public void SanitizeMeasurementsReplacesNegativeInfinityWith0()
{
var original = new Dictionary <string, double>
{
{ "Key", double.NegativeInfinity },
};
original.SanitizeMeasurements();
Assert.Equal(0, original["Key"]);
}
public void SanitizeMeasurementsReplacesNanWith0()
{
var original = new Dictionary <string, double>
{
{ "Key", double.NaN },
};
original.SanitizeMeasurements();
Assert.AreEqual(0, original["Key"]);
}
public void SanitizeMeasurementsReplacesPositiveInfinityWith0()
{
var original = new Dictionary<string, double>
{
{ "Key", double.PositiveInfinity },
};
original.SanitizeMeasurements();
Assert.Equal(0, original["Key"]);
}
public void SanitizeMeasurementsTruncatesKeysLongerThan150Characters()
{
string originalKey = new string('A', Property.MaxNameLength + 1);
const double OriginalValue = 42.0;
var original = new Dictionary <string, double> {
{ originalKey, OriginalValue }
};
original.SanitizeMeasurements();
Assert.Equal(Property.MaxDictionaryNameLength, original.First().Key.Length);
}
public void SanitizeMeasurementsTrimsLeadingAndTrailingSpaceInKeyNames()
{
const string OriginalKey = " key with spaces ";
const double OriginalValue = 42.0;
var original = new Dictionary <string, double> {
{ OriginalKey, OriginalValue }
};
original.SanitizeMeasurements();
string sanitizedKey = OriginalKey.Trim();
Assert.Equal(new[] { new KeyValuePair <string, double>(sanitizedKey, OriginalValue) }, original);
}
public void SanitizeMeasurementsMakesKeysUniqueAfterTruncation()
{
string originalKey = new string('A', Property.MaxNameLength + 1);
const double OriginalValue = 42.0;
var original = new Dictionary <string, double>
{
{ originalKey + "1", OriginalValue },
{ originalKey + "2", OriginalValue },
{ originalKey + "3", OriginalValue },
};
original.SanitizeMeasurements();
Assert.Equal(3, original.Count);
Assert.Equal(Property.MaxDictionaryNameLength, original.Keys.Max(key => key.Length));
}
public void SanitizeMeasurementsReplacesSpecialCharactersWithUnderscores()
{
foreach (char invalidCharacter in GetInvalidNameCharacters())
{
string originalKey = "test" + invalidCharacter + "key";
const double OriginalValue = 42.0;
var original = new Dictionary <string, double> {
{ originalKey, OriginalValue }
};
original.SanitizeMeasurements();
string sanitizedKey = originalKey.Replace(invalidCharacter, '_');
Assert.Equal(new[] { new KeyValuePair <string, double>(sanitizedKey, OriginalValue) }, original);
}
}
public void SanitizeMeasurementsMakesKeysUniqueAfterTruncation()
{
string originalKey = new string('A', Property.MaxNameLength + 1);
const double OriginalValue = 42.0;
var original = new Dictionary<string, double>
{
{ originalKey + "1", OriginalValue },
{ originalKey + "2", OriginalValue },
{ originalKey + "3", OriginalValue },
};
original.SanitizeMeasurements();
Assert.Equal(3, original.Count);
Assert.Equal(Property.MaxDictionaryNameLength, original.Keys.Max(key => key.Length));
}
public void SanitizeMeasurementsTruncatesKeysLongerThan150Characters()
{
string originalKey = new string('A', Property.MaxNameLength + 1);
const double OriginalValue = 42.0;
var original = new Dictionary<string, double> { { originalKey, OriginalValue } };
original.SanitizeMeasurements();
Assert.Equal(Property.MaxDictionaryNameLength, original.First().Key.Length);
}
public void SanitizeMeasurementsReplacesSpecialCharactersWithUnderscores()
{
foreach (char invalidCharacter in GetInvalidNameCharacters())
{
string originalKey = "test" + invalidCharacter + "key";
const double OriginalValue = 42.0;
var original = new Dictionary<string, double> { { originalKey, OriginalValue } };
original.SanitizeMeasurements();
string sanitizedKey = originalKey.Replace(invalidCharacter, '_');
Assert.Equal(new[] { new KeyValuePair<string, double>(sanitizedKey, OriginalValue) }, original);
}
}
public void SanitizeMeasurementsTrimsLeadingAndTrailingSpaceInKeyNames()
{
const string OriginalKey = " key with spaces ";
const double OriginalValue = 42.0;
var original = new Dictionary<string, double> { { OriginalKey, OriginalValue } };
original.SanitizeMeasurements();
string sanitizedKey = OriginalKey.Trim();
Assert.Equal(new[] { new KeyValuePair<string, double>(sanitizedKey, OriginalValue) }, original);
}
