public NamingRule GetRule(NamingStylePreferences info)
{
return(new NamingRule(
info.GetSymbolSpecification(SymbolSpecificationID),
info.GetNamingStyle(NamingStyleID),
EnforcementLevel));
}
public static NamingStylePreferences ParseDictionary(IReadOnlyDictionary <string, string> allRawConventions)
{
var symbolSpecifications = ArrayBuilder <SymbolSpecification> .GetInstance();
var namingStyles = ArrayBuilder <NamingStyle> .GetInstance();
var namingRules = ArrayBuilder <SerializableNamingRule> .GetInstance();
var ruleNames = new Dictionary <(Guid symbolSpecificationID, Guid namingStyleID, ReportDiagnostic enforcementLevel), string>();
var trimmedDictionary = TrimDictionary(allRawConventions);
foreach (var namingRuleTitle in GetRuleTitles(trimmedDictionary))
{
if (TryGetSymbolSpec(namingRuleTitle, trimmedDictionary, out var symbolSpec) &&
TryGetNamingStyleData(namingRuleTitle, trimmedDictionary, out var namingStyle) &&
TryGetSerializableNamingRule(namingRuleTitle, symbolSpec, namingStyle, trimmedDictionary, out var serializableNamingRule))
{
symbolSpecifications.Add(symbolSpec);
namingStyles.Add(namingStyle);
namingRules.Add(serializableNamingRule);
var ruleKey = (serializableNamingRule.SymbolSpecificationID, serializableNamingRule.NamingStyleID, serializableNamingRule.EnforcementLevel);
if (ruleNames.TryGetValue(ruleKey, out var existingName))
{
// For duplicated rules, only preserve the one with a name that would sort first
var ordinalIgnoreCaseOrdering = StringComparer.OrdinalIgnoreCase.Compare(namingRuleTitle, existingName);
if (ordinalIgnoreCaseOrdering > 0)
{
continue;
}
else if (ordinalIgnoreCaseOrdering == 0)
{
var ordinalOrdering = StringComparer.Ordinal.Compare(namingRuleTitle, existingName);
if (ordinalOrdering > 0)
{
continue;
}
}
}
ruleNames[ruleKey] = namingRuleTitle;
}
}
var preferences = new NamingStylePreferences(
symbolSpecifications.ToImmutableAndFree(),
namingStyles.ToImmutableAndFree(),
namingRules.ToImmutableAndFree());
// Deterministically order the naming style rules according to the symbols matched by the rule. The rules
// are applied in order; later rules are only relevant if earlier rules fail to specify an order.
//
// 1. If the modifiers required by rule 'x' are a strict superset of the modifiers required by rule 'y',
// then rule 'x' is evaluated before rule 'y'.
// 2. If the accessibilities allowed by rule 'x' are a strict subset of the accessibilities allowed by rule
// 'y', then rule 'x' is evaluated before rule 'y'.
// 3. If the set of symbols matched by rule 'x' are a strict subset of the symbols matched by rule 'y', then
// rule 'x' is evaluated before rule 'y'.
//
// If none of the above produces an order between two rules 'x' and 'y', then the rules are ordered
// according to their name, first by OrdinalIgnoreCase and finally by Ordinal.
//
// Historical note: rules used to be ordered by their position in the .editorconfig file. However, this
// relied on an implementation detail of the .editorconfig parser which is not preserved by all
// implementations. In a review of .editorconfig files in the wild, the rules applied in this section were
// the closest deterministic match for the files without having any reliance on order. For any pair of rules
// which a user has trouble ordering, the intersection of the two rules can be broken out into a new rule
// will always match earlier than the broader rules it was derived from.
var orderedRules = preferences.Rules.NamingRules
.OrderBy(rule => rule, NamingRuleModifierListComparer.Instance)
.ThenBy(rule => rule, NamingRuleAccessibilityListComparer.Instance)
.ThenBy(rule => rule, NamingRuleSymbolListComparer.Instance)
.ThenBy(rule => ruleNames[(rule.SymbolSpecification.ID, rule.NamingStyle.ID, rule.EnforcementLevel)], StringComparer.OrdinalIgnoreCase)