Commands
”ta”, ”mb”, ”du addr”, ”rw addr”, ”rb addr”, ”rd addr”, ”sw addr val”, ”sb addr val”, ”sd
addr val”, ”tshort”, ”tlong”, ”port”, ”usb”, ”te”, ”fs”, ”ppm”,
and
”free”
are used for troubleshooting
and repair of the device in a factory.
Manufacturer strongly recommends not to use these commands
during common operation.
With using of
”show”
command the module current configuration statement can be displayed (see paragraph
cfg#show
By using of
time
or
date
command the current setting of RTC (Real Time Clock) can be displayed. Current RTC
value will appear after entering of any of these commands without parameter:
GW33H7-0#time
Time : RTC 11:11:56, systime 2021-05-05, 11:11:56
GW33H7-0#date
Date is 2021-05-05
GW33H7-0#
The module can use time synchronization from the GSM network (see GSM subsystem commands), or by periodic
query to preset NTP servers (Network Time Protocol - see NTP subsystem commands). By using of the
time
and
date
commands the current RTC (Real-Time Clock) values can be displayed, and if necessary (if the above-
mentioned resources are not available) manually entered:
GW33H7-0#date 0x210505
Date is 2021-05-05
GW33H7-0#time 0x111533
Time : RTC 11:15:33, systime 2021-05-05, 11:15:33
GW33H7-0#
As can be seen from the example, the
”
time” value is entered in the ”0x
hhmmss
” format, the
”
date” value is
entered in the format of ”0x
YYMMDD
”. The manually entered value is automatically corrected when the entries
from external synchronization sources (GSM or NTP) are available.
The
”uptime”
command can be used to display the time since the module startup or reset. This command can
be useful for module diagnostics. The
”
Uptime” value indicates the exact time of module last reset. The variable
is of the
”
read only” type. Example:
GW33H7-0#uptime
Uptime 304 sec - 0 day(s), 0:05:04
TSC 304589310 usec.
GW33H7-0#
Reset of the module can be performed by using of the
”reset”
command.
After each reset the saved set of
configuration parameters is read from the FLASH memory. Tu keep the newly created configuration, it is necessary
to copy (write) it from working set into the FLASH memory before performing a reset (see paragraph
). At
the time of reset the serial line connection with the module is usually interrupted and the connection must be re-
established with the ”Restart Session” command (for PuTTY in the main program menu, accessible by right-clicking
on the top bar). Example of using the module reset command:
GW33H7-0#reset
Reseting ...
-- Remote Monitor --
Login :
The module supports access of multiple users with different logins. By using of the
”users”
command a current
list of all users can be displayed:
GW33H7-0#users
System users :
’admin’
GW33H7-0#
A new login can be added by
”useradd [login] [password]”
command:
WB169-RFG
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