My $hresponse = $response $hresponse =~ s/\n/ My ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = gmtime(time)
PeerHost => '192.168.-ADDRESS OF ENVISALINK-',ĭie "cannot connect, $!\n" unless $socket ĭSC_put(DSC_cmd("005", "-PASSWORD-")) # 005 - network login Wrt the byte location the very loose plan was to read, change a few of the access codes, read again, compare what was changed, and then make some sort of guess.) that one is in a socket and there are cheap USB based programmers/readers on Aliexpress. (I thought (somewhat naively perhaps) that the EEPROM used to store the configuration was the same as the firmware chip, and that somehow only part of the EEPROM was electrically erased/re-written on a configuration change. I just looked quickly on Ebay and there seems to be a few available. This is all good advice, thank you! PC1832, or PC1616 (only has 6 zones?), check. But you can't buy that one, it is a NEO and not supported. But then what? You'd be looking for an unknown set of 2-4 bytes in a 64K haystack.Ģ) All DSC panels fit in the same footprint within the "can". K-Man wrote:1) Yes, if you're an electrical engineer you should be able to unsolder the EEPROM and create a jig to read back the contents via I2C.
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