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Addition of a new call syntax <type>(args) is proposed (NB: the angle
brackets are part of
the actual syntax). After defining the semantics of this construct,
examples are provided how
this new call syntax can be used to address the following issues in C++:

* Universal function call syntax
* Extension methods
* Deducing this
* Extension points
* Overload sets
* Smart references/proxies
* Making composition easier to use vs. inheritance
* Runtime polymorphism without inheritance


See attachment for more details.

- John Bandela

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<div dir=3D"ltr"><div>Addition of a new call syntax &lt;type&gt;(args) is p=
roposed (NB: the angle brackets are part of<br></div><div>the actual syntax=
). After defining the semantics of this construct, examples are provided ho=
w</div><div>this new call syntax can be used to address the following issue=
s in C++:</div><div><br></div><div>* Universal function call syntax</div><d=
iv>* Extension methods</div><div>* Deducing this</div><div>* Extension poin=
ts</div><div>* Overload sets</div><div>* Smart references/proxies</div><div=
>* Making composition easier to use vs. inheritance</div><div>* Runtime pol=
ymorphism without inheritance</div><div><br></div><div><br></div><div>See a=
ttachment for more details.</div><div><br></div><div>- John Bandela</div></=
div>

<p></p>

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com/a/isocpp.org/d/msgid/std-proposals/5715a1f4-fa9b-44d7-8a65-f40155a99e6e=
%40isocpp.org</a>.<br />

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A quick word about formatting and presentation. "TL;DR" sections are
intended to be a quick summary of the proposal (typically called an
"Abstract"). Your TL;DR does not actually summarize what the proposal is;
it simply says that `<type>(params)` will be meaningful syntax that
calls... something. And you say that it will fix a lot of problems. But you
never actually say what this syntax *does*, which is the most important
part of the summary.

Your proposal is basically tagged dispatch at the language level, where the
tag becomes the function name (of sorts), you get UFC gymnastics, and you
can apply multiple tags (?) that also have to match the arguments in
question. That would be my summary of it.

I'm unclear about exactly why you need a distinction between `<tag,
object>(object, other_params)` declarations and `<tag>(object,
other_params)` declarations. Yes, I saw where you show what the distinction
would be, but I don't know why it needs to be there. Regular overload
resolution already gives priority to `<tag>(object)` to override
`template<typename T> <tag>(T);`, when using function template deduction
(as in `<tag>(object_instance)`). So it's not clear why you need a
declaration that has even higher priority than `<tag>(object)` when called
as `<tag>(object_instance)`.

I bring this up because, if you can get rid of that distinction, then you
only have a single type in the tag list. And therefore, there is no real
reason to have a list at all, so you can ditch the unpleasant `<>` syntax.
A better syntax for these can be found.

I have to contest your statement that this proposal "solves" many of the
problems that it purports to solve. It's a solution for customization
points, yes, and a pretty decent one. However, most of the problems you
cite are only solved by applying this syntax universally. Overload sets,
composition, and polymorphism: your proposal only solves the problem if
everyone uses it everywhere.

And that's just not practical.

Plus, there are functions where your tagged dispatch idea just doesn't
work: any function that you don't get to freely name. Specifically:
operators, constructors, and destructors. Your smart reference type would
be unable to forward to operators through tagged dispatch; it would have to
use conventional mechanisms.

It's an interesting idea, and I think it gets its best advantages from
being used for customization points (which I personally feel are the only
functions you *genuinely* want to use UFC-style coding with anyway). But it
is not something that scales very well. Attempting to apply this style
universally to a code base creates a lot of problems.

For example, if you have two classes in the same namespace, and they both
have a `get_name` function, they would both be using the same type for
their tagged dispatch. But the use of the same type carries with it the
*implication* that these are conceptually the same function.

Are they? Two functions on two different classes are not necessarily the
same conceptual function just because they have the same name. Names are
chosen based on their functionality, but informing the choice of the
function's name is what that object *represents*. Because you cannot call
that function without having an object which has that representation, so
the name is always in the context of that idea. The name of a file is not
the same thing as the name of an employee, but they might both be accessed
by a function with the same name.

And plus, there's just the annoyance/noise of adding all of these type
declarations to your interfaces.

Overall, I don't feel that this is a mechanism that should be used as
blindly as your proposal suggests. Which is also why I don't think it is a
good idea to make tags be something other than types. It's not worth
creating a new type of entity just for this.

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<div dir=3D"ltr"><div>A quick word about formatting and presentation. &quot=
;TL;DR&quot; sections are intended to be a quick summary of the proposal (t=
ypically called an &quot;Abstract&quot;). Your TL;DR does not actually summ=
arize what the proposal is; it simply says that `&lt;type&gt;(params)` will=
 be meaningful syntax that calls... something. And you say that it will fix=
 a lot of problems. But you never actually say what this syntax <i>does</i>=
, which is the most important part of the summary.</div><div><br></div><div=
>Your proposal is basically tagged dispatch at the language level, where th=
e tag becomes the function name (of sorts), you get UFC gymnastics, and you=
 can apply multiple tags (?) that also have to match the arguments in quest=
ion. That would be my summary of it.</div><div><br></div><div>I&#39;m uncle=
ar about exactly why you need a distinction between `&lt;tag, object&gt;(ob=
ject, other_params)` declarations and `&lt;tag&gt;(object, other_params)` d=
eclarations. Yes, I saw where you show what the distinction would be, but I=
 don&#39;t know why it needs to be there. Regular overload resolution alrea=
dy gives priority to `&lt;tag&gt;(object)` to override `template&lt;typenam=
e T&gt; &lt;tag&gt;(T);`, when using function template deduction (as in `&l=
t;tag&gt;(object_instance)`). So it&#39;s not clear why you need a declarat=
ion that has even higher priority than `&lt;tag&gt;(object)` when called as=
 `&lt;tag&gt;(object_instance)`.<br></div><div><br></div><div>I bring this =
up because, if you can get rid of that distinction, then you only have a si=
ngle type in the tag list. And therefore, there is no real reason to have a=
 list at all, so you can ditch the unpleasant `&lt;&gt;` syntax. A better s=
yntax for these can be found.<br></div><div><br></div><div>I have to contes=
t your statement that this proposal &quot;solves&quot; many of the problems=
 that it purports to solve. It&#39;s a solution for customization points, y=
es, and a pretty decent one. However, most of the problems you cite are onl=
y solved by applying this syntax universally. Overload sets, composition, a=
nd polymorphism: your proposal only solves the problem if everyone uses it =
everywhere.</div><div><br></div><div><div>And that&#39;s just not practical=
..</div><div><br></div><div>Plus, there are functions where your tagged disp=
atch idea just doesn&#39;t work: any function that you don&#39;t get to fre=
ely name. Specifically: operators, constructors, and destructors. Your smar=
t reference type would be unable to forward to operators through tagged dis=
patch; it would have to use conventional mechanisms.<br></div><br></div><di=
v>It&#39;s an interesting idea, and I think it gets its best advantages fro=
m being used for customization points (which I personally feel are the only=
 functions you <i>genuinely</i> want to use UFC-style coding with anyway). =
But it is not something that scales very well. Attempting to apply this sty=
le universally to a code base creates a lot of problems.<br></div><div><br>=
</div><div>For example, if you have two classes in the same namespace, and =
they both have a `get_name` function, they would both be using the same typ=
e for their tagged dispatch. But the use of the same type carries with it t=
he <i>implication</i> that these are conceptually the same function.</div><=
div><br></div><div>Are they? Two functions on two different classes are not=
 necessarily the same conceptual function just because they have the same n=
ame. Names are chosen based on their functionality, but informing the choic=
e of the function&#39;s name is what that object <i>represents</i>. Because=
 you cannot call that function without having an object which has that repr=
esentation, so the name is always in the context of that idea. The name of =
a file is not the same thing as the name of an employee, but they might bot=
h be accessed by a function with the same name.<br></div><div><br></div><di=
v>And plus, there&#39;s just the annoyance/noise of adding all of these typ=
e declarations to your interfaces.</div><div><br></div><div>Overall, I don&=
#39;t feel that this is a mechanism that should be used as blindly as your =
proposal suggests. Which is also why I don&#39;t think it is a good idea to=
 make tags be something other than types. It&#39;s not worth creating a new=
 type of entity just for this.<br></div></div>

<p></p>

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Thank you so much for reading this proposal and for your feedback. My
responses to some of your points are below.

> A quick word about formatting and presentation. "TL;DR" sections are
intended to be a quick summary of the proposal (typically called an
"Abstract"). Your TL;DR does not actually summarize what the proposal is;
it simply says that `<type>(params)` will be meaningful syntax that
calls... something. And you say that it will fix a lot of problems. But you
never actually say what this syntax does, which is the most important part
of the summary.

Thanks for the feedback. I will re-word that in a revision

>I'm unclear about exactly why you need a distinction between `<tag,
object>(object, other_params)` declarations and `<tag>(object,
other_params)` declarations. Yes, I saw where you show what the distinction
would be, but I don't know why it needs to be there. Regular overload
resolution already gives priority to `<tag>(object)` to override
`template<typename T> <tag>(T);`, when using function template deduction
(as in `<tag>(object_instance)`). So it's not clear why you need a
declaration that has even higher priority than `<tag>(object)` when called
as `<tag>(object_instance)`.

There were two main reasons for the distinction.
1) I wanted people to be able to mechanically convert member functions to
this new syntax. The thing about member functions, is that if you define
them, they will be called, and no other overload that may be a better match
in the 2 - N arguments will be called. Overloading resolution does not
favor the 1st argment (which would be the equivalent of `this`), whereas
member functions do favor.
2) It makes defining the deducing this getter work easier. By having
<tag,object> you can write

template<typename T>
decltype(auto) <get_data,object>(T&& t){
  return (std::forward<T>(t).data_);
}

Whereas if you did not have that, you would have to write

template<typename T, typename U>
concept SameNoCVRef =
std::is_same_v<std::remove_cvref_t<T>,std::remove_cvref<U>>;

template<typename T>
requires SameNoCVRef<T,object>
decltype(auto) <get_data>(T&& t){
  return (std::forward<T>(t).data_);
}

However, now that you mentioned it, normal overload resolution may work
fine. It is something I will explore further to see if there are really
edge cases that would need this.

