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cs proposal part 2 of 3
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% split into three parts this time as mailer had problems
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\newcommand{\edithead}{\begin{tabular}{l p{3.95in}}
\multicolumn{2}{l} }
\newcommand{\csdag}{\bf$\Rightarrow$\ddag}
\newcommand{\editstart}{}
\newcommand{\editend}{\\ & \end{tabular}}
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\appendix
\chapter{Editorial Modifications to CLtL}
The following sections specify the editorial changes needed in
CLtL to support the proposal. Section/subsection numbers and titles
match those found in \cite{steele84}. The notation
{\csdag x (pn, function)} denotes a reference to paragraph x within the
subsection (we count each individual example or metastatement
as 1 paragraph of text). Also, {\bf (pn, function)}, or simply
{\bf (pn)} is included as an additional
aid to the reader indicating the page number and function modified.
When an entire paragraph is deleted,
the first few words of the paragraph is noted.
If a section or paragraph of CLtL is {\em not} referenced,
no editorial changes are required to support this proposal.
\footnote{This may be an over optimistic statement since the changes
are fairly pervasive. The editor should take the sense of
Chapter 1 into account in resolving any discrepancies.}
%----------------------------------------------------------------------
\setcounter{section}{1}
\section{Data Types} % 2
%----------------------------------------------------------------------
\edithead {\csdag 8 (p12)}
\editstart
\\ \bf replace &
\cltxt
provides for a
rich character set, including ways to represent characters of various
type styles.
\\ \bf with &
\cltxt
provides support for international language characters as well
as characters used in specialized arenas, eg. mathematics.
\editend
\setcounter{subsection}{1}
\subsection{Characters} % 2.2.
\edithead {\csdag 1 (p20)}
\editstart
\\ \bf replace &
\cltxt
Characters are represented as data objects of type {\clkwd character}.
There are two subtypes of interest, called
{\clkwd standard-char} and {\clkwd string-char}.
\\ \bf with &
\cltxt
Characters are represented as data objects of type
{\clkwd character}.
\editend
\\
\edithead {\csdag 2 (p20)}
\editstart
\\ \bf replace &
\cltxt
This works well enough for printing characters. Non-printing
characters
\\ \bf with &
\cltxt
This works well enough for graphic characters. Non-graphic
characters
\editend
\subsubsection{Standard Characters} % 2.2.1.
\edithead {\csdag 0 section heading (p20)}
\editstart
\\ \bf replace &
\cltxt
Standard Characters
\\ \bf with &
\cltxt
Base Characters
\editend
\\
\edithead {\csdag 1 before (p20)}
\editstart
\\ \bf insert &
\cltxt
A {\em character repertoire} defines a collection of characters
independent of their specific rendered image or font.
Character
repertoires are specified independent of coding and their characters
are only identified with a unique label, a graphic symbol, and
a character description.
A {\em coded character set} is a character repertoire plus
an {\em encoding} providing a unique mapping between each character
and a number which serves as the character representation.
\\ &
Many computers have some "base" coded character set
(often a variant of ISO646-1983)
which is a function
of hardware instructions for dealing with characters, as well as
the organization of
the file system. This base character representation is likely
to be the smallest
transaction unit permitted for text stream I/O operations.
\\ &
The {\em base character repertoire} is used to refer to
the collection of characters represented by
the base coded character set. Common LISP does
not define the base
character encoding
but does require all implementations to support a "standard"
{\em subrepertoire} of the base character
repertoire.
\editend
\\
\edithead {\csdag 1 before (p20)}
\editstart
\\ \bf insert &
\cltxt
The {\clkwd base-character} type is defined as a subtype of
{\clkwd character}. A {\clkwd base-character}
object can contain any member of the base character repertoire.
Objects of type
{\clkwd (and character (not base-character))} are referred to
as {\em extended characters}.
\editend
\\
\edithead {\csdag 1 (p20)}
\editstart
\\ \bf delete &
\cltxt
Common LISP defines a "standard character set" ...
\editend
\\
\edithead {\csdag 1 (P20)}
\editstart
\\ \bf new &
\cltxt
As a subset of the base character repertoire,
Common LISP defines a standard character
subrepertoire for two purposes.
Common LISP programs that are written in the
standard character subrepertoire
can be read by any Common LISP implementation; and Common LISP
programs
that use only standard characters as data objects are most likely
to be portable.
The standard characters are not defined by their glyphs, but by their
roles within
the language. There are two aspects to the roles of the
standard characters:
one is their role in reader and format control
string syntax; the second is their role as
components of the names of all Common LISP
functions, macros, constants, and global
variables. As long as an implementation chooses 96 glyphs
and treats those 96 in a manner
consistent with the language's specification for the standard characters
(for example,
the naming of functions),
it doesn't matter what glyphs the I/O
hardware uses to
represent those characters: they are
the standard characters. Any program or
data text written wholly
in those characters
is portable through simple code conversion.
The Common LISP
standard character subrepertoire consists of
a newline \#$\backslash${\clkwd Newline}, the
graphic space character \#$\backslash${\clkwd Space},
and the following additional
ninety-four graphic characters or their equivalents:
\editend
\\
\edithead {\csdag 2 (p21)}
\editstart
\\ \bf delete &
\cltxt
! " \# ...
\editend
\\
\edithead {\csdag 2 new (p21)}
\editstart
\\ &
{\bf Common LISP Standard Character Subrepertoire}
\editend
\footnote{\cltxt \#$\backslash${\clkwd Space}
and \#$\backslash${\clkwd Newline} are omitted.
graphic labels and descriptions are from ISO 6937/2.
The first letter of the graphic label categorizes the
character as follows: L - Latin, N - Numeric, S - Special
.}
\\
{\small \begin{tabular}{||l|c|l||l|c|l||} \hline
ID & Glyph & Name or description
& ID & Glyph & Name or description
\\ \hline
LA01 & a & small a
& ND01 & 1 & digit 1
\\ \hline
LA02 & A & capital A
& ND02 & 2 & digit 2
\\ \hline
LB01 & b & small b
& ND03 & 3 & digit 3
\\ \hline
LB02 & B & capital B
& ND04 & 4 & digit 4
\\ \hline
LC01 & c & small c
& ND05 & 5 & digit 5
\\ \hline
LC02 & C & capital C
& ND06 & 6 & digit 6
\\ \hline
LD01 & d & small d
& ND07 & 7 & digit 7
\\ \hline
LD02 & D & capital D
& ND08 & 8 & digit 8
\\ \hline
LE01 & e & small e
& ND09 & 9 & digit 9
\\ \hline
LE02 & E & capital E
& ND10 & 0 & digit 0
\\ \hline
LF01 & f & small f
& SC03 & \$ & dollar sign
\\ \hline
LF02 & F & capital F
& SP02 & ! & exclamation mark
\\ \hline
LG01 & g & small g
& SP04 & " & quotation mark
\\ \hline
LG02 & G & capital G
& SP05 & \apostrophe & apostrophe
\\ \hline
LH01 & h & small h
& SP06 & ( & left parenthesis
\\ \hline
LH02 & H & capital H
& SP07 & ) & right parenthesis
\\ \hline
LI01 & i & small i
& SP08 & , & comma
\\ \hline
LI02 & I & capital I
& SP09 & \_ & low line
\\ \hline
LJ01 & j & small j
& SP10 & - & hyphen or minus sign
\\ \hline
LJ02 & J & capital J
& SP11 & . & full stop, period
\\ \hline
LK01 & k & small k
& SP12 & / & solidus
\\ \hline
LK02 & K & capital K
& SP13 & : & colon
\\ \hline
LL01 & l & small l
& SP14 & ; & semicolon
\\ \hline
LL02 & L & capital L
& SP15 & ? & question mark
\\ \hline
LM01 & m & small m
& SA01 & + & plus sign
\\ \hline
LM02 & M & capital M
& SA03 & $<$ & less-than sign
\\ \hline
LN01 & n & small n
& SA04 & = & equals sign
\\ \hline
LN02 & N & capital N
& SA05 & $>$ & greater-than sign
\\ \hline
LO01 & o & small o
& SM01 & \# & number sign
\\ \hline
LO02 & O & capital O
& SM02 & \% & percent sign
\\ \hline
LP01 & p & small p
& SM03 & \& & ampersand
\\ \hline
LP02 & P & capital P
& SM04 & * & asterisk
\\ \hline
LQ01 & q & small q
& SM05 & @ & commercial at
\\ \hline
LQ02 & Q & capital Q
& SM06 & [ & left square bracket
\\ \hline
LR01 & r & small r
& SM07 & $\backslash$ & reverse solidus
\\ \hline
LR02 & R & capital R
& SM08 & ] & right square bracket
\\ \hline
LS01 & s & small s
& SM11 & \{ & left curly bracket
\\ \hline
LS02 & S & capital S
& SM13 & $|$ & vertical bar
\\ \hline
LT01 & t & small t
& SM14 & \} & right curly bracket
\\ \hline
LT02 & T & capital T
& SD13 & \bq & grave accent
\\ \hline
LU01 & u & small u
& SD15 & $\hat{ }$ & circumflex accent
\\ \hline
LU02 & U & capital U
& SD19 & $\tilde{ }$ & tilde
\\ \hline
LV01 & v & small v
& & &
\\ \hline
LV02 & V & capital V
& & &
\\ \hline
LW01 & w & small w
& & &
\\ \hline
LW02 & W & capital W
& & &
\\ \hline
LX01 & x & small x
& & &
\\ \hline
LX02 & X & capital X
& & &
\\ \hline
LY01 & y & small y
& & &
\\ \hline
LY02 & Y & capital Y
& & &
\\ \hline
LZ01 & z & small z
& & &
\\ \hline
LZ02 & Z & capital Z
& & &
\\
\hline
\end{tabular} }
\\
\edithead {\csdag 3 (p21)}
\editstart
\\ \bf delete &
\cltxt
@ A B C...
\editend
\\
\edithead {\csdag 4 (p21)}
\editstart
\\ \bf delete &
\cltxt
\bq a b c...
\editend
\\
\edithead {\csdag 5 (p21)}
\editstart
\\ \bf delete &
\cltxt
The Common LISP Standard character set is apparently ...
\editend
\\
\edithead {\csdag 6 (p21)}
\editstart
\\ \bf replace &
\cltxt
Of the ninety-four non-blank printing characters
\\ \bf with &
\cltxt
Of the ninety-five graphic characters
\editend
\\
\edithead {\csdag 9 (p21)}
\editstart
\\ \bf delete &
\cltxt
The following characters are called ...
\editend
\\
\edithead {\csdag 10 (p21)}
\editstart
\\ \bf delete &
\cltxt
{\clkwd \#$\backslash$Backspace \#$\backslash$Tab } ...
\editend
\\
\edithead {\csdag 11 (p21)}
\editstart
\\ \bf delete &
\cltxt
Not all implementations of Common ...
\editend
\subsubsection{Line Divisions} % 2.2.2.
\edithead {\csdag 6 (p22)}
\editstart
\\ \bf replace &
\cltxt
a two-character sequence, such as
{\clkwd \#$\backslash$Return } and then
{\clkwd \#$\backslash$Newline },
is not acceptable,
\\ \bf with &
\cltxt
a two-character sequence is not acceptable,
\editend
\\
\edithead {\csdag 8 (p22)}
\editstart
\\ \bf delete &
\cltxt
Implementation note: If an implementation uses ...
\editend
\subsubsection{Non-standard Characters} % 2.2.3.
\edithead {\csdag delete entire section (p23)}
\editstart
\editend
\subsubsection{Character Attributes} % 2.2.4.
\edithead {\csdag 0 section heading (p23)}
\editstart
\\ \bf replace &
\cltxt
Character Attributes
\\ \bf with &
\cltxt
Character Identity
\editend
\\
\edithead {\csdag 1 through 8 (p23)}
\editstart
\\ \bf delete all paragraphs&
\cltxt
Every object of type {\clkwd character} ...
\editend
\\
\edithead {\csdag 1 (p23)}
\editstart
\\ \bf new &
\cltxt
Common LISP
characters are partitioned into a unique collection of
repertoires called {\em
Character Registries}. That is, each character is included
in one and only one Character Registry. The label identifying
each character within a Character Registry is a unique numerical value
referred to as the {\em character index}.
\\ &
Characters are uniquely distinguished by their codes,
which are drawn from the set of
non-negative integers. That is, within Common LISP
a unique numerical code
is assigned to each semantically different character.
Character codes are composed from a Character Registry and a
character index. The convention by which a character index and
Character Registry compose a character code is implementation
dependent.
\editend
\subsubsection{String Characters} % 2.2.5.
\edithead {\csdag delete entire section (p23)}
\editstart
\editend
\setcounter{subsection}{4}
\subsubsection{Character Registries} % 2.2.5.
\edithead {\csdag new section (p23)}
\editstart
\\ \bf new &
\cltxt
Character registries provide portable specifications of
character objects. Every character object is uniquely
identified by a registry name and index.
Character Registry names are strings formed from the Common LISP
{\clkwd standard-p} characters. Within registry names, alphabetic
case is ignored.
\\ &
Common LISP defines the following Character Registries:
\footnote{This document
defines a partial list of
the Character Registry names. A subsequent
document will define the complete Common LISP Character Registry
Standard including the effect of the character predicates
{\em alpha-char-p},
{\em lower-case-p}, etc..}
\begin{itemize}
\item Arabic
\item Armenian
\item Bo-po-mo-fo
\item Control
\item Cyrillic
\item Georgian
\item Greek
\item Hangul
\item Hebrew
\item Hiragana
\item Japanese-Punctuation
\item Kanji-JIS-Level-1
\item Kanji-JIS-Level-2
\item Kanji-Gaiji
\item Katakana
\item Latin
\item Latin-Punctuation
\item Mathematical
\item Pattern
\item Phonetic
\item Technical
\end{itemize}
\editend
\\
\edithead {\csdag new section (p23)}
\editstart
\\ \bf new &
\cltxt
The Common LISP Character Registry Standard is fixed;
an implementation
may not extend the set of characters within any Common LISP
Character Registry.
\\ &
An implementation may provide support for all or part of any Common LISP
Character Registry
and may provide new character registries which include characters
having unique semantics (i.e. not defined in any other
implementation-defined character registry or Common LISP Character
Registry). Implementation registries must be uniquely
named using only {\clkwd standard-p} characters. In addition,
the repertoire names {\em base} and {\em standard} have
reserved Common LISP usage.
\\ &
An implementation must document the registries it supports.
For each registry supported,
an implementation must define individual characters supported
including at least the following:
\begin{itemize}
\item Character Labels,
Glyphs, and Descriptions.
\item $<$ Common LISP
Character Registry name, character index $>$ pair if one exists
otherwise $<$ implementation-defined
character registry name, character index $>$ pair.
\item Reader Canonicalization.
\item Position in total ordering.
The partial ordering of the Standard alphanumeric
characters must be preserved.
\item Effect of character predicates.
In particular,
\begin{itemize}
\item {\clkwd alpha-char-p}
\item {\clkwd lower-case-p}
\item {\clkwd upper-case-p}
\item {\clkwd both-case-p}
\item {\clkwd graphic-char-p}
\item {\clkwd standard-char-p}
\item {\clkwd alphanumericp}
\end{itemize}
\item Interaction with File I/O. In particular, the
coded character set standards
\footnote{For example, "ISO8859/1-1987ccs".} and
external encoding schemes
\footnote{For example, {\em "Xerox System Integration Character
Code Standard"}\cite{xerox87}.}
which are supported must be specified.
\end{itemize}
\editend
\subsection{Symbols} % 2.3.
\edithead {\csdag 12 (p25)}
\editstart
\\ \bf replace &
\cltxt
A symbol may have uppercase letters, lowercase letters, or both
in its print name.
\\ \bf with &
\cltxt
A symbol may have characters from any supported character registry
in its print name.
It may have uppercase letters, lowercase letters, or both.
\editend
\setcounter{subsection}{4}
\subsection{Arrays}
\subsubsection{Vectors}
\edithead {\csdag 6 (p29)}
\editstart
\\ \bf replace &
\cltxt
All implementations provide specialized arrays for the cases when
the components are characters (or rather, a special subset of the
characters);
\\ \bf with &
\cltxt
All implementations provide specialized arrays for the cases when
the components are characters (or optionally, special subsets of
the characters);
\editend
\subsubsection{Strings}
\edithead {\csdag 1 (p30)}
\editstart
\\ \bf replace &
\cltxt
A string is simply a vector of characters. More precisely, a string
is a specialized vector whose elements are of type
{\clkwd string-char}.
\\ \bf with &
\cltxt
A string is simply a vector of characters. More precisely, a string
is a specialized vector whose elements are of type
{\clkwd character} or a subtype
of character.
\editend
\setcounter{subsection}{14}
\subsection{Overlap, Inclusion, and Disjointness of Types} % 2.15.
\edithead {\csdag 14 (p34)}
\editstart
\\ \bf replace &
\cltxt
The type {\clkwd standard-char} is a subtype of {\clkwd string-char};
{\clkwd string-char} is a subtype of {\clkwd character}.
\\ \bf with &
\cltxt
The type {\clkwd base-character} is a subtype of
{\clkwd character}.
\editend
\\
\edithead {\csdag 15 (p34)}
\editstart
\\ \bf replace &
\cltxt
The type {\clkwd string} is a subtype of {\clkwd vector},
for {\clkwd string} means {\clkwd (vector string-char)}.
\\ \bf with &
\cltxt
The type {\clkwd string} is a subtype of {\clkwd vector},
{\clkwd string} consists of vectors specialized by subtypes of
{\clkwd character}.
\editend
\\
\edithead {\csdag 15 after (p34)}
\editstart
\\ \bf insert &
\cltxt
The type {\clkwd base-string} means
{\clkwd (vector base-character)}.
\editend
\\
\edithead {\csdag 15 after (p34)}
\editstart
\\ \bf insert &
\cltxt
The type {\clkwd general-string} means
{\clkwd (vector character)} and is a subtype of {\clkwd string}.
\editend
\\
\edithead {\csdag 20 (p34)}
\editstart
\\ \bf replace &
\cltxt
{\clkwd (simple-array string-char (*))};
\\ \bf with &
\cltxt
{\clkwd (simple-array character (*))};
\editend
\\
\edithead {\csdag 20 after (p34)}
\editstart
\\ \bf insert &
\cltxt
The type {\clkwd simple-base-string} means
{\clkwd (simple-array base-character (*))} and
is the most efficient string which can hold
the standard characters. {\clkwd simple-base-string}
is a subtype of {\clkwd base-string}.
\editend
\\
\edithead {\csdag 20 after (p34)}
\editstart
\\ \bf insert &
\cltxt
The type {\clkwd simple-general-string} means
{\clkwd (simple-array character (*))}.
{\clkwd simple-general-string}
is a subtype of {\clkwd general-string}.
\editend
%----------------------------------------------------------------------
\setcounter{section}{3}
\section{Type Specifiers} % 4
%----------------------------------------------------------------------
\setcounter{subsection}{1}
\subsection{Type Specifier Lists} % 4.2.
\edithead {\csdag 8 Table 4-1 (alphabetic list) (p43)}
\editstart
\\ \bf remove &
\\ &
\cltxt
{\clkwd standard-char}
\\ &
{\clkwd string-char}
\editend
\\
\edithead {\csdag 8 Table 4-1 (alphabetic list) (p43)}
\editstart
\\ \bf insert &
\\ &
\cltxt
{\clkwd base-character}
\\ &
{\clkwd general-string}
\\ &
{\clkwd simple-base-string}
\\ &
{\clkwd simple-general-string}
\editend
\setcounter{subsection}{2}
\subsection{Predicating Type Specifiers} % 4.3.
\edithead {\csdag 2 (p43)}
\editstart
\\ \bf delete &
\cltxt
As an example, the entire ...
\editend
\\
\edithead {\csdag 3 delete example (p43)}
\editstart
\\ \bf delete &
\cltxt
{\clkwd (deftype string-char () } ...
\editend
\setcounter{subsection}{4}
\subsection{Type Specifiers That Specialize} % 4.5.
\edithead {\csdag 5 after (p46)}
\editstart
\\ \bf insert &
\cltxt
{\clkwd (character {\em registries})}
\\ &
This denotes a character type specialized to members
of the specified registries. {\em registries} may be a
single character registry name or a list of
character registry names.
\editend
\setcounter{subsection}{5}
\subsection{Type Specifiers That Abbreviate} % 4.6.
\edithead {\csdag 20 (p49)}
\editstart
\\ \bf replace &
\cltxt
Means the same as {\clkwd (array string-char ({\em size}))}: the set of
strings of
the indicated size.
\\ \bf with &
\cltxt
Means the union of the vector types specialized by subtypes of
character
and the indicated size.
For the purpose of declaration, it is equivalent to
{\clkwd (general-string ({\em size}))}.
\editend
\\
\edithead {\csdag 23 (p49)}
\editstart
\\ \bf replace &
\cltxt
Means the same as {\clkwd (simple-array string-char ({\em size}))}: the
set of simple strings of the indicated size.
\\ \bf with &
\cltxt
Means the union of the simple vector types specialized by subtypes of
character and the indicated size.
For the purpose of declaration, it is equivalent to
{\clkwd (simple-general-string ({\em size}))}.
\editend
\\
\edithead {\csdag 23 after (p49)}
\editstart
\\ \bf insert &
\cltxt
{\clkwd (base-string {\em size})}
\\ &
Means the same as {\clkwd (array base-character ({\em size}))}: the
set of base strings of the indicated size.
\\ &
{\clkwd (simple-base-string {\em size})}
\\ &
Means the same as {\clkwd (simple-array base-character ({\em size}))}:
the set of simple base strings of the indicated size.
\editend
\\
\edithead {\csdag 23 after (p49)}
\editstart
\\ \bf insert &
\cltxt
{\clkwd (general-string {\em size})}
\\ &
Means the same as {\clkwd (array base-character ({\em size}))}: the
set of base strings of the indicated size.
\\ &
{\clkwd (simple-general-string {\em size})}
\\ &
Means the same as
{\clkwd (simple-array general-character ({\em size}))}:
the set of simple general strings of the indicated size.
\editend
\setcounter{subsection}{7}
\subsection{Type Conversion Function} % 4.8.
\edithead {\csdag 6 (p51)}
\editstart
\\ \bf replace &
\cltxt
Some strings, symbols, and integers may be converted to
characters. If {\em object} is a string of length 1,
then the sole element of the print name is returned.
If {\em object} is an integer {\em n}, then {\clkwd (int-char }
{\em n}{\clkwd )} is returned. See {\clkwd character}.
\\ \bf with &
\cltxt
Some strings amd symbols may be converted to
characters. If {\em object} is a string of length 1,
then the sole element of the print name is returned.
See {\clkwd character}.
\editend
\\
\edithead {\csdag 6 after (p52)}
\editstart
\\ \bf insert &
\begin{itemize}
\cltxt
\item Any string subtype may be converted to any other string
subtype, provided the new string can contain all actual
elements of the old string. It is an error if it cannot.
\end{itemize}
\editend
%----------------------------------------------------------------------
\setcounter{section}{5}
\section{Predicates} % 6
%----------------------------------------------------------------------
\edithead {\csdag 2 (p71)}
\editstart
\\ \bf replace &
\cltxt
but {\clkwd standard-char} begets {\clkwd standard-char-p}
\\ \bf with &
\cltxt
but {\clkwd bit-vector} begets {\clkwd bit-vector-p}
\editend
\setcounter{subsection}{1}
\subsection{Data Type Predicates} % 6.2.
\setcounter{subsubsection}{1}
\subsubsection{Specific Data Type Predicates} % 6.2.2.
\edithead {\csdag 36 (p75)}
\editstart
\\ \bf replace &
\cltxt
{\clkwd characterp} {\em object}
\\ \bf with &
\cltxt
{\clkwd characterp} {\em object} \&{\clkwd optional}
{\em repertoire}
\editend
\\
\edithead {\csdag 37 (p75)}
\editstart
\\ \bf replace &
\cltxt
{\clkwd characterp} is true if its argument is a character,
and otherwise is false.
\\ \bf with &
\cltxt
If {\em repertoire} is omitted, {\clkwd characterp}
is true if its argument is a character object,
and otherwise is false.
If a {\em repertoire} argument is specified,
{\clkwd characterp} is true if its argument
is a character object and a member of the specified repertoire,
and
otherwise is false.
For example, {\clkwd (characterp \#$\backslash$A}
{\clkwd "Latin")}
is true since \#$\backslash$A is a member of the Common LISP
Latin Character Registry. {\em repertoire} may be any supported
character registry name or the reserved repertoire names
"base" and "standard". {\clkwd (characterp x "base")} is
true if its argument is a member of the base character
repertoire and false
otherwise.
{\clkwd (characterp x "standard")} is
true if its argument is a member of the standard character
repertoire and false
otherwise.
\editend
\\
\edithead {\csdag 38 (p75)}
\editstart
\\ \bf replace &
\cltxt
{\clkwd (characterp x) $\equiv$ (typep x \apostrophe character)}
\\ \bf with &
\cltxt
{\clkwd (characterp x "standard") $\equiv$ (typep x \apostrophe
(character "standard")}
\editend
\\
\edithead {\csdag 72 (p76)}
\editstart
\\ \bf replace &
\cltxt
See also {\clkwd standard-char-p, string-char-p, streamp,}
\\ \bf with &
\cltxt
See also {\clkwd standard-char-p, streamp,}
\editend
\setcounter{subsubsection}{2}
\subsubsection{Equality Predicates} % 6.2.3.
\edithead {\csdag 75 (p81)}
\editstart
\\ \bf replace &
\cltxt
which ignores alphabetic case and certain other attributes
of characters;
\\ \bf with &
\cltxt
which ignores alphabetic case
of characters;
\editend
%----------------------------------------------------------------------
\setcounter{section}{6}
\section{Control Structure} % 7
%----------------------------------------------------------------------
\setcounter{subsection}{1}
\subsection{Generalized Variables} % 7.2.
\edithead {\csdag 19 modify table (p95)}
\editstart
\\ \bf replace &
\cltxt
char string-char
\\ &
schar string-char
\\ \bf with &
\cltxt
char character
\\ &
schar character
\\ &
sbchar base-character
\editend
\\
\edithead {\csdag 22 table entry (p96)}
\editstart
\\ \bf delete &
\cltxt
char-bit first set-char-bit
\editend
%----------------------------------------------------------------------