internal static bool OptimizeRulePackXDoc(XDocument rulePackXDoc, DataClassificationConfig dataClassificationConfig)
{
ArgumentValidator.ThrowIfNull("rulePackXDoc", rulePackXDoc);
bool result = false;
XElement xelement = rulePackXDoc.Descendants(XmlProcessingUtils.GetMceNsQualifiedNodeName("Rules")).FirstOrDefault <XElement>();
if (xelement == null)
{
throw new ClassificationRuleCollectionInvalidObjectException(Strings.ClassificationRuleCollectionInvalidObject);
}
List <XElement> list = (from versionElement in xelement.Descendants(XmlProcessingUtils.GetMceNsQualifiedNodeName("Version"))
where versionElement.IsEmpty
select versionElement).ToList <XElement>();
foreach (XElement xelement2 in list)
{
xelement2.Remove();
result = true;
}
List <string> list2 = (from versionedTextProcessorReference in TextProcessorUtils.GetTextProcessorReferences(rulePackXDoc.Root)
select versionedTextProcessorReference.Key).Distinct(ClassificationDefinitionConstants.TextProcessorIdComparer).ToList <string>();
List <XElement> list3 = XmlProcessingUtils.GetFingerprintProcessorsInRulePackage(rulePackXDoc).ToList <XElement>();
foreach (XElement xelement3 in list3)
{
XAttribute xattribute = xelement3.Attribute("id");
string item = (xattribute == null) ? string.Empty : xattribute.Value;
if (list2.Contains(item))
{
if (dataClassificationConfig != null)
{
XAttribute xattribute2 = xelement3.Attribute("threshold");
if (xattribute2 != null && !dataClassificationConfig.FingerprintThreshold.ToString().Equals(xattribute2.Value, StringComparison.Ordinal))
{
xattribute2.Value = dataClassificationConfig.FingerprintThreshold.ToString();
result = true;
}
}
}
else
{
xelement3.Remove();
result = true;
}
}
return(result);
}
internal static RuleComplexityData Create(XElement ruleElement, Dictionary <TextProcessorType, TextProcessorGrouping> customTextProcessorGroups, Dictionary <string, int> customKeywordProcessorsTermsCount, Dictionary <TextProcessorType, TextProcessorGrouping> oobTextProcessorGroups = null)
{
if (ruleElement == null)
{
throw new ArgumentNullException("ruleElement");
}
if (customTextProcessorGroups == null)
{
throw new ArgumentNullException("customTextProcessorGroups");
}
if (customKeywordProcessorsTermsCount == null)
{
throw new ArgumentNullException("customKeywordProcessorsTermsCount");
}
oobTextProcessorGroups = (oobTextProcessorGroups ?? TextProcessorUtils.OobProcessorsGroupedByType);
List <string> list = (from versionedTextProcessorReference in TextProcessorUtils.GetTextProcessorReferences(ruleElement)
select versionedTextProcessorReference.Key).Distinct(ClassificationDefinitionConstants.TextProcessorIdComparer).ToList <string>();
int num = 0;
int num2 = 0;
int num3 = 0;
foreach (string textProcessorRef in list)
{
if (RuleComplexityData.IsRegexProcessorReference(textProcessorRef, oobTextProcessorGroups, customTextProcessorGroups))
{
num++;
}
else if (RuleComplexityData.IsFunctionProcessorReference(textProcessorRef, oobTextProcessorGroups))
{
num3++;
}
else
{
num2 += RuleComplexityData.GetTermsFromCustomKeywordProcessorCount(textProcessorRef, customTextProcessorGroups, customKeywordProcessorsTermsCount);
}
}
RuleComplexityData ruleComplexityData = new RuleComplexityData
{
DistinctRegexProcessorReferencesCount = num,
TermsFromCustomKeywordProcessorReferencesCount = num2,
DistinctFunctionProcessorReferencesCount = num3
};
ruleComplexityData.ProcessAnyBlocksComplexityData(ruleElement);
return(ruleComplexityData);
}
private IEnumerable <KeyValuePair <string, RuleComplexityData> > GetRulePackComplexityData(XDocument rulePackXDocument)
{
ExAssert.RetailAssert(rulePackXDocument != null, "The rule pack document instance passed to GetRulePackComplexityData cannot be null!");
