rpi/domo
1
0
Fork 0
Code Issues Pull Requests Releases Wiki Activity

Bump buildroot to 2019.02

Browse Source
This commit is contained in:
NADAL Jean-Baptiste
2019-03-28 22:49:48 +01:00
parent 5598b1b762
commit 920d307141
5121 changed files with 78550 additions and 46132 deletions
Download Patch File Download Diff File Expand all files Collapse all files

25
bsp/buildroot/support/download/bzr
View File

@@ -5,28 +5,31 @@ set -e
# Download helper for bzr, to be called from the download wrapper script
#
# Call it as:
# .../bzr [-q] OUT_FILE REPO_URL REV BASENAME
# Options:
# -q Be quiet
# -o FILE Generate archive in FILE.
# -u URI Clone from repository at URI.
# -c CSET Use changeset (or revision) CSET.
# -n NAME Use basename NAME.
#
# Environment:
# BZR : the bzr command to call
verbose=
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-q;;
o) output="${OPTARG}";;
u) uri="${OPTARG}";;
c) cset="${OPTARG}";;
n) basename="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
repo="${2}"
rev="${3}"
basename="${4}"
shift 4 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
@@ -51,5 +54,5 @@ if [ ${bzr_version} -ge ${bzr_min_version} ]; then
fi
_bzr export ${verbose} --root="'${basename}/'" --format=tgz \
${timestamp_opt} - "${@}" "'${repo}'" -r "'${rev}'" \
${timestamp_opt} - "${@}" "'${uri}'" -r "'${cset}'" \
>"${output}"

42
bsp/buildroot/support/download/cvs
View File

@@ -5,33 +5,41 @@ set -e
# Download helper for cvs, to be called from the download wrapper script
#
# Call it as:
# .../cvs [-q] OUT_FILE CVS_URL REV PKG_NAME BASENAME
# Options:
# -q Be quiet
# -o FILE Generate archive in FILE.
# -u URI Checkout from repository at URI.
# -c REV Use revision REV.
# -N RAWNAME Use rawname (aka module name) RAWNAME.
# -n NAME Use basename NAME.
#
# Environment:
# CVS : the cvs command to call
verbose=
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-Q;;
o) output="${OPTARG}";;
u) uri="${OPTARG#*://}";;
c) rev="${OPTARG}";;
N) rawname="${OPTARG}";;
n) basename="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
repo="${2}"
rev="${3}"
rawname="${4}"
basename="${5}"
shift 5 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
# being expanded a second time (in case there are spaces in them).
# If the CVS server is deadlocked, the client will never return (cfr.
# http://autobuild.buildroot.net/results/23d/23d1034b33d0354de15de2ec4a8ccd0603e8db78/build-end.log
# ). Since nobody sane will put large code bases in CVS, a timeout of
# 10 minutes should do the trick.
_cvs() {
eval ${CVS} "${@}"
eval timeout 10m ${CVS} "${@}"
}
if [[ ${rev} =~ ^[0-9] ]]; then
@@ -42,14 +50,14 @@ else
select="-r"
fi
# The absence of an initial : on ${repo} means access method undefined
if [[ ! "${repo}" =~ ^: ]]; then
# The absence of an initial : on ${uri} means access method undefined
if [[ ! "${uri}" =~ ^: ]]; then
# defaults to anonymous pserver
repo=":pserver:anonymous@${repo}"
uri=":pserver:anonymous@${uri}"
fi
export TZ=UTC
_cvs ${verbose} -z3 -d"'${repo}'" \
_cvs ${verbose} -z3 -d"'${uri}'" \
co "${@}" -d "'${basename}'" ${select} "'${rev}'" -P "'${rawname}'"
tar czf "${output}" "${basename}"

