test_tport.c 42 KB
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/*
 * This file is part of the Sofia-SIP package
 *
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 * Copyright (C) 2006 Nokia Corporation.
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 *
 * Contact: Pekka Pessi <pekka.pessi@nokia.com>
 *
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 * This library is free software; you can redistribute it and/or
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 * modify it under the terms of the GNU Lesser General Public License
 * as published by the Free Software Foundation; either version 2.1 of
 * the License, or (at your option) any later version.
 *
 * This library is distributed in the hope that it will be useful, but
 * WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
 * Lesser General Public License for more details.
 *
 * You should have received a copy of the GNU Lesser General Public
 * License along with this library; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA
 * 02110-1301 USA
 *
 */

/**@CFILE tport_test.c
 *
 * Test functions for transports
 *
 * @internal
 *
 * @author Pekka Pessi <Pekka.Pessi@nokia.com>
 *
 * @date Created: Wed Apr  3 11:25:13 2002 ppessi
 */

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/* always assert()s */
#undef NDEBUG

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#include "config.h"

#include <stddef.h>
#include <stdlib.h>
#include <string.h>
#include <limits.h>
#include <stdio.h>
#include <assert.h>

typedef struct tp_test_s tp_test_t;

#define TP_STACK_T tp_test_t
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#define TP_CLIENT_T struct called
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#include <sofia-sip/su_wait.h>
#include <sofia-sip/su_md5.h>
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#include "tport_internal.h"	/* Get SU_DEBUG_*() */

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#include "test_class.h"
#include "test_protos.h"
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#include "sofia-sip/msg.h"
#include "sofia-sip/msg_mclass.h"
#include "sofia-sip/msg_addr.h"
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#if HAVE_SIGCOMP
#include <sigcomp.h>
#endif

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#include <sofia-sip/base64.h>
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#include <sofia-sip/su_log.h>
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#include "sofia-sip/tport.h"
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struct tp_test_s {
  su_home_t  tt_home[1];
  int        tt_flags;
  su_root_t *tt_root;
  msg_mclass_t *tt_mclass;
  tport_t   *tt_srv_tports;
  tport_t   *tt_tports;

  tport_t   *tt_rtport;

  tp_name_t tt_udp_name[1];
  tp_name_t tt_udp_comp[1];

  tp_name_t tt_tcp_name[1];
  tp_name_t tt_tcp_comp[1];

  tp_name_t tt_sctp_name[1];
  tp_name_t tt_sctp_comp[1];

  tp_name_t tt_tls_name[1];
  tp_name_t tt_tls_comp[1];

#if HAVE_SIGCOMP
  struct sigcomp_state_handler *state_handler;
  struct sigcomp_algorithm const *algorithm;
  struct sigcomp_compartment *master_cc;

#define IF_SIGCOMP_TPTAG_COMPARTMENT(cc) TAG_IF(cc, TPTAG_COMPARTMENT(cc)),
#else
#define IF_SIGCOMP_TPTAG_COMPARTMENT(cc)
#endif

  int        tt_status;
  int        tt_received;
  msg_t     *tt_rmsg;
  uint8_t    tt_digest[SU_MD5_DIGEST_SIZE];
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  su_addrinfo_t const *tt_tcp_addr;
  tport_t   *tt_tcp;
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};

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int tstflags;
#define TSTFLAGS tstflags
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#include <sofia-sip/tstdef.h>
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char const name[] = "tport_test";

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SOFIAPUBVAR su_log_t tport_log[];
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static int name_test(tp_test_t *tt)
{
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  tp_name_t tpn[1];

  su_home_t home[1] = { SU_HOME_INIT(home) };

  su_sockaddr_t su[1];

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  BEGIN();

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  memset(su, 0, sizeof su);

  su->su_port = htons(5060);
  su->su_family = AF_INET;

  TEST(tport_convert_addr(home, tpn, "tcp", "localhost", su), 0);

  su->su_family = AF_INET;

  TEST(tport_convert_addr(home, tpn, "tcp", "localhost", su), 0);

#if SU_HAVE_IN6
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  su->su_family = AF_INET6;
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  TEST(tport_convert_addr(home, tpn, "tcp", "localhost", su), 0);
#endif

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  END();
}

/* Count number of transports in chain */
static
int count_tports(tport_t *tp)
{
  int n = 0;

  for (tp = tport_primaries(tp); tp; tp = tport_next(tp))
    n++;
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  return n;
}

static int check_msg(tp_test_t *tt, msg_t *msg, char const *ident)
{
  msg_test_t *tst;
  msg_payload_t *pl;
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  usize_t i, len;
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  BEGIN();
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  TEST_1(tst = msg_test_public(msg));
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  TEST_1(pl = tst->msg_payload);

  if (ident) {
    if (!tst->msg_content_location ||
	strcmp(ident, tst->msg_content_location->g_string))
      return 1;
  }

  len = pl->pl_len;

  for (i = 0; i < len; i++) {
    if (pl->pl_data[i] != (char) (i % 240))
      break;
  }

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  if (pl)
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  return i != len;

