public static string ToLocationDetails(this InlinedTokenEntry entry, IOilexerGrammarFile file)
{
if (entry.FileName.ToLower().StartsWith(file.RelativeRoot.ToLower()))
{
return(string.Format(@"{0}.{1} at location: line {2}, column {3}", string.IsNullOrEmpty(entry.Name) ? string.Empty : string.Format("{0} in ", entry.Name), entry.FileName.Substring(file.RelativeRoot.Length), entry.Line, entry.Column));
}
return(entry.FileName);
}
private static ICaptureTokenStructure BuildStructureFor(InlinedTokenEntry entry, ITokenExpressionSeries expressionSeries, ITokenExpression expression, IOilexerGrammarFile source)
{
ICaptureTokenStructure result = new CaptureTokenStructure();
foreach (var item in expression)
{
var current = BuildStructureFor(entry, expressionSeries, expression, item, source);
result = result.Concat(current);
}
return(result);
}
public static bool InlineTokens(IOilexerGrammarFile file)
{
IOilexerGrammarTokenEntry[] originals = OilexerGrammarLinkerCore.tokenEntries.ToArray();
InlinedTokenEntry[] result = new InlinedTokenEntry[originals.Length];
Dictionary <IOilexerGrammarTokenEntry, InlinedTokenEntry> originalNewLookup = new Dictionary <IOilexerGrammarTokenEntry, InlinedTokenEntry>();
for (int i = 0; i < result.Length; i++)
{
result[i] = OilexerGrammarInliningCore.Inline(originals[i], file);
}
for (int i = 0; i < result.Length; i++)
{
originalNewLookup.Add(originals[i], result[i]);
}
for (int i = 0; i < result.Length; i++)
{
result[i].ResolveLowerPrecedencesAgain(originalNewLookup);
}
OilexerGrammarEntryCollection gdec = file as OilexerGrammarEntryCollection;
if (gdec == null)
{
return(false);
}
for (int i = 0; i < originals.Length; i++)
{
gdec.Insert(gdec.IndexOf(originals[i]), result[i]);
/* *
* The rule building phase will require direct references
* to the tokens, because it uses them in a context lookup.
* *
* Time to replace every reference for the token with
* the inlined version.
* *
* This includes literal reference members for the same reason.
* */
ReplaceTokenReference(originals[i], result[i]);
file.Remove(originals[i]);
}
return(true);
}
private static ICaptureTokenStructure BuildStructureFor(InlinedTokenEntry entry, ITokenExpressionSeries expressionSeries, IOilexerGrammarFile source)
{
ICaptureTokenStructure result = null;
HashList <HashList <string> > currentResultVariants = new HashList <HashList <string> >();
foreach (var expression in expressionSeries)
{
var current = BuildStructureFor(entry, expressionSeries, expression, source);
if (result == null)
{
result = current;
}
else
{
result = result.Union(current);
}
if (entry.CaptureKind == RegularCaptureType.Capturer)
{
var dataSet = new HashList <string>(current.Keys);
if (!currentResultVariants.Any(k => k.SequenceEqual(dataSet)))
{
currentResultVariants.Add(dataSet);
}
}
}
foreach (var variant in currentResultVariants)
{
result.Structures.Add(variant);
}
if (expressionSeries == entry.Branches)
{
((ControlledCollection <ITokenSource>)result.Sources).baseList.Add(entry);
}
result.ResultedTypeName = string.Format("{0}{1}{2}", source.Options.TokenPrefix, entry.Name, source.Options.TokenSuffix);
return(result);
}
private static void ReplaceTokenReference(IProductionRuleItem target, IOilexerGrammarTokenEntry sourceElement, InlinedTokenEntry destination)
{
if (target is IProductionRuleGroupItem)
{
ReplaceTokenReference((IProductionRuleSeries)target, sourceElement, destination);
}
else if (target is ITokenReferenceProductionRuleItem)
{
var tTarget = target as TokenReferenceProductionRuleItem;
if (tTarget.Reference != sourceElement)
{
return;
}
tTarget.Reference = destination;
}
else if (target is ILiteralStringReferenceProductionRuleItem)
{
var tTarget = target as LiteralStringReferenceProductionRuleItem;
if (tTarget.Source != sourceElement)
{
return;
}
tTarget.Source = destination;
/* *
* The inlined token provides a lookup to assist
* reference replacement.
