services: connman: Add 'connman-general-configuration'.
Currently connman has no main.conf as specified in 'man 5 connman.conf' which would allow setting NetworkInterfaceBalcklist and other useful options. This patch adds connman-general-configuration, serializes it and passes to connmad with --config= flag. All configuration fields are 'maybe-*' deliberately, to not disturb current users and not require supporting configuration changes for connmand. * gnu/services/networking.scm (<connman-general-configuration>): New configuration record to represent main.conf for connmand. (<connman-configuration>)[general-configuration]: New field. (connman-shepherd-service): Honor it. *doc/guix.texi (Networking Services): Add generated configuration. Change-Id: I5d78f49e8b2d5e0b3cbd7b8b604e8a254b6397e8 Signed-off-by: Maxim Cournoyer <maxim.cournoyer@gmail.com> Modified-by: Maxim Cournoyer <maxim.cournoyer@gmail.com>
This commit is contained in:
muradm
Maxim Cournoyer
parent
2b04ebaa74
commit
1bdeec5d66
205
doc/guix.texi
205
doc/guix.texi
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@ -20949,9 +20949,214 @@ networks.
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@item @code{disable-vpn?} (default: @code{#f})
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When true, disable connman's vpn plugin.
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@item @code{general-configuration} (default: @code{(connman-general-configuration)})
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Configuration serialized to @file{main.conf} and passed as @option{--config}
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to @command{connmand}.
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@end table
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@end deftp
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@c %start of fragment
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@deftp {Data Type} connman-general-configuration
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Available @code{connman-general-configuration} fields are:
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@table @asis
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@item @code{input-request-timeout} (type: maybe-number)
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Set input request timeout. Default is 120 seconds. The request for
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inputs like passphrase will timeout after certain amount of time. Use
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this setting to increase the value in case of different user interface
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designs.
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@item @code{browser-launch-timeout} (type: maybe-number)
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Set browser launch timeout. Default is 300 seconds. The request for
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launching a browser for portal pages will timeout after certain amount
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of time. Use this setting to increase the value in case of different
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user interface designs.
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@item @code{background-scanning?} (type: maybe-boolean)
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Enable background scanning. Default is true. If wifi is disconnected,
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the background scanning will follow a simple back off mechanism from 3s
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up to 5 minutes. Then, it will stay in 5 minutes unless user
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specifically asks for scanning through a D-Bus call. If so, the
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mechanism will start again from 3s. This feature activates also the
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background scanning while being connected, which is required for roaming
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on wifi. When @code{background-scanning?} is false, ConnMan will not
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perform any scan regardless of wifi is connected or not, unless it is
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requested by the user through a D-Bus call.
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@item @code{use-gateways-as-timeservers?} (type: maybe-boolean)
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Assume that service gateways also function as timeservers. Default is
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false.
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@item @code{fallback-timeservers} (type: maybe-list)
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List of Fallback timeservers. These timeservers are used for NTP sync
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when there are no timeservers set by the user or by the service, and
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when @code{use-gateways-as-timeservers?} is @code{#f}. These can
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contain a mixed combination of fully qualified domain names, IPv4 and
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IPv6 addresses.
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@item @code{fallback-nameservers} (type: maybe-list)
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List of fallback nameservers appended to the list of nameservers given
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by the service. The nameserver entries must be in numeric format, host
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names are ignored.
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@item @code{default-auto-connect-technologies} (type: maybe-list)
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List of technologies that are marked autoconnectable by default. The
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default value for this entry when empty is @code{"ethernet"},
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@code{"wifi"}, @code{"cellular"}. Services that are automatically
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connected must have been set up and saved to storage beforehand.
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@item @code{default-favourite-technologies} (type: maybe-list)
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List of technologies that are marked favorite by default. The default
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value for this entry when empty is @code{"ethernet"}. Connects to
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services from this technology even if not setup and saved to storage.
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@item @code{always-connected-technologies} (type: maybe-list)
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List of technologies which are always connected regardless of
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preferred-technologies setting (@code{auto-connect?} @code{#t}). The
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default value is empty and this feature is disabled unless explicitly
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enabled.
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@item @code{preferred-technologies} (type: maybe-list)
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List of preferred technologies from the most preferred one to the least
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preferred one. Services of the listed technology type will be tried one
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by one in the order given, until one of them gets connected or they are
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all tried. A service of a preferred technology type in state 'ready'
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will get the default route when compared to another preferred type
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further down the list with state 'ready' or with a non-preferred type; a
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service of a preferred technology type in state 'online' will get the
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default route when compared to either a non-preferred type or a
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preferred type further down in the list.
