public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.BeginTransaction();
state.Colorize(tokens, Color.Whitespace, Color.Operator);
var innerBuilder = new ExpressionBuilder(ExpressionFlags.Standard);
innerBuilder.Add(new FieldSymbol("__$0"));
var operatorsParser = new OperatorsParser(innerBuilder);
var result =
from op in operatorsParser.Scan(state)
from closing in state.Scan("^ /']'", Color.Operator)
select op;
if (result.ValueOrOriginal(out _, out var original))
{
innerBuilder.Add(new FieldSymbol("__$1"));
if (innerBuilder.ToExpression().If(out var expression, out var exception))
{
var lambda = new LambdaSymbol(2, expression);
builder.Add(new SendBinaryMessageSymbol("foldr", Precedence.ChainedOperator));
builder.Add(lambda);
state.CommitTransaction();
return(Unit.Matched());
}
else
{
state.RollBackTransaction();
return(failedMatch <Unit>(exception));
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var source = tokens[2].Text;
state.Colorize(tokens, Color.Whitespace, Color.Collection);
switch (source)
{
case "[]":
builder.Add(new EmptyArraySymbol());
break;
case "{}":
builder.Add(new EmptyDictionarySymbol());
break;
case "()":
builder.Add(new EmptyTupleSymbol());
break;
case "⌈⌉":
builder.Add(new EmptyListSymbol());
break;
case "⎩⎭":
builder.Add(new EmptySetSymbol());
break;
default:
return(notMatched <Unit>());
}
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var source = tokens[2].Text.Replace("_", "") + tokens[3].Text + tokens[4].Text;
var type = tokens[5].Text;
state.Colorize(tokens, Color.Whitespace, Color.Number, Color.NumberPart, Color.Number, Color.NumberPart);
if (double.TryParse(source, out var result))
{
if (type == "i")
{
builder.Add(new ComplexSymbol(result));
}
else
{
builder.Add(new FloatSymbol(result));
}
return(Unit.Matched());
}
else
{
return(failedMatch <Unit>(unableToConvert(source, "Float")));
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Whitespace, Color.Keyword, Color.Whitespace);
if (getBlock(state).ValueOrCast <Unit>(out var block, out var asUnit))
{
block.AddReturnIf(new UnitSymbol());
var lambda = new LambdaSymbol(0, block);
var invokeBuilder = new ExpressionBuilder(ExpressionFlags.Standard);
invokeBuilder.Add(lambda);
invokeBuilder.Add(new PostfixInvokeSymbol(new Expression[0]));
if (invokeBuilder.ToExpression().If(out var invokeExpression, out var exception))
{
builder.Add(new TrySymbol(invokeExpression));
return(Unit.Matched());
}
else
{
return(failedMatch <Unit>(exception));
}
}
else
{
return(asUnit);
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var className = tokens[2].Text;
state.Colorize(tokens, Color.Whitespace, Color.Class);
if (Module.Global.Class(className).If(out var cls))
{
builder.Add(new ClassSymbol(cls.Name));
return(Unit.Matched());
}
else if (Module.Global.FullDataComparisandName(className).If(out _))
{
builder.Add(new FieldSymbol(className));
return(Unit.Matched());
}
else if (Module.Global.Forwarded(className))
{
builder.Add(new ClassSymbol(className));
return(Unit.Matched());
}
else if (state.ContainsPattern(className))
{
builder.Add(new FieldSymbol(className));
return(Unit.Matched());
}
else
{
return(notMatched <Unit>());
}
}
public override IMatched <Unit> Suffix(ParseState state, Expression expression)
{
outerBuilder.Add(new FieldSymbol(tempObjectField));
outerBuilder.Add(new SendMessageSymbol(propertyName.set(), none <LambdaSymbol>(), expression));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var precedence = tokens[2].Text == "." ? Precedence.SendMessage : Precedence.ChainedOperator;
if (precedence == Precedence.ChainedOperator && builder.Flags[ExpressionFlags.InLambda])
{
return(notMatched <Unit>());
}
var name = tokens[3].Text;
var parameterDelimiter = tokens[4].Text;
var parseArguments = true;