* */
tTarget.Literal = (ILiteralStringTokenItem)destination.OldNewLookup[tTarget.Literal];
}
else if (target is ILiteralCharReferenceProductionRuleItem)
{
var tTarget = target as LiteralCharReferenceProductionRuleItem;
if (tTarget.Source != sourceElement)
{
return;
}
tTarget.Source = destination;
tTarget.Literal = (ILiteralCharTokenItem)destination.OldNewLookup[tTarget.Literal];
}
}
private static void ReplaceTokenReference(IProductionRule target, IOilexerGrammarTokenEntry sourceElement, InlinedTokenEntry destination)
{
foreach (var item in target)
{
ReplaceTokenReference(item, sourceElement, destination);
}
}
private static void ReplaceTokenReference(IOilexerGrammarTokenEntry sourceElement, InlinedTokenEntry destination)
{
foreach (var rule in OilexerGrammarLinkerCore.ruleEntries)
{
ReplaceTokenReference(rule, sourceElement, destination);
}
}
private static ICaptureTokenStructuralItem BuildStructureFor(InlinedTokenEntry entry, ITokenExpressionSeries expressionSeries, ITokenExpression expression, ITokenItem item, IOilexerGrammarFile source)
{
ICaptureTokenStructuralItem result = null;
if (item is ITokenGroupItem)
{
var tokenGroup = ((ITokenGroupItem)(item));
result = BuildStructureFor(entry, tokenGroup, source);
if (result.ResultType == ResultedDataType.None && !string.IsNullOrEmpty(item.Name))
{
if (tokenGroup.Count == 1 && tokenGroup[0].Count == 1)
{
var singleItem = tokenGroup[0][0];
if (singleItem is ILiteralCharTokenItem || singleItem is ILiteralCharReferenceTokenItem)
{
if (singleItem.RepeatOptions == ScannableEntryItemRepeatInfo.None && tokenGroup.RepeatOptions == ScannableEntryItemRepeatInfo.None)
{
result.ResultType = ResultedDataType.Character;
}
else
{
result.ResultType = ResultedDataType.String;
}
}
else
{
result.ResultType = ResultedDataType.String;
}
}
else
{
result.ResultType = ResultedDataType.String;
}
}
bool groupOptional = tokenGroup != null &&
((tokenGroup.RepeatOptions.Options & ScannableEntryItemRepeatOptions.ZeroOrMore) == ScannableEntryItemRepeatOptions.ZeroOrMore ||
(tokenGroup.RepeatOptions.Options & ScannableEntryItemRepeatOptions.ZeroOrOne) == ScannableEntryItemRepeatOptions.ZeroOrOne ||
(((tokenGroup.RepeatOptions.Options & ScannableEntryItemRepeatOptions.Specific) == ScannableEntryItemRepeatOptions.Specific) &&
(!tokenGroup.RepeatOptions.Min.HasValue || tokenGroup.RepeatOptions.Min.Value == 0)));
if (groupOptional)
{
result.GroupOptional = groupOptional;
}
if (item.Name.IsEmptyOrNull())
{
result.ResultType = ResultedDataType.PassThrough;
/*
* if ((item.RepeatOptions.Options & ScannableEntryItemRepeatOptions.ZeroOrMore) == ScannableEntryItemRepeatOptions.ZeroOrMore ||
* (item.RepeatOptions.Options & ScannableEntryItemRepeatOptions.ZeroOrOne) == ScannableEntryItemRepeatOptions.ZeroOrOne ||
* ((item.RepeatOptions.Options & ScannableEntryItemRepeatOptions.Specific) == ScannableEntryItemRepeatOptions.Specific &&
* (!item.RepeatOptions.Min.HasValue || item.RepeatOptions.Min.Value == 0)))
* foreach (var element in ((ICaptureTokenStructure)result).Values)
* element.Optional = true;*/
}
((ControlledCollection <ITokenSource>)(result.Sources)).baseList.Add(item);
}
else if (item is ILiteralTokenItem)
{
result = new CaptureTokenLiteralStructuralItem((ILiteralTokenItem)item);
if (entry.CaptureKind == RegularCaptureType.Transducer)
{
result.ResultType = ResultedDataType.EnumerationItem;
}
else if (entry.CaptureKind == RegularCaptureType.ContextfulTransducer)
{
result.ResultType = ResultedDataType.FlagEnumerationItem;
}
}
else if (item is ICharRangeTokenItem)
{
result = new CaptureTokenCharRangeStructuralItem((ICharRangeTokenItem)item);
if (entry.CaptureKind == RegularCaptureType.Transducer)
{
result.ResultType = ResultedDataType.EnumerationItem;
}
else if (entry.CaptureKind == RegularCaptureType.ContextfulTransducer)
