class TffProfileTO(TO):
username = unicode_property('username')
app_user = unicode_property('app_user')
referrer_user = unicode_property('referrer_user')
referrer_username = unicode_property('referrer_username')
nodes = typed_property('nodes', dict, True)
referral_code = unicode_property('referral_code')
kyc = typed_property('kyc', dict)
class Dummy(object):
f1 = unicode_property('1')
f2 = bool_property('2')
f3 = float_property('3')
f4 = long_property('4')
f5 = unicode_list_property('5')
f6 = typed_property('6', InnerDummy)
f7 = typed_property('7', InnerDummy, True)
class ProspectDetailsTO(object):
prospect = typed_property('1', ProspectTO, False)
regio_managers = typed_property('2', RegioManagerBaseTO, True)
@classmethod
def from_model(cls, prospect, regio_managers):
to = cls()
to.prospect = ProspectTO.from_model(prospect)
to.regio_managers = map(RegioManagerBaseTO.from_model, regio_managers)
return to
class BoundsTO(object):
south_west = typed_property('1', PointTO)
north_east = typed_property('2', PointTO)
@classmethod
def create(cls, sw_lat, sw_lon, ne_lat, ne_lon):
to = cls()
to.south_west = PointTO.create(sw_lat, sw_lon)
to.north_east = PointTO.create(ne_lat, ne_lon)
return to
class CustomerChargeTO(object):
# was a part of SignOrderReturnStatusTO with 51/52
charge = typed_property('51', ChargeTO, False)
customer = typed_property('52', CustomerTO, False)
@classmethod
def from_model(cls, charge, customer, can_edit=False, is_admin=False):
to = cls()
to.charge = ChargeTO.from_model(charge)
to.customer = CustomerTO.fromCustomerModel(customer, can_edit,
is_admin)
return to
class CreateNodeOrderTO(TO):
app_user = unicode_property('app_user')
billing_info = typed_property('billing_info',
ContactInfoTO) # type: ContactInfoTO
shipping_info = typed_property('shipping_info',
ContactInfoTO) # type: ContactInfoTO
status = long_property('status')
order_time = long_property('order_time')
sign_time = long_property('sign_time')
send_time = long_property('send_time')
odoo_sale_order_id = long_property('odoo_sale_order_id')
document = unicode_property('document')
class PaymentProviderAssetTO(TO):
provider_id = unicode_property('1')
id = unicode_property('2')
type = unicode_property('3')
name = unicode_property('4')
currency = unicode_property('5')
available_balance = typed_property('6', PaymentAssetBalanceTO)
total_balance = typed_property('7', PaymentAssetBalanceTO)
verified = bool_property('8')
enabled = bool_property('9')
has_balance = bool_property('10')
has_transactions = bool_property('11')
required_action = typed_property('12', PaymentAssetRequiredActionTO)
class CustomerServiceTO(SerializableTO):
name = unicode_property('1')
email = unicode_property('2')
address = unicode_property('3')
phone_number = unicode_property('4')
language = unicode_property('5')
currency = unicode_property('6')
modules = unicode_list_property('7')
broadcast_types = unicode_list_property('8')
apps = unicode_list_property('9')
organization_type = long_property('10')
app_infos = typed_property('11', AppInfoTO, True)
current_user_app_infos = typed_property('12', AppInfoTO, True)
managed_organization_types = long_list_property('13')
class ProspectsMapTO(object):
cursor = unicode_property('1')
prospects = typed_property('2', ProspectTO, True)
regio_managers = typed_property('3', RegioManagerBaseTO, True)
@classmethod
def from_model(cls, cursor, prospects, regio_managers):
to = cls()
to.cursor = cursor
to.prospects = [
ProspectTO.from_model(p) for p in prospects if p.geo_point
]
to.regio_managers = map(RegioManagerBaseTO.from_model, regio_managers)
return to
class MenuCategory(object):
name = unicode_property('1')
items = typed_property('2', MenuItem, True)
index = long_property('3')
predescription = unicode_property('4')
postdescription = unicode_property('5')
id = unicode_property('6')
class CustomerChargesTO(object):
customer_charges = typed_property('1', CustomerChargeTO, True)
# related to manager/user
is_admin = bool_property('2')
is_reseller = bool_property('3')
is_payment_admin = bool_property('4')
cursor = unicode_property('5')
class TickerEntryTO(TO):
date = unicode_property('date')
data = typed_property('data', dict)
id = unicode_property('id')
type = unicode_property('type') # one of ['flow', 'installation']
def to_dict(self, include=None, exclude=None):
return super(TickerEntryTO, self).to_dict(exclude=exclude or ['id'])
class LegalEntityReturnStatusTO(ReturnStatusTO):
entity = typed_property('101', LegalEntityTO, False)
@classmethod
def create(cls, success=True, errormsg=None, entity=None):
to = super(LegalEntityReturnStatusTO, cls).create(success, errormsg)
to.entity = LegalEntityTO.from_model(entity) if entity else None
