static int inet_addr_list_comp(const void *a, const void *b)
{
/*
* In case (struct *) != (void *).
*/
return (sock_addr_cmp_addr(SOCK_ADDR_PTR(a), SOCK_ADDR_PTR(b)));
}
static int ial_procnet_ifinet6(INET_ADDR_LIST *addr_list,
INET_ADDR_LIST *mask_list)
{
const char *myname = "inet_addr_local[procnet_ifinet6]";
FILE *fp;
char buf[BUFSIZ];
unsigned plen;
VSTRING *addrbuf;
struct sockaddr_in6 addr;
struct sockaddr_in6 mask;
/*
* Example: 00000000000000000000000000000001 01 80 10 80 lo
*
* Fields: address, interface index, prefix length, scope value
* (net/ipv6.h), interface flags (linux/rtnetlink.h), device name.
*
* FIX 200501 The IPv6 patch used fscanf(), which will hang on unexpected
* input. Use fgets() + sscanf() instead.
*/
if ((fp = fopen(_PATH_PROCNET_IFINET6, "r")) != 0) {
addrbuf = vstring_alloc(MAI_V6ADDR_BYTES + 1);
memset((void *) &addr, 0, sizeof(addr));
addr.sin6_family = AF_INET6;
#ifdef HAS_SA_LEN
addr.sin6_len = sizeof(addr);
#endif
mask = addr;
while (fgets(buf, sizeof(buf), fp) != 0) {
/* 200501 hex_decode() is light-weight compared to getaddrinfo(). */
if (hex_decode(addrbuf, buf, MAI_V6ADDR_BYTES * 2) == 0
|| sscanf(buf + MAI_V6ADDR_BYTES * 2, " %*x %x", &plen) != 1
|| plen > MAI_V6ADDR_BITS) {
msg_warn("unexpected data in %s - skipping IPv6 configuration",
_PATH_PROCNET_IFINET6);
break;
}
/* vstring_str(addrbuf) has worst-case alignment. */
addr.sin6_addr = *(struct in6_addr *) vstring_str(addrbuf);
inet_addr_list_append(addr_list, SOCK_ADDR_PTR(&addr));
memset((void *) &mask.sin6_addr, ~0, sizeof(mask.sin6_addr));
mask_addr((unsigned char *) &mask.sin6_addr,
sizeof(mask.sin6_addr), plen);
inet_addr_list_append(mask_list, SOCK_ADDR_PTR(&mask));
}
vstring_free(addrbuf);
fclose(fp); /* FIX 200501 */
} else {
msg_warn("can't open %s (%m) - skipping IPv6 configuration",
_PATH_PROCNET_IFINET6);
}
return (0);
}
int main(int argc, char **argv)
{
INET_ADDR_LIST list;
struct sockaddr_storage *sa;
MAI_HOSTADDR_STR hostaddr;
INET_PROTO_INFO *proto_info;
msg_vstream_init(argv[0], VSTREAM_ERR);
if (argc < 3)
msg_fatal("usage: %s protocols hostname...", argv[0]);
proto_info = inet_proto_init(argv[0], argv[1]);
argv += 1;
while (--argc && *++argv) {
inet_addr_list_init(&list);
if (inet_addr_host(&list, *argv) == 0)
msg_fatal("not found: %s", *argv);
for (sa = list.addrs; sa < list.addrs + list.used; sa++) {
SOCKADDR_TO_HOSTADDR(SOCK_ADDR_PTR(sa), SOCK_ADDR_LEN(sa),
&hostaddr, (MAI_SERVPORT_STR *) 0, 0);
vstream_printf("%s\t%s\n", *argv, hostaddr.buf);
}
vstream_fflush(VSTREAM_OUT);
inet_addr_list_free(&list);
}
return (0);
}
static void inet_addr_list_print(INET_ADDR_LIST *list)
{
MAI_HOSTADDR_STR hostaddr;
struct sockaddr_storage *sa;
for (sa = list->addrs; sa < list->addrs + list->used; sa++) {
SOCKADDR_TO_HOSTADDR(SOCK_ADDR_PTR(sa), SOCK_ADDR_LEN(sa),
&hostaddr, (MAI_SERVPORT_STR *) 0, 0);
msg_info("%s", hostaddr.buf);
}
}
int main(int unused_argc, char **argv)
{
INET_ADDR_LIST addr_list;
