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R4RS -> \RnRS 

R5RS -> \RnRS
This commit is contained in:
sperber 2003-02-17 15:40:19 +00:00
parent a7453031a0
commit 199b3d7f2a
3 changed files with 24 additions and 24 deletions
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4
doc/scsh-manual/running.tex
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@ -251,7 +251,7 @@ package; there are switches to change this package.
Except where indicated, switches specify actions that are executed in a
left-to-right order.
The initial current package is the user package, which is completely
empty and opens (imports the bindings of) the R4RS and scsh structures.
empty and opens (imports the bindings of) the \RnRS{} and scsh structures.
If the Scheme process is started up in an interactive mode, then the current
package in force at the end of switch scanning is the one inside which
@ -282,7 +282,7 @@ The following switches and end options are defined:
the new package is anonmyous, with no associated named structure.
The new package initially opens no other structures,
not even the R4RS bindings. You must follow a ``\ex{-n foo}''
not even the \RnRS{} bindings. You must follow a ``\ex{-n foo}''
switch with ``\ex{-o scheme}'' to access the standard identifiers such
as \ex{car} and \ex{define}.

6
doc/scsh-manual/sre.tex
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@ -108,8 +108,8 @@ the next section is a friendlier tutorial introduction.
integers. \\
\var{M} may also be \ex{\#f}, meaning ``infinity.''} \\
\\
\ex{(| \var{sre} {\ldots})} & Choice (\ex{or} is R5RS symbol; \\
\ex{(or \var{sre} {\ldots})} & \ex{|} is not specified by R5RS.) \\
\ex{(| \var{sre} {\ldots})} & Choice (\ex{or} is \RnRS{} symbol; \\
\ex{(or \var{sre} {\ldots})} & \ex{|} is not specified by \RnRS{}.) \\
\\
\ex{(: \var{sre} {\ldots})} & Sequence (\ex{seq} is legal \\
\ex{(seq \var{sre} {\ldots})} & Common Lisp symbol) \\
@ -308,7 +308,7 @@ The regexp \ex{(seq \var{sre} \ldots)} is
completely equivalent to \ex{(: \var{sre} \ldots)};
it's included in order to have a syntax that doesn't require
\ex{:} to be a legal symbol \footnote{That is, for use within s-expression
syntax frameworks that, unlike R5RS, don't allow for \ex{:} as a legal symbol.
syntax frameworks that, unlike \RnRS, don't allow for \ex{:} as a legal symbol.
A Common Lisp embedding of SREs, for example, would need to use
\ex{seq} instead of \ex{:}.}

38
doc/scsh-manual/strings.tex
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@ -153,11 +153,11 @@ which is both a directory (current working directory), and a file name
\begin{tabular}{lll}
File name & \ex{\ldots-directory?} & \ex{\ldots-non-directory?} \\
\hline
\ex{"src/des"} & \ex{\sharpf} & \ex{\sharpt} \\
\ex{"src/des"} & \ex{\sharpf} & \ex{\sharpt} \\
\ex{"src/des/"} & \ex{\sharpt} & \ex{\sharpf} \\
\ex{"/"} & \ex{\sharpt} & \ex{\sharpf} \\
\ex{"."} & \ex{\sharpf} & \ex{\sharpt} \\
\ex{""} & \ex{\sharpt} & \ex{\sharpt}
\ex{"/"} & \ex{\sharpt} & \ex{\sharpf} \\
\ex{"."} & \ex{\sharpf} & \ex{\sharpt} \\
\ex{""} & \ex{\sharpt} & \ex{\sharpt}
\end{tabular}
\end{center}
\end{desc}
@ -444,11 +444,11 @@ is also frequently useful for expanding file-names.
\begin{desc}
Each of these predicates tests for membership in one of the standard
character sets provided by the SRFI-14 character-set library.
Additionally, the following redundant bindings are provided for {R5RS}
Additionally, the following redundant bindings are provided for {\RnRS}
compatibility:
\begin{inset}
\begin{tabular}{ll}
{R5RS} name & scsh definition \\ \hline
{\RnRS} name & scsh definition \\ \hline
\ex{char-alphabetic?} & \ex{char-letter+digit?} \\
\ex{char-numeric?} & \ex{char-digit?} \\
\ex{char-alphanumeric?} & \ex{char-letter+digit?}
@ -474,22 +474,22 @@ the equivalent SRFI-13 binding. This obsolete library is deprecated and
new code should use the SRFI-13 bindings.
\begin{inset}
\begin{tabular}{ll}
Old \ex{obsolete-char-set-lib} & SRFI-13 \ex{char-set-lib} \\ \hline
Old \ex{obsolete-char-set-lib} & SRFI-13 \ex{char-set-lib} \\ \hline
\ex{char-set-members} & \ex{char-set->list} \\
\ex{chars->char-set} & \ex{list->char-set} \\
\ex{ascii-range->char-set} & \ex{ucs-range->char-set} (not exact) \\
\ex{predicate->char-set} & \ex{char-set-filter} (not exact) \\
\ex{char-set-every}? & \ex{char-set-every} \\
\ex{char-set-any}? & \ex{char-set-any} \\
\ex{char-set-members} & \ex{char-set->list} \\
\ex{chars->char-set} & \ex{list->char-set} \\
\ex{ascii-range->char-set} & \ex{ucs-range->char-set} (not exact) \\
\ex{predicate->char-set} & \ex{char-set-filter} (not exact) \\
\ex{char-set-every}? & \ex{char-set-every} \\
\ex{char-set-any}? & \ex{char-set-any} \\
\\
\ex{char-set-invert} & \ex{char-set-complement} \\
\ex{char-set-invert}! & \ex{char-set-complement!} \\
\ex{char-set-invert} & \ex{char-set-complement} \\
\ex{char-set-invert}! & \ex{char-set-complement!} \\
\\
\ex{char-set:alphabetic} & \ex{char-set:letter} \\
\ex{char-set:numeric} & \ex{char-set:digit} \\
\ex{char-set:alphanumeric} & \ex{char-set:letter+digit} \\
\ex{char-set:control} & \ex{char-set:iso-control}
\ex{char-set:alphabetic} & \ex{char-set:letter} \\
\ex{char-set:numeric} & \ex{char-set:digit} \\
\ex{char-set:alphanumeric} & \ex{char-set:letter+digit} \\
\ex{char-set:control} & \ex{char-set:iso-control}
\end{tabular}
\end{inset}
Note also that the \ex{->char-set} procedure no longer handles a predicate