public ITokenMatching <ISetUp <IBox <WeakPathOperation>, Tpn.TypeProblem2.Member> > TryMake(IMatchedTokenMatching tokenMatching)
{
var matching = tokenMatching
.Has(new BinaryOperationMatcher(SymbolsRegistry.StaticPathSymbol), out (ISetUp lhs, ISetUp rhs)match);
if (matching is IMatchedTokenMatching matched)
{
var left = OrType.Make <ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode>, IError>(match.lhs.SafeCastTo(out ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode> _));
var right = OrType.Make <MemberPopulateScope, IError>(match.rhs.SafeCastTo(out MemberPopulateScope _));
var res = new WeakPathOperationPopulateScope(left, right.TransformInner(x => x.memberName));
//if (left.Is1(out var leftValue))
//{
// tokenMatching.Context.Map.SetElementParent(leftValue, res);
//}
//if (right.Is1(out var rightValue))
//{
// tokenMatching.Context.Map.SetElementParent(rightValue, res);
//}
return(TokenMatching <ISetUp <IBox <WeakPathOperation>, Tpn.TypeProblem2.Member> > .MakeMatch(
tokenMatching,
res,
matched.EndIndex));
}
return(TokenMatching <ISetUp <IBox <WeakPathOperation>, Tpn.TypeProblem2.Member> > .MakeNotMatch(
matching.Context));
}
public ITokenMatching <ISetUp <IBox <WeakTryAssignOperation>, Tpn.IValue> > TryMake(IMatchedTokenMatching tokenMatching)
{
var index = tokenMatching.EndIndex;
if (tokenMatching.AllTokens.Count - 3 > index &&
tokenMatching.AllTokens[index + 1].Is1(out var token) && token.SafeIs(out AtomicToken op) &&
op.Item == SymbolsRegistry.TryAssignSymbol &&
tokenMatching.AllTokens[index].Is2(out var lhs) &&
tokenMatching.AllTokens[index + 2].Is2(out var rhs) &&
tokenMatching.AllTokens[index + 3].Is2(out var rrhs))
{
var left = OrType.Make <ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode>, IError>(lhs.SafeCastTo(out ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode> _));
var right = OrType.Make <ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode>, IError>(rhs.SafeCastTo(out ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode> _));
var block = OrType.Make <ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode>, IError>(rrhs.SafeCastTo(out ISetUp <IBox <IFrontendCodeElement>, Tpn.ITypeProblemNode> _));
var res = new TryAssignOperationPopulateScope(left, right, block);
return(TokenMatching <ISetUp <IBox <WeakTryAssignOperation>, Tpn.IValue> > .MakeMatch(
tokenMatching,
res,
tokenMatching.EndIndex + 4
));
}
return(TokenMatching <ISetUp <IBox <WeakTryAssignOperation>, Tpn.IValue> > .MakeNotMatch(
tokenMatching.Context));
}
public ITokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > TryMake(IMatchedTokenMatching tokenMatching)
{
if (tokenMatching.AllTokens[tokenMatching.EndIndex].Is2(out var setUp) && setUp.SafeIs(out ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> alreadyMatched))
{
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeMatch(
tokenMatching,
alreadyMatched,
tokenMatching.EndIndex + 1));
}
if (tokenMatching.AllTokens[tokenMatching.EndIndex].Is1(out var token) && token.SafeIs(out ParenthesisToken parenthesisToken) && parenthesisToken.Tokens.Count() == 1)
{
var line = parenthesisToken.Tokens.First().SafeCastTo(out LineToken _);
var matching = TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeStart(line.Tokens.Select(x => OrType.Make <IToken, ISetUp>(x)).ToArray(), tokenMatching.Context, 0);
// you can be an or again (z | b) | c is legal
var res = new TypeMaker().TryMake(matching);
if (res is IMatchedTokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > matched)
{
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeMatch(
tokenMatching,
matched.Value,
tokenMatching.EndIndex + 1));
}
else
{
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeNotMatch(
tokenMatching.Context));
}
}
{
if (tokenMatching.Has(new TypeDefinitionMaker(), out var type)
is IMatchedTokenMatching matched)
{
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeMatch(
tokenMatching,
type,
matched.EndIndex));
}
}
{
