SMS Send failed (Command timed out.)

[Gregory Vera]

Just installed GNOKII Version 0.6.14 on CentOS 4, and I'm using Nokia 
3120 with a DKU-5 cable. I'm failing to send SMS messages I can run most 
commands with a problem I can make voice calls from CLI  but when it 
comes to SMS nothing happens. At one moment it suddenly sent one sms, 
but that what was it. Below is what comes up when I try sending, also 
below is a copy of my .gnokiirc



address@hidden ~]# gnokii --sendsms +26311438000
GNOKII Version 0.6.14
LOG: debug mask is 0x1
phone instance config:
model: 6510
port_device: /dev/ttyUSB0
connection_type: 2
init_length: 0
serial_baudrate: 2400
serial_write_usleep: -1
hardware_handshake: 0
require_dcd: 0
smsc_timeout: 150
connect_script:
disconnect_script:
rfcomm_cn: 1
sm_retry: off
Connecting
Serial device: opening device /dev/ttyUSB0
Serial port speed 2400 not supported!
Serial device: setting RTS to low and DTR to low
Serial device: setting RTS to high and DTR to high
Serial device: setting speed to 19200
Switching to FBUS mode
Serial device: setting speed to 115200
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Serial write: transmitter busy, waiting
Serial write: transmitter ready
Getting model...
Message sent: 0x1b / 0x0006
00 01 00 07 01 00                               |                 
Serial write: transmitter busy, waiting
Serial write: transmitter ready
[Received Ack of type 1b, seq: 80]
[Sending Ack of type 1b, seq: 6]
Message received: 0x1b / 0x0032
01 31 00 08 00 01 58 2c 00 26 56 20 30 36 2e 33 |  1    X, &V 06.3
31 20 20 20 20 20 0a 32 35 2d 31 31 2d 30 35 0a | 1      25-11-05
52 48 2d 31 39 0a 28 63 29 20 4e 6f 6b 0a 43 00 | RH-19 (c) Nok C
00 00                                           |                 
Received message type 1b
model length: 5
Received model RH-19
Message sent: 0x02 / 0x0006
00 01 00 14 01 00                               |                 
Serial write: transmitter busy, waiting
Serial write: transmitter ready
[Received Ack of type 02, seq:  1]
[Sending Ack of type 02, seq: 7]
Message received: 0x02 / 0x002a
01 5b 00 15 00 01 0b 24 01 e8 00 00 0b 03 82 0c |  [     $        
02 08 07 91 62 13 11 19 02 f1 82 08 01 02 00 ff |     b           
55 55 81 08 02 00 00 00 00 00                   | UU              
Received message type 02
Frame of type 0x02 (SMS handling) received!
SMSC Received
Please enter SMS text. End your input with <cr><control-D>:Test
General Data Coding
dcs: 0x0
Length: 0x4
user_data_length: 0x4
ValidityIndicator: 2
user_data: D4F29C0E
Sending
Sending SMS...(54)
Message sent: 0x02 / 0x0036
00 01 00 02 00 00 00 55 55 01 02 2c 11 00 00 00 |        UU  ,    
00 04 82 0c 01 08 0b 91 62 13 41 83 00 f0 82 0c |         b A     
02 08 07 91 62 13 11 19 02 f1 80 08 04 04 d4 f2 |     b           
9c 0e 08 04 01 a9                               |                 
SM_Block: exiting the retry loop
SMS Send failed (Command timed out.)
Serial device: closing device

# This is a sample ~/.gnokiirc file.  Copy it into your
# home directory and name it .gnokiirc.
# See http://wiki.gnokii.org/index.php/Config for working examples.
#

[global]

# Set port to the physical port used to connect to your phone.
# Linux version is:
#port = /dev/ttyS0
#
# For MacOSX you will need something like:
# port = /dev/cu.USA28X1P1.1
#
# For Win32 you want to use:
# port = com1:
# or similiar.
#
# FreeBSD (probably NetBSD and OpenBSD too) use:
# port = /dev/cuaa0
#
# With Linux-IrDA you will want to use
# port = /dev/ircomm0
# or similiar.
#
# Use this setting also for the Bluetooth connection:
# port = aa:bb:cc:dd:ee:ff
# when using it with AT driver set it to:
# port = /dev/rfcomm0
# or similiar.
#
# For the Linux USB cables you will need one of the following settings (or
# similiar)
port = /dev/ttyUSB0
# port = /dev/tts/USB0
# port = /dev/ttyACM0
# the last one will work only with AT driver. The correct setting should be
# given in the dmesg output.

# Set model to the model number of your phone. For the
# Symbian phones use:
# model = series60
# For other non-Nokia phones and when you want to use AT
# mode use:
# model = AT
# If you can't figure out what to put here read the FAQ.
# If it still doesn't help, consult gnokii-ml or #gnokii at freenode.
model = 6510
# There are few main models that should make use of the certain drivers.
# These are: 6110, 7110, 6510, 3110, 2110, 6160.