> I bring this up because, if you can get rid of that distinction, then you
only have a single type in the tag list. And therefore, there is no real
reason to have a list at all, so you can ditch the unpleasant `<>` syntax.
A better syntax for these can be found.

I would love to hear your thoughts on a better syntax that gets rid of the
`<>` syntax.

>  However, most of the problems you cite are only solved by applying this
syntax universally. Overload sets, composition, and polymorphism: your
proposal only solves the problem if everyone uses it everywhere.

You are right. However, I see this proposal as part of a long term
evolution with the goal that this syntax be used everywhere. I am also
thinking about how to enable existing calling code to take advantage of
this. While ambitious, I think this proposal let's us address current
limitations in a consistent manner without trying to apply a bunch of
one-off tweaks to existing features (see the separate proposals for UFCS,
overloading operator., deducing this).

>Plus, there are functions where your tagged dispatch idea just doesn't
work: any function that you don't get to freely name. Specifically:
operators, constructors, and destructors. Your smart reference type would
be unable to forward to operators through tagged dispatch; it would have to
use conventional mechanisms.

One of the things about operators, constructions, and destructors is that
they are a closed set, that can be manually handled. That said, I think
there could be ways to incorporate operators etc into this framework.  In
regards to constructors, constructors illustrate the usefulness of allowing
types to call functions. Because the constructor for T is T{args} or
T(args), we can write wrappers for them that modify them for example
std::make_unique<T>(args) and std::make_shared<T>(args). We are unable to
do this with other arbitrary functions, and I would like to be able to do
that.

>For example, if you have two classes in the same namespace, and they both
have a `get_name` function, they would both be using the same type for
their tagged dispatch. But the use of the same type carries with it the
implication that these are conceptually the same function.

I would argue that they are fundamentally the same function for say
employee and filename. `get_name` is returning a moniker that can be used
to help identify it. An example of where the same name can hide 2
completely different semantics is `draw`.
Consider `o.draw();`

If o is an artist - it paints my picture
if o is a cowboy - it pulls out its gun and shoots me.

In generic programming, we are basically doing duck typing just looking at
if a function with a certain name is implemented. So we could have

template<typename T>
auto paint_my_picture(T& t){
  return t.draw();
}

And someone inadvertently passes in a cowboy and mayhem ensures. With this
proposal we can namespace and make sure equivalent names have equivalent
semantics.

template<typename T>
auto <paint_my_picture(T& t){
  t.<artist::draw>();
}

> Which is also why I don't think it is a good idea to make tags be
something other than types. It's not worth creating a new type of entity
just for this.

I agree.


Thanks again for your feedback.

