/* -*- Mode: C; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
 *  Copyright (C) 2008-2011  Kouhei Sutou <kou@clear-code.com>
 *
 *  This library is free software: you can redistribute it and/or modify
 *  it under the terms of the GNU Lesser General Public License as published by
 *  the Free Software Foundation, either version 3 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 program.  If not, see <http://www.gnu.org/licenses/>.
 *
 */

#ifdef HAVE_CONFIG_H
#  include <config.h>
#endif /* HAVE_CONFIG_H */

#include <string.h>
#include <errno.h>
#ifdef HAVE_UNISTD_H
#  include <unistd.h>
#endif

#include <glib.h>
#include <glib/gstdio.h>

#if defined(HAVE_STDINT_H) && !defined(HAVE_INTTYPES_H)
#  if !defined(G_GINTPTR_MODIFIER)
#    if GLIB_SIZEOF_VOID_P == 8
#      define G_GINTPTR_MODIFIER      "l"
#      define G_GINTPTR_FORMAT        "li"
#      define G_GUINTPTR_FORMAT       "lu"
#    else
#      define G_GINTPTR_MODIFIER      ""
#      define G_GINTPTR_FORMAT        "i"
#      define G_GUINTPTR_FORMAT       "u"
#    endif
#  endif

#  define PRIdLEAST8    "d"
#  define PRIdLEAST16   "d"
#  define PRIdLEAST32   G_GINT32_FORMAT
#  define PRIdLEAST64   G_GINT64_FORMAT
#  define PRIdFAST8     "d"
#  define PRIdFAST16    G_GINTPTR_MODIFIER "d"
#  define PRIdFAST32    G_GINTPTR_MODIFIER "d"
#  define PRIdFAST64    G_GINT64_FORMAT
#  define PRIdMAX       G_GINT64_FORMAT
#  define PRIdPTR       G_GINTPTR_FORMAT
#  define PRIuLEAST8    "u"
#  define PRIuLEAST16   "u"
#  define PRIuLEAST32   G_GUINT32_FORMAT
#  define PRIuLEAST64   G_GUINT64_FORMAT
#  define PRIuFAST8     "u"
#  define PRIuFAST16    G_GINTPTR_MODIFIER "u"
#  define PRIuFAST32    G_GINTPTR_MODIFIER "u"
#  define PRIuFAST64    G_GUINT64_FORMAT
#  define PRIuMAX       G_GUINT64_FORMAT
#  define PRIuPTR       G_GUINTPTR_FORMAT
#endif

#include <errno.h>

#include "cut-helper.h"
#include <gcutter/gcut-assertions-helper.h>

void
cut_assert_helper (cut_boolean     result,
                   const char     *expression)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> is neither FALSE nor NULL",
                                      expression));
    }
}

void
cut_assert_true_helper (cut_boolean     result,
                        const char     *expression)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> is TRUE value",
                                      expression));
    }
}

void
cut_assert_false_helper (cut_boolean     result,
                         const char     *expression)
{
    if (result) {
        cut_test_fail(cut_take_printf("expected: <%s> is FALSE/NULL",
                                      expression));
    } else {
        cut_test_pass();
    }
}

void
cut_assert_equal_boolean_helper (cut_boolean     expected,
                                 cut_boolean     actual,
                                 const char     *expression_expected,
                                 const char     *expression_actual)
{
    if ((expected && actual) || (!expected && !actual)) {
        cut_test_pass();
    } else {
        cut_set_expected(expected ? "true" : "false");
        cut_set_actual(actual ? "true" : "false");
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_boolean_helper (cut_boolean     expected,
                                     cut_boolean     actual,
                                     const char     *expression_expected,
                                     const char     *expression_actual)
{
    if ((expected && actual) || (!expected && !actual)) {
        cut_set_expected(expected ? "true" : "false");
        cut_set_actual(actual ? "true" : "false");
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    } else {
        cut_test_pass();
    }
}

