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Is there anyone here using flasher to 'burn' hex file



hi,   

I've developped my own assembler+disassembler+compiler+decompiler+tinyForth(tF) based on win32forth4.2.671 version. Now that I can compile the source code generated by msp430 decompiler list to get the  1.hex  file.  From which I can use the command ' flash M ' to burn 1.hex into the chip.  With the successful experience of the way to msp430 Launchpad , I'd like to convey this way to cortex Mx or even mips32.  Now the 1.hex file is ready, how can I burn it into LX4F120H in Stellaris Launchpad.   Has anyone succeded in this regard?  especially using flasher peogram  or just intruding it into other tool, such as ccs , iar, keil ....          holi

 

 

 

  • There is an LMFlash utility. Are you generating code for the M3 or M4 CORTEX -- or that what you want to do????

    If you have a Launchpad, just download the Code Composer Studio. Write some simple programs. Use the manuals provided to analyze the structure of the files to be burned to the LM4F120XL and you're on your way. The ".ou" and ".bin"... formats for starters.

    Yes, I have written compilers and OS's and so on. I'm not being glib. It is just that you seem to know very little of the Stellaris line of MCU's at this point -- so your questions and points don't make a lot of sense -- even if I do know where you want to go....

    LMFlash uses a "bin" file by the way -- though the compiler can produce other formats...It may be able to flash others -- I just have not looked yet.

    The MSP430 is of course "the other" forum. We don't allow those guys here, their questions are way, way way too technical -- buncha bit flippers if you ask me...

  •  hi, all

          The tF ( tinyForth ) development system based on the  assembler+disassembler+crosscompiler for Stellaris Launchpad LF120 has been working now. We can interactively communicate with the target cpu through rs232. The host is win32forth 4.2.6xx version.  It sends the word to the target and then receives the contents of the data stack coming from target cpu and displays it.  It is really great to do the test interactively.  The next step to do is to combine the eForth instruction to tF system. Eventually it will work with eForth side by side.  The assembler+disassembler of cortex m3/4 is really tough to design.   Bugs still exist.  It'll be solved gradually.   holi

  • Someway/somehow - this "ad" - missed SuperBowl.   (unless Kate was using tF from the Mercedes)

    Oh well - rates here are a bit lower...