/* Given a working directory and an arbitrary pathname, resolve them into
* an absolute pathname. Memory is allocated for the result, which
* the caller must free
*/
char *
pathname(
char *cd, /* Current working directory */
char *path) /* Pathname argument */
{
register char *buf;
if(cd == NULL || path == NULL)
return NULL;
/* Strip any leading white space on args */
while(*cd == ' ' || *cd == '\t')
cd++;
while(*path == ' ' || *path == '\t')
path++;
/* Allocate and initialize output buffer; user must free */
buf = (char *) mallocw((unsigned)strlen(cd) + strlen(path) + 10); /* fudge factor */
buf[0] = '\0';
/* Interpret path relative to cd only if it doesn't begin with "/" */
if(path[0] != '/')
crunch(buf,cd);
crunch(buf,path);
/* Special case: null final path means the root directory */
if(buf[0] == '\0'){
buf[0] = '/';
buf[1] = '\0';
}
return buf;
}
/* Set up a SLIP link to use AX.25 */
int
kiss_init(
struct iface *ifp
){
int xdev;
struct slip *sp;
char *ifn;
for(xdev = 0;xdev < SLIP_MAX;xdev++){
sp = &Slip[xdev];
if(sp->iface == NULL)
break;
}
if(xdev >= SLIP_MAX) {
printf("Too many slip devices\n");
return -1;
}
ifp->ioctl = kiss_ioctl;
ifp->raw = kiss_raw;
ifp->show = slip_status;
if(ifp->hwaddr == NULL)
ifp->hwaddr = mallocw(AXALEN);
memcpy(ifp->hwaddr,Mycall,AXALEN);
ifp->xdev = xdev;
sp->iface = ifp;
sp->send = asy_send;
sp->get = get_asy;
sp->type = CL_KISS;
ifp->rxproc = newproc( ifn = if_name( ifp, " rx" ),
256,slip_rx,xdev,NULL,NULL,0);
free(ifn);
return 0;
}
static void text_tellu(USER *user, char *text, char *to, int who)
{
CIRCUIT *circuit;
char *buf;
buf = mallocw(strlen(text) + 11);
sprintf(buf, "%-6.6s %c %s\n", user->call, (who == o_one) ? '>' : ':', text);
// Send it to all connected users in the same topic.
// Echo to originator if requested.
for (circuit = circuit_hd; circuit; circuit = circuit->next)
{
if (!(circuit->flags & p_user)) continue; // Circuit is a link.
if ((circuit->u.user == user) && !(user->flags & u_echo)) continue;
switch(who)
{
case o_topic :
if (circuit->u.user->topic == user->topic) nputs(circuit->s, buf);
break;
case o_all :
nputs(circuit->s, buf);
break;
case o_one :
if (matchi(circuit->u.user->call, to)) nputs(circuit->s, buf);
break;
}
}
free(buf);
}
static void rduser(USER *user)
{
FILE *in;
char *buf, *name, *qth;
user->name = strdup("?_name");
user->qth = strdup("?_qth");
in = nfopeni(RtUsr, "r");
if (in)
{
buf = mallocw(LINE128);
while(fgets(buf, LINE128, in))
{
rip(buf);
name = strlop(buf, ' ');
if (!matchi(buf, user->call)) continue;
if (!name) break;
qth = strlop(name, ' ');
strnew(&user->name, name);
if (!qth) break;
strnew(&user->qth, qth);
break;
}
free(buf);
nfclose(&in);
}
}
// add aliases to the list
int
doaliases(int argc,char *argv[],void *p) {
struct alias *a;
int len;
if(argc < 2) // show the aliases
return dombalias(0,NULL,NULL);
if(argc == 2) { // show a single alias, if any
for(a=AliasList;a;a=a->next)
if(!stricmp(a->name,argv[1])) {
tprintf("%s\n",a->cmd);
break;
}
if(!a)
j2tputs("not set!\n");
return 0;
}
// now either delete or add an alias !