Dictionary <TextProcessorType, TextProcessorGrouping> customTextProcessorGroups = TextProcessorUtils.GetRulePackScopedTextProcessorsGroupedByType(rulePackXDocument).ToDictionary((TextProcessorGrouping textProcessorGroup) => textProcessorGroup.Key);
Dictionary <string, int> customKeywordProcessorsTermsCount = ComplexityValidator.GetKeywordProcessorTermsCount(rulePackXDocument);
IEnumerable <XElement> source = from rulePackElement in rulePackXDocument.Descendants()
where ClassificationDefinitionConstants.MceRuleElementNames.Contains(rulePackElement.Name.LocalName)
select rulePackElement;
return(from ruleElement in source.AsParallel <XElement>().AsOrdered <XElement>()
select new KeyValuePair <string, RuleComplexityData>(ruleElement.Attribute("id").Value, RuleComplexityData.Create(ruleElement, customTextProcessorGroups, customKeywordProcessorsTermsCount, this.cannedOobTextProcessorIdsGroupedByType)));
}
internal static IEnumerable <KeyValuePair <string, ExchangeBuild> > GetTextProcessorReferences(XElement rulePackElement)
{
return(TextProcessorUtils.GetTextProcessorReferences(rulePackElement, ClassificationDefinitionConstants.MceMatchElementNames));
}
internal static IEnumerable <TextProcessorGrouping> GetTextProcessorsGroupedByType(XDocument rulePackXDoc, ISet <string> textProcessorElementNames)
{
ExAssert.RetailAssert(rulePackXDoc != null, "The rule pack XDocument instance passed to GetTextProcessorIdsGroupedByType cannot be null!");
ExAssert.RetailAssert(textProcessorElementNames != null, "Must specify the text processor element names when calling GetTextProcessorIdsGroupedByType");
return(from rulePackElement in rulePackXDoc.Descendants().AsParallel <XElement>()
let rulePackElementName = rulePackElement.Name.LocalName
where textProcessorElementNames.Contains(rulePackElementName)
let textProcessorType = TextProcessorUtils.MceConfigManagerBase.ParseTextProcessorType(rulePackElementName)
let versionedTextProcessor = new KeyValuePair <string, ExchangeBuild>(rulePackElement.Attribute("id").Value, TextProcessorUtils.GetTextProcessorVersion(textProcessorType, rulePackElement))
group versionedTextProcessor by textProcessorType into textProcessorGrouping
select new TextProcessorGrouping(textProcessorGrouping, null));
}
private static Dictionary <TextProcessorType, TextProcessorGrouping> GetDiskOobProcessorsGroupedByType()
{
return(TextProcessorUtils.GetOnDiskMceConfigData <Dictionary <TextProcessorType, TextProcessorGrouping> >((TextProcessorUtils.MceConfigManagerBase diskMceConfigManager) => diskMceConfigManager.OobTextProcessorGrouping));
}
private void ValidateProcessorIdAndMatchReferences(XDocument rulePackXDocument)
{
ExAssert.RetailAssert(rulePackXDocument != null, "Extra rule package validation must take place after XML schema validation passed!");
IDictionary <string, ExchangeBuild> textProcessorsFromTextProcessorGrouping = TextProcessorUtils.GetTextProcessorsFromTextProcessorGrouping(this.cannedOobTextProcessorsGroupedByType, null);
ICollection <string> keys = textProcessorsFromTextProcessorGrouping.Keys;
Dictionary <TextProcessorType, TextProcessorGrouping> textProcessorsGroupings = TextProcessorUtils.GetRulePackScopedTextProcessorsGroupedByType(rulePackXDocument).ToDictionary((TextProcessorGrouping textProcessorGroup) => textProcessorGroup.Key);
IDictionary <string, ExchangeBuild> textProcessorsFromTextProcessorGrouping2 = TextProcessorUtils.GetTextProcessorsFromTextProcessorGrouping(textProcessorsGroupings, null);
ICollection <string> keys2 = textProcessorsFromTextProcessorGrouping2.Keys;
List <string> list = keys.AsParallel <string>().Union(keys2.AsParallel <string>(), ClassificationDefinitionConstants.TextProcessorIdComparer).ToList <string>();
