void cmd_memfill() {
unsigned long addr,len,val;
char *tmp;
const char usage[] = "Usage: memfill addr len val\n";
tmp = strtok(NULL," ");
if(!tmp) {
printf(usage);
return;
}
addr = hex_to_ulong(tmp);
tmp = strtok(NULL," ");
if(!tmp) {
printf(usage);
return;
}
len = hex_to_ulong(tmp);
tmp = strtok(NULL," ");
if(!tmp) {
printf(usage);
return;
}
val = hex_to_ulong(tmp) & 0xff;
memset((unsigned long *)addr,val,len);
printf("アドレス%08xから%08xまでを値%02xで埋めました\n",(unsigned int)addr,(unsigned int)(addr+len-1),(unsigned int)val);
}
void cmd_spirom_dump() {
unsigned long addr,len;
unsigned char count,uc;
char tmp[48];
unsigned char rdbuf[16];
char *arg = strtok(NULL," ");
if(!arg) {
printf("Usage: spi dump addr len\n");
return;
}
addr = hex_to_ulong(arg);
len = 0;
arg = strtok(NULL," ");
if(arg) len = hex_to_ulong(arg);
int p=0;
if(len == 0) len = 0x100;
count = 0;
while(len) {
if(sci_rxcount()) break;
spirom_read(addr,16,rdbuf);
if(count == 0) {
printf("%08x ",(unsigned int)addr);
}
uc = rdbuf[p++];
p = p & 15;
if((uc >= ' ') && (uc <= 0x7e)) tmp[count] = uc;
else tmp[count] = '.';
printf("%02x ",uc);
addr++; // アドレス増やす
len--; // 長さを減らす
count++;
if(!len) // 残りがなくなってしまったら
{
while(count != 16) {
printf(" ");
tmp[count++] = ' ';
}
}
if(count == 16) {
tmp[count] = '\0';
printf("%s\n",tmp);
}
count &= 15;
}
}
long get_line_address(FILE *fp) {
/*
Function to get a numeric representation of the address
given on a file string
*/
char next_char;
char address_str[8] = {'\0'};
int i;
unsigned long result = 0;
next_char = fgetc(fp);
if (' ' != next_char) {
printf("The file being parsed is badly formatted: no space between an operation and an address ('%c' found instead).\n",
next_char);
exit(EXIT_SUCCESS);
}
for (i = 0; i < 8; i++) {
next_char = fgetc(fp);
if (',' == next_char) {
break;
}
verify_address_character(next_char);
address_str[i] = next_char;
}
result = hex_to_ulong(address_str);
return result;
}
long long_name_mask_delim_opt(const char *context,
const LONG_NAME_MASK * table,
const char *names, const char *delim,
int flags)
{
const char *myname = "name_mask";
char *saved_names = mystrdup(names);
char *bp = saved_names;
long result = 0;
const LONG_NAME_MASK *np;
char *name;
int (*lookup) (const char *, const char *);
unsigned long ulval;
if ((flags & NAME_MASK_REQUIRED) == 0)
msg_panic("%s: missing NAME_MASK_FATAL/RETURN/WARN/IGNORE flag",
myname);
if (flags & NAME_MASK_ANY_CASE)
lookup = strcasecmp;
else
lookup = strcmp;
/*
* Break up the names string, and look up each component in the table. If
* the name is found, merge its mask with the result.
