int __cdecl
#else
int
#endif
main(
int argc,
char ** argv)
{
sw_discovery discovery;
sw_discovery_oid oid;
sw_result err;
err = sw_discovery_init(&discovery);
sw_check_okay(err, exit);
if (argc != 4)
{
fprintf(stderr, "usage: mDNSBrowse <name> <rrtype> <rrclass>\n");
return -1;
}
err = sw_discovery_query_record(discovery, 0, 0, argv[1], atoi(argv[2]), atoi(argv[3]), query_record_reply, NULL, &oid);
sw_check_okay(err, exit);
err = sw_discovery_run(discovery);
sw_check_okay(err, exit);
exit:
return err;
}
int __cdecl
#else
int
#endif
main(
int argc,
char ** argv)
{
sw_discovery discovery;
sw_discovery_oid oid;
sw_result err;
err = sw_discovery_init(&discovery);
sw_check_okay(err, exit);
if (argc != 2)
{
fprintf(stderr, "usage: mDNSBrowse <type>\n");
return -1;
}
err = sw_discovery_browse(discovery, 0, argv[1], NULL, my_browser, NULL, &oid);
sw_check_okay(err, exit);
err = sw_discovery_run(discovery);
sw_check_okay(err, exit);
exit:
return err;
}
sw_result
sw_ipv4_address_init_from_this_host(
sw_ipv4_address * self)
{
#if defined(__VXWORKS__)
sw_int8 current_addr[INET_ADDR_LEN];
if (ifAddrGet(sysEnetNameGet(), current_addr) != OK)
{
sw_debug(SW_LOG_ERROR, "sw_ipv4_address_init_from_this_host", "ifAddrGet() failed\n");
return SW_E_INIT;
}
self->m_addr = inet_addr(current_addr);
#else
struct sockaddr_in addr;
sw_result err;
sw_sockdesc_t desc;
sw_socklen_t len;
desc = socket(AF_INET, SOCK_DGRAM, 0);
sw_check(desc != SW_INVALID_SOCKET, exit, err = SW_E_UNKNOWN);
sw_memset(&addr, 0, sizeof(addr));
addr.sin_family = AF_INET;
addr.sin_addr.s_addr = inet_addr("192.168.1.1");
addr.sin_port = htons(5555);
err = connect(desc, (struct sockaddr*) &addr, sizeof(addr));
sw_check_okay(err, exit);
sw_memset(&addr, 0, sizeof(addr));
len = sizeof(addr);
err = getsockname(desc, (struct sockaddr*) &addr, &len);
sw_check_okay(err, exit);
self->m_addr = addr.sin_addr.s_addr;
#endif
exit:
if (desc != SW_INVALID_SOCKET)
{
sw_close_socket(desc);
}
if (err != SW_OKAY)
{
err = sw_ipv4_address_init_from_address(self, sw_ipv4_address_loopback());
}
return err;
}
sw_result
sw_corby_channel_init(
sw_corby_channel * self,
struct _sw_corby_orb * orb,
sw_socket socket,
sw_socket_options options,
sw_size_t bufsize)
{
sw_result err;
*self = (sw_corby_channel) sw_malloc(sizeof(struct _sw_corby_channel));
err = sw_translate_error(*self, SW_E_MEM);
sw_check_okay_log(err, exit);
sw_memset(*self, 0, sizeof(struct _sw_corby_channel));
if (options)
{
err = sw_socket_set_options(socket, options);
sw_check_okay(err, exit);
}
err = sw_ipv4_address_init(&(*self)->m_from);
sw_check_okay(err, exit);
(*self)->m_orb = orb;
(*self)->m_socket = socket;
(*self)->m_refs = 1;
(*self)->m_state = Waiting;
err = sw_corby_message_init(&(*self)->m_message);
sw_check_okay(err, exit);
err = sw_corby_buffer_init_with_size(&(*self)->m_send_buffer, (bufsize) ? bufsize : SW_CORBY_CHANNEL_DEFAULT_BUFFER_SIZE);
sw_check_okay(err, exit);
err = sw_corby_buffer_init_with_size(&(*self)->m_read_buffer, (bufsize) ? bufsize : SW_CORBY_CHANNEL_DEFAULT_BUFFER_SIZE);
sw_check_okay(err, exit);
exit:
if (err && *self)
{
sw_corby_channel_fina(*self);
}
return err;
}
static sw_result
sw_socket_udp_recvfrom(
sw_socket self,
sw_octets buffer,
sw_size_t max,
sw_size_t * len,
sw_ipv4_address * from,
sw_port * from_port,
sw_ipv4_address * dest,
sw_uint32 * interface_index)
{
struct sockaddr_in from_addr;
struct in_addr dest_addr;
sw_result err;
err = sw_socket_udp_really_recvfrom(self, buffer, max, len, (struct sockaddr*) &from_addr, sizeof(from_addr), &dest_addr, interface_index);
sw_check_okay(err, exit);
sw_ipv4_address_init_from_saddr(from, from_addr.sin_addr.s_addr);