void
cut_assert_null_helper (const void     *object,
                        const char     *expression)
{
    if (object == NULL) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> is NULL",
                                      expression));
    }
}

void
cut_assert_null_string_helper (const char     *string,
                               const char     *expression)
{
    if (string == NULL) {
        cut_test_pass();
    } else {
        cut_set_expected("<NULL>");
        cut_set_actual(string);
        cut_test_fail(cut_take_printf("<%s> is NULL", expression));
    }
}

void
cut_assert_not_null_helper (const void     *object,
                            const char     *expression)
{
    if (object != NULL) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> is not NULL",
                                      expression));
    }
}

void
cut_assert_equal_int_helper (long            expected,
                             long            actual,
                             const char     *expression_expected,
                             const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%ld", expected));
        cut_set_actual(cut_take_printf("%ld", actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_helper (long            expected,
                                 long            actual,
                                 const char     *expression_expected,
                                 const char     *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%ld", expected));
        cut_set_actual(cut_take_printf("%ld", actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

#ifdef CUT_SUPPORT_C99_STDINT_TYPES
void
cut_assert_equal_int_least8_helper (int_least8_t  expected,
                             int_least8_t         actual,
                             const char          *expression_expected,
                             const char          *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST8, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_least8_helper (int_least8_t  expected,
                                 int_least8_t         actual,
                                 const char          *expression_expected,
                                 const char          *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST8, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_least16_helper (int_least16_t  expected,
                             int_least16_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST16, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_least16_helper (int_least16_t  expected,
                                 int_least16_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST16, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_least32_helper (int_least32_t  expected,
                             int_least32_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST32, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_least32_helper (int_least32_t  expected,
                                 int_least32_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST32, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_least64_helper (int_least64_t  expected,
                             int_least64_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST64, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_least64_helper (int_least64_t  expected,
                                 int_least64_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdLEAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIdLEAST64, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_fast8_helper (int_fast8_t  expected,
                             int_fast8_t        actual,
                             const char        *expression_expected,
                             const char        *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST8, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_fast8_helper (int_fast8_t  expected,
                                 int_fast8_t        actual,
                                 const char        *expression_expected,
                                 const char        *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST8, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_fast16_helper (int_fast16_t  expected,
                             int_fast16_t         actual,
                             const char          *expression_expected,
                             const char          *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST16, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_fast16_helper (int_fast16_t  expected,
                                 int_fast16_t         actual,
                                 const char          *expression_expected,
                                 const char          *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST16, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_fast32_helper (int_fast32_t  expected,
                             int_fast32_t         actual,
                             const char          *expression_expected,
                             const char          *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST32, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_fast32_helper (int_fast32_t  expected,
                                 int_fast32_t         actual,
                                 const char          *expression_expected,
                                 const char          *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST32, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_int_fast64_helper (int_fast64_t  expected,
                             int_fast64_t         actual,
                             const char          *expression_expected,
                             const char          *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST64, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_int_fast64_helper (int_fast64_t  expected,
                                 int_fast64_t         actual,
                                 const char          *expression_expected,
                                 const char          *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdFAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIdFAST64, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_intptr_helper (intptr_t  expected,
                             intptr_t     actual,
                             const char  *expression_expected,
                             const char  *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdPTR, expected));
        cut_set_actual(cut_take_printf("%" PRIdPTR, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_intptr_helper (intptr_t  expected,
                                 intptr_t     actual,
                                 const char  *expression_expected,
                                 const char  *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdPTR, expected));
        cut_set_actual(cut_take_printf("%" PRIdPTR, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_intmax_helper (intmax_t  expected,
                             intmax_t     actual,
                             const char  *expression_expected,
                             const char  *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdMAX, expected));
        cut_set_actual(cut_take_printf("%" PRIdMAX, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_intmax_helper (intmax_t  expected,
                                 intmax_t     actual,
                                 const char  *expression_expected,
                                 const char  *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIdMAX, expected));
        cut_set_actual(cut_take_printf("%" PRIdMAX, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