*/
while ((name = mystrtok(&bp, delim)) != 0) {
for (np = table; /* void */ ; np++) {
if (np->name == 0) {
if ((flags & NAME_MASK_NUMBER)
&& hex_to_ulong(name, ~0UL, &ulval)) {
result |= ulval;
} else if (flags & NAME_MASK_FATAL) {
msg_fatal("unknown %s value \"%s\" in \"%s\"",
context, name, names);
} else if (flags & NAME_MASK_RETURN) {
msg_warn("unknown %s value \"%s\" in \"%s\"",
context, name, names);
myfree(saved_names);
return (0);
} else if (flags & NAME_MASK_WARN) {
msg_warn("unknown %s value \"%s\" in \"%s\"",
context, name, names);
}
break;
}
if (lookup(name, np->name) == 0) {
if (msg_verbose)
msg_info("%s: %s", myname, name);
result |= np->mask;
break;
}
}
}
myfree(saved_names);
return (result);
}
void cmd_memwr() {
unsigned long addr,val;
char *tmp;
unsigned char size = 0;
const char usage[] = "Usage: memwr { b|w|l } addr val\n";
tmp = strtok(NULL," ");
if(!tmp) {
printf(usage);
return;
}
if(!strcmp(tmp,"b")) size = 1;
if(!strcmp(tmp,"w")) size = 2;
if(!strcmp(tmp,"l")) size = 4;
if(size == 0) {
printf(usage);
return;
}
tmp = strtok(NULL," ");
if(!tmp)
{
printf(usage);
return;
}
addr = hex_to_ulong(tmp);
tmp = strtok(NULL," ");
if(!strlen(tmp))
{
printf(usage);
return;
}
val = hex_to_ulong(tmp);
if(size == 1) *(unsigned char *)addr = val;
if(size == 2) *(unsigned short*)addr = val;
if(size == 4) *(unsigned long *)addr = val;
printf("アドレス%08xに値%02xを書きました\n",(unsigned int)addr,(unsigned int)val);
}
void cmd_jmp() {
unsigned long addr;
char *tmp;
typedef void (*FUNC)(void);
FUNC func;
tmp = strtok(NULL," ");
if(!tmp) {
printf("Usage: jmp addr\n");
return;
}
addr = hex_to_ulong(tmp);
printf("アドレス%08xへジャンプします\n",(unsigned int)addr);
func = (FUNC)addr;
func();
printf("ユーザプログラム終了\n");
}
int yDecode(FILE * fOut, FILE * fIn, long y_line, long y_size,int y_part)
{
unsigned char srcbuf[4100];
unsigned char desbuf[4100];
unsigned char * srcp;
unsigned char * desp;
int deslen;
int srclen;
unsigned char c;
int id;
char * cp;
long decolen;
// long sumlen;
// int partnr;
unsigned long crc32;
char name[260];
int esize;
unsigned char * partbuf;
unsigned char * partptr;
long partsize;
long partfree;
long wlen;
long flen;
if (aDsp) print("yDecoder started...\r\n");
// sumlen=0; partnr=1;
part_start:
CrcInit(); // Analyse only CRC per part
decolen=0;
deslen=0; desp=desbuf;
if (y_part) // This is a multipart message !
{
cp=ad_fgetscr((char*) srcbuf,4097,fIn); // fgets especially with ad_length
if (cp==NULL)
{
eprint("Unexpected eof in yEncoded file\r\n");
errors++;
return(1);
}
if (aDsp) print("=ypart-line: %s\r\n",srcbuf);
if (strncmp((char*) srcbuf,"=ypart ",7))
{
eprint("Missing =ypart line in yEncoded multipart message\r\n");
errors++;
return(2);
}
cp=strstr((char*)srcbuf,"end=");
if (cp==NULL)
{
eprint("Missing end= in yEncoded multipart message\r\n");
errors++;
return(2);
}
y_end=atol(cp+4);
cp=strstr((char*)srcbuf,"begin=");
if (cp==NULL)
{
eprint("Missing begin= in yEncoded multipart message\r\n");
errors++;
return(2);
}
y_begin=atol(cp+6);
if (aDsp) print("part-begin: %ld\r\n",y_begin);
if (aDsp) print("part-end : %ld\r\n",y_end);
partbuf=malloc(y_end-y_begin+10); // Allocate a buffer for the part
partptr=partbuf;
partsize=y_end-y_begin+1;
partfree=partsize;
}
loop:
cp=ad_fgetscr((char*) srcbuf,4097,fIn); // fgets especially with ad_length
if (cp==NULL)
{
eprint("Unexpected eof in yEncoded file\r\n");
errors++;
return(1);
}
if (strncmp((char*) srcbuf,"=yend ",6)==0)
{
if (aDsp) print("Endline (%d bytes): %s\r\n",decolen,srcbuf);
goto end_of_file;
}
if (strncmp((char*) srcbuf,"=ybegin ",8)==0)
{
eprint("Unexpected =ybegin in yEncoded file\r\n");
errors++;
return(1);
}
srclen=strlen((char*)srcbuf);
if (srclen<y_line)
{
if (aDsp) print("Last line.\r\n");
}
srcp=srcbuf;
loop2:
c=*srcp; srcp++;
if (c==0)
{
goto loop; // End of line reached
}
if (c == '=') // The escape character comes in
{
c=*srcp; srcp++;
if (c==0) return(2); // Last char cannot be escape char !
c=(unsigned char)(c-64);
}
c=(unsigned char)(c-42); // Subtract the secret number
*desp=c; desp++; deslen++; decolen++;
CrcAdd(c);
if (deslen>=4096)
{
if (y_part) // MultiPart --> to the partbuffer !
