Lines Matching full:network
26 bool "Native network stack support"
102 part of the net stack in order to get network drivers working without
113 Can be used to select how the network connectivity is established
138 QEMU and uses that stack to implement a virtual NAT'd network.
148 include host / guest port forwarding, device id, Network address
157 Network initialization priority level. This number tells how
158 early in the boot the network stack is initialized.
185 bool "Network shell utilities"
190 Activate shell module that provides network commands like
199 By default all the network shell commands are there and the
232 bool "Network management event monitoring configuration"
282 bool "Network power management resume / suspend"
297 bool "Network statistics monitoring"
312 bool "Virtual network interface management"
327 bool "Network shell dynamic command completion"
345 Hidden symbol indicating that network shell requires separate TX
351 int "How many Tx traffic classes to have for each network device"
362 when sending a network packet. The network packet priority can then
367 The default value is 1 which means that all the network traffic is
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"
384 when receiving a network packet. The network packet priority can then
389 The default value is 1 which means that all the network traffic is
392 If you select 0 here, then it means that all the network traffic
396 network device driver, that is typically running in IRQ context, will
404 bool "Push high priority packets directly to network driver"
407 be pushed directly to network driver and will skip the traffic class
411 prompt "How the network RX/TX threads should work"
465 Select mapping to use to map network packet priorities to traffic
496 int "Default network TX packet priority if none have been set"
500 What is the default network packet priority if user has not specified
504 int "Default network RX packet priority if none have been set"
508 What is the default network RX packet priority if user has not set
512 bool "Allow any network packet priority to be used"
514 If this is set, then any user given network packet priority can be used. Otherwise
515 the network packet priorities are limited to 0-7 range.
522 correct before sending either IPv4 or IPv6 network packet.
531 The value depends on your network needs.
546 Allow IPv6 routing between different network interfaces and
580 int "Max number of network interfaces per multicast routing entry"
585 Determines how many network interfaces can be assigned to a
608 The value depends on your network needs.
637 int "How many network connections are supported"
642 The value depends on your network needs. The value
646 int "Number of network contexts to allocate"
649 Each network context is used to describe a network 5-tuple that
650 is used when listening or sending network traffic. This is very
651 similar as one could call a network socket in some other systems.
657 If enabled, then it is possible to fine-tune network packet pool
658 for each context when sending network data. If this setting is
681 It is possible to prioritize network traffic. This requires
688 It is possible to add information when the outgoing network packet
695 It is possible to time out receiving a network packet. The timeout
696 time is configurable run-time in the application code. For network
703 It is possible to time out sending a network packet. The timeout
704 time is configurable run-time in the application code. For network
757 Allow to set the TIMESTAMPING option on a socket. This way timestamp for a network
788 bool "Network Testing"
791 network device.
810 int "How many network buffers are allocated for receiving data"
818 int "How many network buffers are allocated for sending data"
826 prompt "Network packet data allocator type"
829 Select the memory allocator for the network buffers that hold the
848 int "Size of each network data fragment"
852 This value tells what is the fixed size of each network buffer.
861 network buffer is allocated from.
870 network buffer is allocated from.
873 int "Size of user_data available in rx and tx network buffers"
877 User data size used in rx and tx network buffers.
891 # If we are running network tests found in tests/net, then the NET_TEST is
895 prompt "Default Network Interface"
940 bool "Allow setting a name to a network interface"
943 Allow application to set a name to the network interface in order
944 to simplify network interface management.
947 int "Network interface max name length"
952 Maximum length of the network interface name.
955 bool "Network packet timestamp support"
957 Enable network packet timestamp support. This is needed for
959 a network packet or for timed radio protocols like IEEE 802.15.4
967 Create a TX timestamp thread that will pass the timestamped network
969 If you just want to timestamp network packets and get information
970 how long the network packets flow in the system, you can disable
983 bool "Network packet TX time support"
985 Enable network packet TX time support. This is needed for
986 when the application wants to set the exact time when the network
990 bool "Network packet RX time statistics"
995 Enable network packet RX time statistics support. This is used to
998 timing information can then be seen in network interface statistics
1013 bool "Network packet TX time statistics"
1018 Enable network packet TX time statistics support. This is used to
1020 application to just before it is sent to network. The TX timing
1021 information can then be seen in network interface statistics in
1025 done for all network protocol packets.
1052 Enable promiscuous mode support. This only works if the network