- John

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<div dir=3D"ltr"><div>Thank you so much for reading this proposal and for y=
our feedback. My responses to some of your points are below.</div><div><br>=
</div><div>&gt; A quick word about formatting and presentation. &quot;TL;DR=
&quot; sections are intended to be a quick summary of the proposal (typical=
ly called an &quot;Abstract&quot;). Your TL;DR does not actually summarize =
what the proposal is; it simply says that `&lt;type&gt;(params)` will be me=
aningful syntax that calls... something. And you say that it will fix a lot=
 of problems. But you never actually say what this syntax does, which is th=
e most important part of the summary.</div><div><br></div><div>Thanks for t=
he feedback. I will re-word that in a revision</div><div><br></div><div>&gt=
;I&#39;m unclear about exactly why you need a distinction between `&lt;tag,=
 object&gt;(object, other_params)` declarations and `&lt;tag&gt;(object, ot=
her_params)` declarations. Yes, I saw where you show what the distinction w=
ould be, but I don&#39;t know why it needs to be there. Regular overload re=
solution already gives priority to `&lt;tag&gt;(object)` to override `templ=
ate&lt;typename T&gt; &lt;tag&gt;(T);`, when using function template deduct=
ion (as in `&lt;tag&gt;(object_instance)`). So it&#39;s not clear why you n=
eed a declaration that has even higher priority than `&lt;tag&gt;(object)` =
when called as `&lt;tag&gt;(object_instance)`.</div><div><br></div><div>The=
re were two main reasons for the distinction.=C2=A0</div><div>1) I wanted p=
eople to be able to mechanically convert member functions to this new synta=
x. The thing about member functions, is that if you define them, they will =
be called, and no other overload that may be a better match in the 2 - N ar=
guments will be called. Overloading resolution does not favor the 1st argme=
nt (which would be the equivalent of `this`), whereas member functions do f=
avor.</div><div>2) It makes defining the deducing this getter work easier. =
By having &lt;tag,object&gt; you can write</div><div><br></div><div>templat=
e&lt;typename T&gt;</div><div>decltype(auto) &lt;get_data,object&gt;(T&amp;=
&amp; t){</div><div>=C2=A0 return (std::forward&lt;T&gt;(t).data_);</div><d=
iv>}</div><div><br></div><div>Whereas if you did not have that, you would h=
ave to write</div><div><br></div><div>template&lt;typename T, typename U&gt=
;</div><div>concept SameNoCVRef =3D std::is_same_v&lt;std::remove_cvref_t&l=
t;T&gt;,std::remove_cvref&lt;U&gt;&gt;;</div><div><br></div><div>template&l=
t;typename T&gt;</div><div>requires SameNoCVRef&lt;T,object&gt;</div><div>d=
ecltype(auto) &lt;get_data&gt;(T&amp;&amp; t){</div><div>=C2=A0 return (std=
::forward&lt;T&gt;(t).data_);</div><div>}</div><div><br></div><div>However,=
 now that you mentioned it, normal overload resolution may work fine. It is=
 something I will explore further to see if there are really edge cases tha=
t would need this.</div><div><br></div><div>&gt; I bring this up because, i=
f you can get rid of that distinction, then you only have a single type in =
the tag list. And therefore, there is no real reason to have a list at all,=
 so you can ditch the unpleasant `&lt;&gt;` syntax. A better syntax for the=
se can be found.</div><div><br></div><div>I would love to hear your thought=
s on a better syntax that gets rid of the `&lt;&gt;` syntax.</div><div><br>=
</div><div>&gt;=C2=A0 However, most of the problems you cite are only solve=
d by applying this syntax universally. Overload sets, composition, and poly=
morphism: your proposal only solves the problem if everyone uses it everywh=
ere.</div><div><br></div><div>You are right. However, I see this proposal a=
s part of a long term evolution with the goal that this syntax be used ever=
ywhere. I am also thinking about how to enable existing calling code to tak=
e advantage of this. While ambitious, I think this proposal let&#39;s us ad=
dress current limitations in a consistent manner without trying to apply a =
bunch of one-off tweaks to existing features (see the separate proposals fo=
r UFCS, overloading operator., deducing this).</div><div><br></div><div>&gt=
;Plus, there are functions where your tagged dispatch idea just doesn&#39;t=
 work: any function that you don&#39;t get to freely name. Specifically: op=
erators, constructors, and destructors. Your smart reference type would be =
unable to forward to operators through tagged dispatch; it would have to us=
e conventional mechanisms.</div><div><br></div><div>One of the things about=
 operators, constructions, and destructors is that they are a closed set, t=
hat can be manually handled. That said, I think there could be ways to inco=
rporate operators etc into this framework.=C2=A0 In regards to constructors=
, constructors illustrate the usefulness of allowing types to call function=
s. Because the constructor for T is T{args} or T(args), we can write wrappe=
rs for them that modify them for example std::make_unique&lt;T&gt;(args) an=
d std::make_shared&lt;T&gt;(args). We are unable to do this with other arbi=
trary functions, and I would like to be able to do that.</div><div><br></di=
v><div>&gt;For example, if you have two classes in the same namespace, and =
they both have a `get_name` function, they would both be using the same typ=
e for their tagged dispatch. But the use of the same type carries with it t=
he implication that these are conceptually the same function.</div><div><br=
></div><div>I would argue that they are fundamentally the same function for=
 say employee and filename. `get_name` is returning a moniker that can be u=
sed to help identify it. An example of where the same name can hide 2 compl=
etely different semantics is `draw`.=C2=A0</div><div>Consider `o.draw();`</=
div><div><br></div><div>If o is an artist - it paints my picture</div><div>=
if o is a cowboy - it pulls out its gun and shoots me.</div><div><br></div>=
<div>In generic programming, we are basically doing duck typing just lookin=
g at if a function with a certain name is implemented. So we could have</di=
v><div><br></div><div>template&lt;typename T&gt;</div><div>auto paint_my_pi=
cture(T&amp; t){</div><div>=C2=A0 return t.draw();</div><div>}</div><div><b=
r></div><div>And someone inadvertently passes in a cowboy and mayhem ensure=
s. With this proposal we can namespace and make sure equivalent names have =
equivalent semantics.</div><div><br></div><div>template&lt;typename T&gt;</=
div><div>auto &lt;paint_my_picture(T&amp; t){</div><div>=C2=A0 t.&lt;artist=
::draw&gt;();</div><div>}</div><div><br></div><div>&gt; Which is also why I=
 don&#39;t think it is a good idea to make tags be something other than typ=
es. It&#39;s not worth creating a new type of entity just for this.</div><d=
iv><br></div><div>I agree.</div><div><br></div><div><br></div><div>Thanks a=
gain for your feedback.</div><div><br></div><div>- John</div></div>

<p></p>

-- <br />
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Oh, one other thing. When declaring an "action tag", it's not clear if it
is OK to make the tag a definition or if they have to be a pure forward
declaration. Having such tags be monostate objects rather than just
incomplete names would be really handy. You could pass a `tuple` around
whose first member is the tag type to invoke, with the other members being
the parameters to call it with.

On Friday, February 8, 2019 at 1:59:29 PM UTC-5, John Bandela wrote:

> Thank you so much for reading this proposal and for your feedback. My
> responses to some of your points are below.
>
> > A quick word about formatting and presentation. "TL;DR" sections are
> intended to be a quick summary of the proposal (typically called an
> "Abstract"). Your TL;DR does not actually summarize what the proposal is;
> it simply says that `<type>(params)` will be meaningful syntax that
> calls... something. And you say that it will fix a lot of problems. But you
> never actually say what this syntax does, which is the most important part
> of the summary.
>
> Thanks for the feedback. I will re-word that in a revision
>
> >I'm unclear about exactly why you need a distinction between `<tag,
> object>(object, other_params)` declarations and `<tag>(object,
> other_params)` declarations. Yes, I saw where you show what the distinction
> would be, but I don't know why it needs to be there. Regular overload
> resolution already gives priority to `<tag>(object)` to override
> `template<typename T> <tag>(T);`, when using function template deduction
> (as in `<tag>(object_instance)`). So it's not clear why you need a
> declaration that has even higher priority than `<tag>(object)` when called
> as `<tag>(object_instance)`.
>
> There were two main reasons for the distinction.
> 1) I wanted people to be able to mechanically convert member functions to
> this new syntax. The thing about member functions, is that if you define
> them, they will be called, and no other overload that may be a better match
> in the 2 - N arguments will be called. Overloading resolution does not
> favor the 1st argment (which would be the equivalent of `this`), whereas
> member functions do favor.
>
2) It makes defining the deducing this getter work easier. By having
> <tag,object> you can write
>
> template<typename T>
> decltype(auto) <get_data,object>(T&& t){
>   return (std::forward<T>(t).data_);
> }
>
> Whereas if you did not have that, you would have to write
>
> template<typename T, typename U>
> concept SameNoCVRef =
> std::is_same_v<std::remove_cvref_t<T>,std::remove_cvref<U>>;
>
> template<typename T>
> requires SameNoCVRef<T,object>
> decltype(auto) <get_data>(T&& t){
>   return (std::forward<T>(t).data_);
> }
>
> However, now that you mentioned it, normal overload resolution may work
> fine. It is something I will explore further to see if there are really
> edge cases that would need this.
>

You should take a look at P0847, a paper on deducing `this`
<https://groups.google.com/a/isocpp.org/forum/goog_152915288>. I think it
offers a better way of handling the recognition of the first parameter as
being a special construct than what you're getting at. After all, you don't
really care about that at the call site; you care about the first parameter
being special at the *declaration* site.

So just allow the use of "this deduction" on non-member (or static member)
functions when declared as tagged dispatch functions. If you apply "this
deduction" syntax to a tagged dispatch function, then you get the behavior
equivalent to having the second parameter of your <> be the object type of
the this deduction syntax.

Also, `this` deduction is *not* something that needs to be limited to a
particular function declaration style. That is, I shouldn't have to
fundamentally change the nature of my API just to get this feature.

> I bring this up because, if you can get rid of that distinction, then you
> only have a single type in the tag list. And therefore, there is no real
> reason to have a list at all, so you can ditch the unpleasant `<>` syntax.
> A better syntax for these can be found.
>
> I would love to hear your thoughts on a better syntax that gets rid of the
> `<>` syntax.
>

If it can be reduced to just one type, then I would suggest bracketing the
name with colons. As in `obj.:tag_name:(...)` or whatever. The syntax
`identifier:` is already taken for labels, but I think `:identifier:` is
free.

>  However, most of the problems you cite are only solved by applying this
> syntax universally. Overload sets, composition, and polymorphism: your
> proposal only solves the problem if everyone uses it everywhere.
>
> You are right. However, I see this proposal as part of a long term
> evolution with the goal that this syntax be used everywhere. I am also
> thinking about how to enable existing calling code to take advantage of
> this. While ambitious, I think this proposal let's us address current
> limitations in a consistent manner without trying to apply a bunch of
> one-off tweaks to existing features (see the separate proposals for UFCS,
> overloading operator., deducing this).
>

The thing is, just because something *could* solve multiple problems,
doesn't mean that this solution is better than the "one-off tweaks" at
their particular domains. I talked about the superiority of "this
deduction" earlier. Your proposal is better at handling UFC syntax, but
that's because I think UFC syntax was flawed, for reasons I'll cover below.
But operator-dot is a non-starter. Your "smart reference" idea only works
on types that expose all of their interfaces through your syntax, while
both of the operator-dot proposals have no such limitations. That makes
them better than yours.

To me, one of the biggest issues of UFC syntax was that it was intended to
be universal. That universality is probably what torpedoed it in the end:
the intent that every function would participate in it *regardless* of
whether it made any kind of sense for that particular function. Basically,
it's the ADL problem: every function gets it, but most functions don't *need
it*. And some functions *suffer* because of it.

I come from the perspective that the primary benefit of UFC syntax is for
template code. Non-template code knows exactly what it's dealing with, so
it does not need to be able to be ignorant of where and how a function is
declared. UFC syntax is most useful for constraint-based frameworks that
define an interface. You can write your template to call the object's
functions in one style, and you would have the ability to adapt the
interface of any type to that constraint without having to directly modify
the type. To me, enabling this in a reasonably natural way is the primary
point of UFC.

But not every class has such interfaces. Most classes do not have
interfaces that are part of some conceptual framework for which UFC syntax
would be of benefit. And even for classes that do, the entire class is not
necessarily so conceptualized.

`vector` for example is a Range; it has `begin/end` which return iterators.
It is a SizedRange; it has a `size` function. It is a ContiguousRange; it
has a `data` member that returns a pointer to its first element and the
rest can be accessed through array access.

But `vector::insert` and `vector::erase` are not part of any formal
concept. At best, they are part of an informal set of features called a
"sequence container". And yes, there are "mini-concepts" that get used in
some ways; `back_inserter` requires that the given object have a
`push_back` function. That could represent a concept. But it would be a
very narrowly used concept; only really being used for a few
functions/functors.

Not every API is meant to be part of a conceptual interface. So what do we
gain by imposing conceptualization for APIs that don't need it?

