[evolution-data-server/gnome-40] tests: Change how timezone is verified in CalMetaBackend test

[Milan Crha <mcrha src gnome org>]

commit 2c4a8d53567063137b8b59a4ed03f50ea1e8aef5
Author: Milan Crha <mcrha redhat com>
Date:   Wed Apr 7 11:00:53 2021 +0200

    tests: Change how timezone is verified in CalMetaBackend test
    
    A new stable version of libical (3.10) can change order or values
    in the RRULE string representation, which breaks the test. Rather
    than special-case the test according to libical version change
    the way the timezone component is compared.

 tests/libedata-cal/test-cal-meta-backend.c | 149 ++++++++++++++++++++++++++++-
 1 file changed, 148 insertions(+), 1 deletion(-)
---
diff --git a/tests/libedata-cal/test-cal-meta-backend.c b/tests/libedata-cal/test-cal-meta-backend.c
index 33e108d64..353937fcd 100644
--- a/tests/libedata-cal/test-cal-meta-backend.c
+++ b/tests/libedata-cal/test-cal-meta-backend.c
@@ -1488,6 +1488,153 @@ tcmb_get_tzid_ref_count (ECalCache *cal_cache,
        return (gint) refs;
 }
 
+static void
+test_timezones_verify_tz_sub (ICalComponent *sub1,
+                             ICalComponent *sub2)
+{
+       ICalProperty *prop1, *prop2;
+       ICalRecurrence *rrule1, *rrule2;
+       ICalTime *tt1, *tt2;
+
+       g_assert_nonnull (sub1);
+       g_assert_nonnull (sub2);
+
+       g_assert_cmpint (i_cal_component_count_properties (sub1, I_CAL_ANY_PROPERTY), ==, 5);
+       g_assert_cmpint (i_cal_component_count_properties (sub1, I_CAL_ANY_PROPERTY), ==, 
i_cal_component_count_properties (sub2, I_CAL_ANY_PROPERTY));
+
+       prop1 = i_cal_component_get_first_property (sub1, I_CAL_TZNAME_PROPERTY);
+       prop2 = i_cal_component_get_first_property (sub2, I_CAL_TZNAME_PROPERTY);
+       g_assert_nonnull (prop1);
+       g_assert_nonnull (prop2);
+       g_assert_cmpstr (i_cal_property_get_tzname (prop1), ==, i_cal_property_get_tzname (prop2));
+       g_object_unref (prop1);
+       g_object_unref (prop2);
+
+       tt1 = i_cal_component_get_dtstart (sub1);
+       tt2 = i_cal_component_get_dtstart (sub2);
+       g_assert_nonnull (tt1);
+       g_assert_nonnull (tt2);
+       g_assert_cmpint (i_cal_time_compare (tt1, tt2), ==, 0);
+       g_object_unref (tt1);
+       g_object_unref (tt2);
+
+       prop1 = i_cal_component_get_first_property (sub1, I_CAL_TZOFFSETFROM_PROPERTY);
+       prop2 = i_cal_component_get_first_property (sub2, I_CAL_TZOFFSETFROM_PROPERTY);
+       g_assert_nonnull (prop1);
+       g_assert_nonnull (prop2);
+       g_assert_cmpint (i_cal_property_get_tzoffsetfrom (prop1), ==, i_cal_property_get_tzoffsetfrom 
(prop2));
+       g_object_unref (prop1);
+       g_object_unref (prop2);
+
+       prop1 = i_cal_component_get_first_property (sub1, I_CAL_TZOFFSETTO_PROPERTY);
+       prop2 = i_cal_component_get_first_property (sub2, I_CAL_TZOFFSETTO_PROPERTY);
+       g_assert_nonnull (prop1);
+       g_assert_nonnull (prop2);
+       g_assert_cmpint (i_cal_property_get_tzoffsetto (prop1), ==, i_cal_property_get_tzoffsetto (prop2));
+       g_object_unref (prop1);
+       g_object_unref (prop2);
+
+       prop1 = i_cal_component_get_first_property (sub1, I_CAL_RRULE_PROPERTY);
+       prop2 = i_cal_component_get_first_property (sub2, I_CAL_RRULE_PROPERTY);
