linux-toradex.git/drivers/net/usb, branch v3.7.2 Linux kernel for Apalis and Colibri modules qmi_wwan/cdc_ether: add Dell Wireless 5800 (Novatel E362) USB IDs 2013-01-11T17:18:32+00:00 Dan Williams dcbw@redhat.com 2012-12-17T08:17:41+00:00 e6ad3201c5b9c54cf09fd30d420378f0a9476780 commit 0370acd4d4d2595a11b0b0a793acb506e19b9d4c upstream. Signed-off-by: Dan Williams <dcbw@redhat.com> Acked-by: Bjørn Mork <bjorn@mork.no> Signed-off-by: David S. Miller <davem@davemloft.net> Signed-off-by: Greg Kroah-Hartman <gregkh@linuxfoundation.org> 
commit 0370acd4d4d2595a11b0b0a793acb506e19b9d4c upstream.

Signed-off-by: Dan Williams <dcbw@redhat.com>
Acked-by: Bjørn Mork <bjorn@mork.no>
Signed-off-by: David S. Miller <davem@davemloft.net>
Signed-off-by: Greg Kroah-Hartman <gregkh@linuxfoundation.org>
net: qmi_wwan: add Huawei E173 2012-11-28T16:23:41+00:00 Bjørn Mork bjorn@mork.no 2012-11-25T06:03:59+00:00 ba695af067f9cadfec84457ac06b44e3fa849b15 The Huawei E173 is a QMI/wwan device which normally appear as 12d1:1436 in Linux. The descriptors displayed in that mode will be picked up by cdc_ether. But the modem has another mode with a different device ID and a slightly different set of descriptors. This is the mode used by Windows like this: 3Modem: USB\VID_12D1&PID_140C&MI_00\6&3A1D2012&0&0000 Networkcard: USB\VID_12D1&PID_140C&MI_01\6&3A1D2012&0&0001 Appli.Inter: USB\VID_12D1&PID_140C&MI_02\6&3A1D2012&0&0002 PC UI Inter: USB\VID_12D1&PID_140C&MI_03\6&3A1D2012&0&0003 Reported-by: Thomas Schäfer <tschaefer@t-online.de> Signed-off-by: Bjørn Mork <bjorn@mork.no> Signed-off-by: David S. Miller <davem@davemloft.net> 
The Huawei E173 is a QMI/wwan device which normally appear
as 12d1:1436 in Linux. The descriptors displayed in that
mode will be picked up by cdc_ether.  But the modem has
another mode with a different device ID and a slightly
different set of descriptors. This is the mode used by
Windows like this:

3Modem:      USB\VID_12D1&PID_140C&MI_00\6&3A1D2012&0&0000
Networkcard: USB\VID_12D1&PID_140C&MI_01\6&3A1D2012&0&0001
Appli.Inter: USB\VID_12D1&PID_140C&MI_02\6&3A1D2012&0&0002
PC UI Inter: USB\VID_12D1&PID_140C&MI_03\6&3A1D2012&0&0003

Reported-by: Thomas Schäfer <tschaefer@t-online.de>
Signed-off-by: Bjørn Mork <bjorn@mork.no>
Signed-off-by: David S. Miller <davem@davemloft.net>
net: cdc_ncm: add Huawei devices 2012-11-13T19:33:28+00:00 Bjørn Mork bjorn@mork.no 2012-11-13T03:19:43+00:00 bbc8d9228ea8e37ce29fa96150d10b85a2c7be60 A number of Huawei 3G and LTE modems implement a CDC NCM function, including the necessary functional descriptors, but using a non standard interface layout and class/subclass/protocol codes. These devices can be handled by this driver with only a minor change to the probing logic, allowing a single combined control and data interface. This works because the devices - include a CDC Union descriptor labelling the combined interface as both master and slave, and - have an alternate setting #1 for the bulk endpoints on the combined interface. The 3G/LTE network connection is managed by vendor specific AT commands on a serial function in the same composite device. Handling the managment function is out of the scope of this driver. It will be handled by an appropriate USB serial driver. Reported-and-Tested-by: Olof Ermis <olof.ermis@gmail.com> Reported-and-Tested-by: Tommy Cheng <tommy7765@yahoo.com> Signed-off-by: Bjørn Mork <bjorn@mork.no> Signed-off-by: David S. Miller <davem@davemloft.net> 
A number of Huawei 3G and LTE modems implement a CDC NCM function,
including the necessary functional descriptors, but using a non
standard interface layout and class/subclass/protocol codes.