if (list.Count != keys.Count + keys2.Count)
{
List <string> list2 = keys.AsParallel <string>().Intersect(keys2.AsParallel <string>(), ClassificationDefinitionConstants.TextProcessorIdComparer).ToList <string>();
LocalizedString message = Strings.ClassificationRuleCollectionReservedProcessorIdViolation(string.Join(Strings.ClassificationRuleCollectionOffendingListSeparator, list2));
throw ClassificationDefinitionUtils.PopulateExceptionSource <ClassificationRuleCollectionIdentifierValidationException, List <string> >(new ClassificationRuleCollectionIdentifierValidationException(message), list2);
}
HashSet <string> hashSet = new HashSet <string>(ClassificationDefinitionConstants.TextProcessorIdComparer);
IEnumerable <KeyValuePair <string, ExchangeBuild> > textProcessorReferences = TextProcessorUtils.GetTextProcessorReferences(rulePackXDocument.Root);
foreach (KeyValuePair <string, ExchangeBuild> keyValuePair in textProcessorReferences)
{
ExchangeBuild objB;
if ((!textProcessorsFromTextProcessorGrouping2.TryGetValue(keyValuePair.Key, out objB) && !textProcessorsFromTextProcessorGrouping.TryGetValue(keyValuePair.Key, out objB)) || !(keyValuePair.Value >= objB))
{
hashSet.Add(keyValuePair.Key);
}
}
IDictionary <string, ExchangeBuild> textProcessorsFromTextProcessorGrouping3 = TextProcessorUtils.GetTextProcessorsFromTextProcessorGrouping(this.cannedOobTextProcessorsGroupedByType, (TextProcessorType textProcessorType) => textProcessorType == TextProcessorType.Fingerprint);
IDictionary <string, ExchangeBuild> textProcessorsFromTextProcessorGrouping4 = TextProcessorUtils.GetTextProcessorsFromTextProcessorGrouping(textProcessorsGroupings, (TextProcessorType textProcessorType) => textProcessorType == TextProcessorType.Fingerprint);
IEnumerable <KeyValuePair <string, ExchangeBuild> > textProcessorReferences2 = TextProcessorUtils.GetTextProcessorReferences(rulePackXDocument.Root, ClassificationDefinitionConstants.MceIdMatchElementNames);
foreach (KeyValuePair <string, ExchangeBuild> keyValuePair2 in textProcessorReferences2)
{
if (textProcessorsFromTextProcessorGrouping4.ContainsKey(keyValuePair2.Key) || textProcessorsFromTextProcessorGrouping3.ContainsKey(keyValuePair2.Key))
{
hashSet.Add(keyValuePair2.Key);
}
}
if (hashSet.Count > 0)
{
LocalizedString message2 = Strings.ClassificationRuleCollectionInvalidProcessorReferenceViolation(string.Join(Strings.ClassificationRuleCollectionOffendingListSeparator, hashSet));
throw ClassificationDefinitionUtils.PopulateExceptionSource <ClassificationRuleCollectionProcessorReferenceValidationException, HashSet <string> >(new ClassificationRuleCollectionProcessorReferenceValidationException(message2), hashSet);
}
}
internal static MultiValuedProperty <Fingerprint> ReadAllReferredFingerprints(XElement ruleElement)
{
ArgumentValidator.ThrowIfNull("ruleElement", ruleElement);
ArgumentValidator.ThrowIfNull("ruleElement.Document", ruleElement.Document);
List <string> distinctTextProcessorRefs = (from versionedTextProcessorReference in TextProcessorUtils.GetTextProcessorReferences(ruleElement)
select versionedTextProcessorReference.Key).Distinct(ClassificationDefinitionConstants.TextProcessorIdComparer).ToList <string>();
IEnumerable <Fingerprint> value = from fingerprintElement in ruleElement.Document.Descendants(XmlProcessingUtils.GetMceNsQualifiedNodeName("Fingerprint"))
where distinctTextProcessorRefs.Contains(XmlProcessingUtils.GetAttributeValue(fingerprintElement, "id"))
let fingerprint = Fingerprint.FromXElement(fingerprintElement)
select fingerprint;
return(new MultiValuedProperty <Fingerprint>(value));
}