#endif

void
cut_assert_equal_uint_helper (unsigned long   expected,
                              unsigned long   actual,
                              const char     *expression_expected,
                              const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%lu", expected));
        cut_set_actual(cut_take_printf("%lu", actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_helper (unsigned long   expected,
                                  unsigned long   actual,
                                  const char     *expression_expected,
                                  const char     *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%lu", expected));
        cut_set_actual(cut_take_printf("%lu", actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

#ifdef CUT_SUPPORT_C99_STDINT_TYPES

void
cut_assert_equal_uint_least8_helper (uint_least8_t  expected,
                             uint_least8_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST8, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_least8_helper (uint_least8_t  expected,
                                 uint_least8_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST8, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_least16_helper (uint_least16_t  expected,
                             uint_least16_t           actual,
                             const char              *expression_expected,
                             const char              *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST16, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_least16_helper (uint_least16_t  expected,
                                 uint_least16_t           actual,
                                 const char              *expression_expected,
                                 const char              *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST16, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_least32_helper (uint_least32_t  expected,
                             uint_least32_t           actual,
                             const char              *expression_expected,
                             const char              *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST32, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_least32_helper (uint_least32_t  expected,
                                 uint_least32_t           actual,
                                 const char              *expression_expected,
                                 const char              *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST32, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_least64_helper (uint_least64_t  expected,
                             uint_least64_t           actual,
                             const char              *expression_expected,
                             const char              *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST64, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_least64_helper (uint_least64_t  expected,
                                 uint_least64_t           actual,
                                 const char              *expression_expected,
                                 const char              *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuLEAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIuLEAST64, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_fast8_helper (uint_fast8_t  expected,
                             uint_fast8_t         actual,
                             const char          *expression_expected,
                             const char          *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST8, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_fast8_helper (uint_fast8_t  expected,
                                 uint_fast8_t         actual,
                                 const char          *expression_expected,
                                 const char          *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST8, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST8, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_fast16_helper (uint_fast16_t  expected,
                             uint_fast16_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST16, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_fast16_helper (uint_fast16_t  expected,
                                 uint_fast16_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST16, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST16, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_fast32_helper (uint_fast32_t  expected,
                             uint_fast32_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST32, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_fast32_helper (uint_fast32_t  expected,
                                 uint_fast32_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST32, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST32, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uint_fast64_helper (uint_fast64_t  expected,
                             uint_fast64_t          actual,
                             const char            *expression_expected,
                             const char            *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST64, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uint_fast64_helper (uint_fast64_t  expected,
                                 uint_fast64_t          actual,
                                 const char            *expression_expected,
                                 const char            *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuFAST64, expected));
        cut_set_actual(cut_take_printf("%" PRIuFAST64, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uintptr_helper (uintptr_t   expected,
                             uintptr_t       actual,
                             const char     *expression_expected,
                             const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuPTR, expected));
        cut_set_actual(cut_take_printf("%" PRIuPTR, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uintptr_helper (uintptr_t   expected,
                                 uintptr_t       actual,
                                 const char     *expression_expected,
                                 const char     *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuPTR, expected));
        cut_set_actual(cut_take_printf("%" PRIuPTR, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_uintmax_helper (uintmax_t   expected,
                             uintmax_t       actual,
                             const char     *expression_expected,
                             const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuMAX, expected));
        cut_set_actual(cut_take_printf("%" PRIuMAX, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_uintmax_helper (uintmax_t   expected,
                                 uintmax_t       actual,
                                 const char     *expression_expected,
                                 const char     *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" PRIuMAX, expected));
        cut_set_actual(cut_take_printf("%" PRIuMAX, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