These devices can be handled by this driver with only a minor
change to the probing logic, allowing a single combined control
and data interface.  This works because the devices
- include a CDC Union descriptor labelling the combined
  interface as both master and slave, and
- have an alternate setting #1 for the bulk endpoints on the
  combined interface.

The 3G/LTE network connection is managed by vendor specific AT
commands on a serial function in the same composite device.
Handling the managment function is out of the scope of this
driver.  It will be handled by an appropriate USB serial
driver.

Reported-and-Tested-by: Olof Ermis <olof.ermis@gmail.com>
Reported-and-Tested-by: Tommy Cheng <tommy7765@yahoo.com>
Signed-off-by: Bjørn Mork <bjorn@mork.no>
Signed-off-by: David S. Miller <davem@davemloft.net>
smsc95xx: set MII_BUSY bit to read/write PHY regs 2012-11-13T19:25:50+00:00 Steve Glendinning steve.glendinning@shawell.net 2012-11-06T00:08:53+00:00 80928805babfd97b6f1721dd942a55dd2e7813ea The device datasheet specifies the BUSY bit must be set when reading or writing phy registers. This patch ensures we do that. Signed-off-by: Steve Glendinning <steve.glendinning@shawell.net> Signed-off-by: David S. Miller <davem@davemloft.net> 
The device datasheet specifies the BUSY bit must be set when reading
or writing phy registers.  This patch ensures we do that.

Signed-off-by: Steve Glendinning <steve.glendinning@shawell.net>
Signed-off-by: David S. Miller <davem@davemloft.net>
usbnet: ratelimit kevent may have been dropped warnings 2012-11-09T21:59:32+00:00 Steve Glendinning steve.glendinning@shawell.net 2012-11-08T06:26:21+00:00 9532021da6da48351ce48a079c673df8e3930b4a when something goes wrong, a flood of these messages can be generated by usbnet (thousands per second). This doesn't generally *help* the condition so this patch ratelimits the rate of their generation. There's an underlying problem in usbnet's kevent deferral mechanism which needs fixing, specifically that events *can* get dropped and not handled. This patch doesn't address this, but just mitigates fallout caused by the current implemention. Signed-off-by: Steve Glendinning <steve.glendinning@shawell.net> Signed-off-by: David S. Miller <davem@davemloft.net> 
when something goes wrong, a flood of these messages can be
generated by usbnet (thousands per second).  This doesn't
generally *help* the condition so this patch ratelimits the
rate of their generation.

There's an underlying problem in usbnet's kevent deferral
mechanism which needs fixing, specifically that events *can*
get dropped and not handled.  This patch doesn't address this,
but just mitigates fallout caused by the current implemention.

Signed-off-by: Steve Glendinning <steve.glendinning@shawell.net>
Signed-off-by: David S. Miller <davem@davemloft.net>
net: usb: cdc_eem: Fix rx skb allocation for 802.1Q VLANs 2012-11-08T02:12:26+00:00 Ian Coolidge iancoolidge@gmail.com 2012-11-07T14:39:19+00:00 a66fe1653f4e81c007a68ca975067432a42df05b cdc_eem frames might need to contain 802.1Q VLAN Ethernet frames. URB/skb sizing from usbnet will default to the hard_mtu, so account for the VLAN header by expanding that via hard_header_len Signed-off-by: Ian Coolidge <iancoolidge@gmail.com> Signed-off-by: David S. Miller <davem@davemloft.net> 
cdc_eem frames might need to contain 802.1Q VLAN Ethernet frames.
URB/skb sizing from usbnet will default to the hard_mtu,
so account for the VLAN header by expanding that via hard_header_len

Signed-off-by: Ian Coolidge <iancoolidge@gmail.com>
Signed-off-by: David S. Miller <davem@davemloft.net>
smsc95xx: fix tx checksum offload for big endian 2012-11-03T19:29:55+00:00 Steve Glendinning steve.glendinning@shawell.net 2012-11-02T00:44:20+00:00 00acda68b587181546d68fb98db1c5c73ee6c16f f7b2927 introduced tx checksum offload support for smsc95xx, and enabled it by default. This feature doesn't take endianness into account, so causes most tx to fail on those platforms. This patch fixes the problem fully by adding the missing conversion. An alternate workaround is to disable TX checksum offload on those platforms. The cpu impact of this feature is very low. Signed-off-by: Steve Glendinning <steve.glendinning@shawell.net> Signed-off-by: David S. Miller <davem@davemloft.net> 
f7b2927 introduced tx checksum offload support for smsc95xx,
and enabled it by default. This feature doesn't take
endianness into account, so causes most tx to fail on
those platforms.