{
if (deslen>partfree)
{
eprint("Partial message corrupt: longer than (end-begin)!\r\n");
errors++;
return(11);
}
memcpy(partptr,desbuf,deslen);
partptr=partptr+deslen;
partfree=partfree-deslen;
}
else // Single part --> directly to target file
{
id=fwrite(desbuf,deslen,1,fOut);
if (id != 1)
{
eprint("Error in writing decoded file (code=%d)\r\n",errno);
errors++;
return(3);
}
}
deslen=0; desp=desbuf;
}
goto loop2;
end_of_file:
if (deslen>0) // Empty the last buffer
{
if (y_part)
{
if (deslen>partfree)
{
eprint("Partial message corrupt: longer than (end-begin)!\r\n");
errors++;
return(11);
}
memcpy(partptr,desbuf,deslen);
//partptr=partptr+deslen;
//partfree=partfree-deslen;
}
else // Single part --> directly to target file
{
id=fwrite(desbuf,deslen,1,fOut);
if (id != 1)
{
eprint("Error in writing decoded file (code=%d)\r\n",errno);
errors++;
return(3);
}
}
// id=fwrite(desbuf,deslen,1,fOut);
// if (id != 1)
// {
// eprint("Error in writing decoded file (code=%d)\r\n",errno);
// return(4);
// }
}
cp=strstr((char*) srcbuf,"size="); // Compare the decoded size to the =yend size
if (cp)
{
esize=atoi(cp+5);
if (esize != decolen)
{
sprintf(name,"%s(size=%ld)",attname,decolen);
strcpy(attname,name);
eprint("Corrupt yEnc binary - endsize mismatch (%s%s)\r\n",attname,attext);
errors++; errfiles++;
return(0);
}
}
// Check the srcbuf for the CRC
if (y_part==0)
{
cp=strstr((char*)srcbuf,"crc32=");
if (cp)
{
crc32=hex_to_ulong((char*)(cp+6));
ad_rescrc=crc_val ^ 0xFFFFFFFFl;
if (aDsp) print("Included CRC: $%08lx - calculated CRC: $%08lx\r\n",crc32,ad_rescrc);
}
}
else
{
cp=strstr((char*)srcbuf,"pcrc32=");
if (cp)
{
crc32=hex_to_ulong((char*)(cp+7));
ad_rescrc=crc_val ^ 0xFFFFFFFFl;
if (aDsp) print("Included CRC: $%08lx - calculated CRC: $%08lx\r\n",crc32,ad_rescrc);
}
}
if (cp!=NULL)
{
if (crc32 != ad_rescrc)
{
sprintf(name,"%s(crc=%08lx)",attname,ad_rescrc);
strcpy(attname,name);
eprint("Corrupt yEnc binary - CRC mismatch (%s%s)\r\n",attname,attext);
errors++; errfiles++;
return(0);
}
}
if (y_part==0) // Single message
{
if ((y_part==0) & (decolen != y_size))
{
// eprint("Y-Decoder: Size mismatch - file corrupt.\r\n");
sprintf(name,"%s(len=%ld)",attname,decolen);
strcpy(attname,name);
eprint("Corrupt yEnc binary - size mismatch (%s%s)\r\n",attname,attext);
errors++; errfiles++;
return(0);
}
ad_reslen=decolen;
ad_rescrc=crc_val ^ 0xFFFFFFFFl;
if (aDsp) print("yDecoder: Job done. %ld bytes written. CRC: $%08lx \r\n",decolen,ad_rescrc);
return(0);
}
// Multipart message
if ((y_part>0) & (decolen != (y_end-y_begin+1)))
{
eprint("yDecoder: Part size mismatch - file corrupt.\r\n");
errors++; errparts++;
return(6);
}
// ----- Special handling for external decoder
// Now write the decoded part to the target file !
