public ParserState(NodeParent root, string script)
{
this.RootNode = root;
this.CurNode = root;
_source = script;
_index = 0;
}
public void SkillInit(NodeParent node)
{
DrawSkill(node);
NodeParent neightboor;
for (int j = 0; j < node.GetNeightboor.Count; j++)
{
neightboor = node.GetNeightboor[j];
if (node.GetNeightboor.Exists(x => x.ID == neightboor.ID) && !(node.connectedNeighboor.Exists(x => x.ID == neightboor.ID)))
{
DrawConnection((neightboor.GetActivate || node.GetActivate) ? Color.GreenYellow : Color.Gray, node.menuPos, neightboor.menuPos, node, neightboor);
node.connectedNeighboor.Add(neightboor);
neightboor.connectedNeighboor.Add(node);
}
}
int listSize = allConnection.Count;
for (int i = 0; i < listSize; i++)
{
backGround.Append(allConnection[i]);
}
listSize = allBasePanel.Count;
for (int i = 0; i < listSize; i++)
{
backGround.Append(allBasePanel[i]);
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
if (node is IsDefinedExpression)
{
var ide = (IsDefinedExpression)node;
switch(ide.Expression.NodeType)
{
case NodeTypes.MethodCall:
compiler.AppendLine("$_stack[] = F_TrueClass::__from_bool(function_exists('{0}'));", Mangling.RubyMethodToPHP(((MethodCall)ide.Expression).MethodName));
return;
case NodeTypes.ConstantVariable:
compiler.AppendLine("$_stack[] = F_TrueClass::__from_bool(class_exists('{0}'));", Mangling.RubyMethodToPHP(((ConstantVariable)ide.Expression).Name));
return;
case NodeTypes.ClassVariable:
case NodeTypes.GlobalVariable:
case NodeTypes.InstanceVariable:
case NodeTypes.LocalVariable:
compiler.AppendLine("$_stack[] = F_TrueClass::__from_bool(isset({0}));", ((Variable)ide.Expression).ToPHPVariable());
return;
default:
throw new FructoseCompileException("Not supported yet: defined?( " + ide.Expression.NodeType.ToString() + " )", ide.Expression);
}
}
else
throw new FructoseCompileException("Not supported yet: " + node.ToString(), node);
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.AppendLine("while(true)");
compiler.AppendLine("{");
compiler.Indent();
if(((WhileLoopExpression)node).IsPostTest)
{
foreach(var stmt in ((WhileLoopExpression)node).Statements)
compiler.CompileNode(stmt, parent.CreateChild(node));
}
if (((WhileLoopExpression)node).IsWhileLoop)
compiler.CompileNode(((WhileLoopExpression)node).Condition, parent.CreateChild(node));
else
compiler.CompileNode(new NotExpression(((WhileLoopExpression)node).Condition, node.Location), parent.CreateChild(node));
compiler.AppendLine("$_cond = array_pop($_stack);");
compiler.AppendLine("if(get_class($_cond) === 'F_NilClass' || get_class($_cond) === 'F_FalseClass' || is_subclass_of($_cond, 'F_NilClass') || is_subclass_of($_cond, 'F_FalseClass'))");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("break;");
compiler.Dedent();
compiler.AppendLine("}");
if (!((WhileLoopExpression)node).IsPostTest)
{
foreach (var stmt in ((WhileLoopExpression)node).Statements)
compiler.CompileNode(stmt, parent.CreateChild(node));
}
compiler.Dedent();
compiler.AppendLine("}");
}
private void OnRightClickNode(UIMouseEvent evt, UIElement listeningElement, NodeParent node)
{
for (int i = 0; i < 5; i++)
{
OnClickNode(evt, listeningElement, node);
}
}
public void DrawConnection(Color _color, Vector2 point1, Vector2 point2, NodeParent node, NodeParent neighboor)
{
float angle = 0;
float distance = 0;
//angle = (float)(Math.Atan2(point2.Y- point1.Y, point2.X - point1.X) *(180f/Math.PI));
angle = (float)(Math.Atan2(point2.Y - point1.Y, point2.X - point1.X));
distance = (float)Math.Sqrt(Math.Pow(point2.X - point1.X, 2) + Math.Pow(point2.Y - point1.Y, 2));
Connection BG = new Connection(angle, distance, 10)
{
color = Color.DarkSlateGray
};
Connection connection = new Connection(angle, distance, 6)
{
color = _color,
};
BG.basePos = new Vector2(point1.X + SKILL_SIZE * 0.5f, point1.Y + SKILL_SIZE * 0.5f);
connection.basePos = new Vector2(point1.X + SKILL_SIZE * 0.5f, point1.Y + SKILL_SIZE * 0.5f);
BG.bg = true;
BG.neighboor = neighboor;
BG.node = node;
connection.neighboor = neighboor;
connection.node = node;
allConnection.Add(BG);
allConnection.Add(connection);
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var pa = (ParallelAssignmentExpression)node;
if (pa.Left.HasUnsplattedValue)
throw new FructoseCompileException("Unsplats not yet supported.", node);
if (pa.Right.Length == 1)
{
compiler.CompileNode(pa.Right[0], parent.CreateChild(node));
compiler.AppendLine("if(get_class($_stack[count($_stack)-1]) !== 'F_Array')");
compiler.Indent();
compiler.AppendLine("$_stack[] = F_Array::__from_array(array(array_pop($_stack)));");
compiler.Dedent();
}
else
{
compiler.AppendLine("$ptmp = array();");
foreach (var rval in pa.Right)
{
compiler.CompileNode(rval, parent.CreateChild(node));
compiler.AppendLine("$ptmp[] = array_pop($_stack);");
}
compiler.AppendLine("$_stack[] = F_Array::__from_array($ptmp);");
}
var sb = new StringBuilder();
foreach (var lval in pa.Left.LeftValues)
sb.Append(SimpleAssignment.assignmentVar(lval, parent) + ",");
compiler.AppendLine("@list({0}) = array_pop($_stack)->__ARRAY;", sb.ToString());
foreach (var lval in pa.Left.LeftValues.Reverse())
compiler.AppendLine("if({0} === NULL) {0} = new F_NilClass;", SimpleAssignment.assignmentVar(lval, parent));
}
