel = RHeel
def __str__(self):
return 'Nose = %s\nNeck = \n%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s'%(self.Nose,self.Neck,self.RShoulder,self.RElbow,self.RWrist,self.LShoulder,self.LElbow,self.LWrist,self.MidHip,self.RHip,self.RKnee,self.RAnkle,self.LHip,self.LKnee,self.LAnkle,self.REye,self.LEye,self.REar,self.LEar,self.LBigToe,self.LSmallToe,self.LHeel,self.RBigToe,self.RSmallToe,self.RHeel)'''
And I want to find more elegant way to return a string which will look like that:
Nose = something
Neck = something
...
...
...
Question: elegant way to return a string which will look like ...
You can use the built-in vars function to get the __dict__ of the class variable and format it using .format(... and .join(....
Reference:
vars([object])
Return the __dict__ attribute for a module, class, instance, or any other object with a __dict__ attribute.
.format(value[, format_spec])
Convert a value to a “formatted” representation, as controlled by a standard formatting syntax that is used by most built-in types: Format Specification Mini-Language.
<str>.join(iterable)
Return a string which is the concatenation of the strings in iterable.
class Person:
def __init__(self, **kwargs):
self.Nose = kwargs.get('Nose', None)
self.Neck = kwargs.get('Neck', None)
self.RShoulder = kwargs.get('RShoulder', None)
def __str__(self):
return '\n'.join(('{} = {}'
.format(k, v) for k, v in vars(self).items()))
p = Person(Nose=1, Neck=1)
print(p)
Output:
Nose = 1
Neck = 1
RShoulder = None
Tested with Python: 3.6
I want to use a checkbox to control the ratio multiplied in slider function.
First I try to change the variable directly, but failed.
Then I try to change the dragCommand, but also failed.
How can I control it?
import pymel.core as pm
import math
myRatio = math.sqrt(2) * 0.5
def myPolyBevel(*args):
# called by convert
def convertOn(*args):
#myRatio = math.sqrt(2) * 0.5
myOffsetSlider.dragCommand = myOffsetOn
def convertOff(*args):
#myRatio = 1.0
myOffsetSlider.dragCommand = myOffsetOff
# called by offset
def myOffsetOn(*args):
temp = pm.floatSliderGrp( myOffsetSlider, query = True, value = True ) * myRatio
pm.setAttr( myBevel.name()+".offset", temp )
def myOffsetOff(*args):
temp = pm.floatSliderGrp( myOffsetSlider, query = True, value = True )
pm.setAttr( myBevel.name()+".offset", temp )
# main
if pm.selected():
# add Bevel
newBevel = pm.polyBevel3( pm.selected(), offset = 0.1 * myRatio， segments = 2， smoothingAngle = 30， chamfer = 1 )
myBevel = newBevel[0]
# UI
bevelWindow = pm.window(title = 'Bevel')
bevelLayout = pm.columnLayout()
myConvert = pm.checkBoxGrp( numberOfCheckBoxes = 1, label = '', label1 = 'Convert', value1 = 1, onCommand = convertOn, offCommand = convertOff )
myOffsetSlider = pm.floatSliderGrp( label='Offset', field = True,
minValue = 0.0, maxValue = 5.0,
fieldMinValue = 0.0, fieldMaxValue = 100.0,
value = 0.1, step = 0.001，
dragCommand = myOffsetOn, changeCommand = myOffsetOn )
pm.showWindow()
# Main
mainWindow = pm.window(title = 'Star')
mainLayout = pm.gridLayout( cellWidthHeight = (40,40), numberOfColumns = 5 )
bevelButton = pm.button( label = 'Bevel', command = myPolyBevel)
pm.showWindow()
You may have to not nest all this command, it makes it harder (or use some Class method)
use partial to pass args :
Maya Python - Using data from UI
here a useful post you can refer, check theodor and my answers on the topic (we often answer this question )
my models:
class Mod(models.model)
name = models.CharField(max_length = 255)
co_x = models.DecimalField(max_digits = 11, decimal_places = 8)
co_y = models.DecimalField(max_digits = 11, decimal_places = 8)
my views:
def closedPoint(request):
location_name = str(request.POST.get("lo", default=""))
nokta_x = int(float(request.POST.get("x"))
nokta_y = int(float(request.POST.get("y"))
poi = Point(nokta_x, nokta_y, srid = 900913)
sk = Mod()
poi_s = Point(sk.co_x, co_y, srid = 900913)
resut_poi = Mod.objects.filter(poi_s__distance_lte = (poi, D(km = 7))).filter(name__in = location_name)
here i want to deduct closest point in 7 km but it gives "Invalid parameters given for Point initialization
Ok, so it's now clear your error message comes from initializing a Point class with None.
That is your first critical problem.
Judging by the error message, my guess is that poi_s is initialized with None, None as Mod() is an unsaved instance with no values and those are the invalid parameters.
sk = Mod() # unsaved Mod instance with no defaults
poi_s = Point(sk.co_x, co_y, srid = 900913)
# sk.co_x is None
Your second problem that will appear after fixing the above is querying a model with an invalid lookup type (specific to PointField, __distance) which accepts a tuple. How to solve that, I don't know.
You would have to look at how GeoDjango translates that tuple into a DB lookup.