+       g_assert_nonnull (prop1);
+       g_assert_nonnull (prop2);
+       rrule1 = i_cal_property_get_rrule (prop1);
+       rrule2 = i_cal_property_get_rrule (prop2);
+       g_assert_nonnull (rrule1);
+       g_assert_nonnull (rrule2);
+       g_assert_cmpint (i_cal_recurrence_get_freq (rrule1), ==, i_cal_recurrence_get_freq (rrule2));
+       g_assert_cmpint (i_cal_recurrence_get_by_second (rrule1, 0), ==, i_cal_recurrence_get_by_second 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_second (rrule1, 1), ==, i_cal_recurrence_get_by_second 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_month (rrule1, 0), ==, i_cal_recurrence_get_by_month 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_month (rrule1, 1), ==, i_cal_recurrence_get_by_month 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_set_pos (rrule1, 0), ==, i_cal_recurrence_get_by_set_pos 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_set_pos (rrule1, 1), ==, i_cal_recurrence_get_by_set_pos 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_week_no (rrule1, 0), ==, i_cal_recurrence_get_by_week_no 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_week_no (rrule1, 1), ==, i_cal_recurrence_get_by_week_no 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_year_day (rrule1, 0), ==, i_cal_recurrence_get_by_year_day 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_year_day (rrule1, 1), ==, i_cal_recurrence_get_by_year_day 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_month_day (rrule1, 0), ==, i_cal_recurrence_get_by_month_day 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_month_day (rrule1, 1), ==, i_cal_recurrence_get_by_month_day 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_day (rrule1, 0), ==, i_cal_recurrence_get_by_day (rrule2, 
0));
+       g_assert_cmpint (i_cal_recurrence_get_by_day (rrule1, 1), ==, i_cal_recurrence_get_by_day (rrule2, 
1));
+       g_assert_cmpint (i_cal_recurrence_get_by_hour (rrule1, 0), ==, i_cal_recurrence_get_by_hour (rrule2, 
0));
+       g_assert_cmpint (i_cal_recurrence_get_by_hour (rrule1, 1), ==, i_cal_recurrence_get_by_hour (rrule2, 
1));
+       g_assert_cmpint (i_cal_recurrence_get_by_minute (rrule1, 0), ==, i_cal_recurrence_get_by_minute 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_minute (rrule1, 1), ==, i_cal_recurrence_get_by_minute 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_by_second (rrule1, 0), ==, i_cal_recurrence_get_by_second 
(rrule2, 0));
+       g_assert_cmpint (i_cal_recurrence_get_by_second (rrule1, 1), ==, i_cal_recurrence_get_by_second 
(rrule2, 1));
+       g_assert_cmpint (i_cal_recurrence_get_interval (rrule1), ==, i_cal_recurrence_get_interval (rrule2));
+       g_assert_cmpint (i_cal_recurrence_get_count (rrule1), ==, i_cal_recurrence_get_count (rrule2));
+
+       tt1 = i_cal_recurrence_get_until (rrule1);
+       tt2 = i_cal_recurrence_get_until (rrule2);
+       g_assert_nonnull (tt1);
+       g_assert_nonnull (tt2);
+       g_assert_cmpint (i_cal_time_compare (tt1, tt2), ==, 0);
+       g_object_unref (tt1);
+       g_object_unref (tt2);
+
+       g_object_unref (rrule1);
+       g_object_unref (rrule2);
+       g_object_unref (prop1);
+       g_object_unref (prop2);