This patch fixes the problem fully by adding the missing
conversion.

An alternate workaround is to disable TX checksum offload
on those platforms. The cpu impact of this feature is very low.

Signed-off-by: Steve Glendinning <steve.glendinning@shawell.net>
Signed-off-by: David S. Miller <davem@davemloft.net>
qmi_wwan/cdc_ether: move Novatel 551 and E362 to qmi_wwan 2012-10-26T07:44:34+00:00 Dan Williams dcbw@redhat.com 2012-10-24T12:10:34+00:00 f8295ec22cb0f1ee6849b862addbfa3ea9320755 These devices provide QMI and ethernet functionality via a standard CDC ethernet descriptor. But when driven by cdc_ether, the QMI functionality is unavailable because only cdc_ether can claim the USB interface. Thus blacklist the devices in cdc_ether and add their IDs to qmi_wwan, which enables both QMI and ethernet simultaneously. Signed-off-by: Dan Williams <dcbw@redhat.com> Cc: stable@vger.kernel.org Acked-by: Greg Kroah-Hartman <gregkh@linuxfoundation.org> Acked-by: Bjørn Mork <bjorn@mork.no> Signed-off-by: David S. Miller <davem@davemloft.net> 
These devices provide QMI and ethernet functionality via a standard CDC
ethernet descriptor.  But when driven by cdc_ether, the QMI
functionality is unavailable because only cdc_ether can claim the USB
interface.  Thus blacklist the devices in cdc_ether and add their IDs to
qmi_wwan, which enables both QMI and ethernet simultaneously.

Signed-off-by: Dan Williams <dcbw@redhat.com>
Cc: stable@vger.kernel.org
Acked-by: Greg Kroah-Hartman <gregkh@linuxfoundation.org>
Acked-by: Bjørn Mork <bjorn@mork.no>
Signed-off-by: David S. Miller <davem@davemloft.net>
net: usb: Fix memory leak on Tx data path 2012-10-26T07:43:15+00:00 Hemant Kumar hemantk@codeaurora.org 2012-10-25T18:17:54+00:00 39707c2a3ba5011038b363f84d37c8a98d2d9db1 Driver anchors the tx urbs and defers the urb submission if a transmit request comes when the interface is suspended. Anchoring urb increments the urb reference count. These deferred urbs are later accessed by calling usb_get_from_anchor() for submission during interface resume. usb_get_from_anchor() unanchors the urb but urb reference count remains same. This causes the urb reference count to remain non-zero after usb_free_urb() gets called and urb never gets freed. Hence call usb_put_urb() after anchoring the urb to properly balance the reference count for these deferred urbs. Also, unanchor these deferred urbs during disconnect, to free them up. Signed-off-by: Hemant Kumar <hemantk@codeaurora.org> Acked-by: Oliver Neukum <oneukum@suse.de> Signed-off-by: David S. Miller <davem@davemloft.net> 
Driver anchors the tx urbs and defers the urb submission if
a transmit request comes when the interface is suspended.
Anchoring urb increments the urb reference count. These
deferred urbs are later accessed by calling usb_get_from_anchor()
for submission during interface resume. usb_get_from_anchor()
unanchors the urb but urb reference count remains same.
This causes the urb reference count to remain non-zero
after usb_free_urb() gets called and urb never gets freed.
Hence call usb_put_urb() after anchoring the urb to properly
balance the reference count for these deferred urbs. Also,
unanchor these deferred urbs during disconnect, to free them
up.

