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The idea is to support structured bindings with polymorphic lambdas, for
example:

std::for_each(map, [](auto [key,value]) { ... });

The previous post on this page was here
(https://groups.google.com/a/isocpp.org/forum/?fromgroups#!searchin/std-proposals/structured$20bindings$20/std-proposals/EsPJnQooPoI/24Gd4PGABgAJ)

And a formal paper proposing the idea has been attached to this post.

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<div dir=3D"ltr">The idea is to support structured bindings with polymorphi=
c lambdas, for example:<div><br></div><div><div class=3D"prettyprint" style=
=3D"background-color: rgb(250, 250, 250); border: 1px solid rgb(187, 187, 1=
87); word-wrap: break-word;"><code class=3D"prettyprint"><div class=3D"subp=
rettyprint"><span style=3D"color: #000;" class=3D"styled-by-prettify">std</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">::</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify">for_each</span><span=
 style=3D"color: #660;" class=3D"styled-by-prettify">(</span><span style=3D=
"color: #000;" class=3D"styled-by-prettify">map</span><span style=3D"color:=
 #660;" class=3D"styled-by-prettify">,</span><span style=3D"color: #000;" c=
lass=3D"styled-by-prettify"> </span><span style=3D"color: #660;" class=3D"s=
tyled-by-prettify">[](</span><span style=3D"color: #008;" class=3D"styled-b=
y-prettify">auto</span><span style=3D"color: #000;" class=3D"styled-by-pret=
tify"> </span><span style=3D"color: #660;" class=3D"styled-by-prettify">[</=
span><span style=3D"color: #000;" class=3D"styled-by-prettify">key</span><s=
pan style=3D"color: #660;" class=3D"styled-by-prettify">,</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify">value</span><span style=3D"c=
olor: #660;" class=3D"styled-by-prettify">])</span><span style=3D"color: #0=
00;" class=3D"styled-by-prettify"> </span><span style=3D"color: #660;" clas=
s=3D"styled-by-prettify">{</span><span style=3D"color: #000;" class=3D"styl=
ed-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-pre=
ttify">...</span><span style=3D"color: #000;" class=3D"styled-by-prettify">=
 </span><span style=3D"color: #660;" class=3D"styled-by-prettify">});</span=
><font color=3D"#666600"></font></div></code></div><br>The previous post on=
 this page was here (https://groups.google.com/a/isocpp.org/forum/?fromgrou=
ps#!searchin/std-proposals/structured$20bindings$20/std-proposals/EsPJnQooP=
oI/24Gd4PGABgAJ)</div><div><br></div><div>And a formal paper proposing the =
idea has been attached to this post.</div></div>

<p></p>

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com/a/isocpp.org/d/msgid/std-proposals/b8d14aa1-adcb-41d9-8fe8-d70805927161=
%40isocpp.org</a>.<br />

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.

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 boundary="----=_Part_3033_1057971446.1503685837333"

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On Friday, August 25, 2017 at 1:36:51 PM UTC-4, Curious wrote:
>
> The idea is to support structured bindings with polymorphic lambdas, for=
=20
> example:
>
> std::for_each(map, [](auto [key,value]) { ... });
>
> The previous post on this page was here (
> https://groups.google.com/a/isocpp.org/forum/?fromgroups#!searchin/std-pr=
oposals/structured$20bindings$20/std-proposals/EsPJnQooPoI/24Gd4PGABgAJ
> )
>

That thread isn't even a month old, and it had less than 20 posts in it.=20
Was there a reason to create another thread just because you formalized it=
=20
into a document?

And a formal paper proposing the idea has been attached to this post.
>

Your paper is inconsistent.

On the one hand, you say that exceptions "propagate from the call site".=20
But that conflicts with:

> A polymorphic lambda with a structured binding declaration translates to=
=20
a simple functor with a templated operator() method with the structured=20
binding =E2=80=9Ddecomposition=E2=80=9D happening inside the function

If the exception propagates from the call site, then it must be the call=20
site that *generates* the exception. But `get` is not called from the call=
=20
site. It is called *within* the function. Therefore, the exception must=20
propagate from some location within the function. Now obviously, it will go=
=20
through the call site to be caught.

Also, now you need to explicitly specify the *order* in which these=20
decompositions happen. That is, if you have two structured binding=20
parameters, which one gets decomposed first? At the very least, you should=
=20
explicitly state that there is no order.

Similarly, there are questions about how the accessibility of the tuple=20
machinery work:

> And as such the function template only participates in overloading when=
=20
all the structured bindings are appropriately decomposable at the call site=
..

So if the tuple machinery for a type is private, and the generation point=
=20
of that lambda can access it, and I pass it to some code that does not have=
=20
access to it, that would be il-formed? And if the generation point couldn't=
=20
access it, but the call site could access it, that would not be il-formed?

Furthermore, the question of accessibility also makes you wonder how=20
`is_decomposable` is supposed to work. If the tuple `get` is a member and=
=20
is private, is the type still decomposable? A regular structured binding=20
declaration would allow you to decompose it, but only in code that can=20
access the privates.

Either the function being called does the decomposition or it doesn't. If=
=20
the lambda performs the decomposition, then the ability to do decomposition=
=20
should be based on the static definition of the lambda (ie: where it was=20
written), exceptions should propagate from within the lambda, and the=20
conversion-to-function-pointer mechanism should be able to convert to=20
tuples.

--=20
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To unsubscribe from this group and stop receiving emails from it, send an e=
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To view this discussion on the web visit https://groups.google.com/a/isocpp=
..org/d/msgid/std-proposals/8497b31b-7c9d-4334-ac22-0809c958cb93%40isocpp.or=
g.

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<div dir=3D"ltr">On Friday, August 25, 2017 at 1:36:51 PM UTC-4, Curious wr=
ote:<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">The idea =
is to support structured bindings with polymorphic lambdas, for example:<di=
v><br></div><div><div style=3D"background-color:rgb(250,250,250);border:1px=
 solid rgb(187,187,187);word-wrap:break-word"><code><div><span style=3D"col=
or:#000">std</span><span style=3D"color:#660">::</span><span style=3D"color=
:#000">for_each</span><span style=3D"color:#660">(</span><span style=3D"col=
or:#000">map</span><span style=3D"color:#660">,</span><span style=3D"color:=
#000"> </span><span style=3D"color:#660">[](</span><span style=3D"color:#00=
8">auto</span><span style=3D"color:#000"> </span><span style=3D"color:#660"=
>[</span><span style=3D"color:#000">key</span><span style=3D"color:#660">,<=
/span><span style=3D"color:#000">value</span><span style=3D"color:#660">])<=
/span><span style=3D"color:#000"> </span><span style=3D"color:#660">{</span=
><span style=3D"color:#000"> </span><span style=3D"color:#660">...</span><s=
pan style=3D"color:#000"> </span><span style=3D"color:#660">});</span><font=
 color=3D"#666600"></font></div></code></div><br>The previous post on this =
page was here (<a href=3D"https://groups.google.com/a/isocpp.org/forum/?fro=
mgroups#!searchin/std-proposals/structured$20bindings$20/std-proposals/EsPJ=
nQooPoI/24Gd4PGABgAJ" target=3D"_blank" rel=3D"nofollow" onmousedown=3D"thi=
s.href=3D&#39;https://groups.google.com/a/isocpp.org/forum/?fromgroups#!sea=
rchin/std-proposals/structured$20bindings$20/std-proposals/EsPJnQooPoI/24Gd=
4PGABgAJ&#39;;return true;" onclick=3D"this.href=3D&#39;https://groups.goog=
le.com/a/isocpp.org/forum/?fromgroups#!searchin/std-proposals/structured$20=
bindings$20/std-proposals/EsPJnQooPoI/24Gd4PGABgAJ&#39;;return true;">https=
://groups.google.com/a/<wbr>isocpp.org/forum/?fromgroups#!<wbr>searchin/std=
-proposals/<wbr>structured$20bindings$20/std-<wbr>proposals/EsPJnQooPoI/<wb=
r>24Gd4PGABgAJ</a>)</div></div></blockquote><div><br>That thread isn&#39;t =
even a month old, and it had less than 20 posts in it. Was there a reason t=
o create another thread just because you formalized it into a document?<br>=
<br></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"><di=
v></div><div>And a formal paper proposing the idea has been attached to thi=
s post.</div></div></blockquote><div><br>Your paper is inconsistent.<br><br=
>On the one hand, you say that exceptions &quot;propagate from the call sit=
e&quot;. But that conflicts with:<br><br>&gt; A polymorphic lambda with a s=
tructured binding declaration translates to a simple functor with a templat=
ed operator() method with the structured binding =E2=80=9Ddecomposition=E2=
=80=9D happening inside the function<br><br>If the exception propagates fro=
m the call site, then it must be the call site that <i>generates</i> the ex=
ception. But `get` is not called from the call site. It is called <i>within=
</i> the function. Therefore, the exception must propagate from some locati=
on within the function. Now obviously, it will go through the call site to =
be caught.<br><br>Also, now you need to explicitly specify the <i>order</i>=
 in which these decompositions happen. That is, if you have two structured =
binding parameters, which one gets decomposed first? At the very least, you=
 should explicitly state that there is no order.<br><br>Similarly, there ar=
e questions about how the accessibility of the tuple machinery work:<br><br=
>&gt; And as such the function template only participates in overloading wh=
en all the structured bindings are appropriately decomposable at the call s=
ite.<br><br>So if the tuple machinery for a type is private, and the genera=
tion point of that lambda can access it, and I pass it to some code that do=
es not have access to it, that would be il-formed? And if the generation po=
int couldn&#39;t access it, but the call site could access it, that would n=
ot be il-formed?<br><br>Furthermore, the question of accessibility also mak=
es you wonder how `is_decomposable` is supposed to work. If the tuple `get`=
 is a member and is private, is the type still decomposable? A regular stru=
ctured binding declaration would allow you to decompose it, but only in cod=
e that can access the privates.<br><br>Either the function being called doe=
s the decomposition or it doesn&#39;t. If the lambda performs the decomposi=
tion, then the ability to do decomposition should be based on the static de=
finition of the lambda (ie: where it was written), exceptions should propag=
ate from within the lambda, and the conversion-to-function-pointer mechanis=
m should be able to convert to tuples.<br></div></div>

<p></p>

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This is great feedback, thanks!  I was not sure about whether I should
start a new thread or not with the proposal.  Sorry about that!

Your paper is inconsistent.
>

You are right!  I forgot to address exception handling in the translation
to the functor, I will make a note that this is another difference in how
the real "translation works".  Will do so.

Also, now you need to explicitly specify the *order* in which these
> decompositions happen. That is, if you have two structured binding
> parameters, which one gets decomposed first? At the very least, you should
> explicitly state that there is no order.
>

 In my mind they should follow the same order as for a regular function,
with the decompositions happening in the same order as constructions of the
parameters.

So if the tuple machinery for a type is private, and the generation point
> of that lambda can access it, and I pass it to some code that does not have
> access to it, that would be il-formed? And if the generation point couldn't
> access it, but the call site could access it, that would not be il-formed?
>

Right, I would say the private get<>() function should be considered by the
compiler intrinsic, and if a type has a private get<>() then it is still
decomposable,  the private issue will be flagged by the compiler just as if
the decomposition had happened inside the lambda.  What do you think should
happen here?

Thanks for the suggestions, these are great points!  I will address them in
the next version of the paper :)

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<div dir=3D"ltr">This is great feedback, thanks! =C2=A0I was not sure about=
 whether I should start a new thread or not with the proposal. =C2=A0Sorry =
about that!<br><br><blockquote class=3D"gmail_quote" style=3D"margin: 0;mar=
gin-left: 0.8ex;border-left: 1px #ccc solid;padding-left: 1ex;"><div dir=3D=
"ltr"><div>Your paper is inconsistent.<br></div></div></blockquote><div><br=
></div><div>You are right! =C2=A0I forgot to address exception handling in =
the translation to the functor, I will make a note that this is another dif=
ference in how the real &quot;translation works&quot;. =C2=A0Will do so.=C2=
=A0</div><div><br></div><blockquote class=3D"gmail_quote" style=3D"margin: =
0;margin-left: 0.8ex;border-left: 1px #ccc solid;padding-left: 1ex;"><div d=
ir=3D"ltr"><div>Also, now you need to explicitly specify the <i>order</i> i=
n which these decompositions happen. That is, if you have two structured bi=
nding parameters, which one gets decomposed first? At the very least, you s=
hould explicitly state that there is no order.<br></div></div></blockquote>=
<div><br></div><div>=C2=A0In my mind they should follow the same order as f=
or a regular function, with the decompositions happening in the same order =
as constructions of the parameters. =C2=A0</div><div><br></div><blockquote =
class=3D"gmail_quote" style=3D"margin: 0;margin-left: 0.8ex;border-left: 1p=
x #ccc solid;padding-left: 1ex;"><div dir=3D"ltr"><div>So if the tuple mach=
inery for a type is private, and the generation point of that lambda can ac=
cess it, and I pass it to some code that does not have access to it, that w=
ould be il-formed? And if the generation point couldn&#39;t access it, but =
the call site could access it, that would not be il-formed?<br></div></div>=
</blockquote><div>=C2=A0</div><div>Right, I would say the private <font fac=
e=3D"courier new, monospace">get&lt;&gt;()</font> function should be consid=
ered by the compiler intrinsic, and if a type has a private <font face=3D"c=
ourier new, monospace">get&lt;&gt;()</font> then it is still decomposable, =
=C2=A0the private issue will be flagged by the compiler just as if the deco=
mposition had happened inside the lambda. =C2=A0What do you think should ha=
ppen here?</div><div>=C2=A0</div><div>Thanks for the suggestions, these are=
 great points! =C2=A0I will address them in the next version of the paper :=
)=C2=A0</div></div>

<p></p>

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Here is the updated paper with several important changes.