INET_ADDR_LIST mask_list;
MAI_HOSTADDR_STR hostaddr;
MAI_HOSTADDR_STR hostmask;
struct sockaddr *sa;
int i;
INET_PROTO_INFO *proto_info;
msg_vstream_init(argv[0], VSTREAM_ERR);
msg_verbose = 1;
proto_info = inet_proto_init(argv[0],
argv[1] ? argv[1] : INET_PROTO_NAME_ALL);
inet_addr_list_init(&addr_list);
inet_addr_list_init(&mask_list);
inet_addr_local(&addr_list, &mask_list, proto_info->ai_family_list);
if (addr_list.used == 0)
msg_fatal("cannot find any active network interfaces");
if (addr_list.used == 1)
msg_warn("found only one active network interface");
for (i = 0; i < addr_list.used; i++) {
sa = SOCK_ADDR_PTR(addr_list.addrs + i);
SOCKADDR_TO_HOSTADDR(SOCK_ADDR_PTR(sa), SOCK_ADDR_LEN(sa),
&hostaddr, (MAI_SERVPORT_STR *) 0, 0);
sa = SOCK_ADDR_PTR(mask_list.addrs + i);
SOCKADDR_TO_HOSTADDR(SOCK_ADDR_PTR(sa), SOCK_ADDR_LEN(sa),
&hostmask, (MAI_SERVPORT_STR *) 0, 0);
vstream_printf("%s/%s\n", hostaddr.buf, hostmask.buf);
vstream_fflush(VSTREAM_OUT);
}
inet_addr_list_free(&addr_list);
inet_addr_list_free(&mask_list);
return (0);
}
static SMTP_SESSION *smtp_connect_addr(SMTP_ITERATOR *iter, DSN_BUF *why,
int sess_flags)
{
const char *myname = "smtp_connect_addr";
struct sockaddr_storage ss; /* remote */
struct sockaddr *sa = (struct sockaddr *) &ss;
SOCKADDR_SIZE salen = sizeof(ss);
MAI_HOSTADDR_STR hostaddr;
DNS_RR *addr = iter->rr;
unsigned port = iter->port;
int sock;
char *bind_addr;
char *bind_var;
dsb_reset(why); /* Paranoia */
/*
* Sanity checks.
*/
if (dns_rr_to_sa(addr, port, sa, &salen) != 0) {
msg_warn("%s: skip address type %s: %m",
myname, dns_strtype(addr->type));
dsb_simple(why, "4.4.0", "network address conversion failed: %m");
return (0);
}
/*
* Initialize.
*/
if ((sock = socket(sa->sa_family, SOCK_STREAM, 0)) < 0)
msg_fatal("%s: socket: %m", myname);
if (inet_windowsize > 0)
set_inet_windowsize(sock, inet_windowsize);
/*
* Allow the sysadmin to specify the source address, for example, as "-o
* smtp_bind_address=x.x.x.x" in the master.cf file.
*/
#ifdef HAS_IPV6
if (sa->sa_family == AF_INET6) {
bind_addr = var_smtp_bind_addr6;
bind_var = VAR_LMTP_SMTP(BIND_ADDR6);
} else
#endif
if (sa->sa_family == AF_INET) {
bind_addr = var_smtp_bind_addr;
bind_var = VAR_LMTP_SMTP(BIND_ADDR);
} else
bind_var = bind_addr = "";
if (*bind_addr) {
int aierr;
struct addrinfo *res0;
if ((aierr = hostaddr_to_sockaddr(bind_addr, (char *) 0, 0, &res0)) != 0)
msg_fatal("%s: bad %s parameter: %s: %s",
myname, bind_var, bind_addr, MAI_STRERROR(aierr));
if (bind(sock, res0->ai_addr, res0->ai_addrlen) < 0)
msg_warn("%s: bind %s: %m", myname, bind_addr);
else if (msg_verbose)
msg_info("%s: bind %s", myname, bind_addr);
freeaddrinfo(res0);
}
/*
* When running as a virtual host, bind to the virtual interface so that
* the mail appears to come from the "right" machine address.
*
* XXX The IPv6 patch expands the null host (as client endpoint) and uses
* the result as the loopback address list.
