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pyenv/plugins/python-build/bin/python-build
Alexander Studnitskiy d7e58d6d06 Add MacPorts support for python-build 
This commit allows building Python with the following libraries
installed via MacPorts:
 - ncurses
 - openssl
 - readline
 - zlib (XCode SDK zlib is still tried first)

If either Homebrew or MacPorts system is the only one installed, that system
will be used automatically.
When both systems are installed, then whatever is found first in PATH - brew
or port - will be used for all dependencies.
The following environment variables can be set to non-empty value to override
the selection:
PYTHON_BUILD_USE_HOMEBREW
PYTHON_BUILD_USE_MACPORTS

Tcl/Tk specific support is omitted due to CPython incompatibility with
Tcl/Tk 9, according to the comments in use_homebrew_tcltk().
Those who need Tcl/Tk module, can use PYTHON_CONFIGURE_OPTS --with-tcltk-libs=
pointing to the Tcl/Tk location which can be installed either from sources or
via MacPorts.

Tests for added *_macports_* functions are based off of the corresponding
brew counterparts.

Add MacPorts support for python-build

This commit allows building Python with the following libraries
installed via MacPorts:
 - ncurses
 - openssl
 - readline
 - zlib (XCode SDK zlib is still tried first)

If either Homebrew or MacPorts system is the only one installed, that system
will be used automatically.
When both systems are installed, then whatever is found first in PATH - brew
or port - will be used for all dependencies.
The following environment variables can be set to non-empty value to override
the selection:
PYTHON_BUILD_USE_HOMEBREW
PYTHON_BUILD_USE_MACPORTS

Tcl/Tk specific support is omitted due to CPython incompatibility with
Tcl/Tk 9, according to the comments in use_homebrew_tcltk().
Those who need Tcl/Tk module, can use PYTHON_CONFIGURE_OPTS --with-tcltk-libs=
pointing to the Tcl/Tk location which can be installed either from sources or
via MacPorts.

Tests for added *_macports_* functions are based off of the corresponding
brew counterparts.
2025-05-12 03:33:57 +03:00

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#!/usr/bin/env bash
#
# Usage: python-build [-kpv] <definition> <prefix>
# python-build --definitions
# python-build --version
#
# -k/--keep Do not remove source tree after installation
# -p/--patch Apply a patch from stdin before building
# -v/--verbose Verbose mode: print compilation status to stdout
# -4/--ipv4 Resolve names to IPv4 addresses only
# -6/--ipv6 Resolve names to IPv6 addresses only
# --definitions List all built-in definitions
# --version Show version of python-build
# -g/--debug Build a debug version
#
PYTHON_BUILD_VERSION="20180424"
OLDIFS="$IFS"
set -E
shopt -s extglob
[ -n "$PYENV_DEBUG" ] && {
export PS4='+(${BASH_SOURCE}:${LINENO}): ${FUNCNAME[0]:+${FUNCNAME[0]}(): }'
set -x
}
exec 3<&2 # preserve original stderr at fd 3
lib() {
parse_options() {
OPTIONS=()
ARGUMENTS=()
local arg option index
for arg in "$@"; do
if [ "${arg:0:1}" = "-" ]; then
if [ "${arg:1:1}" = "-" ]; then
OPTIONS[${#OPTIONS[*]}]="${arg:2}"
else
index=1
while option="${arg:$index:1}"; do
[ -n "$option" ] || break
OPTIONS[${#OPTIONS[*]}]="$option"
index=$(($index+1))
done
fi
else
ARGUMENTS[${#ARGUMENTS[*]}]="$arg"
fi
done
}
if [ "$1" == "--$FUNCNAME" ]; then
declare -f "$FUNCNAME"
echo "$FUNCNAME \"\$1\";"
exit
fi
}
lib "$1"
READLINK=$(type -P readlink)
if [ -z "$READLINK" ]; then
echo "pyenv: cannot find readlink - are you missing GNU coreutils?" >&2
exit 1
fi
resolve_link() {
$READLINK "$1"
}
abs_dirname() {
local path="$1"
# Use a subshell to avoid changing the current path
(
while [ -n "$path" ]; do
cd_path="${path%/*}"
if [[ "$cd_path" != "$path" ]]; then
cd "$cd_path"
fi
name="${path##*/}"
path="$(resolve_link "$name" || true)"
done
echo "$PWD"
)
}
capitalize() {
printf "%s" "$1" | tr a-z A-Z
}
sanitize() {
printf "%s" "$1" | sed "s/[^A-Za-z0-9.-]/_/g; s/__*/_/g"
}
colorize() {
if [ -t 1 ]; then printf "\e[%sm%s\e[m" "$1" "$2"
else echo -n "$2"
fi
}
os_information() {
if type -p lsb_release >/dev/null; then
lsb_release -sir | xargs echo
elif type -p sw_vers >/dev/null; then
echo "OS X ${_PYTHON_BUILD_CACHE_SW_VERS:=$(sw_vers -productVersion)}"
elif [ -r /etc/os-release ]; then
source /etc/os-release
echo "$NAME" $VERSION_ID
else
local os="$(cat /etc/{centos,redhat,fedora,system}-release /etc/debian_version 2>/dev/null | head -n1)"
echo "${os:-$(uname -sr)}"
fi
}
is_mac() {
[ "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" = "Darwin" ] || return 1
[ $# -eq 0 ] || [ "$(osx_version)" "$@" ]
}
can_use_homebrew() {
[[ -n "$PYTHON_BUILD_USE_HOMEBREW" && -n "$PYTHON_BUILD_SKIP_HOMEBREW" ]] && {
echo "error: mutually exclusive environment variables PYTHON_BUILD_USE_HOMEBREW and PYTHON_BUILD_SKIP_HOMEBREW are set" >&3
exit 1
}
[[ -n "$PYTHON_BUILD_USE_HOMEBREW" ]] && return 0
[[ -n "$PYTHON_BUILD_SKIP_HOMEBREW" ]] && return 1
is_mac && command -v brew &>/dev/null && return 0
# In Linux, if Pyenv itself is installed with Homebrew,
# we assume the user wants to take dependencies from there as well by default
command -v brew &>/dev/null && [[ $(abs_dirname "${BASH_SOURCE}") == "$(abs_dirname "$(brew --prefix 2>/dev/null ||true)")"/* ]] && return 0
return 1
}
can_use_macports() {
[[ -n "$PYTHON_BUILD_USE_MACPORTS" && -n "$PYTHON_BUILD_SKIP_MACPORTS" ]] && {
echo "error: mutually exclusive environment variables PYTHON_BUILD_USE_MACPORTS and PYTHON_BUILD_SKIP_MACPORTS are set" >&3
exit 1
}
[[ -n "$PYTHON_BUILD_USE_MACPORTS" ]] && return 0
[[ -n "$PYTHON_BUILD_SKIP_MACPORTS" ]] && return 1
command -v port &>/dev/null && return 0
return 1
}
is_homebrew_preferred() {
can_use_homebrew || return 1
[ -n "$PYTHON_BUILD_USE_HOMEBREW" ] && return 0
local brew_path port_path path paths
command -v port &>/dev/null && port_path=$(dirname "$(command -v port)")
[ -z "$port_path" ] && return 0
[ -n "$PYTHON_BUILD_USE_MACPORTS" ] && return 1
command -v brew &>/dev/null && brew_path=$(dirname "$(command -v brew)")
