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Questions about A400/800/1200 Analog Interface Card
How to use dahdi fxstest tool to test FXS module
- Jessie.liao
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13 years 5 months ago #6400
by Jessie.liao
Fxstest is dahdi tool to test FXS with analog phone. It can be used to test
stats,polarity,dtmf and so on. You have to build the environments with following information:
Hardware Environment
A800P(2FXS+1FXO)
A400P(2FXS+1FXO)
BBK HCD007(6082)TSDL(analog phone)
Software Environment
Centos 5.5
dahdi-linux-complete-2.3.0.1+2.3.0
Compiling and installation
1.Please execute following commands:
#cd /usr/src/dahdi-linux-complete-2.3.0.1+2.3.0/tools
#make menuselect
And select “fxstest” in the menu then Save&Exit.
2.Beginning to compile dahdi. Run commands like below:
#cd /usr/src/dahdi-linux-complete-2.3.0.1+2.3.0
#make
#make install
#make config
3.Reloading the drivers.Perform the following command:
#service dahdi stop
#modprobe –r wctdm
#modprobe –r opvxa1200
#modprobe –r dahdi
#modprobe dahdi
#modprobe opvxa1200 opermode=YOUR COUNTRY
#modprobe wctdm opermode= YOUR COUNTRY
#dahdi_genconf
#dahdi_cfg –vvv(If there is no error,then installed OK)
#dahdi_scan(It prints information about DAHDI spans in the system.For analog spans it provides a list
of channels.)
=================================================================
[root@localhost~]# dahdi_scan
[1]
active=yes
alarms=OK
description=OpenVox A1200P/A800P Board 13
name=OPVXA1200/12
manufacturer=OpenVox
devicetype=OpenVox A1200P/A800P
location=PCI Bus 01 Slot 03
basechan=1
totchans=8
irq=225
type=analog
port=1,FXS
port=2,FXS
port=3,FXO
port=4,none
port=5,none
port=6,none
port=7,none
port=8,none
[2]
active=yes
alarms=OK
description=Wildcard TDM400P REV E/F Board 5
name=WCTDM/4
manufacturer=Digium
devicetype=Wildcard TDM400P REV E/F
location=PCI Bus 01 Slot 05
basechan=9
totchans=4
irq=66
type=analog
port=9,FXO
port=10,none
port=11,FXS
port=12,FXS
=================================================================
Beginning to test
All of those tests operate on a single dahdi channel which has to be an FXS port,and must not be in
use by Asterisk or any other program.Analog adapters should be intended to connect phones.
The command has two mandatory parameters.The first parameters is the device file to operate on.It is
typically /dev/dahdi/NN,a device file under /dev/dahdi.The second parameter is the name of the command
to run on that channel.
1.Reporting voltages:
# fxstest /dev/dahdi/1 stats
//A800P volts of channel 1
==============================================================
TIP: -5.6400 Volts
RING: -54.1440 Volts
VBAT: -62.7920 Volts
==============================================================
#fxstest /dev/dahdi/11 stats
//A400P volts of channel 3
==============================================================
TIP: -5.6400 Volts
RING: -54.8960 Volts
VBAT: -63.9200 Volts
==============================================================
2.Dumping ProSLIC registers:
# fxstest /dev/dahdi/1 regdump //A800P registers of channel1
3.Playing a series of tones:
# fxstest /dev/dahdi/1 tones
Then picking up the phone,you could hear of a series of tones.Press Ctrl+C to stop this command.
4.Creating a dtmf cid spill without polarity reversal:
#fxstest /dev/dahdi/1 dtmfcid
==============================================================
Going to send a set of DTMF tones >A5551212C<
Phone is ringing
Ringing Done
==============================================================
When the phone is ringing,you can see the pre-set dtmf cid on the phone.
5.Testing polarity reversal(This test must be followd in creating a dtmf cid):
# fxstest /dev/dahdi/1 polarity
==============================================================
Twiddling polarity...
Polarity is forward...
Polarity is reversed...
Polarity is forward...
==============================================================
6.Sending a sequence of dtmf tones:
# fxstest /dev/dahdi/1 dtmf "12324" 70
==============================================================
Going to send a set of DTMF tones >12324<
Using a duration of 70 mS per tone
==============================================================
Then you can see the set of DTMF tones”12324” sent on the phone.
Note:The duration should be 70ms or above to display whole sequence on the phone.
7.Toggling VMWI lamp(A800P not supported):
# fxstest /dev/dahdi/11 vmwi
==============================================================
Twiddling vmwi ...
Set 1 Voice Message...
Set 2 Voice Messages...
Set No Voice messages...
==============================================================
# fxstest /dev/dahdi/11 hvdc
==============================================================
Twiddling hvdc ...
Set 1 Voice Message...
Set 2 Voice Messages...
Set No Voice messages...
==============================================================
# fxstest /dev/dahdi/11 neon
==============================================================
Twiddling neon ...
