def execute(self):
"""
Create allocation row for each recipient until while_calling_allocator returns false
:return:
"""
self.from_provider_row.log("Allocate " + self.from_provider_row.name)
for each_recipient in self.to_recipients:
new_allocation = self.creating_allocation()
new_allocation_logic_row = LogicRow(row=new_allocation, old_row=new_allocation,
ins_upd_dlt="ins",
nest_level=self.from_provider_row.nest_level + 1,
a_session=self.from_provider_row.session,
row_sets=self.from_provider_row.row_sets)
new_allocation_logic_row.link(to_parent=self.from_provider_row)
each_recipient_logic_row = LogicRow(row=each_recipient, old_row=each_recipient,
ins_upd_dlt="*", nest_level=0,
a_session=self.from_provider_row.session,
row_sets=None)
new_allocation_logic_row.link(to_parent=each_recipient_logic_row)
if self.while_calling_allocator is not None:
allocator = self.while_calling_allocator(new_allocation_logic_row,
self.from_provider_row)
else:
allocator = self.while_calling_allocator_default(new_allocation_logic_row,
self.from_provider_row)
if not allocator:
break
return self
def execute(self, logic_row: LogicRow):
"""
Called by logic engine, overriding generic EarlyEvent rule.
Creates allocation row for each recipient until while_calling_allocator returns false
:return:
"""
logic_row.log(f'BEGIN {str(self)}')
provider = logic_row
to_recipients = self.recipients(provider)
for each_recipient in to_recipients:
new_allocation = self.creating_allocation()
new_allocation_logic_row = LogicRow(
row=new_allocation,
old_row=new_allocation,
ins_upd_dlt="ins",
nest_level=provider.nest_level + 1,
a_session=provider.session,
row_sets=provider.row_sets)
new_allocation_logic_row.link(to_parent=provider)
each_recipient_logic_row = LogicRow(row=each_recipient,
old_row=each_recipient,
ins_upd_dlt="*",
nest_level=0,
a_session=provider.session,
row_sets=None)
new_allocation_logic_row.link(to_parent=each_recipient_logic_row)
if self.while_calling_allocator is not None:
allocator = self.while_calling_allocator(
new_allocation_logic_row, provider)
else:
allocator = self.while_calling_allocator_default(
new_allocation_logic_row, provider)
if not allocator:
break
provider.log(f'END {str(self)}')
return self