   1. Exception propagation semantics have been addressed
   2. Reference-ness of the bindings has been addressed, this has important
   consequences with determining which version of get<>() is called
   3. Multiple decomposition order has been addressed
   4. A member access clarification during the decomposition process has
   been added.  With a code example.
   5. Wording changes


On Friday, 25 August 2017 12:19:54 UTC-7, Curious wrote:
>
> This is great feedback, thanks!  I was not sure about whether I should
> start a new thread or not with the proposal.  Sorry about that!
>
> Your paper is inconsistent.
>>
>
> You are right!  I forgot to address exception handling in the translation
> to the functor, I will make a note that this is another difference in how
> the real "translation works".  Will do so.
>
> Also, now you need to explicitly specify the *order* in which these
>> decompositions happen. That is, if you have two structured binding
>> parameters, which one gets decomposed first? At the very least, you should
>> explicitly state that there is no order.
>>
>
>  In my mind they should follow the same order as for a regular function,
> with the decompositions happening in the same order as constructions of the
> parameters.
>
> So if the tuple machinery for a type is private, and the generation point
>> of that lambda can access it, and I pass it to some code that does not have
>> access to it, that would be il-formed? And if the generation point couldn't
>> access it, but the call site could access it, that would not be il-formed?
>>
>
> Right, I would say the private get<>() function should be considered by
> the compiler intrinsic, and if a type has a private get<>() then it is
> still decomposable,  the private issue will be flagged by the compiler just
> as if the decomposition had happened inside the lambda.  What do you think
> should happen here?
>
> Thanks for the suggestions, these are great points!  I will address them
> in the next version of the paper :)
>

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<div dir=3D"ltr">Here is the updated paper with several important changes. =
=C2=A0<div><ol><li>Exception propagation semantics have been addressed</li>=
<li>Reference-ness of the bindings has been addressed, this has important c=
onsequences with determining which version of <font face=3D"courier new, mo=
nospace">get&lt;&gt;()</font> is called</li><li>Multiple decomposition orde=
r has been addressed</li><li>A member access clarification during the decom=
position process has been added. =C2=A0With a code example.</li><li>Wording=
 changes</li></ol><br>On Friday, 25 August 2017 12:19:54 UTC-7, Curious  wr=
ote:<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">This is g=
reat feedback, thanks! =C2=A0I was not sure about whether I should start a =
new thread or not with the proposal. =C2=A0Sorry about that!<br><br><blockq=
uote 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>Your paper is incons=
istent.<br></div></div></blockquote><div><br></div><div>You are right! =C2=
=A0I forgot to address exception handling in the translation to the functor=
, I will make a note that this is another difference in how the real &quot;=
translation works&quot;. =C2=A0Will do so.=C2=A0</div><div><br></div><block=
quote 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>Also, now you need =
to explicitly specify the <i>order</i> in which these decompositions happen=
.. That is, if you have two structured binding parameters, which one gets de=
composed first? At the very least, you should explicitly state that there i=
s no order.<br></div></div></blockquote><div><br></div><div>=C2=A0In my min=
d they should follow the same order as for a regular function, with the dec=
ompositions happening in the same order as constructions of the parameters.=
 =C2=A0</div><div><br></div><blockquote class=3D"gmail_quote" style=3D"marg=
in:0;margin-left:0.8ex;border-left:1px #ccc solid;padding-left:1ex"><div di=
r=3D"ltr"><div>So if the tuple machinery for a type is private, and the gen=
eration point of that lambda can access it, and I pass it to some code that=
 does not have access to it, that would be il-formed? And if the generation=
 point couldn&#39;t access it, but the call site could access it, that woul=
d not be il-formed?<br></div></div></blockquote><div>=C2=A0</div><div>Right=
, I would say the private <font face=3D"courier new, monospace">get&lt;&gt;=
()</font> function should be considered by the compiler intrinsic, and if a=
 type has a private <font face=3D"courier new, monospace">get&lt;&gt;()</fo=
nt> then it is still decomposable, =C2=A0the private issue will be flagged =
by the compiler just as if the decomposition had happened inside the lambda=
.. =C2=A0What do you think should happen here?</div><div>=C2=A0</div><div>Th=
anks for the suggestions, these are great points! =C2=A0I will address them=
 in the next version of the paper :)=C2=A0</div></div></blockquote></div></=
div>

<p></p>

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------=_Part_3686_1047053551.1503721598826--

.

On Fri, Aug 25, 2017 at 2:19 PM, Curious <rmn100@gmail.com> wrote:
>
>> Also, now you need to explicitly specify the order in which these
>> decompositions happen. That is, if you have two structured binding
>> parameters, which one gets decomposed first? At the very least, you should
>> explicitly state that there is no order.
>
>  In my mind they should follow the same order as for a regular function,
> with the decompositions happening in the same order as constructions of the
> parameters.
>

In your latest draft, you choose to decompose inside
function body, so I have a further suggestion: entirely
split the decomposition step from the parameter
copy-init step and define the decomposition order
to be left-to-right.

  [] (auto [a, b] /* underlying object x */,
      auto [c, d] /* underlying object y */) {...}

When invoking this function, copy-init x and y in
unspecific order, then decompose x into a and b,
then decompose y into c and d.  This can further
simplify the model, because that will be no difference
from

  [] (auto x, auto y) {...}

from the caller's point of view.

--
Zhihao Yuan, ID lichray
The best way to predict the future is to invent it.
_______________________________________________

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Yeah I intentionally defined it like that.  In the expansion of the lambda
the copy-init (if any) happens before the decomposition; the actual
decomposition step happens inside the body of the function.  This also fits
the scope visibility issue that I mentioned.  Did I leave something
specified ambiguously?

On Saturday, 26 August 2017 14:07:31 UTC-7, Zhihao Yuan wrote:
>
> On Fri, Aug 25, 2017 at 2:19 PM, Curious <rmn...@gmail.com <javascript:>>
> wrote:
> >
> >> Also, now you need to explicitly specify the order in which these
> >> decompositions happen. That is, if you have two structured binding
> >> parameters, which one gets decomposed first? At the very least, you
> should
> >> explicitly state that there is no order.
> >
> >  In my mind they should follow the same order as for a regular function,
> > with the decompositions happening in the same order as constructions of
> the
> > parameters.
> >
>
> In your latest draft, you choose to decompose inside
> function body, so I have a further suggestion: entirely
> split the decomposition step from the parameter
> copy-init step and define the decomposition order
> to be left-to-right.
>
>   [] (auto [a, b] /* underlying object x */,
>       auto [c, d] /* underlying object y */) {...}
>
> When invoking this function, copy-init x and y in
> unspecific order, then decompose x into a and b,
> then decompose y into c and d.  This can further
> simplify the model, because that will be no difference
> from
>
>   [] (auto x, auto y) {...}
>
> from the caller's point of view.
>
> --
> Zhihao Yuan, ID lichray
> The best way to predict the future is to invent it.
> _______________________________________________
>

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<div dir=3D"ltr">Yeah I intentionally defined it like that. =C2=A0In the ex=
pansion of the lambda the copy-init (if any) happens before the decompositi=
on; the actual decomposition step happens inside the body of the function. =
=C2=A0This also fits the scope visibility issue that I mentioned. =C2=A0Did=
 I leave something specified ambiguously?<div><br>On Saturday, 26 August 20=
17 14:07:31 UTC-7, Zhihao Yuan  wrote:<blockquote class=3D"gmail_quote" sty=
le=3D"margin: 0;margin-left: 0.8ex;border-left: 1px #ccc solid;padding-left=
: 1ex;">On Fri, Aug 25, 2017 at 2:19 PM, Curious &lt;<a href=3D"javascript:=
" target=3D"_blank" gdf-obfuscated-mailto=3D"qC4mgfQNDAAJ" rel=3D"nofollow"=
 onmousedown=3D"this.href=3D&#39;javascript:&#39;;return true;" onclick=3D"=
this.href=3D&#39;javascript:&#39;;return true;">rmn...@gmail.com</a>&gt; wr=
ote:
<br>&gt;
<br>&gt;&gt; Also, now you need to explicitly specify the order in which th=
ese
<br>&gt;&gt; decompositions happen. That is, if you have two structured bin=
ding
<br>&gt;&gt; parameters, which one gets decomposed first? At the very least=
, you should
<br>&gt;&gt; explicitly state that there is no order.
<br>&gt;
<br>&gt; =C2=A0In my mind they should follow the same order as for a regula=
r function,
<br>&gt; with the decompositions happening in the same order as constructio=
ns of the
<br>&gt; parameters.
<br>&gt;
<br>
<br>In your latest draft, you choose to decompose inside
<br>function body, so I have a further suggestion: entirely
<br>split the decomposition step from the parameter
<br>copy-init step and define the decomposition order
<br>to be left-to-right.
<br>
<br>=C2=A0 [] (auto [a, b] /* underlying object x */,
<br>=C2=A0 =C2=A0 =C2=A0 auto [c, d] /* underlying object y */) {...}
<br>
<br>When invoking this function, copy-init x and y in
<br>unspecific order, then decompose x into a and b,
<br>then decompose y into c and d. =C2=A0This can further
<br>simplify the model, because that will be no difference
<br>from
<br>
<br>=C2=A0 [] (auto x, auto y) {...}
<br>
<br>from the caller&#39;s point of view.
<br>
<br>--=20
<br>Zhihao Yuan, ID lichray
<br>The best way to predict the future is to invent it.
<br>______________________________<wbr>_________________
<br></blockquote></div></div>

<p></p>

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On Sat, Aug 26, 2017 at 4:54 PM, Curious <rmn100@gmail.com> wrote:
> Yeah I intentionally defined it like that.  In the expansion of the lambda
> the copy-init (if any) happens before the decomposition; the actual
> decomposition step happens inside the body of the function.  This also fits
> the scope visibility issue that I mentioned.  Did I leave something
> specified ambiguously?
>

Hmmm, no.  I just didn't see this discussion in
section 7, which briefly introduced the model
again.  Maybe put section 7 in section 5.2?

--
Zhihao Yuan, ID lichray
The best way to predict the future is to invent it.
_______________________________________________

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The reason I didn't specify the details in section 7 again in section 5 was
because the latter introduced the idea of the expansion and that already
has the effect that the decompositions are done inside the lambda.  Would
you still recommend I merge sections 7 and 5?

On Saturday, 26 August 2017 17:51:35 UTC-7, Zhihao Yuan wrote:
>
> On Sat, Aug 26, 2017 at 4:54 PM, Curious <rmn...@gmail.com <javascript:>>
> wrote:
> > Yeah I intentionally defined it like that.  In the expansion of the
> lambda
> > the copy-init (if any) happens before the decomposition; the actual
> > decomposition step happens inside the body of the function.  This also
> fits
> > the scope visibility issue that I mentioned.  Did I leave something
> > specified ambiguously?
> >
>
> Hmmm, no.  I just didn't see this discussion in
> section 7, which briefly introduced the model
> again.  Maybe put section 7 in section 5.2?
>
> --
> Zhihao Yuan, ID lichray
> The best way to predict the future is to invent it.
> _______________________________________________
>

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<div dir=3D"ltr">The reason I didn&#39;t specify the details in section 7 a=
gain in section 5 was because the latter introduced the idea of the expansi=
on and that already has the effect that the decompositions are done inside =
the lambda. =C2=A0Would you still recommend I merge sections 7 and 5? =C2=
=A0<br><br>On Saturday, 26 August 2017 17:51:35 UTC-7, Zhihao Yuan  wrote:<=
blockquote class=3D"gmail_quote" style=3D"margin: 0;margin-left: 0.8ex;bord=
er-left: 1px #ccc solid;padding-left: 1ex;">On Sat, Aug 26, 2017 at 4:54 PM=
, Curious &lt;<a href=3D"javascript:" target=3D"_blank" gdf-obfuscated-mail=
to=3D"L0gl4y4aDAAJ" rel=3D"nofollow" onmousedown=3D"this.href=3D&#39;javasc=
ript:&#39;;return true;" onclick=3D"this.href=3D&#39;javascript:&#39;;retur=
n true;">rmn...@gmail.com</a>&gt; wrote:
<br>&gt; Yeah I intentionally defined it like that. =C2=A0In the expansion =
of the lambda
<br>&gt; the copy-init (if any) happens before the decomposition; the actua=
l
<br>&gt; decomposition step happens inside the body of the function. =C2=A0=
This also fits
<br>&gt; the scope visibility issue that I mentioned. =C2=A0Did I leave som=
ething
<br>&gt; specified ambiguously?
<br>&gt;
<br>
<br>Hmmm, no. =C2=A0I just didn&#39;t see this discussion in
<br>section 7, which briefly introduced the model
<br>again. =C2=A0Maybe put section 7 in section 5.2?
<br>
<br>--=20
<br>Zhihao Yuan, ID lichray
<br>The best way to predict the future is to invent it.
<br>______________________________<wbr>_________________
<br></blockquote></div>

<p></p>

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On Sat, Aug 26, 2017 at 10:07 PM, Curious <rmn100@gmail.com> wrote:
> The reason I didn't specify the details in section 7 again in section 5 was
> because the latter introduced the idea of the expansion and that already has
> the effect that the decompositions are done inside the lambda.  Would you
> still recommend I merge sections 7 and 5?
>

The content of section 7 is implied by 5.2, so I feel that
its importance doesn't require a full section.  Up to you;
no technical difference.

--
Zhihao Yuan, ID lichray
The best way to predict the future is to invent it.
_______________________________________________

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How do you handle a class that is 1-decomposable at one point in the
program and 3-decomposable at another? (This can happen if you have an
intervening tuple_size etc. specialization.) And this means that the trait
is prone to ODR violations, which is an argument against providing it.

