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Current state of vyos-1x smoketests have hardcoded features to test. The
feature support is inside the base class BasicInterfaceTest
class BasicInterfaceTest:
class TestCase(VyOSUnitTestSHIM.TestCase):
_test_dhcp = False
_test_ip = False
_test_mtu = False
_test_vlan = False
_test_qinq = False
_test_ipv6 = False
_test_ipv6_pd = False
_test_ipv6_dhcpc6 = False
_test_mirror = False
All derived classes need to enable the tests that are supported on this
interface type. Adding new feature to a given interface (like vif support in
T5237) require manually enabling those tests for the given interface.
It would make much more sense, if we can query the config backend for supported
interface options - or in other words - is there a CLI node available that
corresponds to set interfaces ethernet <name> vif - if that's the case,
_test_vlan = True.
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syslog: T2778: T2769: refactoring and VRF support
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Ability to match 'source-protocol' for the route-map filters
set policy route-map foo rule 10 action 'permit'
set policy route-map foo rule 10 match protocol 'bgp'
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Commit 0a802d20c - ("smoketest: add config with VRF BGP instance") added a
config from a VMware VM. When moving to QEmu we must reduce the network card
ring-bufer size from 4096 -> 256, as the tests failed with:
> Driver only supports a maximum RX ring-buffer size of "256" bytes!
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Replica of a real network. BGP is realised inside a VRF. The BGP peering to the
outside world is done via WireGuard that is backed by a PPPoE link - shiver!
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There is no need for protocol specific embedded smoketests as the route-map
option got removed. Tests are now conducted under the new CLI tree.
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It is possible to install a route-map which filters the routes between routing
daemons and the OS kernel (zebra)
As of now this can be done by e.g.
* set protocols ospf route-map foo
* set protocols ospfv3 route-map foo
* set protocols bgp route-map foo
Which in turn will install the following lines into FRR
* ip protocol ospf route-map foo
* ipv6 protocol ospf6 route-map foo
* ip protocol bgp route-map foo
The current state of the VyOS CLI is incomplete as there is no way to:
* Install a filter for BGP IPv6 routes
* Install a filter for static routes
* Install a filter for connected routes
Thus the CLI should be redesigned to close match what FRR does for both the
default and any other VRF
* set system ip protocol ospf route-map foo
* set system ipv6 protocol ospfv3 route-map foo
* set system ip protocol bgp route-map foo
* set system ipv6 protocol bgp route-map foo
The configuration can be migrated accordingly. This commit does not come with
the migrator, it will be comitted later.
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T5081: ISIS and OSPF syncronization with IGP-LDP sync
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maxsyslogins
maximum number of all logins on system; user is not
allowed to log-in if total number of all user logins is
greater than specified number (this limit does not apply
to user with uid=0)
set system login max-login-session 2
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T5128: Policy Route: allow wildcard on interface
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Add op-mode for sFlow based on hsflowd "show sflow"
Add machine readable format '--raw' and formatted output
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include at least one wildcarded interface
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Counter jump WANLOADBALANCE was deleted in the commit
https://github.com/vyos/vyos-1x/commit/27ca5b9d6d699e201f88ffff41b0a651166b65eb
I guess it was done to pass the smoketest even if it broke
the load-balance wan feature
Fix it
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This would allow using custom ports in name server operating on non-
default port for forwarding zones.
This is a follow-up to T5113 for sake of completeness and having
consistent treatment of all name servers configured in PowerDNS recursor.
Additionally, migrate `service dns forwarding domain example.com server`
to `service dns forwarding domain foo3.com name-server` for consistency
and reusability.
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Smoketest update for T5113 with optional port for name-server forwarders.
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This is basic configuration to enable NTS support in chrony.
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T5099: IPoE-server add option next-pool for named ip pools
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T5086: Add smoketest DROP_MONITOR kernel option
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tearDown checks for existence of charon process, however this test does not create any connections by design.
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In cases with multiple named IP pools, it is required the option 'next'
to be sure that if IP addresses ended in one pool, then they would
begin to be allocated from the next named pool.
For accel-ppp it requires specific order as pool must be defined
before we can use it with the 'next-option'
set service ipoe-server client-ip-pool name first-pool subnet '192.0.2.0/25'
set service ipoe-server client-ip-pool name first-pool next-pool 'second-pool'
set service ipoe-server client-ip-pool name second-pool subnet '203.0.113.0/25'
[ip-pool]
203.0.113.0/25,name=second-pool
192.0.2.0/25,name=first-pool,next=second-pool
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T5050: Firewall: Add log options
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We drop default values 'port' but don't set it again per server
Fix it
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hsflowd will export the headers of dropped packets (along with the
name of the function in the Linux kernel where that skb was dropped)
as part of the standard sFlow feed.
This measurement complements the sFlow packet sampling and
counter-telemetry well because it provides visibility into the
traffic that is not flowing.
Very helpful for troubleshooting.
The limit (a rate limit max of N drops per second sent out in the
sFlow datagrams) is the parameter you would set in the CLI.
set system sflow drop-monitor-limit 50
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T5086: Add sFlow feature based on hsflowd
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Add sFlow feature based on hsflowd
According to user reviews, it works more stable and more productive
than pmacct
I haven't deleted 'pmacct' 'system flow-accounting sflow' yet
It could be migrated or deprecated later
set system sflow agent-address '192.0.2.14'
set system sflow interface 'eth0'
set system sflow interface 'eth1'
set system sflow polling '30'
set system sflow sampling-rate '100'
set system sflow server 192.0.2.1 port '6343'
set system sflow server 192.0.2.11 port '6343'
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in firewall, to NAT
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