if((len=strlen(argv[2])) == 0) { // delete an alias
struct alias *p = NULL;
for(a=AliasList;a;p=a,a=a->next) {
if(!stricmp(a->name,argv[1])) {
if(p)
p->next = a->next;
else
AliasList = a->next;
free(a->name);
free(a->cmd);
free(a);
break;
}
}
} else { // add a new alias or change an existing one
if(len > MBXLINE) {
j2tputs("Alias too long!\n");
return 1;
}
for(a=AliasList;a;a=a->next)
if(!stricmp(a->name,argv[1]))
break;
if(!a) { // add a new one
a = mallocw(sizeof(struct alias));
a->next = AliasList;
AliasList = a;
a->name = j2strdup(argv[1]);
strupr(a->name);
} else
free(a->cmd);
a->cmd = j2strdup(argv[2]);
}
return 0;
}
void parse_device_id( int port, BYTE *p )
{
BYTE *q,*sep;
BYTE *u;
while (p) {
q = strchr(p, ';');
if (q) *q = 0; //+-----> p (u)
//| +--------> q
//V V
sep = strchr(p, ':'); //MFC: HP ;
if (sep) {
u = p;
*(sep++) = 0;
while (*u) {
*u = toupper(*u);
u++;
}
if (strstr(p, "MFG") || strstr(p, "MANUFACTURER")) {
if((PortIO[port].Manufacture = malloc(strlen(sep)+1)) != NULL) {
memset(PortIO[port].Manufacture, 0, strlen(sep));
strcpy(PortIO[port].Manufacture, sep);
}
} else if (!strcmp(p, "MDL") || !strcmp(p, "MODEL")) {
if((PortIO[port].Model = malloc(strlen(sep)+1)) != NULL) {
memset(PortIO[port].Model, 0, strlen(sep));
strcpy(PortIO[port].Model, sep);
}
} else if (strstr(p, "CMD") || strstr(p, "COMMAND SET")) {
if((PortIO[port].CommandSet = malloc(strlen(sep)+1)) != NULL) {
memset(PortIO[port].CommandSet, 0, strlen(sep));
strcpy(PortIO[port].CommandSet, sep);
}
u = sep;
while (*u) {
*u = toupper(*u);
u++;
}
PortIO[port].SupportLang = 0;
if(strstr(sep, "PJL")) PortIO[port].SupportLang |= P1284_PJL;
if(strstr(sep, "PCL")) PortIO[port].SupportLang |= P1284_PCL;
if(strstr(sep, "POSTSCRIPT")) PortIO[port].SupportLang |= P1284_POSTSCRIPT;
} else if (strstr(p, "DESCRIPTION")) { // Charles 2001/06/27
if((PortIO[port].Description = mallocw(strlen(sep))) != NULL) {
strcpy(PortIO[port].Description, sep);
}
}
}
if (q) p = q+1; else p=NULL;
}
}
static void topic_chg(USER *user, char *s)
{
char *buf;
buf = mallocw(max(strlen(user->topic->name), strlen(s)) + 18);
sprintf(buf, "*** Left Topic: %s", user->topic->name);
text_tellu(user, buf, NULL, o_topic); // Tell everyone in the old topic.
topic_leave(user->circuit, user->topic);
user->topic = topic_join(user->circuit, s);
sprintf(buf, "*** Joined Topic: %s", user->topic->name);
text_tellu(user, buf, NULL, o_topic); // Tell everyone in the new topic.
free(buf);
}
static struct keytrie *
key_init(void)
{
struct keytrie *k;
int i;
k = mallocw(256 * sizeof *keys);
for (i = 256; i--; )
{
k[i].kt_type = KT_DEF;
k[i].kt_val = i;
}
return k;
}
int rtloginl ()
{
LINK *link;
CIRCUIT *circuit;
SADDR sp;
char *buf, call[ln_axaddr+1];
if (MemLow) return cmd_exit;
getpeername(CurProc->input, &sp);
if (sp.type isnt TYPE_NETROM) return cmd_exit;
ax2str(call, sp.a.nr.node);
if (node_find(call)) return cmd_exit; // Already linked.
for (link = link_hd; link; link = link->next)
if (matchi(call, link->call)) break;
if (!link) return cmd_exit; // We don't link with this system.
if (link->flags & (p_linked | p_linkini)) return cmd_exit; // Already linked.