Because here's the thing: your syntax isn't *free*. Every name you use has
to be declared externally to the function(s) that use them. That's going to
be a lot of extra declarations that have to be created. And it's even worse
when you're writing a class, because you have to put it outside of the
class declaration. I imagine that this overhead can get really annoying to
deal with. Not to mention that, for any one-off function names, you're
violating DRY principles by forcing the user to put the name in two places.

Plus, it requires you to think about things you don't really need to.
Consider your case below, with `draw` having different fundamental meanings
in different classes. Your solution is to put the names in different
namespaces. OK; how does that make the code better? I have to read
`obj.<render::draw>(...)`, even though I *know* that `obj` is a renderable
object I know that it's a rendering operation because I know what `obj` is.
Having that `render::` there isn't really helping anyone understand the
code any better. It is useful only if there is a `gun::draw` that it might
be mistaken for. But I don't want to have to go through and change my APIs
just because of some completely unrelated API in my namespace that just so
happened to use the same function name.

It's an annoyance that doesn't lead to better code; you just have to suffer
through it.

Would it not make more sense to just have `obj.draw(...)` as the principle
interface, and then if you *need* to conceptualize drawing with UFC
support, you add a `render::draw` that just forwards to `obj.draw`? Indeed,
it wouldn't be a bad idea to have a special syntax that says to forward the
call to a specific name. Like `<render::draw> => typename::draw` or
something, which would generate appropriate `render::draw` overloads that
call the `typename::draw` overloads.

And then there's just the practical fact that we are not going to go around
and change everyone's code. That's just not going to happen. Even ignoring
the Herculean task of doing that (and the *massive* ABI break it would
represent), people still have to interface with C. We have to call C
functions, and we have to write functions that C can call.

I remind you of Uniform Initialization, where we attempted to create a new
syntax that could handle all forms of initializing an object in a
consistent way. And while it was consistent, it couldn't actually handle
*all* initialization forms, thus it can only reliably be used to initialize
types that are known to be aggregates and provide lists of values for types
that are known to take lists of values (like containers).

I do not believe that it is realistic for this idea to be as widespread as
you want. And that's probably for the best. The basic idea is good enough
to have around, even when it is limited to the case of developing a
specific, conceptualized framework and handling customization points. But
it's just too cumbersome and too impractical for general use. And without
general use, most of the gains you cite don't exist.

I say that this proposal should be marketed as "this is how we can get
customization points and UFC-based conceptualized interfaces". The rest can
be presented as optional extras if it turns out that everyone *really*
loves the syntax. But I don't think they work very well as a selling point
for the feature.

