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VPP CPU core assignment now uses kernel-isolated CPUs (from /sys/devices/system/cpu/isolated) with explicit corelist-workers instead of computing offsets from available cores with skip-cores/workers. Added validation that enough CPUs are actually isolated before VPP starts, and that isolate-cpus config only references existing CPU IDs. Moved smoketest for kernel option 'isolate-cpus' to test_vpp.py
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section
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Remove `dpdk-options` under `set vpp settings interface <ethN>`
and move its child options to the interface level:
- `num-rx-desc`
- `num-rx-queues`
- `num-tx-desc`
- `num-tx-queues`
Also remove `set vpp settings interface <ethN> dpdk-options promisc`.
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'resource-allocation'
Replace legacy VPP CPU settings (main-core, skip-cores, workers, corelist-workers) with a single resource-allocation cpu-cores option.
CPU assignment is now handled automatically: two cores are reserved for the system, the VPP main thread is placed on the first available core, and the remaining allocated cores are used as workers.
This simplifies configuration and ensures consistent CPU allocation.
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Instead of `vpp settings unix poll-sleep-usec`
use `vpp settings poll-sleep-usec`.
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This commit changes logging settings naming:
- before: `set vpp settings logging default-log-level <alert>`
- after: `set vpp settings logging default-level <alert>`
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- Migration script removes 'driver' and 'xdp-options' nodes.
- XDP logic is commented out in config verification and CLI tests, preserving code for future use.
- The rest of XDP-related code remains untouched
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configured as DHCP
DHCP address cannot be assigned on VPP interfaces without enabling the 'ip4-dhcp-client-detect' feature
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Set the standard output/error to null to avoid log duplication.
Starting the service as "nodaemon" seems cause of this behavior.
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T7970: VPP use systemd-notify to start the service
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This allows systemd to properly track VPP startup and manage service
dependencies using Type=notify service configuration.
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Add VPP IPFIX configuration commands:
```
set vpp ipfix active-timeout '8'
set vpp ipfix collector 192.0.2.2 port '2055'
set vpp ipfix collector 192.0.2.2 source-address '192.0.2.1'
set vpp ipfix flowprobe-record 'l2'
set vpp ipfix flowprobe-record 'l3'
set vpp ipfix flowprobe-record 'l4'
set vpp ipfix inactive-timeout '32'
set vpp ipfix interface eth0
set vpp ipfix interface eth1 direction 'both'
set vpp ipfix interface eth1 flow-variant 'ipv4'
```
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De-hardcode plugin path allows starting VPP on different ARCHs
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T7773: VPP move crypto engines to crypto-engines template section
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VPP 25.06 introduces a new format for crypto engines configuration
https://github.com/FDio/vpp/commit/f479eeb76
Update the template to account for this change.
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T7842: VPP add pppoe enable-pass-nd-and-dhcpv6 option
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restrict page sizes in xml
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* VPP: T7175
Added conf mode CLI for VPP sflow plugin and updated VPP template to include plugin.
* VPP: T7175: Conf mode CLI and startup template.
* T7175: VPP fix sFlow verify use vpp enstead of enable_vpp
* T7175: VPP add sFlow smoketest
* T7175: VPP remove unused config_changed variable
---------
Co-authored-by: Viacheslav <v.gletenko@vyos.io>
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CLI:
```
set vpp acl ip tag-name <tag-name> rule <nn> action <permit|deny|permit-reflect>
set vpp acl ip tag-name <tag-name> rule <nn> source prefix <prefix>
set vpp acl ip tag-name <tag-name> rule <nn> source port <port|range>
set vpp acl ip tag-name <tag-name> rule <nn> destination prefix <prefix>
set vpp acl ip tag-name <tag-name> rule <nn> destination port <port>
set vpp acl ip tag-name <tag-name> rule <nn> protocol <protocol>
set vpp acl ip tag-name <tag-name> rule <nn> tcp-flags <fin|syn|rst|psh|ack|urg|ecn|cwr>
set vpp acl ip tag-name <tag-name> rule <nn> tcp-flags not <fin|syn|rst|psh|ack|urg|ecn|cwr>
set vpp acl ip interface <interface_name> input acl-tag <n> tag-name <tag-name>
set vpp acl ip interface <interface_name> output acl-tag <n> tag-name <tag-name>
set vpp acl macip tag-name <tag-name> rule <nn> prefix <prefix>
set vpp acl macip tag-name <tag-name> rule <nn> mac-address <mac>
set vpp acl macip tag-name <tag-name> rule <nn> mac-mask <mac-mask>
set vpp acl macip tag-name <tag-name> rule <nn> action <permit|deny>
set vpp acl macip interface <interface_name> tag-name <tag-name>
```
OP mode
```
show vpp acl ip tag-name <tag_name>
show vpp acl ip interface
show vpp acl macip tag-name <tag_name>
show vpp acl macip interface
```
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CLI:
```
set vpp nat cgnat interface outside <interface> # multi
set vpp nat cgnat interface inside <interface> # multi
set vpp nat cgnat rule <rule> outside-prefix <prefix>
set vpp nat cgnat rule <rule> inside-prefix <prefix>
set vpp nat cgnat timeout udp <sec> # default 300
set vpp nat cgnat timeout tcp-established <sec> # default 7440
set vpp nat cgnat timeout tcp-transitory <sec> # default 240
set vpp nat cgnat timeout icmp <sec> # default 60
```
OP mode:
```
show vpp nat cgnat interfaces
show vpp nat cgnat mappings
show vpp nat cgnat sessions
clear vpp cgnat inside-address <address> port <port> external-address <address> port <port>
```
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T7181: VPP add initial source NAT implentation
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Rename node `ip6` to common `ipv6` for vpp settings
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Add initial source NAT implementation
```
set vpp nat44 source inbound-interface 'eth2'
set vpp nat44 source outbound-interface 'eth1'
set vpp nat44 source translation address '192.0.2.1-192.0.2.2'
```
Add initial simple implementation of the source NAT
In the future, we'll extend it to the rules if it is possible to do
via VPP API
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Add linux-xfrm-nl plugin
Add configuration commands for VPP IPsec
```
set vpp settings ipsec interface-type 'ipsec'
set vpp settings ipsec netlink batch-delay-ms '250'
set vpp settings ipsec netlink batch-size '150'
set vpp settings ipsec netlink rx-buffer-size '1024'
```
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