def _verify_attr_grouping(self, platform_id, expected_groups):
attrs = self._get_attrs(platform_id)
prm = PlatformResourceMonitor(
platform_id, attrs,
self._get_attribute_values_dummy, self.evt_recv)
groups = prm._group_by_monitoring_rate()
log.debug("groups=\n%s", self._pp.pformat(groups))
self.assertEquals(len(expected_groups), len(groups))
for k in expected_groups:
self.assertIn(k, groups)
attr_ids = set(d['attr_id'] for d in groups[k])
self.assertEquals(set(expected_groups[k]), attr_ids)
def _verify_attr_grouping(self, platform_id, expected_groups):
attrs = self._get_attrs(platform_id)
prm = PlatformResourceMonitor(platform_id, attrs,
self._get_attribute_values_dummy,
self.evt_recv)
groups = prm._group_by_monitoring_rate()
log.debug("groups=\n%s", self._pp.pformat(groups))
self.assertEquals(len(expected_groups), len(groups))
for k in expected_groups:
self.assertIn(k, groups)
attr_ids = set(d['attr_id'] for d in groups[k])
self.assertEquals(set(expected_groups[k]), attr_ids)
def test_aggregation_for_granule(self):
platform_id = "LJ01D"
attrs = self._get_attrs(platform_id)
prm = PlatformResourceMonitor(platform_id, attrs,
self._get_attribute_values_dummy,
self.evt_recv)
# set the buffers simulating retrieved data:
prm._init_buffers()
bufs = prm._buffers
# each entry is a list of (val, ts) pairs:
# note the missing pairs, which should be filled with (None, ts), see below
bufs["input_voltage"] = [(1000, 9000), (1001, 9001), (1002, 9002)]
bufs["input_bus_current"] = [(2000, 9000), (2002, 9002)]
bufs["MVPC_temperature"] = [(3000, 9001)]
# run the key method under testing:
prm._dispatch_publication()
self.assertTrue(self._driver_event,
"evt_recv callback must have been called")
driver_event = self._driver_event
# buffers must have been re-init'ed:
for attr_id in attrs:
self.assertEquals([], prm._buffers[attr_id])
# this vals_dict is used by PlatformAgent to do the final creation of
# the granule to be published
vals_dict = driver_event.vals_dict
# verify the attributes that must be present:
self.assertIn("input_voltage", vals_dict)
self.assertIn("input_bus_current", vals_dict)
self.assertIn("MVPC_temperature", vals_dict)
# verify the attribute that must *not* be present:
# self.assertNotIn("MVPC_pressure_1", vals_dict)
# verify the expected aligned values so they are on a common set of
# timestamps:
input_voltage = vals_dict["input_voltage"]
input_bus_current = vals_dict["input_bus_current"]
MVPC_temperature = vals_dict["MVPC_temperature"]
self.assertEquals([(1000, 9000), (1001, 9001), (1002, 9002)],
input_voltage)
# note the None entries that must have been created
self.assertEquals([(2000, 9000), (None, 9001), (2002, 9002)],
input_bus_current)
self.assertEquals([(None, 9000), (3000, 9001), (None, 9002)],
MVPC_temperature)
def test_aggregation_for_granule(self):
platform_id = "LJ01D"
attrs = self._get_attrs(platform_id)
prm = PlatformResourceMonitor(
platform_id, attrs,
self._get_attribute_values_dummy, self.evt_recv)
# set the buffers simulating retrieved data:
prm._init_buffers()
bufs = prm._buffers
# each entry is a list of (val, ts) pairs:
# note the missing pairs, which should be filled with (None, ts), see below
bufs["input_voltage"] = [(1000, 9000), (1001, 9001), (1002, 9002)]
bufs["input_bus_current"] = [(2000, 9000), (2002, 9002)]
bufs["MVPC_temperature"] = [ (3000, 9001)]
# run the key method under testing:
prm._dispatch_publication()
self.assertTrue(self._driver_event, "evt_recv callback must have been called")
driver_event = self._driver_event
# buffers must have been re-init'ed:
for attr_id in attrs:
self.assertEquals([], prm._buffers[attr_id])
# this vals_dict is used by PlatformAgent to do the final creation of
# the granule to be published
vals_dict = driver_event.vals_dict
# verify the attributes that must be present:
self.assertIn("input_voltage", vals_dict)
self.assertIn("input_bus_current", vals_dict)
self.assertIn("MVPC_temperature", vals_dict)
# verify the attribute that must *not* be present:
self.assertNotIn("MVPC_pressure_1", vals_dict)
# verify the expected aligned values so they are on a common set of
# timestamps:
input_voltage = vals_dict["input_voltage"]
input_bus_current = vals_dict["input_bus_current"]
MVPC_temperature = vals_dict["MVPC_temperature"]
self.assertEquals(
[(1000, 9000), (1001, 9001), (1002, 9002)],
input_voltage
)
# note the None entries that must have been created
self.assertEquals(
[(2000, 9000), (None, 9001), (2002, 9002)],
input_bus_current
)
self.assertEquals(
[(None, 9000), (3000, 9001), (None, 9002)],
MVPC_temperature
)
