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And consolidate the connection status checks done during connection and
disconnection so that we re-use the same logic.
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This is the same logic used in other implementations (e.g. QMI).
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The suggestion to use specific PDP context CIDs was given by Cinterion
for the special case of the Verizon operator, which 'reserves' specific
CIDs for specific purposes.
We don't want to impose that at the Cinterion plugin level, so remove
the PDP context mapping we had.
Therefore, simplify the connection procedure by just overriding the
'dialing' step of the default 3GPP connection sequence, instead of
overriding the whole connection sequence.
Also, we don't need to override the step to gather IP config because
this is already handled by the generic plugin (for DHCP over a network
interface).
We port to GTask for both 3GPP dial and 3GPP disconnect at the same time.
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Better check for ^SWWAN support during the first time a bearer is going
to be created.
The enabling phase isn't the correct one because this logic is only run
whenever a modem is detected but not hotplugged (i.e. this step is to
'reset' the modem to generic runtime settings).
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We get as input the ^SWWAN index we're interested in, and we loop
through the list of ^SWWAN lines looking for the one we need.
This updated helper method allows working with multi-line ^SWWAN
responses, e.g. given when more than one PDP context is active.
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The only member in the private network isn't even used.
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Group together all connection related logic (e.g. context) and define
the context steps directly within the connection sequence processing.
Also, don't initially run a disconnection before the connection; if that
logic is ever needed we should likely have it in the generic modem, not
done per plugin.
And error out early if not asking for IPv4.
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Group together all disconnection related logic (e.g. context) and define
the context steps directly within the disconnection sequence processing.
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Define the relationship between PDP context, SWWAN index and USB
interface number in one single place.
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The enum values are given in UPPER_CASE format, not in CamelCase.
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We already get the data port given as input parameter in
disconnect_3gpp(), so there is no point in trying to find out which the
data port is.
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qss unsolicited handler should be assigned to primary port first,
while secondary port was peeked.
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So that different concurrent runs of this same test don't clash with
each other:
TEST: test-service-generic... (pid=11124)
/MM/Service/Generic/enable-disable: Activating service name='org.freedesktop.ModemManager1'
Successfully activated service 'org.freedesktop.ModemManager1'
** (plugins/.libs/lt-test-service-generic>:11124): ERROR **: Cannot bind socket: Error binding to address: Address already in use
cleaning up pid 11144
FAIL
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The original g_udev_device_get_property_as_int() uses strtol() without
an explicit base (i.e. 0) so that the base is autodetected from the
string whenever possible (e.g. if prefixes with '0x' it is treated as a
hexadecimal string).
But, for ID_USB_INTERFACE_NUM, we explicitly require reading the number
as an hex string, even if we don't have any '0x' prefix.
Reported-by: Matthew Stanger <stangerm2@gmail.com>
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This is the value which we actually suggest in the manpage for the mmcli
operation, so just use the same one.
Scanning for 3GPP networks may really take a long time, so a specific timeout must be given:
$ mmcli -m 0 --3gpp-scan --timeout=300
Found 4 networks:
21404 - Yoigo (umts, available)
21407 - Movistar (umts, current)
21401 - vodafone ES (umts, forbidden)
21403 - Orange (umts, forbidden)
https://bugs.freedesktop.org/show_bug.cgi?id=98235
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In place of two slightly different regexes for 2g/3g and 2g/3g/4g modems
we now use only one regex with conditional patterns for both supported
and current Bands detection.
Adding also minor fix in test code
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https://bugs.freedesktop.org/show_bug.cgi?id=98216
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When the device is reset, it needs some time before the newly exposed TTYs are
able to reply to our AT commands. We increase the default timeout of the AT
probing commands in order to cope with that, or we'll end up with TTYs of
'unknown' type that aren't used for anything.
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The implementation uses +UGCNTRD=? to query whether the per-PDP context
statistics are supported by the device, and if they are, +UGCNTRD is used to
query them.
We only process the statistics for the specific CID we're using.
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The parser returns only the results for the CID being specified as input. This
is so that we can just query the statistics of the CID currently in use by the
bearer.
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Reuse the logic and context used to update current modes, as we need the same
steps (check current power state, go into low power, config update, and recover
previous power state).
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Changing current allowed/preferred modes requires the device to be in low-power
mode, so we will make sure we return an error if any power operation is already
ongoing when a new one is requested.
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We handle all known CFUN? response values in the new parser, and report an error
if an unknown value is found.
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AT+URAT=? provides the format expected, but looks like it isn't implemented
differently for the different u-blox devices seen, so we need an additional
level of filtering which currently is applied per device model string.
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A default implementation to monitor the ongoing connection is provided in the
generic MMBroadbandModem, based on AT+CGACT? to check whether the PDP context
of the connection (identified by the cached cid) is active or not.
This commit also disables the connection monitoring logic in those plugins that
have custom connection methods.
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Instead of setting up a custom timeout source to poll the connection status, use
the generic logic in the base bearer object, and just re-implement the command
used to check the status.
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Split into two different actions the actual COPS? response parsing and the
operator name normalization process.
Also, allow parsing not only the operator string, but also the format, mode
and the optional access technology value.
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