return to
class TffConfiguration(TO):
"""
Args:
rogerthat(RogerthatConfiguration)
ledger(LedgerConfiguration)
odoo(OdooConfiguration)
orchestator(OrchestatorConfiguration)
investor(InvestorConfiguration)
apple(AppleConfiguration)
backup_disabled(bool)
intercom_admin_id(unicode)
cloudstorage_encryption_key(unicode)
onfido(OnfidoConfiguration)
"""
rogerthat = typed_property('1', RogerthatConfiguration, False)
ledger = typed_property('3', LedgerConfiguration, False)
odoo = typed_property('4', OdooConfiguration, False)
orchestator = typed_property('5', OrchestatorConfiguration, False)
investor = typed_property('6', InvestorConfiguration, False)
apple = typed_property('apple', AppleConfiguration)
backup_disabled = bool_property('backup_disabled')
intercom_admin_id = long_property('intercom_admin_id')
cloudstorage_encryption_key = unicode_property(
'cloudstorage_encryption_key')
exchangerate_key = unicode_property('exchangerate_key')
onfido = typed_property('onfido', OnfidoConfiguration)
class GlobalStatsTO(TO):
id = unicode_property('id')
name = unicode_property('name')
token_count = long_property('token_count')
unlocked_count = long_property('unlocked_count')
value = float_property('value')
currencies = typed_property('currencies', CurrencyValueTO,
True) # type: list[CurrencyValueTO]
market_cap = float_property('market_cap')
class ContactReturnStatusTO(ReturnStatusTO):
contact = typed_property('51', ContactTO)
@classmethod
def create(cls, success=True, errormsg=None, contact=None):
r = super(ContactReturnStatusTO, cls).create(success=success,
errormsg=errormsg)
r.contact = contact
return r
class NodeOrderDetailsTO(NodeOrderTO):
see_document = typed_property('see_document',
IYOSeeDocument) # type: IYOSeeDocument
@classmethod
def from_model(cls, model, see_document):
to = super(NodeOrderDetailsTO, cls).from_model(model)
to.see_document = see_document
return to
class OrderReturnStatusTO(ReturnStatusTO):
order = typed_property('3', OrderTO, False)
@classmethod
def create(cls, success=True, errormsg=None, order=None):
to = super(OrderReturnStatusTO, cls).create(success=success,
errormsg=errormsg)
to.order = OrderTO.fromOrderModel(order) if order else None
return to
class CityBoundsReturnStatusTO(ReturnStatusTO):
bounds = typed_property('51', BoundsTO, False)
@classmethod
def create(cls, success=True, errormsg=None, bounds=None):
to = super(CityBoundsReturnStatusTO, cls).create(success=success,
errormsg=errormsg)
to.bounds = bounds
return to
class NodeOrderTO(TO):
id = long_property('id')
app_user = unicode_property('app_user')
billing_info = typed_property('billing_info', ContactInfoTO)
shipping_info = typed_property('shipping_info', ContactInfoTO)
status = long_property('status')
tos_iyo_see_id = unicode_property('tos_iyo_see_id')
signature_payload = unicode_property('signature_payload')
signature = unicode_property('signature')
order_time = long_property('order_time')
sign_time = long_property('sign_time')
send_time = long_property('send_time')
arrival_time = long_property('arrival_time')
cancel_time = long_property('cancel_time')
modification_time = long_property('modification_time')
odoo_sale_order_id = long_property('odoo_sale_order_id')
socket = unicode_property('socket')
document_url = unicode_property('document_url')
class PaginatedResultTO(TO):
cursor = unicode_property('cursor')
more = bool_property('more')
results = typed_property('results', dict,
True) # Must be overwritten by superclass
def __init__(self, cursor=None, more=False, results=None):
super(PaginatedResultTO, self).__init__(cursor=cursor,
more=more,
results=results or [])
class PendingTransactionListTO(PaginatedResultTO):
results = typed_property('results', PendingTransactionTO, True)
@classmethod
def from_query(cls, models, cursor, more):
# type: (list[PendingTransaction], unicode, boolean) -> PendingTransactionListTO
assert isinstance(cursor, (ndb.Cursor, NoneType))
results = [PendingTransactionTO.from_model(model) for model in models]
return cls(cursor and cursor.to_websafe_string().decode('utf-8'), more,
results)
class RegioManagerReturnStatusTO(ReturnStatusTO):
regio_manager = typed_property('51', RegioManagerTO, False)
@classmethod
def create(cls, success=True, errormsg=None, regio_manager=None):
to = super(RegioManagerReturnStatusTO, cls).create(success=success,
errormsg=errormsg)
to.regio_manager = RegioManagerTO.from_model(
regio_manager) if regio_manager else None
return to
class InvestmentAgreementDetailsTO(InvestmentAgreementTO):
see_document = typed_property('see_document', IYOSeeDocument)
@classmethod
def from_model(cls, model, see_document=None):