# Set IrDA device name.
# If you use irda connection you may want gnokii to autodetect the irda
# device it connects to. This is fine for most of the cases. if you have
# more than one device in range you may want to give manually the device
# name so gnokii correctly recognizes it. Use the name that you can see
# in the discovery log when the phone with infrared is in the range of
# your irda port.
# Note that you need to set this for each phone_ section separately. It
# isn't nested from the global section.
# irda_string = Nokia 6610i

# Initlength controls the number of characters sent to the
# phone during initialisation.  You can either set it to
# the word "default" or a positive integer.
#
# You can try setting this value if you want to connect
# to the phone quicker.  If you've never noticed the
# connection to be slow, it is suggested that you
# leave this alone.  Read the initialisation code in fbus-xxxx
# to understand what this changes if you're curious.
initlength = default

# The type of the connection, for IR set this to infrared or irda.
# For the nk6110 driver only infrared is valid for the IrDA connection.
# See Docs/gnokii-ir-howto for more detailes on this.
# If you have 6210/6250/7110 phone and dau9p cable (the one you can
# use with 6100 series and cannot use hardware modem from the phone)
# you may want to use 'dau9p' value to get faster initialization.
# If you use dlr3 or dlr3p cable for nokia phones in FBUS mode (ie.
# you don't use model = AT) you may want to use 'dlr3p' value here.
# Note that it is recommended and currently the best way to use this
# cable with nk6510 driver.
#connection = serial
# With DKU-2 cable use the following setting if you want to libusb driver
# (recommended):
# connection = dku2libusb
# or the following setting if you want to use Linux kernel driver
# connection = dku2
# With DKU-5 cable use the following setting
connection = dku5
# For Bluetooth and AT driver use the following setting
# connection = serial
# For other Bluetooth settings use
# connection = bluetooth
# For infrared connection with phones other than Nokia 6110/6130/6150 use
# connection = irda


# Set this to 'yes' if you want gnokii to set and check the lock file in
# /var/lock directory. It avoids potential conflicts with other serial
# port software (eg. minicom). If you have wrong permissions for the
# directory, a warning will be generated. If you don't want a lockfile, set
# it to 'no'.
use_locking = yes

# Baudrate to use on serial port connections.
# Currently used only by models AT and BIP/CIMD. Defaults to 19200.
#serial_baudrate = 19200
serial_baudrate = 2400

# Force waiting after each send character the specified usec time.
# Value -1 forces the fastest 'block' writing,
# value 0 writes each character separately without any explicite waiting,
# other positive values specify the appropriate 1/1000000 sec delaying.
# Siemens M20 requires at least "1"!  FIXME: Model-driven autodetection
#serial_write_usleep = 10000

# Force serial port handshaking mode, useful primarily for "AT" model.
# Gnokii "AT" model uses software handshake by default.
# Possible values: hardware (RTS/CTS - 7 wires) or software (XON/XOFF - 
3 wires)
#handshake = software

# If defined (not commented out by '#') it will quit Gnokii anytime
# when DCD line will drop.
#require_dcd = 1

# If you are using a bluetooth connection, you can specify the rfcomm
# channel number here. Default value is 1.
#rfcomm_channel = 1

# There may happen various timeouts during the communication with the phone.
# This parameter enables the retransmission policy. Ie. if the phone doesn't
# respond, we send the frame again. This happend mainly with the older
# phones. You may want to enable it when you see mysterious timeouts.
# Be very carefull with this option. It is suspected to cause phone breakage
# with new DCT4 phones (like Nokia 6100). By default it is switched off
# (sm_retry = 0)
#sm_retry = 1

# Run the specified script(s) right after opening and initializing the 
device
# and before any communication (right before closing for disconnect_script).
# You may find handy to use it to connect your modem to SMS Center
# when using BIP or CIMD protocols
# Non-absolute path is relative to the specific directory where gnokii 
is run!
#connect_script = /absolute/path/to/gnokii/Docs/sample/cimd-connect
#disconnect_script =

# When sending SMS you can experience timeouts. This is the feature of the
# overloaded SMSCs. The phones waits for the response from the SMSC 
confirming
# that it received the short message. When the SMSC is DoSed with many 
requests
# it will take more time to get the response. Adjust it to your needs. The
# value is given in seconds to wait. Defaults to 10 seconds. Set to 0 to 
wait
# forever.
smsc_timeout = 15

# Set bindir to point to the location of the various gnokiid binaries.
# In particular ensure that mgnokiidev is in this location, with
# permissions 4750, owned by root, group gnokii.  Ensure you
# are in the gnokii group and that the group exists...
[gnokiid]
bindir = /usr/local/sbin/

# Any entries in the following two sections will be set as environment
# variables when running the scripts.
# Handy for use for $VAR substitutions in your chat(8) script.
[connect_script]
TELEPHONE = 011614734
[disconnect_script]


# The following parameters control how libgnokii handle the debugging 
messages.
# Currently there are three categories: "debug" controls the libgnokii
# normal debug output, "rlpdebug" controls the debug output of the RLP
# subsystem, and "xdebug" is used by the xgnokii or smsd.

[logging]

# where to log the debug output (on: stderr, off: /dev/null)
debug = on

# where to log the rlp debug output (on: stderr, off: /dev/null)
rlpdebug = off

# where to log X debug output (on: stderr, off: /dev/null)
xdebug = off