[ -z "$brew_path" ] && return 1
# Homebrew and MacPorts found in PATH
# find out what to use based on the PATH order
[[ $PATH == *$brew_path*":"*$port_path* ]] && return 0
return 1
}
# 9.1 -> 901
# 10.9 -> 1009
# 10.10 -> 1010
osx_version() {
local -a ver
IFS=. ver=( ${_PYTHON_BUILD_CACHE_SW_VERS:=$(sw_vers -productVersion)} )
IFS="$OLDIFS"
echo $(( ${ver[0]}*100 + ${ver[1]} ))
}
build_failed() {
{ echo
colorize 1 "BUILD FAILED"
echo " ($(os_information) using $(version))"
echo
if ! rmdir "${BUILD_PATH}" 2>/dev/null; then
echo "Inspect or clean up the working tree at ${BUILD_PATH}"
fi
if file_is_not_empty "$LOG_PATH"; then
colorize 33 "Results logged to ${LOG_PATH}"
printf "\n\n"
echo "Last 10 log lines:"
tail -n 10 "$LOG_PATH"
fi
} >&3
exit 1
}
file_is_not_empty() {
local filename="$1"
local line_count="$(wc -l "$filename" 2>/dev/null || true)"
if [ -n "$line_count" ]; then
words=( $line_count )
[ "${words[0]}" -gt 0 ]
else
return 1
fi
}
num_cpu_cores() {
local num
case "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" in
Darwin | *BSD )
num="$(sysctl -n hw.ncpu 2>/dev/null || true)"
;;
SunOS )
num="$(getconf NPROCESSORS_ONLN 2>/dev/null || true)"
;;
* )
num="$({ getconf _NPROCESSORS_ONLN ||
grep -c ^processor /proc/cpuinfo; } 2>/dev/null)"
num="${num#0}"
;;
esac
echo "${num:-2}"
}
install_package() {
install_package_using "tarball" 1 "$@"
}
install_nightly_package() {
install_package_using "nightly_tarball" 2 "$@"
}
install_git() {
install_package_using "git" 2 "$@"
}
install_hg() {
install_package_using "hg" 2 "$@"
}
install_svn() {
install_package_using "svn" 2 "$@"
}
install_jar() {
install_package_using "jar" 1 "$@"
}
install_zip() {
install_package_using "zip" 1 "$@"
}
install_script() {
install_package_using "script" 1 "$@"
}
install_package_using() {
local package_type="$1"
local package_type_nargs="$2"
local package_name="$3"
shift 3
local fetch_args=( "$package_name" "${@:1:$package_type_nargs}" )
local make_args=( "$package_name" )
local arg last_arg
for arg in "${@:$(( $package_type_nargs + 1 ))}"; do
if [ "$last_arg" = "--if" ]; then
"$arg" || return 0
elif [ "$arg" != "--if" ]; then
make_args["${#make_args[@]}"]="$arg"
fi
last_arg="$arg"
done
pushd "$BUILD_PATH" >&4
"fetch_${package_type}" "${fetch_args[@]}"
make_package "${make_args[@]}"
popd >&4
echo "Installed ${package_name} to ${PREFIX_PATH}" >&2
}
make_package() {
local package_name="$1"
shift
pushd "$package_name" >&4
setup_builtin_patches "$package_name"
before_install_package "$package_name"
build_package "$package_name" $*
after_install_package "$package_name"
cleanup_builtin_patches "$package_name"
fix_directory_permissions
popd >&4
}
compute_sha2() {
local output
if type shasum &>/dev/null; then
output="$(shasum -a 256 -b)" || return 1
echo "${output% *}"
elif type openssl &>/dev/null; then
local openssl="$(command -v "$(brew --prefix openssl 2>/dev/null || true)"/bin/openssl openssl | head -n1)"
output="$("$openssl" dgst -sha256 2>/dev/null)" || return 1
echo "${output##* }"
elif type sha256sum &>/dev/null; then
output="$(sha256sum -b)" || return 1
echo "${output%% *}"
else
return 1
fi
}
compute_md5() {
local output
if type md5 &>/dev/null; then
md5 -q
elif type openssl &>/dev/null; then
output="$(openssl md5)" || return 1
echo "${output##* }"
elif type md5sum &>/dev/null; then
output="$(md5sum -b)" || return 1
echo "${output%% *}"
else
return 1
fi
}
has_checksum_support() {
local checksum_command="$1"
local has_checksum_var="HAS_CHECKSUM_SUPPORT_${checksum_command}"
if [ -z "${!has_checksum_var+defined}" ]; then
printf -v "$has_checksum_var" "$(echo test | "$checksum_command" >/dev/null; echo $?)"
fi
return "${!has_checksum_var}"
}
verify_checksum() {
local checksum_command
local filename="$1"
local expected_checksum="$(echo "$2" | tr [A-Z] [a-z])"
# If the specified filename doesn't exist, return success
[ -e "$filename" ] || return 0
case "${#expected_checksum}" in
0) return 0 ;; # empty checksum; return success
32) checksum_command="compute_md5" ;;
64) checksum_command="compute_sha2" ;;
*)
{ echo
echo "unexpected checksum length: ${#expected_checksum} (${expected_checksum})"
echo "expected 0 (no checksum), 32 (MD5), or 64 (SHA2-256)"
echo
} >&4
return 1 ;;
esac
# If chosen provided checksum algorithm isn't supported, return success
has_checksum_support "$checksum_command" || return 0
# If the computed checksum is empty, return failure
local computed_checksum=`echo "$($checksum_command < "$filename")" | tr [A-Z] [a-z]`
[ -n "$computed_checksum" ] || return 1
if [ "$expected_checksum" != "$computed_checksum" ]; then
{ echo
echo "checksum mismatch: ${filename} (file is corrupt)"
echo "expected $expected_checksum, got $computed_checksum"
echo
} >&4
return 1
fi
}
http() {
local method="$1"
[ -n "$2" ] || return 1
shift 1
PYTHON_BUILD_HTTP_CLIENT="${PYTHON_BUILD_HTTP_CLIENT:-$(detect_http_client)}"
[ -n "$PYTHON_BUILD_HTTP_CLIENT" ] || return 1
"http_${method}_${PYTHON_BUILD_HTTP_CLIENT}" "$@"
}
detect_http_client() {
local client
for client in aria2c curl wget; do
if type "$client" &>/dev/null; then
echo "$client"
return
fi
done
echo "error: please install \`aria2c\`, \`curl\`, or \`wget\` and try again" >&2
return 1
}
http_head_aria2c() {
aria2c --dry-run --no-conf=true ${ARIA2_OPTS} "$1" >&4 2>&1
}
http_get_aria2c() {
# aria2c always treats -o argument as a relative path
local out dir_out;
if [[ -n "$2" ]]; then
out="$(basename $2)";
dir_out="$(dirname $2)";
else
out="$(mktemp "out.XXXXXX")";
dir_out="$TMPDIR";
fi
# In Ubuntu, aria2c is only available as a snap. Snaps cannot read or write /tmp
# (files cannot be found, any write result is silently discarded).
local aria2c_is_snap;
if [[ $(command -v aria2c) == "/snap/"* ]]; then aria2c_is_snap=1; fi
if [[ -n $aria2c_is_snap ]]; then
local real_dir_out="$dir_out"
# presumably, snaps can always write to under $HOME
dir_out="$HOME"
fi
if aria2c --allow-overwrite=true --no-conf=true -d "${dir_out}" -o "${out}" ${ARIA2_OPTS} "$1" >&4; then
[ -n "$2" ] || cat "${dir_out:-.}/${out}"
else
false
fi
ret=$?
