GE Digital Video Multiplexer Recorder User Manual
0150-0229D
70
Kalatel DVMRe StoreSafe
9.2 Configuration and
Status
i) Data structure
Byte 1: 0xFF
Byte 2: Command Type
Byte 1: 0xFF
Byte 2: Command Type
0xAA: (SET) Update DVMRe with data.
0xBB: (GET) Extract data from DVMRe.
0xBB: (GET) Extract data from DVMRe.
Byte 3: Data Length (n)
Byte 4: Data Type
Byte 4: Data Type
0x61: Restart DVMRe
0xFE: Send configuration data to DVMRe
0x09: Read Alarm History from DVMRe
0xFF: Read configuration and status data
0xFF: Read configuration and status data
from DVMRe
Byte 5: Data byte 1
Byte 6: Data byte 2
Byte 6: Data byte 2
:
:
Byte x: Data byte n
ii) Sending data to the DVMRe
ii) Sending data to the DVMRe
a) Restart StoreSafe
This command will restart StoreSafe.
Byte 1: 0xFF
Byte 2: 0xAA
Byte 3: 0
Byte 4: 0x61
Byte 2: 0xAA
Byte 3: 0
Byte 4: 0x61
b) Send data to StoreSafe
Configuration data can be sent to StoreSafe,
to change the way it operates. The data is
arranged in the form of 16 byte blocks,
numbered from 1 to 213. Blocks 182, 183 and
185 are status blocks, and hence cannot be
written to. For details about the contents of
each block, contact GE-Interlogix and request
the Block Data Structure for StoreSafe.
to change the way it operates. The data is
arranged in the form of 16 byte blocks,
numbered from 1 to 213. Blocks 182, 183 and
185 are status blocks, and hence cannot be
written to. For details about the contents of
each block, contact GE-Interlogix and request
the Block Data Structure for StoreSafe.
Byte 1: 0xFF
Byte 2: 0xAA
Byte 3: 17
Byte 4: 0xFE
Byte 5: Block Number
Byte 2: 0xAA
Byte 3: 17
Byte 4: 0xFE
Byte 5: Block Number
(1-181, 184, 186-200)
Byte 6: data[0]
: :
: :
Byte 21:data[15]
: :
: :
Byte 21:data[15]
After sending a block or series of blocks, block
number 255 must be updated to signal the end of
the configuration session. All data bytes for block
255 must be set to 0.
iii) Requesting data from the DVMRe
When a message of type 0xBB is sent to
StoreSafe, it will respond by sending 16 bytes of
requested data.
a) Read Alarm History List
Byte 1: 0xFF
Byte 2: 0xBB
Byte 3: 0
Byte 4: 0x09
Byte 3: 0
Byte 4: 0x09
When the "Read Alarm History List" message is
received by StoreSafe, it responds by sending a
start byte 0xFF, followed by ASCII strings for
every alarm event in its alarm history list, and a
stop byte, 0xFF. Each string is formatted as
follows:
dd.bmm/ddbhh:mm:ssbaa<CR><LF>
dd:
index number (00 - 99)
b:
space character
mm:
month (01-12)
dd:
day (01-31)
hh:
hours (00-23)
mm:
minutes (00-59)
ss:
seconds (00-59)
aa:
alarm number (01-16)
<CR>
Carriage return (0x0D)
<LF>
Line feed (0x0A)
Example: 03. 11/27 22:48:58 15
b) Read data from StoreSafe
Configuration and status data can be read from
StoreSafe. The data is arranged in the form of 16
byte blocks, numbered from 1 to 213. For details
about the contents of each block, contact GE-
Interlogix and request the Block Data Structure
for StoreSafe.
StoreSafe. The data is arranged in the form of 16
byte blocks, numbered from 1 to 213. For details
about the contents of each block, contact GE-
Interlogix and request the Block Data Structure
for StoreSafe.
Byte 1: 0xFF
Byte 2: 0xBB
Byte 3: 1
Byte 4: 0xFF
Byte 5: Block Number 1-213 or 255 if all
Byte 2: 0xBB
Byte 3: 1
Byte 4: 0xFF
Byte 5: Block Number 1-213 or 255 if all
blocks are requested.
StoreSafe responds to the “Read data” request by
sending all the requested data bytes
consecutively, without any start or stop bytes.
A total of either 16 bytes or 3408 bytes will be
transmitted, depending on whether a single block
or all the blocks were requested.
sending all the requested data bytes
consecutively, without any start or stop bytes.
A total of either 16 bytes or 3408 bytes will be
transmitted, depending on whether a single block
or all the blocks were requested.