public void InfluxTag_CanParse_InvalidValueReturnsEmpty()
{
// invalid input strings
InfluxTag empty = InfluxTag.Empty;
String nullReason = "Because the input string should contain a single key and value separated by an equals sign.";
InfluxUtils.ToInfluxTag("key").Should().Be(empty, nullReason);
InfluxUtils.ToInfluxTag("key=").Should().Be(empty, nullReason);
InfluxUtils.ToInfluxTag("=value").Should().Be(empty, nullReason);
InfluxUtils.ToInfluxTag("key=value1=value2").Should().Be(empty, nullReason);
InfluxUtils.ToInfluxTag("key,value").Should().Be(empty, nullReason);
InfluxUtils.ToInfluxTag("key==").Should().Be(empty, nullReason);
InfluxUtils.ToInfluxTag("==val").Should().Be(empty, nullReason);
}
/// <summary>
/// Formats the measurement name, tag keys, and field keys on the specified <see cref="InfluxRecord"/>
/// with the defined tag and key formatters and returns the same record instance.
/// </summary>
/// <param name="record">The <see cref="InfluxRecord"/> to format the tag and field keys for.</param>
/// <returns>The same <see cref="InfluxRecord"/> instance with the tag and field keys formatted.</returns>
public virtual InfluxRecord FormatRecord(InfluxRecord record)
{
record.Name = FormatMetricName(null, record.Name, Unit.None, null) ?? record.Name;
for (int i = 0; i < record.Tags.Count; i++)
{
InfluxTag tag = record.Tags[i];
String fmtKey = FormatTagKey(tag.Key);
record.Tags[i] = new InfluxTag(fmtKey, tag.Value);
}
for (int i = 0; i < record.Fields.Count; i++)
{
InfluxField field = record.Fields[i];
String fmtKey = FormatFieldKey(field.Key);
record.Fields[i] = new InfluxField(fmtKey, field.Value);
}
return(record);
}
public void InfluxTag_FormatsTo_LineProtocol(InfluxTag tag, String output)
{
tag.ToLineProtocol().Should().Be(output);
tag.ToString().Should().Be(output);
}
public TagTestCase(InfluxTag tag, String output)
{
Tag = tag;
Output = output;
}