def __init__(self):
ok = True
self.c = ec.CustomMetric(self, "C1")
ok = ok and self.check_metric(self.c, "C1", None,
ec.MetricKind.Counter, 0)
c2 = ec.CustomMetric(self, "C2", "This is C2")
ok = ok and self.check_metric(c2, "C2", "This is C2",
ec.MetricKind.Counter, 0)
c3 = ec.CustomMetric(self, "C3", initialValue=8123)
ok = ok and self.check_metric(c3, "C3", None, ec.MetricKind.Counter,
8123)
g1 = ec.CustomMetric(self, "G1", kind=ec.MetricKind.Gauge)
ok = ok and self.check_metric(g1, "G1", None, ec.MetricKind.Gauge, 0)
g2 = ec.CustomMetric(self, "G2", kind='Gauge', initialValue=-214)
ok = ok and self.check_metric(g2, "G2", None, ec.MetricKind.Gauge,
-214)
if not ok:
raise AssertionError("Failed metrics!")
# Test a metric cannot be pickled
try:
pm = pickle.dumps(g2)
raise AssertionError("Was able to pickle metric:" + pm)
except pickle.PicklingError:
pass
def __enter__(self):
# Do any open stuff and create metrics
self.log.info("*** MySource enter log")
self.trace.info("*** MySource enter trace")
self.log.info("*** MySource Log message")
self.trace.info("*** MySource Trace message")
self.metric_mycount = ec.CustomMetric(self, "mycount")
self.metric_mchanges = ec.CustomMetric(self, "mchanges")
def __enter__(self):
super(_TupleCount, self).__enter__()
self._metric_target = ec.CustomMetric(self,
name='nTuplesExpected',
kind='Counter')
self._metric_count = ec.CustomMetric(self,
name='nTuplesReceived',
kind='Counter')
if self.exact is not None:
self._metric_exact = ec.CustomMetric(self,
name='exactCount',
kind='Gauge')
self._metric_exact.value = self.exact
self._metric_target.value = self.target
self._metric_count.value = self.count
def _create_metric(self, mt, kind=None):
return ec.CustomMetric(self, name=Condition._mn(mt, self.name), kind=kind)
def __enter__(self):
self._metric = ec.CustomMetric(self, "nTuplesSent",
"Logical tuples sent")
self._metric.value = self.count
self._metric2 = ec.CustomMetric(self, "stopped", "Logical tuples sent")
self._metric2.value = int(self._done())
def __enter__(self):
import streamsx.ec as ec
self.cm0 = ec.CustomMetric(self, 'MIP_METRIC_0')
self.cm1 = ec.CustomMetric(self, 'MIP_METRIC_1')
self.cm2 = ec.CustomMetric(self, 'MIP_METRIC_2')
def __enter__(self):
import streamsx.ec as ec
self.cm = ec.CustomMetric(self, 'SIP_METRIC')
def __enter__(self):
import streamsx.ec as ec
self.cm = ec.CustomMetric(self, 'NP_' + self.mn)
self.cm.value = self.iv
def _create_metric(self, name, kind=None):
return ec.CustomMetric(self, name=name, kind=kind)
