Re: Huawei E156 - Not receiving calls

gilberto dos santos alves <[email protected]>
Newsgroups gmane.linux.drivers.gammu
Message-ID <CAP9G-N+6bNTprW7B12HnTm8Um-4fBgTF49zgPEHZpsyq4C=1gA@mail.gmail.com> 
yes now i understand. i will search/test this with one zte mf190 and
compare with your huawei e156. thanks.

2016-07-25 22:21 GMT-03:00 Paulo Roberto <[email protected]>:

> Sorry,
> I'm going to try to clarify things:
>
> I have a modem Huawei E156 connected to my PC. Within the modem there is a
> SIM Card from a certain Telecom.
> I wish to make a call to the phone number of this SIM Card and using Gammu
> I'd like to detect this call, register the caller id (phone number) and
> hang up (finish call without answering it).
>
> This workflow is working fine when I use as a modem a Motorola EX108 (same
> SIM CARD) instead of the E156.
> I can call the phone number of this SIM Card, the Gammu starts my callback
> function and it does what it should do.
>
> When I use the E156, I'm not even able to complete the call. The telecom
> instantly starts a voice message telling me it cannot complete my call.
>
> Was I clear, this time?
>
> Sorry for the confusion and thanks again.
>
>
> On Mon, Jul 25, 2016 at 8:49 PM, gilberto dos santos alves <
> [email protected]> wrote:
>
>> sorry i do not understand well.
>> "but when I try to call it, the operator didn't let the call even finish
>> saying that the number is not available"
>> your cell is ring and you left it with this state until your inbox record
>> message is started or you want trigger one event "finish call" and after
>> make a call to number that was registered?
>> your operator is your telecom company?
>> is this correct? please clarify what is workflow intended.
>>
>> 2016-07-25 20:07 GMT-03:00 Paulo Roberto <[email protected]>:
>>
>>> Hello.
>>>
>>> I have a 3G modem model: Huawei E156 that I would like to use to detect
>>> received calls.
>>> I don't want to answer the call, just identify it and hung up. Using the
>>> GSM_SetIncomingCallCallback and a respective callback.
>>> I can get information as model, Manufacturer, signal strength and even
>>> receive SMS messages, but when I try to call it, the operator didn't let
>>> the call even finish saying that the number is not available.
>>>
>>> When using a mobile phone (Motorola EX108) as the modem everything works
>>> fine.
>>>
>>> How do I know for sure if the problem is the support of the device for
>>> receiving calls or is something I'm not doing right, or maybe any extra
>>> configuration?
>>> I appreciate any help.
>>>
>>> Thanks in advance.
>>>
>>> When running a simple C code to get Manufacturer and model with debug
>>> enabled I got the following output:
>>>
>>> [Gammu            - 1.37.3]
>>> [Connection       - "at"]
>>> [Connection index - 0]
>>> [Model type       - ""]
>>> [Device           - "/dev/ttyUSB0"]
>>> Serial device: DTR is up, RTS is up, CAR is up, CTS is up
>>> Setting speed to 115200
>>> [Module           - "auto"]
>>> Escaping SMS mode
>>> SENDING frame type 0x00/length 0x02/2
>>> 1B |0D
>>> ..
>>> Sending simple AT command to wake up some devices
>>> SENDING frame type 0x00/length 0x03/3
>>> 41A|54T|0D
>>> AT.
>>> 1 "AT"
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x09/9
>>> 41A|54T|0D |0D |0A |4FO|4BK|0D |0A
>>> AT...OK..
>>> Enabling echo
>>> SENDING frame type 0x00/length 0x05/5
>>> 41A|54T|45E|311|0D
>>> ATE1.
>>> 1 "ATE1"
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x0B/11
>>> 41A|54T|45E|311|0D |0D |0A |4FO|4BK|0D |0A
>>> ATE1...OK..
>>> Trying Motorola mode switch
>>> SENDING frame type 0x00/length 0x0A/10
>>> 41A|54T|2B+|4DM|4FO|44D|45E|3D=|322|0D
>>> AT+MODE=2.
>>> 1 "AT+MODE=2"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x13/19
>>> 41A|54T|2B+|4DM|4FO|44D|45E|3D=|322|0D |0D |0A |45E|52R|52R|4FO
>>> AT+MODE=2...ERRO
>>> 52R|0D |0A
>>> R..
