public void ParsingAnEmptyStringReturnsResponseWithDefaultValues() { // given var defaults = ResponseAttributesDefaults.KeyValueResponse; const string input = ""; // when var obtained = KeyValueResponseParser.Parse(input); // then Assert.That(obtained, Is.Not.Null); // then Assert.That(obtained.MaxBeaconSizeInBytes, Is.EqualTo(defaults.MaxBeaconSizeInBytes)); Assert.That(obtained.MaxSessionDurationInMilliseconds, Is.EqualTo(defaults.MaxSessionDurationInMilliseconds)); Assert.That(obtained.MaxEventsPerSession, Is.EqualTo(defaults.MaxEventsPerSession)); Assert.That(obtained.SessionTimeoutInMilliseconds, Is.EqualTo(defaults.SessionTimeoutInMilliseconds)); Assert.That(obtained.SendIntervalInMilliseconds, Is.EqualTo(defaults.SendIntervalInMilliseconds)); Assert.That(obtained.VisitStoreVersion, Is.EqualTo(defaults.VisitStoreVersion)); Assert.That(obtained.IsCapture, Is.EqualTo(defaults.IsCapture)); Assert.That(obtained.IsCaptureCrashes, Is.EqualTo(defaults.IsCaptureCrashes)); Assert.That(obtained.IsCaptureErrors, Is.EqualTo(defaults.IsCaptureErrors)); Assert.That(obtained.Multiplicity, Is.EqualTo(defaults.Multiplicity)); Assert.That(obtained.ServerId, Is.EqualTo(defaults.ServerId)); Assert.That(obtained.TimestampInMilliseconds, Is.EqualTo(defaults.TimestampInMilliseconds)); }
public void ParsingReportCrashesWithTooBigValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyCapture, 2147483648L); // when Assert.Throws <OverflowException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingReportCrashesWithNonNumericValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyCapture, "a"); // when Assert.Throws <FormatException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingServerIdWithEmptyValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyServerId, ""); // when Assert.Throws <FormatException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingMultiplicityWithNonNumericValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyMultiplicity, "a"); // when Assert.Throws <FormatException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingMultiplicityWithTooBigValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyMultiplicity, 2147483648L); // when Assert.Throws <OverflowException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingTrafficControlPercentageWithTooBigValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyTrafficControlPercentage, 2147483648L); // when Assert.Throws <OverflowException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingTrafficControlPercentageWithNonNumericValueThrowsException() { // given AppendParameter(KeyValueResponseParser.ResponseKeyTrafficControlPercentage, "a"); // when Assert.Throws <FormatException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString())); }
public void ParsingKeyWithoutValueDelimiterThrowsAnException() { // given inputBuilder.Append("¶m"); // when Assert.Throws <ArgumentException>(() => KeyValueResponseParser.Parse(inputBuilder.ToString()), "Invalid response; even number of tokens expected."); }
public void ParseResponseWithAllParametersSet() { // given var defaults = ResponseAttributesDefaults.KeyValueResponse; const int beaconSize = 73; const int sendInterval = 74; const int serverId = 75; const int multiplicity = 76; AppendParameter(KeyValueResponseParser.ResponseKeyMaxBeaconSizeInKb, beaconSize); AppendParameter(KeyValueResponseParser.ResponseKeySendIntervalInSec, sendInterval); AppendParameter(KeyValueResponseParser.ResponseKeyCapture, 0); AppendParameter(KeyValueResponseParser.ResponseKeyReportCrashes, 1); AppendParameter(KeyValueResponseParser.ResponseKeyReportErrors, 0); AppendParameter(KeyValueResponseParser.ResponseKeyServerId, serverId); AppendParameter(KeyValueResponseParser.ResponseKeyMultiplicity, multiplicity); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.MaxBeaconSizeInBytes, Is.EqualTo(beaconSize * 1024)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.MAX_BEACON_SIZE), Is.True); Assert.That(obtained.SendIntervalInMilliseconds, Is.EqualTo(sendInterval * 