180
bsp/buildroot/support/download/dl-wrapper
View File

@@ -4,8 +4,6 @@
# Its role is to ensure atomicity when saving downloaded files
# back to BR2_DL_DIR, and not clutter BR2_DL_DIR with partial,
# failed downloads.
#
# Call it with -h to see some help.
# To avoid cluttering BR2_DL_DIR, we download to a trashable
# location, namely in $(BUILD_DIR).
@@ -19,33 +17,51 @@
# We want to catch any unexpected failure, and exit immediately.
set -e
export BR_BACKEND_DL_GETOPTS=":hc:d:o:n:N:H:ru:qf:e"
main() {
local OPT OPTARG
local backend output hfile recurse quiet
local backend output hfile recurse quiet rc
local -a uris
# Parse our options; anything after '--' is for the backend
while getopts :hb:o:H:rq OPT; do
while getopts ":c:d:D:o:n:N:H:rf:u:q" OPT; do
case "${OPT}" in
h) help; exit 0;;
b) backend="${OPTARG}";;
c) cset="${OPTARG}";;
d) dl_dir="${OPTARG}";;
D) old_dl_dir="${OPTARG}";;
o) output="${OPTARG}";;
n) raw_base_name="${OPTARG}";;
N) base_name="${OPTARG}";;
H) hfile="${OPTARG}";;
r) recurse="-r";;
f) filename="${OPTARG}";;
u) uris+=( "${OPTARG}" );;
q) quiet="-q";;
:) error "option '%s' expects a mandatory argument\n" "${OPTARG}";;
\?) error "unknown option '%s'\n" "${OPTARG}";;
esac
done
# Forget our options, and keep only those for the backend
shift $((OPTIND-1))
if [ -z "${backend}" ]; then
error "no backend specified, use -b\n"
fi
if [ -z "${output}" ]; then
error "no output specified, use -o\n"
fi
# Legacy handling: check if the file already exists in the global
# download directory. If it does, hard-link it. If it turns out it
# was an incorrect download, we'd still check it below anyway.
# If we can neither link nor copy, fallback to doing a download.
# NOTE! This is not atomic, is subject to TOCTTOU, but the whole
# dl-wrapper runs under an flock, so we're safe.
if [ ! -e "${output}" -a -e "${old_dl_dir}/${filename}" ]; then
ln "${old_dl_dir}/${filename}" "${output}" || \
cp "${old_dl_dir}/${filename}" "${output}" || \
true
fi
# If the output file already exists and:
# - there's no .hash file: do not download it again and exit promptly
# - matches all its hashes: do not download it again and exit promptly
@@ -64,36 +80,85 @@ main() {
warn "Re-downloading '%s'...\n" "${output##*/}"
fi
# tmpd is a temporary directory in which backends may store intermediate
# by-products of the download.
# tmpf is the file in which the backends should put the downloaded content.
# tmpd is located in $(BUILD_DIR), so as not to clutter the (precious)
# $(BR2_DL_DIR)
# We let the backends create tmpf, so they are able to set whatever
# permission bits they want (although we're only really interested in
# the executable bit.)
tmpd="$(mktemp -d "${BUILD_DIR}/.${output##*/}.XXXXXX")"
tmpf="${tmpd}/output"
# Look through all the uris that we were given to download the package
# source
download_and_check=0
rc=1
for uri in "${uris[@]}"; do
backend_urlencode="${uri%%+*}"
backend="${backend_urlencode%|*}"
case "${backend}" in
git|svn|cvs|bzr|file|scp|hg) ;;
*) backend="wget" ;;
esac
uri=${uri#*+}
# Helpers expect to run in a directory that is *really* trashable, so
# they are free to create whatever files and/or sub-dirs they might need.
# Doing the 'cd' here rather than in all backends is easier.
cd "${tmpd}"
urlencode=${backend_urlencode#*|}
# urlencode must be "urlencode"
[ "${urlencode}" != "urlencode" ] && urlencode=""