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<div dir=3D"ltr"><div>Oh, one other thing. When declaring an &quot;action t=
ag&quot;, it&#39;s not clear if it is OK to make the tag a definition or if=
 they have to be a pure forward declaration. Having such tags be monostate =
objects rather than just incomplete names would be really handy. You could =
pass a `tuple` around whose first member is the tag type to invoke, with th=
e other members being the parameters to call it with.<br></div><div><br></d=
iv><div>On Friday, February 8, 2019 at 1:59:29 PM UTC-5, John Bandela wrote=
:</div><blockquote class=3D"gmail_quote" style=3D"margin: 0;margin-left: 0.=
8ex;border-left: 1px #ccc solid;padding-left: 1ex;"><div dir=3D"ltr"><div>T=
hank you so much for reading this proposal and for your feedback. My respon=
ses to some of your points are below.</div><div><br></div><div>&gt; A quick=
 word about formatting and presentation. &quot;TL;DR&quot; sections are int=
ended to be a quick summary of the proposal (typically called an &quot;Abst=
ract&quot;). Your TL;DR does not actually summarize what the proposal is; i=
t simply says that `&lt;type&gt;(params)` will be meaningful syntax that ca=
lls... something. And you say that it will fix a lot of problems. But you n=
ever actually say what this syntax does, which is the most important part o=
f the summary.</div><div><br></div><div>Thanks for the feedback. I will re-=
word that in a revision</div><div><br></div><div>&gt;I&#39;m unclear about =
exactly why you need a distinction between `&lt;tag, object&gt;(object, oth=
er_params)` declarations and `&lt;tag&gt;(object, other_params)` declaratio=
ns. Yes, I saw where you show what the distinction would be, but I don&#39;=
t know why it needs to be there. Regular overload resolution already gives =
priority to `&lt;tag&gt;(object)` to override `template&lt;typename T&gt; &=
lt;tag&gt;(T);`, when using function template deduction (as in `&lt;tag&gt;=
(object_instance)`). So it&#39;s not clear why you need a declaration that =
has even higher priority than `&lt;tag&gt;(object)` when called as `&lt;tag=
&gt;(object_instance)`.</div><div><br></div><div>There were two main reason=
s for the distinction.=C2=A0</div><div>1) I wanted people to be able to mec=
hanically convert member functions to this new syntax. The thing about memb=
er functions, is that if you define them, they will be called, and no other=
 overload that may be a better match in the 2 - N arguments will be called.=
 Overloading resolution does not favor the 1st argment (which would be the =
equivalent of `this`), whereas member functions do favor.</div></div></bloc=
kquote><blockquote class=3D"gmail_quote" style=3D"margin: 0;margin-left: 0.=
8ex;border-left: 1px #ccc solid;padding-left: 1ex;"><div dir=3D"ltr"><div>2=
) It makes defining the deducing this getter work easier. By having &lt;tag=
,object&gt; you can write</div><div><br></div><div>template&lt;typename T&g=
t;</div><div>decltype(auto) &lt;get_data,object&gt;(T&amp;&amp; t){</div><d=
iv>=C2=A0 return (std::forward&lt;T&gt;(t).data_);</div><div>}</div><div><b=
r></div><div>Whereas if you did not have that, you would have to write</div=
><div><br></div><div>template&lt;typename T, typename U&gt;</div><div>conce=
pt SameNoCVRef =3D std::is_same_v&lt;std::remove_<wbr>cvref_t&lt;T&gt;,std:=
:remove_cvref&lt;<wbr>U&gt;&gt;;</div><div><br></div><div>template&lt;typen=
ame T&gt;</div><div>requires SameNoCVRef&lt;T,object&gt;</div><div>decltype=
(auto) &lt;get_data&gt;(T&amp;&amp; t){</div><div>=C2=A0 return (std::forwa=
rd&lt;T&gt;(t).data_);</div><div>}</div><div><br></div><div>However, now th=
at you mentioned it, normal overload resolution may work fine. It is someth=
ing I will explore further to see if there are really edge cases that would=
 need this.</div></div></blockquote><div><br></div><div><div>You should tak=
e a look at <a href=3D"https://groups.google.com/a/isocpp.org/forum/goog_15=
2915288">P0847, a paper on deducing `this`</a>. I think it offers a better =
way of handling the recognition of the first parameter as being a special c=
onstruct than what you&#39;re getting at. After all, you don&#39;t really c=
are about that at the call site; you care about the first parameter being s=
pecial at the <i>declaration</i> site.</div><div><br></div><div>So just all=
ow the use of &quot;this deduction&quot; on non-member (or static member) f=
unctions when declared as tagged dispatch functions. If you apply &quot;thi=
s deduction&quot; syntax to a tagged dispatch function, then you get the be=
havior equivalent to having the second parameter of your &lt;&gt; be the ob=
ject type of the this deduction syntax.<br></div><div><br></div><div>Also, =
`this` deduction is <i>not</i> something that needs to be limited to a part=
icular function declaration style. That is, I shouldn&#39;t have to fundame=
ntally change the nature of my API just to get this feature.<br></div><div>=
<br></div></div><blockquote class=3D"gmail_quote" style=3D"margin: 0;margin=
-left: 0.8ex;border-left: 1px #ccc solid;padding-left: 1ex;"><div dir=3D"lt=
r"><div></div><div>&gt; I bring this up because, if you can get rid of that=
 distinction, then you only have a single type in the tag list. And therefo=
re, there is no real reason to have a list at all, so you can ditch the unp=
leasant `&lt;&gt;` syntax. A better syntax for these can be found.</div><di=
v><br></div><div>I would love to hear your thoughts on a better syntax that=
 gets rid of the `&lt;&gt;` syntax.</div></div></blockquote><div><br></div>=
<div>If it can be reduced to just one type, then I would suggest bracketing=
 the name with colons. As in `obj.:tag_name:(...)` or whatever. The syntax =
`identifier:` is already taken for labels, but I think `:identifier:` is fr=
ee.<br></div><div><br></div><div></div><blockquote class=3D"gmail_quote" st=
yle=3D"margin: 0;margin-left: 0.8ex;border-left: 1px #ccc solid;padding-lef=
t: 1ex;"><div dir=3D"ltr"><div></div><div>&gt;=C2=A0 However, most of the p=
roblems you cite are only solved by applying this syntax universally. Overl=
oad sets, composition, and polymorphism: your proposal only solves the prob=
lem if everyone uses it everywhere.</div><div><br></div><div>You are right.=
 However, I see this proposal as part of a long term evolution with the goa=
l that this syntax be used everywhere. I am also thinking about how to enab=
le existing calling code to take advantage of this. While ambitious, I thin=
k this proposal let&#39;s us address current limitations in a consistent ma=
nner without trying to apply a bunch of one-off tweaks to existing features=
 (see the separate proposals for UFCS, overloading operator., deducing this=
).</div></div></blockquote><div><br></div><div>The thing is, just because s=
omething <i>could</i> solve multiple problems, doesn&#39;t mean that this s=
