protected override NodeBase Expand(Context ctx, bool mustReturn)
{
var leftType = LeftOperand.Resolve(ctx, mustReturn);
// create a lambda expression that passes the result of left function to the right one
if (leftType.IsCallableType())
{
var leftVar = ctx.Unique.TempVariableName();
var rightVar = ctx.Unique.TempVariableName();
var delegateType = ReflectionHelper.WrapDelegate(leftType);
var argDefs = delegateType.ArgumentTypes.Select(x => Expr.Arg(ctx.Unique.AnonymousArgName(), x.FullName)).ToArray();
return(Expr.Lambda(
argDefs,
Expr.Block(
Expr.Let(leftVar, LeftOperand),
Expr.Let(rightVar, RightOperand),
Expr.Invoke(
Expr.Get(rightVar),
Expr.Invoke(
Expr.Get(leftVar),
argDefs.Select(x => Expr.Get(x.Name)).ToArray()
)
)
)
));
}
return(base.Expand(ctx, mustReturn));
}
public void Should_not_allow_null_expression_in_array()
{
var ex = Assert.Throws <ArgumentNullException>(() => Expr.Block(Expr.Empty(), null, Expr.Empty()));
Assert.That(ex.Message, Is.StringContaining("Value cannot be null."));
Assert.That(ex.Message, Is.StringContaining("expressions[1]"));
}
/// <summary>
/// Expands the foreach loop if it iterates over T[].
/// </summary>
private NodeBase expandArray(Context ctx)
{
var arrayVar = ctx.Scope.DeclareImplicit(ctx, IterableExpression.Resolve(ctx), false);
var idxVar = ctx.Scope.DeclareImplicit(ctx, typeof(int), false);
var lenVar = ctx.Scope.DeclareImplicit(ctx, typeof(int), false);
return(Expr.Block(
Expr.Set(idxVar, Expr.Int(0)),
Expr.Set(arrayVar, IterableExpression),
Expr.Set(lenVar, Expr.GetMember(Expr.Get(arrayVar), "Length")),
Expr.While(
Expr.Less(
Expr.Get(idxVar),
Expr.Get(lenVar)
),
Expr.Block(
getIndexAssignment(
Expr.GetIdx(
Expr.Get(arrayVar),
Expr.Get(idxVar)
)
),
Expr.Set(
idxVar,
Expr.Add(Expr.Get(idxVar), Expr.Int(1))
),
Body
)
)
));
}
/// <summary>
/// Repeats a string.
/// </summary>
private NodeBase StringExpand(Context ctx)
{
var tmpString = ctx.Scope.DeclareImplicit(ctx, typeof(string), false);
var tmpSb = ctx.Scope.DeclareImplicit(ctx, typeof(StringBuilder), false);
var tmpIdx = ctx.Scope.DeclareImplicit(ctx, RightOperand.Resolve(ctx), false);
// var sb = new StringBuilder();
// for _ in 1..N do
// sb.Append (str)
// str.ToString ()
return(Expr.Block(
Expr.Let(tmpString, LeftOperand),
Expr.Let(tmpSb, Expr.New(typeof(StringBuilder))),
Expr.For(
tmpIdx,
Expr.Int(1),
RightOperand,
Expr.Block(
Expr.Invoke(
Expr.Get(tmpSb),
"Append",
Expr.Get(tmpString)
)
)
),
Expr.Invoke(
Expr.Get(tmpSb),
"ToString"
)
));
}
/// <summary>
/// Expands the foreach loop if it iterates over a numeric range.
/// </summary>
private NodeBase expandRange(Context ctx)
{
var signVar = ctx.Scope.DeclareImplicit(ctx, _VariableType, false);
var idxVar = ctx.Scope.DeclareImplicit(ctx, _VariableType, false);
return(Expr.Block(
Expr.Set(idxVar, RangeStart),
Expr.Set(
signVar,
Expr.Invoke(
"Math",
"Sign",
Expr.Sub(RangeEnd, Expr.Get(idxVar))
)
),
Expr.While(
Expr.NotEqual(Expr.Get(idxVar), RangeEnd),
Expr.Block(
getIndexAssignment(Expr.Get(idxVar)),
Body,
Expr.Set(
idxVar,
Expr.Add(
Expr.Get(idxVar),
Expr.Get(signVar)
)
)
)
)
));
}
/// <summary>
/// Creates a pure wrapper for parameterless function.
