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T5971: Rewritten ppp options in accel-ppp services
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T4839: firewall: Add dynamic address group in firewall configuration
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ddclient: T5966: Adjust dynamic dns config address subpath
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Denied using command 'route-target vpn export/import'
with 'both' together in bgp configuration.
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vrf: T5973: multiple bugfixes and improvements
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Rewritten 'ppp-options' to the same view in all accel-ppp services.
Adding IPv6 support to PPTP.
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appropiate commands to populate such groups using source and destination address of the packet.
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* set protocols bfd peer <x.x.x.x> minimum-ttl <1-254>
* set protocols bfd profile <name> minimum-ttl <1-254>
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A code path was missing to check if only priority is available in the result of
"ip --json -4 rule show", in the case of l3mdev it's a dedicated key!
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There is no need to add and remove this table during runtime - it can lurk
in the standard firewall init code.
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This prevents the following error when configuring the first VRF:
sysctl: cannot stat /proc/sys/net/vrf/strict_mode: No such file or directory
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sflow: T5968: add VRF support
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Add support to run hsflowd in a dedicated (e.g. management) VRF.
Command will be "set system sflow vrf <name>" like with any other service
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Modify the dynamic dns configuration 'address' subpath for better
clarity on how the address is obtained.
Additionally, remove `web-options` and fold those options under the
path `address web`.
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Streamline configuration and operation of dns forwarding service in
following ways:
- Remove `dns_forwarding_reset.py` as its functionality is now covered
by `dns.py`
- Adjust function names in `dns.py` to disambiguate between DNS
forwarding and dynamic DNS
- Remove `dns_forwarding_restart.sh` as its functionality is inlined in
`dns-forwarding.xml`
- Templatize systemd override for `pdns-recursor.service` and move the
generated override files in /run. This ensures that the override files
are always generated afresh after boot
- Simplify the systemd override file by removing the redundant overrides
- Relocate configuration path for pdns-recursor to `/run/pdns-recursor`
and utilize the `RuntimeDirectory` default that pdns-recursor expects
- We do not need to use custom `--socket-dir` path anymore, the default
path (viz., `/run/pdns-recursor` is fine)
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ntp: T5692: add support to configure leap second behavior
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T5958: QoS add basic implementation of policy shaper-hfsc
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* set service ntp leap-second [ignore|smear|system|timezone]
Where timezone is the new and old default resulting in adding "leapsectz right/UTC"
to chrony.conf. The most prominent new option is "smear" which will add
leapsecmode slew
maxslewrate 1000
smoothtime 400 0.001 leaponly
to chrony.
See https://chrony-project.org/doc/4.3/chrony.conf.html leapsecmode for
additional information
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dhcp: T5952: Fix validate duplicate MAC Address on same subnet
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QoS policy shaper-hfsc was not implemented after rewriting the
traffic-policy to qos policy. We had CLI but it does not use the
correct class. Add a basic implementation of policy shaper-hfsc.
Write the class `TrafficShaperHFS`
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T5865: Moved ipv6 pools to named ipv6 pools in accel-ppp
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image-tools: T5923: update system_console.py for new GRUB file structure
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Migrate "bgp <ASN> neighbor <NEIGH> address-family ipv6-unicast peer-group"
to "bgp neighbor <NEIGH> peer-group"
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Moved ipv6 pools to named ipv6 pools in accel-ppp services
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set protocols bgp address-family ipv4-unicast sid vpn export <auto|1-1048575>
set protocols bgp address-family ipv6-unicast sid vpn export <auto|1-1048575>
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dhcpv6: T3316: Extend scope of DHCP options, bugfixes
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Add util function to set serial console speed in accordance with revised
GRUB file structure; in keeping with the intentions of the config_mode
script, adjust the GRUB var 'console_speed' to only modify ttyS0.
