public void Test()
{
var formatter = new KeyFormatter();
Assert.Throws <ArgumentNullException>(() => formatter.Format <string?>(null));
var key = Guid.NewGuid();
Assert.Equal(key.ToString(), formatter.Format(key.ToString()));
Assert.Equal(key.ToString(), formatter.Format(key));
}
public static string Serialize(InfluxPoint point)
{
var tags = point.Tags;
var fields = point.Fields;
var allTags = string.Join(",", TagsFormatter.Format(tags));
var allFields = string.Join(",", FieldFormatter.Format(fields));
var tagsPart = allTags.Length > 0 ? $",{allTags}" : allTags;
var measurement = KeyFormatter.Format(point.Measurement);
return($"{measurement}{tagsPart} {allFields} {FieldValueFormatter.FormatTimestamp(point.UtcTimestamp)}".Trim());
}
public static string BuildMeasurement(params string[] names)
{
var metricName = string.Join(".", names.Where(n => string.IsNullOrWhiteSpace(n) == false).Select(s => SanitizeMeasurement(s.Trim('.').Trim(' '))));
return(KeyFormatter.Format(metricName));
}
public void MultipleKeysShouldFormatAsAnonymousType()
{
var formatter = new KeyFormatter();
formatter.Format("key1", "key2").Should().Be("x => new { x.key1, x.key2 }");
}
public void OneKeyShouldFormatAsScalar()
{
var formatter = new KeyFormatter();
formatter.Format("key1").Should().Be("x => x.key1");
}
public string Format(string key)
{
return(KeyFormatter.Format(key));
}