/*
* Copyright (C) 2018 The Android Open Source Project
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#include "utils/calendar/calendar_test-include.h"
namespace libtextclassifier3 {
namespace test_internal {
TEST_F(CalendarTest, Interface) {
int64 time;
DatetimeGranularity granularity;
std::string timezone;
bool result = calendarlib_.InterpretParseData(
DateParseData{/*field_set_mask=*/0, /*year=*/0, /*month=*/0,
/*day_of_month=*/0, /*hour=*/0, /*minute=*/0, /*second=*/0,
/*ampm=*/static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0, /*dst_offset=*/0,
static_cast<DateParseData::Relation>(0),
static_cast<DateParseData::RelationType>(0),
/*relation_distance=*/0},
0L, "Zurich", "en-CH", &time, &granularity);
TC3_LOG(INFO) << result;
}
TEST_F(CalendarTest, SetsZeroTimeWhenNotRelative) {
int64 time;
DatetimeGranularity granularity;
DateParseData data;
data.year = 2018;
data.field_set_mask = DateParseData::YEAR_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1514761200000L /* Jan 01 2018 00:00:00 */);
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/1L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1514761200000L /* Jan 01 2018 00:00:00 */);
}
TEST_F(CalendarTest, RoundingToGranularityBasic) {
int64 time;
DatetimeGranularity granularity;
DateParseData data;
data.year = 2018;
data.field_set_mask = DateParseData::YEAR_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1514761200000L /* Jan 01 2018 00:00:00 */);
data.month = 4;
data.field_set_mask |= DateParseData::MONTH_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1522533600000L /* Apr 01 2018 00:00:00 */);
data.day_of_month = 25;
data.field_set_mask |= DateParseData::DAY_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1524607200000L /* Apr 25 2018 00:00:00 */);
data.hour = 9;
data.field_set_mask |= DateParseData::HOUR_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1524639600000L /* Apr 25 2018 09:00:00 */);
data.minute = 33;
data.field_set_mask |= DateParseData::MINUTE_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1524641580000 /* Apr 25 2018 09:33:00 */);
data.second = 59;
data.field_set_mask |= DateParseData::SECOND_FIELD;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-CH", &time, &granularity));
EXPECT_EQ(time, 1524641639000 /* Apr 25 2018 09:33:59 */);
}
TEST_F(CalendarTest, RoundingToGranularityWeek) {
int64 time;
DatetimeGranularity granularity;
// Prepare data structure that means: "next week"
DateParseData data;
data.field_set_mask =
DateParseData::RELATION_FIELD | DateParseData::RELATION_TYPE_FIELD;
data.relation = DateParseData::Relation::NEXT;
data.relation_type = DateParseData::RelationType::WEEK;
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"de-CH", &time, &granularity));
EXPECT_EQ(time, 342000000L /* Mon Jan 05 1970 00:00:00 */);
ASSERT_TRUE(calendarlib_.InterpretParseData(
data,
/*reference_time_ms_utc=*/0L, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 255600000L /* Sun Jan 04 1970 00:00:00 */);
}
TEST_F(CalendarTest, RelativeTime) {
const int field_mask = DateParseData::RELATION_FIELD |
DateParseData::RELATION_TYPE_FIELD |
DateParseData::RELATION_DISTANCE_FIELD;
const int64 ref_time = 1524648839000L; /* 25 April 2018 09:33:59 */
int64 time;
DatetimeGranularity granularity;
// Two Weds from now.
const DateParseData future_wed_parse = {
field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::FUTURE,
DateParseData::RelationType::WEDNESDAY,
/*relation_distance=*/2};
ASSERT_TRUE(calendarlib_.InterpretParseData(
future_wed_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1525858439000L /* Wed May 09 2018 11:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_DAY);
// Next Wed.
const DateParseData next_wed_parse = {field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::NEXT,
DateParseData::RelationType::WEDNESDAY,
/*relation_distance=*/0};
ASSERT_TRUE(calendarlib_.InterpretParseData(
next_wed_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1525253639000L /* Wed May 02 2018 11:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_DAY);
// Same Wed.
const DateParseData same_wed_parse = {field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::NEXT_OR_SAME,
DateParseData::RelationType::WEDNESDAY,
/*relation_distance=*/0};
ASSERT_TRUE(calendarlib_.InterpretParseData(
same_wed_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1524648839000L /* Wed Apr 25 2018 11:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_DAY);
// Previous Wed.
const DateParseData last_wed_parse = {field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::LAST,
DateParseData::RelationType::WEDNESDAY,
/*relation_distance=*/0};
ASSERT_TRUE(calendarlib_.InterpretParseData(
last_wed_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1524044039000L /* Wed Apr 18 2018 11:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_DAY);
// Two Weds ago.
const DateParseData past_wed_parse = {field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::PAST,
DateParseData::RelationType::WEDNESDAY,
/*relation_distance=*/2};
ASSERT_TRUE(calendarlib_.InterpretParseData(
past_wed_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1523439239000L /* Wed Apr 11 2018 11:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_DAY);
// In 3 hours.
const DateParseData in_3_hours_parse = {
field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
/*ampm=*/static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::FUTURE,
DateParseData::RelationType::HOUR,
/*relation_distance=*/3};
ASSERT_TRUE(calendarlib_.InterpretParseData(
in_3_hours_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1524659639000L /* Wed Apr 25 2018 14:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_HOUR);
// In 5 minutes.
const DateParseData in_5_minutes_parse = {
field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
/*ampm=*/static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::FUTURE,
DateParseData::RelationType::MINUTE,
/*relation_distance=*/5};
ASSERT_TRUE(calendarlib_.InterpretParseData(
in_5_minutes_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1524649139000L /* Wed Apr 25 2018 14:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_MINUTE);
// In 10 seconds.
const DateParseData in_10_seconds_parse = {
field_mask,
/*year=*/0,
/*month=*/0,
/*day_of_month=*/0,
/*hour=*/0,
/*minute=*/0,
/*second=*/0,
/*ampm=*/static_cast<DateParseData::AMPM>(0),
/*zone_offset=*/0,
/*dst_offset=*/0,
DateParseData::Relation::FUTURE,
DateParseData::RelationType::SECOND,
/*relation_distance=*/10};
ASSERT_TRUE(calendarlib_.InterpretParseData(
in_10_seconds_parse, ref_time, /*reference_timezone=*/"Europe/Zurich",
/*reference_locale=*/"en-US", &time, &granularity));
EXPECT_EQ(time, 1524648849000L /* Wed Apr 25 2018 14:33:59 */);
EXPECT_EQ(granularity, GRANULARITY_SECOND);
}
} // namespace test_internal
} // namespace libtextclassifier3