public void Test4()
{
var operators = Operators.Keys;
var factory = new AggregateTokenFactory(
new ConstantNumberParser(),
new OperatorParser(operators),
new OpenerParser(),
new CloserParser(),
new FunctionParser("min"),
new SeparatorParser(),
new LambdaExpressionParser(LambdaDefaults.QuotationMarks),
new VariableParser());
var nodeConverter = new AggregateNodeConverter(
new ConstantNumberNodeConverter(),
new BinaryOperatorNodeConverter(Operators),
new OpenerNodeConverter(),
new LambdaExpressionNodeConverter(),
new VariableNodeConverter());
var result = "(2 + 2) * 2 + 't => t.Cenas == \"Sérgio\"' + 5"
.SplitTokens(operators
.Concat(LambdaDefaults.QuotationMarks)
.Concat(Defaults.Separators))
.AggregateByQuotationMarks(LambdaDefaults.QuotationMarks)
.ToLevelTokens()
.Tokenify(factory)
.Treeify(nodeConverter);
}
public void TreeifyTransformsTheExpressionToATree()
{
var operators = Operators.Keys;
var factory = new AggregateTokenFactory(
new ConstantNumberParser(),
new OperatorParser(operators),
new OpenerParser(),
new CloserParser(),
new VariableParser());
var nodeConverter = new AggregateNodeConverter(
new ConstantNumberNodeConverter(),
new BinaryOperatorNodeConverter(Operators),
new OpenerNodeConverter(),
new VariableNodeConverter());
var tokens = "(2 + 2) * 2 + rui"
.SplitTokens(operators.Concat(Defaults.Separators))
.ToLevelTokens()
.Tokenify(factory)
.ToList();
var result = tokens
.Treeify(nodeConverter);
Assert.Equal("(((2 + 2) * 2) + rui)", result.ToString());
}