  END();
}

static int test_create_md5(tp_test_t *tt, msg_t *msg)
{
  msg_test_t *tst;
  msg_payload_t *pl;
  su_md5_t md5[1];
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  BEGIN();

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  TEST_1(tst = msg_test_public(msg));
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  TEST_1(pl = tst->msg_payload);

  su_md5_init(md5);
  su_md5_update(md5, pl->pl_data, pl->pl_len);
  su_md5_digest(md5, tt->tt_digest);

  END();
}

static int test_check_md5(tp_test_t *tt, msg_t *msg)
{
  msg_test_t *tst;
  msg_payload_t *pl;
  su_md5_t md5[1];
  uint8_t digest[SU_MD5_DIGEST_SIZE];

  BEGIN();

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  TEST_1(tst = msg_test_public(msg));
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  TEST_1(pl = tst->msg_payload);

  su_md5_init(md5);
  su_md5_update(md5, pl->pl_data, pl->pl_len);
  su_md5_digest(md5, digest);

  TEST(memcmp(digest, tt->tt_digest, sizeof digest), 0);

  END();
}

static int test_msg_md5(tp_test_t *tt, msg_t *msg)
{
  msg_test_t *tst;

  BEGIN();

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  TEST_1(tst = msg_test_public(msg));
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  if (tst->msg_content_md5) {
    su_md5_t md5sum[1];
    uint8_t digest[SU_MD5_DIGEST_SIZE];
    char b64[BASE64_SIZE(SU_MD5_DIGEST_SIZE) + 1];

    msg_payload_t *pl =tst->msg_payload;

    su_md5_init(md5sum);
    su_md5_update(md5sum, pl->pl_data, pl->pl_len);
    su_md5_digest(md5sum, digest);

    base64_e(b64, sizeof(b64), digest, sizeof(digest));

    if (strcmp(b64, tst->msg_content_md5->g_string)) {
      ;
    }
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    TEST_S(b64, tst->msg_content_md5->g_string);
  } else {
    TEST_1(tst->msg_content_md5);
  }

  END();
}

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#define TPORT_TEST_VERSION MSG_TEST_VERSION_CURRENT
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static int new_test_msg(tp_test_t *tt, msg_t **retval,
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			char const *ident,
			int N, int len)
{
  msg_t *msg;
  msg_test_t *tst;
  su_home_t *home;
  msg_request_t *rq;
  msg_unknown_t *u;
  msg_content_location_t *cl;
  msg_content_md5_t *md5;
  msg_content_length_t *l;
  msg_separator_t *sep;
  msg_payload_t payload[1];
  msg_header_t *h;
  int i;

  su_md5_t md5sum[1];
  uint8_t digest[SU_MD5_DIGEST_SIZE];
  char b64[BASE64_SIZE(SU_MD5_DIGEST_SIZE) + 1];

  BEGIN();

  TEST_1(msg = msg_create(tt->tt_mclass, 0));
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  TEST_1(tst = msg_test_public(msg));
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  TEST_1(home = msg_home(msg));

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  TEST_SIZE(msg_maxsize(msg, 1024 + N * len), 0);
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  TEST_1(rq = msg_request_make(home, "DO im:foo@faa " TPORT_TEST_VERSION));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)rq), 0);
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  TEST_1(u = msg_unknown_make(home, "Foo: faa"));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)u), 0);
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  TEST_1(u = msg_unknown_make(home, "Foo: faa"));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)u), 0);
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  if (ident) {
    TEST_1(cl = msg_content_location_make(home, ident));
    TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)cl), 0);
  }
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  msg_payload_init(payload);

  payload->pl_len = len;
  TEST_1(payload->pl_data = su_zalloc(home, payload->pl_len));

  for (i = 0; i < len; i++) {
    payload->pl_data[i] = (char) (i % 240);
  }

  su_md5_init(md5sum);

  for (i = 0; i < N; i++) {
    h = msg_header_dup(home, (msg_header_t*)payload);
    TEST_1(h);
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    TEST(msg_header_insert(msg, (void *)tst, h), 0);
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    su_md5_update(md5sum, payload->pl_data, payload->pl_len);
  }

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  TEST_1(l = msg_content_length_format(home, MOD_ZU, (size_t)(N * payload->pl_len)));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)l), 0);
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  su_md5_digest(md5sum, digest);

  base64_e(b64, sizeof(b64), digest, sizeof(digest));

  TEST_1(md5 = msg_content_md5_make(home, b64));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)md5), 0);
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  TEST_1(sep = msg_separator_create(home));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)sep), 0);
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  TEST(msg_serialize(msg, (void *)tst), 0);
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  *retval = msg;

  END();
}

static
struct sigcomp_compartment *
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test_sigcomp_compartment(tp_test_t *tt, tport_t *tp, tp_name_t const *tpn);
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static void tp_test_recv(tp_test_t *tt,
			 tport_t *tp,
			 msg_t *msg,
			 tp_magic_t *magic,
			 su_time_t now)
{
  tp_name_t frm[1];

  if (tport_delivered_from(tp, msg, frm) != -1 && frm->tpn_comp) {
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    struct sigcomp_compartment *cc = test_sigcomp_compartment(tt, tp, frm);
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    tport_sigcomp_accept(tp, cc, msg);
  }

  tt->tt_status = 1;
  tt->tt_received++;

