Add support for Rattail -> CORE export/sync for Member data
also refactor CORE -> Rattail logic to use `api.set_member()` etc.
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@ -27,6 +27,8 @@ CORE-POS model importers (webservices API)
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from corepos.api import CoreWebAPI
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from rattail import importing
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from rattail.util import data_diffs
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from rattail_corepos.corepos.util import get_core_members
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class ToCoreAPI(importing.Importer):
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@ -74,6 +76,145 @@ class ToCoreAPI(importing.Importer):
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data[field] = ''
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class MemberImporter(ToCoreAPI):
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"""
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Member model importer for CORE-POS
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"""
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model_name = 'Member'
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key = 'cardNo'
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supported_fields = [
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'cardNo'
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'customerAccountID',
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'customers',
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# 'memberStatus',
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# 'activeStatus',
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# 'customerTypeID',
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# 'chargeBalance',
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# 'chargeLimit',
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# 'idCardUPC',
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# 'startDate',
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# 'endDate',
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# 'addressFirstLine',
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# 'addressSecondLine',
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# 'city',
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# 'state',
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# 'zip',
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# 'contactAllowed',
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# 'contactMethod',
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# 'modified',
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]
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supported_customer_fields = [
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'customerID',
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# 'customerAccountID',
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# 'cardNo',
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'firstName',
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'lastName',
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# 'chargeAllowed',
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# 'checksAllowed',
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# 'discount',
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'accountHolder',
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# 'staff',
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# 'phone',
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# 'altPhone',
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# 'email',
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# 'memberPricingAllowed',
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# 'memberCouponsAllowed',
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# 'lowIncomeBenefits',
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# 'modified',
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]
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def get_local_objects(self, host_data=None):
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return get_core_members(self.api, progress=self.progress)
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def get_single_local_object(self, key):
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assert len(self.key) == 1
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assert self.key[0] == 'cardNo'
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return self.api.get_member(key[0])
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def normalize_local_object(self, member):
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data = dict(member)
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return data
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def data_diffs(self, local_data, host_data):
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diffs = super(MemberImporter, self).data_diffs(local_data, host_data)
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# the 'customers' field requires a more granular approach, since the
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# data coming from API may have different fields than our local data
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if 'customers' in self.fields and 'customers' in diffs:
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if not self.customer_data_differs(local_data, host_data):
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diffs.remove('customers')
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return diffs
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def customer_data_differs(self, local_data, host_data):
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local_customers = local_data['customers']
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host_customers = host_data['customers']
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# if both are empty, we're good
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if not local_customers and not host_customers:
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return False
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# obviously we differ if record count doesn't match
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if len(local_customers) != len(host_customers):
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return True
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# okay then, let's traverse the "new" list
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for host_customer in host_customers:
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# we differ if can't locate corresponding "old" local record
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local_customer = self.find_local_customer(local_customers, host_customer)
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if not local_customer:
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return True
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# we differ if old and new records differ
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if data_diffs(local_customer, host_customer,
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fields=self.supported_customer_fields):
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return True
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# okay, now let's traverse the "old" list
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for local_customer in local_customers:
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# we differ if can't locate corresponding "new" host record
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host_customer = self.find_host_customer(host_customers, local_customer)
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if not host_customer:
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return True
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# guess we don't differ after all
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return False
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def find_local_customer(self, local_customers, host_customer):
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assert 'customerID' in self.supported_customer_fields
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if not host_customer['customerID']:
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return # new customer
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for local_customer in local_customers:
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if local_customer['customerID'] == host_customer['customerID']:
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return local_customer
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def find_host_customer(self, host_customers, local_customer):
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assert 'customerID' in self.supported_customer_fields
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for host_customer in host_customers:
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if host_customer['customerID'] == local_customer['customerID']:
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return host_customer
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def create_object(self, key, data):
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# we can get away with using the same logic for both here
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return self.update_object(None, data)
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def update_object(self, member, data, local_data=None):
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"""
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Push an update for the member, via the CORE API.