// Accept the link request.
puser(link->alias);
buf = mallocw(LINE128);
strcpy(buf, call);
strlop(buf, '-');
puser(buf);
free(buf);
// Create a circuit for this link.
circuit = circuit_new(p_linked, CurProc->output);
if (!circuit) return cmd_exit;
tputs("OK\n");
circuit->u.link = link;
link->flags = p_linked;
state_tell(circuit);
makelinks();
// Run in circles, scream and shout.
for (;;) if (getinp(circuit))
chkctl(circuit);
else
{
link_drop(circuit);
link->flags = p_nil;
return cmd_exit;
}
}
/* Check remote password */
static int
chkrpass(
struct mbuf *bp)
{
char *lbuf;
uint16 len;
int rval = 0;
len = len_p(bp);
if(Rempass == 0 || *Rempass == 0 || strlen(Rempass) != len)
return rval;
lbuf = (char *) mallocw(len);
pullup(&bp,lbuf,len);
if(strncmp(Rempass,lbuf,len) == 0)
rval = 1;
free(lbuf);
return rval;
}
static void upduser(USER *user)
{
FILE *in, *out;
char *c, *buf;
if (!nfopen2(RtUsr, &in, RtUsr_t, &out)) return;
buf = mallocw(LINE128);
while(fgets(buf, LINE128, in))
{
c = strchr(buf, ' ');
if (c) *c = '\0';
if (!matchi(buf, user->call)) { if (c) *c = ' '; fputs(buf, out); }
}
free(buf);
fprintf(out, "%s %s %s\n", user->call, user->name, user->qth);
nfclose2(RtUsr, &in, RtUsr_t, &out);
}
/* Attach a local address/port to a socket. If not issued before a connect
* or listen, will be issued automatically
*/
int
bind(
int s, /* Socket index */
struct sockaddr *name, /* Local name */
int namelen /* Length of name */
){
register struct usock *up;
struct socklink *sp;
if((up = itop(s)) == NULL){
errno = EBADF;
return -1;
}
if(name == NULL){
errno = EFAULT;
return -1;
}
if(up->name != NULL){
/* Bind has already been issued */
errno = EINVAL;
return -1;
}
sp = up->sp;
if(sp->check != NULL && (*sp->check)(name,namelen) == -1){
/* Incorrect length or family for chosen protocol */
errno = EAFNOSUPPORT;
return -1;
}
/* Stash name in an allocated block */
up->namelen = namelen;
up->name = mallocw(namelen);
memcpy(up->name,name,namelen);
/* a bind routine is optional - don't fail if it isn't present */
if(sp->bind != NULL && (*sp->bind)(up) == -1){
errno = EOPNOTSUPP;
return -1;
}
return 0;
}
/* Initiate active open. For datagram sockets, merely bind the remote address. */
int
connect(
int s, /* Socket index */
struct sockaddr *peername, /* Peer name */
int peernamelen /* Length of peer name */
){
register struct usock *up;
struct socklink *sp;
if((up = itop(s)) == NULL){
errno = EBADF;
return -1;
}
if(peername == NULL){
/* Connect must specify a remote address */
errno = EFAULT;
return -1;
}
sp = up->sp;
/* Check name format, if checking routine is available */
if(sp->check != NULL && (*sp->check)(peername,peernamelen) == -1){
errno = EAFNOSUPPORT;
return -1;
}
if(up->peername != NULL)
free(up->peername);
up->peername = mallocw(peernamelen);
memcpy(up->peername,peername,peernamelen);
up->peernamelen = peernamelen;
/* a connect routine is optional - don't fail if it isn't present */
if(sp->connect != NULL && (*sp->connect)(up) == -1){
return -1;
}
return 0;
}
int dbf_getrecords(int s, FILE *f, dbf_header *H, const char *target, int n)
/*
Read the data records and displays records on the screen that match
target on field n.
Uses structure information in fields and the header structure H.