/// </summary>
private void CreatePureWrapper0(MethodEntity wrapper, string pureName)
{
var fieldName = string.Format(EntityNames.PureMethodCacheNameTemplate, wrapper.Name);
var flagName = string.Format(EntityNames.PureMethodCacheFlagNameTemplate, wrapper.Name);
CreateField(fieldName, wrapper.ReturnTypeSignature, true);
CreateField(flagName, typeof(bool), true);
wrapper.Body = Expr.Block(
ScopeKind.FunctionRoot,
// if (not $flag) $cache = $internal (); $flag = true
Expr.If(
Expr.Not(Expr.GetMember(EntityNames.MainTypeName, flagName)),
Expr.Block(
Expr.SetMember(
EntityNames.MainTypeName,
fieldName,
Expr.Invoke(EntityNames.MainTypeName, pureName)
),
Expr.SetMember(EntityNames.MainTypeName, flagName, Expr.True())
)
),
// $cache
Expr.GetMember(EntityNames.MainTypeName, fieldName)
);
}
public void FunWithIfThenElse()
{
var src = @"
fun part (x:int) ->
if x > 100 then
(new Large x) as TestType
else
new Small x";
var result = Expr.Fun(
"part",
new[]
{
Expr.Arg("x", "int")
},
Expr.If(
Expr.Greater(Expr.Get("x"), Expr.Int(100)),
Expr.Block(
Expr.Cast(
Expr.New("Large", Expr.Get("x")),
"TestType"
)
),
Expr.Block(
Expr.New("Small", Expr.Get("x"))
)
)
);
TestParser(src, result);
}
/// <summary>
/// Creates a pure wrapper for function with 2 and more arguments.
/// </summary>
private void createPureWrapperMany(MethodEntity wrapper, string pureName)
{
var args = wrapper.GetArgumentTypes(Context);
var fieldName = string.Format(EntityNames.PureMethodCacheNameTemplate, wrapper.Name);
var tupleType = FunctionalHelper.CreateTupleType(args);
var fieldType = typeof(Dictionary <,>).MakeGenericType(tupleType, wrapper.ReturnType);
CreateField(fieldName, fieldType, true);
var argGetters = wrapper.Arguments.Select(a => (NodeBase)Expr.Get(a)).ToArray();
var tupleName = "<args>";
wrapper.Body = Expr.Block(
ScopeKind.FunctionRoot,
// $tmp = new Tuple<...> $arg1 $arg2 ...
Expr.Let(tupleName, Expr.New(tupleType, argGetters)),
// if ($dict == null) $dict = new Dictionary<$tupleType, $valueType> ()
Expr.If(
Expr.Equal(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
Expr.Null()
),
Expr.Block(
Expr.SetMember(
EntityNames.MainTypeName, fieldName,
Expr.New(fieldType)
)
)
),
// if(not $dict.ContainsKey key) $dict.Add ($internal arg)
Expr.If(
Expr.Not(
Expr.Invoke(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
"ContainsKey",
Expr.Get(tupleName)
)
),
Expr.Block(
Expr.Invoke(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
"Add",
Expr.Get(tupleName),
Expr.Invoke(EntityNames.MainTypeName, pureName, argGetters)
)
)
),
// $dict[arg]
Expr.GetIdx(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
Expr.Get(tupleName)
)
);
}
public override IEnumerable <NodeBase> Expand(Context ctx, NodeBase expression, Label nextStatement)
{
yield return(Expr.If(
Expr.NotEqual(Literal as NodeBase, expression),
Expr.Block(
Expr.JumpTo(nextStatement)
)
));
}
/// <summary>
/// Creates the entry point for an assembly if it is supposed to be saved.
/// The entry point method basically calls the Run method and discards the result.
/// </summary>
private void createEntryPoint()
{
var ep = MainType.CreateMethod(EntityNames.EntryPointMethodName, "Void", args: null, isStatic: true);
ep.Kind = TypeContentsKind.AutoGenerated;
ep.Body = Expr.Block(
Expr.Invoke(Expr.New(EntityNames.MainTypeName), "Run"),
Expr.Unit()
);
}
/// <summary>
/// Expands the foreach loop if it iterates over an IEnumerable`1.
/// </summary>
private NodeBase expandEnumerable(Context ctx, bool mustReturn)
{
var iteratorVar = ctx.Scope.DeclareImplicit(ctx, _EnumeratorType, false);
var enumerableType = _EnumeratorType.IsGenericType
? typeof(IEnumerable <>).MakeGenericType(_EnumeratorType.GetGenericArguments()[0])
: typeof(IEnumerable);
var init = Expr.Set(
iteratorVar,
Expr.Invoke(
Expr.Cast(IterableExpression, enumerableType),
"GetEnumerator"
)
);
var loop = Expr.While(
Expr.Invoke(Expr.Get(iteratorVar), "MoveNext"),
Expr.Block(
getIndexAssignment(Expr.GetMember(Expr.Get(iteratorVar), "Current")),
Body
)
);
if (_EnumeratorType.Implements(typeof(IDisposable), false))
{
var dispose = Expr.Block(Expr.Invoke(Expr.Get(iteratorVar), "Dispose"));
var returnType = Resolve(ctx);
var saveLast = mustReturn && !returnType.IsVoid();
if (saveLast)
{
var resultVar = ctx.Scope.DeclareImplicit(ctx, _EnumeratorType, false);
return(Expr.Block(
Expr.Try(
Expr.Block(
init,
Expr.Set(resultVar, loop)
),
dispose
),
Expr.Get(resultVar)
));
}
return(Expr.Try(
Expr.Block(init, loop),
dispose
));
}
return(Expr.Block(
init,
loop
));
}
protected override NodeBase Expand(Context ctx, bool mustReturn)
{
if (Resolve(ctx).IsNullableType())
{
var leftNullable = LeftOperand.Resolve(ctx).IsNullableType();
var rightNullable = RightOperand.Resolve(ctx).IsNullableType();
if (leftNullable && rightNullable)
{
return(Expr.If(
Expr.And(
Expr.GetMember(LeftOperand, "HasValue"),
Expr.GetMember(RightOperand, "HasValue")
),
Expr.Block(
RecreateSelfWithArgs(
Expr.GetMember(LeftOperand, "Value"),
Expr.GetMember(RightOperand, "Value")
)
),
Expr.Block(Expr.Null())
));
}
if (leftNullable)
{
return(Expr.If(
Expr.GetMember(LeftOperand, "HasValue"),
Expr.Block(
RecreateSelfWithArgs(
Expr.GetMember(LeftOperand, "Value"),
RightOperand
)
),
Expr.Block(Expr.Null())
));
}
if (rightNullable)
{
return(Expr.If(
Expr.GetMember(RightOperand, "HasValue"),
Expr.Block(
RecreateSelfWithArgs(
LeftOperand,
Expr.GetMember(RightOperand, "Value")
)
),
Expr.Block(Expr.Null())
));
}
}
return(base.Expand(ctx, mustReturn));
}
protected override NodeBase Expand(Context ctx, bool mustReturn)
{
if (!IsConstant)
{
return(Kind == LogicalOperatorKind.And
? Expr.If(LeftOperand, Expr.Block(Expr.Cast <bool>(RightOperand)), Expr.Block(Expr.False()))
: Expr.If(LeftOperand, Expr.Block(Expr.True()), Expr.Block(Expr.Cast <bool>(RightOperand))));
}
return(base.Expand(ctx, mustReturn));
}
public void ConditionFull()
{
var src = "if true then a else b";
var result = Expr.If(
Expr.True(),
Expr.Block(Expr.Get("a")),
Expr.Block(Expr.Get("b"))
);
TestParser(src, result);
}
/// <summary>
/// Creates a pure wrapper for function with 1 argument.
/// </summary>
private void CreatePureWrapper1(MethodEntity wrapper, string pureName)
{
var args = wrapper.GetArgumentTypes(Context);
var argName = wrapper.Arguments[0].Name;
var fieldName = string.Format(EntityNames.PureMethodCacheNameTemplate, wrapper.Name);
var fieldType = typeof(Dictionary <,>).MakeGenericType(args[0], wrapper.ReturnType);
CreateField(fieldName, fieldType, true);
wrapper.Body = Expr.Block(
ScopeKind.FunctionRoot,
// if ($dict == null) $dict = new Dictionary<$argType, $valueType> ()
Expr.If(
Expr.Equal(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
Expr.Null()
),
Expr.Block(
Expr.SetMember(
EntityNames.MainTypeName, fieldName,
Expr.New(fieldType)
)
)
),
// if(not $dict.ContainsKey key) $dict.Add ($internal arg)
Expr.If(
Expr.Not(
Expr.Invoke(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
"ContainsKey",
Expr.Get(argName)
)
),
Expr.Block(
Expr.Invoke(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
"Add",
Expr.Get(argName),
Expr.Invoke(EntityNames.MainTypeName, pureName, Expr.Get(argName))
)
)
),
// $dict[arg]
Expr.GetIdx(
Expr.GetMember(EntityNames.MainTypeName, fieldName),
Expr.Get(argName)
)
);
}
public override IEnumerable <NodeBase> Expand(Context ctx, NodeBase expression, Label nextStatement)
{
yield return(Expr.If(
Expr.Or(
Expr.Less(expression, RangeStartRule.Literal as NodeBase),
Expr.Greater(expression, RangeEndRule.Literal as NodeBase)
),
Expr.Block(
Expr.JumpTo(nextStatement)
)
));
}
public void Should_execute_all_statements_in_block()
{
var addMethod = typeof(Counter).GetMethod("Add");
var func = CreateAction <Counter>(Expr.Block(
Expr.Call(Expr.Parameter(0, typeof(Counter)), addMethod),
Expr.Call(Expr.Parameter(0, typeof(Counter)), addMethod)));
var cnt = new Counter();
func(cnt);
Assert.That(cnt.Value, Is.EqualTo(2));
}
public void IfThenElse()
{
var src = @"
if x then
1
else
2
";
var result = Expr.If(Expr.Get("x"), Expr.Block(Expr.Int(1)), Expr.Block(Expr.Int(2)));
TestParser(src, result);
}
/// <summary>
/// Expands short assignment to an expression member:
/// (expr).x += 1
/// or type::x += 1
/// </summary>
private NodeBase ExpandMember(Context ctx, SetMemberNode node)
{
// type::name += value
if (node.StaticType != null)
{
return(Expr.SetMember(
node.StaticType,
node.MemberName,
_assignmentOperator(
Expr.GetMember(
node.StaticType,
node.MemberName
),
node.Value
)
));
}
// simple case: no need to cache expression
if (node.Expression is SetIdentifierNode)
{
return(Expr.SetMember(
node.Expression,
node.MemberName,
_assignmentOperator(
Expr.GetMember(
node.Expression,
node.MemberName
),
node.Value
)
));
}
// (x + y).name += value
// must cache (x + y) to a local variable to prevent double execution
var tmpVar = ctx.Scope.DeclareImplicit(ctx, node.Expression.Resolve(ctx), false);
return(Expr.Block(
Expr.Set(tmpVar, node.Expression),
Expr.SetMember(
Expr.Get(tmpVar),
node.MemberName,
_assignmentOperator(
Expr.GetMember(
Expr.Get(tmpVar),
node.MemberName
),
node.Value
)
)
));
}
public void Algebraic3()
{
var src = @"
type TestType
Small of int
Large of int
fun part:TestType (x:int) ->
if x > 100 then
(new Large x) as TestType
else
new Small x
var a = part 10
new [ a is TestType; a is Small; a is Large ]";
var result = new NodeBase[]
{
Expr.Type(
"TestType",
Expr.Label("Small", "int"),
Expr.Label("Large", "int")
),
Expr.Fun(
"part",
"TestType",
new [] { Expr.Arg("x", "int") },
Expr.If(
Expr.Greater(Expr.Get("x"), Expr.Int(100)),
Expr.Block(
Expr.Cast(
Expr.New("Large", Expr.Get("x")),
"TestType"
)
),
Expr.Block(
Expr.New("Small", Expr.Get("x"))
)
)
),
Expr.Var("a", Expr.Invoke("part", Expr.Int(10))),
Expr.Array(
Expr.Is(Expr.Get("a"), "TestType"),
Expr.Is(Expr.Get("a"), "Small"),
Expr.Is(Expr.Get("a"), "Large")
)
};
TestParser(src, result);
}
/// <summary>
/// Repeats a typed or untyped sequence.
/// </summary>
private NodeBase SeqExpand(Context ctx)
{
var seqType = LeftOperand.Resolve(ctx);
NodeBase leftWrapper;
if (seqType == typeof(IEnumerable))
{
leftWrapper = Expr.Invoke(Expr.GetMember("System.Linq.Enumerable", "OfType", "object"), LeftOperand);
seqType = typeof(IEnumerable <object>);
}
else
{
leftWrapper = LeftOperand;
}
var tmpLeft = ctx.Scope.DeclareImplicit(ctx, seqType, false);
var tmpResult = ctx.Scope.DeclareImplicit(ctx, seqType, false);
var tmpIndex = ctx.Scope.DeclareImplicit(ctx, typeof(int), false);
// a = <left>
// result = a
// for x in 1..(Math.Abs <right>) do
// result = result.Concat a
// result
return(Expr.Block(
Expr.Set(tmpLeft, leftWrapper),
Expr.Set(tmpResult, Expr.Get(tmpLeft)),
Expr.For(
tmpIndex,
Expr.Int(1),
Expr.Invoke(
"System.Math",
"Abs",
RightOperand
),
Expr.Block(
Expr.Set(
tmpResult,
Expr.Invoke(
"System.Linq.Enumerable",
"Concat",
Expr.Get(tmpResult),
Expr.Get(tmpLeft)
)
)
)
),
Expr.Get(tmpResult)
));
}
public void Should_iterate_n_times_with_return()
{
var loc = Expr.LocalVariable(typeof(int), "i");
var func = CreateFunc <int, int>(
Expr.DeclareLocal(loc, Expr.Constant(0)),
Expr.Loop(Expr.Block(
Expr.WriteLocal(loc, Expr.Add(Expr.ReadLocal(loc), Expr.Constant(1))),
Expr.IfThen(
Expr.Equal(Expr.ReadLocal(loc), Expr.Parameter(0, typeof(int))),
Expr.Return(Expr.ReadLocal(loc))))),
Expr.Return(Expr.Constant(0)));
Assert.That(func(5), Is.EqualTo(5));
}
public void Should_allow_break_in_catch_block()
{
var loc = Expr.LocalVariable(typeof(int), "i");
var func = CreateFunc <int>(
Expr.WriteLocal(loc, Expr.Constant(0)),
Expr.Loop(Expr.TryCatch(
Expr.Block(
Expr.WriteLocal(loc, Expr.Add(Expr.ReadLocal(loc), Expr.Constant(1))),
Expr.Throw(Expr.New(typeof(Exception)))),
new CatchBlock(Expr.LoopBreak()))),
Expr.Return(Expr.ReadLocal(loc)));
Assert.That(func(), Is.EqualTo(2));
}
public void ConditionSimple()
{
var src = @"
if true then
a = 1
b = 2";
var result = Expr.If(
Expr.True(),
Expr.Block(
Expr.Set("a", Expr.Int(1)),
Expr.Set("b", Expr.Int(2))
)
);
TestParser(src, result);
}
public void For1()
{
var src = "for x in y do test ()";
var result = new NodeBase[]
{
Expr.For(
"x",
Expr.Get("y"),
Expr.Block(
Expr.Invoke("test")
)
)
};
TestParser(src, result);
}
public override IEnumerable <NodeBase> Expand(Context ctx, NodeBase expression, Label nextStatement)
{
if (Type != null)
{
yield return(Expr.If(
Expr.Not(Expr.Is(expression, Type)),
Expr.Block(
Expr.JumpTo(nextStatement)
)
));
}
if (!IsWildcard)
{
yield return(Expr.Set(Name, expression));
}
}
/// <summary>
/// Expands the current rule into a block of checks.
/// </summary>
public CodeBlockNode ExpandRules(Context ctx, NodeBase expression, Label expressionLabel)
{
var block = new CodeBlockNode();
// rule is never true: do not emit its code at all
if (Condition != null && Condition.IsConstant && Condition.ConstantValue == false)
{
return(block);
}
// declare variables
foreach (var binding in _BindingSet)
{
block.Add(Expr.Var(binding.Name, binding.Type.FullName));
}
foreach (var rule in MatchRules)
{
// current and next labels for each rule
var ruleLabels = ParentNode.GetRuleLabels(rule);
block.Add(Expr.JumpLabel(ruleLabels.CurrentRule));
block.AddRange(rule.Expand(ctx, expression, ruleLabels.NextRule));
if (Condition != null)
{
block.Add(
Expr.If(
Expr.Not(Condition),
Expr.Block(Expr.JumpTo(ruleLabels.NextRule))
)
);
}
block.Add(Expr.JumpTo(expressionLabel));
}
block.AddRange(
Expr.JumpLabel(expressionLabel),
Expression,
Expr.JumpTo(ParentNode.EndLabel)
);
return(block);
}
/// <summary>
/// Returns the code to concatenate two arrays.
/// </summary>
private NodeBase ArrayExpand(Context ctx)
{
var type = Resolve(ctx);
var tmpArray = ctx.Scope.DeclareImplicit(ctx, type, false);
var tmpLeft = ctx.Scope.DeclareImplicit(ctx, type, false);
var tmpRight = ctx.Scope.DeclareImplicit(ctx, type, false);
// a = <left>
// b = <right>
// c = new T[a.Length + b.Length]
// Array.Copy(from: a, to: c, count: a.Length)
// Array.Copy(from: b, startFrom: 0, to: c, startTo: a.Length, count: b.Length)
return(Expr.Block(
Expr.Set(tmpLeft, LeftOperand),
Expr.Set(tmpRight, RightOperand),
Expr.Set(
tmpArray,
Expr.Array(
type.GetElementType(),
Expr.Add(
Expr.GetMember(Expr.Get(tmpLeft), "Length"),
Expr.GetMember(Expr.Get(tmpRight), "Length")
)
)
),
Expr.Invoke(
"System.Array",
"Copy",
Expr.Get(tmpLeft),
Expr.Get(tmpArray),
Expr.GetMember(Expr.Get(tmpLeft), "Length")
),
Expr.Invoke(
"System.Array",
"Copy",
Expr.Get(tmpRight),
Expr.Int(0),
Expr.Get(tmpArray),
Expr.GetMember(Expr.Get(tmpLeft), "Length"),
Expr.GetMember(Expr.Get(tmpRight), "Length")
),
Expr.Get(tmpArray)
));
}
public void Should_allow_inner_loop_with_break_continue_in_catch_block()
{
var result = Expr.LocalVariable(typeof(int), "r");
var func = CreateFunc <int>(
Expr.DeclareLocal(result, Expr.Constant(0)),
Expr.TryCatch(
Expr.Throw(Expr.New(typeof(Exception))),
new CatchBlock(Expr.Block(
Expr.Loop(Expr.Block(
Expr.WriteLocal(result, Expr.Add(Expr.ReadLocal(result), Expr.Constant(1))),
Expr.IfThen(
Expr.Less(Expr.ReadLocal(result), Expr.Constant(2)),
Expr.LoopContinue()),
Expr.LoopBreak()))))),
Expr.Return(Expr.ReadLocal(result)));
Assert.That(func(), Is.EqualTo(2));
}
/// <summary>
/// Returns the code to concatenate two dictionaries.
/// </summary>
private NodeBase DictExpand(Context ctx)
{
var keyValueTypes = LeftOperand.Resolve(ctx).GetGenericArguments();
var dictType = typeof(Dictionary <,>).MakeGenericType(keyValueTypes);
var currType = typeof(KeyValuePair <,>).MakeGenericType(keyValueTypes);
var tmpDict = ctx.Scope.DeclareImplicit(ctx, dictType, false);
var tmpCurr = ctx.Scope.DeclareImplicit(ctx, currType, false);
// a = new Dictionary<T, T2>(<left>)
// foreach(var kvp in <right>)
// a[kvp.Key] = kvp.Value
return(Expr.Block(
Expr.Set(
tmpDict,
Expr.New(
dictType,
Expr.Cast(
LeftOperand,
typeof(IDictionary <,>).MakeGenericType(keyValueTypes)
)
)
),
Expr.For(
tmpCurr,
RightOperand,
Expr.Block(
Expr.SetIdx(
Expr.Get(tmpDict),
Expr.GetMember(
Expr.Get(tmpCurr),
"Key"
),
Expr.GetMember(
Expr.Get(tmpCurr),
"Value"
)
)
)
),
Expr.Get(tmpDict)
));
}
