def start(parser, dia, inprema=True, cotizacion=2):
"""Inicia el proceso de actualización de las aportaciones utilizando la
planilla recibida"""
print(u"Iniciando proceso de Actualizacion, esto puede tardar mucho tiempo")
accounts = {}
for account in database.get_accounts():
accounts[account] = {'number': 0, 'amount': Decimal()}
updater = core.Actualizador(database.get_obligation(dia.year, dia.month,
inprema), accounts, dia)
updater.registrar_cuenta(database.get_loan_account(), 'prestamo')
updater.registrar_cuenta(database.get_cuota_account(), 'cuota')
updater.registrar_cuenta(database.get_incomplete_account(), 'incomplete')
updater.registrar_cuenta(database.get_exceding_account(), 'excedente')
# Cambiar por un par de acciones que muestren progreso
parsed = parser.parse()
conn = sqlhub.getConnection()
transaction = conn.transaction()
sqlhub.processConnection = transaction
try:
[updater.update(i, True) for i in parsed]
transaction.commit()
except Exception:
transaction.rollback()
transaction.begin()
raise
print(u"Proceso de actualización Exitoso!")
def test_setup():
try:
conn = sqlhub.getConnection()
conn.close()
except AttributeError:
# Unhelpfully, we receive an `AttributeError` when the connection
# wasn't estabilished before rather than a return value.
pass
lasertag.prepare(lasertag.IN_MEMORY_SQLITE)
def test_setup():
try:
conn = sqlhub.getConnection()
conn.close()
except AttributeError:
# Unhelpfully, we receive an `AttributeError` when the connection
# wasn't estabilished before rather than a return value.
pass
lasertag.prepare(lasertag.IN_MEMORY_SQLITE)
accounts = {}
for account in database.get_accounts():
accounts[account] = {'number': 0, 'amount': Decimal()}
Parser = getattr(parsers, banco.parser)
parser = Parser(fecha, archivo, banco)
parsed = parser.output()
updater = parsers.ActualizadorBancario(
database.get_obligation(fecha.year, fecha.month),
accounts, fecha, banco, cobro,
database.get_compliment(fecha.year, fecha.month, True),
database.get_compliment(fecha.year, fecha.month, False))
updater.registrar_cuenta(database.get_loan_account(), 'prestamo')
updater.registrar_cuenta(database.get_cuota_account(), 'cuota')
updater.registrar_cuenta(database.get_incomplete_account(), 'incomplete')
updater.registrar_cuenta(database.get_exceding_account(), 'excedente')
updater.registrar_cuenta(database.get_inprema_account(), 'complemento')
print(u"Actualizando {0}".format(banco.nombre))
conn = sqlhub.getConnection()
transaction = conn.transaction()
sqlhub.processConnection = transaction
try:
[updater.update(i, banco.cuota) for i in parsed]
transaction.commit()
except Exception:
transaction.rollback()
raise
def deleteColumn(self, objectClass, columnName):
print '--> remove column %s from %s' % (columnName,
objectClass.sqlmeta.table)
sqlhub.getConnection().delColumn(
objectClass.sqlmeta,
self.getColumnDefinition(objectClass, columnName))
def addColumn(self, objectClass, columnName):
print '--> add column %s to %s' % (columnName,
objectClass.sqlmeta.table)
sqlhub.getConnection().addColumn(
objectClass.sqlmeta.table,
self.getColumnDefinition(objectClass, columnName))
def runSqlFile(self, fileName):
print '--> run sql from %s' % fileName
read_data = None
with open(fileName, 'r') as f:
read_data = f.read()
sqlhub.getConnection().query(read_data)
def deleteColumn(self, objectClass, columnName):
print '--> remove column %s from %s' % (columnName, objectClass.sqlmeta.table)
sqlhub.getConnection().delColumn(objectClass.sqlmeta, self.getColumnDefinition(objectClass, columnName))
def addColumn(self, objectClass, columnName):
print '--> add column %s to %s' % (columnName, objectClass.sqlmeta.table)
sqlhub.getConnection().addColumn(objectClass.sqlmeta.table, self.getColumnDefinition(objectClass, columnName))
def runSqlFile(self, fileName):
print '--> run sql from %s' % fileName
read_data = None
with open(fileName, 'r') as f:
read_data = f.read()
sqlhub.getConnection().query(read_data)