+}
+
+static void
+test_timezones_verify_tz (const gchar *tz1str,
+                         const gchar *tz2str)
+{
+       ICalComponent *tz1, *tz2;
+       ICalComponent *sub1, *sub2;
+       ICalProperty *prop1, *prop2;
+       gchar *str1, *str2;
+
+       tz1 = i_cal_component_new_from_string (tz1str);
+       tz2 = i_cal_component_new_from_string (tz2str);
+
+       g_assert_nonnull (tz1);
+       g_assert_nonnull (tz2);
+
+       g_assert_cmpint (i_cal_component_isa (tz1), ==, i_cal_component_isa (tz2));
+       g_assert_cmpint (i_cal_component_count_components (tz1, I_CAL_XSTANDARD_COMPONENT), ==, 1);
+       g_assert_cmpint (i_cal_component_count_components (tz1, I_CAL_XSTANDARD_COMPONENT), ==, 
i_cal_component_count_components (tz2, I_CAL_XSTANDARD_COMPONENT));
+       g_assert_cmpint (i_cal_component_count_components (tz1, I_CAL_XDAYLIGHT_COMPONENT), ==, 1);
+       g_assert_cmpint (i_cal_component_count_components (tz1, I_CAL_XDAYLIGHT_COMPONENT), ==, 
i_cal_component_count_components (tz2, I_CAL_XDAYLIGHT_COMPONENT));
+       g_assert_cmpint (i_cal_component_count_components (tz1, I_CAL_ANY_COMPONENT), ==, 2);
+       g_assert_cmpint (i_cal_component_count_components (tz1, I_CAL_ANY_COMPONENT), ==, 
i_cal_component_count_components (tz2, I_CAL_ANY_COMPONENT));
+       g_assert_cmpint (i_cal_component_count_properties (tz1, I_CAL_ANY_PROPERTY), ==, 2);
+       g_assert_cmpint (i_cal_component_count_properties (tz1, I_CAL_ANY_PROPERTY), ==, 
i_cal_component_count_properties (tz2, I_CAL_ANY_PROPERTY));
+
+       prop1 = i_cal_component_get_first_property (tz1, I_CAL_TZID_PROPERTY);
+       prop2 = i_cal_component_get_first_property (tz2, I_CAL_TZID_PROPERTY);
+       g_assert_nonnull (prop1);
+       g_assert_nonnull (prop2);
+       g_assert_cmpstr (i_cal_property_get_tzid (prop1), ==, i_cal_property_get_tzid (prop2));
+       g_object_unref (prop1);
+       g_object_unref (prop2);
+
+       str1 = e_cal_util_component_dup_x_property (tz1, "X-LIC-LOCATION");
+       str2 = e_cal_util_component_dup_x_property (tz2, "X-LIC-LOCATION");
+       g_assert_cmpstr (str1, ==, str2);
+       g_free (str1);
+       g_free (str2);
+
+       sub1 = i_cal_component_get_first_component (tz1, I_CAL_XSTANDARD_COMPONENT);
+       sub2 = i_cal_component_get_first_component (tz2, I_CAL_XSTANDARD_COMPONENT);
+       test_timezones_verify_tz_sub (sub1, sub2);
+       g_object_unref (sub1);
+       g_object_unref (sub2);
+
+       sub1 = i_cal_component_get_first_component (tz1, I_CAL_XDAYLIGHT_COMPONENT);
+       sub2 = i_cal_component_get_first_component (tz2, I_CAL_XDAYLIGHT_COMPONENT);
+       test_timezones_verify_tz_sub (sub1, sub2);
+       g_object_unref (sub1);
+       g_object_unref (sub2);
+
+       g_object_unref (tz1);
+       g_object_unref (tz2);
+}
+
 static void
 test_timezones (ECalMetaBackend *meta_backend)
 {
@@ -1556,7 +1703,7 @@ test_timezones (ECalMetaBackend *meta_backend)
        backend_class->get_timezone_sync (E_CAL_BACKEND_SYNC (meta_backend),
                NULL, NULL, TZID1, &tzobj, &error);
        g_assert_no_error (error);
-       g_assert_cmpstr (tzobj, ==, in_tz1obj);
+       test_timezones_verify_tz (tzobj, in_tz1obj);
        g_free (tzobj);
        tzobj = NULL;