internal override Expression AsExpression(Expression target)
{
RequireNoValueProperty();
Expression member = MemberExpression.Make(target, Binding.Member);
Expression memberTemp = Spiller.MakeTemp(member.Type);
var count = _initializers.Count;
var block = new Expression[count + 2];
block[0] = new AssignBinaryExpression(memberTemp, member);
for (var i = 0; i < count; i++)
{
var cr = _childRewriters[i];
var add = cr.Finish(new InstanceMethodCallExpressionN(_initializers[i].AddMethod, memberTemp, cr[0, -1]));
block[i + 1] = add.Node;
}
// We need to copy back value types
if (memberTemp.Type.IsValueType)
{
block[count + 1] = Expression.Block
(
typeof(void),
new AssignBinaryExpression(MemberExpression.Make(target, Binding.Member), memberTemp)
);
}
else
{
block[count + 1] = Utils.Empty;
}
return(MakeBlock(block));
}
internal override Expression AsExpression(Expression target)
{
RequireNoValueProperty();
Expression member = MemberExpression.Make(target, Binding.Member);
Expression memberTemp = Spiller.MakeTemp(member.Type);
var count = _bindings.Count;
var block = new Expression[count + 2];
block[0] = new AssignBinaryExpression(memberTemp, member);
for (var i = 0; i < count; i++)
{
var br = _bindingRewriters[i];
block[i + 1] = br.AsExpression(memberTemp);
}
// We need to copy back value types.
if (memberTemp.Type.IsValueType)
{
block[count + 1] = Expression.Block
(
typeof(void),
new AssignBinaryExpression(MemberExpression.Make(target, Binding.Member), memberTemp)
);
}
else
{
block[count + 1] = Utils.Empty;
}
return(MakeBlock(block));
}
internal override Expression AsExpression(Expression target)
{
Expression member = MemberExpression.Make(target, Binding.Member);
Expression memberTemp = Spiller.MakeTemp(member.Type);
return(MakeBlock(
new AssignBinaryExpression(memberTemp, _rhs),
new AssignBinaryExpression(member, memberTemp),
Utils.Empty
));
}