*/
else {
int count = 0;
struct sockaddr *own_addr = 0;
INET_ADDR_LIST *addr_list = own_inet_addr_list();
struct sockaddr_storage *s;
for (s = addr_list->addrs; s < addr_list->addrs + addr_list->used; s++) {
if (SOCK_ADDR_FAMILY(s) == sa->sa_family) {
if (count++ > 0)
break;
own_addr = SOCK_ADDR_PTR(s);
}
}
if (count == 1 && !sock_addr_in_loopback(own_addr)) {
if (bind(sock, own_addr, SOCK_ADDR_LEN(own_addr)) < 0) {
SOCKADDR_TO_HOSTADDR(own_addr, SOCK_ADDR_LEN(own_addr),
&hostaddr, (MAI_SERVPORT_STR *) 0, 0);
msg_warn("%s: bind %s: %m", myname, hostaddr.buf);
} else if (msg_verbose) {
SOCKADDR_TO_HOSTADDR(own_addr, SOCK_ADDR_LEN(own_addr),
&hostaddr, (MAI_SERVPORT_STR *) 0, 0);
msg_info("%s: bind %s", myname, hostaddr.buf);
}
}
}
/*
* Connect to the server.
*/
if (msg_verbose)
msg_info("%s: trying: %s[%s] port %d...",
myname, STR(iter->host), STR(iter->addr), ntohs(port));
return (smtp_connect_sock(sock, sa, salen, iter, why, sess_flags));
}
static int ial_siocgif(INET_ADDR_LIST *addr_list,
INET_ADDR_LIST *mask_list,
int af)
{
const char *myname = "inet_addr_local[siocgif]";
struct in_addr addr;
struct ifconf ifc;
struct ifreq *ifr;
struct ifreq *ifr_mask;
struct ifreq *the_end;
int sock;
VSTRING *buf;
/*
* Get the network interface list. XXX The socket API appears to have no
* function that returns the number of network interfaces, so we have to
* guess how much space is needed to store the result.
*
* On BSD-derived systems, ioctl SIOCGIFCONF returns as much information as
* possible, leaving it up to the application to repeat the request with
* a larger buffer if the result caused a tight fit.
*
* Other systems, such as Solaris 2.5, generate an EINVAL error when the
* buffer is too small for the entire result. Workaround: ignore EINVAL
* errors and repeat the request with a larger buffer. The downside is
* that the program can run out of memory due to a non-memory problem,
* making it more difficult than necessary to diagnose the real problem.
*/
sock = ial_socket(af);
if (sock < 0)
return (0);
buf = vstring_alloc(1024);
for (;;) {
ifc.ifc_len = vstring_avail(buf);
ifc.ifc_buf = vstring_str(buf);
if (ioctl(sock, SIOCGIFCONF, (char *) &ifc) < 0) {
if (errno != EINVAL)
msg_fatal("%s: ioctl SIOCGIFCONF: %m", myname);
} else if (ifc.ifc_len < vstring_avail(buf) / 2)
break;
VSTRING_SPACE(buf, vstring_avail(buf) * 2);
}
the_end = (struct ifreq *) (ifc.ifc_buf + ifc.ifc_len);
for (ifr = ifc.ifc_req; ifr < the_end;) {
if (ifr->ifr_addr.sa_family != af) {
ifr = NEXT_INTERFACE(ifr);
continue;
}
if (af == AF_INET) {
addr = ((struct sockaddr_in *) & ifr->ifr_addr)->sin_addr;
if (addr.s_addr != INADDR_ANY) {
inet_addr_list_append(addr_list, &ifr->ifr_addr);
if (mask_list) {
ifr_mask = (struct ifreq *) mymalloc(IFREQ_SIZE(ifr));
memcpy((void *) ifr_mask, (void *) ifr, IFREQ_SIZE(ifr));
if (ioctl(sock, SIOCGIFNETMASK, ifr_mask) < 0)
msg_fatal("%s: ioctl SIOCGIFNETMASK: %m", myname);
/*
* Note that this SIOCGIFNETMASK has truly screwed up the
* contents of sa_len/sa_family. We must fix this
* manually to have correct addresses. --dcs
*/
ifr_mask->ifr_addr.sa_family = af;
#ifdef HAS_SA_LEN
ifr_mask->ifr_addr.sa_len = sizeof(struct sockaddr_in);
#endif
inet_addr_list_append(mask_list, &ifr_mask->ifr_addr);
myfree((void *) ifr_mask);
}
}
}
#ifdef HAS_IPV6
else if (af == AF_INET6) {
struct sockaddr *sa;
sa = SOCK_ADDR_PTR(&ifr->ifr_addr);
if (!(IN6_IS_ADDR_UNSPECIFIED(&SOCK_ADDR_IN6_ADDR(sa)))) {
inet_addr_list_append(addr_list, sa);
if (mask_list) {
/* XXX Assume /128 for everything */
struct sockaddr_in6 mask6;
mask6 = *SOCK_ADDR_IN6_PTR(sa);
memset((void *) &mask6.sin6_addr, ~0,
sizeof(mask6.sin6_addr));
inet_addr_list_append(mask_list, SOCK_ADDR_PTR(&mask6));
}
}
}
#endif
ifr = NEXT_INTERFACE(ifr);
}
vstring_free(buf);
(void) close(sock);
return (0);
}
void master_listen_init(MASTER_SERV *serv)
{
const char *myname = "master_listen_init";
char *end_point;
int n;
MAI_HOSTADDR_STR hostaddr;
struct sockaddr *sa;
/*
* Find out what transport we should use, then create one or more
* listener sockets. Make the listener sockets non-blocking, so that
* child processes don't block in accept() when multiple processes are
* selecting on the same socket and only one of them gets the connection.