To what extent does x-decomposable check for errors? In particular, how far
do you go in checking before you call a type (not) "decomposable"? I assume
that if a get<>() instantiation would trigger a hard error, the type would
still be considered "decomposable". What about a broken tuple_size
specialization (which motivated GB 20)? A missing or broken tuple_element
specialization? A missing get? A deleted get<> overload?

Should the trait and overload resolution do the same check, or should
overload resolution do a different check? For example, while overload
resolution generally ignores access controls and deleted definitions,
traits generally do not.

The standard uses ref-qualifier for the &/&&. I hated that, which is why
cppreference doesn't use that name, but if you are writing a paper to
change the standard then you should use the name in the standard.

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<div dir=3D"ltr"><div>How do you handle a class that is 1-decomposable at o=
ne point in the program and 3-decomposable at another? (This can happen if =
you have an intervening tuple_size etc. specialization.) And this means tha=
t the trait is prone to ODR violations, which is an argument against provid=
ing it.</div><div><br></div><div>To what extent does x-decomposable check f=
or errors? In particular, how far do you go in checking before you call a t=
ype (not) &quot;decomposable&quot;? I assume that if a get&lt;&gt;() instan=
tiation would trigger a hard error, the type would still be considered &quo=
t;decomposable&quot;. What about a broken tuple_size specialization (which =
motivated GB 20)? A missing or broken tuple_element specialization? A missi=
ng get? A deleted get&lt;&gt; overload?=C2=A0</div><div><br></div><div>Shou=
ld the trait and overload resolution do the same check, or should overload =
resolution do a different check? For example, while overload resolution gen=
erally ignores access controls and deleted definitions, traits generally do=
 not.=C2=A0</div><div><br></div><div>The standard uses ref-qualifier for th=
e &amp;/&amp;&amp;. I hated that, which is why cppreference doesn&#39;t use=
 that name, but if you are writing a paper to change the standard then you =
should use the name in the standard.<div><br></div></div></div>

<p></p>

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(Replies below; not in the order you had initially posted)

To what extent does x-decomposable check for errors? In particular, how far
> do you go in checking before you call a type (not) "decomposable"? I assume
> that if a get<>() instantiation would trigger a hard error, the type would
> still be considered "decomposable". What about a broken tuple_size
> specialization (which motivated GB 20)? A missing or broken tuple_element
> specialization? A missing get? A deleted get<> overload?
>

The regular structured bindings decomposition process looks for (in order)
1. whether the type is an array type and can be decomposed into x bindings,
2. if the type has a tuple_size<> defined equal to x (the number of
bindings) 3. if the x bindings can bind to the x public data members of the
type.

Now that I think about it, is_decomposable<x> should be doing the same
thing.  And not going so far as to check if the type is decomposable into x
bindings by considering the least restrictive scope access.  When there is
a scope error that will be flagged by the compiler as a hard error (such as
when get<>() is a private member and is not accessible in the context of
the lambda).  Similarly, when there is no tuple_element<> definition to
match every x binding for the type the compiler will report a hard error.
 In both these situations is_decomposable<x> will still return true.

How do you handle a class that is 1-decomposable at one point in the
> program and 3-decomposable at another? (This can happen if you have an
> intervening tuple_size etc. specialization.) And this means that the trait
> is prone to ODR violations, which is an argument against providing it.
>

With the change I have outlined above, checking for an incomplete type
seems worrisome, yes.  For example, the following trait is prone to ODR
violations when used across translation units

template <typename IncompleteType, typename = std::enable_if_t<true>>
struct DetermineComplete {
    static constexpr const bool value = false;
};

template <typename IncompleteType>
struct DetermineComplete<
        IncompleteType,
        std::enable_if_t<sizeof(IncompleteType) == sizeof(IncompleteType)>>
{
    static constexpr const bool value = true;
};

But when you inject the above trait in an anonymous namespace, that problem
seems to be mitigated?  Perhaps then, the solution should be to inject the
trait in an anonymous namespace in the <type_traits> header?  This way, it
will be harder to violate ODR across translation units.  And if this is
used only with structured-binding-lambdas then it can either cause an
instantiation or not,  I cannot picture it causing two conflicting
instantiations across translation units.  Maybe it should be kept private
to the implementation?

Should the trait and overload resolution do the same check, or should
> overload resolution do a different check? For example, while overload
> resolution generally ignores access controls and deleted definitions,
> traits generally do not.
>

I feel like the trait should do the following checks now:

   1. If the type is an array type of cardinality x, it is x-decomposable
   2. If tuple_size<T> is a complete type for T, and tuple_size<T>::value
   is equal to x, then the type T is x-decomposable
   3. If the type is decomposable into x bindings via binding to it's x
   public data members, it is x-decomposable (referencing the same conditions
   as those for regular structured binding decompositions)

This keeps the definition simple and the semantics consistent.

The standard uses ref-qualifier for the &/&&. I hated that, which is why
> cppreference doesn't use that name, but if you are writing a paper to
> change the standard then you should use the name in the standard.
>

Thanks!  I'll make that change in the next version of the paper along with
the change related to the decomposable trait and concept.

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<div dir=3D"ltr"><div>(Replies below; not in the order you had initially po=
sted)</div><br><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>To what extent does x-decomposable check for errors? In particular, =
how far do you go in checking before you call a type (not) &quot;decomposab=
le&quot;? I assume that if a get&lt;&gt;() instantiation would trigger a ha=
rd error, the type would still be considered &quot;decomposable&quot;. What=
 about a broken tuple_size specialization (which motivated GB 20)? A missin=
g or broken tuple_element specialization? A missing get? A deleted get&lt;&=
gt; overload?=C2=A0</div></div></blockquote><div><br></div><div>The regular=
 structured bindings decomposition process looks for (in order) 1. whether =
the type is an array type and can be decomposed into x bindings, 2. if the =
type has a <font face=3D"courier new, monospace">tuple_size&lt;&gt;</font> =
defined equal to <font face=3D"courier new, monospace">x</font> (the number=
 of bindings) 3. if the <font face=3D"courier new, monospace">x</font> bind=
ings can bind to the <font face=3D"courier new, monospace">x</font> public =
data members of the type. =C2=A0</div><div><br></div><div>Now that I think =
about it, <font face=3D"courier new, monospace">is_decomposable&lt;x&gt;</f=
ont> should be doing the same thing. =C2=A0And not going so far as to check=
 if the type is decomposable into <font face=3D"courier new, monospace">x</=
font> bindings by considering the least restrictive scope access. =C2=A0Whe=
n there is a scope error that will be flagged by the compiler as a hard err=
or (such as when <font face=3D"courier new, monospace">get&lt;&gt;()</font>=
 is a private member and is not accessible in the context of the lambda). =
=C2=A0Similarly, when there is no <font face=3D"courier new, monospace">tup=
le_element&lt;&gt;</font> definition to match every <font face=3D"courier n=
ew, monospace">x</font> binding for the type the compiler will report a har=
d error. =C2=A0In both these situations <font face=3D"courier new, monospac=
e">is_decomposable&lt;x&gt;</font> will still return true.</div><div><br></=
div><div><blockquote class=3D"gmail_quote" style=3D"margin: 0px 0px 0px 0.8=
ex; border-left-width: 1px; border-left-style: solid; border-left-color: rg=
b(204, 204, 204); padding-left: 1ex;"><div dir=3D"ltr">How do you handle a =
class that is 1-decomposable at one point in the program and 3-decomposable=
 at another? (This can happen if you have an intervening tuple_size etc. sp=
ecialization.) And this means that the trait is prone to ODR violations, wh=
ich is an argument against providing it.</div></blockquote><div><br></div><=
div>With the change I have outlined above, checking for an incomplete type =
seems worrisome, yes. =C2=A0For example, the following trait is prone to OD=
R violations when used across translation units</div><div><br></div><div><d=
iv><font face=3D"courier new, monospace">template &lt;typename IncompleteTy=
pe, typename =3D std::enable_if_t&lt;true&gt;&gt;</font></div><div><font fa=
ce=3D"courier new, monospace">struct DetermineComplete {</font></div><div><=
font face=3D"courier new, monospace">=C2=A0 =C2=A0 static constexpr const b=
ool value =3D false;</font></div><div><font face=3D"courier new, monospace"=
>};</font></div><div><font face=3D"courier new, monospace"><br></font></div=
><div><font face=3D"courier new, monospace">template &lt;typename Incomplet=
eType&gt;</font></div><div><font face=3D"courier new, monospace">struct Det=
ermineComplete&lt;</font></div><div><font face=3D"courier new, monospace">=
=C2=A0 =C2=A0 =C2=A0 =C2=A0 IncompleteType,</font></div><div><font face=3D"=
courier new, monospace">=C2=A0 =C2=A0 =C2=A0 =C2=A0 std::enable_if_t&lt;siz=
eof(IncompleteType) =3D=3D sizeof(IncompleteType)&gt;&gt; {</font></div><di=
v><font face=3D"courier new, monospace">=C2=A0 =C2=A0 static constexpr cons=
t bool value =3D true;</font></div><div><font face=3D"courier new, monospac=
e">};</font></div></div><div><br></div><div>But when you inject the above t=
rait in an anonymous namespace, that problem seems to be mitigated? =C2=A0P=
erhaps then, the solution should be to inject the trait in an anonymous nam=
espace in the <font face=3D"courier new, monospace">&lt;type_traits&gt;</fo=
nt> header? =C2=A0This way, it will be harder to violate ODR across transla=
tion units. =C2=A0And if this is used only with structured-binding-lambdas =
then it can either cause an instantiation or not, =C2=A0I cannot picture it=
 causing two conflicting instantiations across translation units. =C2=A0May=
be it should be kept private to the implementation?</div></div><div><br></d=
iv><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>Shoul=
d the trait and overload resolution do the same check, or should overload r=
esolution do a different check? For example, while overload resolution gene=
rally ignores access controls and deleted definitions, traits generally do =
not.=C2=A0</div></div></blockquote><div><br></div><div>I feel like the trai=
t should do the following checks now:</div><div><ol><li>If the type is an a=
rray type of cardinality <font face=3D"courier new, monospace">x</font>, it=
 is x-decomposable</li><li>If <font face=3D"courier new, monospace">tuple_s=
ize&lt;T&gt;</font> is a complete type for <font face=3D"courier new, monos=
pace">T</font>, and <font face=3D"courier new, monospace">tuple_size&lt;T&g=
t;::value</font> is equal to <font face=3D"courier new, monospace">x</font>=
, then the type <font face=3D"courier new, monospace">T</font> is x-decompo=
sable</li><li>If the type is decomposable into <font face=3D"courier new, m=
onospace">x</font> bindings via binding to it&#39;s <font face=3D"courier n=
ew, monospace">x</font> public data members, it is x-decomposable (referenc=
ing the same conditions as those for regular structured binding decompositi=
ons)=C2=A0<br></li></ol><div>This keeps the definition simple and the seman=
tics consistent. =C2=A0</div></div><div><br></div><blockquote class=3D"gmai=
l_quote" style=3D"margin: 0;margin-left: 0.8ex;border-left: 1px #ccc solid;=
padding-left: 1ex;"><div dir=3D"ltr"><div>The standard uses ref-qualifier f=
or the &amp;/&amp;&amp;. I hated that, which is why cppreference doesn&#39;=
t use that name, but if you are writing a paper to change the standard then=
 you should use the name in the standard.</div></div></blockquote><div><br>=
</div><div>Thanks! =C2=A0I&#39;ll make that change in the next version of t=
he paper along with the change related to the decomposable trait and concep=
t.</div></div>

<p></p>

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You don't have to have multiple translation units to run into ODR problems.
Consider (the idea was first pointed out to me by Casey Carter a while
ago):

struct X { int a; };

template<> struct std::tuple_size<X>;
template<size_t I> struct std::tuple_element<I, X> { using type = int; };
template<size_t I> int get(X) { return 1; }


auto [a] = X(); // is_decomposable<1, X>::value == true ;
is_decomposable<3, X>::value == false ?


template<> struct std::tuple_size<X> : std::integral_constant<size_t, 3> {};
auto [b, c, d] = X();

// auto [e] = X(); // error now
// is_decomposable<1, X>::value == ?