#endif

void
cut_assert_equal_size_helper (size_t          expected,
                              size_t          actual,
                              const char     *expression_expected,
                              const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" G_GSIZE_FORMAT, expected));
        cut_set_actual(cut_take_printf("%" G_GSIZE_FORMAT, actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_size_helper (size_t          expected,
                                  size_t          actual,
                                  const char     *expression_expected,
                                  const char     *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_take_printf("%" G_GSIZE_FORMAT, expected));
        cut_set_actual(cut_take_printf("%" G_GSIZE_FORMAT, actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_double_helper (double          expected,
                                double          error,
                                double          actual,
                                const char     *expression_expected,
                                const char     *expression_error,
                                const char     *expression_actual)
{
    if (cut_utils_equal_double(expected, actual, error)) {
        cut_test_pass();
    } else {
        double min, max;
        const gchar *relation;

        if (error > 0) {
            min = expected - error;
            max = expected + error;
        } else {
            min = expected + error;
            max = expected - error;
        }

        if (actual < min)
            relation = "actual < min < max";
        else
            relation = "min < max < actual";

        cut_test_fail(cut_take_printf("<%s-%s <= %s <= %s+%s>\n"
                                      "expected: <%g>\n"
                                      "   error: <%g>\n"
                                      "     min: <%g>\n"
                                      "     max: <%g>\n"
                                      "  actual: <%g>\n"
                                      "relation: <%s>",
                                      expression_expected,
                                      expression_error,
                                      expression_actual,
                                      expression_expected,
                                      expression_error,
                                      expected,
                                      error,
                                      min,
                                      max,
                                      actual,
                                      relation));
    }
}

void
cut_assert_not_equal_double_helper (double          expected,
                                    double          error,
                                    double          actual,
                                    const char     *expression_expected,
                                    const char     *expression_error,
                                    const char     *expression_actual)
{
    if (!cut_utils_equal_double(expected, actual, error)) {
        cut_test_pass();
    } else {
        double min, max;

        if (error > 0) {
            min = expected - error;
            max = expected + error;
        } else {
            min = expected + error;
            max = expected - error;
        }

        cut_test_fail(cut_take_printf("<(%s < %s-%s) && (%s+%s < %s)>\n"
                                      "expected: <%g>\n"
                                      "   error: <%g>\n"
                                      "     min: <%g>\n"
                                      "     max: <%g>\n"
                                      "  actual: <%g>\n"
                                      "relation: <min < actual < max>",
                                      expression_actual,
                                      expression_expected,
                                      expression_error,
                                      expression_expected,
                                      expression_error,
                                      expression_actual,
                                      expected,
                                      error,
                                      min,
                                      max,
                                      actual));
    }
}

static const gchar *
taken_inspect_char (char value)
{
    const gchar *inspected;
    GString *inspected_buffer;

    inspected_buffer = g_string_new(NULL);
    gcut_inspect_char(inspected_buffer, &value, NULL);
    inspected = cut_take_strdup(inspected_buffer->str);
    g_string_free(inspected_buffer, TRUE);

    return inspected;
}

void
cut_assert_equal_char_helper (char            expected,
                              char            actual,
                              const char     *expression_expected,
                              const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_set_expected(taken_inspect_char(expected));
        cut_set_actual(taken_inspect_char(actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_not_equal_char_helper (char            expected,
                                  char            actual,
                                  const char     *expression_expected,
                                  const char     *expression_actual)
{
    if (expected != actual) {
        cut_test_pass();
    } else {
        cut_set_expected(taken_inspect_char(expected));
        cut_set_actual(taken_inspect_char(actual));
        cut_test_fail(cut_take_printf("<%s != %s>",
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_equal_string_helper (const char     *expected,
                                const char     *actual,
                                const char     *expression_expected,
                                const char     *expression_actual)
{
    if (expected == NULL) {
        if (actual == NULL) {
            cut_test_pass();
        } else {
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual));
            cut_test_fail(cut_take_printf("<%s == NULL>",
                                          expression_actual));
        }
    } else {
        if (cut_utils_equal_string(expected, actual)) {
            cut_test_pass();
        } else {
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual));
            cut_test_fail(cut_take_printf("<%s == %s>",
                                          expression_expected,
                                          expression_actual));
        }
    }
}

