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Richard,

to ease reading the following, please take a look at the attached screenshot
first.

Richard A. O'Keefe wrote:
<...>

> 	>  - we should avoid introducing operations that often don't work
> 	
> 	Agreed: this is my point regarding >>addLast: introduced for SortedCollections:
> 	  it always works for OrderedCollections, but only in very special cases, if
> 	applied to SortedCollections.
> 	
> I am opposed to *introducing* such operations.
> 
> 	>  - but when we are stuck with an operation that CAN be allowed to
> 	>    proceed some of the time we should not be strict bondage and
> 	>    discipline nannies and stop sensible programmers doing sensible
> 	>    things.
> 	
> 	This is a contradiction to the previous point:  'proceed *some*
> 	of the time' ('*' by me) violates the goal to 'avoid introducing
> 	operations that often don't work'.
> 	
> Not a contradiction at all.  I wasn't suggesting *introducing* such
> an operation, but fixing an operation that *already exists*.

>>addLast: doesn't exist for the <SortedCollection> *protocol*, if I've
understood ANSI correctly (see below). And the <SortedCollection> protocol
does *not* inherit from <OrderedCollection>!
That is, what I've meant with introducing a not existing operation.

> 
> 	> The attitude here is
> 	>  - I am like God; I know exactly how programmers think and they mustn't.
> 	
> 	I know what I expect from calling >>addLast:.
> 	
> And I know what I expect.  However, I don't know what you expect; you
> don't know what I expect, and neither of us knows what Jill Neighbour
> expects.  What matters is what's *documented*, not what we think she
> expects.
> 
> 	> 	Using >>addLast:  for a SortedCollection means to try to give an
> 	> 	explicit order to something, which has an automatically 'built
> 	> 	in' one.  This mostly is a programmer error.
> 	> 
> 	> I am not sure how to interpret "mostly" here.
> 	> If it is an empirical statement about how often it does happen,
> 	> then I would be intrigued to know where the evidence came from.
> 	
> 	It's not an empirical statement.  For me it is a convention to
> 	expect an OrderedCollection if using >>addLast:  (also see below).
> 	
> If it's not an empirical statement, we don't have any grounds for a
> 'mostly' here.  As for "if method is #addLast: then receiver is
> OrderedCollection", so much the worse for
>     B3DFillList
>     LinkedList
>     POSimplePolygon
> and RunArray, eh?  (I'd agree with you that LinkedList is unlikely, but
> can we really afford to forget about RunArray?)
> 	
> 	My point is:  if I'd use >>addLast:  I'd expect an
> 	OrderedCollection, *not* a SortedCollection.
> 
> Again, RunArray>>addLast:.  

RunArray isn't defined by the standard as I see it.

> 
> If I understand you, you are basically saying that whatever Smalltalk
> thinks to the contrary, SortedCollection isn't _semantically_ a subclass
> of OrderedCollection.

Exactly (almost)!
Smalltalk 'thinks' in class inheritance, the standard in protocol
conformance/inheritance.

> 
> 	And ANSI supports this kind of view.
> 	
> I am very keen on arguments from the ANSI standard.
> But I'd really like to see chapter and verse on this one.
> 
> I still don't have a copy of the final standard, but the 1.9 draft
> says some funny things about SortedCollection.

<...>

> 	But I stay at my assumption to expect an OrderedCollection if using
> 	>>addLast:. And if you introduce methods *** with the same name *** in other
> 	protocols you break conventions (and ANSI is also a convention).
> 	
> You only break conventions if you do not follow the conventional rules
> about refinement.  The way ANSI refines methods for SortedCollection
> provides ample precedent for refining the *inherited* (NOT "introduced")
> method #addLast:.
<...>

>From ANSI draft v1.9 (if you'd need it e.g. as *indexed* (very practical)
PDF, I could send it to you):
------
5.7.17 Protocol: <SortedCollection>

     Conforms To
        <extensibleCollection> <sequencedContractibleCollection>
<sequencedReadableCollection>
     Description
        Represents a variable sized collection of objects whose elements are
ordered based on a sort
        order.  The sort order is specified by a <dyadicValuable> called the
sort block. Elements may be
        added, removed or inserted, and can be accessed using external
integer keys.
     Messages
        ,
        add:
        asSortedCollection
        collect:
        copyReplaceAll:with:
        copyReplaceFrom:to:with:
        copyReplaceFrom:to:withObject:
        copyReplacing:withObject:
        reverse
        sortBlock
        sortBlock:
------

<SortedCollection> does *not* conform to <OrderedCollection> which is the
only one defining >>addLast:.

About conformance and refinement:
-------
5.1.3 Conformance and Refinement

      Protocols are related to each other through two substitutability
relationships, conformance and
      refinement, which arrange the protocols in a lattice. Conformance
models requirements
      satisfaction, and provides the flexibility to partially constrain the
behavior of parameters and return
      values without necessarily naming specific classes. Refinement allows
a protocol to make more
      precise statements about behavior inherited from another protocol.
-------

Note: here the term 'inherited' is applied to protocols, not to class
inheritance!

As I've understood 'conformance' describes inheritance from other protocols.
As an example the Dictionary protocol hierarchy:
------
5.7.2 Protocol: <abstractDictionary>

     Conforms To
        <collection>
     Description
        Provides protocol for accessing, adding, removing, and iterating
over the elements of an unordered
        collection whose elements are accessed using an explicitly assigned
external key.
<...>
------
5.7.3 Protocol: <Dictionary>

     Conforms To
        <abstractDictionary>
     Description
        Represents an unordered collection whose elements can be accessed
using an explicitly assigned
        external key. Key equivalence is defined as sending the #= message.
     Messages
        none


5.7.4 Protocol: <IdentityDictionary>

     Conforms To
        <abstractDictionary>
     Description
        This protocol defines the behavior of unordered collections whose
elements can be accessed using
        an explicitly-assigned, external key.  Key equivalence is defined as
sending the #== message.
     Messages
        none
------


Now I've found something better: in 5.7 there is a nice graphics showing the
conformance relationships between protocols. I've attached a screenshot.

There you can see that <SortedCollection> really does *not* inherit the
<OrderedCollection> protocol!

And this is also the reason, why >>addLast: is *not* refined by
<SortedCollection>: it doesn't need to.


Hopefully I've reduced confusion a little bit.

Greetings,

Stephan
-- 
Stephan Rudlof (sr at evolgo.de)
   "Genius doesn't work on an assembly line basis.
    You can't simply say, 'Today I will be brilliant.'"
    -- Kirk, "The Ultimate Computer", stardate 4731.3

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