Also, to illustrate my question about extent of the check, what should the
following code do? (This is basically GB 20's motivating example.)
struct Y {};
template<> struct std::tuple_size<Y> { const int value = 2; /* note missing
"static" */ };
// tuple_element/get omitted

static_assert(is_decomposable<2, Y>::value);

1) fire the static assert
2) somehow not fire the static assert
3) cause a hard error
4) something else

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<div dir=3D"ltr"><div>You don&#39;t have to have multiple translation units=
 to run into ODR problems. Consider (the idea was first pointed out to me b=
y Casey Carter a while ago):=C2=A0<br></div><div><br></div><div class=3D"pr=
ettyprint" style=3D"background-color: rgb(250, 250, 250); border-color: rgb=
(187, 187, 187); border-style: solid; border-width: 1px; word-wrap: break-w=
ord;"><code class=3D"prettyprint"><div class=3D"subprettyprint"><span style=
=3D"color: #008;" class=3D"styled-by-prettify">struct</span><span style=3D"=
color: #000;" class=3D"styled-by-prettify"> X </span><span style=3D"color: =
#660;" class=3D"styled-by-prettify">{</span><span style=3D"color: #000;" cl=
ass=3D"styled-by-prettify"> </span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">int</span><span style=3D"color: #000;" class=3D"styled-by=
-prettify"> a</span><span style=3D"color: #660;" class=3D"styled-by-prettif=
y">;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </spa=
n><span style=3D"color: #660;" class=3D"styled-by-prettify">};</span><span =
style=3D"color: #000;" class=3D"styled-by-prettify"><br><br></span><span st=
yle=3D"color: #008;" class=3D"styled-by-prettify">template</span><span styl=
e=3D"color: #660;" class=3D"styled-by-prettify">&lt;&gt;</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #008;" class=3D"styled-by-prettify">struct</span><span style=3D"color: #0=
00;" class=3D"styled-by-prettify"> std</span><span style=3D"color: #660;" c=
lass=3D"styled-by-prettify">::</span><span style=3D"color: #000;" class=3D"=
styled-by-prettify">tuple_size</span><span style=3D"color: #660;" class=3D"=
styled-by-prettify">&lt;</span><span style=3D"color: #000;" class=3D"styled=
-by-prettify">X</span><span style=3D"color: #660;" class=3D"styled-by-prett=
ify">&gt;;</span><span style=3D"color: #000;" class=3D"styled-by-prettify">=
<br></span><span style=3D"color: #008;" class=3D"styled-by-prettify">templa=
te</span><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;</sp=
an><span style=3D"color: #000;" class=3D"styled-by-prettify">size_t I</span=
><span style=3D"color: #660;" class=3D"styled-by-prettify">&gt;</span><span=
 style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D=
"color: #008;" class=3D"styled-by-prettify">struct</span><span style=3D"col=
or: #000;" class=3D"styled-by-prettify"> std</span><span style=3D"color: #6=
60;" class=3D"styled-by-prettify">::</span><span style=3D"color: #000;" cla=
ss=3D"styled-by-prettify">tuple_element</span><span style=3D"color: #660;" =
class=3D"styled-by-prettify">&lt;</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify">I</span><span style=3D"color: #660;" class=3D"style=
d-by-prettify">,</span><span style=3D"color: #000;" class=3D"styled-by-pret=
tify"> X</span><span style=3D"color: #660;" class=3D"styled-by-prettify">&g=
t;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span>=
<span style=3D"color: #660;" class=3D"styled-by-prettify">{</span><span sty=
le=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"col=
or: #008;" class=3D"styled-by-prettify">using</span><span style=3D"color: #=
000;" class=3D"styled-by-prettify"> type </span><span style=3D"color: #660;=
" class=3D"styled-by-prettify">=3D</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"> </span><span style=3D"color: #008;" class=3D"style=
d-by-prettify">int</span><span style=3D"color: #660;" class=3D"styled-by-pr=
ettify">;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> =
</span><span style=3D"color: #660;" class=3D"styled-by-prettify">};</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span s=
tyle=3D"color: #008;" class=3D"styled-by-prettify">template</span><span sty=
le=3D"color: #660;" class=3D"styled-by-prettify">&lt;</span><span style=3D"=
color: #000;" class=3D"styled-by-prettify">size_t I</span><span style=3D"co=
lor: #660;" class=3D"styled-by-prettify">&gt;</span><span style=3D"color: #=
000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #008;" cla=
ss=3D"styled-by-prettify">int</span><span style=3D"color: #000;" class=3D"s=
tyled-by-prettify"> </span><span style=3D"color: #008;" class=3D"styled-by-=
prettify">get</span><span style=3D"color: #660;" class=3D"styled-by-prettif=
y">(</span><span style=3D"color: #000;" class=3D"styled-by-prettify">X</spa=
n><span style=3D"color: #660;" class=3D"styled-by-prettify">)</span><span s=
tyle=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"c=
olor: #660;" class=3D"styled-by-prettify">{</span><span style=3D"color: #00=
0;" class=3D"styled-by-prettify"> </span><span style=3D"color: #008;" class=
=3D"styled-by-prettify">return</span><span style=3D"color: #000;" class=3D"=
styled-by-prettify"> </span><span style=3D"color: #066;" class=3D"styled-by=
-prettify">1</span><span style=3D"color: #660;" class=3D"styled-by-prettify=
">;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span=
><span style=3D"color: #660;" class=3D"styled-by-prettify">}</span><span st=
yle=3D"color: #000;" class=3D"styled-by-prettify"><br><br><br></span><span =
style=3D"color: #008;" class=3D"styled-by-prettify">auto</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #660;" class=3D"styled-by-prettify">[</span><span style=3D"color: #000;" =
class=3D"styled-by-prettify">a</span><span style=3D"color: #660;" class=3D"=
styled-by-prettify">]</span><span style=3D"color: #000;" class=3D"styled-by=
-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-prettify=
">=3D</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> X</s=
pan><span style=3D"color: #660;" class=3D"styled-by-prettify">();</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=
=3D"color: #800;" class=3D"styled-by-prettify">// is_decomposable&lt;1, X&g=
t;::value =3D=3D true ; is_decomposable&lt;3, X&gt;::value =3D=3D false ?</=
span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br><br><br>=
</span><span style=3D"color: #008;" class=3D"styled-by-prettify">template</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;&gt;</sp=
an><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span =
style=3D"color: #008;" class=3D"styled-by-prettify">struct</span><span styl=
e=3D"color: #000;" class=3D"styled-by-prettify"> std</span><span style=3D"c=
olor: #660;" class=3D"styled-by-prettify">::</span><span style=3D"color: #0=
00;" class=3D"styled-by-prettify">tuple_size</span><span style=3D"color: #6=
60;" class=3D"styled-by-prettify">&lt;</span><span style=3D"color: #000;" c=
lass=3D"styled-by-prettify">X</span><span style=3D"color: #660;" class=3D"s=
tyled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D"styled-=
by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-pretti=
fy">:</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> std<=
/span><span style=3D"color: #660;" class=3D"styled-by-prettify">::</span><s=
pan style=3D"color: #000;" class=3D"styled-by-prettify">integral_constant</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify">size_t</span><span=
 style=3D"color: #660;" class=3D"styled-by-prettify">,</span><span style=3D=
"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #=
066;" class=3D"styled-by-prettify">3</span><span style=3D"color: #660;" cla=
ss=3D"styled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D"=
styled-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by=
-prettify">{};</span><span style=3D"color: #000;" class=3D"styled-by-pretti=
fy"><br></span><span style=3D"color: #008;" class=3D"styled-by-prettify">au=
to</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span>=
<span style=3D"color: #660;" class=3D"styled-by-prettify">[</span><span sty=
le=3D"color: #000;" class=3D"styled-by-prettify">b</span><span style=3D"col=
or: #660;" class=3D"styled-by-prettify">,</span><span style=3D"color: #000;=
" class=3D"styled-by-prettify"> c</span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">,</span><span style=3D"color: #000;" class=3D"style=
d-by-prettify"> d</span><span style=3D"color: #660;" class=3D"styled-by-pre=
ttify">]</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> <=
/span><span style=3D"color: #660;" class=3D"styled-by-prettify">=3D</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify"> X</span><span sty=
le=3D"color: #660;" class=3D"styled-by-prettify">();</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"><br><br></span><span style=3D"col=
or: #800;" class=3D"styled-by-prettify">// auto [e] =3D X(); // error now</=
span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><=
span style=3D"color: #800;" class=3D"styled-by-prettify">// is_decomposable=
&lt;1, X&gt;::value =3D=3D ?</span><span style=3D"color: #000;" class=3D"st=
yled-by-prettify"><br><br></span></div></code></div><div><br></div><div>Als=
o, to illustrate my question about extent of the check, what should the fol=
lowing code do? (This is basically GB 20&#39;s motivating example.)</div><d=
iv><div class=3D"prettyprint" style=3D"background-color: rgb(250, 250, 250)=
; border-color: rgb(187, 187, 187); border-style: solid; border-width: 1px;=
 word-wrap: break-word;"><code class=3D"prettyprint"><div class=3D"subprett=
yprint"><font color=3D"#660066"><span style=3D"color: #008;" class=3D"style=
d-by-prettify">struct</span><span style=3D"color: #000;" class=3D"styled-by=
-prettify"> Y </span><span style=3D"color: #660;" class=3D"styled-by-pretti=
fy">{};</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br=
></span><span style=3D"color: #008;" class=3D"styled-by-prettify">template<=
/span><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;&gt;</s=
pan><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span=
 style=3D"color: #008;" class=3D"styled-by-prettify">struct</span><span sty=
le=3D"color: #000;" class=3D"styled-by-prettify"> std</span><span style=3D"=
color: #660;" class=3D"styled-by-prettify">::</span><span style=3D"color: #=
000;" class=3D"styled-by-prettify">tuple_size</span><span style=3D"color: #=
660;" class=3D"styled-by-prettify">&lt;</span><span style=3D"color: #000;" =
class=3D"styled-by-prettify">Y</span><span style=3D"color: #660;" class=3D"=
styled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D"styled=
-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-prett=
ify">{</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </s=
pan><span style=3D"color: #008;" class=3D"styled-by-prettify">const</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span styl=
e=3D"color: #008;" class=3D"styled-by-prettify">int</span><span style=3D"co=
lor: #000;" class=3D"styled-by-prettify"> value </span><span style=3D"color=
: #660;" class=3D"styled-by-prettify">=3D</span><span style=3D"color: #000;=
" class=3D"styled-by-prettify"> </span><span style=3D"color: #066;" class=
=3D"styled-by-prettify">2</span><span style=3D"color: #660;" class=3D"style=
d-by-prettify">;</span><span style=3D"color: #000;" class=3D"styled-by-pret=
tify"> </span><span style=3D"color: #800;" class=3D"styled-by-prettify">/* =
note missing &quot;static&quot; */</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"> </span><span style=3D"color: #660;" class=3D"style=
d-by-prettify">};</span><span style=3D"color: #000;" class=3D"styled-by-pre=
ttify"><br></span><span style=3D"color: #800;" class=3D"styled-by-prettify"=
>// tuple_element/get omitted</span><span style=3D"color: #000;" class=3D"s=
tyled-by-prettify"><br><br></span><span style=3D"color: #008;" class=3D"sty=
led-by-prettify">static_assert</span><span style=3D"color: #660;" class=3D"=
styled-by-prettify">(</span><span style=3D"color: #000;" class=3D"styled-by=
-prettify">is_decomposable</span><span style=3D"color: #660;" class=3D"styl=
ed-by-prettify">&lt;</span><span style=3D"color: #066;" class=3D"styled-by-=
prettify">2</span><span style=3D"color: #660;" class=3D"styled-by-prettify"=
>,</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> Y</span=
><span style=3D"color: #660;" class=3D"styled-by-prettify">&gt;::</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify">value</span><span st=
yle=3D"color: #660;" class=3D"styled-by-prettify">);</span></font></div></c=
ode></div><br></div><div>1) fire the static assert</div><div>2) somehow not=
 fire the static assert</div><div>3) cause a hard error</div><div>4) someth=
ing else</div></div>

<p></p>

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You are right.  This makes me wonder.  Are structured bindings not prone to
the same problems?  The structured bindings decomposition checks to see if
tuple_size<> is a complete type first, and then go on to check if the class
can be decomposed via it's public members.  For example

class Something {
public:
    int a;
};

namespace std {
template <>
class tuple_size<Something>;
} // namespace std

template <typename SomethingType>
void foo(SomethingType something) {
    auto [one] = something;
    static_cast<void>(one);
}

void bar(Something something) {
    foo(something);
}

/**
 * Define the tuple shenanigans
 */
namespace std {
template <>
class tuple_size<Something> : std::integral_constant<int, 1> {};
template <std::size_t Index>
class tuple_element<Index, Something> {
    using type = int;
}
template <std::size_t Index>
int get(Something something) {
    std::cout << "get(Something)" << std::endl;
    return something.a;
}
} // namespace std

void baz(Something something) {
    // now expect logging
    foo(something);
}

Although I suspect the above isn't an ODR problem because the bindings
aren't involved in the template instantiation process.  Although it might
be surprising to the user.

I wonder why a simpler approach wasn't taken, why check for tuple_size<> to
be a complete type rather than checking for the existence of a static
constexpr value or a std::integral_constant<> typedef within the class?
 This can now be a possible change, instead of allowing tuple_size<> to be
specialized everywhere.  Make classes that want to pretend to be a tuple
have a member typedef or a static constexpr and make tuple_size<> use that
typedef in the general case, and don't leave the type undefined (I suspect
this will break a lot of code, if people are checking to see if
tuple_size<> is a complete type).  For example

class TupleLike {
public:
    using tuple_size_type = std::integral_constant<int, 2>;
private:
    std::tuple<int, int> a;
};

This is much simpler and is not prone to ODR issues.  And now structured
bindings can check for the existence of and inspect the tuple_size_type
alias within the class.

And then in the general case tuple_size<> can be defined like

namespace std {
template <typename T>
class tuple_size {
 static constexpr const auto value = T::tuple_size_type::value;
};

} // namespace std

The second simpler solution to the is_decomposable problem is to not use
the trait at all, and just let the lambda translate to an unconstrained
template function in an anonymous class.

Also, to illustrate my question about extent of the check, what should the
> following code do? (This is basically GB 20's motivating example.)
>

Shouldn't this cause a hard error?  std::tuple_size is defined, and when
the code tries to use it, it finds out that the specialization is just
incorrectly defined.

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<div dir=3D"ltr">You are right. =C2=A0This makes me wonder. =C2=A0Are struc=
tured bindings not prone to the same problems? =C2=A0The structured binding=
s decomposition checks to see if <font face=3D"courier new, monospace">tupl=
e_size&lt;&gt;</font> is a complete type first, and then go on to check if =
the class can be decomposed via it&#39;s public members. =C2=A0For example<=
div><br></div><div><div class=3D"prettyprint" style=3D"background-color: rg=
b(250, 250, 250); border: 1px solid rgb(187, 187, 187); word-wrap: break-wo=
rd;"><code class=3D"prettyprint"><div class=3D"subprettyprint"><span style=
=3D"color: #008;" class=3D"styled-by-prettify">class</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #60=
6;" class=3D"styled-by-prettify">Something</span><span style=3D"color: #000=
;" class=3D"styled-by-prettify"> </span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">{</span><span style=3D"color: #000;" class=3D"style=
d-by-prettify"><br></span><span style=3D"color: #008;" class=3D"styled-by-p=
rettify">public</span><span style=3D"color: #660;" class=3D"styled-by-prett=
ify">:</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=
=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"styled-by-pretti=
fy">int</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> a<=
/span><span style=3D"color: #660;" class=3D"styled-by-prettify">;</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span sty=
le=3D"color: #660;" class=3D"styled-by-prettify">};</span><span style=3D"co=
lor: #000;" class=3D"styled-by-prettify"><br><br></span><span style=3D"colo=
r: #008;" class=3D"styled-by-prettify">namespace</span><span style=3D"color=
: #000;" class=3D"styled-by-prettify"> std </span><span style=3D"color: #66=
0;" class=3D"styled-by-prettify">{</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">template</span><span style=3D"color: #000;" class=3D"styl=
ed-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-pre=
ttify">&lt;&gt;</span><span style=3D"color: #000;" class=3D"styled-by-prett=
ify"><br></span><span style=3D"color: #008;" class=3D"styled-by-prettify">c=
lass</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> tuple=
_size</span><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;<=
/span><span style=3D"color: #606;" class=3D"styled-by-prettify">Something</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">&gt;;</span>=
<span style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span =
style=3D"color: #660;" class=3D"styled-by-prettify">}</span><span style=3D"=
color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #8=
00;" class=3D"styled-by-prettify">// namespace std</span><span style=3D"col=
or: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 <br></span><span =
style=3D"color: #008;" class=3D"styled-by-prettify">template</span><span st=
yle=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"co=
lor: #660;" class=3D"styled-by-prettify">&lt;</span><span style=3D"color: #=
008;" class=3D"styled-by-prettify">typename</span><span style=3D"color: #00=
0;" class=3D"styled-by-prettify"> </span><span style=3D"color: #606;" class=
=3D"styled-by-prettify">SomethingType</span><span style=3D"color: #660;" cl=
ass=3D"styled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D=
"styled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"style=
d-by-prettify">void</span><span style=3D"color: #000;" class=3D"styled-by-p=
rettify"> foo</span><span style=3D"color: #660;" class=3D"styled-by-prettif=
y">(</span><span style=3D"color: #606;" class=3D"styled-by-prettify">Someth=
ingType</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> so=
mething</span><span style=3D"color: #660;" class=3D"styled-by-prettify">)</=
span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><spa=
n style=3D"color: #660;" class=3D"styled-by-prettify">{</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><sp=
an style=3D"color: #008;" class=3D"styled-by-prettify">auto</span><span sty=
le=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"col=
or: #660;" class=3D"styled-by-prettify">[</span><span style=3D"color: #000;=
" class=3D"styled-by-prettify">one</span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">]</span><span style=3D"color: #000;" class=3D"style=
d-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-pret=
tify">=3D</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> =
something</span><span style=3D"color: #660;" class=3D"styled-by-prettify">;=
</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0=
 =C2=A0 </span><span style=3D"color: #008;" class=3D"styled-by-prettify">st=
atic_cast</span><span style=3D"color: #080;" class=3D"styled-by-prettify">&=
lt;void&gt;</span><span style=3D"color: #660;" class=3D"styled-by-prettify"=
>(</span><span style=3D"color: #000;" class=3D"styled-by-prettify">one</spa=
n><span style=3D"color: #660;" class=3D"styled-by-prettify">);</span><span =
style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span style=
=3D"color: #660;" class=3D"styled-by-prettify">}</span><span style=3D"color=
: #000;" class=3D"styled-by-prettify"><br><br></span><span style=3D"color: =
#008;" class=3D"styled-by-prettify">void</span><span style=3D"color: #000;"=
 class=3D"styled-by-prettify"> bar</span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">(</span><span style=3D"color: #606;" class=3D"style=
d-by-prettify">Something</span><span style=3D"color: #000;" class=3D"styled=
-by-prettify"> something</span><span style=3D"color: #660;" class=3D"styled=
-by-prettify">)</span><span style=3D"color: #000;" class=3D"styled-by-prett=
ify"> </span><span style=3D"color: #660;" class=3D"styled-by-prettify">{</s=
pan><span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =
=C2=A0 foo</span><span style=3D"color: #660;" class=3D"styled-by-prettify">=
(</span><span style=3D"color: #000;" class=3D"styled-by-prettify">something=
</span><span style=3D"color: #660;" class=3D"styled-by-prettify">);</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span s=
tyle=3D"color: #660;" class=3D"styled-by-prettify">}</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"><br><br></span><span style=3D"col=
or: #800;" class=3D"styled-by-prettify">/**<br>=C2=A0* Define the tuple </s=
pan><span style=3D"color: #800;" class=3D"styled-by-prettify">shenanigans<b=
r>=C2=A0*/</span><span style=3D"color: #000;" class=3D"styled-by-prettify">=
<br></span><span style=3D"color: #008;" class=3D"styled-by-prettify">namesp=
ace</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> std </=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">{</span><spa=
n style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span styl=
e=3D"color: #008;" class=3D"styled-by-prettify">template</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #660;" class=3D"styled-by-prettify">&lt;&gt;</span><span style=3D"color: =
#000;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #008;"=
 class=3D"styled-by-prettify">class</span><span style=3D"color: #000;" clas=
s=3D"styled-by-prettify"> tuple_size</span><span style=3D"color: #660;" cla=
ss=3D"styled-by-prettify">&lt;</span><span style=3D"color: #606;" class=3D"=
styled-by-prettify">Something</span><span style=3D"color: #660;" class=3D"s=
tyled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D"styled-=
by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-pretti=
fy">:</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> std<=
/span><span style=3D"color: #660;" class=3D"styled-by-prettify">::</span><s=
pan style=3D"color: #000;" class=3D"styled-by-prettify">integral_constant</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;</span><=
span style=3D"color: #008;" class=3D"styled-by-prettify">int</span><span st=
yle=3D"color: #660;" class=3D"styled-by-prettify">,</span><span style=3D"co=
lor: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #066=
;" class=3D"styled-by-prettify">1</span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D"st=
yled-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-p=
rettify">{};</span><span style=3D"color: #000;" class=3D"styled-by-prettify=
"><br></span><span style=3D"color: #008;" class=3D"styled-by-prettify">temp=
late</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </spa=
n><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;</span><spa=
n style=3D"color: #000;" class=3D"styled-by-prettify">std</span><span style=
=3D"color: #660;" class=3D"styled-by-prettify">::</span><span style=3D"colo=
r: #000;" class=3D"styled-by-prettify">size_t </span><span style=3D"color: =
#606;" class=3D"styled-by-prettify">Index</span><span style=3D"color: #660;=
" class=3D"styled-by-prettify">&gt;</span><span style=3D"color: #000;" clas=
s=3D"styled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"s=
tyled-by-prettify">class</span><span style=3D"color: #000;" class=3D"styled=
-by-prettify"> tuple_element</span><span style=3D"color: #660;" class=3D"st=
yled-by-prettify">&lt;</span><span style=3D"color: #606;" class=3D"styled-b=
y-prettify">Index</span><span style=3D"color: #660;" class=3D"styled-by-pre=
ttify">,</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> <=
/span><span style=3D"color: #606;" class=3D"styled-by-prettify">Something</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">&gt;</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span styl=
e=3D"color: #660;" class=3D"styled-by-prettify">{</span><span style=3D"colo=
r: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span style=
=3D"color: #008;" class=3D"styled-by-prettify">using</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"> type </span><span style=3D"color=
: #660;" class=3D"styled-by-prettify">=3D</span><span style=3D"color: #000;=
" class=3D"styled-by-prettify"> </span><span style=3D"color: #008;" class=
=3D"styled-by-prettify">int</span><span style=3D"color: #660;" class=3D"sty=
led-by-prettify">;</span><span style=3D"color: #000;" class=3D"styled-by-pr=
ettify"><br></span><span style=3D"color: #660;" class=3D"styled-by-prettify=
">}</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br></s=
pan><span style=3D"color: #008;" class=3D"styled-by-prettify">template</spa=
n><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span s=
tyle=3D"color: #660;" class=3D"styled-by-prettify">&lt;</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify">std</span><span style=3D"col=
or: #660;" class=3D"styled-by-prettify">::</span><span style=3D"color: #000=
;" class=3D"styled-by-prettify">size_t </span><span style=3D"color: #606;" =
class=3D"styled-by-prettify">Index</span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">&gt;</span><span style=3D"color: #000;" class=3D"st=
yled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"styled-b=
y-prettify">int</span><span style=3D"color: #000;" class=3D"styled-by-prett=
ify"> </span><span style=3D"color: #008;" class=3D"styled-by-prettify">get<=
/span><span style=3D"color: #660;" class=3D"styled-by-prettify">(</span><sp=
an style=3D"color: #606;" class=3D"styled-by-prettify">Something</span><spa=
n style=3D"color: #000;" class=3D"styled-by-prettify"> something</span><spa=
n style=3D"color: #660;" class=3D"styled-by-prettify">)</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #660;" class=3D"styled-by-prettify">{</span><span style=3D"color: #000;" =
class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 std</span><span style=3D"col=
or: #660;" class=3D"styled-by-prettify">::</span><span style=3D"color: #000=
;" class=3D"styled-by-prettify">cout </span><span style=3D"color: #660;" cl=
ass=3D"styled-by-prettify">&lt;&lt;</span><span style=3D"color: #000;" clas=
s=3D"styled-by-prettify"> </span><span style=3D"color: #080;" class=3D"styl=
ed-by-prettify">&quot;get(Something)&quot;</span><span style=3D"color: #000=
;" class=3D"styled-by-prettify"> </span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">&lt;&lt;</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"> std</span><span style=3D"color: #660;" class=3D"st=
yled-by-prettify">::</span><span style=3D"color: #000;" class=3D"styled-by-=
prettify">endl</span><span style=3D"color: #660;" class=3D"styled-by-pretti=
fy">;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=
=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"styled-by-pretti=
fy">return</span><span style=3D"color: #000;" class=3D"styled-by-prettify">=
 something</span><span style=3D"color: #660;" class=3D"styled-by-prettify">=
..</span><span style=3D"color: #000;" class=3D"styled-by-prettify">a</span><=
span style=3D"color: #660;" class=3D"styled-by-prettify">;</span><span styl=
e=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span style=3D"c=
olor: #660;" class=3D"styled-by-prettify">}</span><span style=3D"color: #00=
0;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #660;" cl=
ass=3D"styled-by-prettify">}</span><span style=3D"color: #000;" class=3D"st=
yled-by-prettify"> </span><span style=3D"color: #800;" class=3D"styled-by-p=
rettify">// namespace std</span><span style=3D"color: #000;" class=3D"style=
d-by-prettify"><br><br></span><span style=3D"color: #008;" class=3D"styled-=
by-prettify">void</span><span style=3D"color: #000;" class=3D"styled-by-pre=
ttify"> baz</span><span style=3D"color: #660;" class=3D"styled-by-prettify"=
>(</span><span style=3D"color: #606;" class=3D"styled-by-prettify">Somethin=
g</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> somethin=
g</span><span style=3D"color: #660;" class=3D"styled-by-prettify">)</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span styl=
e=3D"color: #660;" class=3D"styled-by-prettify">{</span><span style=3D"colo=
r: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span style=
=3D"color: #800;" class=3D"styled-by-prettify">// now expect logging</span>=
<span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0=
 foo</span><span style=3D"color: #660;" class=3D"styled-by-prettify">(</spa=
n><span style=3D"color: #000;" class=3D"styled-by-prettify">something</span=
><span style=3D"color: #660;" class=3D"styled-by-prettify">);</span><span s=
tyle=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span style=
=3D"color: #660;" class=3D"styled-by-prettify">}</span><span style=3D"color=
: #000;" class=3D"styled-by-prettify"><br></span></div></code></div><div><b=
r></div><div>Although I suspect the above isn&#39;t an ODR problem because =
the bindings aren&#39;t involved in the template instantiation process. =C2=
=A0Although it might be surprising to the user. =C2=A0</div><div><br></div>=
<div>I wonder why a simpler approach wasn&#39;t taken, why check for tuple_=
size&lt;&gt; to be a complete type rather than checking for the existence o=
f a static constexpr value or a std::integral_constant&lt;&gt; typedef with=
in the class? =C2=A0This can now be a possible change, instead of allowing =
tuple_size&lt;&gt; to be specialized everywhere. =C2=A0Make classes that wa=
nt to pretend to be a tuple have a member typedef or a static constexpr and=
 make tuple_size&lt;&gt; use that typedef in the general case, and don&#39;=
t leave the type undefined (I suspect this will break a lot of code, if peo=
ple are checking to see if tuple_size&lt;&gt; is a complete type). =C2=A0Fo=
r example</div><div><br></div><div class=3D"prettyprint" style=3D"backgroun=
d-color: rgb(250, 250, 250); border: 1px solid rgb(187, 187, 187); word-wra=
p: break-word;"><code class=3D"prettyprint"><div class=3D"subprettyprint"><=
span style=3D"color: #008;" class=3D"styled-by-prettify">class</span><span =
style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"=
color: #606;" class=3D"styled-by-prettify">TupleLike</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #66=
0;" class=3D"styled-by-prettify">{</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">public</span><span style=3D"color: #660;" class=3D"styled=
-by-prettify">:</span><span style=3D"color: #000;" class=3D"styled-by-prett=
ify"> =C2=A0<br>=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"=
styled-by-prettify">using</span><span style=3D"color: #000;" class=3D"style=
d-by-prettify"> tuple_size_type </span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">=3D</span><span style=3D"color: #000;" class=3D"sty=
led-by-prettify"> std</span><span style=3D"color: #660;" class=3D"styled-by=
-prettify">::</span><span style=3D"color: #000;" class=3D"styled-by-prettif=
y">integral_constant</span><span style=3D"color: #660;" class=3D"styled-by-=
prettify">&lt;</span><span style=3D"color: #008;" class=3D"styled-by-pretti=
fy">int</span><span style=3D"color: #660;" class=3D"styled-by-prettify">,</=
span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><spa=
n style=3D"color: #066;" class=3D"styled-by-prettify">2</span><span style=
=3D"color: #660;" class=3D"styled-by-prettify">&gt;;</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"><br></span><span style=3D"color: =
#008;" class=3D"styled-by-prettify">private</span><span style=3D"color: #66=
0;" class=3D"styled-by-prettify">:</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 std</span><span style=3D"color: #=
660;" class=3D"styled-by-prettify">::</span><span style=3D"color: #000;" cl=
ass=3D"styled-by-prettify">tuple</span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">&lt;</span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">int</span><span style=3D"color: #660;" class=3D"styled-by=
-prettify">,</span><span style=3D"color: #000;" class=3D"styled-by-prettify=
"> </span><span style=3D"color: #008;" class=3D"styled-by-prettify">int</sp=
an><span style=3D"color: #660;" class=3D"styled-by-prettify">&gt;</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify"> a</span><span style=
=3D"color: #660;" class=3D"styled-by-prettify">;</span><span style=3D"color=
: #000;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #660=
;" class=3D"styled-by-prettify">};</span></div></code></div><div><br></div>=
<div>This is much simpler and is not prone to ODR issues. =C2=A0And now str=
uctured bindings can check for the existence of and inspect the <font face=
=3D"courier new, monospace">tuple_size_type</font> alias within the class. =
=C2=A0</div><div><br></div><div>And then in the general case <font face=3D"=
courier new, monospace">tuple_size&lt;&gt;</font> can be defined like=C2=A0=
</div><div><br></div><div class=3D"prettyprint" style=3D"background-color: =
rgb(250, 250, 250); border: 1px solid rgb(187, 187, 187); word-wrap: break-=
word;"><code class=3D"prettyprint"><div class=3D"subprettyprint"><span styl=
e=3D"color: #008;" class=3D"styled-by-prettify">namespace</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> std </span><span style=3D"c=
olor: #660;" class=3D"styled-by-prettify">{</span><span style=3D"color: #00=
0;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #008;" cl=
ass=3D"styled-by-prettify">template</span><span style=3D"color: #000;" clas=
s=3D"styled-by-prettify"> </span><span style=3D"color: #660;" class=3D"styl=
ed-by-prettify">&lt;</span><span style=3D"color: #008;" class=3D"styled-by-=
prettify">typename</span><span style=3D"color: #000;" class=3D"styled-by-pr=
ettify"> T</span><span style=3D"color: #660;" class=3D"styled-by-prettify">=
&gt;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br></=
span><span style=3D"color: #008;" class=3D"styled-by-prettify">class</span>=
<span style=3D"color: #000;" class=3D"styled-by-prettify"> tuple_size </spa=
n><span style=3D"color: #660;" class=3D"styled-by-prettify">{</span><span s=
tyle=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0</span><span s=
tyle=3D"color: #008;" class=3D"styled-by-prettify">static</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #008;" class=3D"styled-by-prettify">constexpr</span><span style=3D"color:=
 #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #008;" c=
lass=3D"styled-by-prettify">const</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"> </span><span style=3D"color: #008;" class=3D"style=
d-by-prettify">auto</span><span style=3D"color: #000;" class=3D"styled-by-p=
rettify"> value </span><span style=3D"color: #660;" class=3D"styled-by-pret=
tify">=3D</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> =
T</span><span style=3D"color: #660;" class=3D"styled-by-prettify">::</span>=
<span style=3D"color: #000;" class=3D"styled-by-prettify">tuple_size_type</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">::</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify">value</span><span st=
yle=3D"color: #660;" class=3D"styled-by-prettify">;</span><span style=3D"co=
lor: #000;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #=
660;" class=3D"styled-by-prettify">};</span><span style=3D"color: #000;" cl=
ass=3D"styled-by-prettify"><br><br></span><span style=3D"color: #660;" clas=
s=3D"styled-by-prettify">}</span><span style=3D"color: #000;" class=3D"styl=
ed-by-prettify"> </span><span style=3D"color: #800;" class=3D"styled-by-pre=
ttify">// namespace std</span><span style=3D"color: #000;" class=3D"styled-=
by-prettify"><br></span></div></code></div><div><br>The second simpler solu=
tion to the <font face=3D"courier new, monospace">is_decomposable</font> pr=
oblem is to not use the trait at all, and just let the lambda translate to =
an unconstrained template function in an anonymous class.</div><div><br></d=
iv><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>Also,=
 to illustrate my question about extent of the check, what should the follo=
wing code do? (This is basically GB 20&#39;s motivating example.)</div></di=
v></blockquote><div><br></div><div>Shouldn&#39;t this cause a hard error? =
=C2=A0<font face=3D"courier new, monospace">std::tuple_size</font> is defin=
ed, and when the code tries to use it, it finds out that the specialization=
 is just incorrectly defined.</div></div></div>

