Where does usbdm expect S12XE flash address

[Fast]

If I try to program a S19XE with a S-record (.S19) using USBDM 4.9.4b I am told:

Programming of the target flash failed!

Reason: Program data not within Target Flash Memory.

This same .s19 is fine with P&E BDM multilink.

I use Bin2S19.exe to create a .S19 from a 32K binary file, by setting start address to 7F8000.

Thanks in advance

RichA

[pgo]

Dear RichA,

Assuming you are referring to MC9S12XEP.

There are two memory maps supported (by choosing either MC9S12XEP100 or MC9S12XEP-Linear)

The MC9S12XEP100  memory map is based upon that used by Codewarrior.  For page addressing the following XML describes the virtual address mapping using paging:

         <memory pageAddress="0x0015" registerAddress="0x0100"
                       type="flash" securityAddress="0xFF00" sectorSize="1024">            <securityInfoRef ref="HCS12-default-security-off" />            <securityInfoRef ref="HCS12-default-security-on" />            <memoryRange end=  "0x7FFF" start=  "0x4000" />               <!--  Fixed 0xFD -->            <memoryRange end=  "0xBFFF" start=  "0x8000" pageNo="0xFE" /> <!--  Reset default 0xFE -->            <memoryRange end="0xC0BFFF" start="0xC08000" />            <memoryRange end="0xC1BFFF" start="0xC18000" />            <memoryRange end="0xC2BFFF" start="0xC28000" />            <memoryRange end="0xC3BFFF" start="0xC38000" />            <memoryRange end="0xC4BFFF" start="0xC48000" />            <memoryRange end="0xC5BFFF" start="0xC58000" />            <memoryRange end="0xC6BFFF" start="0xC68000" />            <memoryRange end="0xC7BFFF" start="0xC78000" />            <memoryRange end="0xC8BFFF" start="0xC88000" />            <memoryRange end="0xC9BFFF" start="0xC98000" />            <memoryRange end="0xCABFFF" start="0xCA8000" />            <memoryRange end="0xCBBFFF" start="0xCB8000" />            <memoryRange end="0xCCBFFF" start="0xCC8000" />            <memoryRange end="0xCDBFFF" start="0xCD8000" />            <memoryRange end="0xCEBFFF" start="0xCE8000" />            <memoryRange end="0xCFBFFF" start="0xCF8000" />            <memoryRange end="0xD0BFFF" start="0xD08000" />            <memoryRange end="0xD1BFFF" start="0xD18000" />            <memoryRange end="0xD2BFFF" start="0xD28000" />            <memoryRange end="0xD3BFFF" start="0xD38000" />            <memoryRange end="0xD4BFFF" start="0xD48000" />            <memoryRange end="0xD5BFFF" start="0xD58000" />            <memoryRange end="0xD6BFFF" start="0xD68000" />            <memoryRange end="0xD7BFFF" start="0xD78000" />            <memoryRange end="0xD8BFFF" start="0xD88000" />            <memoryRange end="0xD9BFFF" start="0xD98000" />            <memoryRange end="0xDABFFF" start="0xDA8000" />            <memoryRange end="0xDBBFFF" start="0xDB8000" />            <memoryRange end="0xDCBFFF" start="0xDC8000" />            <memoryRange end="0xDDBFFF" start="0xDD8000" />            <memoryRange end="0xDEBFFF" start="0xDE8000" />            <memoryRange end="0xDFBFFF" start="0xDF8000" />            <memoryRange end="0xE0BFFF" start="0xE08000" />            <memoryRange end="0xE1BFFF" start="0xE18000" />            <memoryRange end="0xE2BFFF" start="0xE28000" />            <memoryRange end="0xE3BFFF" start="0xE38000" />            <memoryRange end="0xE4BFFF" start="0xE48000" />            <memoryRange end="0xE5BFFF" start="0xE58000" />            <memoryRange end="0xE6BFFF" start="0xE68000" />            <memoryRange end="0xE7BFFF" start="0xE78000" />            <memoryRange end="0xE8BFFF" start="0xE88000" />            <memoryRange end="0xE9BFFF" start="0xE98000" />            <memoryRange end="0xEABFFF" start="0xEA8000" />            <memoryRange end="0xEBBFFF" start="0xEB8000" />            <memoryRange end="0xECBFFF" start="0xEC8000" />            <memoryRange end="0xEDBFFF" start="0xED8000" />            <memoryRange end="0xEEBFFF" start="0xEE8000" />            <memoryRange end="0xEFBFFF" start="0xEF8000" />            <memoryRange end="0xF0BFFF" start="0xF08000" />            <memoryRange end="0xF1BFFF" start="0xF18000" />            <memoryRange end="0xF2BFFF" start="0xF28000" />            <memoryRange end="0xF3BFFF" start="0xF38000" />            <memoryRange end="0xF4BFFF" start="0xF48000" />            <memoryRange end="0xF5BFFF" start="0xF58000" />            <memoryRange end="0xF6BFFF" start="0xF68000" />            <memoryRange end="0xF7BFFF" start="0xF78000" />            <memoryRange end="0xF8BFFF" start="0xF88000" />            <memoryRange end="0xF9BFFF" start="0xF98000" />            <memoryRange end="0xFABFFF" start="0xFA8000" />            <memoryRange end="0xFBBFFF" start="0xFB8000" />            <memoryRange end="0xFCBFFF" start="0xFC8000" />            <memoryRange end="0xFDBFFF" start="0xFD8000" />            <memoryRange end="0xFEBFFF" start="0xFE8000" />            <memoryRange end="0xFFBFFF" start="0xFF8000" />            <memoryRange end=  "0xFFFF" start=  "0xC000" />               <!--  Fixed 0xFF -->         </memory>

The programmer also supports linear addressing for MC9S12XEP-Linear but this is somewhat arbitrary.  It is based upon the linear address map descibed in the reference manual for the device. 

Figure 3-19. S12XE CPU & BDM Global Address Mapping

This is as follows:

         <memory registerAddress="0x0100" type="flash" securityAddress="0x7FFF00" sectorSize="1024" addressMode="linear">            <securityInfoRef ref="HCS12-default-security-off" />            <securityInfoRef ref="HCS12-default-security-on" />            <memoryRange end="0x7FFFFF" start="0x700000" />         </memory>

The later has had no practical testing as I have not used any tools that use a linear map.

Can descibe how your 32K image is meant to map into the Flash and/or memory space of the target?  If you can provide the original binary file and and .sx19 file I can investigate further.

bye