void
cut_assert_not_equal_string_helper (const char     *expected,
                                    const char     *actual,
                                    const char     *expression_expected,
                                    const char     *expression_actual)
{
    if (expected == NULL) {
        if (actual) {
            cut_test_pass();
        } else {
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual));
            cut_test_fail(cut_take_printf("<%s != NULL>",
                                          expression_actual));
        }
    } else {
        if (!cut_utils_equal_string(expected, actual)) {
            cut_test_pass();
        } else {
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual));
            cut_test_fail(cut_take_printf("<%s != %s>",
                                          expression_expected,
                                          expression_actual));
        }
    }
}

void
cut_assert_equal_substring_helper (const char     *expected,
                                   const char     *actual,
                                   size_t          length,
                                   const char     *expression_expected,
                                   const char     *expression_actual,
                                   const char     *expression_length)
{
    if (expected == NULL) {
        if (actual == NULL) {
            cut_test_pass();
        } else {
            const gchar *actual_substring;

            actual_substring = cut_take_string(g_strndup(actual, length));
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual_substring));
            cut_test_fail(cut_take_printf("<%s == NULL>",
                                          expression_actual));
        }
    } else {
        if (cut_utils_equal_substring(expected, actual, length)) {
            cut_test_pass();
        } else {
            const gchar *actual_substring = NULL;

            actual_substring = cut_take_string(g_strndup(actual, length));
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual_substring));
            cut_test_fail(cut_take_printf("<%s == (%s)[0..%s]>",
                                          expression_expected,
                                          expression_actual,
                                          expression_length));
        }
    }
}

void
cut_assert_not_equal_substring_helper (const char     *expected,
                                       const char     *actual,
                                       size_t          length,
                                       const char     *expression_expected,
                                       const char     *expression_actual,
                                       const char     *expression_length)
{
    if (expected == NULL) {
        if (actual) {
            cut_test_pass();
        } else {
            const gchar *actual_substring;

            actual_substring = cut_take_string(g_strndup(actual, length));
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual_substring));
            cut_test_fail(cut_take_printf("<%s != NULL>",
                                          expression_actual));
        }
    } else {
        if (!cut_utils_equal_substring(expected, actual, length)) {
            cut_test_pass();
        } else {
            const gchar *actual_substring;

            actual_substring = cut_take_string(g_strndup(actual, length));
            cut_set_expected(cut_take_inspect_string(expected));
            cut_set_actual(cut_take_inspect_string(actual_substring));
            cut_test_fail(cut_take_printf("<%s != (%s)[0..%s]>",
                                          expression_expected,
                                          expression_actual,
                                          expression_length));
        }
    }
}

void
cut_assert_equal_memory_helper (const void     *expected,
                                size_t          expected_size,
                                const void     *actual,
                                size_t          actual_size,
                                const char     *expression_expected,
                                const char     *expression_expected_size,
                                const char     *expression_actual,
                                const char     *expression_actual_size)
{
    if (expected_size == actual_size &&
        memcmp(expected, actual, expected_size) == 0) {
        cut_test_pass();
    } else {
        const char *message;
        const char *inspected_expected;
        const char *inspected_actual;

        inspected_expected =
            cut_take_string(cut_utils_inspect_memory(expected, expected_size));
        inspected_actual =
            cut_take_string(cut_utils_inspect_memory(actual, actual_size));
        message = cut_take_printf(
            "<%s(size: %s) == %s(size: %s)>",
            expression_expected,
            expression_expected_size,
            expression_actual,
            expression_actual_size);
        cut_set_expected(cut_take_printf("%s (size: %" G_GSIZE_FORMAT ")",
                                         inspected_expected,
                                         expected_size));
        cut_set_actual(cut_take_printf("%s (size: %" G_GSIZE_FORMAT ")",
                                       inspected_actual,
                                       actual_size));
        cut_test_fail(message);
    }
}