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@item @code{network-interface-blacklist} (type: maybe-list)
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List of blacklisted network interfaces. Found interfaces will be
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compared to the list and will not be handled by ConnMan, if their first
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characters match any of the list entries. Default value is
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@code{"vmnet"}, @code{"vboxnet"}, @code{"virbr"}, @code{"ifb"}.
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@item @code{allow-hostname-updates?} (type: maybe-boolean)
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Allow ConnMan to change the system hostname. This can happen for
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example if we receive DHCP hostname option. Default value is @code{#t}.
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@item @code{allow-domainname-updates?} (type: maybe-boolean)
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Allow connman to change the system domainname. This can happen for
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example if we receive DHCP domainname option. Default value is
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@code{#t}.
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@item @code{single-connected-technology?} (type: maybe-boolean)
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Keep only a single connected technology at any time. When a new service
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is connected by the user or a better one is found according to
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preferred-technologies, the new service is kept connected and all the
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other previously connected services are disconnected. With this setting
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it does not matter whether the previously connected services are in
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'online' or 'ready' states, the newly connected service is the only one
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that will be kept connected. A service connected by the user will be
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used until going out of network coverage. With this setting enabled
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applications will notice more network breaks than normal. Note this
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options can't be used with VPNs. Default value is @code{#f}.
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@item @code{tethering-technologies} (type: maybe-list)
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List of technologies that are allowed to enable tethering. The default
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value is @code{"wifi"}, @code{"bluetooth"}, @code{"gadget"}. Only those
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technologies listed here are used for tethering. If one wants to tether
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ethernet, then add @code{"ethernet"} in the list. Note that if ethernet
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tethering is enabled, then a DHCP server is started on all ethernet
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interfaces. Tethered ethernet should never be connected to corporate or
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home network as it will disrupt normal operation of these networks. Due
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to this ethernet is not tethered by default. Do not activate ethernet
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tethering unless you really know what you are doing.
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@item @code{persistent-tethering-mode?} (type: maybe-boolean)
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Restore earlier tethering status when returning from offline mode,
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re-enabling a technology, and after restarts and reboots. Default value
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is @code{#f}.
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@item @code{enable-6to4?} (type: maybe-boolean)
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Automatically enable anycast 6to4 if possible. This is not recommended,
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as the use of 6to4 will generally lead to a severe degradation of
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connection quality. See RFC6343. Default value is @code{#f} (as
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recommended by RFC6343 section 4.1).
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@item @code{vendor-class-id} (type: maybe-string)
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Set DHCP option 60 (Vendor Class ID) to the given string. This option
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can be used by DHCP servers to identify specific clients without having
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to rely on MAC address ranges, etc.
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@item @code{enable-online-check?} (type: maybe-boolean)
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Enable or disable use of HTTP GET as an online status check. When a
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service is in a READY state, and is selected as default, ConnMan will
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issue an HTTP GET request to verify that end-to-end connectivity is
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successful. Only then the service will be transitioned to ONLINE state.
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If this setting is false, the default service will remain in READY
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state. Default value is @code{#t}.
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@item @code{online-check-ipv4-url} (type: maybe-string)
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IPv4 URL used during the online status check. Please refer to the
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README for more detailed information. Default value is
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@uref{http://ipv4.connman.net/online/status.html}.
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@item @code{online-check-ipv6-url} (type: maybe-string)
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IPv6 URL used during the online status check. Please refer to the
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README for more detailed information. Default value is
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@uref{http://ipv6.connman.net/online/status.html}.
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@item @code{online-check-initial-interval} (type: maybe-number)
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Range of intervals between two online check requests. Please refer to
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the README for more detailed information. Default value is @samp{1}.
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@item @code{online-check-max-interval} (type: maybe-number)
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Range of intervals between two online check requests. Please refer to
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the README for more detailed information. Default value is @samp{1}.
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@item @code{enable-online-to-ready-transition?} (type: maybe-boolean)
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WARNING: This is an experimental feature. In addition to
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@code{enable-online-check} setting, enable or disable use of HTTP GET to
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detect the loss of end-to-end connectivity. If this setting is
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@code{#f}, when the default service transitions to ONLINE state, the
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HTTP GET request is no more called until next cycle, initiated by a
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transition of the default service to DISCONNECT state. If this setting
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is @code{#t}, the HTTP GET request keeps being called to guarantee that
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end-to-end connectivity is still successful. If not, the default
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service will transition to READY state, enabling another service to
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become the default one, in replacement. Default value is @code{#f}.