{
result.ResultType = ResultedDataType.FlagEnumerationItem;
}
}
Deform(item, result, expression);
return(result);
}
private static void BuildStructureConstructors(ICaptureTokenStructure targetStructure, InlinedTokenEntry structureRoot, ITypeIdentityManager identityManager)
{
int stateIndex = 0;
foreach (var element in targetStructure.Values)
{
element.StateIndex = stateIndex++;
}
IEnumerable <IEnumerable <Tuple <ICaptureTokenStructuralItem, bool> > > validVariations = new IEnumerable <Tuple <ICaptureTokenStructuralItem, bool> > [0];
//List<List<string>> resultantParameterSets = new List<List<string>>();
var firstOrDefSeries = (ITokenExpressionSeries)targetStructure.Sources.FirstOrDefault(k => k is ITokenExpressionSeries);
var firstOrDefToken = (IOilexerGrammarTokenEntry)targetStructure.Sources.FirstOrDefault(k => k is IOilexerGrammarTokenEntry);
var optg = PickOptionalGroups(firstOrDefToken == null ? firstOrDefSeries : firstOrDefToken.Branches, targetStructure);
foreach (var parameterSet in targetStructure.Structures)
{
var limitedSet = (from param in parameterSet
join item in targetStructure.Keys on param equals item
select new { Name = item, Item = targetStructure[item] }).ToArray();
var optionalSet = (from l in limitedSet
where l.Item.Optional || l.Item.GroupOptional
select l).ToArray();
if (limitedSet.Length > 0)
{
var parameterPermutations = VariateSeries(new LockedLinkedList <ICaptureTokenStructuralItem>(from l in limitedSet
select l.Item).First, optg).Distinct();
validVariations = validVariations.Concat(parameterPermutations);
foreach (var variation in parameterPermutations)
{
bool[] parameterStateFlags = (from k in variation.ToArray()
select k.Item2).ToArray();
List <string> parameterResult = new List <string>();
for (int parameterIndex = 0; parameterIndex < parameterStateFlags.Length; parameterIndex++)
{
if (parameterStateFlags[parameterIndex])
{
var limitedEntry = limitedSet[parameterIndex];
parameterResult.Add(limitedEntry.Name);
}
}
//if (!resultantParameterSets.Any(k => k.SequenceEqual(parameterResult)))
// resultantParameterSets.Add(parameterResult);
}
}
}
List <IEnumerable <Tuple <ICaptureTokenStructuralItem, bool> > > toRemove = new List <IEnumerable <Tuple <ICaptureTokenStructuralItem, bool> > >();
var exclusiveDistinctions = (from set in validVariations.Distinct().ToArray()
let parameters =
from parameter in set
where parameter.Item2
select parameter.Item1
orderby string.Join(string.Empty, from k in parameters
select k.BucketName)
select new HashList <ICaptureTokenStructuralItem>(parameters)).Distinct();
var stateField = targetStructure.ResultClass.Fields.Add(new TypedName("state", identityManager.ObtainTypeReference(RuntimeCoreType.Int32)));
var toStringMethod = targetStructure.ResultClass.Methods.Add(new TypedName("ToString", identityManager.ObtainTypeReference(RuntimeCoreType.String)));
toStringMethod.AccessLevel = AccessLevelModifiers.Public;
toStringMethod.IsOverride = true;
var toStringStateSwitch = toStringMethod.Switch(stateField.GetReference());
toStringMethod.Return(identityManager.ObtainTypeReference(RuntimeCoreType.String).GetTypeExpression().GetField("Empty"));
var formatMethod = identityManager.ObtainTypeReference(RuntimeCoreType.String).GetTypeExpression().GetMethod("Format");
foreach (var parameterSetVariation in exclusiveDistinctions)
{
TypedNameSeries currentCtorTNS = new TypedNameSeries();
int currentStateValue = 0;
foreach (var parameterEntry in parameterSetVariation)
{
var parameterName = parameterEntry.BucketName;
var currentElement = targetStructure[parameterName];
IType parameterType = null;
switch (currentElement.ResultType)
{
case ResultedDataType.EnumerationItem:
case ResultedDataType.Flag:
parameterType = identityManager.ObtainTypeReference(RuntimeCoreType.Boolean);
break;
case ResultedDataType.Enumeration:
ICaptureTokenStructure enumStructure = (ICaptureTokenStructure)currentElement;
parameterType = enumStructure.AggregateSetEnum ?? enumStructure.ResultEnumSet[0];
break;
case ResultedDataType.ComplexType:
ICaptureTokenStructure dualStructure = (ICaptureTokenStructure)currentElement;
parameterType = dualStructure.ResultInterface;
break;
case ResultedDataType.Counter:
parameterType = identityManager.ObtainTypeReference(RuntimeCoreType.Int32);
break;
case ResultedDataType.Character:
parameterType = identityManager.ObtainTypeReference(RuntimeCoreType.Char);
break;
case ResultedDataType.String:
parameterType = identityManager.ObtainTypeReference(RuntimeCoreType.String);
break;
default:
throw new InvalidOperationException("Unknown parameter type.");
}
currentStateValue |= (int)Math.Pow(2, parameterEntry.StateIndex);
currentCtorTNS.Add(LowerFirstCharacter(parameterName), parameterType);
}
var currentCtor = targetStructure.ResultClass.Constructors.Add(currentCtorTNS);
currentCtor.AccessLevel = AccessLevelModifiers.Public;
currentCtor.Assign(stateField.GetReference(), currentStateValue.ToPrimitive());
var currentStateCase = toStringStateSwitch.Case(currentStateValue.ToPrimitive());
var currentInvocation = formatMethod.Invoke();
currentStateCase.Return(currentInvocation);
var currentFormat = string.Empty.ToPrimitive();
currentInvocation.Arguments.Add(currentFormat);
StringBuilder formatBuilder = new StringBuilder();
bool first = true;
int currentParamIndex = 0;
foreach (var parameterEntry in parameterSetVariation)
{
if (first)
{
first = false;
}
else
{
formatBuilder.Append(", ");
}
formatBuilder.AppendFormat("{{{0}}}", currentParamIndex++);
var parameterName = parameterEntry.BucketName;
var currentElement = targetStructure[parameterName];
IIntermediateFieldMember currentField = currentElement.AssociatedField;
currentInvocation.Arguments.Add(currentField.GetReference());
currentCtor.Assign(currentField.GetReference(), currentCtor.Parameters[LowerFirstCharacter(parameterName)].GetReference());
}
currentFormat.Value = formatBuilder.ToString();
}
}
internal static ICaptureTokenStructure BuildStructureFor(InlinedTokenEntry entry, IOilexerGrammarFile source)
{
return(BuildStructureFor(entry, entry.Branches, source));
}
internal static SelectiveTuple <Tuple <IIntermediateClassType, IIntermediateInterfaceType>, IIntermediateEnumType, Tuple <IIntermediateEnumType, IIntermediateEnumType[]> > CreateProgramStructure(ICaptureTokenStructure targetStructure, IIntermediateNamespaceDeclaration owner, InlinedTokenEntry structureRoot, ParserCompiler compiler)
{
switch (targetStructure.ResultType)
{
case ResultedDataType.Enumeration:
bool isFlagSet = targetStructure.Values.All(k => k.ResultType == ResultedDataType.FlagEnumerationItem);
bool useBucketName = targetStructure != structureRoot.CaptureStructure;
if (targetStructure.Count > sizeof(SlotType) * 8 && isFlagSet)
{
var chunkedSets = targetStructure.Values.ToArray().Chunk(sizeof(SlotType) * 8);
IIntermediateEnumType[] resultSet = new IIntermediateEnumType[chunkedSets.Length];
IIntermediateEnumType aggregateSet = null;
aggregateSet = owner.Parts.Add().Enums.Add("{0}Cases", targetStructure.ResultedTypeName);
for (int chunkIndex = 0; chunkIndex < chunkedSets.Length; chunkIndex++)
{
var chunkSet = chunkedSets[chunkIndex];
int fieldIndex = 0;
var resultEnum = resultSet[chunkIndex] = owner.Parts.Add().Enums.Add("Valid{0}Set{1}", useBucketName ? targetStructure.BucketName : structureRoot.Name, (chunkIndex + 1));
resultEnum.AccessLevel = AccessLevelModifiers.Public;
resultEnum.Fields.Add("None");
#if x86
resultEnum.ValueType = EnumerationBaseType.UInt32;
#elif x64
resultEnum.ValueType = EnumerationBaseType.UInt64;