void
cut_assert_not_equal_memory_helper (const void     *expected,
                                    size_t          expected_size,
                                    const void     *actual,
                                    size_t          actual_size,
                                    const char     *expression_expected,
                                    const char     *expression_expected_size,
                                    const char     *expression_actual,
                                    const char     *expression_actual_size)
{
    if ((expected_size != actual_size) ||
        memcmp(expected, actual, expected_size) != 0) {
        cut_test_pass();
    } else {
        const char *message;
        const char *inspected_expected;
        const char *inspected_actual;

        inspected_expected =
            cut_take_string(cut_utils_inspect_memory(expected, expected_size));
        inspected_actual =
            cut_take_string(cut_utils_inspect_memory(actual, actual_size));
        message = cut_take_printf(
            "<%s(size: %s) != %s(size: %s)>",
            expression_expected,
            expression_expected_size,
            expression_actual,
            expression_actual_size);
        cut_set_expected(cut_take_printf("%s (size: %" G_GSIZE_FORMAT ")",
                                         inspected_expected, expected_size));
        cut_set_actual(cut_take_printf("%s (size: %" G_GSIZE_FORMAT ")",
                                       inspected_actual, actual_size));
        cut_test_fail(message);
    }
}

void
cut_assert_equal_string_array_helper (char          **expected,
                                      char          **actual,
                                      const char     *expression_expected,
                                      const char     *expression_actual)
{
    if (expected && actual &&
        cut_utils_equal_string_array(expected, actual)) {
        cut_test_pass();
    } else {
        const gchar *inspected_expected;
        const gchar *inspected_actual;
        const gchar *message;

        inspected_expected = cut_inspect_string_array(expected);
        inspected_actual = cut_inspect_string_array(actual);
        message = cut_take_printf("<%s == %s>",
                                  expression_expected,
                                  expression_actual);
        cut_set_expected(inspected_expected);
        cut_set_actual(inspected_actual);
        cut_test_fail(message);
    }
}

void
cut_assert_operator_helper (cut_boolean     result,
                            const char     *expression_lhs,
                            const char     *expression_operator,
                            const char     *expression_rhs)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s %s %s> is TRUE",
                                      expression_lhs,
                                      expression_operator,
                                      expression_rhs));
    }
}

void
cut_assert_operator_int_helper (cut_boolean     result,
                                long            lhs,
                                long            rhs,
                                const char     *expression_lhs,
                                const char     *expression_operator,
                                const char     *expression_rhs)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> %s <%s>\n"
                                      "  actual: <%ld> %s <%ld>",
                                      expression_lhs,
                                      expression_operator,
                                      expression_rhs,
                                      lhs,
                                      expression_operator,
                                      rhs));
    }
}

void
cut_assert_operator_uint_helper (cut_boolean     result,
                                 unsigned long   lhs,
                                 unsigned long   rhs,
                                 const char     *expression_lhs,
                                 const char     *expression_operator,
                                 const char     *expression_rhs)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> %s <%s>\n"
                                      "  actual: <%lu> %s <%lu>",
                                      expression_lhs,
                                      expression_operator,
                                      expression_rhs,
                                      lhs,
                                      expression_operator,
                                      rhs));
    }
}

void
cut_assert_operator_size_helper (cut_boolean     result,
                                 size_t          lhs,
                                 size_t          rhs,
                                 const char     *expression_lhs,
                                 const char     *expression_operator,
                                 const char     *expression_rhs)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> %s <%s>\n"
                                      "  actual: "
                                      "<%" G_GSIZE_FORMAT ">"
                                      " %s "
                                      "<%" G_GSIZE_FORMAT ">",
                                      expression_lhs,
                                      expression_operator,
                                      expression_rhs,
                                      lhs,
                                      expression_operator,
                                      rhs));
    }
}