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* Also migrate `address-range` to `range` tag node for consistency with dhcpv4 server syntax
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To test:
set protocols bgp neighbor eth0 interface v6only peer-group 'fabric'
set protocols bgp peer-group fabric address-family ipv4-unicast
set protocols bgp peer-group fabric address-family ipv6-unicast
set protocols bgp peer-group fabric capability extended-nexthop
set protocols bgp peer-group fabric remote-as 'external'
set protocols bgp system-as 64496
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Fix after commit 8452d8f4921 ("T5918: Fix typo in verify vpn ipsec interface")
so that dynamic interfaces can be used by ipsec but a warning is issued that
this will only work after they are available on the system.
PPPoE interfaces are the best example for this, as they are down during system
bootup and will be available anytime after the boot once we've dialed into
the BRAS.
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This uses a more common pattern froma base class while the original code from
0a1c9bc38 ("T5791: DNS dynamic exclude check for dynamic interfaces PPPoE") is
still retained.
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the lease file (#2796)
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The correct CLI command is `interface` and not `interfaces`
```
set vpn ipsec interface xxx
```
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T5688: Changed 'range' to multi in 'client-ip-pool' for accell-ppp
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dhcp: T3316: T5787: T5912: Extend scope of DHCP options, bugfixes
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supported by Kea
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Changed node 'range' to multi in 'client-ip-pool' for accell-ppp
services.
Added completionHelp to default-pool and next-pool.
Fixed verification in vpn l2tp config script.
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hyphen (-)
When testing for changed PKI certificates using node_changed(), we should not
use key_mangling=('-', '_'), as this will make certificate updates with a hypen
not possible.
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We have not seen the adoption of the https virtual-host CLI option.
What it did?
* Create multiple webservers each listening on a different IP/port
(but in the same VRF)
* All webservers shared one common document root
* All webservers shared the same SSL certificates
* All webservers could have had individual allow-client configurations
* API could be enabled for a particular virtual-host but was always enabled on
the default host
This configuration tried to provide a full webserver via the CLI but VyOS is a
router and the Webserver is there for an API or to serve files for a local-ui.
Changes
Remove support for virtual-hosts as it's an incomplete and thus mostly useless
"thing". Migrate all allow-client statements to one top-level allow statement.
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This fixes a priority inversion when doing initial certificate commits.
* pki subsystem is executed with priority 300
* vti uses priority 381
* ipsec uses priority 901
On commit pki.py will be executed first, detecting a change in dependencies
for vpn_ipsec.py which will be executed second. The VTI interface was yet not
created leading to ConfigError('VTI interface XX for site-to-site peer YY does
not exist!')
The issue is caused by this new line of code in commit b8db1a9d7ba ("pki:
T5886: add support for ACME protocol (LetsEncrypt)") file src/conf_mode/pki.py
line 139 which triggers the dependency update even if a key is newly added.
This commit changes the "detection" based on the cerbot configuration on disk.
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The "idea" of this PR is to add new CLI nodes under the pki subsystem to
activate ACME for any given certificate.
vyos@vyos# set pki certificate NAME acme
Possible completions:
+ domain-name Domain Name
email Email address to associate with certificate
listen-address Local IPv4 addresses to listen on
rsa-key-size Size of the RSA key (default: 2048)
url Remote URL (default:
https://acme-v02.api.letsencrypt.org/directory)
Users choose if the CLI based custom certificates are used
set pki certificate EXAMPLE acme certificate <base64>
or if it should be generated via ACME.
The ACME server URL defaults to LetsEncrypt but can be changed to their staging
API for testing to not get blacklisted.
set pki certificate EXAMPLE acme url https://acme-staging-v02.api.letsencrypt.org/directory
Certificate retrieval has a certbot --dry-run stage in verify() to see if it
can be generated.
After successful generation, the certificate is stored in under
/config/auth/letsencrypt. Once a certificate is referenced in the CLI (e.g. set
interfaces ethernet eth0 eapol certificate EXAMPLE) we call
vyos.config.get_config_dict() which will (if with_pki=True is set) blend in the
base64 encoded certificate into the JSON data structure normally used when
using a certificate set by the CLI.
Using this "design" does not need any change to any other code referencing the
PKI system, as the base64 encoded certificate is already there.
certbot renewal will call the PKI python script to trigger dependency updates.
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