if [[ -n "$2" && -n $aria2c_is_snap ]]; then
mv "$dir_out/$out" "$real_dir_out/$out"
fi
return "$ret"
}
http_head_curl() {
curl -qsILf ${CURL_OPTS} "$1" >&4 2>&1
}
http_get_curl() {
curl -q -o "${2:--}" -sSLf ${CURL_OPTS} "$1"
}
http_head_wget() {
wget -q --spider ${WGET_OPTS} "$1" >&4 2>&1
}
http_get_wget() {
wget -nv ${WGET_OPTS} -O "${2:--}" "$1"
}
fetch_tarball() {
local package_name="$1"
local package_url="$2"
local mirror_url
local checksum
local extracted_dir
if [ "$package_url" != "${package_url/\#}" ]; then
checksum="${package_url#*#}"
package_url="${package_url%%#*}"
if [ -n "$PYTHON_BUILD_MIRROR_URL" ]; then
if [[ -z "$PYTHON_BUILD_DEFAULT_MIRROR" || $package_url != */www.python.org/* ]]; then
mirror_url="${PYTHON_BUILD_MIRROR_URL}/$checksum"
fi
fi
fi
local tar_args="xzf"
local package_filename="${package_name}.tar.gz"
if [ "$package_url" != "${package_url%bz2}" ]; then
if ! type -p bzip2 >/dev/null; then
echo "warning: bzip2 not found; consider installing \`bzip2\` package" >&4
fi
package_filename="${package_filename%.gz}.bz2"
tar_args="${tar_args/z/j}"
fi
if [ "$package_url" != "${package_url%xz}" ]; then
if ! type -p xz >/dev/null; then
echo "warning: xz not found; consider installing \`xz\` package" >&4
fi
package_filename="${package_filename%.gz}.xz"
tar_args="${tar_args/z/J}"
fi
if ! reuse_existing_tarball "$package_filename" "$checksum"; then
# Report the cached file name -- sometimes, it's useful to know (#1743)
echo "Downloading ${package_filename}..." >&2
http head "$mirror_url" &&
download_tarball "$mirror_url" "$package_filename" "$checksum" ||
download_tarball "$package_url" "$package_filename" "$checksum"
fi
{ if tar $tar_args "$package_filename"; then
if [ ! -d "$package_name" ]; then
extracted_dir="$(find_extracted_directory)"
mv "$extracted_dir" "$package_name"
fi
if [ -z "$KEEP_BUILD_PATH" ]; then
rm -f "$package_filename"
else
true
fi
fi
} >&4 2>&1
}
find_extracted_directory() {
for f in *; do
if [ -d "$f" ]; then
echo "$f"
return
fi
done
echo "Extracted directory not found" >&2
return 1
}
fetch_nightly_tarball() {
local package_name="$1"
local package_url="$2"
local package_pattern="$3"
fetch_tarball "$1" "$2"
if [ ! -e "${package_name}" ]; then
local nightly_package_name="$(echo ${package_pattern})"
if [ -e "${nightly_package_name}" ]; then
ln -fs "${nightly_package_name}" "${package_name}"
fi
fi
}
reuse_existing_tarball() {
local package_filename="$1"
local checksum="$2"
# Reuse existing file in build location
if [ -e "$package_filename" ] && verify_checksum "$package_filename" "$checksum"; then
return 0
fi
# Reuse previously downloaded file in cache location
[ -n "$PYTHON_BUILD_CACHE_PATH" ] || return 1
local cached_package_filename="${PYTHON_BUILD_CACHE_PATH}/$package_filename"
[ -e "$cached_package_filename" ] || return 1
verify_checksum "$cached_package_filename" "$checksum" >&4 2>&1 || return 1
ln -s "$cached_package_filename" "$package_filename" >&4 2>&1 || return 1
}
download_tarball() {
local official_source="www.python.org/ftp/python"
if [ -n "$PYTHON_BUILD_MIRROR_URL_SKIP_CHECKSUM" ]; then
local package_url="$(echo "$1" | sed -e "s|.*//${URL_BASE:-$official_source}|$PYTHON_BUILD_MIRROR_URL|g")"
else
local package_url="$1"
fi
[ -n "$package_url" ] || return 1
local package_filename="$2"
local checksum="$3"
echo "-> $package_url" >&2
if http get "$package_url" "$package_filename" >&4 2>&1; then
verify_checksum "$package_filename" "$checksum" >&4 2>&1 || return 1
else
echo "error: failed to download $package_filename" >&2
return 1
fi
if [ -n "$PYTHON_BUILD_CACHE_PATH" ]; then
local cached_package_filename="${PYTHON_BUILD_CACHE_PATH}/$package_filename"
{ mv "$package_filename" "$cached_package_filename"
ln -s "$cached_package_filename" "$package_filename"
} >&4 2>&1 || return 1
fi
}
has_tar_xz_support() {
[[ -z $_PYTHON_BUILD_FORCE_SKIP_XZ ]] && tar Jcf - /dev/null 1>/dev/null 2>&1
}
fetch_git() {
local package_name="$1"
local git_url="$2"
local git_ref="$3"
echo "Cloning ${git_url}..." >&2
if type git &>/dev/null; then
if [ -n "$PYTHON_BUILD_CACHE_PATH" ]; then
pushd "$PYTHON_BUILD_CACHE_PATH" >&4
local clone_name="$(sanitize "$git_url")"
if [ -e "${clone_name}" ]; then
{ cd "${clone_name}"
git fetch --force "$git_url" "+${git_ref}:${git_ref}"
} >&4 2>&1
else
git clone --bare --branch "$git_ref" "$git_url" "${clone_name}" >&4 2>&1
fi
git_url="$PYTHON_BUILD_CACHE_PATH/${clone_name}"
popd >&4
fi
if [ -e "${package_name}" ]; then
( cd "${package_name}"
git fetch --depth 1 origin "+${git_ref}"
git checkout -q -B "$git_ref" "origin/${git_ref}"
) >&4 2>&1
else
git clone --depth 1 --branch "$git_ref" "$git_url" "${package_name}" >&4 2>&1
fi
else
echo "error: please install \`git\` and try again" >&2
exit 1
fi
}
fetch_hg() {
local package_name="$1"
local hg_url="$2"
local hg_ref="$3"
echo "Cloning ${hg_url}..." >&2
if type hg &>/dev/null; then
if [ -n "$PYTHON_BUILD_CACHE_PATH" ]; then
pushd "$PYTHON_BUILD_CACHE_PATH" >&4
local clone_name="$(sanitize "$hg_url")"
if [ -e "${clone_name}" ]; then
{ cd "${clone_name}"
hg pull --force "$hg_url"
} >&4 2>&1
else
{ hg clone --branch "$hg_ref" "$hg_url" "${clone_name}"
cd "${clone_name}"
hg update null
} >&4 2>&1
fi
hg_url="$PYTHON_BUILD_CACHE_PATH/${clone_name}"
popd >&4
fi
hg clone --branch "$hg_ref" "$hg_url" "${package_name}" >&4 2>&1
else
echo "error: please install \`mercurial\` and try again" >&2
exit 1
fi
}
fetch_svn() {
local package_name="$1"
local svn_url="$2"
local svn_rev="$3"
echo "Checking out ${svn_url}..." >&2
if type svn &>/dev/null; then
svn co -r "$svn_rev" "$svn_url" "${package_name}" >&4 2>&1
elif type svnlite &>/dev/null; then
svnlite co -r "$svn_rev" "$svn_url" "${package_name}" >&4 2>&1
else
echo "error: please install Subversion and try again" >&2
exit 1
fi
}
fetch_jar() {
local package_name="$1"
local package_url="$2"
local mirror_url
local checksum
if [ "$package_url" != "${package_url/\#}" ]; then
checksum="${package_url#*#}"
package_url="${package_url%%#*}"
if [ -n "$PYTHON_BUILD_MIRROR_URL" ]; then
mirror_url="${PYTHON_BUILD_MIRROR_URL}/$checksum"
fi
fi
local package_filename="${package_name}.jar"
if ! reuse_existing_tarball "$package_filename" "$checksum"; then
echo "Downloading ${package_filename}..." >&2
http head "$mirror_url" &&
download_tarball "$mirror_url" "$package_filename" "$checksum" ||
download_tarball "$package_url" "$package_filename" "$checksum"
fi
# Must use full path to jar and destination directory:
# http://bugs.jython.org/issue2350
{ if $JAVA -jar "$PWD/${package_name}.jar" -s -d "$PWD/${package_name}"; then
if [ -z "$KEEP_BUILD_PATH" ]; then
rm -f "$package_filename"
else
true
fi
fi
} >&4 2>&1
}
fetch_zip() {
local package_name="$1"
local package_url="$2"
local mirror_url
local checksum
if [ "$package_url" != "${package_url/\#}" ]; then
checksum="${package_url#*#}"
package_url="${package_url%%#*}"
if [ -n "$PYTHON_BUILD_MIRROR_URL" ]; then
mirror_url="${PYTHON_BUILD_MIRROR_URL}/$checksum"
fi
fi
local package_filename="${package_name}.zip"
if ! reuse_existing_tarball "$package_filename" "$checksum"; then
echo "Downloading ${package_filename}..." >&2
http head "$mirror_url" &&
download_tarball "$mirror_url" "$package_filename" "$checksum" ||
download_tarball "$package_url" "$package_filename" "$checksum"
fi
{ if unzip "$package_filename"; then
if [ -z "$KEEP_BUILD_PATH" ]; then
rm -f "$package_filename"
else
true
fi
fi
} >&4 2>&1
}
fetch_script() {
local package_name="$1"
local package_url="$2"
local mirror_url
local checksum
if [ "$package_url" != "${package_url/\#}" ]; then
checksum="${package_url#*#}"
package_url="${package_url%%#*}"
if [ -n "$PYTHON_BUILD_MIRROR_URL" ]; then
mirror_url="${PYTHON_BUILD_MIRROR_URL}/$checksum"
fi
fi
local package_filename="${package_name}.sh" # TODO: extract suffix from ${package_url}
if ! reuse_existing_tarball "$package_filename" "$checksum"; then
echo "Downloading ${package_filename}..." >&2
http head "$mirror_url" &&
download_tarball "$mirror_url" "$package_filename" "$checksum" ||
download_tarball "$package_url" "$package_filename" "$checksum"
fi
mkdir -p "$(dirname "${package_name}/${package_filename}")"
mv -f "${package_filename}" "${package_name}/${package_filename}"
}
build_package() {
local package_name="$1"
shift
if [ "$#" -eq 0 ]; then
local commands="standard"
else
local commands="$*"
fi
echo "Installing ${package_name}..." >&2
[ -n "$HAS_PATCH" ] && apply_patch "$package_name" <(cat "${package_name}.patch")
for command in $commands; do
"build_package_${command}" "$package_name"
done
}
package_option() {
local package_name="$1"
local command_name="$2"
local variable="$(capitalize "${package_name}_${command_name}")_OPTS_ARRAY"
local array="$variable[@]"
shift 2
local value=( "${!array}" "$@" )
eval "$variable=( \"\${value[@]}\" )"
}
build_package_warn_eol() {
local package_name="$1"
{ echo
echo "WARNING: $package_name is past its end of life and is now unsupported."