*from_port = ntohs(from_addr.sin_port);
if (dest)
{
sw_ipv4_address_init_from_saddr(dest, dest_addr.s_addr);
}
exit:
return err;
}
static sw_result
sw_socket_tcp_close(
sw_socket self)
{
int res;
sw_result err;
sw_debug(SW_LOG_VERBOSE, "sw_socket_tcp_close() : fd = %d\n", self->m_desc);
#if defined(WIN32)
res = shutdown(self->m_desc, SD_SEND);
#else
res = shutdown(self->m_desc, 2);
/*
* Patch from Michael ([email protected])
*
* we should only fail here if errno isn't ENOTCONN or ENOENT ( Solaris 9 sets errno to ENOENT
* if the socket isn't connected, despite the man page for shutdown saying it would use
* ENOTCONN )
*/
err = sw_translate_error((res == 0) || (errno == ENOENT) || (errno == ENOTCONN), sw_socket_errno());
sw_check_okay(err, exit);
#endif
res = sw_close_socket(self->m_desc);
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
exit:
self->m_connected = SW_FALSE;
return err;
}
sw_result
sw_multicast_socket_super_init(
sw_socket self)
{
int opt = 1;
int res;
sw_result err;
err = sw_socket_init(self, SW_FALSE, &sw_socket_udp_connect, &sw_socket_udp_send, &sw_socket_udp_sendto, &sw_socket_udp_recv, &sw_socket_udp_recvfrom, &sw_socket_udp_close);
sw_check_okay(err, exit);
self->m_desc = socket(AF_INET, SOCK_DGRAM, 0);
err = sw_translate_error(self->m_desc != SW_INVALID_SOCKET, sw_socket_errno());
sw_check_okay_log(err, exit);
#if defined(__APPLE__) || defined(__VXWORKS__) || defined(__FreeBSD__) || defined(__NetBSD__)
res = setsockopt(self->m_desc, SOL_SOCKET, SO_REUSEPORT, (char*) &opt, sizeof(opt));
#else
res = setsockopt(self->m_desc, SOL_SOCKET, SO_REUSEADDR, (char*) &opt, sizeof(opt));
#endif
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
exit:
return err;
}
static sw_result HOWL_API
my_resolver(
sw_discovery discovery,
sw_discovery_oid oid,
sw_uint32 interface_index,
sw_const_string name,
sw_const_string type,
sw_const_string domain,
sw_ipv4_address address,
sw_port port,
sw_octets text_record,
sw_uint32 text_record_len,
sw_opaque_t extra)
{
sw_text_record_iterator it;
sw_int8 name_buf[16];
sw_int8 key[SW_TEXT_RECORD_MAX_LEN];
sw_int8 sval[SW_TEXT_RECORD_MAX_LEN];
sw_uint8 oval[SW_TEXT_RECORD_MAX_LEN];
sw_uint32 oval_len;
sw_result err = SW_OKAY;
sw_discovery_cancel(discovery, oid);
fprintf(stderr, "resolve reply: 0x%x %s %s %s %s %d\n", interface_index, name, type, domain, sw_ipv4_address_name(address, name_buf, 16), port);
if ((text_record_len > 0) && (text_record) && (*text_record != '\0'))
{
err = sw_text_record_iterator_init(&it, text_record, text_record_len);
sw_check_okay(err, exit);
while (sw_text_record_iterator_next(it, key, oval, &oval_len) == SW_OKAY)
{
fprintf(stderr, "Txt: [%s]=[%s] - (%d bytes)\n", key, oval, oval_len);
}
err = sw_text_record_iterator_fina(it);
sw_check_okay(err, exit);
}
exit:
return err;
}
sw_result
sw_socket_accept(
sw_socket self,
sw_socket * socket)
{
struct sockaddr_in addr;
sw_sockdesc_t desc;
sw_socklen_t len;
int nodelay = 1;
struct linger l;
int res;
sw_result err;
len = sizeof(addr);
sw_memset(&addr, 0, sizeof(addr));
desc = accept(self->m_desc, (struct sockaddr*) &addr, &len);
err = sw_translate_error(desc != SW_INVALID_SOCKET, sw_socket_errno());
sw_check_okay(err, exit);
res = setsockopt(desc, IPPROTO_TCP, TCP_NODELAY, (char*) &nodelay, sizeof(nodelay));
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
l.l_onoff = 0;
l.l_linger = 0;
res = setsockopt(desc, SOL_SOCKET, SO_LINGER, (char*) &l, sizeof(l));
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
err = sw_tcp_socket_init_with_desc(socket, desc);
sw_check_okay(err, exit);
exit:
return err;
}
sw_result
sw_tcp_socket_super_init_with_desc(
sw_socket self,
sw_sockdesc_t desc)
{