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@item @code{auto-connect-roaming-services?} (type: maybe-boolean)
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Automatically connect roaming services. This is not recommended unless
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you know you won't have any billing problem. Default value is
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@code{#f}.
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@item @code{address-conflict-detection?} (type: maybe-boolean)
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Enable or disable the implementation of IPv4 address conflict detection
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according to RFC5227. ConnMan will send probe ARP packets to see if an
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IPv4 address is already in use before assigning the address to an
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interface. If an address conflict occurs for a statically configured
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address, an IPv4LL address will be chosen instead (according to
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RFC3927). If an address conflict occurs for an address offered via
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DHCP, ConnMan sends a DHCP DECLINE once and for the second conflict
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resorts to finding an IPv4LL address. Default value is @code{#f}.
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@item @code{localtime} (type: maybe-string)
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Path to localtime file. Defaults to @file{/etc/localtime}.
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@item @code{regulatory-domain-follows-timezone?} (type: maybe-boolean)
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Enable regulatory domain to be changed along timezone changes. With
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this option set to true each time the timezone changes the first present
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ISO3166 country code is read from
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@file{/usr/share/zoneinfo/zone1970.tab} and set as regulatory domain
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value. Default value is @code{#f}.
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@item @code{resolv-conf} (type: maybe-string)
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Path to resolv.conf file. If the file does not exist, but intermediate
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directories exist, it will be created. If this option is not set, it
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tries to write into @file{/var/run/connman/resolv.conf} if it fails
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(@file{/var/run/connman} does not exist or is not writeable). If you do
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not want to update resolv.conf, you can set @file{/dev/null}.
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@end table
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@end deftp
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@cindex WPA Supplicant
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@defvar wpa-supplicant-service-type
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This is the service type to run @url{https://w1.fi/wpa_supplicant/,WPA
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@ -21,6 +21,7 @@
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;;; Copyright © 2022, 2023 Andrew Tropin <andrew@trop.in>
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;;; Copyright © 2023 Declan Tsien <declantsien@riseup.net>
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;;; Copyright © 2023 Bruno Victal <mirai@makinata.eu>
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;;; Copyright © 2023 muradm <mail@muradm.net>
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;;;
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;;; This file is part of GNU Guix.
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;;;
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@ -78,6 +79,7 @@
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#:use-module (srfi srfi-26)
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#:use-module (srfi srfi-43)
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#:use-module (ice-9 match)
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#:use-module (ice-9 string-fun)
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#:use-module (json)
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#:re-export (static-networking-service
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static-networking-service-type)
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@ -171,6 +173,8 @@
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network-manager-configuration-vpn-plugins
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network-manager-service-type
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connman-general-configuration
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connman-general-configuration?
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connman-configuration
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connman-configuration?
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connman-configuration-connman
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@ -1326,6 +1330,241 @@ wireless networking."))))
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;;; Connman
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;;;
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(define (connman-general-configuration-field-name field-name)
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(let* ((str->camel (lambda (s)
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(string-concatenate
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(map string-capitalize (string-split s #\-)))))
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(str (if (symbol? field-name)
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(str->camel (symbol->string field-name))
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field-name)))
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(cond
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((string-suffix? "?" str) (connman-general-configuration-field-name
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(string-drop-right str 1)))
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((string-contains str "RegulatoryDomain") (connman-general-configuration-field-name
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(string-replace-substring str "RegulatoryDomain" "Regdom")))
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((string-contains str "Url") (connman-general-configuration-field-name
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(string-replace-substring str "Url" "URL")))
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((string-contains str "Ip") (connman-general-configuration-field-name
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(string-replace-substring str "Ip" "IP")))
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((string-contains str "6To4") (connman-general-configuration-field-name
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(string-replace-substring str "6To4" "6to4")))
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(#t str))))
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(define (connman-general-configuration-serialize-string field-name value)
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(let ((param (connman-general-configuration-field-name field-name)))
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#~(string-append #$param " = " #$value "\n")))
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(define (connman-general-configuration-serialize-number field-name value)
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(connman-general-configuration-serialize-string
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field-name (number->string value)))
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(define (connman-general-configuration-serialize-list field-name value)
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(connman-general-configuration-serialize-string
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field-name (string-join value ",")))
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(define (connman-general-configuration-serialize-boolean field-name value)
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(connman-general-configuration-serialize-string
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field-name (if value "true" "false")))
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(define-maybe boolean (prefix connman-general-configuration-))
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(define-maybe number (prefix connman-general-configuration-))
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(define-maybe string (prefix connman-general-configuration-))
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(define-maybe list (prefix connman-general-configuration-))
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(define-configuration connman-general-configuration
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(input-request-timeout
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maybe-number
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"Set input request timeout. Default is 120 seconds. The request for inputs
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like passphrase will timeout after certain amount of time. Use this setting to
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increase the value in case of different user interface designs.")