public override void Compile(Compiler compiler, IronRuby.Compiler.Ast.Node node, NodeParent parent)
{
var sae = (SimpleAssignmentExpression)node;
// substitute a method call of []= rather than the crap that ironruby's parser produces:
switch (sae.Left.NodeType)
{
case NodeTypes.ArrayItemAccess:
var aia = (ArrayItemAccess)sae.Left;
compiler.CompileNode(new MethodCall(aia.Array, "[]=", new Arguments(aia.Arguments.Expressions.Concat(new[] { sae.Right }).ToArray()), sae.Location), parent.CreateChild(node));
return;
case NodeTypes.AttributeAccess:
var aa = (AttributeAccess)sae.Left;
compiler.CompileNode(new MethodCall(aa.Qualifier, aa.Name, new Arguments(sae.Right), aa.Location), parent.CreateChild(node));
return;
}
compiler.CompileNode(sae.Right, parent.CreateChild(node));
if (sae.Operation != null)
{
compiler.AppendLine("$_stack[] = {0};", assignmentVar(sae.Left, parent));
compiler.AppendLine("$_stack[] = array_pop($_stack)->{0}(NULL, array_pop($_stack));", Mangling.RubyMethodToPHP(sae.Operation));
}
compiler.AppendLine("{0} = $_stack[count($_stack)-1];", assignmentVar(sae.Left, parent));
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
if (((Literal)node).Value == null)
{
// nil
compiler.AppendLine("$_stack[] = new F_NilClass;");
return;
}
if (((Literal)node).Value is bool)
{
// True or False
compiler.AppendLine("$_stack[] = new F_{0}Class;", ((Literal)node).Value.ToString());
return;
}
if (((Literal)node).Value is string)
{
switch (((Literal)node).Value.ToString())
{
case "self":
compiler.AppendLine("$_stack[] = $_locals->self;", ((Literal)node).Value.ToString());
break;
case "__FILE__":
case "__LINE__":
compiler.AppendLine("$_stack[] = F_String::__from_string({0});", ((Literal)node).Value.ToString());
break;
}
return;
}
compiler.AppendLine("$_stack[] = F_Number::__from_number({0});", ((Literal)node).Value.ToString());
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var body = (Body)node;
if (body.RescueClauses != null)
{
for (int i = 0; i < body.RescueClauses.Count; i++)
{
compiler.AppendLine("try");
compiler.AppendLine("{");
compiler.Indent();
}
}
foreach (var stmt in body.Statements)
{
compiler.CompileNode(stmt, parent.CreateChild(node));
}
if (body.RescueClauses != null)
{
foreach (var rescue in body.RescueClauses)
{
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("catch(ErrorCarrier $err)");
compiler.AppendLine("{");
compiler.Indent();
StringBuilder clause = new StringBuilder();
bool first = true;
foreach (var t in rescue.Types)
{
if (t.NodeType != NodeTypes.ConstantVariable)
{
throw new FructoseCompileException("Type constant must be supplied in rescue expression", rescue);
}
if (!first)
{
clause.Append(" && ");
}
first = false;
clause.Append(string.Format("!is_a($err->val, '{0}')", Mangling.RubyIdentifierToPHP(((ConstantVariable)t).Name)));
}
compiler.AppendLine("if({0})", clause.ToString());
compiler.Indent();
compiler.AppendLine("throw $err;");
compiler.Dedent();
compiler.AppendLine("{0} = $err->val;", ((Variable)(rescue.Target ?? new GlobalVariable("!", rescue.Location))).ToPHPVariable());
foreach (var stmt in rescue.Statements)
{
compiler.CompileNode(stmt, parent.CreateChild(node));
}
compiler.Dedent();
compiler.AppendLine("}");
}
}
}
public void SkillInit(NodeParent node)
{
DrawSkill(node);
RPGPlayer rPGPlayer = Main.player[Main.myPlayer].GetModPlayer <RPGPlayer>();
NodeParent neightboor;
for (int j = 0; j < node.GetNeightboor.Count; j++)
{
neightboor = node.GetNeightboor[j];
if (node.GetNeightboor.Exists(x => x.ID == neightboor.ID) && !(node.connectedNeighboor.Exists(x => x.ID == neightboor.ID)))
{
if (!(neightboor.GetNodeType == NodeType.LimitBreak && rPGPlayer.GetLevel() < 1000 || neightboor.GetNode.GetAscended && !skillTree.IsLimitBreak()))
{
DrawConnection((neightboor.GetActivate || node.GetActivate) ? Color.GreenYellow : Color.Gray, node.menuPos, neightboor.menuPos, node, neightboor);
node.connectedNeighboor.Add(neightboor);
neightboor.connectedNeighboor.Add(node);
}
}
}
int listSize = allConnection.Count;
for (int i = 0; i < listSize; i++)
{
backGround.Append(allConnection[i]);
}
listSize = allBasePanel.Count;
for (int i = 0; i < listSize; i++)
{
backGround.Append(allBasePanel[i]);
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var pmethod = parent.OfType<MethodDefinition>().SingleOrDefault();
var isInBlock = pmethod != null && pmethod.Name.Contains("__lambda_");
if (((ReturnStatement)node).Arguments == null || ((ReturnStatement)node).Arguments.Expressions.Count() == 0)
{
compiler.AppendLine("$_stack[] = new F_NilClass;");
}
else if (((ReturnStatement)node).Arguments.Expressions.Count() > 0)
{
compiler.CompileNode(((ReturnStatement)node).Arguments.Expressions.First(), parent.CreateChild(node));
}
else
{
compiler.CompileNode(new ArrayConstructor(((ReturnStatement)node).Arguments, ((ReturnStatement)node).Location), parent.CreateChild(node));
}
if (!isInBlock)
{
compiler.AppendLine("return array_pop($_stack);");
}
else
{
compiler.AppendLine("throw new ReturnFromBlock(array_pop($_stack));");
}
}
public Capture(NodeParent parent, Definition capname)
: base(parent)
{
_capName = capname;
_capName.Source = this;
_anonymous = false;
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
if (((Literal)node).Value == null)
{
// nil