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  if (msg_has_error(msg)) {
    tt->tt_status = -1;
    tt->tt_rtport = tp;
  }
  else if (test_msg_md5(tt, msg))
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    msg_destroy(msg);
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  else if (tt->tt_rmsg)
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    msg_destroy(msg);
  else {
    tt->tt_rmsg = msg;
    tt->tt_rtport = tp;
  }
}

static void tp_test_error(tp_test_t *tt,
			  tport_t *tp,
			  int errcode,
			  char const *remote)
{
  tt->tt_status = -1;
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  fprintf(stderr, "tp_test_error(%p): error %d (%s) from %s\n",
	  (void *)tp, errcode, su_strerror(errcode),
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	  remote ? remote : "<unknown destination>");
}

msg_t *tp_test_msg(tp_test_t *tt, int flags,
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		   char const data[], usize_t size,
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		   tport_t const *tp,
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		   tp_client_t *tpc)
{
  msg_t *msg = msg_create(tt->tt_mclass, flags);

  msg_maxsize(msg, 2 * 1024 * 1024);

  return msg;
}


static
struct sigcomp_compartment *
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test_sigcomp_compartment(tp_test_t *tt,
			 tport_t *tp,
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			 tp_name_t const *tpn)
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{
  struct sigcomp_compartment *cc = NULL;
#if HAVE_SIGCOMP
  char name[256];
  int namesize;
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  namesize = snprintf(name, sizeof name, "TEST_%s/%s:%s",
		     tpn->tpn_proto,
		     tpn->tpn_host,
		     tpn->tpn_port);

  if (namesize <= 0 || namesize >= sizeof name)
    return NULL;

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  cc = sigcomp_compartment_access(tt->state_handler,
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				  0, name, namesize, NULL, 0);

  if (cc == NULL) {
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    cc = sigcomp_compartment_create(tt->algorithm, tt->state_handler,
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				    0, name, namesize, NULL, 0);

    sigcomp_compartment_option(cc, "dms=32768");
  }
#endif

  return cc;
}

/* Accept/reject early SigComp message */
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int test_sigcomp_accept(tp_stack_t *tt, tport_t *tp, msg_t *msg)
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{
  struct sigcomp_compartment *cc = NULL;

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  cc = test_sigcomp_compartment(tt, tp, tport_name(tp));
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  if (cc)
    tport_sigcomp_assign(tp, cc);

  return tport_sigcomp_accept(tp, cc, msg);
}


tp_stack_class_t const tp_test_class[1] =
  {{
      /* tpac_size */ sizeof(tp_test_class),
      /* tpac_recv */  tp_test_recv,
      /* tpac_error */ tp_test_error,
      /* tpac_alloc */ tp_test_msg,
  }};

static int init_test(tp_test_t *tt)
{
  tp_name_t myname[1] = {{ "*", "*", "*", "*", "sigcomp" }};
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#if HAVE_SCTP
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  char const * transports[] = { "udp", "tcp", "sctp", NULL };
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#else
  char const * transports[] = { "udp", "tcp", NULL };
#endif
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  tp_name_t const *tpn;
  tport_t *tp;
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  unsigned idle;
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  int logging = -1;
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  BEGIN();

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  int mask = AI_PASSIVE | AI_CANONNAME | AI_NUMERICHOST;

#ifdef AI_ALL
  mask |= AI_ALL;
#endif
#ifdef AI_V4MAPPED_CFG
  mask |= AI_V4MAPPED_CFG;
#endif
#ifdef AI_ADDRCONFIG
  mask |= AI_ADDRCONFIG;
#endif
#ifdef AI_V4MAPPED
  mask |= AI_V4MAPPED;
#endif

  /* Test that we have no common flags with underlying getaddrinfo() */
  TEST(mask & TP_AI_MASK, 0);

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  TEST_1(tt->tt_root = su_root_create(NULL));

  myname->tpn_host = "127.0.0.1";
  myname->tpn_ident = "client";

  /* Create message class */
  TEST_1(tt->tt_mclass = msg_mclass_clone(msg_test_mclass, 0, 0));

  /* Try to insert Content-Length header (expecting failure) */
  TEST(msg_mclass_insert(tt->tt_mclass, msg_content_length_href), -1);

#if HAVE_SIGCOMP
  TEST_1(tt->state_handler = sigcomp_state_handler_create());
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  TEST_1(tt->algorithm =
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	 sigcomp_algorithm_by_name(getenv("SIGCOMP_ALGORITHM")));
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  TEST_1(tt->master_cc =
	 sigcomp_compartment_create(tt->algorithm, tt->state_handler,
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				    0, "", 0, NULL, 0));
  TEST(sigcomp_compartment_option(tt->master_cc, "stateless"), 1);
#endif

  /* Create client transport */
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  TEST_1(tt->tt_tports =
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	 tport_tcreate(tt, tp_test_class, tt->tt_root,
		       IF_SIGCOMP_TPTAG_COMPARTMENT(tt->master_cc)
		       TAG_END()));

