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[basic.link, expr.add, cstdlib.syn] Small fixes regarding spacing before commas #1544

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Mar 16, 2017
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[basic.link, expr.add, cstdlib.syn] Small fixes regarding spacing before commas #1544

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6 changes: 3 additions & 3 deletions source/basic.tex
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Expand Up @@ -2210,17 +2210,17 @@
object, reference, function, type, template, namespace or value as a
name introduced by a declaration in another scope:
\begin{itemize}
\item When a name has \defn{external linkage}\indextext{linkage!external},
\item When a name has \indextext{linkage!external}\defn{external linkage},
the entity it denotes
can be referred to by names from scopes of other translation units or
from other scopes of the same translation unit.

\item When a name has \defn{internal linkage}\indextext{linkage!internal},
\item When a name has \indextext{linkage!internal}\defn{internal linkage},
the entity it denotes
can be referred to by names from other scopes in the same translation
unit.

\item When a name has \defn{no linkage}\indextext{linkage!no}, the entity it denotes
\item When a name has \indextext{linkage!no}\defn{no linkage}, the entity it denotes
cannot be referred to by names from other scopes.
\end{itemize}

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8 changes: 4 additions & 4 deletions source/expressions.tex
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Expand Up @@ -4103,12 +4103,12 @@
When an expression that has integral type is added to or subtracted from
a pointer, the result has the type of the pointer operand.
If the expression \tcode{P} points to element $\mathtt{x[}i\mathtt{]}$
of an array object \tcode{x} with $n$ elements%
of an array object \tcode{x} with $n$ elements,%
\footnote{An object that is not an array element is considered to belong to a
single-element array for this purpose; see~\ref{expr.unary.op}.
A pointer past the last element of an array \tcode{x} of $n$ elements
is considered to be equivalent to a pointer to a hypothetical element
$\mathtt{x[}n\mathtt{]}$ for this purpose; see~\ref{basic.compound}.},
$\mathtt{x[}n\mathtt{]}$ for this purpose; see~\ref{basic.compound}.}
the expressions \tcode{P + J} and \tcode{J + P}
(where \tcode{J} has the value $j$)
point to the (possibly-hypothetical) element
Expand Down Expand Up @@ -4329,9 +4329,9 @@
\item
If one pointer represents the address of a complete object, and another
pointer represents the address one past the last element of a different
complete object\footnote{An object that is not an array element is
complete object,\footnote{An object that is not an array element is
considered to belong to a single-element array for this purpose;
see~\ref{expr.unary.op}.}, the result of the comparison is unspecified.
see~\ref{expr.unary.op}.} the result of the comparison is unspecified.
\item
Otherwise, if the pointers are both null, both point to the same
\indextext{address}%
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4 changes: 2 additions & 2 deletions source/support.tex
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Expand Up @@ -164,8 +164,8 @@
// Exposition-only function type aliases
extern "C" using @\placeholdernc{c-atexit-handler}@ = void(); // \expos
extern "C++" using @\placeholdernc{atexit-handler}@ = void(); // \expos
extern "C" using @\placeholdernc{c-compare-pred}@ = int(const void* , const void*); // \expos
extern "C++" using @\placeholdernc{compare-pred}@ = int(const void* , const void*); // \expos
extern "C" using @\placeholdernc{c-compare-pred}@ = int(const void*, const void*); // \expos
extern "C++" using @\placeholdernc{compare-pred}@ = int(const void*, const void*); // \expos

// \ref{support.start.term}, start and termination
[[noreturn]] void abort() noexcept;
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