sw_result err;
err = sw_socket_init(self, SW_FALSE, &sw_socket_tcp_connect, &sw_socket_tcp_send, &sw_socket_tcp_sendto, &sw_socket_tcp_recv, &sw_socket_tcp_recvfrom, &sw_socket_tcp_close);
sw_check_okay(err, exit);
self->m_desc = desc;
exit:
return err;
}
sw_result
sw_udp_socket_super_init(
sw_socket self)
{
sw_result err;
err = sw_socket_init(self, SW_FALSE, &sw_socket_udp_connect, &sw_socket_udp_send, &sw_socket_udp_sendto, &sw_socket_udp_recv, &sw_socket_udp_recvfrom, &sw_socket_udp_close);
sw_check_okay(err, exit);
self->m_desc = socket(AF_INET, SOCK_DGRAM, 0);
err = sw_translate_error(self->m_desc != SW_INVALID_SOCKET, sw_socket_errno());
sw_check_okay_log(err, exit);
exit:
return err;
}
sw_result
sw_socket_join_multicast_group(
sw_socket self,
sw_ipv4_address local_address,
sw_ipv4_address multicast_address,
sw_uint32 ttl)
{
struct in_addr addr;
struct ip_mreq mreq;
#if defined(__sun) || defined(__VXWORKS__) || defined(__NetBSD__) || defined(__OpenBSD__)
sw_uint8 real_ttl = (sw_uint8) ttl;
#else
sw_uint32 real_ttl = ttl;
#endif
int res;
sw_result err;
/*
initialize the group membership
*/
sw_memset(&addr, 0, sizeof(addr));
addr.s_addr = sw_ipv4_address_saddr(local_address);
sw_memset(&mreq, 0, sizeof(mreq));
#if defined(__VXWORKS__)
/*
VxWorks doesn't like it if we try and use INADDR_ANY for use in
setting up multicast sockets.
So we please it.
*/
if (sw_ipv4_address_is_any(local_address))
{
sw_ipv4_address current_address;
err = sw_ipv4_address_init_from_this_host(¤t_address);
sw_check_okay(err, exit);
mreq.imr_interface.s_addr = sw_ipv4_address_saddr(current_address);
}
else
{
mreq.imr_interface = addr;
}
#else
mreq.imr_interface = addr;
#endif
mreq.imr_multiaddr.s_addr = sw_ipv4_address_saddr(multicast_address);
res = setsockopt(self->m_desc, IPPROTO_IP, IP_ADD_MEMBERSHIP, (char*) &mreq, sizeof(mreq));
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
res = setsockopt(self->m_desc, IPPROTO_IP, IP_MULTICAST_IF, (char*) &addr, sizeof(addr));
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
res = setsockopt(self->m_desc, IPPROTO_IP, IP_TTL, (char*) &ttl, sizeof(ttl));
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
res = setsockopt(self->m_desc, IPPROTO_IP, IP_MULTICAST_TTL, (char*) &real_ttl, sizeof(real_ttl));
err = sw_translate_error(res == 0, sw_socket_errno());
sw_check_okay_log(err, exit);
exit:
return err;
}
sw_result
sw_corby_channel_recv(
sw_corby_channel self,
sw_salt * salt,
sw_corby_message * message,
sw_uint32 * request_id,
sw_string * op,
sw_uint32 * op_len,
sw_corby_buffer * buffer,
sw_uint8 * endian,
sw_bool block)
{
static sw_const_string
message_type[] =
{
"Request",
"Reply",
"CancelRequest",
"LocateRequest",
"LocateReply",
"CloseConnection",
"MessageError"
};
sw_size_t buflen;
sw_size_t len;
sw_result err = SW_OKAY;
SW_UNUSED_PARAM(request_id);
sw_debug(SW_LOG_VERBOSE, "entering sw_corby_channel_recv()\n");
if (self->m_state == Waiting)
{
self->m_message->m_header = NULL;
}
/*
* side effect the salt reference
*/
if (salt)
{
(*salt) = self->m_orb->m_salt;
}
while (SW_TRUE)
{
buflen = (self->m_read_buffer->m_eptr - self->m_read_buffer->m_bptr);
*buffer = NULL;
if (message)
{
*message = NULL;
}
sw_debug(SW_LOG_VERBOSE, " %s %s, buffer(m_base = %x, m_bptr = %x, m_eptr = %x, m_end = %x, buflen = %d)\n",
(block) ? "block" : "!block",
(self->m_message->m_header) ? "message_header" : "!message_header",
self->m_read_buffer->m_base,
self->m_read_buffer->m_bptr,
self->m_read_buffer->m_eptr,
self->m_read_buffer->m_end,
buflen);
/*
beginning a new message
*/
if (self->m_message->m_header == NULL)
{
self->m_state = Reading;
/*
do we need to shift stuff down and reset pointers?
*/
if (buflen && (self->m_read_buffer->m_bptr != self->m_read_buffer->m_base))
{
sw_debug(SW_LOG_VERBOSE, " shifting buffer pointers %d bytes\n", buflen);
sw_memcpy(self->m_read_buffer->m_base, self->m_read_buffer->m_bptr, buflen);
}
self->m_read_buffer->m_bptr = self->m_read_buffer->m_base;
self->m_read_buffer->m_eptr = self->m_read_buffer->m_base + buflen;
/*
do we have enough to read a message header
*/
if (buflen >= sizeof(struct _sw_swop_message_header))
{
self->m_message->m_header = (sw_swop_message_header*) self->m_read_buffer->m_base;
sw_debug(SW_LOG_VERBOSE, " SWOP magic = %c %c %c %c\n",
self->m_message->m_header->m_magic[0],
self->m_message->m_header->m_magic[1],
self->m_message->m_header->m_magic[2],
self->m_message->m_header->m_magic[3]);
/*
check magic string
*/
sw_check
(
((self->m_message->m_header->m_magic[0] == 'S') &&
(self->m_message->m_header->m_magic[1] == 'W') &&
(self->m_message->m_header->m_magic[2] == 'O') &&
(self->m_message->m_header->m_magic[3] == 'P')),
exit,
err = SW_E_CORBY_BAD_MESSAGE
);
sw_debug(SW_LOG_VERBOSE, " SWOP version = %d %d\n",
self->m_message->m_header->m_major,
self->m_message->m_header->m_minor);
/*
check version number
*/
sw_check
(
((self->m_message->m_header->m_major <= SW_SWOP_MAJOR) &&
(self->m_message->m_header->m_minor <= SW_SWOP_MINOR)),
exit,
err = SW_E_CORBY_BAD_VERSION
);
sw_debug(SW_LOG_VERBOSE, " SWOP endian = %d\n",
self->m_message->m_header->m_endian);
sw_debug(SW_LOG_VERBOSE, " SWOP message type = %s\n", message_type[self->m_message->m_header->m_msg_type]);
/*
fix size
*/
if (self->m_message->m_header->m_endian != SW_ENDIAN)
{
self->m_message->m_header->m_msg_size = SW_SWAP32(self->m_message->m_header->m_msg_size);
}
sw_debug(SW_LOG_VERBOSE, " SWOP size = %d\n",
self->m_message->m_header->m_msg_size);
/*
make sure we have enough buffer space
*/
if (self->m_message->m_header->m_msg_size > ((self->m_read_buffer->m_end - self->m_read_buffer->m_base) - sizeof(struct _sw_swop_message_header)))
{
sw_uint32 new_size;
new_size = self->m_message->m_header->m_msg_size + sizeof(struct _sw_swop_message_header);
self->m_read_buffer->m_base = (sw_octets) sw_realloc(self->m_read_buffer->m_base, new_size);
sw_check(self->m_read_buffer->m_base, exit, err = SW_E_MEM);
self->m_read_buffer->m_bptr = self->m_read_buffer->m_base;
self->m_read_buffer->m_eptr = self->m_read_buffer->m_base + buflen;
self->m_read_buffer->m_end = self->m_read_buffer->m_base + new_size;
self->m_message->m_header = (struct _sw_swop_message_header*) self->m_read_buffer->m_base;
}
self->m_read_buffer->m_bptr += sizeof(struct _sw_swop_message_header);
buflen -= sizeof(struct _sw_swop_message_header);
}
}
/*
do we have the whole message?
