static void dump_gw(rpc_t *rpc, void *st, struct gw_info *gw, unsigned int gw_index, unsigned int lcr_id)
{
str scheme, gw_name, hostname, params, transport;
str prefix, tag;
char buf[INT2STR_MAX_LEN], *start;
int len;
rpc->struct_add(st, "d", "lcr_id", lcr_id);
rpc->struct_add(st, "d", "gw_index", gw_index);
rpc->struct_add(st, "d", "gw_id", gw->gw_id);
gw_name.s = gw->gw_name;
gw_name.len = gw->gw_name_len;
rpc->struct_add(st, "S", "gw_name", &gw_name);
scheme.s = gw->scheme;
scheme.len = gw->scheme_len;
rpc->struct_add(st, "S", "scheme", &scheme);
switch(gw->ip_addr.af) {
case AF_INET:
rpc->struct_printf(st, "ip_addr", "%d.%d.%d.%d",
gw->ip_addr.u.addr[0], gw->ip_addr.u.addr[1],
gw->ip_addr.u.addr[2], gw->ip_addr.u.addr[3]);
break;
case AF_INET6:
rpc->struct_printf(st, "ip_addr", "%x:%x:%x:%x:%x:%x:%x:%x",
gw->ip_addr.u.addr16[0],
gw->ip_addr.u.addr16[1],
gw->ip_addr.u.addr16[2],
gw->ip_addr.u.addr16[3],
gw->ip_addr.u.addr16[4],
gw->ip_addr.u.addr16[5],
gw->ip_addr.u.addr16[6],
gw->ip_addr.u.addr16[7]);
break;
case 0:
rpc->struct_add(st, "s", "ip_addr", "0.0.0.0");
break;
}
hostname.s = gw->hostname;
hostname.len = gw->hostname_len;
rpc->struct_add(st, "S", "hostname", &hostname);
rpc->struct_add(st, "d", "port", gw->port);
params.s = gw->params;
params.len = gw->params_len;
rpc->struct_add(st, "S", "params", ¶ms);
transport.s = gw->transport;
transport.len = gw->transport_len;
rpc->struct_add(st, "S", "transport", &transport);
prefix.s = gw->prefix;
prefix.len = gw->prefix_len;
tag.s = gw->tag;
tag.len = gw->tag_len;
start = int2strbuf(
gw->defunct_until, &(buf[0]), INT2STR_MAX_LEN, &len);
rpc->struct_add(st, "dSSdds", "strip", gw->strip, "prefix",
&prefix, "tag", &tag, "flags", gw->flags, "state",
gw->state, "defunct_until", start);
}
static void dump_gws(rpc_t* rpc, void* c)
{
void* st;
unsigned int i, j;
enum sip_protos transport;
str gw_name, hostname, params;
str prefix, tag;
struct gw_info *gws;
char buf[INT2STR_MAX_LEN], *start;
int len;
for (j = 1; j <= lcr_count_param; j++) {
gws = gw_pt[j];
for (i = 1; i <= gws[0].ip_addr.u.addr32[0]; i++) {
if (rpc->add(c, "{", &st) < 0) return;
rpc->struct_add(st, "d", "lcr_id", j);
rpc->struct_add(st, "d", "gw_id", gws[i].gw_id);
rpc->struct_add(st, "d", "gw_index", i);
gw_name.s=gws[i].gw_name;
gw_name.len=gws[i].gw_name_len;
rpc->struct_add(st, "S", "gw_name", &gw_name);
if (gws[i].scheme == SIP_URI_T) {
rpc->struct_add(st, "s", "scheme", "sip");
} else {
rpc->struct_add(st, "s", "scheme", "sips");
}
switch (gws[i].ip_addr.af) {
case AF_INET:
rpc->struct_printf(st, "ip_addr", "%d.%d.%d.%d",
gws[i].ip_addr.u.addr[0],
gws[i].ip_addr.u.addr[1],
gws[i].ip_addr.u.addr[2],
gws[i].ip_addr.u.addr[3]);
break;
case AF_INET6:
rpc->struct_printf(st, "ip_addr", "%x:%x:%x:%x:%x:%x:%x:%x",
gws[i].ip_addr.u.addr16[0],
gws[i].ip_addr.u.addr16[1],
gws[i].ip_addr.u.addr16[2],
gws[i].ip_addr.u.addr16[3],
gws[i].ip_addr.u.addr16[4],
gws[i].ip_addr.u.addr16[5],
gws[i].ip_addr.u.addr16[6],
gws[i].ip_addr.u.addr16[7]);
break;
case 0:
rpc->struct_add(st, "s", "ip_addr", "0.0.0.0");
break;
}
hostname.s=gws[i].hostname;
hostname.len=gws[i].hostname_len;
rpc->struct_add(st, "S", "hostname", &hostname);
rpc->struct_add(st, "d", "port", gws[i].port);
params.s=gws[i].params;
params.len=gws[i].params_len;
rpc->struct_add(st, "S", "params", ¶ms);
transport = gws[i].transport;
switch(transport){
case PROTO_UDP:
rpc->struct_add(st, "s", "transport", "UDP");
break;
case PROTO_TCP:
rpc->struct_add(st, "s", "transport", "TCP");
break;
case PROTO_TLS:
rpc->struct_add(st, "s", "transport", "TLS");
break;
case PROTO_SCTP:
rpc->struct_add(st, "s", "transport", "SCTP");
break;
case PROTO_OTHER:
rpc->struct_add(st, "s", "transport", "OTHER");
break;
case PROTO_WS:
case PROTO_WSS:
case PROTO_NONE:
break;
}
prefix.s=gws[i].prefix;
prefix.len=gws[i].prefix_len;
tag.s=gws[i].tag;
tag.len=gws[i].tag_len;
start = int2strbuf(gws[i].defunct_until, &(buf[0]), INT2STR_MAX_LEN,
&len);
rpc->struct_add(st, "dSSds",
"strip", gws[i].strip,
"prefix", &prefix,
"tag", &tag,
"flags", gws[i].flags,
"defunct_until", start
);
}
}
}
