| makeRepo | R Documentation |
Given a list of packages, downloads these packages to a specified destination
folder using the required CRAN folder structure, and finally creates the
PACKAGES index file. Since the folder structure mimics the required
structure and files of a CRAN repository, it supports functions like
utils::install.packages().
makeRepo(
pkgs,
path,
repos = getOption("repos"),
type = "source",
Rversion = R.version,
download = TRUE,
writePACKAGES = TRUE,
filters = NULL,
quiet = FALSE
)
updateRepoIndex(path, type = "source", Rversion = R.version)
pkgs |
Character vector of packages to download |
path |
Destination download path. This path is the root folder of your new repository. |
repos |
URL(s) of the 'contrib' sections of the repositories, e.g.
|
type |
Possible values are (currently) "source", "mac.binary" and
"win.binary": the binary types can be listed and downloaded but not
installed on other platforms. Passed to |
Rversion |
Version of R (only used if
|
download |
If TRUE downloads packages. |
writePACKAGES |
If TRUE, calls |
filters |
passed to utils::available.packages |
quiet |
If TRUE, suppress status messages (if any), and the progress bar during download. |
character vector of downloaded package files
A repository has two main folders, one for source packages, and the other
for binary packages. Inside the binary package folder, bin, you will find
subfolders for Windows as well as the various OSX binaries.
+- Root
...+- src/contrib
......+- PACKAGES
..+- bin
.......+- windows/contrib/version
..........+- PACKAGES
.......+- macosx/contrib/version
..........+- PACKAGES
.......+- macosx/mavericks/contrib/version
..........+- PACKAGES
.......+- macosx/leopard/contrib/version
..........+- PACKAGES
Internally makes use of utils::download.packages() and
write_PACKAGES()
Other update repo functions:
addOldPackage(),
addPackage(),
checkVersions(),
updatePackages()
# Specify list of packages to download
mirror <- c(CRAN = "https://cloud.r-project.org")
pkgs <- c("foreach")
if (interactive()) {
pdb <- cranJuly2014
pdb <- pkgAvail(
repos = c(CRAN = getOption("minicran.mran")),
type = "source"
)
pkgList <- pkgDep(pkgs, availPkgs = pdb, repos = mirror,
type = "source", suggests = FALSE)
pkgList
# Create temporary folder for miniCRAN
dir.create(pth <- file.path(tempdir(), "miniCRAN"))
# Make repo for source and win.binary
makeRepo(pkgList, path = pth, repos = mirror, type = "source")
# List all files in miniCRAN
list.files(pth, recursive = TRUE)
# Check for available packages
pkgAvail(repos = pth, type = "source")
# Repeat process for windows binaries
makeRepo(pkgList, path = pth, repos = mirror, type = "win.binary")
pkgAvail(repos = pth, type = "win.binary")
# Delete temporary folder
unlink(pth, recursive = TRUE)
}
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