*/
switch (serv->type) {
/*
* UNIX-domain or stream listener endpoints always come as singlets.
*/
case MASTER_SERV_TYPE_UNIX:
set_eugid(var_owner_uid, var_owner_gid);
serv->listen_fd[0] =
LOCAL_LISTEN(serv->name, serv->max_proc > var_proc_limit ?
serv->max_proc : var_proc_limit, NON_BLOCKING);
close_on_exec(serv->listen_fd[0], CLOSE_ON_EXEC);
set_ugid(getuid(), getgid());
break;
/*
* FIFO listener endpoints always come as singlets.
*/
case MASTER_SERV_TYPE_FIFO:
set_eugid(var_owner_uid, var_owner_gid);
serv->listen_fd[0] = fifo_listen(serv->name, 0622, NON_BLOCKING);
close_on_exec(serv->listen_fd[0], CLOSE_ON_EXEC);
set_ugid(getuid(), getgid());
break;
/*
* INET-domain listener endpoints can be wildcarded (the default) or
* bound to specific interface addresses.
*
* With dual-stack IPv4/6 systems it does not matter, we have to specify
* the addresses anyway, either explicit or wild-card.
*/
case MASTER_SERV_TYPE_INET:
for (n = 0; n < serv->listen_fd_count; n++) {
sa = SOCK_ADDR_PTR(MASTER_INET_ADDRLIST(serv)->addrs + n);
SOCKADDR_TO_HOSTADDR(sa, SOCK_ADDR_LEN(sa), &hostaddr,
(MAI_SERVPORT_STR *) 0, 0);
end_point = concatenate(hostaddr.buf,
":", MASTER_INET_PORT(serv), (char *) 0);
serv->listen_fd[n]
= inet_listen(end_point, serv->max_proc > var_proc_limit ?
serv->max_proc : var_proc_limit, NON_BLOCKING);
close_on_exec(serv->listen_fd[n], CLOSE_ON_EXEC);
myfree(end_point);
}
break;
/*
* Descriptor passing endpoints always come as singlets.
*/
#ifdef MASTER_SERV_TYPE_PASS
case MASTER_SERV_TYPE_PASS:
set_eugid(var_owner_uid, var_owner_gid);
serv->listen_fd[0] =
PASS_LISTEN(serv->name, serv->max_proc > var_proc_limit ?
serv->max_proc : var_proc_limit, NON_BLOCKING);
close_on_exec(serv->listen_fd[0], CLOSE_ON_EXEC);
set_ugid(getuid(), getgid());
break;
#endif
default:
msg_panic("%s: unknown service type: %d", myname, serv->type);
}
}
static void own_inet_addr_init(INET_ADDR_LIST *addr_list,
INET_ADDR_LIST *mask_list)
{
INET_ADDR_LIST local_addrs;
INET_ADDR_LIST local_masks;
char *hosts;
char *host;
const char *sep = " \t,";
char *bufp;
int nvirtual;
int nlocal;
MAI_HOSTADDR_STR hostaddr;
struct sockaddr_storage *sa;
struct sockaddr_storage *ma;
inet_addr_list_init(addr_list);
inet_addr_list_init(mask_list);
/*
* If we are listening on all interfaces (default), ask the system what
* the interfaces are.
