When a modem is being removed, all of the modem's atom watches have
already been cleaned up. Trying to remove it again results in a crash.
Fix by registering a destroy callback which will be notified when the
atomwatch has been removed.
Added 'sofia3gr.ThermalManagement' interface to sofia3gr plugin and
floated 'TransmitPowerThrottling' as an ofono property under that,
to support modem throttling.
'sofia3gr.ThermalManagement'
1.Will be available ONLY if modem throttling is supported in RIL.
This is determined by sending a RIL request during ofono start,
to get current throttling state. If it succeeds, interface is
published otherwise not.
'TransmitPowerThrottling'
1.GetProperties will be allowed both when modem is ON & OFF.
2.GetProperties will be serviced by looking it up from state
information maintained inside ofono. No RIL call will be made.
3.SetProperty will be allowed ONLY when modem is ON.
4.SetProperty request will be forwarded to RIL ONLY if
new state != current state. If RIL request succeeds, state
information will be updated and also, a property change signal
will be emitted.
plugins/gobi.c: In function ‘gobi_pre_sim’:
plugins/gobi.c:431:2: error: ‘sim_driver’ may be used uninitialized in
this function [-Werror=maybe-uninitialized]
ofono_sim_create(modem, 0, sim_driver, data->device);
^
Udevng layer is changed in order to support Sierra QMI modems like
MC73cxx. Identically to Huawei modems, these modems are parsed by
setup_sierra. If QMI interface is detected, the Gobi modem driver is
selected.
Unfortunately, MC73xx chips seem to have a broken QMI UIM interface.
The qmimodem-legacy is so forced in setup function.
At gprs atom 'probe' state, max cid query may fail due to rild
status isn't RADIO_STATUS_ON. It causes gprs atom is removed, gprs
feature is inavailable. Move gprs atom creating to 'post_online'
state to make sure rild status is RADIO_STATUS_ON when query max
cid.
Each modem expresses their interfaces with its own interface string,
which is composed of 3 different USB attributes:
"bInterfaceClass/bInterfaceSubClass/bInterfaceProtocol".
While the old models like LISA support only "2/2/1" for modem
interfaces, TOBY-L2 also supports an unique string for NetworkInterface
for each profile.
* low-medium throughput profile : 2/6/0
* fairly backward-compatible profile : 10/0/0
* high throughput profile : 224/1/3
Besides the condition for checking NULL for mdm/aux/net should be relaxed
a little bit.
The newest generation of U-Blox TOBY-L2 series can be detected with
VID 0x1546 (the same as before), and one of the following PIDs:
* "0x1146" : high throughput profile
* "0x1141" : fairly back-compatible profile
* "0x1143" : low/medium throughput profile
This patch adds detection for high throughput mode.