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uPD70F3628 (256 KByte + 32 KByte).blr
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Menu
Read,Read,0,F1
-
Write,Write,1,F2
Write Mismatches,Write_Mismatches,2,F3
-
Verify,Verify,3,F4
Erase Chip,Erase_Chip,4,F5
EndMenu
Editor
{
(Caption="CODE FLASH";size=262144;mode=8;bytes=16)
(Caption="DATA FLASH";size=65536;mode=8;bytes=16)
}
Window(caption=""; width=0; height=150; align=h)
{
Label(caption="$%size=13%fname=Tahoma%color=$60FF60%fcolor=$000000%RENESAS v850 Family"; name=label0; left=10; top=10; width=500; value=0)
Label(caption="$%size=9%fname=Tahoma%color=$60FF60%fcolor=$000000%uPD70F3628 // Flash: 256 KByte + Data Flash: 32 KByte"; name=label1; left=10; top=33; width=500; value=0)
Group(caption="Settings"; left=10; top=62; width=225; height=75)
{
List(caption="Resonator: "; name=resonator; left=130; top=15; width=80; value=1; items="2 MHz","4 MHz","5 MHz","6 MHz","8 MHz","10 MHz","12 MHz","16 MHz","20 MHz"; proc=onchange)
List(caption="Voltage: "; name=voltage; left=130; top=45; width=65; value=0; items="5V","3.3V"; proc=onchange)
}
Group(caption="Options"; left=245; top=62; width=265; height=75)
{
List(caption="Operate On: "; name=mode; left=130; top=15; width=120; value=1; items="Full Memory","Code Flash Only","Data Flash Only"; proc=onchange)
Group(caption="Write"; left=130; top=40; width=120; height=30)
{
Checkbox(caption="+ Verify"; name=doverify; left=60; top=8; value=1)
}
}
}
$HOST
#define CODE_FLASH_SIZE (256 * 1024)
#define DATA_FLASH_SIZE (64 * 1024)
#define BUF_SIZE 1024
#define DEBUG 0
// https://www.renesas.com/us/en/document/apn/v850esjx3-l-microcontrollers-flash-memory-programming-programmer-application-note
#define V850_CMD_CHIP_ERASE 0x20
#define V850_CMD_BLOCK_ERASE 0x22
#define V850_CMD_RESET 0x00
#define V850_CMD_OSCFREQSET 0x90
#define V850_CMD_BAUDRATESET 0x9A
#define V850_CMD_SIGNATURE 0xC0
#define V850_CMD_BLANK_CHECK 0x32
#define V850_CMD_READ 0x50
#define V850_CMD_PROGRAMMING 0x40
#define V850_SOH 0x01
#define V850_STX 0x02
#define V850_ETX 0x03
#define V850_ETB 0x17
#define V850_ST_CMD_ERR 0x04
#define V850_ST_PARAM_ERR 0x05
#define V850_ST_ACK 0x06
#define V850_ST_CHCKSUM_ERR 0x07
#define V850_ST_VERIFY_ERR 0x0F
#define V850_ST_PROTECT_ERR 0x10
#define V850_ST_NACK 0x15
emem buf_code=0, buf_data=1, sel_code=2, sel_data=3;
string str0, str1, str2, dbg;
byte buf[BUF_SIZE];
byte pad;
byte b_5203;
dword d_5204;
dword mismatches_bytes;
dword mismatches_blocks;
dword d_5210;
proc prc_0000() {
if (mismatches_blocks = 0) {
print("\n NO MISMATCHES FOUND.");
return;
}
print("\n MISMATCHES FOUND!");
print("\n " + #i.mismatches_bytes + " BYTE(S)");
print("\n " + "IN " + #i.mismatches_blocks + " BLOCK(S)");
}
proc dbgPrefix() {
var v0;
dbg = "\nDBG:";
v0 = pad;
while (v0) {
dbg = dbg + " ";
v0--;
}
}
proc prc_0090(a0, a1, a2, a3) {
var v4;
a0 &= 0x7F;
a1 &= 0x7F;
a2 &= 0x7F;
a3 &= 0x7F;
v4 = (a3 << 21) | (a2 << 14) | (a1 << 7) | a0;
return(v4);
}
proc prc_00BD(a0) {
var v1;
v1 = a0 + 3;
if (v1 >= BUF_SIZE) {