<p></p>

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@T. C, The is_decomposable trait has the same potential ODR issues as
std::iterator_traits.  But in retrospect, it's not critical to the proposal
of adding structured bindings to lambdas.  So maybe it's something that I
can just entirely leave out, and suggest addition later if this is a big
issue.

On Monday, 28 August 2017 09:44:47 UTC-7, Curious wrote:
>
> You are right.  This makes me wonder.  Are structured bindings not prone
> to the same problems?  The structured bindings decomposition checks to see
> if tuple_size<> is a complete type first, and then go on to check if the
> class can be decomposed via it's public members.  For example
>
> class Something {
> public:
>     int a;
> };
>
> namespace std {
> template <>
> class tuple_size<Something>;
> } // namespace std
>
> template <typename SomethingType>
> void foo(SomethingType something) {
>     auto [one] = something;
>     static_cast<void>(one);
> }
>
> void bar(Something something) {
>     foo(something);
> }
>
> /**
>  * Define the tuple shenanigans
>  */
> namespace std {
> template <>
> class tuple_size<Something> : std::integral_constant<int, 1> {};
> template <std::size_t Index>
> class tuple_element<Index, Something> {
>     using type = int;
> }
> template <std::size_t Index>
> int get(Something something) {
>     std::cout << "get(Something)" << std::endl;
>     return something.a;
> }
> } // namespace std
>
> void baz(Something something) {
>     // now expect logging
>     foo(something);
> }
>
> Although I suspect the above isn't an ODR problem because the bindings
> aren't involved in the template instantiation process.  Although it might
> be surprising to the user.
>
> I wonder why a simpler approach wasn't taken, why check for tuple_size<>
> to be a complete type rather than checking for the existence of a static
> constexpr value or a std::integral_constant<> typedef within the class?
>  This can now be a possible change, instead of allowing tuple_size<> to be
> specialized everywhere.  Make classes that want to pretend to be a tuple
> have a member typedef or a static constexpr and make tuple_size<> use that
> typedef in the general case, and don't leave the type undefined (I suspect
> this will break a lot of code, if people are checking to see if
> tuple_size<> is a complete type).  For example
>
> class TupleLike {
> public:
>     using tuple_size_type = std::integral_constant<int, 2>;
> private:
>     std::tuple<int, int> a;
> };
>
> This is much simpler and is not prone to ODR issues.  And now structured
> bindings can check for the existence of and inspect the tuple_size_type
> alias within the class.
>
> And then in the general case tuple_size<> can be defined like
>
> namespace std {
> template <typename T>
> class tuple_size {
>  static constexpr const auto value = T::tuple_size_type::value;
> };
>
> } // namespace std
>
> The second simpler solution to the is_decomposable problem is to not use
> the trait at all, and just let the lambda translate to an unconstrained
> template function in an anonymous class.
>
> Also, to illustrate my question about extent of the check, what should the
>> following code do? (This is basically GB 20's motivating example.)
>>
>
> Shouldn't this cause a hard error?  std::tuple_size is defined, and when
> the code tries to use it, it finds out that the specialization is just
> incorrectly defined.
>