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(browser-launch-timeout
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maybe-number
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"Set browser launch timeout. Default is 300 seconds. The request for
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launching a browser for portal pages will timeout after certain amount of
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time. Use this setting to increase the value in case of different user
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interface designs.")
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(background-scanning?
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maybe-boolean
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"Enable background scanning. Default is true. If wifi is disconnected, the
|
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background scanning will follow a simple back off mechanism from 3s up to 5
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minutes. Then, it will stay in 5 minutes unless user specifically asks for
|
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scanning through a D-Bus call. If so, the mechanism will start again from
|
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3s. This feature activates also the background scanning while being connected,
|
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which is required for roaming on wifi. When @code{background-scanning?} is false,
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ConnMan will not perform any scan regardless of wifi is connected or not,
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unless it is requested by the user through a D-Bus call.")
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(use-gateways-as-timeservers?
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maybe-boolean
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"Assume that service gateways also function as timeservers. Default is false.")
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(fallback-timeservers
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maybe-list
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"List of Fallback timeservers. These timeservers are used for NTP sync
|
||||
when there are no timeservers set by the user or by the service, and when
|
||||
@code{use-gateways-as-timeservers?} is @code{#f}. These can contain a mixed
|
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combination of fully qualified domain names, IPv4 and IPv6 addresses.")
|
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(fallback-nameservers
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maybe-list
|
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"List of fallback nameservers appended to the list of nameservers given
|
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by the service. The nameserver entries must be in numeric format,
|
||||
host names are ignored.")
|
||||
(default-auto-connect-technologies
|
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maybe-list
|
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"List of technologies that are marked autoconnectable by default. The
|
||||
default value for this entry when empty is @code{\"ethernet\"}, @code{\"wifi\"},
|
||||
@code{\"cellular\"}. Services that are automatically connected must have been
|
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set up and saved to storage beforehand.")
|
||||
(default-favourite-technologies
|
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maybe-list
|
||||
"List of technologies that are marked favorite by default. The default
|
||||
value for this entry when empty is @code{\"ethernet\"}. Connects to services
|
||||
from this technology even if not setup and saved to storage.")
|
||||
(always-connected-technologies
|
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maybe-list
|
||||
"List of technologies which are always connected regardless of
|
||||
preferred-technologies setting (@code{auto-connect?} @code{#t}). The default
|
||||
value is empty and this feature is disabled unless explicitly enabled.")
|
||||
(preferred-technologies
|
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maybe-list
|
||||
"List of preferred technologies from the most preferred one to the least
|
||||
preferred one. Services of the listed technology type will be tried one by
|
||||
one in the order given, until one of them gets connected or they are all
|
||||
tried. A service of a preferred technology type in state 'ready' will get
|
||||
the default route when compared to another preferred type further down the
|
||||
list with state 'ready' or with a non-preferred type; a service of a
|
||||
preferred technology type in state 'online' will get the default route when
|
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compared to either a non-preferred type or a preferred type further down
|
||||
in the list.")
|
||||
(network-interface-blacklist
|
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maybe-list
|
||||
"List of blacklisted network interfaces. Found interfaces will be
|
||||
compared to the list and will not be handled by ConnMan, if their first
|
||||
characters match any of the list entries. Default value is @code{\"vmnet\"},
|
||||
@code{\"vboxnet\"}, @code{\"virbr\"}, @code{\"ifb\"}.")
|
||||
(allow-hostname-updates?
|
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maybe-boolean
|
||||
"Allow ConnMan to change the system hostname. This can happen for
|
||||
example if we receive DHCP hostname option. Default value is @code{#t}.")