return(0xFFFFFFFF);
}
v1 = prc_0090(buf[a0], buf[a0+1], buf[a0+2], buf[a0+3]);
return(v1);
}
proc hasBlockMM(param) {
var v1, v2;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "-> hasBlockMM().param = 0x" + #h3.param);
}
for(v2 = param + 4096; param != v2; param++) {
if (sel_code[param] != 0) {
if (DEBUG != 0) {
print(dbg + "yes");
print(dbg + "<- hasBlockMM()");
pad--;
}
return(1);
}
}
if (DEBUG != 0) {
print(dbg + "no");
print(dbg + "<- hasBlockMM()");
pad--;
}
return(0);
}
proc blockResetMM(param) {
var v1;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "-> blockResetMM().param = 0x" + #h3.param);
}
for(v1 = param + 4096; param < v1; param++) {
sel_code[param] = 0;
}
if (DEBUG != 0) {
print(dbg + "<- blockResetMM()");
pad--;
}
}
proc compareBytes(param, a1) {
var v2, v3, v4, v5;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "-> compareBytes().param = 0x" + #h3.param);
}
v4 = param + a1;
v5 = 0;
v3 = 0;
v2 = param;
while (v2 != v4) {
sel_code[v2] = 0;
if (buf[v3] != buf_code[v2]) {
sel_code[v2] = 2;
v5++;
}
v3++;
v2++;
}
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "<- compareBytes()");
pad--;
}
return(v5);
}
proc prc_02D1() {
if (mode = 0) {
return(3);
}
if (mode = 1) {
return(1);
}
return(2);
}
proc hasDataBlockMM(mm_offset) {
var v1, v2;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "-> hasDataBlockMM()");
}
for (v2 = mm_offset + 4096; mm_offset < v2; mm_offset++) {
if (sel_data[mm_offset] != 0) {
if (DEBUG != 0) {
print(dbg + "mm offset = " + #h3.mm_offset);
print(dbg + "<- hasDataBlockMM()");
pad--;
}
return(1);
}
}
if (DEBUG != 0) {
print(dbg + "<- hasDataBlockMM()");
pad--;
}
return(0);
}
proc dataBlockResetMM(a0) {
var v1;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "-> dataBlockResetMM()");
}
for (v1 = a0 + 4096; a0 < v1; a0++) {
sel_data[a0] = 0;
}
if (DEBUG != 0) {
print(dbg + "<- dataBlockResetMM()");
pad--;
}
}
proc prc_0411(a0) {
var v1, v2, v3, v4;
v3 = a0 + BUF_SIZE;
v4 = 0;
v2 = 0;
v1 = a0;
while (v1 != v3) {
sel_data[v1] = 0;
if (buf[v2] != buf_data[v1]) {
sel_data[v1] = 2;
v4++;
}
v2++;
v1++;
}
return(v4);
}
proc prc_0454(code) {
var v1;
v1 = 0;
str1 = str1 + "STATUS ERROR";
if (code = V850_ST_CMD_ERR) {
str1 = str1 + " / INVALID COMMAND";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / INVALID COMMAND");
}
v1 = 1;
}
if (code = V850_ST_PARAM_ERR) {
str1 = str1 + " / INVALID PARAMETER";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / INVALID PARAMETER");
}
v1 = 1;
}
if (code = V850_ST_CHCKSUM_ERR) {
str1 = str1 + " / BAD CHECKSUM";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / BAD CHECKSUM");
}
v1 = 1;
}
if (code = V850_ST_PROTECT_ERR) {
str1 = str1 + " / PROTECTED";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / PROTECTED");
}
v1 = 1;
}
if (code = V850_ST_NACK) {
str1 = str1 + " / NACK";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / NACK");
}
v1 = 1;
}
if (code = 0x18) {
str1 = str1 + " / FLMD";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / FLMD");
}
v1 = 1;
}
if (v1 = 0) {
