static void _pkr_close(struct incoming_conn_state* ics,
int log_level,
const char* reason)
{
char rbuf[128];
char lbuf[128];
/* FIXME: Log more useful things about the connection. */
pk_log(PK_LOG_TUNNEL_CONNS | log_level,
"%s; remote=%s; local=%s; hostname=%s; proto=%s; fd=%d",
reason,
in_addr_to_str((struct sockaddr*) &(ics->remote_addr), rbuf, 128),
in_addr_to_str((struct sockaddr*) &(ics->local_addr), lbuf, 128),
ics->hostname,
known_protos[ics->parsed_as],
ics->pkb->conn.sockfd);
if (ics->pkb) {
pkc_reset_conn(&(ics->pkb->conn), 0);
pkm_free_be_conn(ics->pkb);
}
ics->parse_state = PARSE_FAILED; /* A horrible hack */
if (ics->unparsed_data != NULL) free(ics->unparsed_data);
free(ics);
}
int main(int argc, char **argv) {
char pbuffer[64000];
struct pk_conn pkc;
struct pk_parser* pkp;
struct pk_pagekite kite;
struct pk_kite_request kite_r;
struct pk_kite_request* kite_rp;
SSL_CTX* ctx;
if (argc < 3) {
usage();
exit(1);
}
pks_global_init(PK_LOG_ALL);
pk_state.log_file = NULL;
PKS_SSL_INIT(ctx);
kite_r.kite = &kite;
strcpy(kite.protocol, "http");
strncpyz(kite.public_domain, argv[1], PK_DOMAIN_LENGTH);
kite.public_port = 0;
strncpyz(kite.auth_secret, argv[2], PK_SECRET_LENGTH);
kite_r.bsalt[0] = '\0';
kite_r.fsalt[0] = '\0';
kite_rp = &kite_r;
srand(time(0) ^ getpid());
if (0 > pk_connect(&pkc, argv[1], 443, 1, &kite_r, NULL, ctx)) {
pk_perror(argv[1]);
usage();
return 1;
}
pkp = pk_parser_init(sizeof(pbuffer), pbuffer, &handle_request, &pkc);
if (NULL == pkp) {
pk_perror(argv[1]);
usage();
return 1;
}
fprintf(stderr, "*** Connected! ***\n");
while (pkc_wait(&pkc, -1)) {
pkc_read(&pkc);
pk_parser_parse(pkp, pkc.in_buffer_pos, (char *) pkc.in_buffer);
pkc.in_buffer_pos = 0;
}
pkc_reset_conn(&pkc, 0);
return 0;
}