id=fseek(fOut,y_begin-1,0);
if (id)
{
eprint("Cannot write a part (fseek failed) [reason:%d]\r\n",errno);
errors++;
return(12);
}
flen=decolen;
partptr=partbuf;
if (aDsp) print("Write part to target file (start: %ld, size: %ld)\r\n",y_begin-1,flen);
while (flen>0)
{
wlen=flen;
if (wlen>8192) wlen=8192;
id=fwrite(partptr,wlen,1,fOut);
if (id != 1)
{
eprint("Cannot write a part (fwrite failed) [reason:%d]\r\n",errno);
errors++;
return(12);
}
partptr=partptr+wlen;
flen=flen-wlen;
}
free(partbuf); // Give the part-buffer back !
return(0);
// --------------------------------------------
/* ----- unused from newsreader decoder
sumlen=sumlen+decolen;
if (sumlen == y_size) // Completely decoded
{
if (aDsp) print("yDecoder: Multpart Job done. %ld bytes written\r\n",sumlen);
ad_reslen=sumlen;
ad_rescrc=crc_val ^ 0xFFFFFFFFl;
return(0);
}
if (sumlen>y_size)
{
eprint("yDecoder: More data than expected. File corrupt.\r\n");
errors++;
return(7);
}
// Now scan the file for the rest !
partnr++; // Now scan for this part number
ploop:
cp=ad_fgetscr((char*) srcbuf,4097,fIn); // fgets especially with ad_length
if (cp==NULL)
{
eprint("Unexpected eof in multipart yEncoded file\r\n");
errors++;
return(1);
}
if (strncmp((char*) srcbuf,"=ybegin ",8))
{
if (aDsp) print("yEnc skipped: %s\r\n",srcbuf);
goto ploop;
}
cp=strstr((char*)srcbuf," part=");
if (cp==NULL)
{
eprint("No part in next ybegin found - in multipart yEncoded file\r\n");
errors++;
return(1);
}
if (atoi(cp+6) != partnr)
{
eprint("Unexpected part (%d) found in yEncoded message. Expected was (%d)\r\n",atoi(cp+6),partnr);
errors++;
return(1);
}
if (aDsp) print("Found part # %d\r\n",partnr);
// Additional plausi possible for name & size
goto part_start;
*/
}
void cmd_time() {
// RTCのテスト
RX62N_RTC_TIME rtctime = {0x2012,0x01,0x18,0x05,0x05,0x34,0x00}; // BCDで指定する
char *tmp = strtok(NULL,"/");
if(!tmp) {
if(rtc_get_time(&rtctime)) {
printf("%04x/%02x/%02x %02x:%02x:%02x\n",
rtctime.year,rtctime.mon,rtctime.day,
rtctime.hour,rtctime.min,rtctime.second
);
}
else {
sci_puts("RTCが設定されていないので適当な時刻を設定します。");
if(rtc_set_time(&rtctime) == 0) {
sci_puts("RTC起動失敗\n");
}
}
return;
}
rtctime.year = hex_to_ulong(tmp);
tmp = strtok(NULL,"/");
if(tmp) rtctime.mon = hex_to_ulong(tmp);
tmp = strtok(NULL," ");
if(tmp) rtctime.day = hex_to_ulong(tmp);
tmp = strtok(NULL,":");
if(tmp) rtctime.hour = hex_to_ulong(tmp);
tmp = strtok(NULL,":");
if(tmp) rtctime.min = hex_to_ulong(tmp);
tmp = strtok(NULL," ");
if(tmp) rtctime.second = hex_to_ulong(tmp);
if(rtc_set_time(&rtctime) == 0) {
sci_puts("RTCの設定で失敗しました\n");
return;
}
/*
RX62N_RTC_TIME rtctime = {0x2011,0x08,0x02,0x02,0x23,0x45,0x12}; // BCDで指定する
if(rtc_set_time(&rtctime) == 0)
{
sci_puts("[RTC起動失敗]\n");
return false;
}
rtctime.year = 0;
rtctime.mon = 0;
rtctime.day = 0;
rtctime.hour = 0;
rtctime.min = 0;
rtctime.second = 0;
for(i=0;i<10;i++)
{
timer_wait_ms(500);
}
sci_puts("[RTC起動成功]\n");
*/
}