*/
{
char *recbuf, *fldbuf, targbuf[79];
int c, i, found;
int index = 0;
/* copy target string into a buffer and uppercase it */
strcpy(targbuf, target);
strupr(targbuf);
/* allocate a buffer to hold one record */
recbuf = (char *) mallocw(H->rlen);
/* allocate a buffer for the field */
/* A pointer to this is passed to 'match' so we don't have to allocate
/* a buffer each time the loop executes */
fldbuf = (char *) mallocw(fields[n].length+1);
/* read the records */
for (i=1; i <= H->nrecs; i++)
{
/* read a data record */
if ((fread(recbuf, H->rlen, 1, f)) != 1)
{
tprintf("read error\n");
return(1);
}
/* check for eof and errors */
if (feof(f) || ferror(f))
{
tprintf("EOF or error while reading data\n");
return(1);
}
/* search for a record */
if (match(s, recbuf, fldbuf, targbuf, n, H->nflds, &index))
found = 1;
pwait(NULL); /* give up the CPU for a while */
}
free(recbuf); /* release memory for record buffer */
free(fldbuf);
if (found == 0)
{
if (output_format == CSOTEXT)
usprintf(s, "501:There are no matches to your query.\n200:Ok.\n");
else
usprintf(s, "\nNo Records match with field %s = %s\n",
fields[n].name, target);
}
else
if (output_format == CSOTEXT)
{
usprintf(s, "200:Ok.\n");
usputc(s, 26);
}
return 0;
}
static int
doarpadd(
int argc,
char *argv[],
void *p)
{
enum arp_hwtype hardware;
int32 addr;
uint8 *hwaddr;
struct arp_tab *ap;
struct arp_type *at;
int pub = 0;
if(argv[0][0] == 'p') /* Is this entry published? */
pub = 1;
if((addr = resolve(argv[1])) == 0){
printf(Badhost,argv[1]);
return 1;
}
/* This is a kludge. It really ought to be table driven */
switch(Xtolower(argv[2][0])){
case 'n': /* Net/Rom pseudo-type */
hardware = ARP_NETROM;
break;
case 'e': /* "ether" */
hardware = ARP_ETHER;
break;
case 'a': /* "ax25" */
switch(Xtolower(argv[2][1])) {
case 'x':
hardware = ARP_AX25;
break;
case 'r':
hardware = ARP_ARCNET;
break;
default:
printf("unknown hardware type \"%s\"\n",argv[2]);
return -1;
}
break;
case 'm': /* "mac appletalk" */
hardware = ARP_APPLETALK;
break;
default:
printf("unknown hardware type \"%s\"\n",argv[2]);
return -1;
}
/* If an entry already exists, clear it */
if((ap = arp_lookup(hardware,addr)) != NULL)
arp_drop(ap);
at = &Arp_type[hardware];
if(at->scan == NULL){
printf("Attach device first\n");
return 1;
}
/* Allocate buffer for hardware address and fill with remaining args */
hwaddr = (uint8 *) mallocw(at->hwalen);
/* Destination address */
(*at->scan)(hwaddr,argv[3]);
ap = arp_add(addr,hardware,hwaddr,pub); /* Put in table */
free(hwaddr); /* Clean up */
stop_timer(&ap->timer); /* Make entry permanent */
set_timer(&ap->timer,0L);
return 0;
}
static int
curses_init(const struct sessmgr_sw *sm)
{
extern int Numrows, Numcols;
if (!isatty(0))
return 0;
if (initted)
{
#ifdef RAW_SESSMGR
set_curterm(my_term);
#endif
refresh(); /* bring curses back to life */
}
else
{
initscr(); /* be nice to trap errors... */
#ifdef COLOR_SUPPORT
/*
* I assume the curses manpage tells the truth when it claims that
* colors are initialized to RGB defaults. If not, I may need to set
* up the colors in question...
*/
if (has_colors() && start_color() != ERR && COLORS >= 8)
{
color_pair_map = mallocw(COLOR_PAIRS * sizeof *color_pair_map);
memset(color_pair_map, -1, COLOR_PAIRS * sizeof *color_pair_map);
map_colors(COLOR_BLACK, COLOR_WHITE); /* default color pair */
if(!MainColors) MainColors = LIGHTGRAY+(BLACK<<4); /* not high-intensity */
}
else MainColors = 0; /* no colors available */
#endif
my_term = cur_term;
noecho();
nonl();
raw();
keys = key_init();
key_add(key_down, DNARROW);
key_add(key_f1, -3);
key_add(key_f2, -4);
key_add(key_f3, -5);
key_add(key_f4, -6);
key_add(key_f5, -7);
key_add(key_f6, -8);
key_add(key_f7, -9);
key_add(key_f8, -10);
key_add(key_f9, -11);
#ifdef M_UNIX
/* SCO botches it, as per usual */
key_add(key_f0, -2);
#else
key_add(key_f10, -2);
#endif
key_add(key_left, LTARROW);
key_add(key_right, RTARROW);
key_add(key_up, UPARROW);
key_add("\177", '\b'); /* so DEL behaves as BS */
initted = 1;
}
Suspense = 0;
Numrows = LINES;
Numcols = COLS;
return 1;
}