# type: (InvestmentAgreement, IYOSeeDocument) -> cls
assert isinstance(model, InvestmentAgreement)
to = super(InvestmentAgreementDetailsTO, cls).from_model(model)
to.see_document = see_document
return to
class OdooConfiguration(TO):
url = unicode_property('1')
database = unicode_property('2')
username = unicode_property('3')
password = unicode_property('4')
incoterm = long_property('5')
payment_term = long_property('6')
product_ids = typed_property(
'product_ids', dict) # key: the node's socket type, value: product id
class CustomerReturnStatusTO(ReturnStatusTO):
customer = typed_property('51', CustomerTO)
warning = unicode_property('52')
@classmethod
def create(cls, success=True, errormsg=None, customer=None, warning=None):
r = super(CustomerReturnStatusTO, cls).create(success=success,
errormsg=errormsg)
r.customer = customer
r.warning = warning
return r
class RegioManagerTeamsTO(object):
unassigned_regio_managers = typed_property('1', RegioManagerTO, True)
regio_manager_teams = typed_property('2', RegioManagerTeamTO, True)
apps = typed_property('3', AppInfoTO, True)
unassigned_apps = unicode_list_property('4')
@classmethod
def from_model(cls, regio_manager_teams, regio_managers, apps):
to = cls()
unassigned_regio_managers = []
rms = {}
for rm in regio_managers:
unassigned_regio_managers.append(rm.email)
rms[rm.email] = rm
filtered_apps = []
unassigned_apps = []
for app in apps:
if app.app_id != App.APP_ID_OSA_LOYALTY:
filtered_apps.append(app)
unassigned_apps.append(app.app_id)
to.regio_manager_teams = []
for rmt in regio_manager_teams:
rmt_members = []
for rm in rmt.regio_managers:
unassigned_regio_managers.remove(rm)
rmt_members.append(rms[rm])
to.regio_manager_teams.append(
RegioManagerTeamTO.from_model(rmt, rmt_members))
for app_id in rmt.app_ids:
if app_id in unassigned_apps:
unassigned_apps.remove(app_id)
to.unassigned_regio_managers = map(
RegioManagerTO.from_model,
[rms[rm] for rm in unassigned_regio_managers])
to.apps = map(AppInfoTO.fromModel, filtered_apps)
to.unassigned_apps = sorted(unassigned_apps)
return to
class TffConfiguration(TO):
"""
Args:
rogerthat(RogerthatConfiguration)
ledger(LedgerConfiguration)
odoo(OdooConfiguration)
support_emails(list[string])
orchestator(OrchestatorConfiguration)
investor(InvestorConfiguration)
apple(AppleConfiguration)
backup_disabled(bool)
intercom_admin_id(unicode)
cloudstorage_encryption_key(unicode)
onfido(OnfidoConfiguration)
influxdb(InfluxDBConfig)
"""
rogerthat = typed_property('1', RogerthatConfiguration, False)
ledger = typed_property('3', LedgerConfiguration, False)
odoo = typed_property('4', OdooConfiguration, False)
orchestator = typed_property('5', OrchestatorConfiguration, False)
support_emails = unicode_list_property('support_emails')
backup_disabled = bool_property('backup_disabled')
intercom_admin_id = long_property('intercom_admin_id')
cloudstorage_encryption_key = unicode_property(
'cloudstorage_encryption_key')
exchangerate_key = unicode_property('exchangerate_key')
onfido = typed_property('onfido', OnfidoConfiguration)
influxdb = typed_property('influxdb', InfluxDBConfig)
class AuditLogDetailsTO(AuditLogTO):
reference = typed_property('reference',
TO,
subtype_attr_name='audit_type',
subtype_mapping=AUDIT_LOG_TYPE_MAPPING)
@classmethod
def from_model(cls, model, reference_model=None):
# type: (NdbModel, NdbModel) -> AuditLogDetailsTO
props = model.to_dict()
props['reference'] = reference_model.to_dict(
) if reference_model else None
return parse_complex_value(cls, props, False)
class ErrorResponse(object):
status_code = long_property('1')
error = unicode_property('2')
data = typed_property('3', dict)
def __init__(self, rest_exception):
"""
Args:
rest_exception (mcfw.exceptions.HttpException):
"""
self.status_code = rest_exception.http_code
self.error = u'%s' % rest_exception.error
self.data = rest_exception.data
def __init__(self):
self.step_id = None
self.buttons = list()
self.sent_count = list()
self.received_count = list()
self.read_count = list()
def get_button(self, btn_id):
for button in self.buttons:
if button.button_id == btn_id:
return button
return None
# need to set next_step this way because FlowStepButtonStatisticsTO and FlowStepStatisticsTO refer to each other
FlowStepButtonStatisticsTO.next_steps = typed_property('3', FlowStepStatisticsTO, True)
class FlowStatisticsTO(object):
tag = unicode_property('1')
flows = typed_property('2', FlowStepStatisticsTO, True, doc='Hierarchical view of steps')
steps = typed_property('3', FlowStepStatisticsTO, True,
doc='Flat view of steps, containing the total sent/received/read/acked counts per day')
VIEW_FLOWS = 1
VIEW_STEPS = 2
GROUP_BY_DAY = u'day'
GROUP_BY_MONTH = u'month'
GROUP_BY_YEAR = u'year'