|
||||
(allow-domainname-updates?
|
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maybe-boolean
|
||||
"Allow connman to change the system domainname. This can happen for
|
||||
example if we receive DHCP domainname option. Default value is @code{#t}.")
|
||||
(single-connected-technology?
|
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maybe-boolean
|
||||
"Keep only a single connected technology at any time. When a new
|
||||
service is connected by the user or a better one is found according to
|
||||
preferred-technologies, the new service is kept connected and all the
|
||||
other previously connected services are disconnected. With this setting
|
||||
it does not matter whether the previously connected services are
|
||||
in 'online' or 'ready' states, the newly connected service is the only
|
||||
one that will be kept connected. A service connected by the user will
|
||||
be used until going out of network coverage. With this setting enabled
|
||||
applications will notice more network breaks than normal. Note this
|
||||
options can't be used with VPNs. Default value is @code{#f}.")
|
||||
(tethering-technologies
|
||||
maybe-list
|
||||
"List of technologies that are allowed to enable tethering. The
|
||||
default value is @code{\"wifi\"}, @code{\"bluetooth\"},
|
||||
@code{\"gadget\"}. Only those technologies listed here are used for
|
||||
tethering. If one wants to tether ethernet, then add @code{\"ethernet\"}
|
||||
in the list. Note that if ethernet tethering is enabled, then a DHCP
|
||||
server is started on all ethernet interfaces. Tethered ethernet should
|
||||
never be connected to corporate or home network as it will disrupt normal
|
||||
operation of these networks. Due to this ethernet is not tethered by
|
||||
default. Do not activate ethernet tethering unless you really know
|
||||
what you are doing.")
|
||||
(persistent-tethering-mode?
|
||||
maybe-boolean
|
||||
"Restore earlier tethering status when returning from offline mode,
|
||||
re-enabling a technology, and after restarts and reboots. Default
|
||||
value is @code{#f}.")
|
||||
(enable-6to4?
|
||||
maybe-boolean
|
||||
"Automatically enable anycast 6to4 if possible. This is not
|
||||
recommended, as the use of 6to4 will generally lead to a severe
|
||||
degradation of connection quality. See RFC6343. Default value
|
||||
is @code{#f} (as recommended by RFC6343 section 4.1).")
|
||||
(vendor-class-id
|
||||
maybe-string
|
||||
"Set DHCP option 60 (Vendor Class ID) to the given string. This
|
||||
option can be used by DHCP servers to identify specific clients
|
||||
without having to rely on MAC address ranges, etc.")
|
||||
(enable-online-check?
|
||||
maybe-boolean
|
||||
"Enable or disable use of HTTP GET as an online status check. When
|
||||
a service is in a READY state, and is selected as default, ConnMan will
|
||||
issue an HTTP GET request to verify that end-to-end connectivity is
|
||||
successful. Only then the service will be transitioned to ONLINE
|
||||
state. If this setting is false, the default service will remain
|
||||
in READY state. Default value is @code{#t}.")
|
||||
(online-check-ipv4-url
|
||||
maybe-string
|
||||
"IPv4 URL used during the online status check. Please refer to
|
||||
the README for more detailed information. Default value is
|
||||
@url{http://ipv4.connman.net/online/status.html}.")
|
||||
(online-check-ipv6-url
|
||||
maybe-string
|
||||
"IPv6 URL used during the online status check. Please refer to
|
||||
the README for more detailed information. Default value is
|
||||
@url{http://ipv6.connman.net/online/status.html}.")
|
||||
(online-check-initial-interval
|
||||
maybe-number
|
||||
"Range of intervals between two online check requests. Please
|
||||
refer to the README for more detailed information. Default value
|
||||
is @samp{1}.")
|
||||
(online-check-max-interval
|
||||
maybe-number
|
||||
"Range of intervals between two online check requests. Please
|
||||
refer to the README for more detailed information. Default value
|
||||
is @samp{1}.")
|
||||
(enable-online-to-ready-transition?
|
||||
maybe-boolean
|
||||
"WARNING: This is an experimental feature. In addition to
|
||||
@code{enable-online-check} setting, enable or disable use of HTTP GET
|
||||
to detect the loss of end-to-end connectivity. If this setting is
|
||||
@code{#f}, when the default service transitions to ONLINE state, the
|
||||
HTTP GET request is no more called until next cycle, initiated by a
|
||||
transition of the default service to DISCONNECT state. If this
|
||||
setting is @code{#t}, the HTTP GET request keeps being called to
|
||||
guarantee that end-to-end connectivity is still successful. If not,
|
||||
the default service will transition to READY state, enabling another
|
||||
service to become the default one, in replacement. Default value
|
||||
is @code{#f}.")
