Extron electronics AVT 200HD - Page 70

AVT 200HD Tuner • Remote Configuration and Control 64
Command
ASCII Command
(Host to Tuner)
Response
(Tuner to Host)
Additional Description
Stream files via Telnet or RS-232
Load file to user flash
memory
24,28
E
+UF filesize, filename
}
Upl
]
Load file to user flash and set
specific time and date
24,28
E
+UF filesize*day-of-week
•month•day•year•hour•minute•second,
filename
}
Upl
]
Day-of-week = 1–7
(1 = Sunday, 2 = Monday ...)
Month = 1–12
(1 = Jan, 2 = Feb, ...)
Day = 1–31
Hour = 0–23
Minute and Second = 0–59
NOTES: • If there is insufficient space on the unit to store the sent file, the response is Fld
]
instead of Upl
]
to denote
failure.
• You can use this command to update firmware by loading a firmware file with a .S19 extension. If the unit
determines that the .s19 file is not intended for the AVT 200HD, the Upl
]
response is followed by Fwm
]
(firmware mismatch).
Retrieve file from user flash
memory
24,28
E
filename SF
}
Responds with 4 bytes of le-size + raw, unprocessed data
in file.
Stream files via port 80
Load file to user flash memory Use a POST on port 80, followed by the delimited data to be written to the ash le
memory.
Retrieve file from user flash
memory
Send a page GET on port 80 followed by:
Ie. http://192.168.254.254/mypage.html?cmd=WSF|
Responds with raw, unprocessed data in file.
Back up and restore unit configuration
Save unit configuration (to file
system)
E
1* configuration type XF
}
Cfg1* configuration type
]
For configuration type:
0 = IP configuration (ip.cfg),
preset list
1 = Event conguration
(event.cfg)
2 = Unit-specic parameters
(box.cfg)
The files are stored in the
directory /nortxe-backup
created on the unit by the Save
commands.
Restore unit configuration
E
0* configuration type XF
}
Cfg0* configuration type
]
Event control
View event buffer memory
27
EX7$
,
X7%
,
X7^
,
X7&
E
} X9)]
Write event buffer memory
24,27
EX7$
,
X7%
,
X7^
,
X7*X7&
E
}
Evt
X7$
,
X7%
,
X7^
,
X7*]
NOTE: The response to the Write Event command is padded with leading zeros for
X7$
and
X7^
.
X7$
= 5 digits;
X7^
= 10 digits.