public string Print(List<Token> tokens)
{
var filter = new UnusedReferencesTokenFilter();
var processed = filter.FilterUnusedReferences(tokens);
return MakeString(processed);
}
public string Print(List <Token> tokens)
{
var filter = new UnusedReferencesTokenFilter();
var processed = filter.FilterUnusedReferences(tokens);
return(MakeString(processed));
}
public string Print(List <Token> tokens)
{
var filter = new UnusedReferencesTokenFilter();
var backreferences = filter.GetBackreferences(tokens);
Dictionary <Reference, string> referencePaths = CreatePathsFromReferences(tokens, backreferences);
return(MakeString(tokens, referencePaths));
}
public string Print(List<Token> tokens)
{
var filter = new UnusedReferencesTokenFilter();
var backreferences = filter.GetBackreferences(tokens);
Dictionary<Reference, string> referencePaths = CreatePathsFromReferences(tokens, backreferences);
return MakeString(tokens, referencePaths);
}
public void Transform_noncycle()
{
var nonCycleTokens = new List<Token>()
{
new Token(TokenType.FieldnameWithTypeAndReference, new Field("fieldA"), "value1", new Reference(1), typeof(string) ),
new Token(TokenType.FieldnameWithTypeAndReference, new Field("fieldB"), "value2", new Reference(2), typeof(string)),
};
var filter = new UnusedReferencesTokenFilter();
var newlist = filter.FilterUnusedReferences(nonCycleTokens);
// test
var expected = new List<Token>()
{
new Token(TokenType.FieldnameWithTypeAndReference, new Field("fieldA"), "value1", null, typeof(string)),
new Token(TokenType.FieldnameWithTypeAndReference, new Field("fieldB"), "value2", null, typeof(string)),
};
CollectionAssert.AreEqual(expected, newlist);
}
