Package io.sentry

Class DeduplicateMultithreadedEventProcessor

java.lang.Object

io.sentry.DeduplicateMultithreadedEventProcessor

All Implemented Interfaces:

EventProcessor

public final class DeduplicateMultithreadedEventProcessor
extends Object
implements EventProcessor

An event processor that deduplicates crash events of the same type that are simultaneously from multiple threads. This can be the case for OutOfMemory errors or CursorWindowAllocationException, basically any error related to allocating memory when it's low.

Constructor Summary

Constructors

Constructor	Description
DeduplicateMultithreadedEventProcessor(@NotNull SentryOptions options)

Method Summary

Modifier and Type	Method	Description
@Nullable Long	getOrder()	Controls when this EventProcessor is invoked.
@Nullable SentryEvent	process(@NotNull SentryEvent event, @NotNull Hint hint)	May mutate or drop a SentryEvent

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface io.sentry.EventProcessor

process, process, process

Constructor Details

DeduplicateMultithreadedEventProcessor

public DeduplicateMultithreadedEventProcessor(@NotNull
 @NotNull SentryOptions options)

Method Details

process

@Nullable
public @Nullable SentryEvent process(@NotNull
 @NotNull SentryEvent event,
 @NotNull
 @NotNull Hint hint)

Description copied from interface: EventProcessor

May mutate or drop a SentryEvent

Specified by:

process in interface EventProcessor

Parameters:

event - the SentryEvent

hint - the Hint

Returns:

the event itself, a mutated SentryEvent or null

getOrder

@Nullable
public @Nullable Long getOrder()

Description copied from interface: EventProcessor

Controls when this EventProcessor is invoked.

Specified by:

getOrder in interface EventProcessor

Returns:

order higher number = later, lower number = earlier (negative values may also be passed), null = latest (note: multiple event processors using null may lead to random ordering)