def export_loop(self,
model_instance,
field_converter,
role=None,
print_none=False):
"""
Calls the main `export_loop` implementation because they are both
supposed to operate on models.
"""
if isinstance(model_instance, self.model_class):
model_class = model_instance.__class__
else:
model_class = self.model_class
if role in self.view_claim_statuses and getattr(
model_instance, 'type') == 'claim':
role = 'view_claim'
shaped = export_loop(model_class,
model_instance,
field_converter,
role=role,
print_none=print_none)
if shaped and len(shaped) == 0 and self.allow_none():
return shaped
elif shaped:
return shaped
elif print_none:
return shaped
def export_loop(self, model_instance, field_converter,
role=None, print_none=False):
"""
Calls the main `export_loop` implementation because they are both
supposed to operate on models.
"""
if isinstance(model_instance, self.model_class):
model_class = model_instance.__class__
else:
model_class = self.model_class
tender = model_instance.__parent__
if role not in [None, 'plain'] and getattr(model_instance, 'status') == 'unsuccessful':
role = 'bid.unsuccessful'
shaped = export_loop(model_class, model_instance,
field_converter,
role=role, print_none=print_none)
if shaped and len(shaped) == 0 and self.allow_none():
return shaped
elif shaped:
return shaped
elif print_none:
return shaped
def to_patch(self, role=None):
"""Return data as it would be validated. No filtering of output unless
role is defined.
"""
field_converter = lambda field, value: field.to_primitive(value)
data = export_loop(self.__class__, self, field_converter, role=role, raise_error_on_role=True, print_none=True)
return data
def export_loop(self,
model_instance,
field_converter,
role=None,
print_none=False):
"""
Calls the main `export_loop` implementation because they are both
supposed to operate on models.
"""
if isinstance(model_instance, self.model_class):
model_class = model_instance.__class__
else:
model_class = self.model_class
tender = model_instance.__parent__
tender_date = get_first_revision_date(tender, default=get_now())
status = getattr(model_instance, "status")
if tender_date > BID_UNSUCCESSFUL_FROM and role not in [
None, "plain"
] and status == "unsuccessful":
role = "bid.unsuccessful"
shaped = export_loop(model_class,
model_instance,
field_converter,
role=role,
print_none=print_none)
if shaped and len(shaped) == 0 and self.allow_none():
return shaped
elif shaped:
return shaped
elif print_none:
return shaped
def export_loop(self, model_instance, field_converter,
role=None, print_none=False):
"""
Calls the main `export_loop` implementation because they are both
supposed to operate on models.
"""
if isinstance(model_instance, self.model_class):
model_class = model_instance.__class__
else:
model_class = self.model_class
tender = model_instance.__parent__
if (tender.revisions[0].date if tender.revisions else get_now()) > BID_UNSUCCESSFUL_FROM and role not in [None, 'plain'] and getattr(model_instance, 'status') == 'unsuccessful':
role = 'bid.unsuccessful'
shaped = export_loop(model_class, model_instance,
field_converter,
role=role, print_none=print_none)
if shaped and len(shaped) == 0 and self.allow_none():
return shaped
elif shaped:
return shaped
elif print_none:
return shaped
def test_serialize_none_fields_if_field_says_so():
class TestModel(Model):
inst_id = StringType(required=True, serialize_when_none=True)
q = TestModel({'inst_id': 1})
d = export_loop(TestModel, q, lambda field, value, context: None)
assert d == {'inst_id': None}
def to_patch(self, role=None):
"""
Return data as it would be validated. No filtering of output unless
role is defined.
"""
field_converter = lambda field, value: field.to_primitive(value)
data = export_loop(self.__class__, self, field_converter, role=role, raise_error_on_role=True, print_none=True)
return data
def test_serialize_print_none_always_gets_you_something():
class TestModel(Model):
pass
q = TestModel()
d = export_loop(TestModel, q, lambda field, value, context: None, export_level=DEFAULT)
assert d == {}
def test_serialize_print_none_always_gets_you_something():
class TestModel(Model):
pass
q = TestModel()
d = export_loop(TestModel, q, lambda field, value: None, print_none=True)
assert d == {}
def test_serialize_none_fields_if_export_loop_says_so():
class TestModel(Model):
inst_id = StringType(required=True, serialize_when_none=False)
q = TestModel({'inst_id': 1})
d = export_loop(TestModel, q, lambda field, value: None, print_none=True)
assert d == {'inst_id': None}
def test_serialize_print_none_always_gets_you_something():
class TestModel(Model):
pass
q = TestModel()
d = export_loop(TestModel, q, lambda field, value, context: None, export_level=DEFAULT)
assert d == {}
def to_patch(self, role=None, *arg, **kwargs):
"""
Return data as it would be validated. No filtering of output unless
role is defined.
"""
field_converter = lambda field, value, context: field.to_primitive(value, context)
data = export_loop(self.__class__, self, field_converter=field_converter, role=role, raise_error_on_role=False, *arg, **kwargs)
return data
def export_loop(self, model_instance, field_converter, role=None, print_none=False):
if not isinstance(model_instance, self.model_class) or getattr(field_converter, "to_mongo", False):
return field_converter(self, model_instance)
else:
model_class = model_instance.__class__
shaped = export_loop(model_class, model_instance, field_converter, role=role, print_none=print_none)
if shaped and len(shaped) == 0 and self.allow_none():
return shaped
elif shaped:
return shaped
elif print_none:
return shaped
def export_loop(self,
model_instance,
field_converter,
role=None,
print_none=False):
if not isinstance(model_instance, self.model_class) or\
getattr(field_converter, 'to_mongo', False):
return field_converter(self, model_instance)
else:
model_class = model_instance.__class__
shaped = export_loop(model_class,
model_instance,
field_converter,
role=role,
print_none=print_none)
if shaped and len(shaped) == 0 and self.allow_none():
return shaped
elif shaped:
return shaped
elif print_none:
return shaped