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"""
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if self.dry_run:
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return data
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cardNo = data.pop('cardNo')
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member = self.api.set_member(cardNo, **data)
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return member
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class DepartmentImporter(ToCoreAPI):
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"""
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Department model importer for CORE-POS
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@ -47,6 +47,7 @@ class FromRattailToCore(importing.FromRattailHandler):
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def get_importers(self):
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importers = OrderedDict()
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importers['Member'] = MemberImporter
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importers['Department'] = DepartmentImporter
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importers['Subdepartment'] = SubdepartmentImporter
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importers['Vendor'] = VendorImporter
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@ -60,6 +61,42 @@ class FromRattail(importing.FromSQLAlchemy):
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"""
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class MemberImporter(FromRattail, corepos_importing.model.MemberImporter):
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"""
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Member data exporter
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"""
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host_model_class = model.Customer
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key = 'cardNo'
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supported_fields = [
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'cardNo',
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'customerAccountID',
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'customers',
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]
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supported_person_fields = [
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'customerID',
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'firstName',
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'lastName',
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'accountHolder',
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]
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def normalize_host_object(self, customer):
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people = []
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for i, person in enumerate(customer.people, 1):
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people.append({
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'customerID': str(person.corepos_customer_id),
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'firstName': person.first_name,
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'lastName': person.last_name,
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'accountHolder': i == 1,
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})
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return {
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'cardNo': customer.number,
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'customerAccountID': customer.id,
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'customers': people,
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}
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class DepartmentImporter(FromRattail, corepos_importing.model.DepartmentImporter):
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"""
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Department data exporter
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@ -24,11 +24,48 @@
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CORE-POS misc. utilities
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"""
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import logging
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import sqlalchemy as sa
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from corepos.db.office_op import Session as CoreSession, model as corepos
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from rattail.db.util import short_session
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from rattail.util import OrderedDict, progress_loop
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log = logging.getLogger(__name__)
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def get_core_members(api, progress=None):
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"""
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Shared logic for fetching *all* customer accounts from CORE-POS API.
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"""
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# TODO: ideally could do this, but API doesn't let us fetch "all"
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# return api.get_members()
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# first we fetch all customer records from CORE DB
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with short_session(Session=CoreSession) as s:
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db_customers = s.query(corepos.Customer).all()
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s.expunge_all()
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# now we must fetch each customer account individually from API
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members = OrderedDict()
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def fetch(dbcust, i):
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if dbcust.card_number in members:
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return # already fetched this one
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member = api.get_member(dbcust.card_number)
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if member:
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members[dbcust.card_number] = member
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else:
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logger = log.warning if dbcust.account_holder else log.debug
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logger("could not fetch member from CORE API: %s",
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dbcust.card_number)
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progress_loop(fetch, db_customers, progress,
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message="Fetching Member data from CORE API")
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return list(members.values())
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def get_max_existing_vendor_id(session=None):
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@ -152,21 +152,23 @@ class FromRattailToCore(NewDataSyncImportConsumer):
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# also establish the API client for each!
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importer.establish_api()
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# sync all Department changes
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# sync all Customer changes
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types = [
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'Department',
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'Customer',
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'Person',
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'CustomerPerson',
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]
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for change in [c for c in changes if c.payload_type in types]:
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if change.payload_type == 'Department' and change.deletion:
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# TODO: we have no way (yet) to delete a CORE department via API
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if change.payload_type == 'Customer' and change.deletion:
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# # just do default logic for this one
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# self.invoke_importer(session, change)
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# TODO: we have no way to delete a CORE customer via API, right?
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pass
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else: # we consider this an "add/update"
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department = self.get_department(session, change)
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if department:
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self.process_change(session, self.importers['Department'],
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host_object=department)
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customers = self.get_customers(session, change)
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for customer in customers:
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self.process_change(session, self.importers['Member'],
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host_object=customer)
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# sync all Vendor changes
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types = [
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self.process_change(session, self.importers['Vendor'],
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host_object=vendor)
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def get_department(self, session, change):
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if change.payload_type == 'Department':
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return session.query(model.Department).get(change.payload_key)
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# sync all Product changes
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types = [
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'Product',
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'ProductPrice',
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]
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for change in [c for c in changes if c.payload_type in types]:
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if change.payload_type == 'Product' and change.deletion:
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# # just do default logic for this one
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# self.invoke_importer(session, change)
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# TODO: we have no way to delete a CORE product via API, right?