compiler.AppendLine("$_stack[] = new F_NilClass;");
return;
}
if (((Literal)node).Value is bool)
{
// True or False
compiler.AppendLine("$_stack[] = new F_{0}Class;", ((Literal)node).Value.ToString());
return;
}
if (((Literal)node).Value is string)
{
switch (((Literal)node).Value.ToString())
{
case "self":
compiler.AppendLine("$_stack[] = $_locals->self;", ((Literal)node).Value.ToString());
break;
case "__FILE__":
case "__LINE__":
compiler.AppendLine("$_stack[] = F_String::__from_string({0});", ((Literal)node).Value.ToString());
break;
}
return;
}
compiler.AppendLine("$_stack[] = F_Number::__from_number({0});", ((Literal)node).Value.ToString());
}
public Options(NodeParent parent, Token token)
: base(parent)
{
Tokens.Add(token);
_onOptions = token.ReadOnOptions();
_offOptions = token.ReadOffOptions();
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var re = (RangeExpression)node;
compiler.CompileNode(re.End, parent.CreateChild(node));
compiler.CompileNode(re.Begin, parent.CreateChild(node));
compiler.AppendLine("$_stack[] = F_Range::SF_new(NULL, array_pop($_stack), array_pop($_stack), new F_{0}Class);", re.IsExclusive.ToString());
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var pmethod = parent.OfType <MethodDefinition>().SingleOrDefault();
var isInBlock = pmethod != null && pmethod.Name.Contains("__lambda_");
if (((ReturnStatement)node).Arguments == null || ((ReturnStatement)node).Arguments.Expressions.Count() == 0)
{
compiler.AppendLine("$_stack[] = new F_NilClass;");
}
else if (((ReturnStatement)node).Arguments.Expressions.Count() > 0)
{
compiler.CompileNode(((ReturnStatement)node).Arguments.Expressions.First(), parent.CreateChild(node));
}
else
{
compiler.CompileNode(new ArrayConstructor(((ReturnStatement)node).Arguments, ((ReturnStatement)node).Location), parent.CreateChild(node));
}
if (!isInBlock)
{
compiler.AppendLine("return array_pop($_stack);");
}
else
{
compiler.AppendLine("throw new ReturnFromBlock(array_pop($_stack));");
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
if (node is IsDefinedExpression)
{
var ide = (IsDefinedExpression)node;
switch (ide.Expression.NodeType)
{
case NodeTypes.MethodCall:
compiler.AppendLine("$_stack[] = F_TrueClass::__from_bool(function_exists('{0}'));", Mangling.RubyMethodToPHP(((MethodCall)ide.Expression).MethodName));
return;
case NodeTypes.ConstantVariable:
compiler.AppendLine("$_stack[] = F_TrueClass::__from_bool(class_exists('{0}'));", Mangling.RubyMethodToPHP(((ConstantVariable)ide.Expression).Name));
return;
case NodeTypes.ClassVariable:
case NodeTypes.GlobalVariable:
case NodeTypes.InstanceVariable:
case NodeTypes.LocalVariable:
compiler.AppendLine("$_stack[] = F_TrueClass::__from_bool(isset({0}));", ((Variable)ide.Expression).ToPHPVariable());
return;
default:
throw new FructoseCompileException("Not supported yet: defined?( " + ide.Expression.NodeType.ToString() + " )", ide.Expression);
}
}
else
{
throw new FructoseCompileException("Not supported yet: " + node.ToString(), node);
}
}
public Capture(NodeParent parent, int anonymous)
: base(parent)
{
_capName = new Definition(anonymous);
_capName.Source = this;
_anonymous = true;
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var re = (RangeExpression)node;
compiler.CompileNode(re.End, parent.CreateChild(node));
compiler.CompileNode(re.Begin, parent.CreateChild(node));
compiler.AppendLine("$_stack[] = F_Range::SF_new(NULL, array_pop($_stack), array_pop($_stack), new F_{0}Class);", re.IsExclusive.ToString());
}
private Capture CreateCapture(NodeParent parent)
{
Capture capture = new Capture(_concatenate, _lexer.AnonymousCapCount);
_slots.Assign(capture);
_sequence.Add(capture);
return(capture);
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var unless = (UnlessExpression)node;
compiler.CompileNode(new IfExpression(new NotExpression(unless.Condition, unless.Condition.Location), unless.Statements, new List <ElseIfClause> {
unless.ElseClause
}, unless.Location), parent.CreateChild(node));
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var cond = (ConditionalExpression)node;
compiler.CompileNode(new IfExpression(cond.Condition, new Statements(cond.TrueExpression), new List <ElseIfClause>()
{
new ElseIfClause(null, new Statements(cond.FalseExpression), cond.FalseExpression.Location)
}, cond.Location), parent.CreateChild(node));
}
public CharClass(NodeParent parent, bool neg)
{
Parent = parent;
if (parent != null && parent.Type != NodeType.CharClass)
{
parent.AddChild(this);
}
_negative = neg;
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var ac = (ArrayConstructor)node;
foreach (var exp in ac.Arguments.Expressions.Reverse())
compiler.CompileNode(exp, parent.CreateChild(node));
compiler.AppendLine("$_stack[] = F_Array::S__operator_arrayget(NULL" + string.Join("", ac.Arguments.Expressions.Select(e => ", array_pop($_stack)").ToArray()) + ");");
}
public Range(NodeParent parent, Token start, Token subtract, Token end)
: base(parent)
{
Tokens.Add(start);
Tokens.Add(subtract);
Tokens.Add(end);
_start = start.ReadChar();
_end = end.ReadChar();
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
YieldCall yield = (YieldCall)node;
if(yield.Arguments != null)
foreach (var arg in yield.Arguments.Expressions.Reverse())
