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// Copyright 2023 The Chromium Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "ash/system/scheduled_feature/schedule_utils.h"
#include <string_view>
#include "ash/public/cpp/schedule_enums.h"
#include "ash/system/time/time_of_day.h"
#include "base/logging.h"
#include "base/strings/strcat.h"
#include "base/test/simple_test_clock.h"
#include "base/time/time.h"
#include "testing/gmock/include/gmock/gmock.h"
#include "testing/gtest/include/gtest/gtest.h"
using ::testing::_;
using ::testing::Eq;
using ::testing::FieldsAre;
namespace ash::schedule_utils {
namespace {
class ScheduleUtilsTest : public ::testing::Test {
protected:
ScheduleUtilsTest() {
// Pick an arbitrary time to start the clock at for determinism.
clock_.SetNow(BuildTime("00:00:00"));
}
void BuildTimeWithAssert(std::string_view time_of_day, base::Time* output) {
// The date here is arbitrary.
ASSERT_TRUE(base::Time::FromString(
base::StrCat({"23 Dec 2021 ", time_of_day}).c_str(), output));
}
base::Time BuildTime(std::string_view time_of_day) {
base::Time output;
BuildTimeWithAssert(time_of_day, &output);
return output;
}
void AdvanceClockTo(std::string_view time_of_day) {
const base::Time target_time = BuildTime(time_of_day);
const base::TimeDelta target_time_adjustment =
(target_time - clock_.Now()).FloorToMultiple(base::Days(1));
clock_.SetNow(target_time - target_time_adjustment);
}
base::SimpleTestClock clock_;
};
TEST_F(ScheduleUtilsTest, SunsetToSunriseDetectsAllCheckpoints) {
// Sunrise: 6 AM
// Morning: 10 AM
// LateAfternoon: 4 PM
// Sunset: 6 PM
const base::Time sunrise_time = BuildTime("06:00:00");
const base::Time sunset_time = BuildTime("18:00:00");
AdvanceClockTo("05:59:59");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset,
ScheduleCheckpoint::kSunrise, base::Seconds(1)));
AdvanceClockTo("06:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise,
ScheduleCheckpoint::kMorning, base::Hours(4)));
AdvanceClockTo("09:59:59");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise,
ScheduleCheckpoint::kMorning, base::Seconds(1)));
AdvanceClockTo("10:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kMorning,
ScheduleCheckpoint::kLateAfternoon, base::Hours(6)));
AdvanceClockTo("15:59:59");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kMorning,
ScheduleCheckpoint::kLateAfternoon, base::Seconds(1)));
AdvanceClockTo("16:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kLateAfternoon,
ScheduleCheckpoint::kSunset, base::Hours(2)));
AdvanceClockTo("17:59:59");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kLateAfternoon,
ScheduleCheckpoint::kSunset, base::Seconds(1)));
AdvanceClockTo("18:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset,
ScheduleCheckpoint::kSunrise, base::Hours(12)));
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseSunsetJustAfterSunrise) {
// Sunrise: 12:00 PM
// Morning: 12:00 PM + (1.5 hours / 3) = 12:30 PM (usually 10 AM)
// LateAfternoon: 1:30 PM - (1.5 hours / 6) = 1:15 PM (usually 4 PM)
// Sunset: 1:30 PM
const base::Time sunrise_time = BuildTime("12:00:00");
const base::Time sunset_time = BuildTime("13:30:00");
AdvanceClockTo("12:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise,
ScheduleCheckpoint::kMorning, base::Minutes(30)));
AdvanceClockTo("12:30:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kMorning,
ScheduleCheckpoint::kLateAfternoon, base::Minutes(45)));
AdvanceClockTo("13:15:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kLateAfternoon,
ScheduleCheckpoint::kSunset, base::Minutes(15)));
AdvanceClockTo("13:30:00");
EXPECT_THAT(
GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset, ScheduleCheckpoint::kSunrise,
base::Days(1) - base::Minutes(90)));
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseSunriseJustAfterSunset) {
// Sunrise: 2:00 PM
// Morning: 2:00 PM + (22 hours / 3) = 9:20 PM (usually 10 AM)
// LateAfternoon: 12:00 PM - (22 hours / 6) = 8:20 AM (usually 4 PM)
// Sunset: 12:00 PM
const base::Time sunrise_time = BuildTime("14:00:00");
const base::Time sunset_time = BuildTime("12:00:00");
AdvanceClockTo("14:00:00");
EXPECT_THAT(
GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise, ScheduleCheckpoint::kMorning,
base::Hours(7) + base::Minutes(20)));
AdvanceClockTo("21:20:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kMorning,
ScheduleCheckpoint::kLateAfternoon, base::Hours(11)));
AdvanceClockTo("08:20:00");
EXPECT_THAT(
GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kLateAfternoon, ScheduleCheckpoint::kSunset,
base::Hours(3) + base::Minutes(40)));
AdvanceClockTo("12:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset,
ScheduleCheckpoint::kSunrise, base::Hours(2)));
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseShiftsScheduleToMatchDate) {
// Sunrise: 6 AM
// Morning: 10 AM
// LateAfternoon: 4 PM
// Sunset: 6 PM
const base::Time sunrise_time = BuildTime("06:00:00");
const base::Time sunset_time = BuildTime("18:00:00");
const auto test_all_checkpoints = [this, sunrise_time, sunset_time]() {
AdvanceClockTo("08:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise,
ScheduleCheckpoint::kMorning, base::Hours(2)));
AdvanceClockTo("12:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kMorning,
ScheduleCheckpoint::kLateAfternoon, base::Hours(4)));
AdvanceClockTo("17:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kLateAfternoon,
ScheduleCheckpoint::kSunset, base::Hours(1)));
AdvanceClockTo("00:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset,
ScheduleCheckpoint::kSunrise, base::Hours(6)));
};
// Set now to be 5 days earlier. The schedule should still hold.