  /* Bind client transports */
  TEST(tport_tbind(tt->tt_tports, myname, transports,
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		   TPTAG_SERVER(0), TAG_END()),
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       0);

  if (getenv("TPORT_TEST_HOST"))
    myname->tpn_host = getenv("TPORT_TEST_HOST");
  else
    myname->tpn_host = "*";

  if (getenv("TPORT_TEST_PORT"))
    myname->tpn_port = getenv("TPORT_TEST_PORT");

  myname->tpn_ident = "server";

  /* Create server transport */
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  TEST_1(tt->tt_srv_tports =
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	 tport_tcreate(tt, tp_test_class, tt->tt_root,
		       IF_SIGCOMP_TPTAG_COMPARTMENT(tt->master_cc)
		       TAG_END()));

  /* Bind server transports */
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  TEST(tport_tbind(tt->tt_srv_tports, myname, transports,
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		   TPTAG_SERVER(1),
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		   TAG_END()),
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       0);

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  /* Check that the master transport has idle parameter */
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  TEST(tport_get_params(tt->tt_srv_tports,
			TPTAG_IDLE_REF(idle),
			TAG_END()), 1);

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  /* Check that logging tag works */
  TEST(tport_get_params(tt->tt_srv_tports,
			TPTAG_LOG_REF(logging),
			TAG_END()), 1);
  TEST(tport_set_params(tt->tt_srv_tports,
			TPTAG_LOG(logging),
			TAG_END()), 1);


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  for (tp = tport_primaries(tt->tt_srv_tports); tp; tp = tport_next(tp))
    TEST_S(tport_name(tp)->tpn_ident, "server");

  {
    su_sockaddr_t su[1];
    socklen_t sulen;
    int s;
    int i, before, after;
    char port[8];

    tp_name_t rname[1];

    *rname = *myname;

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    /* Check that we cannot bind to an already used socket */

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    memset(su, 0, sulen = sizeof(su->su_sin));
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    s = su_socket(su->su_family = AF_INET, SOCK_STREAM, 0); TEST_1(s != -1);
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    TEST_1(bind(s, &su->su_sa, sulen) != -1);
    TEST_1(listen(s, 5) != -1);
    TEST_1(getsockname(s, &su->su_sa, &sulen) != -1);

    sprintf(port, "%u", ntohs(su->su_port));

    rname->tpn_port = port;
    rname->tpn_ident = "failure";
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    before = count_tports(tt->tt_srv_tports);

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    /* Bind server transports to an reserved port - this should fail */
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    TEST(tport_tbind(tt->tt_srv_tports, rname, transports,
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		     TPTAG_SERVER(1),
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		     TAG_END()),
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	 -1);

    after = count_tports(tt->tt_srv_tports);

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    /* Check that no new primary transports has been added by failed call */
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    TEST(before, after);

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    /* Add new transports to an ephemeral port with new identity */

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    for (tp = tport_primaries(tt->tt_srv_tports); tp; tp = tport_next(tp))
      TEST_S(tport_name(tp)->tpn_ident, "server");

    rname->tpn_port = "*";
    rname->tpn_ident = "server2";

    /* Bind server transports to another port */
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    TEST(tport_tbind(tt->tt_srv_tports, rname, transports,
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		     TPTAG_SERVER(1),
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		     TAG_END()),
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	 0);

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    /* Check that new transports are after old ones. */
    for (i = 0, tp = tport_primaries(tt->tt_srv_tports);
	 i < before;
	 i++, tp = tport_next(tp))
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      TEST_S(tport_name(tp)->tpn_ident, "server");

    for (; tp; tp = tport_next(tp))
      TEST_S(tport_name(tp)->tpn_ident, "server2");
  }

#if HAVE_TLS
  {
    tp_name_t tlsname[1] = {{ "tls", "*", "*", "*", NULL }};
    char const * transports[] = { "tls", NULL };

    char const *srcdir = getenv("srcdir");

    if (srcdir == NULL)
      srcdir = ".";

    tlsname->tpn_host = myname->tpn_host;
    tlsname->tpn_ident = "server";

    /* Bind client transports */
    TEST(tport_tbind(tt->tt_tports, tlsname, transports,
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		     TPTAG_SERVER(0),
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		     TPTAG_CERTIFICATE(srcdir),
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		     TAG_END()),
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	 0);

    /* Bind tls server transport */
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    TEST(tport_tbind(tt->tt_srv_tports, tlsname, transports,
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		     TPTAG_SERVER(1),
		     TPTAG_CERTIFICATE(srcdir),
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		     TAG_END()),
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	 0);
  }
#endif

  for (tp = tport_primaries(tt->tt_srv_tports); tp; tp = tport_next(tp)) {
    TEST_1(tpn = tport_name(tp));