str1 = str1 + " / UNKNOWN";
if (DEBUG != 0) {
print(dbg + "STATUS ERROR / UNKNOWN");
}
}
str1 = str1 + "(CODE: ";
str1 = str1 + #h1.code;
str1 = str1 + ")";
if (DEBUG != 0) {
print(dbg + "CODE: 0x" + #h1.code);
}
}
proc prc_0623(a0) {
var v1;
if (DEBUG != 0) {
dbgPrefix();
}
str1 = str1 + "FRAME ERROR / ";
if (a0 = 1) {
str1 = str1 + "NO ANSWER";
if (DEBUG != 0) {
print(dbg + "FRAME ERROR / NO ANSWER");
}
return;
}
if (a0 = 2) {
str1 = str1 + "NO BYTES";
if (DEBUG != 0) {
print(dbg + "FRAME ERROR / NO BYTES");
v1 = device.uart_bytes_received;
print(dbg + "uart bytes received = " + #i.v1);
}
return;
}
if (a0 = 3) {
str1 = str1 + "BAD HEADER";
if (DEBUG != 0) {
print(dbg + "FRAME ERROR / BAD HEADER");
}
return;
}
if (a0 = 4) {
str1 = str1 + "BAD CRC";
if (DEBUG != 0) {
print(dbg + "FRAME ERROR / BAD CRC");
}
return;
}
if (a0 = 5) {
str1 = str1 + "BAD FOOTER";
if (DEBUG != 0) {
print(dbg + "FRAME ERROR / BAD FOOTER");
}
return;
}
str1 = str1 + "UNKNOWN";
if (DEBUG != 0) {
print(dbg + "FRAME ERROR / UNKNOWN");
}
if (DEBUG != 0) {
pad--;
}
}
proc decodeError(a0) {
var v1, v2, v3, v4;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "IN -> decodeError");
}
v3 = device.errorCode;
if (DEBUG != 0) {
print(dbg + "errorCode = 0x" + #h2.v3);
}
if (v3 & 0x4000) {
if (v3 & 0xFF = 0x10) {
label0 = "%color=$FF6060%";
label1 = "%color=$FF6060%";
str1 = "SECURITY ERROR! OPERATION DISABLED!";
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "OPERATION DISABLED!");
}
return;
}
}
label0 = "%color=$6060FF%";
label1 = "%color=$6060FF%";
if (a0 = 1) {
v4 = device.stage;
str1 = "STAGE = " + #i.v4 + ", ";
}
if (v3 & 0x8000) {
prc_0623(v3 & 0xFF);
}
if (v3 & 0x4000) {
prc_0454(v3 & 0xFF);
}
if (v3 & 0x2000) {
prc_0454(v3 & 0xFF);
}
if (v3 & 0x1000) {
str1 = str1 + "INCORRECT NUM BYTES RECEIVED";
}
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "OUT <- decodeError");
pad--;
}
}
proc checkProtectionErr() {
var v0;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "IN -> checkProtectionErr");
}
v0 = device.errorCode;
if (DEBUG != 0) {
print(dbg + "errorCode = 0x" + #h2.v0);
}
if (v0 & 0x4000) {
if (v0 & 0xFF = 0x10) {
label0 = "%color=$FF6060%";
label1 = "%color=$FF6060%";
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "OPERATION PROTECTED!");
}
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "OUT -> checkProtectionErr");
pad++;
}
return(1);
}
}
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "OUT -> checkProtectionErr");
pad++;
}
return(0);
}
proc initFP(a0) {
var v1, D01, D02, D04, v5, v6, v7;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "-> initFP()");
}
if (b_5203 != 0) {
device.prc_id0();
device.prc_id1(0);
Delay(50);
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "REINITIALIZATION!");
}
b_5203 = 0;
}
d_5210 = 0;
if (voltage = 0) {
device.prc_id1(3);
} else {
device.prc_id1(1);
}
Delay(50);
if (a0 = 0) {
print("\n");
print("\n Initializing...");
label0 = "Initializing...";
label1 = "";
}
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "in -> dvc.startFlashProg()");