void
cut_assert_operator_double_helper (cut_boolean     result,
                                   double          lhs,
                                   double          rhs,
                                   const char     *expression_lhs,
                                   const char     *expression_operator,
                                   const char     *expression_rhs)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s> %s <%s>\n"
                                      "  actual: <%g> %s <%g>",
                                      expression_lhs,
                                      expression_operator,
                                      expression_rhs,
                                      lhs,
                                      expression_operator,
                                      rhs));
    }
}

void
cut_assert_equal_helper (cut_boolean     result,
                         const char     *expression_function,
                         const char     *expression_expected,
                         const char     *expression_actual)
{
    if (result) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <%s(%s, %s)> is TRUE",
                                      expression_function,
                                      expression_expected,
                                      expression_actual));
    }
}

void
cut_assert_errno_helper (void)
{
    int current_errno = errno;

    if (current_errno == 0) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("expected: <0> (errno)\n"
                                      "  actual: <%d> (%s)",
                                      current_errno,
                                      g_strerror(current_errno)));
    }
}

void
cut_assert_exist_path_helper (const char     *path,
                              const char     *expression_path)
{
    if (!path) {
        cut_test_fail(cut_take_printf("<%s>\n"
                                      "expected: <%s> "
                                      "should not be NULL",
                                      expression_path,
                                      path));
    } else if (cut_utils_path_exist(path)) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("<%s>\n"
                                      "expected: <%s> exists",
                                      expression_path,
                                      path));
    }
}

void
cut_assert_not_exist_path_helper (const char     *path,
                                  const char     *expression_path)
{
    if (!path) {
        cut_test_fail(cut_take_printf("<%s>\n"
                                      "expected: <%s> "
                                      "should not be NULL",
                                      expression_path,
                                      path));
    } else if (!cut_utils_path_exist(path)) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("<%s>\n"
                                      "expected: <%s> "
                                      "doesn't exist",
                                      expression_path,
                                      path));
    }
}

void
cut_assert_match_helper (const char     *pattern,
                         const char     *actual,
                         const char     *expression_pattern,
                         const char     *expression_actual)
{
    if (cut_utils_regex_match(pattern, actual)) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("<%s> =~ <%s>\n"
                                      " pattern: <%s>\n"
                                      "  actual: <%s>",
                                      expression_pattern,
                                      expression_actual,
                                      pattern, actual));
    }
}

void
cut_assert_equal_pointer_helper (const void     *expected,
                                 const void     *actual,
                                 const char     *expression_expected,
                                 const char     *expression_actual)
{
    if (expected == actual) {
        cut_test_pass();
    } else {
        cut_test_fail(cut_take_printf("<%s == %s>\n"
                                      "expected: <%p>\n"
                                      "  actual: <%p>",
                                      expression_expected,
                                      expression_actual,
                                      expected, actual));
    }
}

void
cut_assert_equal_fixture_data_string_helper (const char     *expected,
                                             const char     *expression_expected,
                                             const char     *path,
                                             ...)
{
    GError *error = NULL;
    const gchar *data;
    const gchar *full_path;
    va_list args;

    va_start(args, path);
    data = cut_utils_get_fixture_data_va_list(
        cut_get_current_test_context(), &full_path, NULL, path, args);
    cut_test_context_keep_user_message(cut_get_current_test_context());
    gcut_assert_error_helper(error, expression_expected);
    cut_assert_equal_string_helper(expected, data,
                                   expression_expected,
                                   full_path);
}

void
cut_assert_equal_file_raw_helper (const char     *expected,
                                  const char     *actual,
                                  const char     *expression_expected,
                                  const char     *expression_actual)
{
    GError *error = NULL;
    gchar *expected_data = NULL;
    gchar *actual_data = NULL;
    gsize expected_size;
    gsize actual_size;

    g_file_get_contents(expected, &expected_data, &expected_size, &error);
    gcut_assert_error_helper(error, expression_expected);
    cut_take_string(expected_data);