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    if (tt->tt_flags & tst_verbatim) {
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      char const *host = tpn->tpn_host != tpn->tpn_canon ? tpn->tpn_host : "";
      printf("bound transport to %s/%s:%s%s%s%s%s\n",
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	     tpn->tpn_proto, tpn->tpn_canon, tpn->tpn_port,
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	     host[0] ? ";maddr=" : "", host,
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	     tpn->tpn_comp ? ";comp=" : "",
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	     tpn->tpn_comp ? tpn->tpn_comp : "");
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    }
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    /* Ignore server2 tports for now */
    if (strcmp(tpn->tpn_ident, "server"))
      continue;

    if (strcmp(tpn->tpn_proto, "udp") == 0) {
      *tt->tt_udp_name = *tpn;
      tt->tt_udp_name->tpn_comp = NULL;
      tt->tt_udp_name->tpn_ident = NULL;
      *tt->tt_udp_comp = *tpn;
      tt->tt_udp_comp->tpn_ident = NULL;
    }
    else if (strcmp(tpn->tpn_proto, "tcp") == 0) {
      *tt->tt_tcp_name = *tpn;
      tt->tt_tcp_name->tpn_comp = NULL;
      tt->tt_tcp_name->tpn_ident = NULL;
      *tt->tt_tcp_comp = *tpn;
      tt->tt_tcp_comp->tpn_ident = NULL;
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      if (tt->tt_tcp_addr == NULL) {
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	tt->tt_tcp_addr = tport_get_address(tp);
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	tt->tt_tcp = tp;
      }
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    }
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    else if (strcmp(tpn->tpn_proto, "sctp") == 0) {
      *tt->tt_sctp_name = *tpn;
      tt->tt_sctp_name->tpn_ident = NULL;
    }
    else if (strcmp(tpn->tpn_proto, "tls") == 0) {
      *tt->tt_tls_name = *tpn;
      tt->tt_tls_name->tpn_ident = NULL;
    }
  }

  END();
}

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char const payload[] =
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"Some data\n"
"More data\n";

#include <time.h>

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int
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tport_test_run(tp_test_t *tt, unsigned timeout)
{
  time_t now = time(NULL);

  tt->tt_status = 0;

  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
  tt->tt_rtport = NULL;

  while (!tt->tt_status) {
    if (tt->tt_flags & tst_verbatim) {
      fputs(".", stdout); fflush(stdout);
    }
    su_root_step(tt->tt_root, 500L);

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    if (!getenv("TPORT_TEST_DEBUG") &&
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	time(NULL) > (time_t)(now + timeout))
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      return 0;
  }

  return tt->tt_status;
}

static int udp_test(tp_test_t *tt)
{
  tport_t *tp;
  msg_t *msg;
  msg_test_t *tst;
  su_home_t *home;
  msg_request_t *rq;
  msg_unknown_t *u;
  msg_content_length_t *l;
  msg_content_md5_t *md5;
  msg_separator_t *sep;
  msg_payload_t *pl;

  BEGIN();

  TEST_1(msg = msg_create(tt->tt_mclass, 0));
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  TEST_1(tst = msg_test_public(msg));
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  TEST_1(home = msg_home(msg));

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  TEST_1(rq = msg_request_make(home, "DO im:foo@faa " TPORT_TEST_VERSION));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)rq), 0);
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  TEST_1(u = msg_unknown_make(home, "Foo: faa"));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)u), 0);
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  TEST_1(pl = msg_payload_make(home, payload));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)pl), 0);
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  TEST_1(l = msg_content_length_format(home, MOD_ZU, (size_t)pl->pl_len));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)l), 0);
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  TEST_1(md5 = msg_content_md5_make(home, "R6nitdrtJFpxYzrPaSXfrA=="));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)md5), 0);
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  TEST_1(sep = msg_separator_create(home));
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  TEST(msg_header_insert(msg, (void *)tst, (msg_header_t *)sep), 0);
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  TEST(msg_serialize(msg, (void *)tst), 0);
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  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_udp_name, TAG_END()));

  TEST_S(tport_name(tp)->tpn_ident, "client");

  TEST(tport_test_run(tt, 5), 1);

  msg_destroy(msg);

#if 0
  tp_name_t tpn[1] = {{ NULL }};

  TEST_1(msg = tt->tt_rmsg); tt->tt_rmsg = NULL;

  TEST_1(home = msg_home(msg));

  TEST_1(tport_convert_addr(home, tpn, "udp", NULL, msg_addr(msg)) == 0);

  tpn->tpn_comp = tport_name(tt->tt_rtport)->tpn_comp;

  /* reply */
  TEST_1(tport_tsend(tt->tt_rtport, msg, tpn, TAG_END()) != NULL);

  msg_destroy(msg);

  TEST(tport_test_run(tt, 5), 1);

  msg_destroy(msg);
#endif

  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

  END();
}

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int pending_server_close, pending_client_close;

void server_closed_callback(tp_stack_t *tt, tp_client_t *client,
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			    tport_t *tp, msg_t *msg, int error)
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{
  assert(msg == NULL);
  assert(client == NULL);
  if (msg == NULL) {
    tport_release(tp, pending_server_close, NULL, NULL, client, 0);
    pending_server_close = 0;
  }
}

void client_closed_callback(tp_stack_t *tt, tp_client_t *client,
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			    tport_t *tp, msg_t *msg, int error)
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{
  assert(msg == NULL);
  assert(client == NULL);
  if (msg == NULL) {
    tport_release(tp, pending_client_close, NULL, NULL, client, 0);
    pending_client_close = 0;
  }
}

