def tearDown(self):
for service_class in ServiceMonitor.services:
service_class.ping = service_class._orig_ping
delattr(service_class, "_orig_ping")
delattr(service_class, "pings")
service_class.MONITORING_PING_FREQUENCY = service_class._orig_monitoring_frequency
service_class.OUTAGE_PING_FREQUENCY = service_class._orig_outage_frequency
service_class.ERROR_PING_FREQUENCY = service_class._orig_error_frequency
delattr(service_class, "_orig_monitoring_frequency")
delattr(service_class, "_orig_outage_frequency")
delattr(service_class, "_orig_error_frequency")
# Clear the last_ping from each service class so as not to impact the
# next test.
service_class.last_ping = None
self.tearDownDBSlave()
if test_memcached:
self.tearDownMemcached()
if test_celery:
self.tearDownCelery()
ServiceMonitor.services = self.orig_services
failover_settings.OUTAGE_EXCEPTION_CLASSES = self.orig_failover_exception_classes
self.logger.removeHandler(self.log_handler)
monitor_logger.removeHandler(self.log_capture_handler)
monitor_logger.setLevel(self.orig_monitor_logger_level)
LogCaptureHandler.records = []
def tearDown(self):
for service_class in ServiceMonitor.services:
service_class.ping = service_class._orig_ping
delattr(service_class, "_orig_ping")
delattr(service_class, "pings")
service_class.MONITORING_PING_FREQUENCY = service_class._orig_monitoring_frequency
service_class.OUTAGE_PING_FREQUENCY = service_class._orig_outage_frequency
service_class.ERROR_PING_FREQUENCY = service_class._orig_error_frequency
delattr(service_class, "_orig_monitoring_frequency")
delattr(service_class, "_orig_outage_frequency")
delattr(service_class, "_orig_error_frequency")
# Clear the last_ping from each service class so as not to impact the
# next test.
service_class.last_ping = None
self.tearDownDBSlave()
if test_memcached:
self.tearDownMemcached()
if test_celery:
self.tearDownCelery()
ServiceMonitor.services = self.orig_services
failover_settings.OUTAGE_EXCEPTION_CLASSES = self.orig_failover_exception_classes
self.logger.removeHandler(self.log_handler)
monitor_logger.removeHandler(self.log_capture_handler)
monitor_logger.setLevel(self.orig_monitor_logger_level)
LogCaptureHandler.records = []
def setUp(self):
"""Adds a slave connection to settings.DATABASES, which uses the
sames settings as the default connection but includes a marker to
distinguish it. Registers the test service class.
"""
self.orig_services = ServiceMonitor.services
ServiceMonitor.services.clear()
self.setUpDBSlave()
if test_memcached:
self.setUpMemcached()
if test_celery:
self.setUpCelery()
for service_class in ServiceMonitor.services:
self.patch_ping(service_class)
# Set ping frequencies to 0 (ping every time)
service_class._orig_monitoring_frequency = service_class.MONITORING_PING_FREQUENCY
service_class._orig_outage_frequency = service_class.OUTAGE_PING_FREQUENCY
service_class._orig_error_frequency = service_class.ERROR_PING_FREQUENCY
service_class.MONITORING_PING_FREQUENCY = 0
service_class.OUTAGE_PING_FREQUENCY = 0
service_class.ERROR_PING_FREQUENCY = 0
# Register socket.error as an exception class that should trigger
# monitoring.
self.orig_failover_exception_classes = failover_settings.OUTAGE_EXCEPTION_CLASSES
failover_settings.OUTAGE_EXCEPTION_CLASSES = (socket.error,)
# Set up a logger tied to the FailoverHandler.
self.logger = logging.getLogger("failover_test")
self.logger.setLevel(logging.ERROR)
self.log_handler = FailoverHandler()
self.logger.addHandler(self.log_handler)
self.log_capture_handler = LogCaptureHandler()
monitor_logger.addHandler(self.log_capture_handler)
self.orig_monitor_logger_level = monitor_logger.level
monitor_logger.setLevel(logging.INFO)
LogCaptureHandler.records = []
def setUp(self):
"""Adds a slave connection to settings.DATABASES, which uses the
sames settings as the default connection but includes a marker to
distinguish it. Registers the test service class.
"""
self.orig_services = ServiceMonitor.services
ServiceMonitor.services.clear()
self.setUpDBSlave()
if test_memcached:
self.setUpMemcached()
if test_celery:
self.setUpCelery()
for service_class in ServiceMonitor.services:
self.patch_ping(service_class)
# Set ping frequencies to 0 (ping every time)
service_class._orig_monitoring_frequency = service_class.MONITORING_PING_FREQUENCY
service_class._orig_outage_frequency = service_class.OUTAGE_PING_FREQUENCY
service_class._orig_error_frequency = service_class.ERROR_PING_FREQUENCY
service_class.MONITORING_PING_FREQUENCY = 0
service_class.OUTAGE_PING_FREQUENCY = 0
service_class.ERROR_PING_FREQUENCY = 0
# Register socket.error as an exception class that should trigger
# monitoring.
self.orig_failover_exception_classes = failover_settings.OUTAGE_EXCEPTION_CLASSES
failover_settings.OUTAGE_EXCEPTION_CLASSES = (socket.error, )
# Set up a logger tied to the FailoverHandler.
self.logger = logging.getLogger("failover_test")
self.logger.setLevel(logging.ERROR)
self.log_handler = FailoverHandler()
self.logger.addHandler(self.log_handler)
self.log_capture_handler = LogCaptureHandler()
monitor_logger.addHandler(self.log_capture_handler)
self.orig_monitor_logger_level = monitor_logger.level
monitor_logger.setLevel(logging.INFO)
LogCaptureHandler.records = []
