Instance Constructors

1.  new TopologyConfig(topologyTransactionRegistrationTimeout: NonNegativeFiniteDuration = defaultTopologyTransactionRegistrationTimeout, topologyTransactionObservationTimeout: NonNegativeFiniteDuration = defaultTopologyTransactionObservationTimeout, broadcastBatchSize: PositiveInt = defaultBroadcastBatchSize, broadcastRetryDelay: NonNegativeFiniteDuration = defaultBroadcastRetryDelay, validateInitialTopologySnapshot: Boolean = true, disableOptionalTopologyChecks: Boolean = false, dispatchQueueBackpressureLimit: NonNegativeInt = defaultMaxUnsentTopologyQueueSize, useTimeProofsToObserveEffectiveTime: Boolean = true)
   topologyTransactionRegistrationTimeout

   Used to determine the max sequencing time for topology transaction broadcasts.

   topologyTransactionObservationTimeout

   Determines up to how long the node waits for observing the dispatched topology transactions in its own local synchronizer store. The observation timeout is checked against the node's wall clock. After this timeout, the node fails the dispatch cycle. This timeout is only triggered, if the sequencer accepts the topology transaction broadcast submission request, but drops the message during ordering (for whatever reason).

   broadcastBatchSize

   The maximum number of topology transactions sent in a topology transaction broadcast

   broadcastRetryDelay

   The delay after which a failed dispatch cycle will be triggered again.

   validateInitialTopologySnapshot

   Whether or not the node will validate the initial topology snapshot when onboarding to a synchronizer.

   disableOptionalTopologyChecks

   if true (default is false), don't run the optional checks which prevent accidental damage to this node

   dispatchQueueBackpressureLimit

   new topology requests will be backpressured if the number of existing requests exceeds this number

   useTimeProofsToObserveEffectiveTime

   Whether the node will use time proofs to observe when an effective time has been reached. If false, no time proofs will be sent to the sequencers by any Canton node.