echo "It no longer receives bug fixes or critical security updates."
echo
} >&3
}
build_package_warn_unsupported() {
local package_name="$1"
{ echo
echo "WARNING: $package_name is nearing its end of life."
echo "It only receives critical security updates, no bug fixes."
echo
} >&3
}
build_package_standard_build() {
local package_name="$1"
if [ "${MAKEOPTS+defined}" ]; then
MAKE_OPTS="$MAKEOPTS"
elif [ -z "${MAKE_OPTS+defined}" ]; then
MAKE_OPTS="-j $(num_cpu_cores)"
fi
# Support YAML_CONFIGURE_OPTS, PYTHON_CONFIGURE_OPTS, etc.
local package_var_name="$(capitalize "${package_name%%-*}")"
local PACKAGE_CONFIGURE="${package_var_name}_CONFIGURE"
local PACKAGE_PREFIX_PATH="${package_var_name}_PREFIX_PATH"
local PACKAGE_CONFIGURE_OPTS="${package_var_name}_CONFIGURE_OPTS"
local PACKAGE_CONFIGURE_OPTS_ARRAY="${package_var_name}_CONFIGURE_OPTS_ARRAY[@]"
local PACKAGE_MAKE_OPTS="${package_var_name}_MAKE_OPTS"
local PACKAGE_MAKE_OPTS_ARRAY="${package_var_name}_MAKE_OPTS_ARRAY[@]"
local PACKAGE_CFLAGS="${package_var_name}_CFLAGS"
local PACKAGE_CPPFLAGS="${package_var_name}_CPPFLAGS"
local PACKAGE_LDFLAGS="${package_var_name}_LDFLAGS"
if [ "$package_var_name" = "PYTHON" ]; then
if is_homebrew_preferred; then
use_homebrew || true
use_custom_tcltk || use_homebrew_tcltk || true
use_homebrew_readline || true
use_homebrew_ncurses || true
if is_mac -ge 1014; then
use_xcode_sdk_zlib || use_homebrew_zlib || true
else
use_homebrew_zlib || true
fi
elif can_use_macports; then
use_macports || true
use_custom_tcltk || true
use_macports_readline || true
use_macports_ncurses || true
if is_mac -ge 1014; then
use_xcode_sdk_zlib || use_macports_zlib || true
else
use_macports_zlib || true
fi
else
use_freebsd_pkg || true
fi
use_dsymutil || true
use_free_threading || true
fi
( if [[ -n "${!PACKAGE_CFLAGS}" ]]; then
export CFLAGS="${CFLAGS:+$CFLAGS }${!PACKAGE_CFLAGS}"
fi
if [[ -n "${!PACKAGE_CPPFLAGS}" ]]; then
export CPPFLAGS="${CPPFLAGS:+$CPPFLAGS }${!PACKAGE_CPPFLAGS}"
fi
if [[ -n "${!PACKAGE_LDFLAGS}" ]]; then
export LDFLAGS="${LDFLAGS:+$LDFLAGS }${!PACKAGE_LDFLAGS}"
fi
if [ -z "$CC" ] && is_mac -ge 1010; then
export CC=clang
fi
${!PACKAGE_CONFIGURE:-./configure} --prefix="${!PACKAGE_PREFIX_PATH:-$PREFIX_PATH}" \
"${!PACKAGE_CONFIGURE_OPTS_ARRAY}" $CONFIGURE_OPTS ${!PACKAGE_CONFIGURE_OPTS} || return 1
) >&4 2>&1
{ "$MAKE" "${!PACKAGE_MAKE_OPTS_ARRAY}" $MAKE_OPTS ${!PACKAGE_MAKE_OPTS}
} >&4 2>&1
}
build_package_standard_install() {
local package_name="$1"
local package_var_name="$(capitalize "${package_name%%-*}")"
local PACKAGE_MAKE_INSTALL_OPTS="${package_var_name}_MAKE_INSTALL_OPTS"
local PACKAGE_MAKE_INSTALL_OPTS_ARRAY="${package_var_name}_MAKE_INSTALL_OPTS_ARRAY[@]"
local PACKAGE_MAKE_INSTALL_TARGET="${package_var_name}_MAKE_INSTALL_TARGET"
{ "$MAKE" "${!PACKAGE_MAKE_INSTALL_TARGET:-install}" $MAKE_INSTALL_OPTS ${!PACKAGE_MAKE_INSTALL_OPTS} "${!PACKAGE_MAKE_INSTALL_OPTS_ARRAY}"
} >&4 2>&1
}
# Backward Compatibility for standard function
build_package_standard() {
build_package_standard_build "$@"
build_package_standard_install "$@"
}
build_package_autoconf() {
{ autoreconf
} >&4 2>&1
}
build_package_python() {
local package_name="$1"
{ "$PYTHON_BIN" setup.py install
} >&4 2>&1
}
remove_windows_files() {
cd "$PREFIX_PATH"
rm -f bin/*.exe bin/*.dll bin/*.bat
}
build_package_jython() {
build_package_copy
{ if [ -x "${PREFIX_PATH}/bin/jython" ] && [ ! -x "${PREFIX_PATH}/bin/python" ]; then
( cd "${PREFIX_PATH}/bin" && ln -fs jython python )
fi
} >&4 2>&1
fix_jython_shebangs
}
fix_jython_shebangs() {
# Workaround for Jython 2.7+ (#458)
for file in "${PREFIX_PATH}/bin"/*; do
case "$(head -n1 "${file}")" in
"#!"*"/bin/jython" )
sed -i.bak "1 s:.*:#\!${PREFIX_PATH}\/bin\/jython:" "${file}"
;;
"#!"*"/bin/python2.7"* )
sed -i.bak "1 s:.*:#\!\/usr\/bin\/env python:" "${file}"
;;
esac
rm -f "${file}.bak"
done
}
build_package_jython_builder() {
ant >&4 2>&1
( cd "dist" && build_package_jython )
}
build_package_pyston2_2() {
# currently supported version 2.2 and 2.3
build_package_copy
mkdir -p "${PREFIX_PATH}/bin" "${PREFIX_PATH}/lib"
local bin
shopt -s nullglob
for bin in "bin/"*; do
if [ -f "${bin}" ] && [ -x "${bin}" ] && [ ! -L "${bin}" ]; then
case "${bin##*/}" in
"pyston"* )
( cd "${PREFIX_PATH}/bin" && ln -fs "${bin##*/}" "python" )
;;
esac
fi
done
shopt -u nullglob
}
build_package_pyston() {
# currently supported version 2.3.1v2 and higher
build_package_copy
}
build_package_ironpython() {
mkdir -p "${PREFIX_PATH}/bin"
cp -fR . "${PREFIX_PATH}/bin"
chmod +x "${PREFIX_PATH}/bin/"*.exe
( cd "${PREFIX_PATH}/bin" && ln -fs ipy.exe python )
}
build_package_ironpython_builder() {
xbuild Build.proj /t:Stage "/p:Mono=true;BaseConfiguration=Release" >&4 2>&1
( cd "Stage/Release/IronPython-"* && build_package_ironpython )
}
build_package_micropython_1_9() {
# supported version 1.9.3 and 1.9.4
build_package_micropython "with_axtls"
}
build_package_micropython() {
# supported version 1.10 and higher
if [ "${MAKEOPTS+defined}" ]; then
MAKE_OPTS="$MAKEOPTS"
elif [ -z "${MAKE_OPTS+defined}" ]; then
MAKE_OPTS="-j $(num_cpu_cores)"
fi
{ cd mpy-cross
"$MAKE" $MAKE_OPTS
cd ../ports/unix
[ "$1" = "with_axtls" ] && "$MAKE" $MAKE_OPTS axtls
"$MAKE" $MAKE_OPTS CFLAGS_EXTRA="-DMICROPY_PY_SYS_PATH_DEFAULT='\".frozen:${PREFIX_PATH}/lib/micropython\"' $CFLAGS_EXTRA"
"$MAKE" install $MAKE_INSTALL_OPTS PREFIX="${PREFIX_PATH}"
ln -fs micropython "${PREFIX_PATH}/bin/python"