{
compiler.CompileNode(arg, parent.CreateChild(node));
}
compiler.AppendLine("$_blockfn = $_locals->block;");
compiler.AppendLine("$_stack[] = $_blockfn(NULL" + string.Join("", (yield.Arguments ?? new Arguments()).Expressions.Select(ex => ", array_pop($_stack)").ToArray()) + ");");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var ac = (ArrayConstructor)node;
foreach (var exp in ac.Arguments.Expressions.Reverse())
{
compiler.CompileNode(exp, parent.CreateChild(node));
}
compiler.AppendLine("$_stack[] = F_Array::S__operator_arrayget(NULL" + string.Join("", ac.Arguments.Expressions.Select(e => ", array_pop($_stack)").ToArray()) + ");");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var cond = (ConditionalStatement)node;
Expression cond_expr = cond.Condition;
if(cond.IsUnless)
cond_expr = new NotExpression(cond_expr, cond.Location);
var elseif = cond.ElseStatement != null
? new List<ElseIfClause>() { new ElseIfClause(null, new Statements(cond.ElseStatement), cond.ElseStatement.Location) }
: new List<ElseIfClause>();
compiler.CompileNode(new IfExpression(cond_expr, new Statements(cond.Body), elseif, cond.Location), parent.CreateChild(node));
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var body = (Body)node;
if (body.RescueClauses != null)
{
for(int i = 0; i < body.RescueClauses.Count; i++)
{
compiler.AppendLine("try");
compiler.AppendLine("{");
compiler.Indent();
}
}
foreach (var stmt in body.Statements)
compiler.CompileNode(stmt, parent.CreateChild(node));
if (body.RescueClauses != null)
{
foreach (var rescue in body.RescueClauses)
{
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("catch(ErrorCarrier $err)");
compiler.AppendLine("{");
compiler.Indent();
StringBuilder clause = new StringBuilder();
bool first = true;
foreach (var t in rescue.Types)
{
if (t.NodeType != NodeTypes.ConstantVariable)
throw new FructoseCompileException("Type constant must be supplied in rescue expression", rescue);
if (!first)
clause.Append(" && ");
first = false;
clause.Append(string.Format("!is_a($err->val, '{0}')", Mangling.RubyIdentifierToPHP(((ConstantVariable)t).Name)));
}
compiler.AppendLine("if({0})", clause.ToString());
compiler.Indent();
compiler.AppendLine("throw $err;");
compiler.Dedent();
compiler.AppendLine("{0} = $err->val;", ((Variable)(rescue.Target ?? new GlobalVariable("!", rescue.Location))).ToPHPVariable());
foreach (var stmt in rescue.Statements)
compiler.CompileNode(stmt, parent.CreateChild(node));
compiler.Dedent();
compiler.AppendLine("}");
}
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
YieldCall yield = (YieldCall)node;
if (yield.Arguments != null)
{
foreach (var arg in yield.Arguments.Expressions.Reverse())
{
compiler.CompileNode(arg, parent.CreateChild(node));
}
}
compiler.AppendLine("$_blockfn = $_locals->block;");
compiler.AppendLine("$_stack[] = $_blockfn(NULL" + string.Join("", (yield.Arguments ?? new Arguments()).Expressions.Select(ex => ", array_pop($_stack)").ToArray()) + ");");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.CompileNode(((AndExpression)node).Left, parent.CreateChild(node));
compiler.AppendLine("$_and_tmp = get_class($_stack[count($_stack)-1]);");
compiler.AppendLine("if($_and_tmp !== 'F_NilClass' && $_and_tmp !== 'F_FalseClass')");
compiler.AppendLine("{");
compiler.Indent();
compiler.CompileNode(((AndExpression)node).Right, parent.CreateChild(node));
compiler.Dedent();
compiler.AppendLine("}");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.CompileNode(((AndExpression)node).Left, parent.CreateChild(node));
compiler.AppendLine("$_and_tmp = get_class($_stack[count($_stack)-1]);");
compiler.AppendLine("if($_and_tmp !== 'F_NilClass' && $_and_tmp !== 'F_FalseClass')");
compiler.AppendLine("{");
compiler.Indent();
compiler.CompileNode(((AndExpression)node).Right, parent.CreateChild(node));
compiler.Dedent();
compiler.AppendLine("}");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
if (parent.OfType <ClassDefinition>().Count() > 0)
{
throw new FructoseCompileException("Nested classes are not supported.", node);
}
if (((ClassDefinition)node).SuperClass != null && ((ClassDefinition)node).SuperClass.NodeType != NodeTypes.ConstantVariable)
{
throw new FructoseCompileException("Classes may only inherit from constant expressions", node);
}
var super = (ConstantVariable)((ClassDefinition)node).SuperClass;
var cname = Mangling.RubyIdentifierToPHP(((ClassDefinition)node).QualifiedName.Name);
compiler.AppendLine("class {0} extends {1}", cname,
super == null ? "F_Object" : Mangling.RubyIdentifierToPHP(super.Name));
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("function __construct() { }");
compiler.AppendLine("public static function SF_new()");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("$obj = new {0};", cname);
compiler.AppendLine("$args = func_get_args();");
compiler.AppendLine("if(method_exists($obj,'F_initialize'))");
compiler.Indent();
compiler.AppendLine("call_user_func_array(array($obj,'F_initialize'), $args);");
compiler.Dedent();
compiler.AppendLine("return $obj;");
compiler.Dedent();
compiler.AppendLine("}");
foreach (var child in ((ClassDefinition)node).Body.Statements)
{
if (child.NodeType == NodeTypes.MethodDefinition)
{
compiler.CompileNode(child, parent.CreateChild(node));
continue;
}
throw new FructoseCompileException("Classes may only contain method declarations at this point", node);
}
compiler.Dedent();
compiler.AppendLine("}");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var hash = (HashConstructor)node;
compiler.AppendLine("$_tmp_pairs[] = array();");
foreach (var maplet in hash.Maplets)
{
compiler.CompileNode(maplet.Key, parent.CreateChild(node));
compiler.AppendLine("$_tmp_pairs[count($_tmp_pairs)-1][] = array_pop($_stack);");
compiler.CompileNode(maplet.Value, parent.CreateChild(node));
compiler.AppendLine("$_tmp_pairs[count($_tmp_pairs)-1][] = array_pop($_stack);");
}
compiler.AppendLine("$_stack[] = F_Hash::__from_flatpairs(array_pop($_tmp_pairs));");
}
private Reference CreateReference(NodeParent parent, Token token)
{
Definition id = token.ReadReference();
Definition source = _slots.FindAssigned(id);
if (source != null)
{
id.Source = source.Source;
}
else
{
throw new ArgumentException("Internal Error");
}
return(new Reference(parent, token, id));
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var regex = (RegularExpression)node;
string rstr = "";
if(regex.Options.HasFlag(RubyRegexOptions.IgnoreCase))
rstr += "i";
if(regex.Options.HasFlag(RubyRegexOptions.Multiline))
rstr += "m";
if(regex.Options.HasFlag(RubyRegexOptions.Extended))
rstr += "x";
compiler.CompileNode(new StringConstructor(regex.Pattern, StringKind.Mutable, regex.Location));
compiler.AppendLine("$_stack[] = F_Regexp::SF_new(NULL, array_pop($_stack), F_String::__from_string('{0}'));", rstr);
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var method = parent.OfType<MethodDefinition>().ToArray();
if (method.Length > 0 && method[0].Parameters != null
&& method[0].Parameters.Mandatory.Where(p => p.ToString() == ((LocalVariable)node).Name).Count() > 0)
{
compiler.AppendLine("$_stack[] = isset(${0}) ? (${0}) : (new F_NilClass);", Mangling.RubyIdentifierToPHP(((Variable)node).Name));
return;
}
if (parent.OfType<ClassDefinition>().Count() == 0)
{
compiler.AppendLine("$_stack[] = isset($_locals->{0}) ? ($_locals->{0}) : (new F_NilClass);", Mangling.RubyIdentifierToPHP(((Variable)node).Name));
return;
}
compiler.AppendLine("$_stack[] = isset({0}) ? ({0}) : (new F_NilClass);", ((Variable)node).ToPHPVariable());
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var hash = (HashConstructor)node;
compiler.AppendLine("$_tmp_pairs[] = array();");
foreach (var maplet in hash.Maplets)
{
compiler.CompileNode(maplet.Key, parent.CreateChild(node));
compiler.AppendLine("$_tmp_pairs[count($_tmp_pairs)-1][] = array_pop($_stack);");
compiler.CompileNode(maplet.Value, parent.CreateChild(node));
compiler.AppendLine("$_tmp_pairs[count($_tmp_pairs)-1][] = array_pop($_stack);");
}
compiler.AppendLine("$_stack[] = F_Hash::__from_flatpairs(array_pop($_tmp_pairs));");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
CaseExpression c = (CaseExpression)node;
compiler.CompileNode(c.Value, parent.CreateChild(node));
compiler.AppendLine("$_caseval = array_pop($_stack);");
foreach (var when in c.WhenClauses)
{
var sb = new StringBuilder();
compiler.AppendLine("$_comparisons = array();");
foreach (var compar in when.Comparisons)
{
if (sb.Length > 0)
{
sb.Append(" || ");
}
sb.Append("_isTruthy(array_pop($_comparisons))");
compiler.CompileNode(compar, parent.CreateChild(node).CreateChild(when));
compiler.AppendLine("$_comparisons[] = array_pop($_stack)->__operator_stricteq(NULL, $_caseval);");
}
compiler.AppendLine("if({0})", sb.ToString());
compiler.AppendLine("{");
compiler.Indent();
foreach (var stmt in when.Statements)
{
compiler.CompileNode(stmt, parent.CreateChild(node).CreateChild(when));
}
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("else");
compiler.AppendLine("{");
compiler.Indent();
}
if (c.ElseStatements != null)
{
foreach (var stmt in c.ElseStatements)
{
compiler.CompileNode(stmt, parent.CreateChild(node));
}
}
for (int i = 0; i < c.WhenClauses.Length; i++)
{
compiler.Dedent();
compiler.AppendLine("}");
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var method = parent.OfType <MethodDefinition>().ToArray();
if (method.Length > 0 && method[0].Parameters != null &&
method[0].Parameters.Mandatory.Where(p => p.ToString() == ((LocalVariable)node).Name).Count() > 0)
{
compiler.AppendLine("$_stack[] = isset(${0}) ? (${0}) : (new F_NilClass);", Mangling.RubyIdentifierToPHP(((Variable)node).Name));
return;
}
if (parent.OfType <ClassDefinition>().Count() == 0)
{
compiler.AppendLine("$_stack[] = isset($_locals->{0}) ? ($_locals->{0}) : (new F_NilClass);", Mangling.RubyIdentifierToPHP(((Variable)node).Name));
return;
}
compiler.AppendLine("$_stack[] = isset({0}) ? ({0}) : (new F_NilClass);", ((Variable)node).ToPHPVariable());
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var sc = (StringConstructor)node;
switch (sc.Kind)
{
case StringKind.Symbol:
if (sc.Parts.Count != 1 || sc.Parts[0].NodeType != NodeTypes.StringLiteral)
{
throw new FructoseCompileException("Symbol interpolation not supported _yet_", node);
}
compiler.AppendLine("$_stack[] = F_Symbol::__from_string('{0}');", ((StringLiteral)sc.Parts[0]).Value.ToString().Replace("'", "\\'"));
break;
case StringKind.Command:
if (sc.Parts.Count != 1)
{
throw new FructoseCompileException("`` is escape-to-PHP operator, and only works with a string literal.", node);
}
if (sc.Parts[0].NodeType != NodeTypes.StringLiteral)
{
throw new FructoseCompileException("`` is escape-to-PHP operator, and only works with a string literal.", node);
}
compiler.AppendLine("// BEGIN: escape-to-PHP");
compiler.AppendLine(((StringLiteral)sc.Parts[0]).Value.ToString());
compiler.AppendLine("// END: escape-to-PHP");
break;
case StringKind.Mutable:
foreach (var part in ((IEnumerable <Expression>)sc.Parts).Reverse())
{
compiler.CompileNode(part, parent.CreateChild(node));
}
compiler.AppendLine("$_stack[] = F_String::__from_string('');");
for (int i = 0; i < sc.Parts.Count; i++)
{
compiler.AppendLine("$_stack[] = array_pop($_stack)->__operator_lshift(NULL, array_pop($_stack));");
}
break;
}
}
private Capture CreateCapture(NodeParent parent, Definition cap, Definition uncap)
{
if (uncap != null)
{
Balance balance = new Balance(_concatenate, cap, uncap);
_slots.Assign(balance);
_sequence.Add(balance);
return(balance);
}
else
{
Capture capture = new Capture(_concatenate, cap);
_slots.Assign(capture);
_sequence.Add(capture);
return(capture);
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var forexp = (ForLoopExpression)node;
compiler.CompileNode(forexp.List, parent.CreateChild(node));
compiler.AppendLine("$_tmp_enumerator[] = array_pop($_stack)->F_each(NULL);");
compiler.AppendLine("while(true)");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("try");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("$_forcur = $_tmp_enumerator[count($_tmp_enumerator)-1]->F_next(NULL);");
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("catch(ErrorCarrier $err)");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("if(is_a($err->val, 'F_StopIteration'))");
compiler.Indent();
compiler.AppendLine("break;");
compiler.Dedent();
compiler.Dedent();
compiler.AppendLine("}");
if (forexp.Block.Parameters.Mandatory.Length == 1)
{
compiler.AppendLine("{0} = $_forcur;", forexp.Block.Parameters.Mandatory.Cast <Variable>().Single().ToPHPVariable());
}
else
{
foreach (var var in forexp.Block.Parameters.Mandatory.Cast <Variable>())
{
compiler.AppendLine("{0} = array_shift($_forcur->__ARRAY);", var.ToPHPVariable());
}
}
foreach (var stmt in forexp.Block.Body)
{
compiler.CompileNode(stmt, parent.CreateChild(node));
}
compiler.Dedent();
compiler.AppendLine("}");
}
internal static string assignmentVar(LeftValue lval, NodeParent parent)
{
if (lval is LocalVariable)
{
var method = parent.OfType<MethodDefinition>().ToArray();
if (method.Length > 0 && method[0].Parameters != null
&& method[0].Parameters.Mandatory.Where(p => p.ToString() == ((LocalVariable)lval).Name).Count() > 0)
{
return "$" + Mangling.RubyIdentifierToPHP(((LocalVariable)lval).Name);
}
if (parent.OfType<ClassDefinition>().Count() == 0)
{
return "$_locals->" + Mangling.RubyIdentifierToPHP(((LocalVariable)lval).Name);
}
}
return ((Variable)lval).ToPHPVariable();
}
internal static string assignmentVar(LeftValue lval, NodeParent parent)
{
if (lval is LocalVariable)
{
var method = parent.OfType <MethodDefinition>().ToArray();
if (method.Length > 0 && method[0].Parameters != null &&
method[0].Parameters.Mandatory.Where(p => p.ToString() == ((LocalVariable)lval).Name).Count() > 0)
{
return("$" + Mangling.RubyIdentifierToPHP(((LocalVariable)lval).Name));
}
if (parent.OfType <ClassDefinition>().Count() == 0)
{
return("$_locals->" + Mangling.RubyIdentifierToPHP(((LocalVariable)lval).Name));
}
}
return(((Variable)lval).ToPHPVariable());
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.CompileNode(((NotExpression)node).Expression, parent.CreateChild(node));
compiler.AppendLine("$_and_tmp = get_class(array_pop($_stack));");
compiler.AppendLine("if($_and_tmp !== 'F_NilClass' && $_and_tmp !== 'F_FalseClass')");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("$_stack[] = new F_FalseClass;");
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("else");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("$_stack[] = new F_TrueClass;");
compiler.Dedent();
compiler.AppendLine("}");
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.CompileNode(((IfExpression)node).Condition, parent.CreateChild(node));
compiler.AppendLine("$_cond = array_pop($_stack);");
compiler.AppendLine("if(get_class($_cond) !== 'F_NilClass' && get_class($_cond) !== 'F_FalseClass' && !is_subclass_of($_cond, 'F_NilClass') && !is_subclass_of($_cond, 'F_FalseClass'))");
compiler.AppendLine("{");
compiler.Indent();
foreach (var stmt in ((IfExpression)node).Body)
compiler.CompileNode(stmt, parent.CreateChild(node));
compiler.Dedent();
compiler.AppendLine("}");
if (((IfExpression)node).ElseIfClauses.Count > 0)
{
compiler.AppendLine("else");
compiler.AppendLine("{");
compiler.Indent();
var firstelseif = ((IfExpression)node).ElseIfClauses.First();
var rest = ((IfExpression)node).ElseIfClauses.Skip(1).ToList();
if (firstelseif.Condition == null)
{
foreach (var stmt in firstelseif.Statements)
compiler.CompileNode(stmt, parent.CreateChild(node));
}
else
{
compiler.CompileNode(new IfExpression(firstelseif.Condition, firstelseif.Statements, rest,
new SourceSpan(firstelseif.Location.Start, (rest.Count > 0 ? rest.Last() : firstelseif).Location.End)), parent.CreateChild(node));
}
compiler.Dedent();
compiler.AppendLine("}");
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
CaseExpression c = (CaseExpression)node;
compiler.CompileNode(c.Value, parent.CreateChild(node));
compiler.AppendLine("$_caseval = array_pop($_stack);");
foreach(var when in c.WhenClauses)
{
var sb = new StringBuilder();
compiler.AppendLine("$_comparisons = array();");
foreach(var compar in when.Comparisons)
{
if(sb.Length > 0)
sb.Append(" || ");
sb.Append("_isTruthy(array_pop($_comparisons))");
compiler.CompileNode(compar, parent.CreateChild(node).CreateChild(when));
compiler.AppendLine("$_comparisons[] = array_pop($_stack)->__operator_stricteq(NULL, $_caseval);");
}
compiler.AppendLine("if({0})", sb.ToString());
compiler.AppendLine("{");
compiler.Indent();
foreach(var stmt in when.Statements)
compiler.CompileNode(stmt, parent.CreateChild(node).CreateChild(when));
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("else");
compiler.AppendLine("{");
compiler.Indent();
}
if(c.ElseStatements != null)
foreach(var stmt in c.ElseStatements)
compiler.CompileNode(stmt, parent.CreateChild(node));
for(int i = 0; i < c.WhenClauses.Length; i++)
{
compiler.Dedent();
compiler.AppendLine("}");
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var sc = (StringConstructor)node;
switch (sc.Kind)
{
case StringKind.Symbol:
if (sc.Parts.Count != 1 || sc.Parts[0].NodeType != NodeTypes.StringLiteral)
throw new FructoseCompileException("Symbol interpolation not supported _yet_", node);
compiler.AppendLine("$_stack[] = F_Symbol::__from_string('{0}');", ((StringLiteral)sc.Parts[0]).Value.ToString().Replace("'", "\\'"));
break;
case StringKind.Command:
if (sc.Parts.Count != 1)
throw new FructoseCompileException("`` is escape-to-PHP operator, and only works with a string literal.", node);
if (sc.Parts[0].NodeType != NodeTypes.StringLiteral)
throw new FructoseCompileException("`` is escape-to-PHP operator, and only works with a string literal.", node);
compiler.AppendLine("// BEGIN: escape-to-PHP");
compiler.AppendLine(((StringLiteral)sc.Parts[0]).Value.ToString());
compiler.AppendLine("// END: escape-to-PHP");
break;
case StringKind.Mutable:
foreach (var part in ((IEnumerable<Expression>)sc.Parts).Reverse())
compiler.CompileNode(part, parent.CreateChild(node));
compiler.AppendLine("$_stack[] = F_String::__from_string('');");
for(int i = 0; i < sc.Parts.Count; i++)
compiler.AppendLine("$_stack[] = array_pop($_stack)->__operator_lshift(NULL, array_pop($_stack));");
break;
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
// nop
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.AppendLine("$_stack[] = isset({0}) ? ({0}) : (new F_NilClass);", ((Variable)node).ToPHPVariable());
}
public abstract void Compile(Compiler compiler, Node node, NodeParent parent);
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var cond = (ConditionalExpression)node;
compiler.CompileNode(new IfExpression(cond.Condition, new Statements(cond.TrueExpression), new List<ElseIfClause>() {
new ElseIfClause(null, new Statements(cond.FalseExpression), cond.FalseExpression.Location)}, cond.Location), parent.CreateChild(node));
}
public override void Compile(Compiler compiler, IronRuby.Compiler.Ast.Node node, NodeParent parent)
{
string mname = Mangling.RubyMethodToPHP(((MethodCall)node).MethodName);
if (compilerMethods.ContainsKey(mname))
{
compilerMethods[mname].Compile(compiler, (MethodCall)node, parent);
return;
}
if (((MethodCall)node).Arguments != null)
foreach (var arg in ((MethodCall)node).Arguments.Expressions.Reverse())
compiler.CompileNode(arg, parent.CreateChild(node));
bool callStatic = false;
if (((MethodCall)node).Target == null)
{
compiler.AppendLine("$_stack[] = $_locals->self;");
}
else
{
if (((MethodCall)node).Target.NodeType == NodeTypes.ConstantVariable)
callStatic = true;
else
compiler.CompileNode(((MethodCall)node).Target, parent.CreateChild(node));
}
if (((MethodCall)node).Block != null)
{
compiler.AppendLine("$_lambda_objs_offset = count($_lambda_objs);");
compiler.AppendLine("$_lambda_objs[] = $_locals;");
}
if (((MethodCall)node).Block != null)
{
compiler.AppendLine("try");
compiler.AppendLine("{");
compiler.Indent();
}
string call = callStatic
? string.Format("$_stack[] = {0}::S{1}(", Mangling.RubyIdentifierToPHP(((ConstantVariable)((MethodCall)node).Target).Name), mname)
: string.Format("$_stack[] = array_pop($_stack)->{0}(", mname);
if (((MethodCall)node).Block != null)
{
if (((MethodCall)node).Block.NodeType == NodeTypes.BlockReference)
{
var expr = ((BlockReference)((MethodCall)node).Block).Expression;
if(expr.NodeType != NodeTypes.LocalVariable
&& parent.OfType<MethodDefinition>().Count() != 1
&& parent.OfType<MethodDefinition>().Single().Parameters != null
&& parent.OfType<MethodDefinition>().Single().Parameters.Block != null
&& ((LocalVariable)expr).Name != parent.OfType<MethodDefinition>().Single().Parameters.Block.Name)
throw new FructoseCompileException("Block references not referring to a block parameter are not yet supported.", ((MethodCall)node).Block);
call += "$block";
}
else
{
var block_mname = compiler.Transformations.RefactoredBlocksToMethods[(BlockDefinition)((MethodCall)node).Block];
call += "create_function('',sprintf('global $_lambda_objs; $args = func_get_args(); $offset = %d; $_locals = $_lambda_objs[$offset]; array_unshift($args, $_locals); $r = call_user_func_array(";
if (parent.OfType<ClassDefinition>().Count() > 0)
call += "array($_locals->self,\"" + Mangling.RubyIdentifierToPHP(block_mname) + "\")";
else
call += "\"" + Mangling.RubyIdentifierToPHP(block_mname) + "\"";
call += ", $args); $_lambda_objs[$offset] = $r[\"locals\"]; return $r[\"retval\"];',$_lambda_objs_offset))";
}
}
else
call += "NULL";
if (((MethodCall)node).Arguments != null)
{
for (int i = 0; i < ((MethodCall)node).Arguments.Expressions.Length; i++)
call += ", array_pop($_stack)";
}
compiler.AppendLine(call + ");");
if (((MethodCall)node).Block != null)
{
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("catch(ReturnFromBlock $rfb)");
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("return $rfb->val;");
compiler.Dedent();
compiler.AppendLine("}");
compiler.AppendLine("$_locals = $_lambda_objs[$_lambda_objs_offset];");
}
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
var unless = (UnlessExpression)node;
compiler.CompileNode(new IfExpression(new NotExpression(unless.Condition, unless.Condition.Location), unless.Statements, new List<ElseIfClause> { unless.ElseClause }, unless.Location), parent.CreateChild(node));
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
if (parent.OfType<MethodDefinition>().Count() > 0)
throw new FructoseCompileException("Nested methods are not supported.", node);
if (((MethodDefinition)node).Parameters.Mandatory.Length > ((MethodDefinition)node).Parameters.LeadingMandatoryCount)
throw new FructoseCompileException("Additional arguments after splats in methods are currently unsupported.", node);
string visibility = parent.OfType<ClassDefinition>().Count() > 0 ?
"public " : "";
string signature = visibility + "function " + Mangling.RubyMethodToPHP(((MethodDefinition)node).Name) + "(";
List<string> compiledParams = new List<string>();
if (((MethodDefinition)node).Name.Contains("__lambda_"))
compiledParams.Add("$_locals");
compiledParams.Add("$block");
foreach (var arg in ((MethodDefinition)node).Parameters.Mandatory)
compiledParams.Add("$" + Mangling.RubyIdentifierToPHP(arg.ToString()));
foreach (var arg in ((MethodDefinition)node).Parameters.Optional)
compiledParams.Add("$" + Mangling.RubyIdentifierToPHP(arg.Left.ToString()) + "=NULL");
signature += String.Join(", ", compiledParams);
signature += ")";
compiler.AppendLine(signature);
compiler.AppendLine("{");
compiler.Indent();
compiler.AppendLine("$_stack = array();");
compiler.AppendLine("if(!isset($_locals)) $_locals = new stdClass;");
if (parent.OfType<ClassDefinition>().Count() > 0)
{
compiler.AppendLine("if(!isset($_locals->self)) $_locals->self = $this;");
}
else
{
compiler.AppendLine("global $_gthis;");
compiler.AppendLine("if(!isset($_locals->self)) $_locals->self = $_gthis;");
}
compiler.AppendLine("if(!isset($_locals->block)) $_locals->block = $block;");
compiler.AppendLine("foreach(array(" + string.Join(", ", ((MethodDefinition)node).Parameters.Mandatory
.Select(arg => "\"" + Mangling.RubyIdentifierToPHP(arg.ToString()) + "\"")
.ToArray()) + ") as $parm)");
compiler.Indent();
compiler.AppendLine("$_locals->$parm = $$parm;");
compiler.Dedent();
foreach (var arg in ((MethodDefinition)node).Parameters.Optional)
{
string parm = Mangling.RubyIdentifierToPHP(arg.Left.ToString());
compiler.AppendLine("if($" + parm + " === NULL) {");
compiler.Indent();
compiler.CompileNode(arg.Right, parent.CreateChild(node));
compiler.AppendLine("$_locals->" + parm + " = array_pop($_stack);");
compiler.Dedent();
compiler.AppendLine("} else {");
compiler.Indent();
compiler.AppendLine("$_locals->" + parm + " = $" + parm + ";");
compiler.Dedent();
compiler.AppendLine("}");
}
if (((MethodDefinition)node).Parameters.Unsplat != null)
compiler.AppendLine("$_locals->" + Mangling.RubyIdentifierToPHP(((MethodDefinition)node).Parameters.Unsplat.ToString()) + " = "
+ "F_Array::__from_array(array_slice(func_get_args(), " + compiledParams.Count + "));");
compiler.AppendLine("global $_lambda_objs;");
compiler.AppendLine("global $_globals;");
foreach (var child in ((MethodDefinition)node).Body.Statements)
compiler.CompileNode(child, parent.CreateChild(node));
if (((MethodDefinition)node).Name.Contains("__lambda_"))
compiler.AppendLine("return array( 'locals' => $_locals, 'retval' => array_pop($_stack) );");
else
compiler.AppendLine("return array_pop($_stack);");
compiler.Dedent();
compiler.AppendLine("}");
}
public void CompileNode(Node node, NodeParent parents)
{
if (node == null)
return;
if (!generators.ContainsKey(node.NodeType))
throw new NotImplementedException("NodeType " + node.NodeType + " not supported yet: " + node.Location.ToString());
generators[node.NodeType].Compile(this, node, parents);
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.AppendLine("$_stack[] = F_String::__from_string('{0}');", ((StringLiteral)node).Value.ToString().Replace("\\","\\\\").Replace("'","\\'"));
}
public override void Compile(Compiler compiler, Node node, NodeParent parent)
{
compiler.AppendLine("$_stack[] = F_Symbol::__from_string('{0}');", ((SymbolLiteral)node).Value.ToString());
}