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<div dir=3D"ltr">@T. C, The <font face=3D"courier new, monospace">is_decomp=
osable</font> trait has the same potential ODR issues as <font face=3D"cour=
ier new, monospace">std::iterator_traits</font><font face=3D"arial, sans-se=
rif">. =C2=A0But in retrospect, it&#39;s not critical to the proposal of ad=
ding structured bindings to lambdas. =C2=A0So maybe it&#39;s something that=
 I can just entirely leave out, and suggest addition later if this is a big=
 issue.</font><div><font face=3D"arial, sans-serif"><br></font>On Monday, 2=
8 August 2017 09:44:47 UTC-7, Curious  wrote:<blockquote class=3D"gmail_quo=
te" style=3D"margin: 0;margin-left: 0.8ex;border-left: 1px #ccc solid;paddi=
ng-left: 1ex;"><div dir=3D"ltr">You are right. =C2=A0This makes me wonder. =
=C2=A0Are structured bindings not prone to the same problems? =C2=A0The str=
uctured bindings decomposition checks to see if <font face=3D"courier new, =
monospace">tuple_size&lt;&gt;</font> is a complete type first, and then go =
on to check if the class can be decomposed via it&#39;s public members. =C2=
=A0For example<div><br></div><div><div style=3D"background-color:rgb(250,25=
0,250);border:1px solid rgb(187,187,187);word-wrap:break-word"><code><div><=
span style=3D"color:#008">class</span><span style=3D"color:#000"> </span><s=
pan style=3D"color:#606">Something</span><span style=3D"color:#000"> </span=
><span style=3D"color:#660">{</span><span style=3D"color:#000"><br></span><=
span style=3D"color:#008">public</span><span style=3D"color:#660">:</span><=
span style=3D"color:#000"><br>=C2=A0 =C2=A0 </span><span style=3D"color:#00=
8">int</span><span style=3D"color:#000"> a</span><span style=3D"color:#660"=
>;</span><span style=3D"color:#000"><br></span><span style=3D"color:#660">}=
;</span><span style=3D"color:#000"><br><br></span><span style=3D"color:#008=
">namespace</span><span style=3D"color:#000"> std </span><span style=3D"col=
or:#660">{</span><span style=3D"color:#000"><br></span><span style=3D"color=
:#008">template</span><span style=3D"color:#000"> </span><span style=3D"col=
or:#660">&lt;&gt;</span><span style=3D"color:#000"><br></span><span style=
=3D"color:#008">class</span><span style=3D"color:#000"> tuple_size</span><s=
pan style=3D"color:#660">&lt;</span><span style=3D"color:#606">Something</s=
pan><span style=3D"color:#660">&gt;;</span><span style=3D"color:#000"><br><=
/span><span style=3D"color:#660">}</span><span style=3D"color:#000"> </span=
><span style=3D"color:#800">// namespace std</span><span style=3D"color:#00=
0"><br>=C2=A0 =C2=A0 <br></span><span style=3D"color:#008">template</span><=
span style=3D"color:#000"> </span><span style=3D"color:#660">&lt;</span><sp=
an style=3D"color:#008">typename</span><span style=3D"color:#000"> </span><=
span style=3D"color:#606">SomethingType</span><span style=3D"color:#660">&g=
t;</span><span style=3D"color:#000"><br></span><span style=3D"color:#008">v=
oid</span><span style=3D"color:#000"> foo</span><span style=3D"color:#660">=
(</span><span style=3D"color:#606">SomethingType</span><span style=3D"color=
:#000"> something</span><span style=3D"color:#660">)</span><span style=3D"c=
olor:#000"> </span><span style=3D"color:#660">{</span><span style=3D"color:=
#000"><br>=C2=A0 =C2=A0 </span><span style=3D"color:#008">auto</span><span =
style=3D"color:#000"> </span><span style=3D"color:#660">[</span><span style=
=3D"color:#000">one</span><span style=3D"color:#660">]</span><span style=3D=
"color:#000"> </span><span style=3D"color:#660">=3D</span><span style=3D"co=
lor:#000"> something</span><span style=3D"color:#660">;</span><span style=
=3D"color:#000"><br>=C2=A0 =C2=A0 </span><span style=3D"color:#008">static_=
cast</span><span style=3D"color:#080">&lt;void&gt;</span><span style=3D"col=
or:#660">(</span><span style=3D"color:#000">one</span><span style=3D"color:=
#660">);</span><span style=3D"color:#000"><br></span><span style=3D"color:#=
660">}</span><span style=3D"color:#000"><br><br></span><span style=3D"color=
:#008">void</span><span style=3D"color:#000"> bar</span><span style=3D"colo=
r:#660">(</span><span style=3D"color:#606">Something</span><span style=3D"c=
olor:#000"> something</span><span style=3D"color:#660">)</span><span style=
=3D"color:#000"> </span><span style=3D"color:#660">{</span><span style=3D"c=
olor:#000"><br>=C2=A0 =C2=A0 foo</span><span style=3D"color:#660">(</span><=
span style=3D"color:#000">something</span><span style=3D"color:#660">);</sp=
an><span style=3D"color:#000"><br></span><span style=3D"color:#660">}</span=
><span style=3D"color:#000"><br><br></span><span style=3D"color:#800">/**<b=
r>=C2=A0* Define the tuple </span><span style=3D"color:#800">shenanigans<br=
>=C2=A0*/</span><span style=3D"color:#000"><br></span><span style=3D"color:=
#008">namespace</span><span style=3D"color:#000"> std </span><span style=3D=
"color:#660">{</span><span style=3D"color:#000"><br></span><span style=3D"c=
olor:#008">template</span><span style=3D"color:#000"> </span><span style=3D=
"color:#660">&lt;&gt;</span><span style=3D"color:#000"><br></span><span sty=
le=3D"color:#008">class</span><span style=3D"color:#000"> tuple_size</span>=
<span style=3D"color:#660">&lt;</span><span style=3D"color:#606">Something<=
/span><span style=3D"color:#660">&gt;</span><span style=3D"color:#000"> </s=
pan><span style=3D"color:#660">:</span><span style=3D"color:#000"> std</spa=
n><span style=3D"color:#660">::</span><span style=3D"color:#000">integral_c=
onstant</span><span style=3D"color:#660">&lt;</span><span style=3D"color:#0=
08">int</span><span style=3D"color:#660">,</span><span style=3D"color:#000"=
> </span><span style=3D"color:#066">1</span><span style=3D"color:#660">&gt;=
</span><span style=3D"color:#000"> </span><span style=3D"color:#660">{};</s=
pan><span style=3D"color:#000"><br></span><span style=3D"color:#008">templa=
te</span><span style=3D"color:#000"> </span><span style=3D"color:#660">&lt;=
</span><span style=3D"color:#000">std</span><span style=3D"color:#660">::</=
span><span style=3D"color:#000">size_t </span><span style=3D"color:#606">In=
dex</span><span style=3D"color:#660">&gt;</span><span style=3D"color:#000">=
<br></span><span style=3D"color:#008">class</span><span style=3D"color:#000=
"> tuple_element</span><span style=3D"color:#660">&lt;</span><span style=3D=
"color:#606">Index</span><span style=3D"color:#660">,</span><span style=3D"=
color:#000"> </span><span style=3D"color:#606">Something</span><span style=
=3D"color:#660">&gt;</span><span style=3D"color:#000"> </span><span style=
=3D"color:#660">{</span><span style=3D"color:#000"><br>=C2=A0 =C2=A0 </span=
><span style=3D"color:#008">using</span><span style=3D"color:#000"> type </=
span><span style=3D"color:#660">=3D</span><span style=3D"color:#000"> </spa=
n><span style=3D"color:#008">int</span><span style=3D"color:#660">;</span><=
span style=3D"color:#000"><br></span><span style=3D"color:#660">}</span><sp=
an style=3D"color:#000"><br></span><span style=3D"color:#008">template</spa=
n><span style=3D"color:#000"> </span><span style=3D"color:#660">&lt;</span>=
<span style=3D"color:#000">std</span><span style=3D"color:#660">::</span><s=
pan style=3D"color:#000">size_t </span><span style=3D"color:#606">Index</sp=
an><span style=3D"color:#660">&gt;</span><span style=3D"color:#000"><br></s=
pan><span style=3D"color:#008">int</span><span style=3D"color:#000"> </span=
><span style=3D"color:#008">get</span><span style=3D"color:#660">(</span><s=
pan style=3D"color:#606">Something</span><span style=3D"color:#000"> someth=
ing</span><span style=3D"color:#660">)</span><span style=3D"color:#000"> </=
span><span style=3D"color:#660">{</span><span style=3D"color:#000"><br>=C2=
=A0 =C2=A0 std</span><span style=3D"color:#660">::</span><span style=3D"col=
or:#000">cout </span><span style=3D"color:#660">&lt;&lt;</span><span style=
=3D"color:#000"> </span><span style=3D"color:#080">&quot;get(Something)&quo=
t;</span><span style=3D"color:#000"> </span><span style=3D"color:#660">&lt;=
&lt;</span><span style=3D"color:#000"> std</span><span style=3D"color:#660"=
>::</span><span style=3D"color:#000">endl</span><span style=3D"color:#660">=
;</span><span style=3D"color:#000"><br>=C2=A0 =C2=A0 </span><span style=3D"=
color:#008">return</span><span style=3D"color:#000"> something</span><span =
style=3D"color:#660">.</span><span style=3D"color:#000">a</span><span style=
=3D"color:#660">;</span><span style=3D"color:#000"><br></span><span style=
=3D"color:#660">}</span><span style=3D"color:#000"><br></span><span style=
=3D"color:#660">}</span><span style=3D"color:#000"> </span><span style=3D"c=
olor:#800">// namespace std</span><span style=3D"color:#000"><br><br></span=
><span style=3D"color:#008">void</span><span style=3D"color:#000"> baz</spa=
n><span style=3D"color:#660">(</span><span style=3D"color:#606">Something</=
span><span style=3D"color:#000"> something</span><span style=3D"color:#660"=
>)</span><span style=3D"color:#000"> </span><span style=3D"color:#660">{</s=
pan><span style=3D"color:#000"><br>=C2=A0 =C2=A0 </span><span style=3D"colo=
r:#800">// now expect logging</span><span style=3D"color:#000"><br>=C2=A0 =
=C2=A0 foo</span><span style=3D"color:#660">(</span><span style=3D"color:#0=
00">something</span><span style=3D"color:#660">);</span><span style=3D"colo=
r:#000"><br></span><span style=3D"color:#660">}</span><span style=3D"color:=
#000"><br></span></div></code></div><div><br></div><div>Although I suspect =
the above isn&#39;t an ODR problem because the bindings aren&#39;t involved=
 in the template instantiation process. =C2=A0Although it might be surprisi=
ng to the user. =C2=A0</div><div><br></div><div>I wonder why a simpler appr=
oach wasn&#39;t taken, why check for tuple_size&lt;&gt; to be a complete ty=
pe rather than checking for the existence of a static constexpr value or a =
std::integral_constant&lt;&gt; typedef within the class? =C2=A0This can now=
 be a possible change, instead of allowing tuple_size&lt;&gt; to be special=
ized everywhere. =C2=A0Make classes that want to pretend to be a tuple have=
 a member typedef or a static constexpr and make tuple_size&lt;&gt; use tha=
t typedef in the general case, and don&#39;t leave the type undefined (I su=
spect this will break a lot of code, if people are checking to see if tuple=
_size&lt;&gt; is a complete type). =C2=A0For example</div><div><br></div><d=
iv style=3D"background-color:rgb(250,250,250);border:1px solid rgb(187,187,=
187);word-wrap:break-word"><code><div><span style=3D"color:#008">class</spa=
n><span style=3D"color:#000"> </span><span style=3D"color:#606">TupleLike</=
span><span style=3D"color:#000"> </span><span style=3D"color:#660">{</span>=
<span style=3D"color:#000"><br></span><span style=3D"color:#008">public</sp=
an><span style=3D"color:#660">:</span><span style=3D"color:#000"> =C2=A0<br=
>=C2=A0 =C2=A0 </span><span style=3D"color:#008">using</span><span style=3D=
"color:#000"> tuple_size_type </span><span style=3D"color:#660">=3D</span><=
span style=3D"color:#000"> std</span><span style=3D"color:#660">::</span><s=
pan style=3D"color:#000">integral_constant</span><span style=3D"color:#660"=
>&lt;</span><span style=3D"color:#008">int</span><span style=3D"color:#660"=
>,</span><span style=3D"color:#000"> </span><span style=3D"color:#066">2</s=
pan><span style=3D"color:#660">&gt;;</span><span style=3D"color:#000"><br><=
/span><span style=3D"color:#008">private</span><span style=3D"color:#660">:=
</span><span style=3D"color:#000"><br>=C2=A0 =C2=A0 std</span><span style=
=3D"color:#660">::</span><span style=3D"color:#000">tuple</span><span style=
=3D"color:#660">&lt;</span><span style=3D"color:#008">int</span><span style=
=3D"color:#660">,</span><span style=3D"color:#000"> </span><span style=3D"c=
olor:#008">int</span><span style=3D"color:#660">&gt;</span><span style=3D"c=
olor:#000"> a</span><span style=3D"color:#660">;</span><span style=3D"color=
:#000"><br></span><span style=3D"color:#660">};</span></div></code></div><d=
iv><br></div><div>This is much simpler and is not prone to ODR issues. =C2=
=A0And now structured bindings can check for the existence of and inspect t=
he <font face=3D"courier new, monospace">tuple_size_type</font> alias withi=
n the class. =C2=A0</div><div><br></div><div>And then in the general case <=
font face=3D"courier new, monospace">tuple_size&lt;&gt;</font> can be defin=
ed like=C2=A0</div><div><br></div><div style=3D"background-color:rgb(250,25=
0,250);border:1px solid rgb(187,187,187);word-wrap:break-word"><code><div><=
span style=3D"color:#008">namespace</span><span style=3D"color:#000"> std <=
/span><span style=3D"color:#660">{</span><span style=3D"color:#000"><br></s=
pan><span style=3D"color:#008">template</span><span style=3D"color:#000"> <=
/span><span style=3D"color:#660">&lt;</span><span style=3D"color:#008">type=
name</span><span style=3D"color:#000"> T</span><span style=3D"color:#660">&=
gt;</span><span style=3D"color:#000"><br></span><span style=3D"color:#008">=
class</span><span style=3D"color:#000"> tuple_size </span><span style=3D"co=
lor:#660">{</span><span style=3D"color:#000"><br>=C2=A0</span><span style=
=3D"color:#008">static</span><span style=3D"color:#000"> </span><span style=
=3D"color:#008">constexpr</span><span style=3D"color:#000"> </span><span st=
yle=3D"color:#008">const</span><span style=3D"color:#000"> </span><span sty=
le=3D"color:#008">auto</span><span style=3D"color:#000"> value </span><span=
 style=3D"color:#660">=3D</span><span style=3D"color:#000"> T</span><span s=
tyle=3D"color:#660">::</span><span style=3D"color:#000">tuple_size_type</sp=
an><span style=3D"color:#660">::</span><span style=3D"color:#000">value</sp=
an><span style=3D"color:#660">;</span><span style=3D"color:#000"><br></span=
><span style=3D"color:#660">};</span><span style=3D"color:#000"><br><br></s=
pan><span style=3D"color:#660">}</span><span style=3D"color:#000"> </span><=
span style=3D"color:#800">// namespace std</span><span style=3D"color:#000"=
><br></span></div></code></div><div><br>The second simpler solution to the =
<font face=3D"courier new, monospace">is_decomposable</font> problem is to =
not use the trait at all, and just let the lambda translate to an unconstra=
ined template function in an anonymous class.</div><div><br></div><blockquo=
te class=3D"gmail_quote" style=3D"margin:0;margin-left:0.8ex;border-left:1p=
x #ccc solid;padding-left:1ex"><div dir=3D"ltr"><div>Also, to illustrate my=
 question about extent of the check, what should the following code do? (Th=
is is basically GB 20&#39;s motivating example.)</div></div></blockquote><d=
iv><br></div><div>Shouldn&#39;t this cause a hard error? =C2=A0<font face=
=3D"courier new, monospace">std::tuple_size</font> is defined, and when the=
 code tries to use it, it finds out that the specialization is just incorre=
ctly defined.</div></div></div></blockquote></div></div>

<p></p>

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On Monday, August 28, 2017 at 2:14:03 PM UTC-4, Curious wrote:
>
> @T. C, The is_decomposable trait has the same potential ODR issues as
> std::iterator_traits.
>

It doesn't. Instantiating iterator_traits<T> will always give you the same
definition if T is complete. And instantiating standard library templates
with incomplete types is generally prohibited.

is_decomposable, OTOH, does not have the luxury of ignoring incomplete
tuple_size<X>s.


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<div dir=3D"ltr"><br>On Monday, August 28, 2017 at 2:14:03 PM UTC-4, Curiou=
s wrote:<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">@T. C=
, The <font face=3D"courier new, monospace">is_decomposable</font> trait ha=
s the same potential ODR issues as <font face=3D"courier new, monospace">st=
d::iterator_traits</font><font face=3D"arial, sans-serif">.</font></div></b=
lockquote><div><br></div><div>It doesn&#39;t. Instantiating iterator_traits=
&lt;T&gt; will always give you the same definition if T is complete. And in=
stantiating standard library templates with incomplete types is generally p=
rohibited.=C2=A0</div><div><br></div><div>is_decomposable, OTOH, does not h=
ave the luxury of ignoring incomplete tuple_size&lt;X&gt;s.</div><div><br><=
/div><div><br></div></div>

<p></p>

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I think I wasn't clear.  It is prone to ODR violations not neccesarily the
same way as is_decomposable would be but like the following

class Something {
public:
    using iterator_category = int;
    using difference_type = int;
    using pointer = int*;
    using value_type = int;
    using reference = int&;
};


void foo(Something) {
    auto iter_traits = std::iterator_traits<Something>{};
    static_cast<void>(iter_traits);
}

And then in another cpp file, which has the definition of Something visible

namespace std {
template <>
class iterator_traits<Something> {
public:
    using iterator_category = int;
    using difference_type = std::size_t;
    using pointer = int*;
    using value_type = int;
    using reference = int&;
};
} // namespace std


void bar(Something) {
    auto iter_traits = std::iterator_traits<Something>{};
    static_cast<void>(iter_traits);
}

Would it be best to just exclude is_decomposable from the proposal?  Is
there any other way to achieve the ability it provides to the
instantiations of the lambda?