1000)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.SEND_INTERVAL), Is.True); Assert.That(obtained.IsCapture, Is.False); Assert.That(obtained.IsAttributeSet(ResponseAttribute.IS_CAPTURE), Is.True); Assert.That(obtained.IsCaptureCrashes, Is.True); Assert.That(obtained.IsAttributeSet(ResponseAttribute.IS_CAPTURE_CRASHES), Is.True); Assert.That(obtained.IsCaptureErrors, Is.False); Assert.That(obtained.IsAttributeSet(ResponseAttribute.IS_CAPTURE_ERRORS), Is.True); Assert.That(obtained.Multiplicity, Is.EqualTo(multiplicity)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.MULTIPLICITY), Is.True); Assert.That(obtained.ServerId, Is.EqualTo(serverId)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.SERVER_ID), Is.True); Assert.That(obtained.MaxSessionDurationInMilliseconds, Is.EqualTo(defaults.MaxSessionDurationInMilliseconds)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.MAX_SESSION_DURATION), Is.False); Assert.That(obtained.MaxEventsPerSession, Is.EqualTo(defaults.MaxEventsPerSession)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.MAX_EVENTS_PER_SESSION), Is.False); Assert.That(obtained.SessionTimeoutInMilliseconds, Is.EqualTo(defaults.SessionTimeoutInMilliseconds)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.SESSION_IDLE_TIMEOUT), Is.False); Assert.That(obtained.VisitStoreVersion, Is.EqualTo(defaults.VisitStoreVersion)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.VISIT_STORE_VERSION), Is.False); Assert.That(obtained.TimestampInMilliseconds, Is.EqualTo(defaults.TimestampInMilliseconds)); Assert.That(obtained.IsAttributeSet(ResponseAttribute.TIMESTAMP), Is.False); }
public void ParsingCaptureWithValueNotEqualToOneGivesFalse() { // given AppendParameter(KeyValueResponseParser.ResponseKeyCapture, 200); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.IsCapture, Is.False); }
public void ParseExtractsCaptureCrashesEnabled() { // given AppendParameter(KeyValueResponseParser.ResponseKeyReportCrashes, 1); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.IsCaptureCrashes, Is.True); }
public void ParseExtractsCaptureErrorsDisabled() { // given AppendParameter(KeyValueResponseParser.ResponseKeyReportErrors, 0); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.IsCaptureErrors, Is.False); }
public void ParsingReportErrorsWithValueNotEqualToZeroGivesTrue() { // given AppendParameter(KeyValueResponseParser.ResponseKeyReportErrors, 200); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.IsCaptureErrors, Is.True); }
public void ParseExtractsServerId() { // given const int serverId = 73; AppendParameter(KeyValueResponseParser.ResponseKeyServerId, serverId); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.ServerId, Is.EqualTo(serverId)); }
public void ParseExtractsSendInterval() { // given const int sendInterval = 37; AppendParameter(KeyValueResponseParser.ResponseKeySendIntervalInSec, sendInterval); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.SendIntervalInMilliseconds, Is.EqualTo(sendInterval * 1000)); }
public void ParseExtractsMultiplicity() { // given const int multiplicity = 73; AppendParameter(KeyValueResponseParser.ResponseKeyMultiplicity, multiplicity); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.Multiplicity, Is.EqualTo(multiplicity)); }
public void ParseExtractsBeaconSize() { // given const int beaconSize = 37; AppendParameter(KeyValueResponseParser.ResponseKeyMaxBeaconSizeInKb, beaconSize); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.MaxBeaconSizeInBytes, Is.EqualTo(beaconSize * 1024)); }
public void ParseExtractsTrafficControlPercentage() { // given const int trafficControlPercentage = 73; AppendParameter(KeyValueResponseParser.ResponseKeyTrafficControlPercentage, trafficControlPercentage); // when var obtained = KeyValueResponseParser.Parse(inputBuilder.ToString()); // then Assert.That(obtained, Is.Not.Null); Assert.That(obtained.TrafficControlPercentage, Is.EqualTo(trafficControlPercentage)); }
public void ParsingAnOddNumberOfTokensThrowsException() { Assert.Throws <ArgumentException>(() => KeyValueResponseParser.Parse("cp=100&cr"), "Invalid response; even number of tokens expected."); }
public void ParsingKeyValueWithAmpersandAsSeparatorThrowsException() { Assert.Throws <ArgumentException>(() => KeyValueResponseParser.Parse("cp&100"), "Invalid response; even number of tokens expected."); }
public void ParsingKeyWithoutKeyValuePairThrowsException() { Assert.Throws <ArgumentException>(() => KeyValueResponseParser.Parse("key_value"), "Invalid response; even number of tokens expected."); }