I would like to know what was the only possible way to fix it boomers.
Open the machine, take the chip out, put it on EPROMM, and reprogram it?
Don't you have an EPROMM flasher, i mean you make VGA cards etc, no?
Pyrpolizer wrote:I would like to know what was the only possible way to fix it boomers.
Open the machine, take the chip out, put it on EPROMM, and reprogram it?
Don't you have an EPROMM flasher, i mean you make VGA cards etc, no?
Pyrpolizer wrote:Yes I saw that, but Boomers said it didn't work.
what the support page said is quite possible I explored a different route that actually took 2 minutes to restore the router...I timed it...
Pyrpolizer wrote:I also doubt the procedure they mention there has anything to do with firmware flashing cases of complete firmware erase, and nothing written back. It seems to me the assumption is that most firmware codes are still functioning or at least the one that can connect it to a PC on a static IP address.
Notice they say due to "sudden loss of power" it seems they know what gets corrupted in the firmware and what is not in such case.
Another pre-condition is for the lamps to blink slowly.
It seems boomers router was totally dead.
Pyrpolizer wrote:I would like to know what was the only possible way to fix it boomers.
Open the machine, take the chip out, put it on EPROMM, and reprogram it?
Don't you have an EPROMM flasher, i mean you make VGA cards etc, no?
erolz66 wrote:Well you are assuming that the code that allows the connection of a PC to a specific static IP and allows the writing of firmware with the put command are all stored as part of the firmware itself on the same flashable rom chip as the firmware. This assumption is not correct. The ability to connect to the device with a specific static IP and to issue commands like 'put' is NOT part of the firmware and is not held on a flashable rom but just a normal rom (that can not be re written). The router is in effect a mini pc running Linux and that is what boots up first from a non flashable rom and that is what allows the connection via a static IP and the ability to use commands like put to write a new firmware to the flashable rom that stores it. In normal operation the router boots up the Linux core stored on the non re writeable rom and then would seek to load the firmware code from the flashable rom. If that firmware code is corrupted then it will not be able to load the firmware and the normal operations of the router, including http based access to its functions will not work.
erolz66 wrote:Pyrpolizer wrote:Yes I saw that, but Boomers said it didn't work.
actually what he said waswhat the support page said is quite possible I explored a different route that actually took 2 minutes to restore the router...I timed it...Pyrpolizer wrote:I also doubt the procedure they mention there has anything to do with firmware flashing cases of complete firmware erase, and nothing written back. It seems to me the assumption is that most firmware codes are still functioning or at least the one that can connect it to a PC on a static IP address.
Notice they say due to "sudden loss of power" it seems they know what gets corrupted in the firmware and what is not in such case.
Another pre-condition is for the lamps to blink slowly.
It seems boomers router was totally dead.
Well you are assuming that the code that allows the connection of a PC to a specific static IP and allows the writing of firmware with the put command are all stored as part of the firmware itself on the same flashable rom chip as the firmware. This assumption is not correct. The ability to connect to the device with a specific static IP and to issue commands like 'put' is NOT part of the firmware and is not held on a flashable rom but just a normal rom (that can not be re written). The router is in effect a mini pc running Linux and that is what boots up first from a non flashable rom and that is what allows the connection via a static IP and the ability to use commands like put to write a new firmware to the flashable rom that stores it. In normal operation the router boots up the Linux core stored on the non re writeable rom and then would seek to load the firmware code from the flashable rom. If that firmware code is corrupted then it will not be able to load the firmware and the normal operations of the router, including http based access to its functions will not work.
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