if (parameterDelimiter.IsEmpty())
{
name = name.get();
parseArguments = false;
}
else if (name.EndsWith("="))
{
name = name.Drop(-1).set();
parseArguments = true;
}
if (parseArguments)
{
state.Colorize(tokens, Color.Whitespace, Color.Message, Color.Message, Color.OpenParenthesis);
}
else
{
state.Colorize(tokens, Color.Whitespace, Color.Message, Color.Message);
}
if (!parseArguments)
{
Selector selector = name;
builder.Add(new SendMessageSymbol(selector));
return(Unit.Matched());
}
else if (getArgumentsPlusLambda(state, builder.Flags).ValueOrCast <Unit>(out var tuple, out var asUnit))
{
var(arguments, lambda) = tuple;
var selector = name.Selector(arguments.Length);
builder.Add(new SendMessageSymbol(selector, lambda, arguments));
return(Unit.Matched());
}
else
{
return(asUnit);
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var insert = tokens[2].Text == "+";
state.Colorize(tokens, Color.OpenParenthesis, Color.Structure);
return(getArguments(state, builder.Flags).Map(e =>
{
if (state.Scan($"^ /(|s|) /({REGEX_ASSIGN_OPS})? /'=' -(> '=')", Color.Whitespace, Color.Operator, Color.Structure)
.If(out var opSource, out var anyException))
{
if (getExpression(state, builder.Flags).ValueOrCast <Unit>(out var expression, out var asUnit))
{
opSource = opSource.DropWhile(" ").Keep(1);
var operation = matchOperator(opSource)
.FlatMap(o => o.Some(), none <Operations.Operation>, _ => none <Operations.Operation>());
if (operation.IsNone && insert)
{
var list = e.ToList();
list.Add(expression);
builder.Add(new SendMessageSymbol("insert(at:_<Int>,value:_)", none <LambdaSymbol>(),
none <Operations.Operation>(), list.ToArray()));
}
else
{
builder.Add(new IndexSetterSymbol(e, expression, operation));
}
return Unit.Matched();
}
else
{
return asUnit;
}
}
else if (anyException.If(out var exception))
{
return failedMatch <Unit>(exception);
}
else if (e.Length > 0)
{
builder.Add(new IndexerSymbol(e));
}
else
{
return notMatched <Unit>();
}
return Unit.Matched();
}));
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var isSuccess = tokens[2].Text == "assert";
state.Colorize(tokens, Color.Whitespace, Color.Keyword);
var result =
from condition in getExpression(state, builder.Flags | ExpressionFlags.OmitColon)
from colon1 in state.Scan("^ /(|s|) /':'", Color.Whitespace, Color.Structure)
from value in getExpression(state, builder.Flags | ExpressionFlags.OmitColon)
select(condition, value);
if (isSuccess)
{
if (result.ValueOrOriginal(out var tuple, out var original))
{
var(condition, value) = tuple;
var result2 =
from colon2 in state.Scan("^ /(|s|) /':'", Color.Whitespace, Color.Structure)
from error in getExpression(state, builder.Flags | ExpressionFlags.OmitColon)
select error;
if (result2.ValueOrOriginal(out var expression, out var original2))
{
builder.Add(new AssertSymbol(condition, value, expression.Some()));
return(Unit.Matched());
}
else
{
return(original2.Unmatched <Unit>());
}
}
else
{
return(original.Unmatched <Unit>());
}
}
else if (result.ValueOrOriginal(out var tuple, out var original))
{
var(condition, value) = tuple;
builder.Add(new AssertSymbol(condition, value, none <Expression>()));
return(Unit.Matched());
}
else
{
return(original.Unmatched <Unit>());
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.OpenParenthesis);
var skipTakes = new List <SkipTake>();
while (state.More)
{
var skipTakeMatch = getSkipTake(state, builder.Flags | ExpressionFlags.OmitComma);
if (skipTakeMatch.If(out var skipTake, out var _exception))
{
skipTakes.Add(skipTake);
if (skipTake.Terminal)
{
break;
}
}
else if (_exception.If(out var exception))
{
return(failedMatch <Unit>(exception));
}
}
builder.Add(new SliceSymbol(skipTakes.ToArray()));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.BeginTransaction();
