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enabling/disabling sending traffic from bridge layer to ipvX layer
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new chains, priorities, and firewall groups
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T5873: ipsec remote access VPN: support VTI interfaces.
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* PBR can only target table IDs up to 200 and the previous PR to extend the
range was rejected
* PBR with this PR can now also target VRFs directly by name, working around
targeting problems for VRF table IDs outside the overlapping 100-200 range
* Validation ensures rules can't target both a table ID and a VRF name
(internally they are handled the same)
* Added a simple accessor (get_vrf_table_id) for runtime mapping a VRF name
to table ID, based on vyos.ifconfig.interface._set_vrf_ct_zone().
It does not replace that usage, as it deliberately does not handle non-VRF
interface lookups (would fail with a KeyError).
* Added route table ID lookup dict, global route table and VRF table defs
to vyos.defaults. Table ID references have been updated in code touched
by this PR.
* Added a simple smoketest to validate 'set vrf' usage in PBR rules
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T6362: Create conntrack logger daemon
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OpenVPN CLI-option: T6571: rename ncp-ciphers with data-ciphers
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(#3616)
* Change ipsec match-ipsec/none to match-ipsec-in and match-none-in for
fw rules
* Add ipsec match-ipsec-out and match-none-out
* Change all the points where the match-ipsec.xml.i include was used
before, making sure the new includes (match-ipsec-in/out.xml.i) are
used appropriately. There were a handful of spots where match-ipsec.xml.i
had snuck back in for output hooked chains already
(the common-rule-* includes)
* Add the -out generators to rendered templates
* Heavy modification to firewall config validators:
* I needed to check for ipsec-in matches no matter how deeply nested
under an output-hook chain(via jump-target) - this always generates
an error.
* Ended up retrofitting the jump-targets validator from root chains
and for named custom chains. It checks for recursive loops and improper
IPsec matches.
* Added "test_ipsec_metadata_match" and "test_cyclic_jump_validation"
smoketests
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Add CLI commands
Add config
Add conf_mode
Add systemd config
Add stunnel smoketests
Add log level config
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Wireless devices are subject to regulations issued by authorities. For any
given AP or router, there will most likely be no case where one wireless NIC is
located in one country and another wireless NIC in the same device is located
in another country, resulting in different regulatory domains to apply to the
same box.
Currently, wireless regulatory domains in VyOS need to be configured per-NIC:
set interfaces wireless wlan0 country-code us
This leads to several side-effects:
* When operating multiple WiFi NICs, they all can have different regulatory
domains configured which might offend legislation.
* Some NICs need additional entries to /etc/modprobe.d/cfg80211.conf to apply
regulatory domain settings, such as: "options cfg80211 ieee80211_regdom=US"
This is true for the Compex WLE600VX. This setting cannot be done
per-interface.
Migrate the first found wireless module country-code from the wireless
interface CLI to: "system wireless country-code"
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openvpn: T5487: Remove deprecated option --cipher for server and client mode
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Using BGP peer-groups inside a VRF instance will make use if the global VRFs
peer-group list during tab-completion and not the peer-groups defined within
the BGP instance of the given VRF.
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T3900: Add support for raw tables in firewall
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timeout parameters defined in conntrack to firewall global-opton section.
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added new syntax to work with class match filters in QoS policy
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reverse-proxy: T6409: Remove unused backend parameters
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T4576: Accel-ppp logging level configuration
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add ability to change logging level config for:
* VPN L2TP
* VPN PPTP
* VPN SSTP
* IPoE Server
* PPPoE Serve
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Co-authored-by: Gregor Michels <hirnpfirsich@brainpeach.de>
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reverse-proxy: T6370: Set custom HTTP headers in reverse-proxy responses
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>=5.0
random - In kernel 5.0 and newer this is the same as fully-random. In earlier
kernels the port mapping will be randomized using a seeded MD5 hash mix using
source and destination address and destination port.
https://git.netfilter.org/nftables/commit/?id=fbe27464dee4588d906492749251454
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When all the underlay links go down the PE no longer has access to the VxLAN
+overlay.
To prevent blackholing of traffic the server/ES links are protodowned on the PE.
A link can be setup for uplink tracking via the following configuration:
set interfaces ethernet eth0 evpn uplink
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pppoe-server: T6234: PPPoE-server pado-delay refactoring
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T6273: Allowed the use of "-" and "_" in PPPoE access-concentrator name
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Allowed the use of "-" and "_" in PPPoE access-concentrator name
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Add abiilty to change `base_reachable_time_ms` option
/proc/sys/net/ipv6/neigh/{ifname}/base_reachable_time_ms
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T6226: add HAPROXY tcp-request related block to load-balancing reverse proxy config
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config
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to firewall global-optinos
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qos: T6035: QoS policy shaper queue-type random-detect requires limit avpkt
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Added params for configuration red on the shaper policy
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in order to not allow string starting with dot character; use such constraint in firewall group definitions.
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ethernet: T5862: default MTU is not acceptable in some environments
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Containers have the ability to add Linux system capabilities to them, this is
done using the "set container name <name> cap-add" command.
The CLI node sounds off and rather should be "set container name <name>
capability" instead as we use and pass a capability to a container and not
add/invent new ones.
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In order to lower the Ethernet default MTU we need to drop the common
defaultValue from the XML mtu-68-16000.xml.i building block. Per interface
default MTU is later overloaded by XML.
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