I am having a somewhat similar experience.
I compiled the bootloader example (basically my only change to the project is to use PE to select my processor, specifically the 56F805) and downloaded it to the '805 using a jtag adaptor.(I am not using the EVM board but my own custom PCB) All is well.
Then I re-compile my application code (which runs just fine if I download it to the DSP using the jtag adaptor) only now with the bootloader support option checked in the PE processor bean.
I download the this file "internal_xROM-xRAM.elf.x.S" (generated by Codewarrior once I have all the right boxes checked according to the confusing and incomplete bootloader manual).
This is what I see
(c) 2004 Freescale Inc. S-Record loader. Version 1.3
Loaded 0x0066 Program and 0x0000 Data words.
Application started.
ø <<NOTE 2 non-printable chactaters.
(c) 2004 Freescale Inc. S-Record loader. Version 1.3
Notice that it says that the application is started, but then in prints 2 non-printable characters and then the bootloader prints its intro again. No joy.
Please help if you can.
I have 2 more questions while I at it.
My reason for trying this is that I want to be able to update my application in the field. I will have a slow and somewhat unreliable radio link. The radio is too slow and has too many hiccups and gaps in the data to go right to the bootloader, but, with patience I can get the entire file accross the radio link and I have an intermediate processor that can potentially send the data on to the bootloader. My problem is that the intermediate processor has two issues.
#1, it does not support XON/XOFF
#2, the best case data rate it will be able to manage sending the file to the bootloader is something like 1500 bytes per second.
Here are my quiestions:
#1 at this data rate, witll the bootloader even work or will I have to customize the bootloader somehow (hints as to what "somehow" would be are welcome).
#2, assuming that it will work, will the slow data rate effectly allow me to ignore the XON/XOFF signals? (I may be able to get the radio source to write some custom firmware that implements the XON/XOFF flow control, but I don't want to pay for something I don't need anyway).
Please help.
Joe J.
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Joseph M. Johnson, Ph.D., P.E.
Chief Technologist, Co-Founder
Robotic Amusements, Inc