mkdir -p "${PREFIX_PATH}/lib/micropython"
}>&4 2>&1
}
pypy_architecture() {
case "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" in
"Darwin" )
case "$(uname -m)" in
"arm64" ) echo "osarm64" ;;
"x86_64" ) echo "osx64" ;;
* ) return 1 ;;
esac
;;
"Linux" )
case "$(uname -m)" in
"armel" ) echo "linux-armel" ;;
"armhf" | "armv6l" | "armv7l" ) echo "linux-armhf" ;;
"i386" | "i486" | "i586" | "i686" | "i786" ) echo "linux" ;;
"ppc64" ) echo "linux-ppc64" ;;
"ppc64le" ) echo "linux-ppc64le" ;;
"x86_64" ) echo "linux64" ;;
"aarch64" ) echo "linux-aarch64" ;;
* ) return 1 ;;
esac
;;
"CYGWIN"* | "MINGW"* ) echo "win32" ;;
"FreeBSD" )
case "$(uname -m)" in
"x86_64" ) echo "freebsd64" ;;
* ) return 1 ;;
esac
;;
* ) return 1 ;;
esac
}
graalpy_architecture() {
case "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" in
"Darwin" )
case "$(uname -m)" in
"x86_64" ) echo "macos-amd64" ;;
"arm64" ) echo "macos-aarch64" ;;
* ) return 1 ;;
esac
;;
"Linux" )
case "$(uname -m)" in
"x86_64" ) echo "linux-amd64" ;;
"aarch64" ) echo "linux-aarch64" ;;
* ) return 1 ;;
esac
;;
esac
}
pyston_architecture() {
pypy_architecture
}
# Note: not used by graalpy >= 23.3.0 anymore
build_package_graalpython() {
build_package_copy
ln -fs "${PREFIX_PATH}/bin/graalpython" "${PREFIX_PATH}/bin/python"
}
build_package_pypy() {
build_package_copy
mkdir -p "${PREFIX_PATH}/bin" "${PREFIX_PATH}/lib"
local bin
shopt -s nullglob
for bin in "bin/"*; do
if [ -f "${bin}" ] && [ -x "${bin}" ] && [ ! -L "${bin}" ]; then
case "${bin##*/}" in
"libpypy"* )
( cd "${PREFIX_PATH}/lib" && ln -fs "../bin/${bin##*/}" "${bin##*/}" )
;;
"pypy"* )
( cd "${PREFIX_PATH}/bin" && ln -fs "${bin##*/}" "python" )
;;
esac
fi
done
shopt -u nullglob
}
build_package_pypy_builder() {
if [ -f "rpython/bin/rpython" ]; then # pypy 2.x
if [ -z "${PYPY_OPTS}" ]; then
local PYPY_OPTS="--opt=jit --batch --make-jobs=$(num_cpu_cores)"
fi
python "rpython/bin/rpython" ${PYPY_OPTS} "pypy/goal/targetpypystandalone.py" >&4 2>&1
elif [ -f "pypy/translator/goal/translate.py" ]; then # pypy 1.x
if [ -z "${PYPY_OPTS}" ]; then
local PYPY_OPTS="--opt=jit"
fi
( cd "pypy/translator/goal" && python "translate.py" ${PYPY_OPTS} "targetpypystandalone.py" ) 1>&4 2>&1
else
echo "not a pypy source tree" 1>&3
return 1
fi
{ mkdir -p "bin" "lib"
local pypy
for pypy in "pypy"*; do
if [ -f "${pypy}" ] && [ -x "${pypy}" ] && [ ! -L "${pypy}" ]; then
mv -f "${pypy}" "bin/${pypy##*/}"
fi
done
local libpypy
for libpypy in "libpypy"*; do
if [ -f "${libpypy}" ] && [ -x "${libpypy}" ] && [ ! -L "${libpypy}" ]; then
mv -f "${libpypy}" "bin/${libpypy##*/}"
fi
done
} >&4 2>&1
build_package_pypy
}
activepython_architecture() {
case "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" in
"Darwin" ) echo "macosx10.9-i386-x86_64" ;;
"Linux" )
case "$(uname -m)" in
"i386" | "i486" | "i586" | "i686" | "i786" ) echo "linux-x86" ;;
"x86_64" ) echo "linux-x86_64" ;;
* ) return 1 ;;
esac
;;
* ) return 1 ;;
esac
}
build_package_activepython() {
local package_name="$1"
{ bash "install.sh" --install-dir "${PREFIX_PATH}"
} >&4 2>&1
}
anaconda_architecture() {
case "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" in
"Darwin" )
case "$(uname -m)" in
"arm64" ) echo "MacOSX-arm64" ;;
* ) echo "MacOSX-x86_64" ;;
esac
;;
"Linux" )
case "$(uname -m)" in
"armv7l" ) echo "Linux-armv7l" ;;
"aarch64" ) echo "Linux-aarch64" ;;
"i386" | "i486" | "i586" | "i686" | "i786" ) echo "Linux-x86" ;;
"ppc64le" ) echo "Linux-ppc64le" ;;
"x86_64" ) echo "Linux-x86_64" ;;
* ) return 1 ;;
esac
;;
* ) return 1 ;;
esac
}
build_package_anaconda() {
local package_name="$1"
{ bash "${package_name}.sh" -f -b -p "${PREFIX_PATH}"
} >&4 2>&1
}
build_package_miniconda() {
build_package_anaconda "$@"
# Workaround to not upgrade conda when installing pip
# see https://github.com/pyenv/pyenv/issues/2070
"${PREFIX_PATH}/bin/conda" install --yes "pip" "conda=$(${PREFIX_PATH}/bin/conda --version | cut -d ' ' -f 2)"
}
build_package_copy() {
mkdir -p "$PREFIX_PATH"
cp -fR . "$PREFIX_PATH"
}
before_install_package() {
local stub=1
}
after_install_package() {
local stub=1
}
setup_builtin_patches() {
local package_name="$1"
local package_patch_path="${DEFINITION_PATH%/*}/patches/${DEFINITION_PATH##*/}/${package_name}"
# Apply built-in patches if patch was not given from stdin
if [[ -n "$HAS_STDIN_PATCH" ]] && package_is_python "${package_name}"; then
cat >"${package_name}.patch"
HAS_PATCH=true
elif [[ -d "${package_patch_path}" ]]; then
{ find "${package_patch_path}" -maxdepth 1 -type f
} 2>/dev/null | sort | xargs cat 1>"${package_name}.patch"
HAS_PATCH=true
fi
}
cleanup_builtin_patches() {
local package_name="$1"
rm -f "${package_name}.patch"
unset HAS_PATCH
}
fix_directory_permissions() {
# Ensure installed directories are not world-writable
find "$PREFIX_PATH" -type d \( -perm -020 -o -perm -002 \) -exec chmod go-w {} \;
}
require_java7() {
local version="$(java -version 2>&1 | grep '\(java\|openjdk\) version' | head -n1)"
if [[ $version != *[789]* ]]; then
colorize 1 "ERROR" >&3
echo ": Java 7 required. Please install a 1.7-compatible JRE." >&3
return 1
fi
}
require_gcc() {
local gcc="$(locate_gcc || true)"
if [ -z "$gcc" ]; then
{ echo
colorize 1 "ERROR"
echo ": This package must be compiled with GCC, but python-build couldn't"
echo "find a suitable \`gcc\` executable on your system. Please install GCC"
echo "and try again."
