Re: [akka-user] Re: Has akka-http has abandoned per request actors in favor an anti-pattern DSL?

I use per-request actors. The only ask() is in the route, and is sent to a RequestHandler actor. The RequestHandler creates a per-request actor with the sender as a Props/Constructor parameter ("requestor"), and sends it a "Run" message. The per-request actor can coordinate with as many actors as

[akka-user] Re: Has akka-http has abandoned per request actors in favor an anti-pattern DSL?

A very interesting read and I appreciate you showing examples. What I do wonder about there is what the situation is when the server has to do more than simply return information from a database or other similar web rest-ui simple examples. For example, I have processes that require aggregating

[akka-user] Re: ProducerStage and CassandraSink

I'm still curious what, if any, advantages the ProducerStage as in reactive-kafka has over using mapAsync as in CassandraSink. Anyone? On Fri, Mar 31, 2017 at 7:40 AM, Richard Rodseth wrote: > I was looking at the implementation of the reactive-kafka ProducerStage. > Very

Re: [akka-user] PersistentFSM writes two journal messages per state update

persistAll is used, meaning that the state change event and the other events are sent in one message to the journal. akka-persistence-cassandra will write them in a batch. I don't think there is any/much overhead of using separate events. In general with event sourcing, it's good to have separate

Re: [akka-user] Cassandra Journal Plugin - Multiple Plugin configurations writing to seperate tables but only reading from first plugin table

The configuration for the Cassandra plugin is in need of refactoring, but currently you have to do as I described here: https://github.com/akka/akka-persistence-cassandra/issues/81#issuecomment-292545442 /Patrik On Thu, Apr 6, 2017 at 6:09 AM, Richard Ney wrote: > Has

[akka-user] Analogy between reactive streams and electrical currents

I have an akka-stream project, in which I'd like to detect bottle-neck stages, to try and optimize them. I was thinking that it could be useful to use an analogy between streams and electrical currents, to see which parts are more resistive. Electrical intensity can be easily understood as the