def create_statements(self, input_fields, statements_finance):
"""
Creates the records needed for Table.TRADE and returns them as a
Statement object.
"""
#NOTE: price_buy will be fields['i_price']
#When we buy more, it will be overwritten!
#Trading without adding to positions is assumed by this code!
try:
dba = DatabaseAccess(self.config)
calc = CalculatorFinance()
self.date_created = current_date()
self.date_modified = current_date()
records = 0
self.finance_id = dba.first_finance_id_from_latest()
if self.finance_id != -1:
for fields in input_fields:
if deals_with_commodities(
fields[Input.ACCOUNT_FROM],
fields[Input.ACCOUNT_TO]
):
records = records + 1
# GENERAL INFO AT START
self.general_info_at_start(dba, calc, fields)
# UPDATE/INSERT
print "test: invade_started = ",
(self.open_trade_position > -1)
if self.open_trade_position > -1:
self.update_info(dba, calc, fields)
else:
self.insert_info(dba, calc, fields)
# GENERAL VARIABLES THAT CAN BE CALCULATED
# ON THE DATA WE HAVE
self.general_info_at_end(dba, fields, self.trade_record)
# TEST INFO
#self.print_test_info()
# ADDING THE STATEMENTS
self.add_to_statement(records)
self.finance_id = self.finance_id + 1
return self.statement_trade
except Exception as ex:
print Error.CREATE_STATEMENTS_TABLE_TRADE, ex
finally:
calc = None
dba = None
def create_statements(self, input_fields, statements_finance):
"""
Creates the records needed for Table.TRADE and returns them as a
Statement object.
"""
#NOTE: price_buy will be fields['i_price']
#When we buy more, it will be overwritten!
#Trading without adding to positions is assumed by this code!
try:
dba = DatabaseAccess(self.config)
calc = CalculatorFinance()
self.date_created = current_date()
self.date_modified = current_date()
records = 0
self.finance_id = dba.first_finance_id_from_latest()
if self.finance_id != -1:
for fields in input_fields:
if deals_with_commodities(fields[Input.ACCOUNT_FROM],
fields[Input.ACCOUNT_TO]):
records = records + 1
# GENERAL INFO AT START
self.general_info_at_start(dba, calc, fields)
# UPDATE/INSERT
print "test: invade_started = ",
(self.open_trade_position > -1)
if self.open_trade_position > -1:
self.update_info(dba, calc, fields)
else:
self.insert_info(dba, calc, fields)
# GENERAL VARIABLES THAT CAN BE CALCULATED
# ON THE DATA WE HAVE
self.general_info_at_end(dba, fields,
self.trade_record)
# TEST INFO
#self.print_test_info()
# ADDING THE STATEMENTS
self.add_to_statement(records)
self.finance_id = self.finance_id + 1
return self.statement_trade
except Exception as ex:
print Error.CREATE_STATEMENTS_TABLE_TRADE, ex
finally:
calc = None
dba = None
