They are actually u32 in the kernel. Plus if we use G_MAXINT32 it
causes gtkdoc to write out "Allowed values: <= G_MAXLONG" on i386
and "Allowed values: <= G_MAXINT" on x86_64, breaking multilib.
Fixes: 95dfd99afc
Point in case:
# ip link add link dummy0 name dummy0.vlan type vlan id 4095
RTNETLINK answers: Numerical result out of range
This potentially causes existing (invalid) connections to disappear
as they now fail verification.
Instead of adjusting the range of the GObject property
NM_SETTING_VLAN_ID, reject it during vlan. This is a bit more
forgiving to an older client that isn't aware of this new restriction,
so he can first set the value without raising a critical warning.
The property is used to control duplicate address detection:
* -1 means default value
* 0 means no DAD is performed
* > 0 means timeout (in milliseconds) for arping responses
[bgalvani: moved setting from NMSettingIP4Config]
Up to now, the "include" directory contained (only) header files that were
used project-wide by libs, core, clients, et al.
Since the directory now also contains a non-header file, the "include"
name is misleading. Instead of adding yet another directory that is
project-wide, with non-header-only content, rename the "include"
directory to "shared".
The new object type represents tunnels over IPv4 and IPv6.
We have a single setting type (NMSettingIPTunnel) for tunnels and it
can't be shared among different device factories. So we define also a
single device type for all tunnels.
This new object will also represent GRE tunnels, which before were
instantiated as NMDeviceGre and had a ".Device.Gre" D-Bus
interface. This commit introduces a change in behavior.
Add a generic NMSettingTunnel which describes properties of tunnels
over IPv4 and IPv6 (GRE, SIT, IPIP, IPIP6, IP6GRE, etc.). Since those
tunnel types all have similar properties it makes sense to have a
single setting type for them.
Add function nm_utils_enum_get_values() which returns a string array
containing the enum values. It can be used, for example, to build a
list of allowed values for user.
The property contains the fully qualified domain name to be sent to
DHCP server using the FQDN option. The property is mutually exclusive
with 'dhcp-hostname'.
for verifying the secrets, because it is not done in plain nm_setting_verify().
For simple verification of free-form string secrets,
_nm_setting_verify_secret_string() helper is used.
These properties limit whether the connection applies to a certain WWAN modem
based on the modem's device ID or SIM ID (as reported by the WWAN management
service), or through the MCC/MNC ID of the operator that issued the SIM card.
Old init-scripts that did not yet understand this key will have
mac-address-randomization explicitly disabled. This is to ensure
that old connections don't change behavior.
Thus, the writer must always write the value explicitly.
Downside is, if somebody creates a quick ifcfg-file, the feature
is disabled by default.
Take a missing value in keyfile/ifcfg-rh as EUI-64 to keep the compatibility
with the old conneciton. Nevertheless, the new connections should default to
the RFC7217 addresses.
It is not used externally and its use might be confusing and undesired when we
add plugin aliases. The external users should only use the name when idenfiying
the plugin and nm_vpn_plugin_info_list_find_by_service() when matchin the plugin.
In update_connection(), pickup the configuration of
the vlan interface from platform and create the proper
NMSettingVlan setting.
And during stage1, configure the flags of the device.
Also, change all the ingress/egress mappings at once
instead of having a netlink request for each mapping.
Also, ensure we *clear* all other mappings so that
only those are set, that were configured (done by
the *gress_reset_all argument).