On Monday, 28 August 2017 11:19:29 UTC-7, T. C. wrote:
>
>
> On Monday, August 28, 2017 at 2:14:03 PM UTC-4, Curious wrote:
>>
>> @T. C, The is_decomposable trait has the same potential ODR issues as
>> std::iterator_traits.
>>
>
> It doesn't. Instantiating iterator_traits<T> will always give you the same
> definition if T is complete. And instantiating standard library templates
> with incomplete types is generally prohibited.
>
> is_decomposable, OTOH, does not have the luxury of ignoring incomplete
> tuple_size<X>s.
>
>
>

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<div dir=3D"ltr">I think I wasn&#39;t clear. =C2=A0It is prone to ODR viola=
tions not neccesarily the same way as is_decomposable would be but like the=
 following<div><br></div><div><div class=3D"prettyprint" style=3D"backgroun=
d-color: rgb(250, 250, 250); border: 1px solid rgb(187, 187, 187); word-wra=
p: break-word;"><code class=3D"prettyprint"><div class=3D"subprettyprint"><=
span style=3D"color: #008;" class=3D"styled-by-prettify">class</span><span =
style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"=
color: #606;" class=3D"styled-by-prettify">Something</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color: #66=
0;" class=3D"styled-by-prettify">{</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">public</span><span style=3D"color: #660;" class=3D"styled=
-by-prettify">:</span><span style=3D"color: #000;" class=3D"styled-by-prett=
ify"><br>=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"styled-=
by-prettify">using</span><span style=3D"color: #000;" class=3D"styled-by-pr=
ettify"> iterator_category </span><span style=3D"color: #660;" class=3D"sty=
led-by-prettify">=3D</span><span style=3D"color: #000;" class=3D"styled-by-=
prettify"> </span><span style=3D"color: #008;" class=3D"styled-by-prettify"=
>int</span><span style=3D"color: #660;" class=3D"styled-by-prettify">;</spa=
n><span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=
=A0 </span><span style=3D"color: #008;" class=3D"styled-by-prettify">using<=
/span><span style=3D"color: #000;" class=3D"styled-by-prettify"> difference=
_type </span><span style=3D"color: #660;" class=3D"styled-by-prettify">=3D<=
/span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </span><sp=
an style=3D"color: #008;" class=3D"styled-by-prettify">int</span><span styl=
e=3D"color: #660;" class=3D"styled-by-prettify">;</span><span style=3D"colo=
r: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span style=
=3D"color: #008;" class=3D"styled-by-prettify">using</span><span style=3D"c=
olor: #000;" class=3D"styled-by-prettify"> pointer </span><span style=3D"co=
lor: #660;" class=3D"styled-by-prettify">=3D</span><span style=3D"color: #0=
00;" class=3D"styled-by-prettify"> </span><span style=3D"color: #008;" clas=
s=3D"styled-by-prettify">int</span><span style=3D"color: #660;" class=3D"st=
yled-by-prettify">*;</span><span style=3D"color: #000;" class=3D"styled-by-=
prettify"><br>=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">using</span><span style=3D"color: #000;" class=3D"styled-=
by-prettify"> value_type </span><span style=3D"color: #660;" class=3D"style=
d-by-prettify">=3D</span><span style=3D"color: #000;" class=3D"styled-by-pr=
ettify"> </span><span style=3D"color: #008;" class=3D"styled-by-prettify">i=
nt</span><span style=3D"color: #660;" class=3D"styled-by-prettify">;</span>=
<span style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0=
 </span><span style=3D"color: #008;" class=3D"styled-by-prettify">using</sp=
an><span style=3D"color: #000;" class=3D"styled-by-prettify"> reference </s=
pan><span style=3D"color: #660;" class=3D"styled-by-prettify">=3D</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=
=3D"color: #008;" class=3D"styled-by-prettify">int</span><span style=3D"col=
or: #660;" class=3D"styled-by-prettify">&amp;;</span><span style=3D"color: =
#000;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #660;"=
 class=3D"styled-by-prettify">};</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br><br><br></span><span style=3D"color: #008;" cla=
ss=3D"styled-by-prettify">void</span><span style=3D"color: #000;" class=3D"=
styled-by-prettify"> foo</span><span style=3D"color: #660;" class=3D"styled=
-by-prettify">(</span><span style=3D"color: #606;" class=3D"styled-by-prett=
ify">Something</span><span style=3D"color: #660;" class=3D"styled-by-pretti=
fy">)</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </sp=
an><span style=3D"color: #660;" class=3D"styled-by-prettify">{</span><span =
style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </spa=
n><span style=3D"color: #008;" class=3D"styled-by-prettify">auto</span><spa=
n style=3D"color: #000;" class=3D"styled-by-prettify"> iter_traits </span><=
span style=3D"color: #660;" class=3D"styled-by-prettify">=3D</span><span st=
yle=3D"color: #000;" class=3D"styled-by-prettify"> std</span><span style=3D=
"color: #660;" class=3D"styled-by-prettify">::</span><span style=3D"color: =
#000;" class=3D"styled-by-prettify">iterator_traits</span><span style=3D"co=
lor: #660;" class=3D"styled-by-prettify">&lt;</span><span style=3D"color: #=
606;" class=3D"styled-by-prettify">Something</span><span style=3D"color: #6=
60;" class=3D"styled-by-prettify">&gt;{};</span><span style=3D"color: #000;=
" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span style=3D"colo=
r: #008;" class=3D"styled-by-prettify">static_cast</span><span style=3D"col=
or: #080;" class=3D"styled-by-prettify">&lt;void&gt;</span><span style=3D"c=
olor: #660;" class=3D"styled-by-prettify">(</span><span style=3D"color: #00=
0;" class=3D"styled-by-prettify">iter_traits</span><span style=3D"color: #6=
60;" class=3D"styled-by-prettify">);</span><span style=3D"color: #000;" cla=
ss=3D"styled-by-prettify"><br></span><span style=3D"color: #660;" class=3D"=
styled-by-prettify">}</span></div></code></div><br>And then in another cpp =
file, which has the definition of <font face=3D"courier new, monospace">Som=
ething</font> visible<br><br><div class=3D"prettyprint" style=3D"background=
-color: rgb(250, 250, 250); border: 1px solid rgb(187, 187, 187); word-wrap=
: break-word;"><code class=3D"prettyprint"><div class=3D"subprettyprint"><s=
pan style=3D"color: #008;" class=3D"styled-by-prettify">namespace</span><sp=
an style=3D"color: #000;" class=3D"styled-by-prettify"> std </span><span st=
yle=3D"color: #660;" class=3D"styled-by-prettify">{</span><span style=3D"co=
lor: #000;" class=3D"styled-by-prettify"><br></span><span style=3D"color: #=
008;" class=3D"styled-by-prettify">template</span><span style=3D"color: #00=
0;" class=3D"styled-by-prettify"> </span><span style=3D"color: #660;" class=
=3D"styled-by-prettify">&lt;&gt;</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br></span><span style=3D"color: #008;" class=3D"st=
yled-by-prettify">class</span><span style=3D"color: #000;" class=3D"styled-=
by-prettify"> iterator_traits</span><span style=3D"color: #660;" class=3D"s=
tyled-by-prettify">&lt;</span><span style=3D"color: #606;" class=3D"styled-=
by-prettify">Something</span><span style=3D"color: #660;" class=3D"styled-b=
y-prettify">&gt;</span><span style=3D"color: #000;" class=3D"styled-by-pret=
tify"> </span><span style=3D"color: #660;" class=3D"styled-by-prettify">{</=
span><span style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><=
span style=3D"color: #008;" class=3D"styled-by-prettify">public</span><span=
 style=3D"color: #660;" class=3D"styled-by-prettify">:</span><span style=3D=
"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span =
style=3D"color: #008;" class=3D"styled-by-prettify">using</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> iterator_category </span><s=
pan style=3D"color: #660;" class=3D"styled-by-prettify">=3D</span><span sty=
le=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"col=
or: #008;" class=3D"styled-by-prettify">int</span><span style=3D"color: #66=
0;" class=3D"styled-by-prettify">;</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span style=3D"color: #008=
;" class=3D"styled-by-prettify">using</span><span style=3D"color: #000;" cl=
ass=3D"styled-by-prettify"> difference_type </span><span style=3D"color: #6=
60;" class=3D"styled-by-prettify">=3D</span><span style=3D"color: #000;" cl=
ass=3D"styled-by-prettify"> std</span><span style=3D"color: #660;" class=3D=
"styled-by-prettify">::</span><span style=3D"color: #000;" class=3D"styled-=
by-prettify">size_t</span><span style=3D"color: #660;" class=3D"styled-by-p=
rettify">;</span><span style=3D"color: #000;" class=3D"styled-by-prettify">=
<br>=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"styled-by-pr=
ettify">using</span><span style=3D"color: #000;" class=3D"styled-by-prettif=
y"> pointer </span><span style=3D"color: #660;" class=3D"styled-by-prettify=
">=3D</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> </sp=
an><span style=3D"color: #008;" class=3D"styled-by-prettify">int</span><spa=
n style=3D"color: #660;" class=3D"styled-by-prettify">*;</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><sp=
an style=3D"color: #008;" class=3D"styled-by-prettify">using</span><span st=
yle=3D"color: #000;" class=3D"styled-by-prettify"> value_type </span><span =
style=3D"color: #660;" class=3D"styled-by-prettify">=3D</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #008;" class=3D"styled-by-prettify">int</span><span style=3D"color: #660;=
" class=3D"styled-by-prettify">;</span><span style=3D"color: #000;" class=
=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </span><span style=3D"color: #008=
;" class=3D"styled-by-prettify">using</span><span style=3D"color: #000;" cl=
ass=3D"styled-by-prettify"> reference </span><span style=3D"color: #660;" c=
lass=3D"styled-by-prettify">=3D</span><span style=3D"color: #000;" class=3D=
"styled-by-prettify"> </span><span style=3D"color: #008;" class=3D"styled-b=
y-prettify">int</span><span style=3D"color: #660;" class=3D"styled-by-prett=
ify">&amp;;</span><span style=3D"color: #000;" class=3D"styled-by-prettify"=
><br></span><span style=3D"color: #660;" class=3D"styled-by-prettify">};</s=
pan><span style=3D"color: #000;" class=3D"styled-by-prettify"><br></span><s=
pan style=3D"color: #660;" class=3D"styled-by-prettify">}</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"> </span><span style=3D"color=
: #800;" class=3D"styled-by-prettify">// namespace std</span><span style=3D=
"color: #000;" class=3D"styled-by-prettify"><br><br><br></span><span style=
=3D"color: #008;" class=3D"styled-by-prettify">void</span><span style=3D"co=
lor: #000;" class=3D"styled-by-prettify"> bar</span><span style=3D"color: #=
660;" class=3D"styled-by-prettify">(</span><span style=3D"color: #606;" cla=
ss=3D"styled-by-prettify">Something</span><span style=3D"color: #660;" clas=
s=3D"styled-by-prettify">)</span><span style=3D"color: #000;" class=3D"styl=
ed-by-prettify"> </span><span style=3D"color: #660;" class=3D"styled-by-pre=
ttify">{</span><span style=3D"color: #000;" class=3D"styled-by-prettify"><b=
r>=C2=A0 =C2=A0 </span><span style=3D"color: #008;" class=3D"styled-by-pret=
tify">auto</span><span style=3D"color: #000;" class=3D"styled-by-prettify">=
 iter_traits </span><span style=3D"color: #660;" class=3D"styled-by-prettif=
y">=3D</span><span style=3D"color: #000;" class=3D"styled-by-prettify"> std=
</span><span style=3D"color: #660;" class=3D"styled-by-prettify">::</span><=
span style=3D"color: #000;" class=3D"styled-by-prettify">iterator_traits</s=
pan><span style=3D"color: #660;" class=3D"styled-by-prettify">&lt;</span><s=
pan style=3D"color: #606;" class=3D"styled-by-prettify">Something</span><sp=
an style=3D"color: #660;" class=3D"styled-by-prettify">&gt;{};</span><span =
style=3D"color: #000;" class=3D"styled-by-prettify"><br>=C2=A0 =C2=A0 </spa=
n><span style=3D"color: #008;" class=3D"styled-by-prettify">static_cast</sp=
an><span style=3D"color: #080;" class=3D"styled-by-prettify">&lt;void&gt;</=
span><span style=3D"color: #660;" class=3D"styled-by-prettify">(</span><spa=
n style=3D"color: #000;" class=3D"styled-by-prettify">iter_traits</span><sp=
an style=3D"color: #660;" class=3D"styled-by-prettify">);</span><span style=
=3D"color: #000;" class=3D"styled-by-prettify"><br></span><span style=3D"co=
lor: #660;" class=3D"styled-by-prettify">}</span></div></code></div><br>Wou=
ld it be best to just exclude <font face=3D"courier new, monospace">is_deco=
mposable</font> from the proposal? =C2=A0Is there any other way to achieve =
the ability it provides to the instantiations of the lambda?<br><br>On Mond=
ay, 28 August 2017 11:19:29 UTC-7, T. C.  wrote:<blockquote class=3D"gmail_=
quote" style=3D"margin: 0;margin-left: 0.8ex;border-left: 1px #ccc solid;pa=
dding-left: 1ex;"><div dir=3D"ltr"><br>On Monday, August 28, 2017 at 2:14:0=
3 PM UTC-4, Curious wrote:<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">@T. C, The <font face=3D"courier new, monospace">is_decomposable</=
font> trait has the same potential ODR issues as <font face=3D"courier new,=
 monospace">std::iterator_traits</font><font face=3D"arial, sans-serif">.</=
font></div></blockquote><div><br></div><div>It doesn&#39;t. Instantiating i=
terator_traits&lt;T&gt; will always give you the same definition if T is co=
mplete. And instantiating standard library templates with incomplete types =
is generally prohibited.=C2=A0</div><div><br></div><div>is_decomposable, OT=
OH, does not have the luxury of ignoring incomplete tuple_size&lt;X&gt;s.</=
div><div><br></div><div><br></div></div></blockquote></div></div>

<p></p>

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