I don't think that you can, but I posted it in the Boo mailing list.

On Tue, Jun 23, 2009 at 4:25 PM, Craig Neuwirt <[email protected]> wrote:

> The issue I am having is when it isused within a fluent model.
>
> e.g.
>
> *class Bar:
>      def Foo(f as IntCallable) as Bar:
>              f(2)
>              return self
>
> b = Bar()*
>
> I can do this
>
> *b.Foo do(i):
>      print i
>      print i + 2*
>
> which is a single call with multiple statements
>
> and I can do
>
> *b.Foo({i | print i}).Foo({i | print i + 2})
> *
> which is chained calls with single statements,
>
> but how can I do chained calls with multiple statements
>
> *b;Foo( do(i):
>      print i
>      print i + 2
>      )
>   .Foo( do(i):
>     print i + 3
>     print i + 4
>   )*
>
> and I can't figure out that syntax
>
> thanks,
>   craig
>
>
> But how can I do the same thing if
>
>
>
> On Tue, Jun 23, 2009 at 3:44 AM, Ayende Rahien <[email protected]> wrote:
>
>> This works for me:
>> import System
>>
>> callable IntCallable(i as int)
>>
>> def Foo(f as IntCallable):
>> f(2)
>>  Foo do(i):
>> print i
>>
>> On Mon, Jun 22, 2009 at 9:24 PM, Craig Neuwirt <[email protected]>wrote:
>>
>>> I am trying to use anonymous delegates in a binsor file, but I can only
>>> seem to get it to work for delegates with a singe statements, but I need to
>>> define multiple statements.
>>>
>>> e.g. Assume SomeMethod accepts an Action<Something>
>>>
>>> In my binsor I can do this
>>>
>>> SomeMethod( {s | s.Hello()} )
>>>
>>> but how do I define the anonymous delegate with multple statements?
>>>
>>> I tried
>>>
>>> SomeMethod( do(s) :
>>>     s.Hello()
>>>     s.GoodBye()
>>>     )
>>>
>>> And
>>>
>>> SomeMethod() do(s):
>>>     s.Hello()
>>>     s.Goodbye()
>>>
>>> but neither works
>>>
>>> Any ideas?
>>>
>>> thanks,
>>>   craig
>>>
>>>
>>>
>>
>>
>>
>
> >
>

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