>>> Seems not to be supported
>>> Enabling CME errors
>>> SENDING frame type 0x00/length 0x0A/10
>>> 41A|54T|2B+|43C|4DM|45E|45E|3D=|311|0D
>>> AT+CMEE=1.
>>> 1 "AT+CMEE=1"
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x10/16
>>> 41A|54T|2B+|43C|4DM|45E|45E|3D=|311|0D |0D |0A |4FO|4BK|0D |0A
>>> AT+CMEE=1...OK..
>>> SENDING frame type 0x00/length 0x09/9
>>> 41A|54T|2B+|43C|53S|43C|53S|3F?|0D
>>> AT+CSCS?.
>>> 1 "AT+CSCS?"
>>> 2 "+CSCS: "IRA""
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x1F/31
>>> 41A|54T|2B+|43C|53S|43C|53S|3F?|0D |0D |0A |2B+|43C|53S|43C|53S
>>> AT+CSCS?...+CSCS
>>> 3A:|20 |22"|49I|52R|41A|22"|0D |0A |0D |0A |4FO|4BK|0D |0A      :
>>> "IRA"....OK..
>>> SENDING frame type 0x00/length 0x0A/10
>>> 41A|54T|2B+|43C|53S|43C|53S|3D=|3F?|0D
>>> AT+CSCS=?.
>>> 1 "AT+CSCS=?"
>>> 2 "+CSCS: ("IRA","GSM","UCS2")"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x2F/47
>>> 41A|54T|2B+|43C|53S|43C|53S|3D=|3F?|0D |0D |0A |2B+|43C|53S|43C
>>> AT+CSCS=?...+CSC
>>> 53S|3A:|20 |28(|22"|49I|52R|41A|22"|2C,|22"|47G|53S|4DM|22"|2C, S:
>>> ("IRA","GSM",
>>> 22"|55U|43C|53S|322|22"|29)|0D |0A |0D |0A |4FO|4BK|0D |0A
>>> "UCS2")....OK..
>>> Chosen GSM as normal charset
>>> Chosen UCS2 as unicode charset
>>> SENDING frame type 0x00/length 0x0E/14
>>> 41A|54T|2B+|43C|53S|43C|53S|3D=|22"|47G|53S|4DM|22"|0D
>>> AT+CSCS="GSM".
>>> 1 "AT+CSCS="GSM""
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x14/20
>>> 41A|54T|2B+|43C|53S|43C|53S|3D=|22"|47G|53S|4DM|22"|0D |0D |0A
>>> AT+CSCS="GSM"...
>>> 4FO|4BK|0D |0A
>>> OK..
>>> SENDING frame type 0x00/length 0x09/9
>>> 41A|54T|2B+|43C|53S|43C|53S|3F?|0D
>>> AT+CSCS?.
>>> 1 "AT+CSCS?"
>>> 2 "+CSCS: "GSM""
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x1F/31
>>> 41A|54T|2B+|43C|53S|43C|53S|3F?|0D |0D |0A |2B+|43C|53S|43C|53S
>>> AT+CSCS?...+CSCS
>>> 3A:|20 |22"|47G|53S|4DM|22"|0D |0A |0D |0A |4FO|4BK|0D |0A      :
>>> "GSM"....OK..
>>> Getting model
>>> SENDING frame type 0x00/length 0x08/8
>>> 41A|54T|2B+|43C|47G|4DM|4DM|0D
>>> AT+CGMM.
>>> 1 "AT+CGMM"
>>> 2 "E156"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x16/22
>>> 41A|54T|2B+|43C|47G|4DM|4DM|0D |0D |0A |45E|311|355|366|0D |0A
>>> AT+CGMM...E156..
>>> 0D |0A |4FO|4BK|0D |0A
>>> ..OK..
>>> Unknown model, but it should still work
>>> [Model name: `E156']
>>> [Model data: `']
>>> [Model data: `unknown']
>>> [Connected model  - "E156"]
>>> SENDING frame type 0x00/length 0x08/8
>>> 41A|54T|2B+|43C|47G|4DM|49I|0D
>>> AT+CGMI.
>>> 1 "AT+CGMI"
>>> 2 "huawei"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x18/24
>>> 41A|54T|2B+|43C|47G|4DM|49I|0D |0D |0A |68h|75u|61a|77w|65e|69i
>>> AT+CGMI...huawei
>>> 0D |0A |0D |0A |4FO|4BK|0D |0A
>>> ....OK..
>>> Manufacturer info received
>>> [Manufacturer: Huawei]
>>> Checking for OBEX support
>>> SENDING frame type 0x00/length 0x0B/11
>>> 41A|54T|2B+|43C|50P|52R|4FO|54T|3D=|3F?|0D
>>> AT+CPROT=?.
>>> 1 "AT+CPROT=?"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x14/20
>>> 41A|54T|2B+|43C|50P|52R|4FO|54T|3D=|3F?|0D |0D |0A |45E|52R|52R
>>> AT+CPROT=?...ERR
>>> 4FO|52R|0D |0A
>>> OR..
>>> Checking for SYNCML/OBEX support
>>> SENDING frame type 0x00/length 0x0C/12
>>> 41A|54T|2B+|53S|59Y|4EN|43C|4DM|4CL|3D=|3F?|0D
>>> AT+SYNCML=?.
>>> 1 "AT+SYNCML=?"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x15/21
>>> 41A|54T|2B+|53S|59Y|4EN|43C|4DM|4CL|3D=|3F?|0D |0D |0A |45E|52R
>>> AT+SYNCML=?...ER
>>> 52R|4FO|52R|0D |0A
>>> ROR..
>>> SENDING frame type 0x00/length 0x0D/13
>>> 41A|54T|24$|54T|53S|53S|50P|43C|53S|57W|3D=|3F?|0D
>>> AT$TSSPCSW=?.
>>> 1 "AT$TSSPCSW=?"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x16/22
>>> 41A|54T|24$|54T|53S|53S|50P|43C|53S|57W|3D=|3F?|0D |0D |0A |45E
>>> AT$TSSPCSW=?...E
>>> 52R|52R|4FO|52R|0D |0A
>>> RROR..
>>> [Module           -
>>> "A2D|iPAQ|at|M20|S25|MC35|TC35|C35i|S65|S300|5110|5130|5190|5210|6110|6130|6150|6190|6210|6250|6310|6310i|6510|7110|8210|8250|8290|8310|8390|8850|8855|8890|8910|9110|9210"]
>>> Escaping SMS mode
>>> SENDING frame type 0x00/length 0x02/2
>>> 1B |0D
>>> ..
>>> Sending simple AT command to wake up some devices
>>> SENDING frame type 0x00/length 0x03/3
>>> 41A|54T|0D
>>> AT.
>>> 1 "AT"
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x09/9
>>> 41A|54T|0D |0D |0A |4FO|4BK|0D |0A
>>> AT...OK..
>>> Enabling echo
>>> SENDING frame type 0x00/length 0x05/5
>>> 41A|54T|45E|311|0D
>>> ATE1.
>>> 1 "ATE1"
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x0B/11
>>> 41A|54T|45E|311|0D |0D |0A |4FO|4BK|0D |0A
>>> ATE1...OK..
>>> Trying Motorola mode switch
>>> SENDING frame type 0x00/length 0x0A/10
>>> 41A|54T|2B+|4DM|4FO|44D|45E|3D=|322|0D
>>> AT+MODE=2.
>>> 1 "AT+MODE=2"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x13/19
>>> 41A|54T|2B+|4DM|4FO|44D|45E|3D=|322|0D |0D |0A |45E|52R|52R|4FO
>>> AT+MODE=2...ERRO
>>> 52R|0D |0A
>>> R..
>>> Seems not to be supported
>>> Enabling CME errors
>>> SENDING frame type 0x00/length 0x0A/10
>>> 41A|54T|2B+|43C|4DM|45E|45E|3D=|311|0D
>>> AT+CMEE=1.
>>> 1 "AT+CMEE=1"
>>> 2 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x10/16
>>> 41A|54T|2B+|43C|4DM|45E|45E|3D=|311|0D |0D |0A |4FO|4BK|0D |0A
>>> AT+CMEE=1...OK..
>>> SENDING frame type 0x00/length 0x09/9
>>> 41A|54T|2B+|43C|53S|43C|53S|3F?|0D
>>> AT+CSCS?.
>>> 1 "AT+CSCS?"
>>> 2 "+CSCS: "GSM""
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x1F/31
>>> 41A|54T|2B+|43C|53S|43C|53S|3F?|0D |0D |0A |2B+|43C|53S|43C|53S
>>> AT+CSCS?...+CSCS
>>> 3A:|20 |22"|47G|53S|4DM|22"|0D |0A |0D |0A |4FO|4BK|0D |0A      :
>>> "GSM"....OK..
>>> SENDING frame type 0x00/length 0x0A/10
>>> 41A|54T|2B+|43C|53S|43C|53S|3D=|3F?|0D
>>> AT+CSCS=?.
>>> 1 "AT+CSCS=?"
>>> 2 "+CSCS: ("IRA","GSM","UCS2")"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x2F/47
>>> 41A|54T|2B+|43C|53S|43C|53S|3D=|3F?|0D |0D |0A |2B+|43C|53S|43C
>>> AT+CSCS=?...+CSC
>>> 53S|3A:|20 |28(|22"|49I|52R|41A|22"|2C,|22"|47G|53S|4DM|22"|2C, S:
>>> ("IRA","GSM",
>>> 22"|55U|43C|53S|322|22"|29)|0D |0A |0D |0A |4FO|4BK|0D |0A
>>> "UCS2")....OK..
>>> Chosen GSM as normal charset
>>> Chosen UCS2 as unicode charset
>>> SENDING frame type 0x00/length 0x08/8
>>> 41A|54T|2B+|43C|47G|4DM|49I|0D
>>> AT+CGMI.
>>> 1 "AT+CGMI"
>>> 2 "huawei"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x18/24
>>> 41A|54T|2B+|43C|47G|4DM|49I|0D |0D |0A |68h|75u|61a|77w|65e|69i
>>> AT+CGMI...huawei
>>> 0D |0A |0D |0A |4FO|4BK|0D |0A
>>> ....OK..
>>> Manufacturer info received
>>> [Manufacturer: Huawei]
>>> Checking for OBEX support
>>> SENDING frame type 0x00/length 0x0B/11
>>> 41A|54T|2B+|43C|50P|52R|4FO|54T|3D=|3F?|0D
>>> AT+CPROT=?.
>>> 1 "AT+CPROT=?"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x14/20
>>> 41A|54T|2B+|43C|50P|52R|4FO|54T|3D=|3F?|0D |0D |0A |45E|52R|52R
>>> AT+CPROT=?...ERR
>>> 4FO|52R|0D |0A
>>> OR..
>>> Checking for SYNCML/OBEX support
>>> SENDING frame type 0x00/length 0x0C/12
>>> 41A|54T|2B+|53S|59Y|4EN|43C|4DM|4CL|3D=|3F?|0D
>>> AT+SYNCML=?.
>>> 1 "AT+SYNCML=?"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x15/21
>>> 41A|54T|2B+|53S|59Y|4EN|43C|4DM|4CL|3D=|3F?|0D |0D |0A |45E|52R
>>> AT+SYNCML=?...ER
>>> 52R|4FO|52R|0D |0A
>>> ROR..
>>> SENDING frame type 0x00/length 0x0D/13
>>> 41A|54T|24$|54T|53S|53S|50P|43C|53S|57W|3D=|3F?|0D
>>> AT$TSSPCSW=?.
>>> 1 "AT$TSSPCSW=?"
>>> 2 "ERROR"
>>> Checking line: ERROR
>>> AT reply state: 3
>>> RECEIVED frame type 0x00/length 0x16/22
>>> 41A|54T|24$|54T|53S|53S|50P|43C|53S|57W|3D=|3F?|0D |0D |0A |45E
>>> AT$TSSPCSW=?...E
>>> 52R|52R|4FO|52R|0D |0A
>>> RROR..
>>> Getting firmware versions
>>> SENDING frame type 0x00/length 0x08/8
>>> 41A|54T|2B+|43C|47G|4DM|52R|0D
>>> AT+CGMR.
>>> 1 "AT+CGMR"
>>> 2 "11.604.09.01.149"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x22/34
>>> 41A|54T|2B+|43C|47G|4DM|52R|0D |0D |0A |311|311|2E.|366|300|344
>>> AT+CGMR...11.604
>>> 2E.|300|399|2E.|300|311|2E.|311|344|399|0D |0A |0D |0A |4FO|4BK
>>> .09.01.149....OK
>>> 0D |0A
>>> ..
>>> Received firmware version: "11.604.09.01.149"
>>> Number version is "11,604090"
>>> [Firmware version - "11.604.09.01.149"]
>>> [Connected]
>>> Entering GSM_GetManufacturer
>>> SENDING frame type 0x00/length 0x08/8
>>> 41A|54T|2B+|43C|47G|4DM|49I|0D
>>> AT+CGMI.
>>> 1 "AT+CGMI"
>>> 2 "huawei"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x18/24
>>> 41A|54T|2B+|43C|47G|4DM|49I|0D |0D |0A |68h|75u|61a|77w|65e|69i
>>> AT+CGMI...huawei
>>> 0D |0A |0D |0A |4FO|4BK|0D |0A
>>> ....OK..
>>> Manufacturer info received
>>> [Manufacturer: Huawei]
>>> Leaving GSM_GetManufacturer
>>> Manufacturer      : Huawei
>>> Entering GSM_GetModel
>>> Getting model
>>> SENDING frame type 0x00/length 0x08/8
>>> 41A|54T|2B+|43C|47G|4DM|4DM|0D
>>> AT+CGMM.
>>> 1 "AT+CGMM"
>>> 2 "E156"
>>> 3 "OK"
>>> Checking line: OK
>>> AT reply state: 1
>>> RECEIVED frame type 0x00/length 0x16/22
>>> 41A|54T|2B+|43C|47G|4DM|4DM|0D |0D |0A |45E|311|355|366|0D |0A
>>> AT+CGMM...E156..
>>> 0D |0A |4FO|4BK|0D |0A
>>> ..OK..
>>> Unknown model, but it should still work
>>> [Model name: `E156']
>>> [Model data: `']
>>> [Model data: `unknown']
>>> [Connected model  - "E156"]
>>> Leaving GSM_GetModel
>>> Model             : unknown (E156)
>>> [Terminating]
>>> [Closing]
>>>
>>>
>>> ------------------------------------------------------------------------------
>>> What NetFlow Analyzer can do for you? Monitors network bandwidth and
>>> traffic
>>> patterns at an interface-level. Reveals which users, apps, and protocols
>>> are
>>> consuming the most bandwidth. Provides multi-vendor support for NetFlow,
>>> J-Flow, sFlow and other flows. Make informed decisions using capacity
>>> planning
>>> reports.http://sdm.link/zohodev2dev
>>> _______________________________________________
>>> Gammu-users mailing list -
>>> https://lists.sourceforge.net/lists/listinfo/gammu-users
>>>
>>>
>>
>>
>> --
>> gilberto dos santos alves
>> +55(11)9-8646-5049
>> sao paulo - sp - brasil
>>
>>
>>
>>
>>
>>
>> ------------------------------------------------------------------------------
>> What NetFlow Analyzer can do for you? Monitors network bandwidth and
>> traffic
>> patterns at an interface-level. Reveals which users, apps, and protocols
>> are
>> consuming the most bandwidth. Provides multi-vendor support for NetFlow,
>> J-Flow, sFlow and other flows. Make informed decisions using capacity
>> planning
>> reports.http://sdm.link/zohodev2dev
>> _______________________________________________
>> Gammu-users mailing list -
>> https://lists.sourceforge.net/lists/listinfo/gammu-users
>>
>>
>
>
> ------------------------------------------------------------------------------
> What NetFlow Analyzer can do for you? Monitors network bandwidth and
> traffic
> patterns at an interface-level. Reveals which users, apps, and protocols
> are
> consuming the most bandwidth. Provides multi-vendor support for NetFlow,
> J-Flow, sFlow and other flows. Make informed decisions using capacity
> planning
> reports.http://sdm.link/zohodev2dev
> _______________________________________________
> Gammu-users mailing list -
> https://lists.sourceforge.net/lists/listinfo/gammu-users
>
>


-- 
gilberto dos santos alves
+55(11)9-8646-5049
sao paulo - sp - brasil

------------------------------------------------------------------------------
What NetFlow Analyzer can do for you? Monitors network bandwidth and traffic
patterns at an interface-level. Reveals which users, apps, and protocols are 
consuming the most bandwidth. Provides multi-vendor support for NetFlow, 
J-Flow, sFlow and other flows. Make informed decisions using capacity planning
reports.http://sdm.link/zohodev2dev

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