}
device.busy = 1;
device.startFlashProg();
while (device.busy != 0);
v5 = device.fail;
if (v5) {
print("\n ...Failed!");
if (a0) {
print("\n ! INITIALIZING !");
}
print("\n ! START FLASH PROGRAMMING !");
print("\n");
str0 = "START FLASH PROGRAMMING";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
if (DEBUG != 0) {
dbgPrefix();
v1 = device.last_byte;
print(dbg + "last byte = " + #h1.v1);
}
return(0);
}
if (DEBUG != 0) {
dbgPrefix();
v1 = device.frame_wait;
print(dbg + "frame_wait = " + #i.v1);
v1 = device.max_byte_wait;
print(dbg + "max_byte_wait = " + #i.v1);
print(dbg + "out <- dvc.startFlashProg()");
pad--;
}
D01 = 0; D02 = 0; D04 = 1;
if (resonator = 0) {
D01 = 2; D02 = 0; D04 = 4;
}
if (resonator = 1) {
D01 = 4; D02 = 0; D04 = 4;
}
if (resonator = 2) {
D01 = 5; D02 = 0; D04 = 4;
}
if (resonator = 3) {
D01 = 6; D02 = 0; D04 = 4;
}
if (resonator = 4) {
D01 = 8; D02 = 0; D04 = 4;
}
if (resonator = 5) {
D01 = 1; D02 = 0; D04 = 5;
}
if (resonator = 6) {
D01 = 1; D02 = 2; D04 = 5;
}
if (resonator = 7) {
D01 = 1; D02 = 6; D04 = 5;
}
if (resonator = 8) {
D01 = 2; D02 = 0; D04 = 5;
}
if (resonator = 9) {
D01 = 2; D02 = 5; D04 = 5;
}
if (resonator = 10) {
D01 = 3; D02 = 2; D04 = 5;
}
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "in -> dvc.setOscFreq()");
}
device.busy = 1;
device.setOscFreq(D01, D02, 0, D04);
while (device.busy != 0);
v5 = device.fail;
if (v5) {
print("\n ...Failed!");
if (a0) {
print("\n ! INITIALIZING !");
}
print("\n ! SET OSCILLATING FREQUENCY !");
print("\n");
str0 = "\n ! SET OSCILLATING FREQUENCY !";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
}
if (DEBUG != 0) {
dbgPrefix();
v1 = device.frame_wait;
print(dbg + "frame_wait = " + #i.v1);
v1 = device.max_byte_wait;
print(dbg + "max_byte_wait = " + #i.v1);
print(dbg + "out <- dvc.setOscFreq()");
pad--;
}
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "in -> dvc.setBaudRate()");
}
device.setBaudRate();
while (device.busy != 0);
v5 = device.fail;
if (v5) {
print("\n ...Failed!");
if (a0) {
print("\n ! INITIALIZING !");
}
print("\n ! BAUD RATE SETTING !");
print("\n");
str0 = "BAUD RATE SETTING";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
}
if (DEBUG != 0) {
dbgPrefix();
v1 = device.frame_wait;
print(dbg + "frame_wait = " + #i.v1);
v1 = device.max_byte_wait;
print(dbg + "max_byte_wait = " + #i.v1);
print(dbg + "out <- dvc.setBaudRate()");
pad--;
}
if (a0 = 0) {
print("\n ...Success!");
}
b_5203 = 1;
if (DEBUG != 0) {
pad--;
dbgPrefix();
print(dbg + "<- initFP()");
}
return(1);
}
proc deinitFP(a0) {
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "-> deinitFP()");
pad++;
}
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "fl prog stop");
}
device.prc_id0();
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "power off");
}
device.prc_id1(0);
print("\n ------------------------------------");
if (a0) {
print("\n Result: Done.");
} else {
print("\n Result: FAILED!");
}
print("\n");
b_5203 = 0;
if (DEBUG != 0) {
pad--;
dbgPrefix();
print(dbg + "<- deinitFP()");