var word1 = tokens[2].Text;
var word2 = tokens[4].Text;
var message = "";
state.Colorize(tokens, Color.Whitespace, Color.Keyword, Color.Whitespace, Color.Keyword);
switch (word1)
{
case "skip":
case "take":
switch (word2)
{
case "while":
case "until":
message = word1.Selector($"{word2}:");
break;
}
break;
default:
state.RollBackTransaction();
return(notMatched <Unit>());
}
builder.Add(new SendBinaryMessageSymbol(message, Precedence.ChainedOperator));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Whitespace, Color.Boolean);
builder.Add(new BooleanSymbol(tokens[2].Text == "true"));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Whitespace, Color.Structure, Color.Whitespace, Color.Structure, Color.Whitespace);
var matchItems = new List <(Expression, Expression)>();
while (state.More)
{
if (getMatchItem(state).If(out var matchItem, out var anyException))
{
matchItems.Add(matchItem);
}
else if (anyException.If(out var exception))
{
return(failedMatch <Unit>(exception));
}
else
{
break;
}
}
builder.Add(new MatchExpressionSymbol(matchItems.ToArray()));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Whitespace, Color.Operator);
state.BeginTransaction();
var expressionBuilder = new ExpressionBuilder(builder.Flags);
var parser = new AnyLambdaParser(expressionBuilder);
var result =
from parsed in parser.Scan(state)
from endToken in state.Scan("/']'", Color.Operator)
select parsed;
if (result.ValueOrOriginal(out _, out var original))
{
if (expressionBuilder.ToExpression().If(out var expression, out var exception))
{
builder.Add(new ZipLambdaSymbol(expression));
state.CommitTransaction();
return(Unit.Matched());
}
else
{
state.RollBackTransaction();
return(failedMatch <Unit>(exception));
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Whitespace, Color.Operator);
builder.Add(new SendPrefixMessage("range"));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Whitespace, Color.Operator);
builder.Add(new BNotSymbol());
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.BeginTransaction();
state.CreateReturnType();
var result =
from parameters in ParseParameters(state, tokens)
from scanned in state.Scan("^ /(|s|) /'->'", Color.Whitespace, Color.Structure)
from typeConstraint in parseTypeConstraint(state)
from block in getLambdaBlock(!state.CurrentSource.IsMatch("^ (/r /n | /r | /n)"), state,
builder.Flags & ~ExpressionFlags.Comparisand | ExpressionFlags.InLambda, typeConstraint)
select new LambdaSymbol(parameters, block);
if (result.ValueOrCast <Unit>(out var lambdaSymbol, out var asUnit))
{
builder.Add(lambdaSymbol);
state.RemoveReturnType();
state.CommitTransaction();
return(Unit.Matched());
}
else
{
state.RollBackTransaction();
state.RemoveReturnType();
return(asUnit);
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var mutable = tokens[2].Text;
var placeholderName = tokens[4].Text;
var name = "";
switch (mutable)
{
case "use":
name = placeholderName;
break;
case "var":
name = $"+{placeholderName}";
break;
default:
name = $"-{placeholderName}";
break;
}
state.Colorize(tokens, Color.Whitespace, Color.Keyword, Color.Whitespace, Color.Identifier);
builder.Add(new PlaceholderSymbol(name));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.Operator);
builder.Add(new PushObjectSymbol(End.Value));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var name = tokens[3].Text;
state.Colorize(tokens, Color.Whitespace, Color.Symbol, Color.Symbol);
if (builder.Flags[ExpressionFlags.Comparisand])
{
builder.Add(new FieldSymbol(name));
}
else
{
builder.Add(new SymbolSymbol(name));
}
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var selector = tokens[3].Text;
var parameterDelimiter = tokens[4].Text;
var parseArguments = true;
if (parameterDelimiter.IsEmpty())
{