*/
if (strcmp(var_inet_interfaces, INET_INTERFACES_ALL) == 0) {
if (inet_addr_local(addr_list, mask_list,
inet_proto_info()->ai_family_list) == 0)
msg_fatal("could not find any active network interfaces");
}
/*
* Select all loopback interfaces from the system's available interface
* list.
*/
else if (strcmp(var_inet_interfaces, INET_INTERFACES_LOCAL) == 0) {
inet_addr_list_init(&local_addrs);
inet_addr_list_init(&local_masks);
if (inet_addr_local(&local_addrs, &local_masks,
inet_proto_info()->ai_family_list) == 0)
msg_fatal("could not find any active network interfaces");
for (sa = local_addrs.addrs, ma = local_masks.addrs;
sa < local_addrs.addrs + local_addrs.used; sa++, ma++) {
if (sock_addr_in_loopback(SOCK_ADDR_PTR(sa))) {
inet_addr_list_append(addr_list, SOCK_ADDR_PTR(sa));
inet_addr_list_append(mask_list, SOCK_ADDR_PTR(ma));
}
}
inet_addr_list_free(&local_addrs);
inet_addr_list_free(&local_masks);
}
/*
* If we are supposed to be listening only on specific interface
* addresses (virtual hosting), look up the addresses of those
* interfaces.
*/
else {
bufp = hosts = mystrdup(var_inet_interfaces);
while ((host = mystrtok(&bufp, sep)) != 0)
if (inet_addr_host(addr_list, host) == 0)
msg_fatal("config variable %s: host not found: %s",
VAR_INET_INTERFACES, host);
myfree(hosts);
/*
* Weed out duplicate IP addresses. Duplicates happen when the same
* IP address is listed under multiple hostnames. If we don't weed
* out duplicates, Postfix can suddenly stop working after the DNS is
* changed.
*/
inet_addr_list_uniq(addr_list);
/*
* Find out the netmask for each virtual interface, by looking it up
* among all the local interfaces.
*/
inet_addr_list_init(&local_addrs);
inet_addr_list_init(&local_masks);
if (inet_addr_local(&local_addrs, &local_masks,
inet_proto_info()->ai_family_list) == 0)
msg_fatal("could not find any active network interfaces");
for (nvirtual = 0; nvirtual < addr_list->used; nvirtual++) {
for (nlocal = 0; /* see below */ ; nlocal++) {
if (nlocal >= local_addrs.used) {
SOCKADDR_TO_HOSTADDR(
SOCK_ADDR_PTR(addr_list->addrs + nvirtual),
SOCK_ADDR_LEN(addr_list->addrs + nvirtual),
&hostaddr, (MAI_SERVPORT_STR *) 0, 0);
msg_fatal("parameter %s: no local interface found for %s",
VAR_INET_INTERFACES, hostaddr.buf);
}
if (SOCK_ADDR_EQ_ADDR(addr_list->addrs + nvirtual,
local_addrs.addrs + nlocal)) {
inet_addr_list_append(mask_list,
SOCK_ADDR_PTR(local_masks.addrs + nlocal));
break;
}
}
}
inet_addr_list_free(&local_addrs);
inet_addr_list_free(&local_masks);
}
}
MASTER_SERV *get_master_ent()
{
VSTRING *buf = vstring_alloc(100);
VSTRING *junk = vstring_alloc(100);
MASTER_SERV *serv;
char *cp;
char *name;
char *host = 0;
char *port = 0;
char *transport;
int private;
int unprivileged; /* passed on to child */
int chroot; /* passed on to child */
char *command;
int n;
char *bufp;
char *atmp;
const char *parse_err;
static char *saved_interfaces = 0;
char *err;
if (master_fp == 0)
msg_panic("get_master_ent: config file not open");
if (master_disable == 0)
msg_panic("get_master_ent: no service disable list");
/*
* XXX We cannot change the inet_interfaces setting for a running master
* process. Listening sockets are inherited by child processes so that
* closing and reopening those sockets in the master does not work.
*
* Another problem is that library routines still cache results that are
* based on the old inet_interfaces setting. It is too much trouble to
* recompute everything.
*
* In order to keep our data structures consistent we ignore changes in
* inet_interfaces settings, and issue a warning instead.
*/
if (saved_interfaces == 0)
saved_interfaces = mystrdup(var_inet_interfaces);
/*
* Skip blank lines and comment lines.