# If the backend fails, we can just remove the temporary directory to
# remove all the cruft it may have left behind. Then we just exit in
# error too.
if ! "${OLDPWD}/support/download/${backend}" ${quiet} ${recurse} "${tmpf}" "${@}"; then
rm -rf "${tmpd}"
exit 1
fi
# tmpd is a temporary directory in which backends may store
# intermediate by-products of the download.
# tmpf is the file in which the backends should put the downloaded
# content.
# tmpd is located in $(BUILD_DIR), so as not to clutter the (precious)
# $(BR2_DL_DIR)
# We let the backends create tmpf, so they are able to set whatever
# permission bits they want (although we're only really interested in
# the executable bit.)
tmpd="$(mktemp -d "${BUILD_DIR}/.${output##*/}.XXXXXX")"
tmpf="${tmpd}/output"
# cd back to free the temp-dir, so we can remove it later
cd "${OLDPWD}"
# Helpers expect to run in a directory that is *really* trashable, so
# they are free to create whatever files and/or sub-dirs they might need.
# Doing the 'cd' here rather than in all backends is easier.
cd "${tmpd}"
# Check if the downloaded file is sane, and matches the stored hashes
# for that file
if ! support/download/check-hash ${quiet} "${hfile}" "${tmpf}" "${output##*/}"; then
# If the backend fails, we can just remove the content of the temporary
# directory to remove all the cruft it may have left behind, and try
# the next URI until it succeeds. Once out of URI to try, we need to
# cleanup and exit.
if ! "${OLDPWD}/support/download/${backend}" \
$([ -n "${urlencode}" ] && printf %s '-e') \
-c "${cset}" \
-d "${dl_dir}" \
-n "${raw_base_name}" \
-N "${base_name}" \
-f "${filename}" \
-u "${uri}" \
-o "${tmpf}" \
${quiet} ${recurse} -- "${@}"
then
# cd back to keep path coherence
cd "${OLDPWD}"
rm -rf "${tmpd}"
continue
fi
# cd back to free the temp-dir, so we can remove it later
cd "${OLDPWD}"
# Check if the downloaded file is sane, and matches the stored hashes
# for that file
if support/download/check-hash ${quiet} "${hfile}" "${tmpf}" "${output##*/}"; then
rc=0
else
if [ ${?} -ne 3 ]; then
rm -rf "${tmpd}"
continue
fi
# the hash file exists and there was no hash to check the file
# against
rc=1
fi
download_and_check=1
break
done
# We tried every URI possible, none seems to work or to check against the
# available hash. *ABORT MISSION*
if [ "${download_and_check}" -eq 0 ]; then
rm -rf "${tmpd}"
exit 1
fi
@@ -141,51 +206,8 @@ main() {
rm -f "${tmp_output}"
exit 1
fi
}
help() {
cat <<_EOF_
NAME
${my_name} - download wrapper for Buildroot
SYNOPSIS
${my_name} [OPTION]... -- [BACKEND OPTION]...
DESCRIPTION
Wrapper script around different download mechanisms. Ensures that
concurrent downloads do not conflict, that partial downloads are
properly evicted without leaving temporary files, and that access
rights are maintained.
-h This help text.
-b BACKEND
Wrap the specified BACKEND. Known backends are:
bzr Bazaar
cp Local files
cvs Concurrent Versions System
git Git
hg Mercurial
scp Secure copy
svn Subversion
wget HTTP download
-o FILE
Store the downloaded archive in FILE.
-H FILE
Use FILE to read hashes from, and check them against the downloaded
archive.
Exit status:
0 if OK
!0 in case of error
ENVIRONMENT
BUILD_DIR
The path to Buildroot's build dir
_EOF_
return ${rc}
}
trace() { local msg="${1}"; shift; printf "%s: ${msg}" "${my_name}" "${@}"; }