clock_.SetNow(BuildTime("00:00:00") - base::Days(5));
test_all_checkpoints();
// Set now to be 5 days later. The schedule should still hold.
clock_.SetNow(BuildTime("00:00:00") + base::Days(5));
test_all_checkpoints();
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseMinimalSpaceFromSunriseToSunset) {
// 6 seconds from sunrise to sunset
base::Time sunrise_time = BuildTime("00:00:00");
base::Time sunset_time = sunrise_time + base::Microseconds(6);
AdvanceClockTo("00:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise,
ScheduleCheckpoint::kMorning, base::Microseconds(2)));
clock_.Advance(base::Microseconds(2));
EXPECT_THAT(
GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kMorning,
ScheduleCheckpoint::kLateAfternoon, base::Microseconds(3)));
clock_.Advance(base::Microseconds(3));
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kLateAfternoon,
ScheduleCheckpoint::kSunset, base::Microseconds(1)));
clock_.Advance(base::Microseconds(1));
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset, _, _));
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseSunriseExactlyEqualsSunset) {
// Sunrise and sunset are equal. In this case, there literally is no sunset
// or sunrise. The main thing is that this does not crash the device or cause
// the code to enter some bad unpredictable state.
const base::Time sunrise_time = BuildTime("00:00:00");
const base::Time sunset_time = sunrise_time;
AdvanceClockTo("00:00:00");
Position current_position = GetCurrentPosition(
clock_.Now(), sunset_time, sunrise_time, ScheduleType::kSunsetToSunrise);
EXPECT_EQ(current_position.current_checkpoint,
current_position.next_checkpoint);
EXPECT_EQ(current_position.time_until_next_checkpoint, base::Days(1));
AdvanceClockTo("12:00:00");
current_position = GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise);
EXPECT_EQ(current_position.current_checkpoint,
current_position.next_checkpoint);
EXPECT_EQ(current_position.time_until_next_checkpoint, base::Hours(12));
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseNoSpaceForMorningAndLateAfternoon) {
// Sunrise and sunset are 1 microsecond apart. It's impossible to place
// morning and late afternoon between them since that's the smallest
// resolution of `base::Time`. In this case, morning and late afternoon
// should be omitted.
const base::Time sunrise_time = BuildTime("00:00:00");
const base::Time sunset_time = sunrise_time + base::Microseconds(1);
AdvanceClockTo("00:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunrise,
ScheduleCheckpoint::kSunset, base::Microseconds(1)));
clock_.Advance(base::Microseconds(1));
EXPECT_THAT(
GetCurrentPosition(clock_.Now(), sunset_time, sunrise_time,
ScheduleType::kSunsetToSunrise),
FieldsAre(ScheduleCheckpoint::kSunset, ScheduleCheckpoint::kSunrise,
base::Days(1) - base::Microseconds(1)));
}
TEST_F(ScheduleUtilsTest, CustomDetectsAllCheckpoints) {
// End: 6 AM
// Start: 6 PM
const base::Time end_time = BuildTime("06:00:00");
const base::Time start_time = BuildTime("18:00:00");
AdvanceClockTo("05:59:59");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), start_time, end_time,
ScheduleType::kCustom),
FieldsAre(ScheduleCheckpoint::kEnabled,
ScheduleCheckpoint::kDisabled, base::Seconds(1)));
AdvanceClockTo("06:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), start_time, end_time,
ScheduleType::kCustom),
FieldsAre(ScheduleCheckpoint::kDisabled,
ScheduleCheckpoint::kEnabled, base::Hours(12)));
AdvanceClockTo("17:59:59");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), start_time, end_time,
ScheduleType::kCustom),
FieldsAre(ScheduleCheckpoint::kDisabled,
ScheduleCheckpoint::kEnabled, base::Seconds(1)));
AdvanceClockTo("18:00:00");
EXPECT_THAT(GetCurrentPosition(clock_.Now(), start_time, end_time,
ScheduleType::kCustom),
FieldsAre(ScheduleCheckpoint::kEnabled,
ScheduleCheckpoint::kDisabled, base::Hours(12)));
}
TEST_F(ScheduleUtilsTest, SunsetToSunriseGetTimeUntilNextEvent) {
const base::Time origin = clock_.Now();
// Event time is same as now.
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin), origin);
// Event time is ahead of now.
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin + base::Hours(6)),
origin + base::Hours(6));
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin + base::Hours(18)),
origin + base::Hours(18));
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin + base::Days(1)), origin);
EXPECT_EQ(
ShiftWithinOneDayFrom(origin, origin + base::Days(1) + base::Hours(6)),
origin + base::Hours(6));
EXPECT_EQ(
ShiftWithinOneDayFrom(origin, origin + base::Days(1) + base::Hours(18)),
origin + base::Hours(18));
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin + base::Days(2)), origin);
// Event time is behind now.
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin - base::Hours(6)),
origin + base::Hours(18));
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin - base::Hours(18)),
origin + base::Hours(6));
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin - base::Days(1)), origin);
EXPECT_EQ(
ShiftWithinOneDayFrom(origin, origin - base::Days(1) - base::Hours(6)),
origin + base::Hours(18));
EXPECT_EQ(
ShiftWithinOneDayFrom(origin, origin - base::Days(1) - base::Hours(18)),
origin + base::Hours(6));
EXPECT_EQ(ShiftWithinOneDayFrom(origin, origin - base::Days(2)), origin);
}
} // namespace
} // namespace ash::schedule_utils
|
