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/*
* This file is a part of hildon tests
*
* Copyright (C) 2006, 2007 Nokia Corporation, all rights reserved.
*
* Contact: Michael Dominic Kostrzewa <michael.kostrzewa@nokia.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; 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
*
*/
#include <stdlib.h>
#include <check.h>
#include <gtk/gtkmain.h>
#include "test_suites.h"
#include "check_utils.h"
#include "hildon-range-editor.h"
#include <unistd.h>
/* -------------------- Fixtures -------------------- */
static GtkWidget *showed_window = NULL;
static HildonRangeEditor *range_editor = NULL;
static void
fx_setup_default_range_editor ()
{
int argc = 0;
gtk_init(&argc, NULL);
range_editor = HILDON_RANGE_EDITOR(hildon_range_editor_new());
showed_window = create_test_window ();
/* This packs the widget into the window (a gtk container). */
gtk_container_add (GTK_CONTAINER (showed_window), GTK_WIDGET (range_editor));
/* Displays the widget and the window */
show_all_test_window (showed_window);
/* Check range_editor object has been created properly */
fail_if(!HILDON_IS_RANGE_EDITOR(range_editor),
"hildon-range-editor: Creation failed.");
while (gtk_events_pending ())
{
gtk_main_iteration ();
}
}
static void
fx_teardown_default_range_editor ()
{
/* Destroy the window */
gtk_widget_destroy (showed_window);
}
/* -------------------- Test cases -------------------- */
/* ----- Test case for set_limit, get_min, get_max -----*/
/**
* Purpose: Check that regular range limit values are set and get properly
* Cases considered:
* - Set limits to (-10,10) and get min/max using the range editor object
* - Set limits to (0,10) and get min/max using the range editor object
* - Set limits to (-10,0) and get min/max using the range editor object
* - Set limits to (1,10) and get min/max using the range editor object
* - Set limits to (-10,-10) and get min/max using the range editor object
*/
START_TEST (test_set_limits_get_min_get_max_regular)
{
gint range_start, range_end;
/* Test1: Set limits to (-10,10) */
hildon_range_editor_set_limits(range_editor, -10, 10);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != -10,
"hildon-range-editor: set limits to (-10,10) but get_min didn't return -10");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 10,
"hildon-range-editor: set limits to (-10,10) but get_max didn't return 10");
/* Test2: Set limits to (0,10) */
hildon_range_editor_set_limits(range_editor, 0, 10);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != 0,
"hildon-range-editor: set limits to (0,10) but get_min didn't return 0");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 10,
"hildon-range-editor: set limits to (0,10) but get_max didn't return 10");
/* Test3: Set limits to (-10,0) */
hildon_range_editor_set_limits(range_editor, -10, 0);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != -10,
"hildon-range-editor: set limits to (-10,0) but get_min didn't return -10");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 0,
"hildon-range-editor: set limits to (-10,0) but get_max didn't return 0");
/* Test4: Set limits to (1,10) */
hildon_range_editor_set_limits(range_editor, 1, 10);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != 1,
"hildon-range-editor: set limits to (1,10) but get_min didn't return 1");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 10,
"hildon-range-editor: set limits to (1,10) but get_max didn't return 10");
/* Test5: Set limits to (-10,-1) */
hildon_range_editor_set_limits(range_editor, -10, -1);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != -10,
"hildon-range-editor: set limits to (-10,-1) but get_min didn't return -10");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != -1,
"hildon-range-editor: set limits to (-10,-1) but get_max didn't return -1");
}
END_TEST
/**
* Purpose: Check that range limit values are set and get properly
* Cases considered:
* - Set limits to (G_MININT,G_MAXINT) and get min/max using the range editor object
*/
START_TEST (test_set_limits_get_min_get_max_limits)
{
gint range_start, range_end;
/* Test1: Set limits to (G_MININT,G_MAXINT) */
hildon_range_editor_set_limits(range_editor, G_MININT, G_MAXINT);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != G_MININT,
"hildon-range-editor: set limits to (G_MININT,G_MAXINT) but get_min didn't return G_MININT");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != G_MAXINT,
"hildon-range-editor: set limits to (G_MININT,G_MAXINT) but get_max didn't return G_MAXINT");
}
END_TEST
/**
* Purpose: Check that invalid values are handled properly
* Cases considered:
* - Set inverted limits (10,-10)
* - Set range editor object to NULL for set_limits
* - Set range editor object to NULL for get_min and get_max
*/
START_TEST (test_set_limits_get_min_get_max_invalid)
{
gint range_start, range_end;
/* Test1: Set limits to (10,-10) */
hildon_range_editor_set_limits(range_editor, 10, -10);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != -10,
"hildon-range-editor: set inverted limits to (10,-10) expecting to set limits to (-10,-10) but get_min didn't return -10");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != -10,
"hildon-range-editor: set inverted limits to (10,-10) expecting to set limits to (-10,-10) but get_max didn't return -1");
/* Test2: set range editor to NULL for set_limits. */
hildon_range_editor_set_limits(NULL, 100, -100);
/* Test3: set range editor to NULL for get_min and get_max */
range_start = hildon_range_editor_get_min(NULL);
fail_if(range_start != 0,
"hildon-range-editor: setting range editor to NULL produced get_min to return a value != 0");
range_end = hildon_range_editor_get_max(NULL);
fail_if(range_end != 0,
"hildon-range-editor: setting range editor to NULL produced get_max to return a value != 0");
}
END_TEST