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pass
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else: # we consider this an "add/update"
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product = self.get_product(session, change)
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if product:
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self.process_change(session, self.importers['Product'],
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host_object=product)
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# process all remaining supported models with typical logic
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types = [
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'Department',
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'Subdepartment',
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]
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for change in [c for c in changes if c.payload_type in types]:
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self.invoke_importer(session, change)
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def get_host_object(self, session, change):
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return session.query(getattr(model, change.payload_type))\
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.get(change.payload_key)
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def get_customers(self, session, change):
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if change.payload_type == 'Customer':
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customer = session.query(model.Customer).get(change.payload_key)
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if customer:
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return [customer]
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if change.payload_type == 'CustomerPerson':
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cp = session.query(model.CustomerPerson).get(change.payload_key)
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if cp:
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return [cp.customer]
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if change.payload_type == 'Person':
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person = session.query(model.Person).get(change.payload_key)
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if person:
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return person.customers
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return []
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def get_vendor(self, session, change):
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email = session.query(model.VendorEmailAddress).get(change.payload_key)
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if email:
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return email.vendor
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def get_product(self, session, change):
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if change.payload_type == 'Product':
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return session.query(model.Product).get(change.payload_key)
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if change.payload_type == 'ProductPrice':
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price = session.query(model.ProductPrice).get(change.payload_key)
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if price:
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return price.product
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@ -86,7 +86,7 @@ class FromCOREAPIToRattail(NewDataSyncImportConsumer):
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def get_host_object(self, session, change):
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if change.payload_type == 'Customer':
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return self.api.get_customer(change.payload_key)
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return self.api.get_member(change.payload_key)
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if change.payload_type == 'Department':
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return self.api.get_department(change.payload_key)
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if change.payload_type == 'Subdepartment':
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@ -31,14 +31,14 @@ from sqlalchemy import orm
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from sqlalchemy.orm.exc import NoResultFound
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from corepos.api import CoreWebAPI
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from corepos.db.office_op import Session as CoreSession, model as corepos
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from rattail import importing
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from rattail.db import model
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from rattail.gpc import GPC
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from rattail.util import OrderedDict
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from rattail.db.util import normalize_full_name, short_session
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from rattail.db.util import normalize_full_name
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from rattail_corepos import importing as corepos_importing
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from rattail_corepos.corepos.util import get_core_members
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log = logging.getLogger(__name__)
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url = self.config.require('corepos.api', 'url')
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self.api = CoreWebAPI(url)
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def get_core_customers(self):
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# TODO: ideally could do this, but API doesn't let us fetch "all"
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# return self.api.get_customers()
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# first we fetch all customer records from CORE DB
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with short_session(Session=CoreSession) as s:
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db_customers = s.query(corepos.Customer).all()
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s.expunge_all()
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# now we must fetch each customer account individually from API
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customers = OrderedDict()
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def fetch(dbcust, i):
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if dbcust.card_number in customers:
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return # already fetched this one
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customer = self.api.get_customer(dbcust.card_number)
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if customer:
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customers[dbcust.card_number] = customer
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else:
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logger = log.warning if dbcust.account_holder else log.debug
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logger("could not fetch customer from CORE API: %s",
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dbcust.card_number)
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self.progress_loop(fetch, db_customers,
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message="Fetching Customer data from CORE API")
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return list(customers.values())
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def get_core_members(self):
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return get_core_members(self.api, progress=self.progress)
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class CustomerImporter(FromCOREPOSAPI, importing.model.CustomerImporter):
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@ -115,26 +91,26 @@ class CustomerImporter(FromCOREPOSAPI, importing.model.CustomerImporter):
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]
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def get_host_objects(self):
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return self.get_core_customers()
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return self.get_core_members()
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def normalize_host_object(self, customer):
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def normalize_host_object(self, member):
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# figure out the "account holder" person for the customer
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people = customer['customers']
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account_holders = [person for person in people
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if person['accountHolder']]
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# figure out the "account holder" customer for the member
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customers = member['customers']
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account_holders = [customer for customer in customers
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if customer['accountHolder']]
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if len(account_holders) > 1:
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log.warning("customer %s has %s account holders in CORE: %s",
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customer['cardNo'], len(account_holders), customer)
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log.warning("member %s has %s account holders in CORE: %s",
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member['cardNo'], len(account_holders), member)
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elif not account_holders:
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raise NotImplementedError("TODO: how to handle customer with no account holders?")
