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Thanks for the source files. I noticed that you have changed TsnDevice and EthernetPreemptingMacLayer. I think we can make this work with minor changes and move the rest to the...

This sequence chart shows almost what you wanted. The implicit guard band is disabled, so the gate state of the express mac layer periodic gate is somewhat misleading, especially in...

The preemption happens exactly at 100us when the TT frame becomes available. The 960ns interval from # 19 to # 21 is there because the preemption happens at the MAC...

The guard band of PeriodicGate is active if and only if the gate is open and the next packet cannot flow through the gate before it closes. This is called...

If you want to preempt the AVB frame earlier, then yes, you need to change the PreemptingServer module. I don't know what is the exact condition upon which you want...

Thanks for the clarification. I think you should then modify the PreemtingServer to subscribe for the gateStateChanged signal and preempt the AVB frame if the gate closed signal is from...

In the current solution the order of modules is: queue -> gate -> streamer -> scheduler -> server. When the server pulls a packet the following happens: - the server...

Perhaps the module hierarchy could be changed to: queue -> streamer -> gate -> scheduler -> server. In this case the remaining part of the packet in the streamer could...

The problem with the gateStateChangedSignal is that the server can't be sure that the gate which is sending the signal is in the path of the current packet that is...

Here is a simplified version of what I think right now. The parts marked with ??? is not well understood. I'm using the following simplified network: ``` queueTT -> streamerTT...