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Currently the desktop target IP is hard coded. Change this to store the IP address in EEPROM.
Add new remote command to remote store the address
Add new remote command to read it by remote app.
Read and use the address on each bootup and use if Enet enabled.
The text was updated successfully, but these errors were encountered:
Code added to store last 2 bytes into EEPROM. There are 2 IP Addresses. Destination for reporting and the units own assigned static IP (can be set for DHCP also). All are defaulted to $define values which are copied to variables and stored in EEPROM. It is possible to use the standard remote command process to update the last 2 bytes. The 3rd byte is common to both unit and remote, so this implies they are on the same subnet of 255 addresses. This is only because I had 3 unused bytes left in the 3rd row of EEPROM without major relocation and wipe and reload of existing field units EEPROM which impacts stored calibration data.
Next step is to test it which I have not had a chance to do yet.
Currently the desktop target IP is hard coded. Change this to store the IP address in EEPROM.
Add new remote command to remote store the address
Add new remote command to read it by remote app.
Read and use the address on each bootup and use if Enet enabled.
The text was updated successfully, but these errors were encountered: