public void APISavesToSecondaryPings()
{
// Define a 'datetimeMetric' datetime metric, which will be stored in "store1" and "store2"
var datetimeMetric = new Private.DatetimeMetricType(
category: "telemetry",
disabled: false,
lifetime: Private.Lifetime.Application,
name: "datetime_metric",
sendInPings: new string[] { "store1", "store2" },
timeUnit: TimeUnit.Second
);
const string displayName = "(UTC-06:00) Central Time (US & Canada)";
const string standardName = "Central Standard Time";
var offset = new TimeSpan(-06, 00, 00);
var timeZone = TimeZoneInfo.CreateCustomTimeZone(standardName, offset, displayName, standardName);
var value = new DateTimeOffset(2010, 11, 29, 18, 3, 35, timeZone.BaseUtcOffset);
datetimeMetric.Set(value);
// Check that data was properly recorded.
Assert.True(datetimeMetric.TestHasValue("store1"));
Assert.Equal(value, datetimeMetric.TestGetValue("store1"));
Assert.True(datetimeMetric.TestHasValue("store2"));
Assert.Equal(value, datetimeMetric.TestGetValue("store2"));
}
public void APISavesToStorage()
{
var datetimeMetric = new Private.DatetimeMetricType(
category: "telemetry",
disabled: false,
lifetime: Private.Lifetime.Application,
name: "datetime_metric",
sendInPings: new string[] { "store1" }
);
string displayName = "(UTC-08:00) Pacific Time (US & Canada)";
string standardName = "America/Los_Angeles";
var offset = new TimeSpan(-08, 00, 00);
var timeZone = TimeZoneInfo.CreateCustomTimeZone(standardName, offset, displayName, standardName);
var value = new DateTimeOffset(2004, 11, 9, 8, 3, 29, timeZone.BaseUtcOffset);
datetimeMetric.Set(value);
Assert.True(datetimeMetric.TestHasValue());
Assert.Equal("2004-11-09T08:03-08:00", datetimeMetric.TestGetValueAsString());
displayName = "(UTC+00:00) Dublin, Edinburgh, Lisbon, London";
standardName = "GMT+0";
offset = new TimeSpan(00, 00, 00);
timeZone = TimeZoneInfo.CreateCustomTimeZone(standardName, offset, displayName, standardName);
var value2 = new DateTimeOffset(1993, 1, 23, 9, 5, 43, timeZone.BaseUtcOffset);
datetimeMetric.Set(value2);
// Check that data was properly recorded.
Assert.True(datetimeMetric.TestHasValue());
Assert.Equal("1993-01-23T09:05+00:00", datetimeMetric.TestGetValueAsString());
// A date prior to the UNIX epoch
displayName = "(UTC-12:00) International Date Line West";
standardName = "GMT-12";
offset = new TimeSpan(-12, 00, 00);
timeZone = TimeZoneInfo.CreateCustomTimeZone(standardName, offset, displayName, standardName);
var value3 = new DateTimeOffset(1969, 7, 20, 20, 17, 3, timeZone.BaseUtcOffset);
datetimeMetric.Set(value3);
// Check that data was properly recorded.
Assert.True(datetimeMetric.TestHasValue());
Assert.Equal("1969-07-20T20:17-12:00", datetimeMetric.TestGetValueAsString());
// A date following 2038 (the extent of signed 32-bits after UNIX epoch)
// This fails on some workers on Taskcluster. 32-bit platforms, perhaps?
// val value4 = Calendar.getInstance()
// value4.set(2039, 7, 20, 20, 17, 3)
// datetimeMetric.set(value4)
// // Check that data was properly recorded.
// assertTrue(datetimeMetric.testHasValue())
// assertEquals("2039-08-20T20:17:03-04:00", datetimeMetric.testGetValueAsString())
}
public void DisabledDatetimesMustNotRecordData()
{
var datetimeMetric = new Private.DatetimeMetricType(
category: "telemetry",
disabled: true,
lifetime: Private.Lifetime.Application,
name: "datetime_metric",
sendInPings: new string[] { "store1" }
);
// Attempt to store the datetime.
datetimeMetric.Set();
Assert.False(datetimeMetric.TestHasValue());
}
public void SettingDateAndReadingResultsInTheSame()
{
var datetimeMetric = new Private.DatetimeMetricType(
category: "telemetry",
disabled: false,
lifetime: Private.Lifetime.Application,
name: "datetime_metric",
sendInPings: new string[] { "store1" },
timeUnit: TimeUnit.Millisecond
);
var unixStart = new DateTime(1970, 1, 1, 0, 0, 0, 0);
var now = new DateTime(DateTime.Now.Ticks);
datetimeMetric.Set(now);
Assert.Equal(Math.Floor((now.ToUniversalTime() - unixStart).TotalSeconds),
datetimeMetric.TestGetValue().ToUnixTimeSeconds());
}