/* ----- Test case for set_min -----*/
/**
* Purpose: Check regular minimum values for limits are set properly
* Cases considered:
* - Set min limit to -100
* - Set min limit to 0
* - Set min limit to 100
*/
START_TEST (test_set_min_regular)
{
gint range_start;
/* Test1: Set min limits -100 */
hildon_range_editor_set_min(range_editor, -100);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != -100,
"hildon-range-editor: set min limit to -100 but get_min didn't return -100");
/* Test2: Set min limits 0 */
hildon_range_editor_set_min(range_editor, 0);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != 0,
"hildon-range-editor: set min limit to 0 but get_min didn't return 0");
/* Test3: Set min limits 100 */
hildon_range_editor_set_min(range_editor, 100);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != 100,
"hildon-range-editor: set min limit to 100 but get_min didn't return 100");
}
END_TEST
/**
* Purpose: Check limit minimum values for limits are set properly
* Cases considered:
* - Set min limit to G_MININT
*/
START_TEST (test_set_min_limits)
{
gint range_start;
/* Test1: Set min limit to G_MININT */
hildon_range_editor_set_min(range_editor, G_MININT);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != G_MININT,
"hildon-range-editor: set min limit to G_MININT but get_min didn't return G_MININT");
}
END_TEST
/**
* Purpose: Check that invalid values are handled properly
* Cases considered:
* - Set minimum limit greater than maximum limit
* - Set range editor object to NULL for set_min
*/
START_TEST (test_set_min_invalid)
{
gint range_start, range_end;
/* Test1: Set minimum limit greater than maximum limit */
hildon_range_editor_set_limits(range_editor, -10, 10);
hildon_range_editor_set_min(range_editor, 15);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != 15,
"hildon-range-editor: set min limit to 15 when max limit is 10 expecting to set limits to (15,15) but get_min didn't return 15");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 15,
"hildon-range-editor: set min limit to 15 when max limit is 10 expecting to set limits to (15,15) but get_max didn't return 15");
/* Test2: set range editor to NULL */
hildon_range_editor_set_min(NULL, 15);
}
END_TEST
/* ----- Test case for set_max -----*/
/**
* Purpose: Check regular maximum values for limits are set properly
* Cases considered:
* - Set max limit to -100
* - Set max limit to 0
* - Set max limit to 100
*/
START_TEST (test_set_max_regular)
{
gint range_end;
/* Test1: Set max limits -100 */
hildon_range_editor_set_max(range_editor, -100);
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != -100,
"hildon-range-editor: set max limit to -100 but get_max didn't return -100");
/* Test2: Set max limits 0 */
hildon_range_editor_set_max(range_editor, 0);
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 0,
"hildon-range-editor: set max limit to 0 but get_max didn't return 0");
/* Test3: Set max limits 100 */
hildon_range_editor_set_max(range_editor, 100);
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != 100,
"hildon-range-editor: set max limit to 100 but get_max didn't return 100");
}
END_TEST
/**
* Purpose: Check limit maximum values for limits are set properly
* Cases considered:
* - Set min limit to G_MAXINT
*/
START_TEST (test_set_max_limits)
{
gint range_end;
/* Test1: Set max limit to G_MAXINT */
hildon_range_editor_set_max(range_editor, G_MAXINT);
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != G_MAXINT,
"hildon-range-editor: set min limit to G_MAXINT but get_max didn't return G_MAXINT");
}
END_TEST
/**
* Purpose: Check that invalid values are handled properly
* Cases considered:
* - Set maximum limit lower than minimum limit
* - Set range editor object to NULL for set_max
*/
START_TEST (test_set_max_invalid)
{
gint range_start, range_end;
/* Test1: Set maximum limit lower than minimum limit */
hildon_range_editor_set_limits(range_editor, -10, 10);
hildon_range_editor_set_max(range_editor, -15);
range_start = hildon_range_editor_get_min(range_editor);
fail_if(range_start != -15,
"hildon-range-editor: set max limit to -15 when min limit is -10 expecting to set limits to (-15,-15) but get_min didn't return -15");
range_end = hildon_range_editor_get_max(range_editor);
fail_if(range_end != -15,
"hildon-range-editor: set min limit to -15 when min limit is -10 expecting to set limits to (-15,-15) but get_max didn't return -15");
/* Test2: set range editor to NULL */
hildon_range_editor_set_max(NULL, 15);
}
END_TEST
/* ---------- Suite creation ---------- */
Suite *create_hildon_range_editor_suite()
{
/* Create the suite */
Suite *s = suite_create("HildonRangeEditor");
/* Create test cases */
TCase *tc1 = tcase_create("set_limits_get_min_get_max");
TCase *tc2 = tcase_create("set_min");
TCase *tc3 = tcase_create("set_max");
/* Create test case for set_limits, get_min and get_max and add it to the suite */
tcase_add_checked_fixture(tc1, fx_setup_default_range_editor, fx_teardown_default_range_editor);
tcase_add_test(tc1, test_set_limits_get_min_get_max_regular);
tcase_add_test(tc1, test_set_limits_get_min_get_max_limits);
tcase_add_test(tc1, test_set_limits_get_min_get_max_invalid);
suite_add_tcase (s, tc1);
/* Create test case for set_min */
tcase_add_checked_fixture(tc2, fx_setup_default_range_editor, fx_teardown_default_range_editor);
tcase_add_test(tc2, test_set_min_regular);
tcase_add_test(tc2, test_set_min_limits);
tcase_add_test(tc2, test_set_min_invalid);
suite_add_tcase (s, tc2);
/* Create test case for set_max */
tcase_add_checked_fixture(tc3, fx_setup_default_range_editor, fx_teardown_default_range_editor);
tcase_add_test(tc3, test_set_max_regular);
tcase_add_test(tc3, test_set_max_limits);
tcase_add_test(tc3, test_set_max_invalid);
suite_add_tcase (s, tc3);
/* Return created suite */
return s;
}
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