*/
for (;;) {
if (readllines(buf, master_fp, &master_line_last, &master_line) == 0) {
vstring_free(buf);
vstring_free(junk);
return (0);
}
bufp = vstring_str(buf);
if ((cp = mystrtok(&bufp, master_blanks)) == 0)
continue;
name = cp;
transport = get_str_ent(&bufp, "transport type", (char *) 0);
vstring_sprintf(junk, "%s/%s", name, transport);
if (match_service_match(master_disable, vstring_str(junk)) == 0)
break;
}
/*
* Parse one logical line from the configuration file. Initialize service
* structure members in order.
*/
serv = (MASTER_SERV *) mymalloc(sizeof(MASTER_SERV));
serv->next = 0;
/*
* Flags member.
*/
serv->flags = 0;
/*
* All servers busy warning timer.
*/
serv->busy_warn_time = 0;
/*
* Service name. Syntax is transport-specific.
*/
serv->ext_name = mystrdup(name);
/*
* Transport type: inet (wild-card listen or virtual) or unix.
*/
#define STR_SAME !strcmp
if (STR_SAME(transport, MASTER_XPORT_NAME_INET)) {
if (!STR_SAME(saved_interfaces, var_inet_interfaces)) {
msg_warn("service %s: ignoring %s change",
serv->ext_name, VAR_INET_INTERFACES);
msg_warn("to change %s, stop and start Postfix",
VAR_INET_INTERFACES);
}
serv->type = MASTER_SERV_TYPE_INET;
atmp = mystrdup(name);
if ((parse_err = host_port(atmp, &host, "", &port, (char *) 0)) != 0)
fatal_with_context("%s in \"%s\"", parse_err, name);
if (*host) {
serv->flags |= MASTER_FLAG_INETHOST;/* host:port */
MASTER_INET_ADDRLIST(serv) = (INET_ADDR_LIST *)
mymalloc(sizeof(*MASTER_INET_ADDRLIST(serv)));
inet_addr_list_init(MASTER_INET_ADDRLIST(serv));
if (inet_addr_host(MASTER_INET_ADDRLIST(serv), host) == 0)
fatal_with_context("bad hostname or network address: %s", name);
inet_addr_list_uniq(MASTER_INET_ADDRLIST(serv));
serv->listen_fd_count = MASTER_INET_ADDRLIST(serv)->used;
} else {
MASTER_INET_ADDRLIST(serv) =
strcasecmp(saved_interfaces, INET_INTERFACES_ALL) ?
own_inet_addr_list() : /* virtual */
wildcard_inet_addr_list(); /* wild-card */
inet_addr_list_uniq(MASTER_INET_ADDRLIST(serv));
serv->listen_fd_count = MASTER_INET_ADDRLIST(serv)->used;
}
MASTER_INET_PORT(serv) = mystrdup(port);
for (n = 0; /* see below */ ; n++) {
if (n >= MASTER_INET_ADDRLIST(serv)->used) {
serv->flags |= MASTER_FLAG_LOCAL_ONLY;
break;
}
if (!sock_addr_in_loopback(SOCK_ADDR_PTR(MASTER_INET_ADDRLIST(serv)->addrs + n)))
break;
}
} else if (STR_SAME(transport, MASTER_XPORT_NAME_UNIX)) {
serv->type = MASTER_SERV_TYPE_UNIX;
serv->listen_fd_count = 1;
serv->flags |= MASTER_FLAG_LOCAL_ONLY;
} else if (STR_SAME(transport, MASTER_XPORT_NAME_UXDG)) {
serv->type = MASTER_SERV_TYPE_UXDG;
serv->listen_fd_count = 1;
serv->flags |= MASTER_FLAG_LOCAL_ONLY;
} else if (STR_SAME(transport, MASTER_XPORT_NAME_FIFO)) {
serv->type = MASTER_SERV_TYPE_FIFO;
serv->listen_fd_count = 1;
serv->flags |= MASTER_FLAG_LOCAL_ONLY;
#ifdef MASTER_SERV_TYPE_PASS
} else if (STR_SAME(transport, MASTER_XPORT_NAME_PASS)) {
serv->type = MASTER_SERV_TYPE_PASS;
serv->listen_fd_count = 1;
/* If this is a connection screener, remote clients are likely. */
#endif
} else {
fatal_with_context("bad transport type: %s", transport);
}
/*
* Service class: public or private.
*/
private = get_bool_ent(&bufp, "private", "y");