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static int tcp_test(tp_test_t *tt)
{
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  BEGIN();

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  msg_t *msg = NULL;
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  int i, N;
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  tport_t *tp, *tp0;
  char ident[16];
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  su_time_t started;

  /* Send a single message */
  TEST_1(!new_test_msg(tt, &msg, "tcp-first", 1, 1024));
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  tp0 = tport_incref(tp);
  msg_destroy(msg);

  tport_set_params(tp,
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       	    TPTAG_KEEPALIVE(100),
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       	    TPTAG_PINGPONG(500),
       	    TPTAG_IDLE(500),
       	    TAG_END());

  TEST(tport_test_run(tt, 5), 1);
  TEST_1(!check_msg(tt, tt->tt_rmsg, "tcp-first"));
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

  /* Ask for notification upon close */
  pending_client_close = tport_pend(tp0, NULL, client_closed_callback, NULL);
  TEST_1(pending_client_close > 0);
  tp = tt->tt_rtport;
  pending_server_close = tport_pend(tp, NULL, server_closed_callback, NULL);
  TEST_1(pending_server_close > 0);

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  N = 0; tt->tt_received = 0;

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#ifndef WIN32			/* Windows seems to be buffering too much */
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  /* Create a large message, just to force queueing in sending end */
  TEST(new_test_msg(tt, &msg, "tcp-0", 1, 16 * 64 * 1024), 0);
  test_create_md5(tt, msg);
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
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  N++;
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  TEST_S(tport_name(tp)->tpn_ident, "client");
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  TEST_P(tport_incref(tp), tp0); tport_decref(&tp);
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  msg_destroy(msg);

  /* Fill up the queue */
  for (i = 1; i < TPORT_QUEUESIZE; i++) {
    snprintf(ident, sizeof ident, "tcp-%u", i);

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    TEST(new_test_msg(tt, &msg, ident, 1, 64 * 1024), 0);
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    TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
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    N++;
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    TEST_S(tport_name(tp)->tpn_ident, "client");
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    TEST_P(tport_incref(tp), tp0); tport_decref(&tp);
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    msg_destroy(msg);
  }

  /* This overflows the queue */
  TEST(new_test_msg(tt, &msg, "tcp-overflow", 1, 1024), 0);
  TEST_1(!tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
  msg_destroy(msg);

  TEST(tport_test_run(tt, 60), 1);
  TEST_1(!check_msg(tt, tt->tt_rmsg, "tcp-0"));
  test_check_md5(tt, tt->tt_rmsg);
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

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  if (tt->tt_received < TPORT_QUEUESIZE) { /* We have not received it all */
    snprintf(ident, sizeof ident, "tcp-%u", tt->tt_received);
    TEST(tport_test_run(tt, 5), 1);
    TEST_1(!check_msg(tt, tt->tt_rmsg, ident));
    msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
  }
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#else
 (void)i; (void)ident;
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#endif

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  /* This uses a new connection */
  TEST_1(!new_test_msg(tt, &msg, "tcp-no-reuse", 1, 1024));
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  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name,
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       		   TPTAG_REUSE(0), TAG_END()));
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  N++;
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  TEST_S(tport_name(tp)->tpn_ident, "client");
  TEST_1(tport_incref(tp) != tp0); tport_decref(&tp);
  msg_destroy(msg);

  /* This uses the old connection */
  TEST_1(!new_test_msg(tt, &msg, "tcp-reuse", 1, 1024));
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  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name,
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       		   TPTAG_REUSE(1), TAG_END()));
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  N++;
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  TEST_S(tport_name(tp)->tpn_ident, "client");
  TEST_1(tport_incref(tp) == tp0); tport_decref(&tp);
  msg_destroy(msg);

  /* Receive every message from queue */
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  while (tt->tt_received < N) {
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    TEST(tport_test_run(tt, 5), 1);
    /* Validate message */
    TEST_1(!check_msg(tt, tt->tt_rmsg, NULL));
    msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
  }

  /* Try to send a single message */
  TEST_1(!new_test_msg(tt, &msg, "tcp-last", 1, 1024));
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
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  TEST_P(tport_incref(tp), tp0); tport_decref(&tp);
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  msg_destroy(msg);

  TEST(tport_test_run(tt, 5), 1);

  TEST_1(!check_msg(tt, tt->tt_rmsg, "tcp-last"));
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

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  TEST_1(pending_server_close && pending_client_close);
  SU_DEBUG_3(("tport_test(%p): waiting for PONG timeout\n", (void *)tp0));

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  /* Wait until notifications -
     client closes when no pong is received and notifys pending,
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     then server closes and notifys pending */
  while (pending_server_close || pending_client_close)
    su_root_step(tt->tt_root, 50);

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  tport_decref(&tp0);

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  /* Again a single message */
  TEST_1(!new_test_msg(tt, &msg, "tcp-pingpong", 1, 512));
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  tp0 = tport_incref(tp);
  msg_destroy(msg);

  tport_set_params(tp0,
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       	    TPTAG_KEEPALIVE(250),
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       	    TPTAG_PINGPONG(200),
       	    TAG_END());