echo
if is_mac; then
colorize 1 "DETAILS"
echo ": Apple no longer includes the official GCC compiler with Xcode"
echo "as of version 4.2. Instead, the \`gcc\` executable is a symlink to"
echo "\`llvm-gcc\`, a modified version of GCC which outputs LLVM bytecode."
echo
echo "For most programs the \`llvm-gcc\` compiler works fine. However,"
echo "versions of CPython newer than 3.3.0 are incompatible with"
echo "\`llvm-gcc\`. To build newer versions of CPython you must have the official"
echo "GCC compiler installed on your system."
echo
colorize 1 "TO FIX THE PROBLEM"
if type brew &>/dev/null; then
echo ": Install Homebrew's GCC package with this"
echo -n "command: "
colorize 4 "brew install gcc@4.9"
else
echo ": Install the official GCC compiler using these"
echo -n "packages: "
colorize 4 "https://github.com/kennethreitz/osx-gcc-installer/downloads"
fi
echo
echo
echo "You will need to install the official GCC compiler to build newer"
echo "versions of CPython even if you have installed Apple's Command Line Tools"
echo "for Xcode package. The Command Line Tools for Xcode package only"
echo "includes \`llvm-gcc\`."
fi
} >&3
return 1
fi
export CC="$gcc"
if is_mac -ge 1010; then
export MACOSX_DEPLOYMENT_TARGET=${MACOSX_DEPLOYMENT_TARGET:-10.9}
fi
}
locate_gcc() {
local gcc gccs
IFS=: gccs=($(gccs_in_path))
IFS="$OLDIFS"
verify_gcc "$CC" ||
verify_gcc "$(command -v gcc || true)" || {
for gcc in "${gccs[@]}"; do
verify_gcc "$gcc" && break || true
done
}
return 1
}
gccs_in_path() {
local gcc path paths
local gccs=()
IFS=: paths=($PATH)
IFS="$OLDIFS"
shopt -s nullglob
for path in "${paths[@]}"; do
for gcc in "$path"/gcc-*; do
gccs["${#gccs[@]}"]="$gcc"
done
done
shopt -u nullglob
printf :%s "${gccs[@]}"
}
verify_gcc() {
local gcc="$1"
if [ -z "$gcc" ]; then
return 1
fi
local version="$("$gcc" --version 2>/dev/null || true)"
if [ -z "$version" ]; then
return 1
fi
if echo "$version" | grep LLVM >/dev/null; then
return 1
fi
echo "$gcc"
}
require_llvm() {
local llvm_version="$1"
if is_mac -ge 1010; then
if [[ "$PYTHON_CONFIGURE_OPTS" != *--llvm-* ]]; then
case "$llvm_version" in
3.2 )
package_option python configure --prebuilt-name="llvm-3.2-x86_64-apple-darwin13.tar.bz2"
;;
3.[56] )
local llvm_config="$(locate_llvm "$llvm_version")"
if [ -n "$llvm_config" ]; then
package_option python configure --llvm-config="$llvm_config"
else
local homebrew_package="llvm@$llvm_version"
{ echo
colorize 1 "ERROR"
echo ": Rubinius will not be able to compile using Apple's LLVM-based "
echo "build tools on OS X. You will need to install LLVM $llvm_version first."
echo
colorize 1 "TO FIX THE PROBLEM"
echo ": Install Homebrew's llvm package with this"
echo -n "command: "
colorize 4 "brew install $homebrew_package"
echo
} >&3
return 1
fi
;;
esac
fi
fi
}
locate_llvm() {
local llvm_version="$1"
local package llvm_config
shopt -s nullglob
for package in `brew list 2>/dev/null | grep "^llvm"`; do
llvm_config="$(echo "$(brew --prefix "$package")/bin/llvm-config"*)"
if [ -n "$llvm_config" ] && [[ "$("$llvm_config" --version)" = "$llvm_version"* ]]; then
echo "$llvm_config"
break
fi
done
shopt -u nullglob
}
require_java() {
local java="$(command -v java || true)"
if [ -z "$java" ]; then
{ echo
colorize 1 "ERROR"
echo ": This package must be installed with java, but python-build couldn't"
echo "find a suitable \`java\` executable on your system. Please install Java"
echo "and try again."
echo
} >&3
return 1
fi
export JAVA="$java"
}
# Let Jython installer to generate shell script instead of python script even if there's `python2.7` available in `$PATH` (#800)
# FIXME: better function naming
unrequire_python27() {
export PATH="${BUILD_PATH}/bin:${PATH}"
mkdir -p "${BUILD_PATH}/bin"
if command -v python2.7 1>/dev/null 2>&1; then
echo false > "${BUILD_PATH}/bin/python2.7"
chmod +x "${BUILD_PATH}/bin/python2.7"
fi
}
require_distro() {
for arg; do
if [[ "$(cat /etc/issue 2>/dev/null || true)" == "$arg"* ]]; then
return 0
fi
done
{ echo
colorize 1 "WARNING"
echo ": This binary distribution is built for the following distro(s): $@."
echo "installed binary may not run expectedly on other platforms."
echo
} >&2
return 1
}
require_osx_version() {
function version { echo "$@" | awk -F. '{ printf("%d%03d%03d%03d\n", $1,$2,$3,$4); }'; }
local required_version="$@"
local osx_version="${_PYTHON_BUILD_CACHE_SW_VERS:=$(sw_vers -productVersion)}"
if [[ $(version $osx_version) -ge $(version $required_version) ]]; then
return 0
fi
return 1
}
configured_with_package_dir() {
local package_var_name="$(capitalize "$1")"
shift 1
local PACKAGE_CONFIGURE_OPTS="${package_var_name}_CONFIGURE_OPTS"
local PACKAGE_CONFIGURE_OPTS_ARRAY="${package_var_name}_MAKE_OPTS_ARRAY[@]"
local arg flag
for arg in ${CONFIGURE_OPTS} ${!PACKAGE_CONFIGURE_OPTS} "${!PACKAGE_CONFIGURE_OPTS_ARRAY}"; do
if [[ "$arg" == "CPPFLAGS="* ]]; then
for flag in ${CPPFLAGS} ${arg##CPPFLAGS=}; do
if [[ "$flag" == "-I"* ]]; then
local header
for header in "$@"; do
if [ -e "${flag##-I}/${header#/}" ]; then
return 0
fi
done
fi
done
fi
done
return 1
}
# `python-config` ignores LDFLAGS envvar. Adding to LIBS is the only way to add extra stuff
# to `python-config --ldflags` output
append_ldflags_libs() {
local args="$1"
export LDFLAGS="${LDFLAGS:+$LDFLAGS }$args"
export LIBS="${LIBS:+${LIBS% } }$args"
}
prepend_ldflags_libs() {
local args="$1"
export LDFLAGS="$args${LDFLAGS:+ $LDFLAGS}"
export LIBS="$args${LIBS:+ $LIBS}"
}
use_homebrew() {
can_use_homebrew || return 1
# unless Homebrew is at the default /usr/local, need to add its paths to
# compiler search to be able to use non-keg-only deps from there
if command -v brew &>/dev/null; then
local brew_prefix="$(brew --prefix 2>/dev/null || true)"
# /usr/local/lib:/usr/lib is the default library search path
if [[ -n $brew_prefix && $brew_prefix != "/usr" && $brew_prefix != "/usr/local" ]]; then
export CPPFLAGS="${CPPFLAGS:+$CPPFLAGS }-I${brew_prefix}/include"
append_ldflags_libs "-L${brew_prefix}/lib -Wl,-rpath,${brew_prefix}/lib"
fi
fi
}
use_macports() {
can_use_macports || return 1
local port_location="$(command -v port)"
if [ -n "$port_location" ]; then
local prefix="${port_location%/bin/port}"
export CPPFLAGS="${CPPFLAGS:+$CPPFLAGS }-I${prefix}/include"
append_ldflags_libs "-L${prefix}/lib -Wl,-rpath,${prefix}/lib"
fi
}
needs_yaml() {
if ! configured_with_package_dir "python" "yaml.h"; then
if is_homebrew_preferred; then
use_homebrew_yaml && return 1
elif can_use_macports; then
use_macports_yaml && return 1
fi
fi
}
use_homebrew_yaml() {
can_use_homebrew || return 1
local libdir="$(brew --prefix libyaml 2>/dev/null || true)"
if [ -d "$libdir" ]; then
echo "python-build: use libyaml from homebrew"
export CPPFLAGS="-I$libdir/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$libdir/lib${LDFLAGS:+ ${LDFLAGS% }}"
else
return 1
fi
}
use_macports_yaml() {
can_use_macports || return 1
local prefix="$(port -q location libyaml 2>/dev/null || true)"
if [ -n "$prefix" ]; then
local libdir="$prefix/opt/local"
if [ -d "$libdir" ]; then
echo "python-build: use libyaml from MacPorts"
export CPPFLAGS="-I$libdir/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$libdir/lib${LDFLAGS:+ ${LDFLAGS% }}"
fi
else
return 1
fi
}
use_freebsd_pkg() {
# check if FreeBSD
if [ "FreeBSD" = "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" ]; then
# use openssl if installed from Ports Collection
if pkg info -e openssl; then
package_option python configure --with-openssl="/usr/local"
fi
# check if 11-R or later
release="${_PYTHON_BUILD_CACHE_UNAME_R:=$(uname -r)}"
