public void test_westernHemisphereTime() throws Exception {
Long yesterday =
DateTimeOperations.convert(
(new DateTime(2009, 7, 23, 13, 18, 20, 0, DateTimeZone.forID("UTC"))));
Assert.assertEquals(
DateTimeOperations.print(
yesterday, DateTimeFormat.shortTime(), null, DateTimeZone.forID("America/New_York")),
DateTimeOperations.print(
(DateTimeArithmetics.minus(yesterday, Period.hours(11))),
DateTimeFormat.shortTime(),
null,
DateTimeZone.forID("Asia/Bangkok")));
}
public void test_londonAndMoscowShortTime() throws Exception {
Long current = System.currentTimeMillis();
Assert.assertEquals(
DateTimeOperations.print(
current,
DateTimeFormat.shortTime(),
new Locale("ru", "RU", ""),
DateTimeZone.forID("Europe/London")),
DateTimeOperations.print(
(DateTimeArithmetics.minus(current, Period.hours(3))),
DateTimeFormat.shortTime(),
new Locale("ru", "RU", ""),
DateTimeZone.forID("Europe/Moscow")));
}
public void test_westernHemisphereDate() throws Exception {
Long yesterday =
DateTimeOperations.convert(
(new DateTime(2009, 7, 23, 13, 18, 20, 0, DateTimeZone.forID("UTC"))));
Assert.assertFalse(
(DateTimeOperations.print(
yesterday,
DateTimeFormat.fullDate(),
Locale.US,
DateTimeZone.forID("America/New_York")))
.equals(
DateTimeOperations.print(
(DateTimeArithmetics.plus(yesterday, Period.hours(22))),
DateTimeFormat.fullDate(),
Locale.US,
DateTimeZone.forID("Asia/Bangkok"))));
}
void drawTimeLine() {
// draw the base timeline
int minorTickHeight = (int) (20 * scaleFactorY);
int majorTickHeight = (int) (40 * scaleFactorY);
parent.strokeWeight(10);
parent.stroke(0);
parent.line(lineStart, lineY, lineStop, lineY);
// draw days
// int maxDays = Days.daysBetween(timelineStartDate,
// timelineEndDate).getDays();
int maxHours = Hours.hoursBetween(timelineStartDate, timelineEndDate).getHours();
// println("Interval is " + fullTimeInterval);
// println("Period is " + Days.daysBetween(minDate, maxDate).getDays());
// println("Max days is " + maxDays);
DateTime tempdt = new DateTime(timelineStartDate);
String previousMonth = timelineStartDate.monthOfYear().getAsText();
int previousDay = -1; // =tempdt.dayOfYear().get();
int monthStart = lineStart;
parent.textAlign(PConstants.CENTER, PConstants.TOP);
for (int a = 0; a < maxHours; a++) {
// println(a);
parent.textAlign(PConstants.CENTER, PConstants.TOP);
// draw label
parent.textFont(parent.font);
parent.textSize(10 * fontScale);
if (tempdt.dayOfYear().get() != previousDay) {
int tx = (int) (PApplet.map(a, 0, maxHours, lineStart, lineStop));
// draw tick
parent.strokeWeight(1);
parent.line(tx, lineY, tx, lineY + minorTickHeight);
previousDay = tempdt.dayOfYear().get();
parent.fill(0);
if (tempdt.dayOfMonth().get() == 1) {
// special case!
parent.textSize(14 * fontScale);
parent.text(
tempdt.dayOfMonth().getAsString(),
tx,
lineY + majorTickHeight + parent.textDescent());
} else {
parent.text(
tempdt.dayOfMonth().getAsString(),
tx,
lineY + minorTickHeight + parent.textDescent());
}
// check if need to draw monthName
if (!previousMonth.equals(tempdt.monthOfYear().getAsText())) {
// draw some visual markers!
// line(monthStart, lineY, monthStart,
// lineY+majorTickHeight);
parent.line(tx, lineY, tx, lineY + majorTickHeight);
// position halfway between monthStart and tx, draw
// monthname
parent.textSize(18 * fontScale);
// check! do we overlap the next month? if so, change
// alignment
if (parent.textWidth(previousMonth) / 2 + monthStart > tx) {
parent.textAlign(PConstants.RIGHT, PConstants.TOP);
}
parent.text(
previousMonth,
(tx + monthStart) / 2,
lineY + minorTickHeight + 2 * (parent.textAscent() + parent.textDescent()));
previousMonth = tempdt.monthOfYear().getAsText();
monthStart = tx;
}
}
tempdt = tempdt.plus(Period.hours(1));
}
// draw final day
parent.line(lineStop, lineY, lineStop, lineY + minorTickHeight);
if (tempdt.dayOfMonth().get() == 1) {
// special case!