if (tokenMatching.Has(new TypeReferanceMaker(), out var type)
is IMatchedTokenMatching matched)
{
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeMatch(
tokenMatching,
type,
matched.EndIndex));
}
}
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeNotMatch(
tokenMatching.Context));
}
public ITokenMatching <IPopulateScope <WeakImplementationDefinition, ISetUpMethod> > TryMake(IMatchedTokenMatching tokenMatching)
{
IPopulateScope <IWeakTypeReference, ISetUpTypeReference> context = null, input = null, output = null;
var match = tokenMatching
.Has(new KeyWordMaker("implementation"), out var _)
.HasSquare(x => x
.HasLine(y => y
.HasElement(z => z.Has(new TypeMaker(), out context))
.Has(new DoneMaker()))
.HasLine(y => y
.HasElement(z => z.Has(new TypeMaker(), out input))
.Has(new DoneMaker()))
.HasLine(y => y
.HasElement(z => z.Has(new TypeMaker(), out output))
.Has(new DoneMaker()))
.Has(new DoneMaker()))
.OptionalHas(new NameMaker(), out var contextName)
.OptionalHas(new NameMaker(), out var parameterName)
.Has(new BodyMaker(), out var body);
if (match is IMatchedTokenMatching matched)
{
var elements = tokenMatching.Context.ParseBlock(body);
var contextNameString = contextName?.Item ?? "context";
var contextDefinition = MemberDefinitionMaker.PopulateScope(
new NameKey(contextNameString),
false,
context
);
var parameterNameString = parameterName?.Item ?? "input";
var parameterDefinition = MemberDefinitionMaker.PopulateScope(
new NameKey(parameterNameString),
false,
input
);
var resultDefinition = MemberDefinitionMaker.PopulateScope(
new ImplicitKey(),
false,
output
);
return(TokenMatching <IPopulateScope <WeakImplementationDefinition, ISetUpMethod> > .MakeMatch(
matched.Tokens,
matched.Context,
new PopulateScopeImplementationDefinition(
contextDefinition,
parameterDefinition,
elements,
resultDefinition)));
}
return(TokenMatching <IPopulateScope <WeakImplementationDefinition, ISetUpMethod> > .MakeNotMatch(match.Context));
}
public ITokenMatching TryMake(ITokenMatching self)
{
if (self is IMatchedTokenMatching matched && !matched.Tokens.Any())
{
return(self);
}
// smells a little... <object>
return(TokenMatching <object> .MakeNotMatch(self.Context));
}
public ITokenMatching TryMake(ITokenMatching self)
{
if (self.SafeIs(out IMatchedTokenMatching matched) && matched.AllTokens.Count >= matched.EndIndex)
{
return(self);
}
// smells a little... <object>
return(TokenMatching <object> .MakeNotMatch(self.Context));
}
public ITokenMatching <CurleyBracketToken> TryMake(IMatchedTokenMatching self)
{
if (self.Tokens.Any() &&
self.Tokens.First() is CurleyBracketToken first)
{
return(TokenMatching <CurleyBracketToken> .MakeMatch(self.Tokens.Skip(1).ToArray(), self.Context, first));
}
return(TokenMatching <CurleyBracketToken> .MakeNotMatch(self.Context));
}
public ITokenMatching <AtomicToken> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count > index && self.AllTokens[index].Is1(out var v1) && v1.SafeIs(out AtomicToken first) &&
first.Item == word)
{
return(TokenMatching <AtomicToken> .MakeMatch(self, first, index + 1));
}
return(TokenMatching <AtomicToken> .MakeNotMatch(self.Context));
}
public ITokenMatching <double> TryMake(IMatchedTokenMatching self)
{
if (self.Tokens.Any() &&
self.Tokens.First() is AtomicToken first &&
double.TryParse(first.Item, out var res))
{
return(TokenMatching <double> .MakeMatch(self.Tokens.Skip(1).ToArray(), self.Context, res));
}
return(TokenMatching <double> .MakeNotMatch(self.Context));
}
public ITokenMatching <IPopulateScope <WeakConstantString, ISetUpValue> > TryMake(IMatchedTokenMatching tokenMatching)
{
var match = tokenMatching
.Has(new StringMaker(), out var str);
if (match
is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <WeakConstantString, ISetUpValue> > .MakeMatch(matched.Tokens.Skip(1).ToArray(), matched.Context, new ConstantStringPopulateScope(str)));
}
return(TokenMatching <IPopulateScope <WeakConstantString, ISetUpValue> > .MakeNotMatch(tokenMatching.Context));
}
