Lines Matching full:traffic

351 	int "How many Tx traffic classes to have for each network device"
361 	  Define how many Tx traffic classes (queues) the system should have
363 	  be mapped to this traffic class so that higher prioritized packets
367 	  The default value is 1 which means that all the network traffic is
368 	  handled equally. In this implementation, the higher traffic class
370 	  If you select 0 here, then it means that all the network traffic
376 	int "How many Rx traffic classes to have for each network device"
383 	  Define how many Rx traffic classes (queues) the system should have
385 	  be mapped to this traffic class so that higher prioritized packets
389 	  The default value is 1 which means that all the network traffic is
390 	  handled equally. In this implementation, the higher traffic class
392 	  If you select 0 here, then it means that all the network traffic
407 	  be pushed directly to network driver and will skip the traffic class
437 	bool "Customize traffic class thread priority"
443 	int "Transmit traffic class base thread priority"
446 	  Transmit traffic class threads priority will increase/decrease
448 	  If NET_TC_TX_COUNT is 1, this will be transmit traffic class
452 	int "Receive traffic class base thread priority"
455 	  Receive traffic class threads priority will increase/decrease
457 	  If NET_TC_RX_COUNT is 1, this will be receive traffic class
463 	prompt "Priority to traffic class mapping"
465 	  Select mapping to use to map network packet priorities to traffic
471 	  This is the recommended default priority to traffic class mapping.
481 	  This is the recommended priority to traffic class mapping for a
490 	  This is the recommended priority to traffic class mapping for a
650 	  is used when listening or sending network traffic. This is very
681 	  It is possible to prioritize network traffic. This requires
682 	  also traffic class support to work as expected.