elf2hex

Hi,

For me this works:

elf2flash --base=0x0 --reset=0x00000000 --end=0x10000000 --input full_mv6.elf --output full_mv6.flash

Try to look at it maybe it can help.

BR,

elf2hex requires begin and end addresses of memory device. Let's say You've added 32bit wide on-chip memory, which begins at 0x01000000 and ends at 0x01001000 (SOPC/QSYS shows those addresses), so You generate a hex file like this:

elf2hex --input=project.elf --output=project.hex --no-zero-fill --base=0x01000000 --end=0x01001000

I usually use much higher end address size, since --no-zero-fill removes all unnecessary zeroes from the file.

For example for hex file for SDRAM, I use this script:

elf2hex --input=project.elf --width=8 --no-zero-fill --output=project.hex --base=0x00800000 --end=0x008EFFFF

Width of 8bits is required because of SPI bootloader binary transfers. I copy the binary data from flash to SDRAM using my own bootloader. The end address is made as high, as possible, since I don't care what binary size it will be.

Check the addresses of the loadable elf segments with 'objdump -p foo.elf' possibly the address range you requested doesn't contain any data!.

I use 'objcopy -o binary -j section_name foo.elf' to extract the binary data from a nios elf image (then convert it to a ppc elf .o file).