Set 1 Voice Message...
Set 2 Voice Messages...
Set No Voice messages...
==============================================================
stats,polarity,dtmf and so on. You have to build the environments with following information:
Hardware Environment
A800P(2FXS+1FXO)
A400P(2FXS+1FXO)
BBK HCD007(6082)TSDL(analog phone)
Software Environment
Centos 5.5
dahdi-linux-complete-2.3.0.1+2.3.0
Compiling and installation
1.Please execute following commands:
#cd /usr/src/dahdi-linux-complete-2.3.0.1+2.3.0/tools
#make menuselect
And select “fxstest” in the menu then Save&Exit.
2.Beginning to compile dahdi. Run commands like below:
#cd /usr/src/dahdi-linux-complete-2.3.0.1+2.3.0
#make
#make install
#make config
3.Reloading the drivers.Perform the following command:
#service dahdi stop
#modprobe –r wctdm
#modprobe –r opvxa1200
#modprobe –r dahdi
#modprobe dahdi
#modprobe opvxa1200 opermode=YOUR COUNTRY
#modprobe wctdm opermode= YOUR COUNTRY
#dahdi_genconf
#dahdi_cfg –vvv(If there is no error,then installed OK)
#dahdi_scan(It prints information about DAHDI spans in the system.For analog spans it provides a list
of channels.)
=================================================================
[root@localhost~]# dahdi_scan
[1]
active=yes
alarms=OK
description=OpenVox A1200P/A800P Board 13
name=OPVXA1200/12
manufacturer=OpenVox
devicetype=OpenVox A1200P/A800P
location=PCI Bus 01 Slot 03
basechan=1
totchans=8
irq=225
type=analog
port=1,FXS
port=2,FXS
port=3,FXO
port=4,none
port=5,none
port=6,none
port=7,none
port=8,none
[2]
active=yes
alarms=OK
description=Wildcard TDM400P REV E/F Board 5
name=WCTDM/4
manufacturer=Digium
devicetype=Wildcard TDM400P REV E/F
location=PCI Bus 01 Slot 05
basechan=9
totchans=4
irq=66
type=analog
port=9,FXO
port=10,none
port=11,FXS
port=12,FXS
=================================================================
Beginning to test
All of those tests operate on a single dahdi channel which has to be an FXS port,and must not be in
use by Asterisk or any other program.Analog adapters should be intended to connect phones.
The command has two mandatory parameters.The first parameters is the device file to operate on.It is
typically /dev/dahdi/NN,a device file under /dev/dahdi.The second parameter is the name of the command
to run on that channel.
1.Reporting voltages:
# fxstest /dev/dahdi/1 stats
//A800P volts of channel 1
==============================================================
TIP: -5.6400 Volts
RING: -54.1440 Volts
VBAT: -62.7920 Volts
==============================================================
#fxstest /dev/dahdi/11 stats
//A400P volts of channel 3
==============================================================
TIP: -5.6400 Volts
RING: -54.8960 Volts
VBAT: -63.9200 Volts
==============================================================
2.Dumping ProSLIC registers:
# fxstest /dev/dahdi/1 regdump //A800P registers of channel1
3.Playing a series of tones:
# fxstest /dev/dahdi/1 tones
Then picking up the phone,you could hear of a series of tones.Press Ctrl+C to stop this command.
4.Creating a dtmf cid spill without polarity reversal:
#fxstest /dev/dahdi/1 dtmfcid
==============================================================
Going to send a set of DTMF tones >A5551212C<
Phone is ringing
Ringing Done
==============================================================
When the phone is ringing,you can see the pre-set dtmf cid on the phone.
5.Testing polarity reversal(This test must be followd in creating a dtmf cid):
# fxstest /dev/dahdi/1 polarity
==============================================================
Twiddling polarity...
Polarity is forward...
Polarity is reversed...
Polarity is forward...
==============================================================
6.Sending a sequence of dtmf tones:
# fxstest /dev/dahdi/1 dtmf "12324" 70
==============================================================
Going to send a set of DTMF tones >12324<
Using a duration of 70 mS per tone
==============================================================
Then you can see the set of DTMF tones”12324” sent on the phone.
Note:The duration should be 70ms or above to display whole sequence on the phone.
7.Toggling VMWI lamp(A800P not supported):
# fxstest /dev/dahdi/11 vmwi
==============================================================
Twiddling vmwi ...
Set 1 Voice Message...
Set 2 Voice Messages...
Set No Voice messages...
==============================================================
# fxstest /dev/dahdi/11 hvdc
==============================================================
Twiddling hvdc ...
Set 1 Voice Message...
Set 2 Voice Messages...
Set No Voice messages...
==============================================================
# fxstest /dev/dahdi/11 neon
==============================================================
Twiddling neon ...
Set 1 Voice Message...
Set 2 Voice Messages...
Set No Voice messages...
==============================================================
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