    g_file_get_contents(actual, &actual_data, &actual_size, &error);
    gcut_assert_error_helper(error, expression_actual);
    cut_take_string(actual_data);

    if ((expected_size == actual_size) &&
        memcmp(expected_data, actual_data, expected_size) == 0) {
        cut_test_pass();
    } else {
        const char *message;
        const char *inspected_expected;
        const char *inspected_actual;

        inspected_expected =
            cut_take_string(cut_utils_inspect_memory(expected_data,
                                                     expected_size));
        inspected_actual =
            cut_take_string(cut_utils_inspect_memory(actual_data, actual_size));
        message = cut_take_printf("<content(%s) == content(%s)>",
                                  expression_expected,
                                  expression_actual);
        cut_set_expected(cut_take_printf("path: <%s>\n"
                                         "%s (size: %" G_GSIZE_FORMAT ")",
                                         expected,
                                         inspected_expected,
                                         expected_size));
        cut_set_actual(cut_take_printf("path: <%s>\n"
                                       "%s (size: %" G_GSIZE_FORMAT ")",
                                       actual,
                                       inspected_actual,
                                       actual_size));
        cut_test_fail(message);
    }
}

void
cut_assert_not_equal_file_raw_helper (const char     *expected,
                                      const char     *actual,
                                      const char     *expression_expected,
                                      const char     *expression_actual)
{
    GError *error = NULL;
    gchar *expected_data = NULL;
    gchar *actual_data = NULL;
    gsize expected_size;
    gsize actual_size;

    g_file_get_contents(expected, &expected_data, &expected_size, &error);
    gcut_assert_error_helper(error, expression_expected);
    cut_take_string(expected_data);

    g_file_get_contents(actual, &actual_data, &actual_size, &error);
    gcut_assert_error_helper(error, expression_actual);
    cut_take_string(actual_data);

    if ((expected_size != actual_size) ||
        memcmp(expected_data, actual_data, expected_size) != 0) {
        cut_test_pass();
    } else {
        const char *message;
        const char *inspected_expected;
        const char *inspected_actual;

        inspected_expected =
            cut_take_string(cut_utils_inspect_memory(expected_data,
                                                     expected_size));
        inspected_actual =
            cut_take_string(cut_utils_inspect_memory(actual_data, actual_size));
        message = cut_take_printf("<content(%s) != content(%s)>",
                                  expression_expected,
                                  expression_actual);
        cut_set_expected(cut_take_printf("path: <%s>\n"
                                         "%s (size: %" G_GSIZE_FORMAT ")",
                                         expected,
                                         inspected_expected,
                                         expected_size));
        cut_set_actual(cut_take_printf("path: <%s>\n"
                                       "%s (size: %" G_GSIZE_FORMAT ")",
                                       actual,
                                       inspected_actual,
                                       actual_size));
        cut_test_fail(message);
    }
}

#ifndef CUT_DISABLE_SOCKET_SUPPORT
void
cut_assert_equal_sockaddr_helper (const struct sockaddr *expected,
                                  const struct sockaddr *actual,
                                  const char     *expression_expected,
                                  const char     *expression_actual)
{
    if (cut_equal_sockaddr(expected, actual)) {
        cut_test_pass();
    } else {
        cut_set_expected(cut_inspect_sockaddr(expected));
        cut_set_actual(cut_inspect_sockaddr(actual));
        cut_test_fail(cut_take_printf("<%s == %s>",
                                      expression_expected,
                                      expression_actual));
    }
}
#endif

void
cut_error_errno_helper (void)
{
    int current_errno = errno;

    if (current_errno != 0) {
        cut_test_terminate(ERROR,
                           cut_take_printf("<%d> (%s)",
                                           current_errno,
                                           g_strerror(current_errno)));
    }
}

/*
vi:ts=4:nowrap:ai:expandtab:sw=4
*/
