MPC567x BAM App

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CCandido
Contributor V

Hi,

based in XPC567X, my custom board test BAM CAN App, not run,

loader code length sucess ok, not start App.

pleace you my code resume, see,

Project, CW-5.9, Target-RAM, CPU-5674/5676

LCF: MEMORY{
init: org = 0x40000000, len = 0x00001000
exception_handlers_p0: org = 0x40001000, len = 0x00001000
exception_handlers_p1: org = 0x40002000, len = 0x00001000 //not start
pseudo_rom: org = 0x40003000, len = 0x00005000


internal_ram: org = 0x40008000, len = 0x00008000
heap : org = 0x4002C000, len = 0x00002000
stack : org = 0x4002E000, len = 0x00002000

internal_ram_p1: org = 0x40031000, len = 0x0002B000
heap_p1 : org = 0x4005C000, len = 0x00002000
stack_p1 : org = 0x4005E000, len = 0x00002000
}SECTIONS
{GROUP : {
.init_vle (VLECODE) : {
*(.init)
*(.init_vle)
}
.init : {}
} > init

//----------------------------------

int main(void) {
volatile int i = 0, can_ena=1;
HW_init();

for (;;) {
Delay(500000);
SIU.GPDO[LED1_pin].R ^= 1;
SIU.GPDO[LED2_pin].R ^= 1;
TransmitMsg ();
}} //------------------------------------

void InitSysclk (void) { // sysclock = 180 , xtal 20mhz
FMPLL.ESYNCR2.R = 0x00000002;
FMPLL.ESYNCR1.R = 0x70020026;
while (FMPLL.SYNSR.B.LOCK != 1) {}; /* Wait for FMPLL to LOCK */
FMPLL.ESYNCR2.R = 0x00000001; /* Fsys =180Mhz */
SIU.SYSDIV.R = 0x00002010; /* select PLL for sys clock, bypass clock divider */
}
//-----------------------
void initCAN_A (void) {     //--- AF19/AE19
uint8_t i;

CAN_A.MCR.R = 0x5000003F; /* Put in Freeze Mode & enable all 64 message buffers */
CAN_A.CR.R = 0x02810014; // xtal 20mhz
for (i=0; i<64; i++) { CAN_A.BUF[i].CS.B.CODE = 0; }
CAN_A.BUF[0].CS.B.CODE = 8; /* Message Buffer 0 set to TX INACTIVE */

SIU.PCR[83].R = 0x062f; /* MPC5674F: Configure pad as CNTXA, open drain, pull-up */
SIU.PCR[84].R = 0x0500; /* MPC5674F: Configure pad as CNRXA */
CAN_A.MCR.R = 0x0000003F; /* Negate FlexCAN A halt state for 64 MB, AEN=1 */
} //------------------------

convert ram.mot to bin,

send password number ok

send 0x40000000 + (VLE or not)+ Length ok

send 0x13+ data and receiver 03 ok....all file length.

thnkas,

Carlos.

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CCandido
Contributor V

Hi, thanks !

Solved !

problems LCF.

thanks,

Carlos.

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lukaszadrapa
NXP TechSupport
NXP TechSupport

Hi Carlos,

I'm not sure if I can understand the description but have you followed procedure I described here?

https://community.nxp.com/thread/320166#comment-384300 

Regards,

Lukas

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CCandido
Contributor V

Hi Lukas,

yes, I follow the example, but there is a difference, from one core to two core, I imagine.

https://community.nxp.com/thread/320166#comment-384300 

my case MPC67x BAM, donloader code ok, not start my App test.

Project, CW-5.9, Target-RAM, CPU-5674/5676,LCF ok.

see difference:

_startc.jpg

compare maps: with _start.c

two maps.jpg

questions:

CPU init mode BAM with core0 or core1 ?

simple code init one GPIO to simple led blinks run ?

for bam, the best CORE use, 0/1 ?

thanks,

Carlos.

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lukaszadrapa
NXP TechSupport
NXP TechSupport

Hi Carlos,

use core 0. BAM is executed by core 0 and then it jumps to downloaded application, so it is also executed by core 0. Core 1 needs to be started by your application if needed.

CodeWarrior project creates file for both projects, by default. If you use S32 Design Studio, you can select if  you want to use one (boot) core only or  both cores.

So, always start with core 0 only.

Regards,

Lukas

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CCandido
Contributor V

hi Lukas and others,

i really need help:smileylaugh:


first I tested the cw, then I decided to switch to S32.

BAM-CAN for MPC5674 with CW no run, then I decided to switch to S32 IDE.

I decided to change the processor to MPC5604C, BAM-Serial my App loader code.

S32 led blinks in flash and debug ok

led blinks on Debug RAM code 0x40000100 ok (LCF = RAM)

Bootloader serial all code, not run led blinks.

TX:FEEDFACECAFEBEEF40000100800044B8
RX:015A0000
RX:40001000
RX:00000000
......
......
RX:40006004
RX:4000E020
RX:40006020
RX:40006020
RX:4000E020
RX:40006020
RX:40006020

thanks,

Carlos.

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CCandido
Contributor V

Hi, thanks !

Solved !

problems LCF.

thanks,

Carlos.

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