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person = account_holders[0]
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raise NotImplementedError("TODO: how to handle member with no account holders?")
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customer = account_holders[0]
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return {
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'id': customer['customerAccountID'],
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'number': customer['cardNo'],
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'name': normalize_full_name(person['firstName'],
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person['lastName']),
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'id': member['customerAccountID'],
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'number': member['cardNo'],
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'name': normalize_full_name(customer['firstName'],
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customer['lastName']),
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}
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@ -160,36 +136,36 @@ class PersonImporter(FromCOREPOSAPI, corepos_importing.model.PersonImporter):
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def get_host_objects(self):
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# first get all customer data from CORE API
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customers = self.get_core_customers()
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# first get all member data from CORE API
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members = self.get_core_members()
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normalized = []
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# then collect all the "person" records
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def normalize(customer, i):
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normalized.extend(self.get_person_objects_for_customer(customer))
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def normalize(member, i):
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normalized.extend(self.get_person_objects_for_member(member))
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self.progress_loop(normalize, customers,
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self.progress_loop(normalize, members,
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message="Collecting Person data from CORE")
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return normalized
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def get_person_objects_for_customer(self, customer):
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def get_person_objects_for_member(self, member):
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"""
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Return a list of Person data objects for the given Customer. This
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Return a list of Person data objects for the given Member. This
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logic is split out separately so that datasync can leverage it too.
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"""
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records = []
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people = []
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||||
|
||||
# make sure we put the account holder first in the list!
|
||||
people = sorted(customer['customers'],
|
||||
key=lambda cust: 1 if cust['accountHolder'] else 0,
|
||||
reverse=True)
|
||||
customers = sorted(member['customers'],
|
||||
key=lambda cust: 1 if cust['accountHolder'] else 0,
|
||||
reverse=True)
|
||||
|
||||
for i, person in enumerate(people, 1):
|
||||
person = dict(person)
|
||||
for i, customer in enumerate(customers, 1):
|
||||
person = dict(customer)
|
||||
person['customer_person_ordinal'] = i
|
||||
records.append(person)
|
||||
people.append(person)
|
||||
|
||||
return records
|
||||
return people
|
||||
|
||||
def get_customer(self, id):
|
||||
if hasattr(self, 'customers'):
|
||||
|
@ -250,24 +226,24 @@ class CustomerPersonImporter(FromCOREPOSAPI, importing.model.CustomerPersonImpor
|
|||
|
||||
def get_host_objects(self):
|
||||
|
||||
# first get all customer data from CORE API
|
||||
customers = self.get_core_customers()
|
||||
# first get all member data from CORE API
|
||||
members = self.get_core_members()
|
||||
normalized = []
|
||||
|
||||
# then collect all customer/person combination records
|
||||
def normalize(customer, i):
|
||||
def normalize(member, i):
|
||||
# make sure we put the account holder first in the list!
|
||||
people = sorted(customer['customers'],
|
||||
key=lambda cust: 1 if cust['accountHolder'] else 0,
|
||||
reverse=True)
|
||||
for i, person in enumerate(people, 1):
|
||||
customers = sorted(member['customers'],
|
||||
key=lambda cust: 1 if cust['accountHolder'] else 0,
|
||||
reverse=True)
|
||||
for i, customer in enumerate(customers, 1):
|
||||
normalized.append({
|
||||
'customer_account_id': customer['customerAccountID'],
|
||||
'person_customer_id': person['customerID'],
|
||||
'customer_account_id': member['customerAccountID'],
|
||||
'person_customer_id': customer['customerID'],
|
||||
'ordinal': i,
|
||||
})
|
||||
|
||||
self.progress_loop(normalize, customers,
|
||||
self.progress_loop(normalize, members,
|
||||
message="Collecting CustomerPerson data from CORE")
|
||||
return normalized
|
||||
|
||||
|
|
Loading…
Reference in a new issue