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Merge pull request #26469 from ennru/fix-dead-links

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Fix dead links in the docs
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Johan Andrén 2019-03-06 09:57:58 +01:00 • committed by GitHub
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2
akka-docs/src/main/paradox/actors.md
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@ -265,7 +265,7 @@ calling the constructor manually:
### Dependency Injection ### Dependency Injection
If your `Actor` has a constructor that takes parameters then those need to If your `Actor` has a constructor that takes parameters then those need to
be part of the `Props` as well, as described [above](Props_). But there be part of the `Props` as well, as described @ref:[above](#props). But there
are cases when a factory method must be used, for example when the actual are cases when a factory method must be used, for example when the actual
constructor arguments are determined by a dependency injection framework. constructor arguments are determined by a dependency injection framework.

2
akka-docs/src/main/paradox/stream/operators/RestartSink/withBackoff.md
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@ -17,7 +17,7 @@ Wrap the given @unidoc[Sink] with a @unidoc[Sink] that will restart it when it f
This @unidoc[Sink] will never cancel, since cancellation by the wrapped @unidoc[Sink] is always handled by restarting it. This @unidoc[Sink] will never cancel, since cancellation by the wrapped @unidoc[Sink] is always handled by restarting it.
The wrapped @unidoc[Sink] can however be completed by feeding a completion or error into this @unidoc[Sink]. When that The wrapped @unidoc[Sink] can however be completed by feeding a completion or error into this @unidoc[Sink]. When that
happens, the @unidoc[Sink], if currently running, will terminate and will not be restarted. This can be triggered happens, the @unidoc[Sink], if currently running, will terminate and will not be restarted. This can be triggered
simply by the upstream completing, or externally by introducing a [[KillSwitch]] right before this @unidoc[Sink] in the simply by the upstream completing, or externally by introducing a @unidoc[KillSwitch] right before this @unidoc[Sink] in the
graph. graph.
The restart process is inherently lossy, since there is no coordination between cancelling and the sending of The restart process is inherently lossy, since there is no coordination between cancelling and the sending of

2
akka-docs/src/main/paradox/typed/persistence.md
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@ -144,7 +144,7 @@ where resilience is important so that if a node crashes the persistent actors ar
resume operations @ref:[Cluster Sharding](cluster-sharding.md) is an excellent fit to spread persistent actors over a resume operations @ref:[Cluster Sharding](cluster-sharding.md) is an excellent fit to spread persistent actors over a
cluster and address them by id. cluster and address them by id.
The `EventSourcedBehavior` can then be run as with any plain typed actor as described in [actors documentation](actors-typed.md), The `EventSourcedBehavior` can then be run as with any plain typed actor as described in @ref:[actors documentation](actors.md),
but since Akka Persistence is based on the single-writer principle the persistent actors are typically used together but since Akka Persistence is based on the single-writer principle the persistent actors are typically used together
with Cluster Sharding. For a particular `persistenceId` only one persistent actor instance should be active at one time. with Cluster Sharding. For a particular `persistenceId` only one persistent actor instance should be active at one time.
If multiple instances were to persist events at the same time, the events would be interleaved and might not be If multiple instances were to persist events at the same time, the events would be interleaved and might not be