Create a new child actor path.
The Address under which this path can be reached; walks up the tree to the RootActorPath.
Sequence of names for this path from root to this.
Sequence of names for this path from root to this. Performance implication: has to allocate a list.
The name of the actor that this path refers to.
The path for the parent actor.
Walk up the tree to obtain and return the RootActorPath.
Generate full String representation including the uid for the actor cell instance as URI fragment.
Generate full String representation including the
uid for the actor cell instance as URI fragment.
This representation should be used as serialized
representation instead of toString
.
Generate full String representation including the uid for the actor cell instance as URI fragment, replacing the Address in the RootActor Path with the given one unless this path’s address includes host and port information.
Generate full String representation including the uid for the actor cell
instance as URI fragment, replacing the Address in the RootActor Path
with the given one unless this path’s address includes host and port
information. This representation should be used as serialized
representation instead of toStringWithAddress
.
Generate String representation, replacing the Address in the RootActor Path with the given one unless this path’s address includes host and port information.
Recursively create a descendant’s path by appending all child names.
Java API: Create a new child actor path.
Java API: Recursively create a descendant’s path by appending all child names.
Java API: Sequence of names for this path from root to this.
Java API: Sequence of names for this path from root to this. Performance implication: has to allocate a list.
String representation of the path elements, excluding the address information.
String representation of the path elements, excluding the address information. The elements are separated with "/" and starts with "/", e.g. "/user/a/b".
Actor path is a unique path to an actor that shows the creation path up through the actor tree to the root actor.
ActorPath defines a natural ordering (so that ActorRefs can be put into collections with this requirement); this ordering is intended to be as fast as possible, which owing to the bottom-up recursive nature of ActorPath is sorted by path elements FROM RIGHT TO LEFT, where RootActorPath > ChildActorPath in case the number of elements is different.
Two actor paths are compared equal when they have the same name and parent elements, including the root address information. That does not necessarily mean that they point to the same incarnation of the actor if the actor is re-created with the same path. In other words, in contrast to how actor references are compared the unique id of the actor is not taken into account when comparing actor paths.