public ITokenMatching <string> TryMake(IMatchedTokenMatching self)
{
if (self.Tokens.Any() &&
self.Tokens.First() is AtomicToken first &&
first.Item.StartsWith('"') && first.Item.EndsWith('"'))
{
var res = first.Item.Substring(1, first.Item.Length - 2);
return(TokenMatching <string> .MakeMatch(self.Tokens.Skip(1).ToArray(), self.Context, res));
}
return(TokenMatching <string> .MakeNotMatch(self.Context));
}
public ITokenMatching <CurleyBracketToken> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count > index &&
self.AllTokens[index].Is1(out var v1) && v1.SafeIs(out CurleyBracketToken first))
{
return(TokenMatching <CurleyBracketToken> .MakeMatch(self, first, index + 1));
}
return(TokenMatching <CurleyBracketToken> .MakeNotMatch(self.Context));
}
public ITokenMatching <AtomicToken> TryMake(IMatchedTokenMatching elementToken)
{
if (elementToken.Tokens.Any() &&
elementToken.Tokens.First() is AtomicToken first &&
!double.TryParse(first.Item, out var _) &&
IsNotKeyWord(first.Item))
{
return(TokenMatching <AtomicToken> .MakeMatch(elementToken.Tokens.Skip(1).ToArray(), elementToken.Context, first));
}
return(TokenMatching <AtomicToken> .MakeNotMatch(elementToken.Context));
}
public ITokenMatching <ISetUp <IBox <WeakConstantNumber>, Tpn.IValue> > TryMake(IMatchedTokenMatching tokenMatching)
{
var match = tokenMatching
.Has(new NumberMaker(), out var dub);
if (match
is IMatchedTokenMatching matched)
{
return(TokenMatching <ISetUp <IBox <WeakConstantNumber>, Tpn.IValue> > .MakeMatch(tokenMatching, new ConstantNumberPopulateScope(dub), matched.EndIndex));
}
return(TokenMatching <ISetUp <IBox <WeakConstantNumber>, Tpn.IValue> > .MakeNotMatch(tokenMatching.Context));
}
public ITokenMatching <IKey[]> TryMake(IMatchedTokenMatching elementToken)
{
if (elementToken.Has(new GenericNMaker(), out var collection).SafeIs(out IMatchedTokenMatching <IKey[]> matched))
{
return(TokenMatching <IKey[]> .MakeMatch(
elementToken,
collection !,
matched.EndIndex));
}
return(TokenMatching <IKey[]> .MakeNotMatch(elementToken.Context));
}
public ITokenMatching <IKey> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count > index &&
self.AllTokens[index].Is1(out var v1) && v1.SafeIs(out AtomicToken first) &&
!double.TryParse(first.Item, out var _) &&
IsNotKeyWord(first.Item))
{
{
var at = TokenMatching <NameKey> .MakeStart(self.AllTokens, self.Context, index + 1);
var match = new DefineGenericNMaker().TryMake(at);
if (match.SafeIs(out IMatchedTokenMatching <string[]> mathced))
{
var at2 = TokenMatching <NameKey> .MakeStart(self.AllTokens, self.Context, index + 2);
var match2 = new GenericNMaker().TryMake(at2);
if (match2.SafeIs(out IMatchedTokenMatching <IKey[]> mathced2))
{
return(TokenMatching <IKey> .MakeMatch(
self,
new DoubleGenericNameKey(
new NameKey(first.Item),
mathced.Value.Select(x => new NameKey(x)).ToArray(),
mathced2.Value.Select(x => OrType.Make <IKey, IError>(x)).ToArray()),
mathced2.EndIndex));
}
}
}
{
var at = TokenMatching <NameKey> .MakeStart(self.AllTokens, self.Context, index + 1);
var match = new GenericNMaker().TryMake(at);
if (match.SafeIs(out IMatchedTokenMatching <IKey[]> mathced))
{
return(TokenMatching <IKey> .MakeMatch(
self,
new GenericNameKey(
new NameKey(first.Item),
mathced.Value.Select(x => OrType.Make <IKey, IError>(x)).ToArray()),
mathced.EndIndex));
}
}
return(TokenMatching <IKey> .MakeMatch(self, new NameKey(first.Item), index + 1));
}
return(TokenMatching <IKey> .MakeNotMatch(self.Context));
}
public ITokenMatching <double> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count > index &&
self.AllTokens[index].Is1(out var v1) && v1.SafeIs(out AtomicToken first) &&
double.TryParse(first.Item, out var res))
{
return(TokenMatching <double> .MakeMatch(self, res, index + 1));
}
return(TokenMatching <double> .MakeNotMatch(self.Context));
}
public ITokenMatching <IPopulateScope <WeakEmptyInstance, ISetUpValue> > TryMake(IMatchedTokenMatching tokenMatching)
{
// change key word to nothing?