  TEST(tport_test_run(tt, 5), 1);
  TEST_1(!check_msg(tt, tt->tt_rmsg, "tcp-pingpong"));
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

  /* Ask for notifications upon close */
  pending_client_close = tport_pend(tp0, NULL, client_closed_callback, NULL);
  TEST_1(pending_client_close > 0);

  tp = tt->tt_rtport;
  pending_server_close = tport_pend(tp, NULL, server_closed_callback, NULL);
  TEST_1(pending_server_close > 0);

  /* Now server responds with pong ... */
  TEST(tport_set_params(tp, TPTAG_PONG2PING(1), TAG_END()), 1);

  started = su_now();

  while (pending_server_close && pending_client_close) {
    su_root_step(tt->tt_root, 50);
    if (su_duration(su_now(), started) > 1000)
      break;
  }

  /* ... and we are still pending after a second */
  TEST_1(pending_client_close && pending_server_close);
  TEST_1(su_duration(su_now(), started) > 1000);

  tport_shutdown(tp0, 2);
  tport_unref(tp0);

  while (pending_server_close || pending_client_close)
    su_root_step(tt->tt_root, 50);

  END();
}

static int test_incomplete(tp_test_t *tt)
{
  BEGIN();
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  su_addrinfo_t const *ai = tt->tt_tcp_addr;
  su_socket_t s;
  int connected;

  TEST_1(ai != NULL);

  TEST(tport_set_params(tt->tt_tcp, TPTAG_TIMEOUT(500), TAG_END()), 1);

  s = su_socket(ai->ai_family, ai->ai_socktype, ai->ai_protocol);
  TEST_1(s != SOCKET_ERROR);
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  su_setblocking(s, 1);
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  connected = connect(s, ai->ai_addr, (socklen_t)ai->ai_addrlen);
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  su_root_step(tt->tt_root, 50);
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  TEST(su_send(s, "F", 1, 0), 1);
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  su_root_step(tt->tt_root, 50);
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  TEST(su_send(s, "O", 1, 0), 1);
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  su_root_step(tt->tt_root, 50);
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  TEST(su_send(s, "O", 1, 0), 1);
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  su_root_step(tt->tt_root, 50);
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  TEST(su_send(s, " ", 1, 0), 1);
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  su_root_step(tt->tt_root, 50);
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  tt->tt_received = 0;
  TEST(tport_test_run(tt, 5), -1);
  TEST(tt->tt_received, 1);
  TEST_P(tt->tt_rmsg, NULL);
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  su_close(s);
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  END();
}

static int reuse_test(tp_test_t *tt)
{
  msg_t *msg = NULL;
  int i, reuse = -1;
  tport_t *tp, *tp0, *tp1;
  tp_name_t tpn[1];

  BEGIN();

  /* Flush existing connections */
  *tpn = *tt->tt_tcp_name;
  tpn->tpn_port = "*";
  TEST_1(tp = tport_by_name(tt->tt_tports, tpn));
  TEST_1(tport_is_primary(tp));
  TEST(tport_flush(tp), 0);
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  for (i = 0; i < 10; i++)
    su_root_step(tt->tt_root, 10L);

  TEST(tport_set_params(tp, TPTAG_REUSE(0), TAG_END()), 1);

  /* Send two messages */
  TEST(new_test_msg(tt, &msg, "reuse-1", 1, 1024), 0);
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  TEST_1(tp0 = tport_incref(tp));
  TEST(tport_get_params(tp, TPTAG_REUSE_REF(reuse), TAG_END()), 1);
  TEST(reuse, 0);
  msg_destroy(msg), msg = NULL;

  TEST(new_test_msg(tt, &msg, "reuse-2", 1, 1024), 0);
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name, TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  TEST_1(tp1 = tport_incref(tp)); TEST_1(tp0 != tp1);
  TEST(tport_get_params(tp, TPTAG_REUSE_REF(reuse), TAG_END()), 1);
  TEST(reuse, 0);
  msg_destroy(msg), msg = NULL;

  /* Receive every message from queue */
  for (tt->tt_received = 0;
       tt->tt_received < 2;) {
    TEST(tport_test_run(tt, 5), 1);
    msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
  }

  /* Enable reuse on single connection */
  TEST(tport_set_params(tp1, TPTAG_REUSE(1), TAG_END()), 1);
  TEST(new_test_msg(tt, &msg, "reuse-3", 1, 1024), 0);
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  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name,
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			  TPTAG_REUSE(1),
			  TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  TEST_1(tp1 == tp);
  TEST(tport_get_params(tp, TPTAG_REUSE_REF(reuse), TAG_END()), 1);
  TEST(reuse, 1);
  msg_destroy(msg), msg = NULL;

  TEST(tport_test_run(tt, 5), 1);
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

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  TEST_1(tp = tport_by_name(tt->tt_tports, tpn));
  TEST_1(tport_is_primary(tp));
  TEST(tport_set_params(tp, TPTAG_REUSE(1), TAG_END()), 1);

