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// Copyright (C) 2014 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.
package com.google.gerrit.server.config;
import static com.google.common.truth.Truth.assertThat;
import static java.util.concurrent.TimeUnit.DAYS;
import static java.util.concurrent.TimeUnit.HOURS;
import static java.util.concurrent.TimeUnit.MILLISECONDS;
import static java.util.concurrent.TimeUnit.MINUTES;
import com.google.gerrit.server.config.ScheduleConfig.Schedule;
import java.time.LocalDateTime;
import java.time.Month;
import java.time.ZoneOffset;
import java.time.ZonedDateTime;
import java.util.Optional;
import java.util.concurrent.TimeUnit;
import org.eclipse.jgit.lib.Config;
import org.junit.Test;
public class ScheduleConfigTest {
// Friday June 13, 2014 10:00 UTC
private static final ZonedDateTime NOW =
LocalDateTime.of(2014, Month.JUNE, 13, 10, 0, 0).atOffset(ZoneOffset.UTC).toZonedDateTime();
@Test
public void initialDelay() throws Exception {
assertThat(initialDelay("11:00", "1h")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("11:00", "1 hour")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("05:30", "1h")).isEqualTo(ms(30, MINUTES));
assertThat(initialDelay("09:30", "1h")).isEqualTo(ms(30, MINUTES));
assertThat(initialDelay("13:30", "1h")).isEqualTo(ms(30, MINUTES));
assertThat(initialDelay("13:59", "1h")).isEqualTo(ms(59, MINUTES));
assertThat(initialDelay("11:00", "1d")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("11:00", "1 day")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("05:30", "1d")).isEqualTo(ms(19, HOURS) + ms(30, MINUTES));
assertThat(initialDelay("11:00", "1w")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("11:00", "1 week")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("05:30", "1w")).isEqualTo(ms(7, DAYS) - ms(4, HOURS) - ms(30, MINUTES));
assertThat(initialDelay("Mon 11:00", "1w")).isEqualTo(ms(3, DAYS) + ms(1, HOURS));
assertThat(initialDelay("Fri 11:00", "1w")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("Mon 11:00", "1d")).isEqualTo(ms(1, HOURS));
assertThat(initialDelay("Mon 09:00", "1d")).isEqualTo(ms(23, HOURS));
assertThat(initialDelay("Mon 10:00", "1d")).isEqualTo(ms(1, DAYS));
assertThat(initialDelay("Mon 10:00", "1d")).isEqualTo(ms(1, DAYS));
}
@Test
public void defaultKeysWithoutSubsection() {
Config rc = new Config();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "1h");
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "01:00");
assertThat(ScheduleConfig.builder(rc, "a").setNow(NOW).buildSchedule())
.hasValue(Schedule.create(ms(1, HOURS), ms(1, HOURS)));
}
@Test
public void defaultKeysWithSubsection() {
Config rc = new Config();
rc.setString("a", "b", ScheduleConfig.KEY_INTERVAL, "1h");
rc.setString("a", "b", ScheduleConfig.KEY_STARTTIME, "01:00");
assertThat(ScheduleConfig.builder(rc, "a").setSubsection("b").setNow(NOW).buildSchedule())
.hasValue(Schedule.create(ms(1, HOURS), ms(1, HOURS)));
}
@Test
public void customKeysWithoutSubsection() {
Config rc = new Config();
rc.setString("a", null, "i", "1h");
rc.setString("a", null, "s", "01:00");
assertThat(
ScheduleConfig.builder(rc, "a")
.setKeyInterval("i")
.setKeyStartTime("s")
.setNow(NOW)
.buildSchedule())
.hasValue(Schedule.create(ms(1, HOURS), ms(1, HOURS)));
}
@Test
public void customKeysWithSubsection() {
Config rc = new Config();
rc.setString("a", "b", "i", "1h");
rc.setString("a", "b", "s", "01:00");
assertThat(
ScheduleConfig.builder(rc, "a")
.setSubsection("b")
.setKeyInterval("i")
.setKeyStartTime("s")
.setNow(NOW)
.buildSchedule())
.hasValue(Schedule.create(ms(1, HOURS), ms(1, HOURS)));
}
@Test
public void missingConfigWithoutSubsection() {
Config rc = new Config();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "1h");
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "01:00");
assertThat(
ScheduleConfig.builder(rc, "a")
.setKeyInterval("myInterval")
.setKeyStartTime("myStart")
.buildSchedule())
.isEmpty();
assertThat(ScheduleConfig.builder(rc, "x").buildSchedule()).isEmpty();
}
@Test
public void missingConfigWithSubsection() {
Config rc = new Config();
rc.setString("a", "b", ScheduleConfig.KEY_INTERVAL, "1h");
rc.setString("a", "b", ScheduleConfig.KEY_STARTTIME, "01:00");
assertThat(
ScheduleConfig.builder(rc, "a")
.setSubsection("b")
.setKeyInterval("myInterval")
.setKeyStartTime("myStart")
.buildSchedule())
.isEmpty();
assertThat(ScheduleConfig.builder(rc, "a").setSubsection("x").buildSchedule()).isEmpty();
assertThat(ScheduleConfig.builder(rc, "x").setSubsection("b").buildSchedule()).isEmpty();
}
@Test
public void incompleteConfigMissingInterval() {
Config rc = new Config();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "01:00");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
}
@Test
public void incompleteConfigMissingStartTime() {
Config rc = new Config();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "1h");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
}
@Test
public void invalidConfigBadInterval() {
Config rc = new Config();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "01:00");
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "x");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "1x");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "0");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "-1");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
}
@Test
public void invalidConfigBadStartTime() {
Config rc = new Config();
rc.setString("a", null, ScheduleConfig.KEY_INTERVAL, "1h");
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "x");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "Foo 01:00");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "Mon 01:000");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "001:00");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "0100");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
rc.setString("a", null, ScheduleConfig.KEY_STARTTIME, "1:00");
assertThat(ScheduleConfig.builder(rc, "a").buildSchedule()).isEmpty();
}
@Test
public void createInvalidSchedule() {
assertThat(Schedule.create(-1, "00:00")).isEmpty();
assertThat(Schedule.create(1, "x")).isEmpty();
assertThat(Schedule.create(1, "Foo 00:00")).isEmpty();
assertThat(Schedule.create(0, "Mon 00:000")).isEmpty();
assertThat(Schedule.create(1, "000:00")).isEmpty();
assertThat(Schedule.create(1, "0000")).isEmpty();
}
private static long initialDelay(String startTime, String interval) {
Optional<Schedule> schedule =
ScheduleConfig.builder(config(startTime, interval), "section")
.setSubsection("subsection")
.setNow(NOW)
.buildSchedule();
assertThat(schedule).isPresent();
return schedule.get().initialDelay();
}
private static Config config(String startTime, String interval) {
Config rc = new Config();
rc.setString("section", "subsection", "startTime", startTime);
rc.setString("section", "subsection", "interval", interval);
return rc;
}
private static long ms(int cnt, TimeUnit unit) {
return MILLISECONDS.convert(cnt, unit);
}
}