var match = tokenMatching
.Has(new KeyWordMaker("new-empty"), out var _);
if (match
is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <WeakEmptyInstance, ISetUpValue> > .MakeMatch(matched.Tokens.Skip(1).ToArray(), matched.Context, new EmptyInstancePopulateScope()));
}
return(TokenMatching <IPopulateScope <WeakEmptyInstance, ISetUpValue> > .MakeNotMatch(tokenMatching.Context));
}
public ITokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > TryMake(IMatchedTokenMatching tokenMatching)
{
var at = tokenMatching.EndIndex;
if (tokenMatching.AllTokens[at].Is2(out var v2) && v2.SafeIs(out ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> mySetUp))
{
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeMatch(
tokenMatching,
mySetUp,
tokenMatching.EndIndex + 1));
}
return(TokenMatching <ISetUp <IBox <IFrontendType <IVerifiableType> >, Tpn.TypeProblem2.TypeReference> > .MakeNotMatch(tokenMatching.Context));
}
public ITokenMatching <AtomicToken> TryMake(IMatchedTokenMatching elementToken)
{
var index = elementToken.EndIndex;
if (elementToken.AllTokens.Count > index &&
elementToken.AllTokens[index].Is1(out var v1) && v1.SafeIs(out AtomicToken first) &&
first.Item == s)
{
return(TokenMatching <AtomicToken> .MakeMatch(elementToken, first, index + 1));
}
return(TokenMatching <AtomicToken> .MakeNotMatch(elementToken.Context));
}
public ITokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > TryMake(IMatchedTokenMatching tokenMatching)
{
{
if (tokenMatching.Has(new TypeDefinitionMaker(), out var type)
is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > .MakeMatch(
matched.Tokens,
matched.Context,
type));
}
}
{
if (tokenMatching.Has(new TypeReferanceMaker(), out var type)
is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > .MakeMatch(
matched.Tokens,
matched.Context,
type));
}
}
// TODO
// I need a more well-rounded approach to parenthesis
// I don't think this will work generally at all
// gosh, what to do? I don't really want to kick the can down the road,
// but I don't feel like I understand it well enough to make changes
// I mean for the short term I am just going to jam all the type operators in here
// maybe that is ok
if (tokenMatching.Tokens.First() is ParenthesisToken parenthesisToken)
{
if (TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpType> > .MakeStart(parenthesisToken.Tokens.ToArray(), tokenMatching.Context).Has(new TypeOrOperationMaker(), out var type)
is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > .MakeMatch(
tokenMatching.Tokens.Skip(1).ToArray(),
matched.Context,
type));
}
}
return(TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > .MakeNotMatch(
tokenMatching.Context));
}
public ITokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > TryMake(IMatchedTokenMatching tokenMatching)
{
var matching = tokenMatching
.Has(new TypeNameMaker(), out var name);
if (matching is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > .MakeMatch(
matched.Tokens,
matched.Context,
new TypeReferancePopulateScope(name)));
}
return(TokenMatching <IPopulateScope <IWeakTypeReference, ISetUpTypeReference> > .MakeNotMatch(matching.Context));
}
public ITokenMatching <IPopulateScope <WeakMemberReference, ISetUpMember> > TryMake(IMatchedTokenMatching tokenMatching)
{
var matching = tokenMatching
.Has(new NameMaker(), out var first);
if (matching is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <WeakMemberReference, ISetUpMember> > .MakeMatch(
matched.Tokens,
matched.Context,
new MemberPopulateScope(first.Item)));;
}
return(TokenMatching <IPopulateScope <WeakMemberReference, ISetUpMember> > .MakeNotMatch(
matching.Context));
}