*/
if (self->m_message->m_header && (self->m_message->m_header->m_msg_size <= buflen))
{
/*
* we've read the whole message, so we're now
* waiting for a new message
*/
self->m_state = Waiting;
/*
side effect endian
*/
if (endian)
{
*endian = self->m_message->m_header->m_endian;
}
sw_corby_channel_did_read(self, self->m_read_buffer->m_base, self->m_message->m_header->m_msg_size + SW_SWOP_HEADER_SIZE);
switch (self->m_message->m_header->m_msg_type)
{
case SW_SWOP_REQUEST:
return sw_corby_channel_parse_request(self, message, op, op_len, buffer);
case SW_SWOP_REPLY:
return sw_corby_channel_parse_reply(self, message, buffer);
case SW_SWOP_CANCEL_REQUEST:
return sw_corby_channel_parse_cancel_request(self, message, buffer);
case SW_SWOP_LOCATE_REQUEST:
return sw_corby_channel_parse_locate_request(self, message, buffer);
case SW_SWOP_LOCATE_REPLY:
return sw_corby_channel_parse_locate_reply(self, message, buffer);
case SW_SWOP_CLOSE_CONNECTION:
return sw_corby_channel_parse_close_connection(self, message, buffer);
default:
return sw_corby_channel_message_error(self);
}
}
/*
if we get here, then we need to read
*/
if (block)
{
err = sw_socket_recvfrom(self->m_socket, self->m_read_buffer->m_eptr, self->m_read_buffer->m_end - self->m_read_buffer->m_eptr, &len, &self->m_from, &self->m_from_port, NULL, NULL);
sw_check_okay(err, exit);
/*
* returning 0 is fair because the socket might have been set up
* in non-blocking mode. so if len == 0, we just return from
* this function gracefully
*/
if (len > 0)
{
self->m_read_buffer->m_eptr += len;
buflen = (self->m_read_buffer->m_eptr - self->m_read_buffer->m_bptr);
}
else
{
break;
}
}
else
{
break;
}
}
exit:
return err;
}
sw_result
sw_corby_channel_start_reply(
sw_corby_channel self,
sw_corby_buffer * buffer,
sw_uint32 request_id,
sw_corby_reply_status status)
{
sw_result err;
/*
* don't do this if this guy isn't expecting a reply
*/
sw_check(self->m_message->m_body.m_request_header.m_reply_expected, exit, err = SW_E_UNKNOWN);
/*
blop the SWOP message header
*/
err = sw_corby_channel_message_header(self, SW_SWOP_REPLY);
sw_check_okay(err, exit);
/*
service context list
*/
err = sw_corby_buffer_put_uint32(self->m_send_buffer, 0);
sw_check_okay(err, exit);
/*
request id
*/
err = sw_corby_buffer_put_uint32(self->m_send_buffer, request_id);
sw_check_okay(err, exit);
/*
status
*/
switch (status)
{
case SW_CORBY_NO_EXCEPTION:
err = sw_corby_buffer_put_uint32(self->m_send_buffer, SW_CORBY_NO_EXCEPTION);
sw_check_okay(err, exit);
break;
case SW_CORBY_SYSTEM_EXCEPTION:
err = sw_corby_buffer_put_uint32(self->m_send_buffer, SW_CORBY_SYSTEM_EXCEPTION);
sw_check_okay(err, exit);
break;
case SW_CORBY_USER_EXCEPTION:
err = sw_corby_buffer_put_uint32(self->m_send_buffer, SW_CORBY_USER_EXCEPTION);
sw_check_okay(err, exit);
break;
case SW_CORBY_LOCATION_FORWARD:
/* unhandled */
break;
}
*buffer = self->m_send_buffer;
exit:
if (err != SW_OKAY)
{
*buffer = NULL;
}
return err;
}
sw_result
sw_corby_channel_start_request(
sw_corby_channel self,
sw_const_corby_profile profile,
sw_corby_buffer * buffer,
sw_const_string op,
sw_uint32 oplen,
sw_bool reply_expected)
{
sw_uint32 request_id;
sw_result err;
/*
* reset my pointers
*/
self->m_send_buffer->m_bptr = self->m_send_buffer->m_base;
self->m_send_buffer->m_eptr = self->m_send_buffer->m_base;
/*