if [ "${release%%.*}" -ge 11 ]; then
# Use packages from Ports Collection.
#
# Unlike Linux, BSD's cc does not look in /usr/local by default
# where Ports-installed packages are, but they are available via pkg-config.
# Surprisingly, CPython's Configure only uses pkg-config
# to locate some of the dependencies and not others.
# Here we detect those that are (as of this writing) known
# to not be searched via pkg-config.
#
# XXX: As a side effect, this would pick up any other libs from Ports
# that are searched via compiler
if pkg info -e readline || pkg info -e sqlite3; then
export CPPFLAGS="${CPPFLAGS:+$CPPFLAGS }-I/usr/local/include"
export LDFLAGS="${LDFLAGS:+$LDFLAGS }-L/usr/local/lib -Wl,-rpath,/usr/local/lib"
fi
fi
fi
}
has_broken_mac_readline() {
# Mac OS X 10.4 has broken readline.
# https://github.com/pyenv/pyenv/issues/23
if is_mac && ! configured_with_package_dir "python" "readline/rlconf.h"; then
if is_homebrew_preferred; then
use_homebrew_readline && return 1
elif can_use_macports; then
use_macports_readline && return 1
fi
fi
}
use_homebrew_readline() {
can_use_homebrew || return 1
if ! configured_with_package_dir "python" "readline/rlconf.h"; then
local libdir="$(brew --prefix readline 2>/dev/null || true)"
if [ -d "$libdir" ]; then
echo "python-build: use readline from homebrew"
export CPPFLAGS="-I$libdir/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$libdir/lib${LDFLAGS:+ $LDFLAGS}"
else
return 1
fi
fi
}
use_macports_readline() {
can_use_macports || return 1
if ! configured_with_package_dir "python" "readline/rlconf.h"; then
local prefix="$(port -q location readline 2>/dev/null || true)"
if [ -n "$prefix" ]; then
local libdir="$prefix/opt/local"
if [ -d "$libdir" ]; then
echo "python-build: use readline from MacPorts"
export CPPFLAGS="-I$libdir/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$libdir/lib${LDFLAGS:+ $LDFLAGS}"
fi
else
return 1
fi
fi
}
use_homebrew_ncurses() {
can_use_homebrew || return 1
local libdir="$(brew --prefix ncurses 2>/dev/null || true)"
if [ -d "$libdir" ]; then
echo "python-build: use ncurses from homebrew"
export CPPFLAGS="-I$libdir/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$libdir/lib${LDFLAGS:+ $LDFLAGS}"
else
return 1
fi
}
use_macports_ncurses() {
can_use_macports || return 1
local prefix="$(port -q location ncurses 2>/dev/null || true)"
if [[ -n "$prefix" ]]; then
local libdir="$prefix/opt/local"
if [ -d "$libdir" ]; then
echo "python-build: use ncurses from MacPorts"
export CPPFLAGS="-I$libdir/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$libdir/lib${LDFLAGS:+ $LDFLAGS}"
fi
else
return 1
fi
}
prefer_openssl11() {
# Allow overriding the preference of OpenSSL version per definition basis (#1302, #1325, #1326)
PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA="${PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA:-openssl@1.1 openssl}"
export PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA
}
prefer_openssl3() {
# Allow overriding the preference of OpenSSL version per definition basis (#1302, #1325, #1326)
PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA="${PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA:-openssl@3 openssl@1.1 openssl}"
export PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA
}
build_package_mac_readline() {
# Install to a subdirectory since we don't want shims for bin/readline.
READLINE_PREFIX_PATH="${PREFIX_PATH}/readline"
# Tell Python to use this readline for its extension.
export CPPFLAGS="-I${READLINE_PREFIX_PATH}/include${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L${READLINE_PREFIX_PATH}/lib${LDFLAGS:+ $LDFLAGS}"
# Make sure pkg-config finds our build first.
export PKG_CONFIG_PATH="${READLINE_PREFIX_PATH}/lib/pkgconfig${PKG_CONFIG_PATH:+:$PKG_CONFIG_PATH}"
build_package_standard "$@"
}
has_broken_mac_openssl() {
is_mac || return 1
local openssl_version="$(/usr/bin/openssl version 2>/dev/null || true)"
if [[ $openssl_version = "OpenSSL 0.9.8"?* || $openssl_version = "LibreSSL"* ]]; then
if is_homebrew_preferred; then
use_homebrew_openssl && return 1
elif can_use_macports; then
use_macports_openssl && return 1
fi
fi
}
use_homebrew_openssl() {
can_use_homebrew || return 1
command -v brew >/dev/null || return 1
for openssl in ${PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA:-openssl}; do
local ssldir="$(brew --prefix "${openssl}" || true)"
if [ -d "$ssldir" ]; then
echo "python-build: use ${openssl} from homebrew"
if [[ -n "${PYTHON_BUILD_CONFIGURE_WITH_OPENSSL:-}" ]]; then
# configure script of newer CPython versions support `--with-openssl`
# https://bugs.python.org/issue21541
package_option python configure --with-openssl="${ssldir}"
else
export CPPFLAGS="-I$ssldir/include ${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$ssldir/lib${LDFLAGS:+ $LDFLAGS}"
fi
export PKG_CONFIG_PATH="$ssldir/lib/pkgconfig/:${PKG_CONFIG_PATH}"
return
fi
done
return 1
}
use_macports_openssl() {
can_use_macports || return 1
command -v port >/dev/null || return 1
for openssl in ${PYTHON_BUILD_HOMEBREW_OPENSSL_FORMULA:-openssl}; do
local ssldir="$(port -q location "${openssl}" 2>/dev/null || true)"
if [ -n "$ssldir" ]; then
ssldir="${ssldir}/opt/local"
if [ -d "$ssldir" ]; then
echo "python-build: use ${openssl} from MacPorts"
if [[ -n "${PYTHON_BUILD_CONFIGURE_WITH_OPENSSL:-}" ]]; then
# configure script of newer CPython versions support `--with-openssl`
# https://bugs.python.org/issue21541
package_option python configure --with-openssl="${ssldir}"
else
export CPPFLAGS="-I$ssldir/include ${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L$ssldir/lib${LDFLAGS:+ $LDFLAGS}"
fi
fi
export PKG_CONFIG_PATH="$ssldir/lib/pkgconfig/:${PKG_CONFIG_PATH}"