public ITokenMatching <IPopulateScope <WeakBlockDefinition, ISetUpScope> > TryMake(IMatchedTokenMatching tokenMatching)
{
var match = tokenMatching
.Has(new BodyMaker(), out var body);
if (match is IMatchedTokenMatching
matched)
{
var elements = tokenMatching.Context.ParseBlock(body);
return(TokenMatching <IPopulateScope <WeakBlockDefinition, ISetUpScope> > .MakeMatch(matched.Tokens.Skip(1).ToArray(), matched.Context,
new BlockDefinitionPopulateScope(elements)));
}
return(TokenMatching <IPopulateScope <WeakBlockDefinition, ISetUpScope> > .MakeNotMatch(tokenMatching.Context));
}
public ITokenMatching <ISetUp <IBox <WeakBlockDefinition>, Tpn.IScope> > TryMake(IMatchedTokenMatching tokenMatching)
{
var match = tokenMatching
.Has(new BodyMaker(), out var body);
if (match is IMatchedTokenMatching
matched)
{
var elements = tokenMatching.Context.ParseBlock(body);
return(TokenMatching <ISetUp <IBox <WeakBlockDefinition>, Tpn.IScope> > .MakeMatch(tokenMatching,
new BlockDefinitionPopulateScope(elements), matched.EndIndex));
}
return(TokenMatching <ISetUp <IBox <WeakBlockDefinition>, Tpn.IScope> > .MakeNotMatch(tokenMatching.Context));
}
public ITokenMatching <ISetUp> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count - 1 > index &&
self.AllTokens[index + 1].Is1(out var v1) &&
v1.SafeIs(out AtomicToken op) &&
op.Item == s &&
self.AllTokens[index].Is2(out var setUp))
{
return(TokenMatching <ISetUp> .MakeMatch(self, setUp, index + 2));
}
return(TokenMatching <ISetUp> .MakeNotMatch(self.Context));
}
public ITokenMatching <bool> TryMake(IMatchedTokenMatching self)
{
if (self.Tokens.Any() &&
self.Tokens.First() is AtomicToken first)
{
if (first.Item == "true")
{
return(TokenMatching <bool> .MakeMatch(self.Tokens.Skip(1).ToArray(), self.Context, true));
}
else if (first.Item == "false")
{
return(TokenMatching <bool> .MakeMatch(self.Tokens.Skip(1).ToArray(), self.Context, false));
}
}
return(TokenMatching <bool> .MakeNotMatch(self.Context));
}
public ITokenMatching <string[]> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count > index &&
self.AllTokens[index].Is1(out var v1) && v1.SafeIs(out SquareBacketToken typeParameters) &&
typeParameters.Tokens.All(x => x.SafeIs(out LineToken line) &&
line.Tokens.Count == 1 &&
line.Tokens.ElementAt(0).SafeIs(out AtomicToken _)))
{
return(TokenMatching <string[]> .MakeMatch(self,
typeParameters.Tokens.Select(x => x.CastTo <LineToken>().Tokens.Single().CastTo <AtomicToken>().Item).ToArray(),
index + 1));
}
return(TokenMatching <string[]> .MakeNotMatch(self.Context));
}
public ITokenMatching <IKey[]> TryMake(IMatchedTokenMatching self)
{
var index = self.EndIndex;
if (self.AllTokens.Count > index &&
self.AllTokens[index].Is1(out var v1) && v1.SafeIs(out SquareBacketToken typeParameters) &&
typeParameters.Tokens.All(x => x.SafeIs(out LineToken lt) && lt.Tokens.First().SafeIs(out AtomicToken _)) &&
TryToToken(self.Context, typeParameters, out var res))
{
return(TokenMatching <IKey[]> .MakeMatch(
self,
res !,
index + 1));
}
return(TokenMatching <IKey[]> .MakeNotMatch(self.Context));
}
public ITokenMatching <IPopulateScope <WeakMemberReference, ISetUpMember> > TryMake(IMatchedTokenMatching tokenMatching)
{
var matching = tokenMatching
.OptionalHas(new KeyWordMaker("readonly"), out var readonlyToken)
.Has(new TypeMaker(), out var type)
.Has(new NameMaker(), out var nameToken);
if (matching is IMatchedTokenMatching matched)
{
return(TokenMatching <IPopulateScope <WeakMemberReference, ISetUpMember> > .MakeMatch(
matched.Tokens,
matched.Context,
new MemberDefinitionPopulateScope(new NameKey(nameToken.Item), readonlyToken != default, type)));
}
return(TokenMatching <IPopulateScope <WeakMemberReference, ISetUpMember> > .MakeNotMatch(
matching.Context));
}