parent.text(
tempdt.dayOfMonth().getAsString(),
lineStop,
lineY + majorTickHeight + parent.textDescent());
} else {
parent.text(
tempdt.dayOfMonth().getAsString(),
lineStop,
lineY + minorTickHeight + parent.textDescent());
}
// draw final month!
parent.textSize(18 * fontScale);
parent.text(
tempdt.monthOfYear().getAsText(),
(lineStop + monthStart) / 2,
lineY + minorTickHeight + 2 * (parent.textAscent() + parent.textDescent()));
}
@JsonAutoDetect
@AutoValue
public abstract class SearchesClusterConfig {
private static final Period DEFAULT_QUERY_TIME_RANGE_LIMIT = Period.ZERO;
private static final Map<Period, String> DEFAULT_RELATIVE_TIMERANGE_OPTIONS =
ImmutableMap.<Period, String>builder()
.put(Period.minutes(5), "Search in the last 5 minutes")
.put(Period.minutes(15), "Search in the last 15 minutes")
.put(Period.minutes(30), "Search in the last 30 minutes")
.put(Period.hours(1), "Search in the last 1 hour")
.put(Period.hours(2), "Search in the last 2 hours")
.put(Period.hours(8), "Search in the last 8 hours")
.put(Period.days(1), "Search in the last 1 day")
.put(Period.days(2), "Search in the last 2 days")
.put(Period.days(5), "Search in the last 5 days")
.put(Period.days(7), "Search in the last 7 days")
.put(Period.days(14), "Search in the last 14 days")
.put(Period.days(30), "Search in the last 30 days")
.put(Period.ZERO, "Search in all messages")
.build();
private static final Map<Period, String> DEFAULT_SURROUNDING_TIMERANGE_OPTIONS =
ImmutableMap.<Period, String>builder()
.put(Period.seconds(1), "1 second")
.put(Period.seconds(5), "5 seconds")
.put(Period.seconds(10), "10 seconds")
.put(Period.seconds(30), "30 seconds")
.put(Period.minutes(1), "1 minute")
.put(Period.minutes(5), "5 minutes")
.build();
private static final Set<String> DEFAULT_SURROUNDING_FILTER_FIELDS =
ImmutableSet.<String>builder()
.add("source")
.add("gl2_source_input")
.add("file")
.add("source_file")
.build();
@JsonProperty("query_time_range_limit")
public abstract Period queryTimeRangeLimit();
@JsonProperty("relative_timerange_options")
public abstract Map<Period, String> relativeTimerangeOptions();
@JsonProperty("surrounding_timerange_options")
public abstract Map<Period, String> surroundingTimerangeOptions();
@JsonProperty("surrounding_filter_fields")
public abstract Set<String> surroundingFilterFields();
@JsonCreator
public static SearchesClusterConfig create(
@JsonProperty("query_time_range_limit") Period queryTimeRangeLimit,
@JsonProperty("relative_timerange_options") Map<Period, String> relativeTimerangeOptions,
@JsonProperty("surrounding_timerange_options")
Map<Period, String> surroundingTimerangeOptions,
@JsonProperty("surrounding_filter_fields") Set<String> surroundingFilterFields) {
return builder()
.queryTimeRangeLimit(queryTimeRangeLimit)
.relativeTimerangeOptions(relativeTimerangeOptions)
.surroundingTimerangeOptions(surroundingTimerangeOptions)
.surroundingFilterFields(surroundingFilterFields)
.build();
}
public static SearchesClusterConfig createDefault() {
return builder()
.queryTimeRangeLimit(DEFAULT_QUERY_TIME_RANGE_LIMIT)
.relativeTimerangeOptions(DEFAULT_RELATIVE_TIMERANGE_OPTIONS)
.surroundingTimerangeOptions(DEFAULT_SURROUNDING_TIMERANGE_OPTIONS)
.surroundingFilterFields(DEFAULT_SURROUNDING_FILTER_FIELDS)
.build();
}
public static Builder builder() {
return new AutoValue_SearchesClusterConfig.Builder();
}
public abstract Builder toBuilder();
@AutoValue.Builder
public abstract static class Builder {
public abstract Builder queryTimeRangeLimit(Period queryTimeRangeLimit);
public abstract Builder relativeTimerangeOptions(Map<Period, String> relativeTimerangeOptions);
public abstract Builder surroundingTimerangeOptions(
Map<Period, String> surroundingTimerangeOptions);
public abstract Builder surroundingFilterFields(Set<String> surroundingFilterFields);
public abstract SearchesClusterConfig build();
}
}
@Override
public Period byAmount(int amount) {
return Period.hours(amount);
}