Signed-off-by: Hemant Kumar <hemantk@codeaurora.org>
Acked-by: Oliver Neukum <oneukum@suse.de>
Signed-off-by: David S. Miller <davem@davemloft.net>
net: qmi_wwan: adding more ZTE devices 2012-10-18T19:34:30+00:00 Bjørn Mork bjorn@mork.no 2012-10-18T05:11:29+00:00 c6846ee148e07e4cfae4de486532efb02d238938 Analyzed a few Windows driver description files, supporting this long list of devices: %ztewwan.DeviceDesc0002% = ztewwan.ndi, USB\VID_19D2&PID_0002&MI_01 %ztewwan.DeviceDesc0012% = ztewwan.ndi, USB\VID_19D2&PID_0012&MI_01 %ztewwan.DeviceDesc0017% = ztewwan.ndi, USB\VID_19D2&PID_0017&MI_03 %ztewwan.DeviceDesc0021% = ztewwan.ndi, USB\VID_19D2&PID_0021&MI_04 %ztewwan.DeviceDesc0025% = ztewwan.ndi, USB\VID_19D2&PID_0025&MI_01 %ztewwan.DeviceDesc0031% = ztewwan.ndi, USB\VID_19D2&PID_0031&MI_04 %ztewwan.DeviceDesc0042% = ztewwan.ndi, USB\VID_19D2&PID_0042&MI_04 %ztewwan.DeviceDesc0049% = ztewwan.ndi, USB\VID_19D2&PID_0049&MI_05 %ztewwan.DeviceDesc0052% = ztewwan.ndi, USB\VID_19D2&PID_0052&MI_04 %ztewwan.DeviceDesc0055% = ztewwan.ndi, USB\VID_19D2&PID_0055&MI_01 %ztewwan.DeviceDesc0058% = ztewwan.ndi, USB\VID_19D2&PID_0058&MI_04 %ztewwan.DeviceDesc0063% = ztewwan.ndi, USB\VID_19D2&PID_0063&MI_04 %ztewwan.DeviceDesc2002% = ztewwan.ndi, USB\VID_19D2&PID_2002&MI_04 %ztewwan.DeviceDesc0104% = ztewwan.ndi, USB\VID_19D2&PID_0104&MI_04 %ztewwan.DeviceDesc0113% = ztewwan.ndi, USB\VID_19D2&PID_0113&MI_05 %ztewwan.DeviceDesc0118% = ztewwan.ndi, USB\VID_19D2&PID_0118&MI_05 %ztewwan.DeviceDesc0121% = ztewwan.ndi, USB\VID_19D2&PID_0121&MI_05 %ztewwan.DeviceDesc0123% = ztewwan.ndi, USB\VID_19D2&PID_0123&MI_04 %ztewwan.DeviceDesc0124% = ztewwan.ndi, USB\VID_19D2&PID_0124&MI_05 %ztewwan.DeviceDesc0125% = ztewwan.ndi, USB\VID_19D2&PID_0125&MI_06 %ztewwan.DeviceDesc0126% = ztewwan.ndi, USB\VID_19D2&PID_0126&MI_05 %ztewwan.DeviceDesc1008% = ztewwan.ndi, USB\VID_19D2&PID_1008&MI_04 %ztewwan.DeviceDesc1010% = ztewwan.ndi, USB\VID_19D2&PID_1010&MI_04 %ztewwan.DeviceDesc1012% = ztewwan.ndi, USB\VID_19D2&PID_1012&MI_04 %ztewwan.DeviceDesc1402% = ztewwan.ndi, USB\VID_19D2&PID_1402&MI_02 %ztewwan.DeviceDesc0157% = ztewwan.ndi, USB\VID_19D2&PID_0157&MI_05 %ztewwan.DeviceDesc0158% = ztewwan.ndi, USB\VID_19D2&PID_0158&MI_03 %ztewwan.DeviceDesc1401% = ztewwan.ndi, USB\VID_19D2&PID_1401&MI_02 %ztewwan.DeviceDesc0130% = ztewwan.ndi, USB\VID_19D2&PID_0130&MI_01 %ztewwan.DeviceDesc0133% = ztewwan.ndi, USB\VID_19D2&PID_0133&MI_03 %ztewwan.DeviceDesc0176% = ztewwan.ndi, USB\VID_19D2&PID_0176&MI_03 %ztewwan.DeviceDesc0178% = ztewwan.ndi, USB\VID_19D2&PID_0178&MI_03 %ztewwan.DeviceDesc0168% = ztewwan.ndi, USB\VID_19D2&PID_0168&MI_04 ;EuFi890 %ztewwan.DeviceDesc0191% = ztewwan.ndi, USB\VID_19D2&PID_0191&MI_04 ;AL621 %ztewwan.DeviceDesc0167% = ztewwan.ndi, USB\VID_19D2&PID_0167&MI_04 ;MF821 %ztewwan.DeviceDesc0199% = ztewwan.ndi, USB\VID_19D2&PID_0199&MI_01 %ztewwan.DeviceDesc0200% = ztewwan.ndi, USB\VID_19D2&PID_0200&MI_01 %ztewwan.DeviceDesc0257% = ztewwan.ndi, USB\VID_19D2&PID_0257&MI_03 ;MF821V %ztewwan.DeviceDesc1018% = ztewwan.ndi, USB\VID_19D2&PID_1018&MI_03 ;MF91 %ztewwan.DeviceDesc1426% = ztewwan.ndi, USB\VID_19D2&PID_1426&MI_02 ;0141 %ztewwan.DeviceDesc1247% = ztewwan.ndi, USB\VID_19D2&PID_1247&MI_04 %ztewwan.DeviceDesc1425% = ztewwan.ndi, USB\VID_19D2&PID_1425&MI_02 %ztewwan.DeviceDesc1424% = ztewwan.ndi, USB\VID_19D2&PID_1424&MI_02 %ztewwan.DeviceDesc1252% = ztewwan.ndi, USB\VID_19D2&PID_1252&MI_04 %ztewwan.DeviceDesc1254% = ztewwan.ndi, USB\VID_19D2&PID_1254&MI_04 %ztewwan.DeviceDesc1255A% = ztewwan.ndi, USB\VID_19D2&PID_1255&MI_03 %ztewwan.DeviceDesc1255B% = ztewwan.ndi, USB\VID_19D2&PID_1255&MI_04 %ztewwan.DeviceDesc1256% = ztewwan.ndi, USB\VID_19D2&PID_1256&MI_04 %ztewwan.DeviceDesc1245% = ztewwanCombB.ndi, USB\VID_19D2&PID_1245&MI_04 %ztewwan.DeviceDesc1021% = ztewwan.ndi, USB\VID_19D2&PID_1021&MI_02 Adding the ones we were missing. Signed-off-by: Bjørn Mork <bjorn@mork.no> Signed-off-by: David S. Miller <davem@davemloft.net> 
Analyzed a few Windows driver description files, supporting
this long list of devices:

%ztewwan.DeviceDesc0002%    = ztewwan.ndi, USB\VID_19D2&PID_0002&MI_01
%ztewwan.DeviceDesc0012%    = ztewwan.ndi, USB\VID_19D2&PID_0012&MI_01
%ztewwan.DeviceDesc0017%    = ztewwan.ndi, USB\VID_19D2&PID_0017&MI_03
%ztewwan.DeviceDesc0021%    = ztewwan.ndi, USB\VID_19D2&PID_0021&MI_04
%ztewwan.DeviceDesc0025%    = ztewwan.ndi, USB\VID_19D2&PID_0025&MI_01
%ztewwan.DeviceDesc0031%    = ztewwan.ndi, USB\VID_19D2&PID_0031&MI_04
%ztewwan.DeviceDesc0042%    = ztewwan.ndi, USB\VID_19D2&PID_0042&MI_04
%ztewwan.DeviceDesc0049%    = ztewwan.ndi, USB\VID_19D2&PID_0049&MI_05
%ztewwan.DeviceDesc0052%    = ztewwan.ndi, USB\VID_19D2&PID_0052&MI_04
%ztewwan.DeviceDesc0055%    = ztewwan.ndi, USB\VID_19D2&PID_0055&MI_01
%ztewwan.DeviceDesc0058%    = ztewwan.ndi, USB\VID_19D2&PID_0058&MI_04
%ztewwan.DeviceDesc0063%    = ztewwan.ndi, USB\VID_19D2&PID_0063&MI_04
%ztewwan.DeviceDesc2002%    = ztewwan.ndi, USB\VID_19D2&PID_2002&MI_04
%ztewwan.DeviceDesc0104%    = ztewwan.ndi, USB\VID_19D2&PID_0104&MI_04
%ztewwan.DeviceDesc0113%    = ztewwan.ndi, USB\VID_19D2&PID_0113&MI_05
%ztewwan.DeviceDesc0118%    = ztewwan.ndi, USB\VID_19D2&PID_0118&MI_05
%ztewwan.DeviceDesc0121%    = ztewwan.ndi, USB\VID_19D2&PID_0121&MI_05
%ztewwan.DeviceDesc0123%    = ztewwan.ndi, USB\VID_19D2&PID_0123&MI_04
%ztewwan.DeviceDesc0124%    = ztewwan.ndi, USB\VID_19D2&PID_0124&MI_05
%ztewwan.DeviceDesc0125%    = ztewwan.ndi, USB\VID_19D2&PID_0125&MI_06
%ztewwan.DeviceDesc0126%    = ztewwan.ndi, USB\VID_19D2&PID_0126&MI_05
%ztewwan.DeviceDesc1008%    = ztewwan.ndi, USB\VID_19D2&PID_1008&MI_04
%ztewwan.DeviceDesc1010%    = ztewwan.ndi, USB\VID_19D2&PID_1010&MI_04
%ztewwan.DeviceDesc1012%    = ztewwan.ndi, USB\VID_19D2&PID_1012&MI_04
%ztewwan.DeviceDesc1402%    = ztewwan.ndi, USB\VID_19D2&PID_1402&MI_02
%ztewwan.DeviceDesc0157%    = ztewwan.ndi, USB\VID_19D2&PID_0157&MI_05
%ztewwan.DeviceDesc0158%    = ztewwan.ndi, USB\VID_19D2&PID_0158&MI_03
%ztewwan.DeviceDesc1401%    = ztewwan.ndi, USB\VID_19D2&PID_1401&MI_02
%ztewwan.DeviceDesc0130%    = ztewwan.ndi, USB\VID_19D2&PID_0130&MI_01
%ztewwan.DeviceDesc0133%    = ztewwan.ndi, USB\VID_19D2&PID_0133&MI_03
%ztewwan.DeviceDesc0176%    = ztewwan.ndi, USB\VID_19D2&PID_0176&MI_03
%ztewwan.DeviceDesc0178%    = ztewwan.ndi, USB\VID_19D2&PID_0178&MI_03
%ztewwan.DeviceDesc0168%    = ztewwan.ndi, USB\VID_19D2&PID_0168&MI_04
;EuFi890
%ztewwan.DeviceDesc0191%    = ztewwan.ndi, USB\VID_19D2&PID_0191&MI_04
;AL621
%ztewwan.DeviceDesc0167%    = ztewwan.ndi, USB\VID_19D2&PID_0167&MI_04
;MF821
%ztewwan.DeviceDesc0199%    = ztewwan.ndi, USB\VID_19D2&PID_0199&MI_01
%ztewwan.DeviceDesc0200%    = ztewwan.ndi, USB\VID_19D2&PID_0200&MI_01
%ztewwan.DeviceDesc0257%    = ztewwan.ndi, USB\VID_19D2&PID_0257&MI_03
;MF821V
%ztewwan.DeviceDesc1018%    = ztewwan.ndi, USB\VID_19D2&PID_1018&MI_03
;MF91
%ztewwan.DeviceDesc1426%    = ztewwan.ndi, USB\VID_19D2&PID_1426&MI_02
;0141
%ztewwan.DeviceDesc1247%    = ztewwan.ndi, USB\VID_19D2&PID_1247&MI_04
%ztewwan.DeviceDesc1425%    = ztewwan.ndi, USB\VID_19D2&PID_1425&MI_02
%ztewwan.DeviceDesc1424%    = ztewwan.ndi, USB\VID_19D2&PID_1424&MI_02
%ztewwan.DeviceDesc1252%    = ztewwan.ndi, USB\VID_19D2&PID_1252&MI_04
%ztewwan.DeviceDesc1254%    = ztewwan.ndi, USB\VID_19D2&PID_1254&MI_04
%ztewwan.DeviceDesc1255A%   = ztewwan.ndi, USB\VID_19D2&PID_1255&MI_03
%ztewwan.DeviceDesc1255B%   = ztewwan.ndi, USB\VID_19D2&PID_1255&MI_04
%ztewwan.DeviceDesc1256%    = ztewwan.ndi, USB\VID_19D2&PID_1256&MI_04
%ztewwan.DeviceDesc1245%    = ztewwanCombB.ndi, USB\VID_19D2&PID_1245&MI_04
%ztewwan.DeviceDesc1021%    = ztewwan.ndi, USB\VID_19D2&PID_1021&MI_02

Adding the ones we were missing.

Signed-off-by: Bjørn Mork <bjorn@mork.no>
Signed-off-by: David S. Miller <davem@davemloft.net>