}
}
proc prc_1088() {
var v0, v1, v2;
device.busy = 1;
device.BlankCheck();
while (device.busy != 0);
v1 = device.fail;
if (v1) {
if (DEBUG != 0) {
pad++;
dbgPrefix();
v0 = device.not_blank_code;
print(dbg + "Not Blank Code = " + #h1.v0);
}
v2 = device.address;
str0 = "BLANK CHECKING ADDRESS " + #h3.v2 + "h";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
}
return(1);
}
proc prc_115D() {
var v0, v1, v2;
device.busy = 1;
device.BlockErase();
while (device.busy != 0);
v1 = device.fail;
if (v1) {
v2 = device.address;
str0 = "ERASING ADDRESS " + #h3.v2 + "h";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
}
return(1);
}
proc prc_11FB() {
var v0;
device.busy = 1;
device.ChipErase();
while(device.busy != 0);
v0 = device.fail;
if (v0) {
str0 = "CHIP ERASING";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
}
return(1);
}
proc getSignature() {
var v0;
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "-> getSignature()");
pad++;
}
device.busy = 1;
device.getSignature();
while (device.busy != 0);
v0 = device.fail;
if (v0) {
str0 = "GETTING CHIP INFO";
str1 = "";
decodeError(0);
label0 = str0;
label1 = str1;
return(0);
}
if (DEBUG != 0) {
pad--;
dbgPrefix();
print(dbg + "<- getSignature()");
}
return(1);
}
proc getKnowDataFlashAdr(arrayOffset, a1) {
var v2, v3, v4, v5;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "IN -> getKnowDataFlashAdr()");
print(dbg + "arrayOffset = " + #i.arrayOffset);
}
if (a1) {
print("\n Address Receiving...");
label0 = "Data Flash Address receiving...";
label1 = "Please, wait!";
}
v2 = getSignature();
if (v2 = 0) {
if (a1 = 0) {
print("\n ...Failed!");
print("\n ! DATA FLASH ADDRESS RECEIVING !");
}
return(0);
}
if (a1) {
print("\n ...Completed!");
}
v2 = device.num_bytes_to_copy;
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "coping signature info");
print(dbg + "before memcopy. num bytes to copy = " + #i.v2);
}
v5 = v2;
memcopy(buf = device.buf, v2);
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "after memcopy");
print(dbg + "bytes:");
for (v3 = 0; v3 < v5; v3++) {
v4 = buf[v3];
print(" " + #h1.v4);
}
}
if (DEBUG != 0) {
dbgPrefix();
v2 = prc_00BD(13); // DFE
print(dbg + "data flash end adr: 0x" + #h3.v2);
}
d_5210 = prc_00BD(arrayOffset);
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "df offset = 0x" + #h4.d_5210);
}
if (DEBUG != 0) {
dbgPrefix();
print(dbg + "OUT <- getKnowDataFlashAdr() ");
pad--;
}
return(1);
}
proc prc_1511() {
var v0, v1, v2;
device.busy = 1;
device.Read();
while (device.busy != 0);
v1 = device.fail;
if (v1) {
v2 = device.address;
str0 = "READING ADDRESS " + #h3.v2 + "h";
str1 = "";
decodeError(1);
label0 = str0;
label1 = str1;
return(0);
}
return(1);
}
proc readBlock(bckAdr, nmBytes) { // !!!!
var v2, v3, v4, v5;
if (DEBUG != 0) {
pad++;
dbgPrefix();
print(dbg + "IN -> readBlock()");
print(dbg + "bckAdr = 0x" + #h3.bckAdr);
print(dbg + "nmBytes = 0x" + #h3.nmBytes);
}
device.prc_id10(bckAdr, nmBytes);
for (v5 = 0; v5 < nmBytes; v5 += v4) {
v2 = prc_1511();
if (v2 = 0) {
return(0);