start a span with the currently configured sampling frequency . creates a new ` current ' span on this thread - the previous ` current ' span will be replaced with this newly created span . hands back the direct span as you should n't be detaching the span - use tracerunnable instead to detach a span from this operation . concode_field_sep Function<ConfigurationAdapter,Sampler<?>> CREATE_NEVER concode_elem_sep PhoenixConnection conn concode_elem_sep Log LOG concode_elem_sep String SPAN_ID_ATTRIBUTE_KEY concode_elem_sep String TRACE_ID_ATTRIBUTE_KEY concode_elem_sep String SEPARATOR concode_elem_sep Function<ConfigurationAdapter,Sampler<?>> CREATE_PROBABILITY concode_elem_sep String TRACE_METRIC_PREFIX concode_elem_sep TraceScope scope concode_elem_sep Function<ConfigurationAdapter,Sampler<?>> builder concode_elem_sep Function<ConfigurationAdapter,Sampler<?>> CREATE_ALWAYS concode_elem_sep String key concode_elem_sep boolean initialized concode_elem_sep String desc concode_field_sep void addTraceMetricsSource concode_elem_sep String getKey concode_elem_sep Sampler<?> apply concode_elem_sep Sampler<?> apply concode_elem_sep Sampler<?> apply concode_elem_sep Sampler<?> getConfiguredSampler concode_elem_sep Sampler<?> getConfiguredSampler concode_elem_sep Sampler<?> getConfiguredSampler concode_elem_sep void before concode_elem_sep Frequency getSampler concode_elem_sep Sampler<?> getSampler concode_elem_sep boolean isTraceOn concode_elem_sep void addCustomAnnotationsToSpan concode_elem_sep CallWrapper withTracing concode_elem_sep void setSampling concode_elem_sep void after concode_elem_sep Callable<V> wrap concode_elem_sep String getSpanName concode_elem_sep Span child
TraceScope function ( PhoenixConnection arg0 , String arg1 ) { Sampler < ? > loc0 = arg0 . getSampler ( ) ; TraceScope loc1 = Trace . startSpan ( arg1 , loc0 ) ; addCustomAnnotationsToSpan ( loc1 . getSpan ( ) , arg0 ) ; return loc1 ; }