selector = selector.get();
parseArguments = false;
}
else if (selector.EndsWith("="))
{
selector = selector.Drop(-1).set();
parseArguments = true;
}
if (!parseArguments)
{
state.Colorize(tokens, Color.Whitespace, Color.Structure, Color.Message);
}
else
{
state.Colorize(tokens, Color.Whitespace, Color.Structure, Color.Message, Color.OpenParenthesis);
}
if (!parseArguments)
{
builder.Add(new MessageSymbol(selector, new Expression[0], none <LambdaSymbol>()));
return(Unit.Matched());
}
else
{
if (getArgumentsPlusLambda(state, builder.Flags).ValueOrCast <Unit>(out var tuple, out var asUnit))
{
var(arguments, lambda) = tuple;
builder.Add(new MessageSymbol(selector, arguments, lambda));
return(Unit.Matched());
}
else
{
return(asUnit);
}
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var source = tokens[2].Text;
state.Colorize(tokens, Color.Whitespace, Color.Identifier);
if (state.DefExpression(source).If(out var defExpression))
{
builder.Add(defExpression);
}
else
{
builder.Add(builder.Flags[ExpressionFlags.Comparisand] ? new PlaceholderSymbol($"-{source}") : new FieldSymbol(source));
}
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var source = tokens[3].Text.Replace("_", "") + tokens[4].Text + tokens[5].Text;
var type = tokens[6].Text;
state.Colorize(tokens, Color.Whitespace, Color.NumberPart, Color.Number, Color.NumberPart, Color.Number, Color.NumberPart);
var prefix = source.Contains("p") ? source.KeepUntil("p") : source;
var suffix = source.Contains("p") ? source.DropUntil("p").Drop(1) : "";
var left = convertFloat(prefix, 16, "0123456789abcdef");
if (suffix.IsEmpty())
{
if (type == "i")
{
builder.Add(new ComplexSymbol(left));
}
else
{
builder.Add(new FloatSymbol(left));
}
return(Unit.Matched());
}
else if (int.TryParse(suffix, out var right))
{
var raised = Math.Pow(2, right);
var result = left * raised;
if (type == "i")
{
builder.Add(new ComplexSymbol(result));
}
else
{
builder.Add(new FloatSymbol(result));
}
return(Unit.Matched());
}
else
{
return(failedMatch <Unit>(unableToConvert(suffix, "Long")));
}
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
Selector selector = tokens[3].Text + tokens[4].Text;
state.Colorize(tokens, Color.Whitespace, Color.Operator, Color.Invokable, Color.Structure);
builder.Add(new FieldSymbol(selector));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var inclusive = tokens[2].Text == "..";
state.Colorize(tokens, Color.Whitespace, Color.Operator, Color.Operator);
builder.Add(new RangeSymbol(inclusive));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var fieldName = tokens[4].Text;
state.Colorize(tokens, Color.Whitespace, Color.Operator, Color.Whitespace, Color.Identifier);
builder.Add(new CallSysFunctionSymbol0(s => s.GetReference(fieldName), $"ref {fieldName}"));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var index = tokens[3].Text;
state.Colorize(tokens, Color.Whitespace, Color.Identifier, Color.Identifier);
builder.Add(new FieldSymbol($"__${index}"));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var lazy = tokens[2].Text == "!!";
var indexed = tokens[2].Text == "?";
state.Colorize(tokens, Color.Whitespace, Color.Operator);
builder.Add(new IteratorSymbol(lazy, indexed));
return(Unit.Matched());
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
state.Colorize(tokens, Color.OpenParenthesis);
return(getArguments(state, builder.Flags).Map(arguments =>
{
builder.Add(new PostfixInvokeSymbol(arguments));
return Unit.Value;
}));
}
public override IMatched <Unit> Parse(ParseState state, Token[] tokens, ExpressionBuilder builder)
{
var source = tokens[3].Text;
state.Colorize(tokens, Color.Whitespace, Color.Collection, Color.Collection, Color.Collection);
builder.Add(new StringArraySymbol(source));
return(Unit.Matched());
}