olution is better than the &quot;one-off tweaks&quot; at their particular d=
omains. I talked about the superiority of &quot;this deduction&quot; earlie=
r. Your proposal is better at handling UFC syntax, but that&#39;s because I=
 think UFC syntax was flawed, for reasons I&#39;ll cover below. But operato=
r-dot is a non-starter. Your &quot;smart reference&quot; idea only works on=
 types that expose all of their interfaces through your syntax, while both =
of the operator-dot proposals have no such limitations. That makes them bet=
ter than yours.<br></div><div><br></div><div>To me, one of the biggest issu=
es of UFC syntax was that it was intended to be universal. That universalit=
y is probably what torpedoed it in the end: the intent that every function =
would participate in it <i>regardless</i> of whether it made any kind of se=
nse for that particular function. Basically, it&#39;s the ADL problem: ever=
y function gets it, but most functions don&#39;t <i>need it</i>. And some f=
unctions <i>suffer</i> because of it.<br></div><div><br></div><div>I come f=
rom the perspective that the primary benefit of UFC syntax is for template =
code. Non-template code knows exactly what it&#39;s dealing with, so it doe=
s not need to be able to be ignorant of where and how a function is declare=
d. UFC syntax is most useful for constraint-based frameworks that define an=
 interface. You can write your template to call the object&#39;s functions =
in one style, and you would have the ability to adapt the interface of any =
type to that constraint without having to directly modify the type. To me, =
enabling this in a reasonably natural way is the primary point of UFC.<br><=
/div><div><br></div><div>But not every class has such interfaces. Most clas=
ses do not have interfaces that are part of some conceptual framework for w=
hich UFC syntax would be of benefit. And even for classes that do, the enti=
re class is not necessarily so conceptualized.</div><div><br></div><div>`ve=
ctor` for example is a Range; it has `begin/end` which return iterators. It=
 is a SizedRange; it has a `size` function. It is a ContiguousRange; it has=
 a `data` member that returns a pointer to its first element and the rest c=
an be accessed through array access.</div><div><br></div><div>But `vector::=
insert` and `vector::erase` are not part of any formal concept. At best, th=
ey are part of an informal set of features called a &quot;sequence containe=
r&quot;. And yes, there are &quot;mini-concepts&quot; that get used in some=
 ways; `back_inserter` requires that the given object have a `push_back` fu=
nction. That could represent a concept. But it would be a very narrowly use=
d concept; only really being used for a few functions/functors.<br></div><d=
iv><br></div><div>Not every API is meant to be part of a conceptual interfa=
ce. So what=20
do we gain by imposing conceptualization for APIs that don&#39;t need it?</=
div><div><br></div><div>Because here&#39;s the thing: your syntax isn&#39;t=
 <i>free</i>. Every name you use has to be declared externally to the funct=
ion(s) that use them. That&#39;s going to be a lot of extra declarations th=
at have to be created. And it&#39;s even worse when you&#39;re writing a cl=
ass, because you have to put it outside of the class declaration. I imagine=
 that this overhead can get really annoying to deal with. Not to mention th=
at, for any one-off function names, you&#39;re violating DRY principles by =
forcing the user to put the name in two places.</div><div><br></div><div></=
div><div>Plus, it requires you to think about things you don&#39;t really n=
eed to. Consider your case below, with `draw` having different fundamental =
meanings in different classes. Your solution is to put the names in differe=
nt namespaces. OK; how does that make the code better? I have to read `obj.=
&lt;render::draw&gt;(...)`, even though I <i>know</i> that `obj` is a rende=
rable object I know that it&#39;s a rendering operation because I know what=
 `obj` is. Having that `render::` there isn&#39;t really helping anyone und=
erstand the code any better. It is useful only if there is a `gun::draw` th=
at it might be mistaken for. But I don&#39;t want to have to go through and=
 change my APIs just because of some completely unrelated API in my namespa=
ce that just so happened to use the same function name.<br></div><div><br><=
/div><div>It&#39;s an annoyance that doesn&#39;t lead to better code; you j=
ust have to suffer through it.</div><div><br></div><div>Would it not make m=
ore sense to just have `obj.draw(...)` as the principle interface, and then=
 if you <i>need</i> to conceptualize drawing with UFC support, you add a `r=
ender::draw` that just forwards to `obj.draw`? Indeed, it wouldn&#39;t be a=
 bad idea to have a special syntax that says to forward the call to a speci=
fic name. Like `&lt;render::draw&gt; =3D&gt; typename::draw` or something, =
which would generate appropriate `render::draw` overloads that call the `ty=
pename::draw` overloads.<br></div><div><br></div><div></div><div></div><div=
>And then there&#39;s just the practical fact that we are not going to go a=
round and change everyone&#39;s code. That&#39;s just not going to happen. =
Even ignoring the Herculean task of doing that (and the <i>massive</i> ABI =
break it would represent), people still have to interface with C. We have t=
o call C functions, and we have to write functions that C can call.<br></di=
v><div><br></div><div>I remind you of Uniform Initialization, where we atte=
mpted to create a new syntax that could handle all forms of initializing an=
 object in a consistent way. And while it was consistent, it couldn&#39;t a=
ctually handle <i>all</i> initialization forms, thus it can only reliably b=
e used to initialize types that are known to be aggregates and provide list=
s of values for types that are known to take lists of values (like containe=
rs).<br></div><div><br></div><div>I do not believe that it is realistic for=
 this idea to be as widespread as you want. And that&#39;s probably for the=
 best. The basic idea is good enough to have around, even when it is limite=
d to the case of developing a specific, conceptualized framework and handli=
ng customization points. But it&#39;s just too cumbersome and too impractic=
al for=20
general use. And without general use, most of the gains you cite don&#39;t=
=20
exist.</div><br><div>I say that this proposal should be marketed as &quot;t=
his is how we can get customization points and UFC-based conceptualized int=
erfaces&quot;. The rest can be presented as optional extras if it turns out=
 that everyone <i>really</i> loves the syntax. But I don&#39;t think they w=
ork very well as a selling point for the feature.<br></div><br></div>

<p></p>

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