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Sending message.Release messages is subject to flow control and when running through a proxy cannot be fragmented (as of PR vanadium/issues#61) which can lead to deadlock if the message is too big to be sent using the currently available flow control tokens. This is currently encountered in the RPC benchmark suite. However, the fragmentation is only required because of an unrelated bug in the implementation flow.Conn and flow.Flow whereby flow counters are not deleted when a flow is closed see #285. Regardless of how large the Release message is, it should not be subject to flow control to avoid the potential for deadlock. Note that even if the message is fragmented deadlock may arise if the tokens required to unblock the flow are specified in the portion of the message that is not sent (ie. in a second fragment).
The text was updated successfully, but these errors were encountered:
Sending message.Release messages is subject to flow control and when running through a proxy cannot be fragmented (as of PR vanadium/issues#61) which can lead to deadlock if the message is too big to be sent using the currently available flow control tokens. This is currently encountered in the RPC benchmark suite. However, the fragmentation is only required because of an unrelated bug in the implementation flow.Conn and flow.Flow whereby flow counters are not deleted when a flow is closed see #285. Regardless of how large the Release message is, it should not be subject to flow control to avoid the potential for deadlock. Note that even if the message is fragmented deadlock may arise if the tokens required to unblock the flow are specified in the portion of the message that is not sent (ie. in a second fragment).
The text was updated successfully, but these errors were encountered: