The 'APT Package Management System' provides Debian and Debian-derived Linux systems with a powerful system to resolve package dependencies. This package offers access directly from R.
Rcpp Interface to APT Package Manager
Debian and its derivatives like
Ubuntu utilize a powerful package managing backend /
frontend combination in APT (A Packaging Tool). Accessible at the
command-line via front-ends
apt-cache, ... as well as
numerous GUI variants, it is implemented using a library
small package provides R with access to this
library via Rcpp.
We can query packages by regular expression:
R> library(RcppAPT)R> getPackages("^r-base-.")
which returns a data frame with name, version (if installed) and section.
We can also check for installability of a given package or set of packages:
R> hasPackages(c("r-cran-rcpp", "r-cran-rcppapt"))r-cran-rcpp r-cran-rcppaptTRUE FALSER>
which shows that Rcpp is (of course) available, but this (very new) package is (unsurprisingly) not available pre-built.
Moreover, we can look at the package information of a given package.
buildDepends() function extracts just the build dependencies:
R> buildDepends("r-cran-rcppeigen") "debhelper" "r-base-dev" "cdbs" "r-cran-rcpp" "r-cran-matrix" "r-cran-pkgkitten"R>
dumpPackages() functions display even more information.
We can also look at reverse dependencies:
R> reverseDepends("r-cran-rcpp$")package version1 r-cran-surveillance2 r-cran-rquantlib 0.11.03 r-cran-reshape24 r-cran-readxl5 r-cran-rcppeigen 0.11.0-16 r-cran-rcpparmadillo 0.11.07 r-cran-plyr8 r-cran-minqa 0.11.0R>
The package is still fairly small, and functionality is (currently) limited to the examples shown above. It builds reliably on the supported systems.
libapt-pkg is pretty mature, and feature-rich, so this package acts
mostly as a wrapper from R.
The package is on CRAN so a very standard
will do. Make sure you install the libapt-pkg-dev package first as it is a build-dependency.
Versions of the package may also be available via drat via:
GPL (>= 2)