RspVariableDirective

RspStringDirective

RspNumericDirective

RspIntegerDirective

RspLogicalDirective

A <code><a href="/link/character?package=R.rsp&version=0.9.17&to=base" rd-options="base" data-mini-rdoc="base::character">character</a></code> string.

value

Arguments passed to the constructor of <code><a href="/link/RspDirective?package=R.rsp&version=0.9.17" rd-options="" data-mini-rdoc="R.rsp::RspDirective">RspDirective</a></code>.

Package: R.rsp Class RspVariableDirective<code>character</code><code>~~|</code><code>~~+--</code><code><a href="/link/RspObject?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspObject">RspObject</a></code><code>~~~~~~~|</code><code>~~~~~~~+--</code><code><a href="/link/RspConstruct?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspConstruct">RspConstruct</a></code><code>~~~~~~~~~~~~|</code><code>~~~~~~~~~~~~+--</code><code><a href="/link/RspDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspDirective">RspDirective</a></code><code>~~~~~~~~~~~~~~~~~|</code><code>~~~~~~~~~~~~~~~~~+--</code><code>RspVariableDirective</code>Directly known subclasses:<a href="/link/RspIntegerDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspIntegerDirective">RspIntegerDirective</a>, <a href="/link/RspLogicalDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspLogicalDirective">RspLogicalDirective</a>, <a href="/link/RspMetaDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspMetaDirective">RspMetaDirective</a>, <a href="/link/RspNumericDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspNumericDirective">RspNumericDirective</a>, <a href="/link/RspStringDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspStringDirective">RspStringDirective</a>public class RspVariableDirectiveextends <a href="/link/RspDirective?package=R.rsp&version=0.9.17&to=R.rsp" rd-options="R.rsp" data-mini-rdoc="R.rsp::RspDirective">RspDirective</a>An RspVariableDirective is an <code><a href="/link/RspDirective?package=R.rsp&version=0.9.17" rd-options="" data-mini-rdoc="R.rsp::RspDirective">RspDirective</a></code> that causes the
 RSP parser to assign the value of an attribute to an R object of
 the same name as the attribute at the time of parsing.

classes

internal

The RSP markup language makes any text-based document come alive. RSP provides a powerful markup for controlling the content and output of LaTeX, HTML, Markdown, AsciiDoc, Sweave and knitr documents (and more), e.g. 'Today's date is <%=Sys.Date()%>'. Contrary to many other literate programming languages, with RSP it is straightforward to loop over mixtures of code and text sections, e.g. in month-by-month summaries. RSP has also several preprocessing directives for incorporating static and dynamic contents of external files (local or online) among other things. Functions rstring() and rcat() make it easy to process RSP strings, while rfile() compiles RSP files (also online) into their final outputs, e.g. rfile('report.tex.rsp') generates 'report.pdf'. RSP is ideal for self-contained scientific reports and R package vignettes.

Henrik Bengtsson

R.rsp

Dynamic generation of scientific reports

RspVariableDirective function

Methods:<tabular>rll</tabular>{
 	<code>getInclude</code> 	-}
 Methods inherited from RspDirective:asRspString, getNameContentDefaultAttributes, requireAttributes Methods inherited from RspConstruct:asRspString, getComment, getInclude, getSuffixSpecs Methods inherited from RspObject:getAttribute, getAttributes, hasAttribute, print, setAttribute, setAttributes Methods inherited from character:all.equal, as.Date, as.POSIXlt, as.data.frame, as.raster, downloadFile, formula, getDLLRegisteredRoutines, isOpen, toAsciiRegExprPattern, toFileListTree, toLatex, uses

RspVariableDirective: The RspVariableDirective class

Description

Usage

Arguments

Fields and Methods