Use \cv{}, not \cv\ .

source/basic.tex

@@ -3610,7 +3610,7 @@
 \defnx{incompletely-defined object type}{object type!incompletely-defined}.%
 \footnote{The size and layout of an instance of an incompletely-defined
 object type is unknown.}
-Incompletely-defined object types and \cv\ \tcode{void} are
+Incompletely-defined object types and \cv{} \tcode{void} are
 \defnx{incomplete types}{type!incomplete}~(\ref{basic.fundamental}).
 Objects shall not be defined to have an
 incomplete type.
@@ -3665,7 +3665,7 @@
 \pnum
 \indextext{object~type}%
 An \defn{object type} is a (possibly cv-qualified) type that is not
-a function type, not a reference type, and not \cv\ \tcode{void}.
+a function type, not a reference type, and not \cv{} \tcode{void}.
 
 \pnum
 Arithmetic types~(\ref{basic.fundamental}), enumeration types, pointer
@@ -3930,19 +3930,19 @@
 
 \pnum
 \indextext{type!\idxcode{void}}%
-A type \cv\ \tcode{void}
+A type \cv{} \tcode{void}
 is an incomplete type that cannot be completed; such a type has
 an empty set of values. It is used as the return
 type for functions that do not return a value. Any expression can be
-explicitly converted to type \cv\ \tcode{void}~(\ref{expr.cast}).
-An expression of type \cv\ \tcode{void} shall
+explicitly converted to type \cv{} \tcode{void}~(\ref{expr.cast}).
+An expression of type \cv{} \tcode{void} shall
 be used only as an expression statement~(\ref{stmt.expr}), as an operand
 of a comma expression~(\ref{expr.comma}), as a second or third operand
 of \tcode{?:}~(\ref{expr.cond}), as the operand of
 \tcode{typeid}, \tcode{noexcept}, or \tcode{decltype}, as
 the expression in a return statement~(\ref{stmt.return}) for a function
-with the return type \cv\ \tcode{void}, or as the operand of an explicit conversion
-to type \cv\ \tcode{void}.
+with the return type \cv{} \tcode{void}, or as the operand of an explicit conversion
+to type \cv{} \tcode{void}.
 
 \pnum
 A value of type \tcode{std::nullptr_t} is a null pointer
@@ -3968,7 +3968,7 @@
 \item \defnx{functions}{type!function}, which have parameters of given types and return
 \tcode{void} or references or objects of a given type,~\ref{dcl.fct};
 
-\item \defnx{pointers}{type!pointer} to \cv\ \tcode{void} or objects or functions (including
+\item \defnx{pointers}{type!pointer} to \cv{} \tcode{void} or objects or functions (including
 static members of classes) of a given type,~\ref{dcl.ptr};
 
 \item %
@@ -4013,7 +4013,7 @@
 
 \pnum
 \indextext{terminology!pointer}%
-The type of a pointer to \cv\ \tcode{void} or a pointer to an object type is
+The type of a pointer to \cv{} \tcode{void} or a pointer to an object type is
 called an \defn{object pointer type}. \begin{note} A pointer to \tcode{void}
 does not have a pointer-to-object type, however, because \tcode{void} is not
 an object type. \end{note} The type of a pointer that can designate a function
@@ -4108,9 +4108,9 @@
 \tcode{void}
 can be used to point to objects of
 unknown type. Such a pointer shall be able to hold any object pointer.
-An object of type \cv\
+An object of type \cv{}
 \tcode{void*} shall have the same representation and alignment
-requirements as \cv\ \tcode{char*}.
+requirements as \cv{} \tcode{char*}.
 
 \rSec2[basic.type.qualifier]{CV-qualifiers}
 
@@ -4187,7 +4187,7 @@
 represents an arbitrary set of cv-qualifiers, i.e., one of
 \{\tcode{const}\}, \{\tcode{volatile}\}, \{\tcode{const},
 \tcode{volatile}\}, or the empty set.
-For a type \cv\ \tcode{T}, the \defnx{top-level cv-qualifiers}{cv-qualifier!top-level}
+For a type \cv{} \tcode{T}, the \defnx{top-level cv-qualifiers}{cv-qualifier!top-level}
 of that type are those denoted by \cv.
 \begin{example}
 The type corresponding to the \grammarterm{type-id}

source/declarators.tex

@@ -805,9 +805,9 @@
 \indextext{reference collapsing}%
 If a \grammarterm{typedef-name}~(\ref{dcl.typedef}, \ref{temp.param})
 or a \grammarterm{decltype-specifier}~(\ref{dcl.type.simple}) denotes a type \tcode{TR} that
-is a reference to a type \tcode{T}, an attempt to create the type ``lvalue reference to \cv\ 
+is a reference to a type \tcode{T}, an attempt to create the type ``lvalue reference to \cv{} 
 \tcode{TR}'' creates the type ``lvalue reference to \tcode{T}'', while an attempt to create
-the type ``rvalue reference to \cv\ \tcode{TR}'' creates the type \tcode{TR}. \begin{example}
+the type ``rvalue reference to \cv{} \tcode{TR}'' creates the type \tcode{TR}. \begin{example}
 
 \begin{codeblock}
 int i;
@@ -2338,12 +2338,12 @@
 \tcode{v}$_0$, \tcode{v}$_1$, \tcode{v}$_2$, ...
 of the
 \grammarterm{identifier-list} as names~(\ref{basic.scope.declarative}).
-Let \cv\ denote the
+Let \cv{} denote the
 \grammarterm{cv-qualifier}{s} in the \grammarterm{decl-specifier-seq}. First, a
 variable with a unique name \tcode{e} is introduced. If the
 \grammarterm{assignment-expression} in the \grammarterm{brace-or-equal-initializer}
 has array type \tcode{A} and no \grammarterm{ref-qualifier} is present, \tcode{e}
-has type \cv\ \tcode{A} and each element is copy-initialized or direct-initialized
+has type \cv{} \tcode{A} and each element is copy-initialized or direct-initialized
 from the corresponding element of the \grammarterm{assignment-expression} as specified
 by the form of the \grammarterm{brace-or-equal-initializer}. Otherwise, \tcode{e}
 is defined as-if by
@@ -2407,8 +2407,8 @@
 (in declaration order),
 each \tcode{v}$_i$ is the
 name of an lvalue that refers to the member \tcode{m}$_i$ of \tcode{e} and
-whose type is \cv\ \tcode{T}$_i$, where \tcode{T}$_i$ is the declared type of
-that member; the referenced type is \cv\ \tcode{T}$_i$. The lvalue is a
+whose type is \cv{} \tcode{T}$_i$, where \tcode{T}$_i$ is the declared type of
+that member; the referenced type is \cv{} \tcode{T}$_i$. The lvalue is a
 bit-field if that member is a bit-field.
 \begin{example}
 \begin{codeblock}

source/exceptions.tex

@@ -733,9 +733,9 @@
 A type denoted
 in a \grammarterm{dynamic-exception-specification}
 shall not denote a pointer or reference to an incomplete type, other than
-``pointer to \cv\ \tcode{void}''.
+``pointer to \cv{} \tcode{void}''.
 A type
-\cv\ \tcode{T}
+\cv{} \tcode{T}
 denoted in a \grammarterm{dynamic-exception-specification}
 is adjusted to type \tcode{T}.
 A type

source/expressions.tex

@@ -1894,7 +1894,7 @@
 the value obtained is a copy of the original value
 \end{note}
 The operand shall be a modifiable lvalue. The type of the operand shall
-be an arithmetic type other than \cv\ \tcode{bool},
+be an arithmetic type other than \cv{} \tcode{bool},
 or a pointer to a complete object type. The value
 of the operand object is modified by adding \tcode{1} to it.
 The
@@ -2232,7 +2232,7 @@
 \tcode{static_cast}.
 
 \pnum
-Any expression can be explicitly converted to type \cv\
+Any expression can be explicitly converted to type \cv{}
 \tcode{void}, in which case it becomes a discarded-value
 expression (Clause~\ref{expr}).
 \begin{note}
@@ -2277,7 +2277,7 @@
 
 \pnum
 A value of a scoped enumeration type~(\ref{dcl.enum}) can be explicitly converted to an
-integral type. When that type is \cv\ \tcode{bool}, the resulting value is
+integral type. When that type is \cv{} \tcode{bool}, the resulting value is
 \tcode{false} if the original value is zero and \tcode{true} for all other
 values. For the remaining integral types, the value is unchanged if the
 original value can be represented by the
@@ -2454,7 +2454,7 @@
 the overall
 restriction that a \tcode{reinterpret_cast} cannot cast away constness.}
 When a prvalue \tcode{v} of object pointer type is converted to
-the object pointer type ``pointer to \cv\ \tcode{T}'', the result is \tcode{static_cast<\cv\ T*>(static_cast<\cv\
+the object pointer type ``pointer to \cv{} \tcode{T}'', the result is \tcode{static_cast<\cv{} T*>(static_cast<\cv{}
 void*>(v))}.
 \begin{note}
 Converting a prvalue of type ``pointer to \tcode{T1}'' to
@@ -2720,7 +2720,7 @@
 Otherwise, if the type of the expression is \tcode{T}, the result has type ``pointer to
 \tcode{T}'' and is a prvalue that is the address of the designated object~(\ref{intro.memory})
 or a pointer to the designated function. \begin{note} In particular, the address of an
-object of type ``\cv\ \tcode{T}'' is ``pointer to \cv\ \tcode{T}'', with the same
+object of type ``\cv{} \tcode{T}'' is ``pointer to \cv{} \tcode{T}'', with the same
 cv-qualification. \end{note}
 For purposes of pointer arithmetic~(\ref{expr.add}) and
 comparison~(\ref{expr.rel}, \ref{expr.eq}),
@@ -2834,7 +2834,7 @@
 is modified by adding \tcode{1}.
 \indextext{prefix~\tcode{\dcr}}%
 The operand shall be a modifiable lvalue. The type of the operand shall
-be an arithmetic type other than \cv\ \tcode{bool},
+be an arithmetic type other than \cv{} \tcode{bool},
 or a pointer to a completely-defined object type.
 The result is the updated operand; it is an lvalue, and it is a
 bit-field if the operand is a bit-field.
@@ -4080,7 +4080,7 @@
 
 \pnum
 For addition or subtraction, if the expressions \tcode{P} or \tcode{Q} have
-type ``pointer to \cv\ \tcode{T}'', where \tcode{T} and the array element type
+type ``pointer to \cv{} \tcode{T}'', where \tcode{T} and the array element type
 are not similar~(\ref{conv.qual}), the behavior is undefined.
 \begin{note} In particular, a pointer to a base class cannot be used for
 pointer arithmetic when the array contains objects of a derived class type.

source/statements.tex

@@ -799,14 +799,14 @@
 The \grammarterm{expr-or-braced-init-list}
 of a return statement is called its operand. A return statement with
 no operand shall be used only in a function whose return type is
-\cv\ \tcode{void}, a constructor~(\ref{class.ctor}), or a
+\cv{} \tcode{void}, a constructor~(\ref{class.ctor}), or a
 destructor~(\ref{class.dtor}).
 \indextext{\idxcode{return}!constructor~and}%
 \indextext{\idxcode{return}!constructor~and}%
 A return statement with an operand of type \tcode{void} shall be used only
-in a function whose return type is \cv\ \tcode{void}.
+in a function whose return type is \cv{} \tcode{void}.
 A return statement with any other operand shall be used only
-in a function whose return type is not \cv\ \tcode{void};
+in a function whose return type is not \cv{} \tcode{void};
 \indextext{conversion!return~type}%
 the return statement initializes the
 glvalue result or prvalue result object of the (explicit or implicit) function call
@@ -828,7 +828,7 @@
 Flowing off the end of
 a constructor,
 a destructor, or
-a function with a \cv\ \tcode{void} return type is
+a function with a \cv{} \tcode{void} return type is
 equivalent to a \tcode{return} with no operand.
 Otherwise, flowing off the end of a function
 other than \tcode{main}~(\ref{basic.start.main})