basic.tex-In this document, the notation \cv{} (or
basic.tex:\cvqual{cv1}, \cvqual{cv2}, etc.), used in the description of types,
basic.tex-represents an arbitrary set of cv-qualifiers, i.e., one of
--
declarations.tex-particular form of representing names of objects and functions with
declarations.tex:external linkage, or with a particular calling convention, etc.
declarations.tex-\end{note}
--
future.tex-  public iterator<bidirectional_iterator_tag, double, long, T*, T&> {
future.tex:  // code implementing \tcode{++}, etc.
future.tex-};
--
lib-intro.tex-
lib-intro.tex:\rSec3[expos.only.entity]{Exposition-only entities, etc.}
lib-intro.tex-
--
lib-intro.tex-Here, the names $\tcode{\placeholder{C}}_0$,
lib-intro.tex:$\tcode{\placeholder{C}}_1$, etc.\ represent
lib-intro.tex-\defnx{enumerated elements}{enumerated element}
--
lib-intro.tex-Here, the names $\tcode{\placeholder{C}}_0$,
lib-intro.tex:$\tcode{\placeholder{C}}_1$, etc.\ represent
lib-intro.tex-\defnx{bitmask elements}{bitmask!element}
--
locales.tex-Thus, a facet class need not have a public
locales.tex:copy constructor, assignment, default constructor, destructor, etc.
locales.tex-\end{footnote}
--
macros.tex-
macros.tex:%% NTBS, etc.
macros.tex-\verbtocs{\StrTextsmaller}|\textsmaller[1]{|
--
modules.tex-default arguments of functions or template declarations, attributes,
modules.tex:names bound, etc.
modules.tex-Since default arguments are evaluated in the context of the call expression,
--
numerics.tex-the first two elements of the result will be value-initialized\iref{dcl.init}; the third element of the result will be assigned the value
numerics.tex:of the first element of \tcode{*this}; etc.
numerics.tex-\end{example}
--
overloading.tex-they can be called explicitly, their addresses can be
overloading.tex:taken, etc.
overloading.tex-\end{note}
--
preprocessor.tex-all identifiers either are or are not macro names ---
preprocessor.tex:there simply are no keywords, enumeration constants, etc.
preprocessor.tex-\end{footnote}
--
preprocessor.tex-Larger alignments will be passed to
preprocessor.tex:\tcode{operator new(std::size_t, std::align_val_t)}, etc.\iref{expr.new}.
preprocessor.tex-\end{note}
--
support.tex-Equivalent to \tcode{CHAR_MIN}, \tcode{SHRT_MIN},
support.tex:\tcode{FLT_MIN}, \tcode{DBL_MIN}, etc.
support.tex-\end{footnote}
--
support.tex-Equivalent to \tcode{CHAR_MAX}, \tcode{SHRT_MAX},
support.tex:\tcode{FLT_MAX}, \tcode{DBL_MAX}, etc.
support.tex-\end{footnote}
--
templates.tex-\grammarterm{base-specifier-list},
templates.tex:\grammarterm{template-argument-list}, etc.
templates.tex-\end{note}
--
templates.tex-That is, its members need
templates.tex:not have the same names, types, etc.\ as the members of a generated
templates.tex-specialization.
--
templates.tex-member function templates of member classes of class
templates.tex:templates, etc., and the placement of partial specialization declarations
templates.tex-of class templates, variable templates,
--
templates.tex-static data member templates of non-template classes, member
templates.tex:class templates of class templates, etc., can affect whether a program is
templates.tex-well-formed according to the relative positioning of the explicit specialization
--
templates.tex-function template specializations, the generation of implicitly-defined functions,
templates.tex:etc. Such effects are not in the ``immediate context'' and can result in the
templates.tex-program being ill-formed.
--
time.tex-However, if a flag refers to a ``time of day''
time.tex:(e.g. \tcode{\%H}, \tcode{\%I}, \tcode{\%p}, etc.),
time.tex-then a specialization of \tcode{duration} is interpreted as
--
time.tex-However, if a flag refers to a ``time of day''
time.tex:(e.g. \tcode{\%H}, \tcode{\%I}, \tcode{\%p}, etc.),
time.tex-then a specialization of \tcode{duration} is parsed as

containers.tex-\tcode{distance(c.begin(), c.end())},
containers.tex:i.e. the number of elements in the container.
containers.tex-
--
declarations.tex-A non-user-provided defaulted function
declarations.tex:(i.e. implicitly declared or explicitly defaulted in the class)
declarations.tex-that is not defined as deleted is implicitly defined when it is odr-used\iref{basic.def.odr}
--
styles.tex-  \vskip\baselineskip
styles.tex:  % \lsthk@EveryLine has \lst@parshape, i.e. \parshape, which causes an \hbox
styles.tex-  % \lsthk@EveryPar increments line counters; \refstepcounter balloons the PDF

basic.tex-found in multiple scopes
basic.tex:(e.g. via \grammarterm{using-directive}s or for operator functions),
basic.tex-in which case it is often ambiguous.
--
expressions.tex-\begin{note}
expressions.tex:In C, an entire object of structure type can be accessed, e.g. using assignment.
expressions.tex-By contrast, \Cpp{} has no notion of accessing an object of class type
--
expressions.tex-In contexts where the comma token is given special meaning
expressions.tex:(e.g. function calls\iref{expr.call},
expressions.tex-subscript expressions\iref{expr.sub},
--
support.tex-\begin{footnote}
support.tex:Distinguishes types with bases other than 2 (e.g.
support.tex-BCD).
--
tables.tex-% cross-reference for the table. LAYOUT is a sequence of column
tables.tex:% type specifiers (e.g. cp{1.0}c), without '|' for the left edge
tables.tex-% or right edge.
--
templates.tex-% Note: "\space" used below because " " inside tcode adds too much whitespace;
templates.tex:% one could optionally use mathfont inside tcode, e.g. "\tcode{($ $}".
templates.tex-\tcode{(}\space
--
time.tex-However, if a flag refers to a ``time of day''
time.tex:(e.g. \tcode{\%H}, \tcode{\%I}, \tcode{\%p}, etc.),
time.tex-then a specialization of \tcode{duration} is interpreted as
--
time.tex-However, if a flag refers to a ``time of day''
time.tex:(e.g. \tcode{\%H}, \tcode{\%I}, \tcode{\%p}, etc.),
time.tex-then a specialization of \tcode{duration} is parsed as
--
time.tex-If the century is not otherwise specified
time.tex:(e.g.  with \tcode{\%C}),
time.tex-values in the range \crange{69}{99}

iostreams.tex:12742:Some behavior is specified by reference to POSIX. How …

locales.tex:4298:In common U.S.\ locales, this is 2.