blop out the message header
*/
err = sw_corby_channel_message_header(self, SW_SWOP_REQUEST);
sw_check_okay(err, exit);
/*
service context
*/
err = sw_corby_buffer_put_uint32(self->m_send_buffer, 0);
sw_check_okay(err, exit);
/*
request id
*/
request_id = sw_corby_channel_request_id();
err = sw_corby_buffer_put_uint32(self->m_send_buffer, request_id);
sw_check_okay(err, exit);
/*
reply expected
*/
err = sw_corby_buffer_put_uint8(self->m_send_buffer, reply_expected);
sw_check_okay(err, exit);
/*
object key
*/
err = sw_corby_buffer_put_sized_octets(self->m_send_buffer, (sw_const_octets) profile->m_oid, profile->m_oid_len);
sw_check_okay(err, exit);
/*
operation
*/
err = sw_corby_buffer_put_sized_octets(self->m_send_buffer, (sw_octets) op, oplen);
sw_check_okay(err, exit);
/*
principal
*/
err = sw_corby_buffer_put_uint32(self->m_send_buffer, 0);
sw_check_okay(err, exit);
*buffer = self->m_send_buffer;
exit:
if (err != SW_OKAY)
{
*buffer = NULL;
}
return err;
}
sw_result
sw_corby_channel_init_with_profile(
sw_corby_channel * self,
struct _sw_corby_orb * orb,
sw_const_corby_profile profile,
sw_socket_options options,
sw_size_t bufsize)
{
sw_corby_channel channel;
sw_socket socket;
sw_result err;
/*
* initialize
*/
socket = NULL;
*self = NULL;
err = SW_OKAY;
/*
* let's try and see if we already have a connection to this guy
*/
for (channel = orb->m_channel_cache; channel; channel = channel->m_nextc)
{
if ((channel->m_to_tag == profile->m_tag) && sw_ipv4_address_equals(channel->m_to, profile->m_address) && (channel->m_to_port == profile->m_port))
{
sw_int8 name_buf[16];
sw_debug(SW_LOG_NOTICE, "sharing connection to %s, %d\n", sw_ipv4_address_name(profile->m_address, name_buf, 16), profile->m_port);
/*
* found it
*/
channel->m_cache_refs++;
channel->m_refs++;
*self = channel;
goto exit;
}
}
/*
* couldn't find it, so make a new one
*/
switch (profile->m_tag)
{
case SW_TAG_INTERNET_IOP:
err = sw_tcp_socket_init(&socket);
sw_check_okay(err, exit);
break;
case SW_TAG_UIOP:
err = sw_udp_socket_init(&socket);
sw_check_okay(err, exit);
err = sw_socket_bind(socket, sw_ipv4_address_any(), 0);
sw_check_okay(err, exit);
break;
case SW_TAG_MIOP:
err = sw_multicast_socket_init(&socket);
sw_check_okay(err, exit);
err = sw_socket_bind(socket, sw_ipv4_address_any(), profile->m_port);
sw_check_okay(err, exit);
break;
default:
err = SW_E_INIT;
goto exit;
}
/*
* now let's try to connect...for connectionless protocols it just stashes this info to be used later
*/
err = sw_socket_connect(socket, profile->m_address, profile->m_port);
sw_check_okay(err, exit);
err = sw_corby_channel_init(self, orb, socket, options, bufsize);
sw_check_okay(err, exit);
/*
* if we connected okay, then add to list of extant channels
*/
err = sw_ipv4_address_init_from_address(&(*self)->m_to, profile->m_address);
sw_check_okay(err, exit);
(*self)->m_to_tag = profile->m_tag;
(*self)->m_to_port = profile->m_port;
(*self)->m_send_queue_head = NULL;
(*self)->m_send_queue_tail = NULL;
(*self)->m_nextc = g_channel_cache;
(*self)->m_prevc = NULL;
if (orb->m_channel_cache)
{
orb->m_channel_cache->m_prevc = (*self);
}
orb->m_channel_cache = (*self);
(*self)->m_cache_refs++;
exit:
if (err != SW_OKAY)
{
if (*self != NULL)
{
sw_corby_channel_fina(*self);
}
else if (socket != NULL)
{
sw_socket_fina(socket);
}
}
return err;
}