21
bsp/buildroot/support/download/cp → bsp/buildroot/support/download/file
View File

@@ -5,8 +5,11 @@ set -e
# Download helper for cp, to be called from the download wrapper script
#
# Call it as:
# .../cp [-q] OUT_FILE SRC_FILE
# Options:
# -q Be quiet.
# -o FILE Copy to file FILE.
# -f FILE Copy from basename file FILE.
# -u DIR Copy from FILE in DIR.
#
# Environment:
# LOCALFILES: the cp command to call
@@ -17,18 +20,18 @@ set -e
# Make 'cp' verbose by default, so it behaves a bit like the others.
verbose=-v
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=;;
o) output="${OPTARG}";;
f) file="${OPTARG}";;
u) dir="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
source="${2}"
shift 2 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
@@ -36,4 +39,4 @@ _localfiles() {
eval ${LOCALFILES} "${@}"
}
_localfiles ${verbose} "${@}""'${source}'" "'${output}'"
_localfiles ${verbose} "'${dir##file://}/${file}'" "'${output}'"

185
bsp/buildroot/support/download/git
View File

@@ -1,65 +1,119 @@
#!/usr/bin/env bash
# We want to catch any unexpected failure, and exit immediately
set -e
set -E
# Download helper for git, to be called from the download wrapper script
#
# Call it as:
# .../git [-q] [-r] OUT_FILE REPO_URL CSET BASENAME
#
# -q Be quiet.
# -r Clone and archive sub-modules.
# Options:
# -q Be quiet.
# -r Clone and archive sub-modules.
# -o FILE Generate archive in FILE.
# -u URI Clone from repository at URI.
# -c CSET Use changeset CSET.
# -n NAME Use basename NAME.
#
# Environment:
# GIT : the git command to call
# Save our path and options in case we need to call ourselves again
myname="${0}"
declare -a OPTS=("${@}")
# This function is called when an error occurs. Its job is to attempt a
# clone from scratch (only once!) in case the git tree is borked, or in
# case an unexpected and unsupported situation arises with submodules
# or uncommitted stuff (e.g. if the user manually mucked around in the
# git cache).
_on_error() {
local ret=${?}
printf "Detected a corrupted git cache.\n" >&2
if ${BR_GIT_BACKEND_FIRST_FAULT:-false}; then
printf "This is the second time in a row; bailing out\n" >&2
exit ${ret}
fi
export BR_GIT_BACKEND_FIRST_FAULT=true
printf "Removing it and starting afresh.\n" >&2
popd >/dev/null
rm -rf "${git_cache}"
exec "${myname}" "${OPTS[@]}" || exit ${ret}
}
verbose=
recurse=0
while getopts :qr OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-q; exec >/dev/null;;
r) recurse=1;;
o) output="${OPTARG}";;
u) uri="${OPTARG}";;
c) cset="${OPTARG}";;
d) dl_dir="${OPTARG}";;
n) basename="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
repo="${2}"
cset="${3}"
basename="${4}"
shift $((OPTIND-1)) # Get rid of our options
shift 4 # Get rid of our options
# Create and cd into the directory that will contain the local git cache
git_cache="${dl_dir}/git"
mkdir -p "${git_cache}"
pushd "${git_cache}" >/dev/null
# Any error now should try to recover
trap _on_error ERR
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
_git() {
eval ${GIT} "${@}"
eval GIT_DIR="${git_cache}/.git" ${GIT} "${@}"
}
# Try a shallow clone, since it is faster than a full clone - but that only
# works if the version is a ref (tag or branch). Before trying to do a shallow
# clone we check if ${cset} is in the list provided by git ls-remote. If not
# we fall back on a full clone.
# Create a warning file, that the user should not use the git cache.
# It's ours. Our precious.
cat <<-_EOF_ >"${dl_dir}/git.readme"
IMPORTANT NOTE!
The git tree located in this directory is for the exclusive use
by Buildroot, which uses it as a local cache to reduce bandwidth
usage.
Buildroot *will* trash any changes in that tree whenever it needs
to use it. Buildroot may even remove it in case it detects the
repository may have been damaged or corrupted.
Do *not* work in that directory; your changes will eventually get
lost. Do *not* even use it as a remote, or as the source for new
worktrees; your commits will eventually get lost.
_EOF_
# Initialise a repository in the git cache. If the repository already
# existed, this is a noop, unless the repository was broken, in which
# case this magically restores it to working conditions. In the latter
# case, we might be missing blobs, but that's not a problem: we'll
# fetch what we need later anyway.
#
# Messages for the type of clone used are provided to ease debugging in case of
# problems
git_done=0
if [ -n "$(_git ls-remote "'${repo}'" "'${cset}'" 2>&1)" ]; then
printf "Doing shallow clone\n"
if _git clone ${verbose} "${@}" --depth 1 -b "'${cset}'" "'${repo}'" "'${basename}'"; then
git_done=1
else
printf "Shallow clone failed, falling back to doing a full clone\n"
fi
fi
if [ ${git_done} -eq 0 ]; then
printf "Doing full clone\n"
_git clone ${verbose} "${@}" "'${repo}'" "'${basename}'"
# We can still go through the wrapper, because 'init' does not use the
# path pointed to by GIT_DIR, but really uses the directory passed as
# argument.
_git init .
# Ensure the repo has an origin (in case a previous run was killed).
if ! _git remote |grep -q -E '^origin$'; then
_git remote add origin "'${uri}'"
fi
pushd "${basename}" >/dev/null
_git remote set-url origin "'${uri}'"
printf "Fetching all references\n"
_git fetch origin
_git fetch origin -t
# Try to get the special refs exposed by some forges (pull-requests for
# github, changes for gerrit...). There is no easy way to know whether
@@ -72,9 +126,48 @@ if ! _git fetch origin "'${cset}:${cset}'" >/dev/null 2>&1; then
printf "Could not fetch special ref '%s'; assuming it is not special.\n" "${cset}"
fi
# Check that the changeset does exist. If it does not, re-cloning from
# scratch won't help, so we don't want to trash the repository for a
# missing commit. We just exit without going through the ERR trap.
if ! _git rev-parse --quiet --verify "'${cset}^{commit}'" >/dev/null 2>&1; then
printf "Commit '%s' does not exist in this repository\n." "${cset}"
exit 1
fi
# The new cset we want to checkout might have different submodules, or
# have sub-dirs converted to/from a submodule. So we would need to
# deregister _current_ submodules before we checkout.
#
# Using "git submodule deinit --all" would remove all the files for
# all submodules, including the corresponding .git files or directories.
# However, it was only introduced with git-1.8.3, which is too recent
# for some enterprise-grade distros.
#
# So, we fall-back to just removing all submodules directories. We do
# not need to be recursive, as removing a submodule will de-facto remove
# its own submodules.
#
# For recent git versions, the repository for submodules is stored
# inside the repository of the super repository, so the following will
# only remove the working copies of submodules, effectively caching the
# submodules.
#
# For older versions however, the repository is stored in the .git/ of
# the submodule directory, so the following will effectively remove the
# the working copy as well as the repository, which means submodules
# will not be cached for older versions.
#
cmd='printf "Deregistering submodule \"%s\"\n" "${path}" && cd .. && rm -rf "${path##*/}"'
_git submodule --quiet foreach "'${cmd}'"
# Checkout the required changeset, so that we can update the required
# submodules.
_git checkout -q "'${cset}'"
_git checkout -f -q "'${cset}'"
# Get rid of now-untracked directories (in case a git operation was
# interrupted in a previous run, or to get rid of empty directories
# that were parents of submodules removed above).
_git clean -ffdx
# Get date of commit to generate a reproducible archive.
# %cD is RFC2822, so it's fully qualified, with TZ and all.
@@ -85,20 +178,24 @@ if [ ${recurse} -eq 1 ]; then
_git submodule update --init --recursive
fi
# We do not want the .git dir; we keep other .git files, in case they
# are the only files in their directory.
# Generate the archive, sort with the C locale so that it is reproducible.
# We do not want the .git dir; we keep other .git files, in case they are the
# only files in their directory.
# The .git dir would generate non reproducible tarballs as it depends on
# the state of the remote server. It also would generate large tarballs
# (gigabytes for some linux trees) when a full clone took place.
rm -rf .git
find . -not -type d \
-and -not -path "./.git/*" >"${output}.list"
LC_ALL=C sort <"${output}.list" >"${output}.list.sorted"
popd >/dev/null
# Generate the archive, sort with the C locale so that it is reproducible
find "${basename}" -not -type d >"${basename}.list"
LC_ALL=C sort <"${basename}.list" >"${basename}.list.sorted"
# Create GNU-format tarballs, since that's the format of the tarballs on
# sources.buildroot.org and used in the *.hash files
tar cf - --numeric-owner --owner=0 --group=0 --mtime="${date}" --format=gnu \
-T "${basename}.list.sorted" >"${output}.tar"
tar cf - --transform="s#^\./#${basename}/#" \
--numeric-owner --owner=0 --group=0 --mtime="${date}" --format=gnu \
-T "${output}.list.sorted" >"${output}.tar"
gzip -6 -n <"${output}.tar" >"${output}"
rm -f "${output}.list"
rm -f "${output}.list.sorted"
popd >/dev/null

25
bsp/buildroot/support/download/hg
View File

@@ -5,27 +5,30 @@ set -e
# Download helper for hg, to be called from the download wrapper script
#
# Call it as:
# .../hg [-q] OUT_FILE REPO_URL CSET BASENAME
# Options:
# -q Be quiet.
# -o FILE Generate archive in FILE.
# -u URI Clone from repository at URI.
# -c CSET Use changeset (or revision) CSET.
# -n NAME Use basename NAME.
#
# Environment:
# HG : the hg command to call
verbose=
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-q;;
o) output="${OPTARG}";;
u) uri="${OPTARG}";;
c) cset="${OPTARG}";;
n) basename="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
repo="${2}"
cset="${3}"
basename="${4}"
shift 4 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
@@ -33,7 +36,7 @@ _hg() {
eval ${HG} "${@}"
}
_hg clone ${verbose} "${@}" --noupdate "'${repo}'" "'${basename}'"
_hg clone ${verbose} "${@}" --noupdate "'${uri}'" "'${basename}'"
_hg archive ${verbose} --repository "'${basename}'" --type tgz \
--prefix "'${basename}'" --rev "'${cset}'" \

24
bsp/buildroot/support/download/scp
View File

@@ -5,25 +5,28 @@ set -e
# Download helper for scp, to be called from the download wrapper script
#
# Call it as:
# .../scp [-q] OUT_FILE SRC_URL
# Options:
# -q Be quiet.
# -o FILE Copy to local file FILE.
# -f FILE Copy from remote file FILE.
# -u URI Download file at URI.
#
# Environment:
# SCP : the scp command to call
verbose=
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-q;;
o) output="${OPTARG}";;
f) filename="${OPTARG}";;
u) uri="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
url="${2}"
shift 2 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
@@ -31,4 +34,7 @@ _scp() {
eval ${SCP} "${@}"
}
_scp ${verbose} "${@}" "'${url}'" "'${output}'"
# Remove any scheme prefix
uri="${uri##scp://}"
_scp ${verbose} "${@}" "'${uri}/${filename}'" "'${output}'"

25
bsp/buildroot/support/download/svn
View File

@@ -5,27 +5,30 @@ set -e
# Download helper for svn, to be called from the download wrapper script
#
# Call it as:
# .../svn [-q] OUT_FILE REPO_URL REV BASNAME
# Options:
# -q Be quiet.
# -o FILE Generate archive in FILE.
# -u URI Checkout from repository at URI.
# -c REV Use revision REV.
# -n NAME Use basename NAME.
#
# Environment:
# SVN : the svn command to call
verbose=
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-q;;
o) output="${OPTARG}";;
u) uri="${OPTARG}";;
c) rev="${OPTARG}";;
n) basename="${OPTARG}";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
repo="${2}"
rev="${3}"
basename="${4}"
shift 4 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
@@ -33,6 +36,6 @@ _svn() {
eval ${SVN} "${@}"
}
_svn export ${verbose} "${@}" "'${repo}@${rev}'" "'${basename}'"
_svn export ${verbose} "${@}" "'${uri}@${rev}'" "'${basename}'"
tar czf "${output}" "${basename}"

27
bsp/buildroot/support/download/wget
View File

@@ -5,25 +5,30 @@ set -e
# Download helper for wget, to be called from the download wrapper script
#
# Call it as:
# .../wget [-q] OUT_FILE URL
# Options:
# -q Be quiet.
# -o FILE Save into file FILE.
# -f FILENAME The filename of the tarball to get at URL
# -u URL Download file at URL.
# -e ENCODE Tell wget to urlencode the filename passed to it
#
# Environment:
# WGET : the wget command to call
verbose=
while getopts :q OPT; do
while getopts "${BR_BACKEND_DL_GETOPTS}" OPT; do
case "${OPT}" in
q) verbose=-q;;
o) output="${OPTARG}";;
f) filename="${OPTARG}";;
u) url="${OPTARG}";;
e) encode="-e";;
:) printf "option '%s' expects a mandatory argument\n" "${OPTARG}"; exit 1;;
\?) printf "unknown option '%s'\n" "${OPTARG}" >&2; exit 1;;
esac
done
shift $((OPTIND-1))
output="${1}"
url="${2}"
shift 2 # Get rid of our options
shift $((OPTIND-1)) # Get rid of our options
# Caller needs to single-quote its arguments to prevent them from
# being expanded a second time (in case there are spaces in them)
@@ -31,4 +36,8 @@ _wget() {
eval ${WGET} "${@}"
}
_wget ${verbose} "${@}" -O "'${output}'" "'${url}'"
# Replace every '?' with '%3F' in the filename; only for the PRIMARY and BACKUP
# mirror
[ -n "${encode}" ] && filename=${filename//\?/%3F}
_wget ${verbose} "${@}" -O "'${output}'" "'${url}/${filename}'"