|
||||
(auto-connect-roaming-services?
|
||||
maybe-boolean
|
||||
"Automatically connect roaming services. This is not recommended
|
||||
unless you know you won't have any billing problem. Default value
|
||||
is @code{#f}.")
|
||||
(address-conflict-detection?
|
||||
maybe-boolean
|
||||
"Enable or disable the implementation of IPv4 address conflict
|
||||
detection according to RFC5227. ConnMan will send probe ARP packets
|
||||
to see if an IPv4 address is already in use before assigning the
|
||||
address to an interface. If an address conflict occurs for a
|
||||
statically configured address, an IPv4LL address will be chosen
|
||||
instead (according to RFC3927). If an address conflict occurs for
|
||||
an address offered via DHCP, ConnMan sends a DHCP DECLINE once
|
||||
and for the second conflict resorts to finding an IPv4LL
|
||||
address. Default value is @code{#f}.")
|
||||
(localtime
|
||||
maybe-string
|
||||
"Path to localtime file. Defaults to @file{/etc/localtime}.")
|
||||
(regulatory-domain-follows-timezone?
|
||||
maybe-boolean
|
||||
"Enable regulatory domain to be changed along timezone changes.
|
||||
With this option set to true each time the timezone changes the first
|
||||
present ISO3166 country code is read from
|
||||
@file{/usr/share/zoneinfo/zone1970.tab} and set as regulatory domain
|
||||
value. Default value is @code{#f}.")
|
||||
(resolv-conf
|
||||
maybe-string
|
||||
"Path to resolv.conf file. If the file does not exist, but
|
||||
intermediate directories exist, it will be created. If this option
|
||||
is not set, it tries to write into @file{/var/run/connman/resolv.conf}
|
||||
if it fails (@file{/var/run/connman} does not exist or is not
|
||||
writeable). If you do not want to update resolv.conf, you can
|
||||
set @file{/dev/null}.")
|
||||
(prefix connman-general-configuration-))
|
||||
|
||||
(define-record-type* <connman-configuration>
|
||||
connman-configuration make-connman-configuration
|
||||
connman-configuration?
|
||||
|
|
@ -1337,7 +1576,9 @@ wireless networking."))))
|
|||
(default #f))
|
||||
(iwd? connman-configuration-iwd?
|
||||
(default #f)
|
||||
(sanitize warn-iwd?-field-deprecation)))
|
||||
(sanitize warn-iwd?-field-deprecation))
|
||||
(general-configuration connman-configuration-general-configuration
|
||||
(default (connman-general-configuration))))
|
||||
|
||||
(define (connman-activation config)
|
||||
(let ((disable-vpn? (connman-configuration-disable-vpn? config)))
|
||||
|
|
@ -1350,10 +1591,17 @@ wireless networking."))))
|
|||
|
||||
(define (connman-shepherd-service config)
|
||||
(match-record config <connman-configuration> (connman shepherd-requirement
|
||||
disable-vpn? iwd?)
|
||||
disable-vpn? iwd?
|
||||
general-configuration)
|
||||
(let ((iwd? (or iwd? ; TODO: deprecated field, remove later.
|
||||
(and shepherd-requirement
|
||||
(memq 'iwd shepherd-requirement)))))
|
||||
(memq 'iwd shepherd-requirement))))
|
||||
(config (mixed-text-file
|
||||
"main.conf"
|
||||
"[General]\n"
|
||||
(serialize-configuration
|
||||
general-configuration
|
||||
connman-general-configuration-fields))))
|
||||
(list (shepherd-service
|
||||
(documentation "Run Connman")
|
||||
(provision '(connman networking))
|
||||
|
|
@ -1365,6 +1613,7 @@ wireless networking."))))
|
|||
(start #~(make-forkexec-constructor
|
||||
(list (string-append #$connman
|
||||
"/sbin/connmand")
|
||||
(string-append "--config=" #$config)
|
||||
"--nodaemon"
|
||||
"--nodnsproxy"
|
||||
#$@(if disable-vpn? '("--noplugin=vpn") '())
|
||||
|
|
|
|||
Loading…
Reference in New Issue