int ssWriteRELFile(ST_FILE *pstFile, void *pvBuffer, unsigned int uiBuffSize, unsigned int uiRecNo)
{
char command[40];
char cbm_filename[40];
int siRet=0;
int channel, hi, lo;
channel=3+96;
sprintf(cbm_filename,"0:%s,l,%c", pstFile->szFileName, uiBuffSize);
siRet = cbm_open( 15, pstFile->ucDeviceNo, 15, NULL);
siRet = cbm_open( 2, pstFile->ucDeviceNo, 3, cbm_filename);
hi=(uiRecNo/256);
lo=uiRecNo-(hi*256);
sprintf(command, "p%c%c%c", channel, lo, hi);
siRet=cbm_write( 15, command, strlen(command));
siRet = cbm_write( 2, pvBuffer, uiBuffSize);
cbm_close(15);
cbm_close(2);
return siRet;
}
unsigned char getData()
{
bordercolor(2);
//Make sure all devices are closed before opening again
cbm_close( 2 );
//If its a local file, use device 8
if(url[0]=='/'){
//remove leading '/' and add a ',s' to allow openning of a seq file
memmove(url, url+1, strlen(url));
strcat(url,",s");
cbm_close( 8 );
cbm_open( 2, 8, 2, url );
}
//Get local data for an already formated URL
else if(url[strlen(url)-2]==',' && url[strlen(url)-1]=='s'){
cbm_close( 8 );
cbm_open( 2, 8, 2, url );
}
//For remote files use device 7 (Flyer)
else{
cbm_close( 7 );
//
if( cbm_open( 7, 7, 15, "" ) != 0 )
{
cputs("Flyer not connected!");
}
cbm_open( 2, 7, 2, url );
cbm_write( 7, "http-transact:2",15);
}
//Clear the input buffer:
memset(&sRecvBuf[0], 0, sizeof(sRecvBuf));
//Read a chunk (or all if small) of the file:
cbm_read( 2, sRecvBuf, sizeof(sRecvBuf));
bordercolor(0);
return(1);
}
void print_the_buffer(void) {
BYTE c;
RETRY:
c = cbm_open((BYTE)4, (BYTE)4, (BYTE)0, NULL);
if (c != 0) {
c128_perror(c, "cbm_open(printer)");
if (retry_or_quit() == 'q')
exit(1);
goto RETRY;
}
c = cbm_write((BYTE)4, print_buffer, strlen(print_buffer));
if (c != strlen(print_buffer)) {
c128_perror(c, "write(printer)");
if (retry_or_quit() == 'q')
exit(1);
goto RETRY;
}
cbm_close((BYTE)4);
log_file(print_buffer);
}
/*
* Flushes the current log buffer to disk. Called either by log_file() when one
* entire log file is completed or interactively.
*
*/
void log_flush(void) {
int c;
static char filename[8];
sprintf(filename, "log-%d", log_num);
/* If we have written to this logfile before, we need to remove it first */
if (log_heap_flushed > 0)
_sysremove(filename);
if ((c = cbm_open((BYTE)8, (BYTE)8, (BYTE)1, filename)) != 0) {
c128_perror(c, "cbm_open(log)");
exit(1);
}
c = cbm_write((BYTE)8, log_heap_buf, log_heap_offset);
if (c != log_heap_offset) {
textcolor(TC_LIGHT_RED);
cprintf("\r\nCould not save logfile (wrote %d bytes, wanted %d bytes), please make sure the floppy is not full!\n", c, log_heap_offset);
c128_perror(c, "cbm_write");
exit(1);
}
cbm_close((BYTE)8);
log_heap_flushed = log_heap_offset;
}
int networkSetup(unsigned short drive)
{
unsigned char tmp[40];
unsigned short cnt, ret;
CTK_CFG_REC mycnf;
memset(&mycnf, 0, sizeof(CTK_CFG_REC));
do {
/* 1234567890123456789012345678901234567890 */
printf("\n* BBS network Setup\n");
printf("\nHost IP : ");
gets(tmp);
nibbleIP(tmp, mycnf.srvip);
printf("Netmask : ");
gets(tmp);
nibbleIP(tmp, mycnf.netmask);
printf("Gateway IP : ");
gets(tmp);
nibbleIP(tmp, mycnf.gateway);
printf("DNS IP : ");
gets(tmp);
nibbleIP(tmp, mycnf.nameserv);
printf("Mem addr. ($de08) : ");
gets(tmp);
sscanf(tmp, "%x", &mycnf.mem);
printf("Driver (cs8900a.eth): ");
gets(tmp);
strcpy(mycnf.driver, tmp);
printf("Write to drive # (8): ");
gets(tmp);
sscanf(tmp, "%d", &drive);
printf("\nNetwork data correct (y/n)? ");
} while (getchar() != 'y');
strcpy(tmp, "@0:contiki.cfg,u,w");
ret = cbm_open(2, drive, CBM_WRITE, tmp);
if(! ret)
{
for(cnt = 0; cnt <= 3; cnt++)
cbm_write(2, &mycnf.srvip[cnt], sizeof(unsigned char));
for(cnt = 0; cnt <= 3; cnt++)
cbm_write(2, &mycnf.netmask[cnt], sizeof(unsigned char));
for(cnt = 0; cnt <= 3; cnt++)
cbm_write(2, &mycnf.gateway[cnt], sizeof(unsigned char));
for(cnt = 0; cnt <= 3; cnt++)
cbm_write(2, &mycnf.nameserv[cnt], sizeof(unsigned char));
cbm_write(2, &mycnf.mem, sizeof(&mycnf.mem));
cbm_write(2, mycnf.driver, sizeof(mycnf.driver));
} else {
printf("\n\r**error - can't write file: 'contiki.cfg'");
}
cbm_close(2);
return ret;
}