#endif
foreach (var element in chunkSet)
{
switch (element.ResultType)
{
case ResultedDataType.EnumerationItem:
resultEnum.Fields.Add(element.BucketName);
break;
case ResultedDataType.FlagEnumerationItem:
var resultField = resultEnum.Fields.Add(element.BucketName, (SlotType)Math.Pow(2, fieldIndex++));
break;
default:
throw new InvalidOperationException("Enums are supposed to yield an " +
"enumeration, result element is of an invalid type.");
}
aggregateSet.Fields.Add(element.BucketName);
}
}
targetStructure.ResultEnumSet = resultSet;
targetStructure.AggregateSetEnum = aggregateSet;
return(new SelectiveTuple <Tuple <IIntermediateClassType, IIntermediateInterfaceType>, IIntermediateEnumType, Tuple <IIntermediateEnumType, IIntermediateEnumType[]> >(Tuple.Create(aggregateSet, resultSet)));
}
else
{
IIntermediateEnumType resultEnum = null;
IIntermediateEnumType aggregateSet = null;
if (isFlagSet)
{
aggregateSet = owner.Parts.Add().Enums.Add("{0}Cases", targetStructure.ResultedTypeName);
resultEnum = owner.Parts.Add().Enums.Add("Valid{0}", useBucketName ? targetStructure.BucketName : structureRoot.Name);
}
else
{
resultEnum = owner.Parts.Add().Enums.Add(targetStructure.ResultedTypeName);
}
resultEnum.AccessLevel = AccessLevelModifiers.Public;
int numNonFlags = (from f in targetStructure.Values
where f.ResultType == ResultedDataType.EnumerationItem
select f).Count();
int flagFieldIndex = isFlagSet ? 0 : (int)(Math.Ceiling(Math.Log10(numNonFlags) / Math.Log10(2)));
int regularFieldIndex = 1;
#if x86
resultEnum.ValueType = EnumerationBaseType.UInt32;
#elif x64
resultEnum.ValueType = EnumerationBaseType.UInt64;
#endif
resultEnum.Fields.Add("None", (SlotType)0);
foreach (var element in targetStructure)
{
switch (element.Value.ResultType)
{
case ResultedDataType.EnumerationItem:
resultEnum.Fields.Add(element.Value.BucketName, (SlotType)regularFieldIndex++);
break;
case ResultedDataType.FlagEnumerationItem:
var resultField = resultEnum.Fields.Add(element.Value.BucketName, (SlotType)Math.Pow(2, flagFieldIndex++));
break;
default:
throw new InvalidOperationException("Enums are supposed to yield an " +
"enumeration, result element is an of invalid type.");
}
if (isFlagSet)
{
aggregateSet.Fields.Add(element.Value.BucketName);
}
}
targetStructure.ResultEnumSet = new IIntermediateEnumType[1] {
resultEnum
};
targetStructure.AggregateSetEnum = aggregateSet;
return(new SelectiveTuple <Tuple <IIntermediateClassType, IIntermediateInterfaceType>, IIntermediateEnumType, Tuple <IIntermediateEnumType, IIntermediateEnumType[]> >(resultEnum));
}
case ResultedDataType.ComplexType:
var resultClass = owner.Parts.Add().Classes.Add(targetStructure.ResultedTypeName);
var resultInterface = owner.Parts.Add().Interfaces.Add("I{0}", targetStructure.ResultedTypeName);
bool tailLanguage = compiler.Source.Options.GrammarName.ToLower().EndsWith("language");
resultInterface.SummaryText = string.Format("Represents the {0} structure from the {1}{2}.", targetStructure.ResultedTypeName, compiler.Source.Options.GrammarName, tailLanguage ? string.Empty : " language");
resultClass.SummaryText = string.Format("Provides a base implementation of a @s:{2}; from the {1}{3}.", targetStructure.Name, compiler.Source.Options.GrammarName, resultInterface.Name, tailLanguage ? string.Empty : " language");
resultInterface.AccessLevel = AccessLevelModifiers.Public;
resultClass.AccessLevel = AccessLevelModifiers.Internal;
resultClass.ImplementedInterfaces.ImplementInterfaceQuick(resultInterface);
targetStructure.ResultClass = resultClass;
targetStructure.ResultInterface = resultInterface;
foreach (var element in targetStructure.Values)
{
IType simpleType;
switch (element.ResultType)
{
case ResultedDataType.Enumeration:
case ResultedDataType.ComplexType:
ICaptureTokenStructure cts = element as ICaptureTokenStructure;
if (cts == null)
{
throw new InvalidOperationException("Complex types are supposed to be ICaptureTokenStructure instances.");
}
cts.ResultedTypeName = string.Format("{0}{1}", targetStructure.ResultedTypeName, cts.Name);
var currentResult = CreateProgramStructure(cts, owner, structureRoot, compiler);
currentResult.Visit(
dualClassInterface =>
{
var interfaceProp = resultInterface.Properties.Add(new TypedName(cts.BucketName, dualClassInterface.Item2), true, false);
var classProp = resultClass.Properties.Add(new TypedName(cts.BucketName, dualClassInterface.Item2), true, false);
classProp.AccessLevel = AccessLevelModifiers.Public;
var classField = resultClass.Fields.Add(new TypedName("_{0}", dualClassInterface.Item2, LowerFirstCharacter(cts.BucketName)));
classField.AccessLevel = AccessLevelModifiers.Private;
classProp.GetMethod.Return(classField.GetReference());
cts.AssociatedField = classField;
},
enumeration =>
{
var interfaceProp = resultInterface.Properties.Add(new TypedName(cts.BucketName, enumeration), true, false);
var classProp = resultClass.Properties.Add(new TypedName(cts.BucketName, enumeration), true, false);
classProp.AccessLevel = AccessLevelModifiers.Public;
var classField = resultClass.Fields.Add(new TypedName("_{0}", enumeration, LowerFirstCharacter(cts.BucketName)));
classField.AccessLevel = AccessLevelModifiers.Private;
classProp.GetMethod.Return(classField.GetReference());
cts.AssociatedField = classField;
},
aggregateWithValidSet =>
{
var enumeration = aggregateWithValidSet.Item1;
var interfaceProp = resultInterface.Properties.Add(new TypedName(cts.BucketName, enumeration), true, false);
var classProp = resultClass.Properties.Add(new TypedName(cts.BucketName, enumeration), true, false);
classProp.AccessLevel = AccessLevelModifiers.Public;
var classField = resultClass.Fields.Add(new TypedName("_{0}", enumeration, LowerFirstCharacter(cts.BucketName)));
classField.AccessLevel = AccessLevelModifiers.Private;
classProp.GetMethod.Return(classField.GetReference());
cts.AssociatedField = classField;
},
() => { throw new InvalidOperationException("Complex types are supposed to yield a complex type, result type unknown"); });
break;
case ResultedDataType.EnumerationItem:
case ResultedDataType.Flag:
simpleType = owner.IdentityManager.ObtainTypeReference(RuntimeCoreType.Boolean);
goto simpleType;
case ResultedDataType.Counter:
simpleType = owner.IdentityManager.ObtainTypeReference(RuntimeCoreType.Int32);
goto simpleType;
case ResultedDataType.Character:
simpleType = owner.IdentityManager.ObtainTypeReference(RuntimeCoreType.Char);
goto simpleType;
case ResultedDataType.String:
simpleType = owner.IdentityManager.ObtainTypeReference(RuntimeCoreType.String);
goto simpleType;
default:
break;
}
continue;
simpleType:
{
var interfaceProp = resultInterface.Properties.Add(new TypedName(element.BucketName, simpleType), true, false);
var classProp = resultClass.Properties.Add(new TypedName(element.BucketName, simpleType), true, false);
classProp.AccessLevel = AccessLevelModifiers.Public;
var classField = resultClass.Fields.Add(new TypedName("_{0}", simpleType, LowerFirstCharacter(element.BucketName)));
classField.AccessLevel = AccessLevelModifiers.Private;
classProp.GetMethod.Return(classField.GetReference());
element.AssociatedField = classField;
}
}
BuildStructureConstructors(targetStructure, structureRoot, owner.IdentityManager);
return(new SelectiveTuple <Tuple <IIntermediateClassType, IIntermediateInterfaceType>, IIntermediateEnumType, Tuple <IIntermediateEnumType, IIntermediateEnumType[]> >(Tuple.Create(resultClass, resultInterface)));
case ResultedDataType.PassThrough:
return(null);
default:
throw new InvalidOperationException();
}
}