  /* Send a single message with different connection */
  TEST_1(!new_test_msg(tt, &msg, "fresh-1", 1, 1024));
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  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_tcp_name,
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			  TPTAG_FRESH(1),
			  TPTAG_REUSE(1),
			  TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  TEST_1(tport_incref(tp) != tp1);  tport_decref(&tp);
  msg_destroy(msg);

  TEST(tport_test_run(tt, 5), 1);

  TEST_1(!check_msg(tt, tt->tt_rmsg, "fresh-1"));
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

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  TEST_1(tport_shutdown(tp0, 2) >= 0);
  TEST_1(tport_shutdown(tp1, 2) >= 0);
  TEST_1(tport_shutdown(tp0, 1) >= 0);
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  TEST(tport_shutdown(NULL, 0), -1);

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  tport_decref(&tp0);
  tport_decref(&tp1);

  END();
}

static int sctp_test(tp_test_t *tt)
{
  BEGIN();

  msg_t *msg = NULL;
  int i, n;
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  tport_t *tp, *tp0;
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  char buffer[32];
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  if (!tt->tt_sctp_name->tpn_proto)
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    return 0;

  /* Just a small and nice message first */
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  TEST_1(!new_test_msg(tt, &msg, "cid:sctp-first", 1, 1024));
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  test_create_md5(tt, msg);
  TEST_1(tp = tport_tsend(tt->tt_tports, msg, tt->tt_sctp_name, TAG_END()));
  TEST_S(tport_name(tp)->tpn_ident, "client");
  msg_destroy(msg);
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  tport_set_params(tp, TPTAG_KEEPALIVE(100), TPTAG_IDLE(500), TAG_END());

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  TEST(tport_test_run(tt, 5), 1);
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  TEST_1(!check_msg(tt, tt->tt_rmsg, NULL));
  test_check_md5(tt, tt->tt_rmsg);
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
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  tp0 = tport_ref(tp);

  pending_server_close = pending_client_close = 0;

  /* Ask for notification upon close */
  pending_client_close = tport_pend(tp, NULL, client_closed_callback, NULL);
  TEST_1(pending_client_close > 0);
  tp = tt->tt_rtport;
  pending_server_close = tport_pend(tp, NULL, server_closed_callback, NULL);
  TEST_1(pending_server_close > 0);

  if (0) { /* SCTP does not work reliably. Really. */

  tt->tt_received = 0;
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  /* Create large messages, just to force queueing in sending end */
  for (n = 0; !tport_queuelen(tp); n++) {
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    snprintf(buffer, sizeof buffer, "cid:sctp-%u", n);
    TEST_1(!new_test_msg(tt, &msg, buffer, 1, 32000));
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    test_create_md5(tt, msg);
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    TEST_1(tp = tport_tsend(tp0, msg, tt->tt_sctp_name, TAG_END()));
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    TEST_S(tport_name(tp)->tpn_ident, "client");
    msg_destroy(msg);
  }
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  /* Fill up the queue */
  for (i = 1; i < TPORT_QUEUESIZE; i++) {
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    snprintf(buffer, sizeof buffer, "cid:sctp-%u", n + i);
    TEST_1(!new_test_msg(tt, &msg, buffer, 1, 1024));
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    TEST_1(tp = tport_tsend(tp0, msg, tt->tt_sctp_name, TAG_END()));
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    msg_destroy(msg);
  }

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  /* Try to overflow the queue */
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  snprintf(buffer, sizeof buffer, "cid:sctp-%u", n + i);
  TEST_1(!new_test_msg(tt, &msg, buffer, 1, 1024));
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  TEST_1(!tport_tsend(tt->tt_tports, msg, tt->tt_sctp_name, TAG_END()));
  msg_destroy(msg);
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  TEST(tport_test_run(tt, 5), 1);
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  TEST_1(!check_msg(tt, tt->tt_rmsg, NULL));
  test_check_md5(tt, tt->tt_rmsg);
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;

  /* This uses a new connection */
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  TEST_1(!new_test_msg(tt, &msg, "cid:sctp-new", 1, 1024));
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  TEST_1(tport_tsend(tt->tt_tports, msg, tt->tt_sctp_name,
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		     TPTAG_REUSE(0), TAG_END()));
  msg_destroy(msg);

  /* Receive every message from queue */
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  for (; tt->tt_received < n + TPORT_QUEUESIZE - 1;) {
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    TEST(tport_test_run(tt, 10), 1);
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    /* Validate message */
    TEST_1(!check_msg(tt, tt->tt_rmsg, NULL));
    msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
  }
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  /* Try to send a single message */
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  TEST_1(!new_test_msg(tt, &msg, "cid:sctp-final", 1, 512));
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  TEST_1(tport_tsend(tt->tt_tports, msg, tt->tt_sctp_name, TAG_END()));
  msg_destroy(msg);
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  TEST(tport_test_run(tt, 10), 1);
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  TEST_1(!check_msg(tt, tt->tt_rmsg, NULL));
  msg_destroy(tt->tt_rmsg), tt->tt_rmsg = NULL;
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  }

  tport_unref(tp0);

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