return
fi
done
return 1
}
build_package_mac_openssl() {
# Install to a subdirectory since we don't want shims for bin/openssl.
OPENSSL_PREFIX_PATH="${PREFIX_PATH}/openssl"
# Put openssl.conf, certs, etc in ~/.pyenv/versions/*/openssl/ssl
OPENSSLDIR="${OPENSSLDIR:-$OPENSSL_PREFIX_PATH/ssl}"
# Tell Python to use this openssl for its extension.
if [[ -n "${PYTHON_BUILD_CONFIGURE_WITH_OPENSSL:-}" ]]; then
# configure script of newer CPython versions support `--with-openssl`
# https://bugs.python.org/issue21541
package_option python configure --with-openssl="${OPENSSL_PREFIX_PATH}"
else
export CPPFLAGS="-I${OPENSSL_PREFIX_PATH}/include ${CPPFLAGS:+ $CPPFLAGS}"
export LDFLAGS="-L${OPENSSL_PREFIX_PATH}/lib${LDFLAGS:+ $LDFLAGS}"
fi
# Make sure pkg-config finds our build first.
export PKG_CONFIG_PATH="${OPENSSL_PREFIX_PATH}/lib/pkgconfig${PKG_CONFIG_PATH:+:$PKG_CONFIG_PATH}"
# Hint OpenSSL that we prefer a 64-bit build.
export KERNEL_BITS="64"
OPENSSL_CONFIGURE="${OPENSSL_CONFIGURE:-./config}"
local nokerberos
[[ "$1" != openssl-1.0.* ]] || nokerberos=1
# switches introduced in OpenSSL 3.2
local extra_no_features
[[ $(openssl_version $1) -ge 30200 ]] && extra_no_features=1
# Compile a shared lib with zlib dynamically linked.
package_option openssl configure --openssldir="$OPENSSLDIR" zlib-dynamic no-ssl3 shared ${nokerberos:+no-ssl2 no-krb5} ${extra_no_features:+no-docs no-apps} no-tests
build_package_standard "$@"
# Extract root certs from the system keychain in .pem format and rehash.
local pem_file="$OPENSSLDIR/cert.pem"
security find-certificate -a -p /Library/Keychains/System.keychain > "$pem_file"
security find-certificate -a -p /System/Library/Keychains/SystemRootCertificates.keychain >> "$pem_file"
}
# openssl-1.0.1k -> 10001
# openssl-3.2.1 -> 30201
openssl_version() {
local -a ver
IFS=- ver=( ${1:?} )
IFS=. ver=( ${ver[1]} )
[[ ${ver[2]} =~ ^([[:digit:]]+)[[:alpha:]]$ ]] && ver[2]="${BASH_REMATCH[1]}"
echo $(( ${ver[0]}*10000 + ${ver[1]}*100 + ${ver[2]} ))
}
# Post-install check that the openssl extension was built.
build_package_verify_openssl() {
"$RUBY_BIN" -e '
manager = ARGV[0]
packages = {
"apt-get" => Hash.new {|h,k| "lib#{k}-dev" }.update(
"openssl" => "libssl-dev",
"zlib" => "zlib1g-dev"
),
"yum" => Hash.new {|h,k| "#{k}-devel" }.update(
"yaml" => "libyaml-devel"
)
}
failed = %w[openssl readline zlib yaml].reject do |lib|
begin
require lib
rescue LoadError
$stderr.puts "The Ruby #{lib} extension was not compiled."
end
end
if failed.size > 0
$stderr.puts "ERROR: Ruby install aborted due to missing extensions"
$stderr.print "Try running `%s install -y %s` to fetch missing dependencies.\n\n" % [
manager,
failed.map { |lib| packages.fetch(manager)[lib] }.join(" ")
] unless manager.empty?
$stderr.puts "Configure options used:"
require "rbconfig"; require "shellwords"
RbConfig::CONFIG.fetch("configure_args").shellsplit.each { |arg| $stderr.puts " #{arg}" }
exit 1
end
' "$(basename "$(type -P yum apt-get | head -n1)")" >&4 2>&1
}
use_homebrew_zlib() {
can_use_homebrew || return 1
local brew_zlib="$(brew --prefix zlib 2>/dev/null || true)"
if [ -d "$brew_zlib" ]; then
echo "python-build: use zlib from homebrew"
export CFLAGS="-I${brew_zlib} ${CFLAGS}"
fi
}
use_xcode_sdk_zlib() {
# If a custom compiler is used, including XCode SDK will likely break it
[[ "${CC:-clang}" != "clang" || "$(command -v clang 2>/dev/null || true)" != "/usr/bin/clang" ]] && return 1
local xc_sdk_path="$(xcrun --show-sdk-path 2>/dev/null || true)"
if [ -d "$xc_sdk_path" ]; then
echo "python-build: use zlib from xcode sdk"
# Even though SDK's compiler uses the SDK dirs implicitly,
# CPython's setup.py has to have nonstandard paths specified explicitly
# to search for zlib.h in them
export CPPFLAGS="${CPPFLAGS:+$CPPFLAGS }-I${xc_sdk_path}/usr/include"
if is_mac -ge 1100; then
export LDFLAGS="${LDFLAGS:+$LDFLAGS }-L${xc_sdk_path}/usr/lib"
fi
fi
}
use_macports_zlib() {
can_use_macports || return 1
local prefix="$(port -q location zlib 2>/dev/null || true)"
if [[ -n "$prefix" ]]; then
local libdir="$prefix/opt/local"
if [[ -d "$libdir" ]]; then
echo "python-build: use zlib from MacPorts"
export CPPFLAGS="-I$prefix/include ${CPPFLAGS}"
export LDFLAGS="-L$prefix/lib ${LDFLAGS}"
fi
else
return 1
fi
}
use_homebrew_tcltk() {
can_use_homebrew || return 1
# Since https://github.com/Homebrew/homebrew-core/commit/f10e88617b41555193c22fdcba6109fe82155ee2 (10.11.2024),
# tcl-tk is 9.0 which is not compatible with CPython as of this writing
# but we'll keep it as backup for cases like non-updated Homebrew
local tcltk
for tcltk in "tcl-tk@8" "tcl-tk"; do
local tcltk_libdir="$(brew --prefix "${tcltk}" 2>/dev/null || true)"
if [ -d "$tcltk_libdir" ]; then
echo "python-build: use tcl-tk from homebrew"
if [[ -z "$PYTHON_BUILD_TCLTK_USE_PKGCONFIG" ]]; then
local tcltk_version="$(sh -c '. '"$tcltk_libdir"'/lib/tclConfig.sh; echo $TCL_VERSION')"
package_option python configure --with-tcltk-libs="-L$tcltk_libdir/lib -ltcl$tcltk_version -ltk$tcltk_version"
# In Homebrew Tcl/Tk 8.6.13, headers have been moved to the 'tcl-tk' subdir.
# We're not using tclConfig.sh here 'cuz it produces the version-specific path to <brew prefix>/Cellar
# and we'd rather have rpath set to <brew prefix>/opt/<...> to allow micro release upgrades without rebuilding
# XXX: do use tclConfig.sh and translate the paths if more path shenanigans appear in later releases
if [ -d "$tcltk_libdir/include/tcl-tk" ]; then
package_option python configure --with-tcltk-includes="-I$tcltk_libdir/include/tcl-tk"
else
package_option python configure --with-tcltk-includes="-I$tcltk_libdir/include"
fi
fi
export PKG_CONFIG_PATH="${tcltk_libdir}/lib/pkgconfig${PKG_CONFIG_PATH:+:$PKG_CONFIG_PATH}"
return 0
fi
done
return 1
}
# FIXME: this function is a workaround for #1125
# once fixed, it should be removed.
# if tcltk_ops_flag is in PYTHON_CONFIGURE_OPTS, use user provided tcltk
use_custom_tcltk() {
local tcltk_ops="$(get_tcltk_flag_from "$PYTHON_CONFIGURE_OPTS")"
if [[ -z "$tcltk_ops" ]]; then
return 1
fi
local tcltk_ops_flag="--with-tcltk-libs="
# get tcltk libs
local tcltk_libs="${tcltk_ops//$tcltk_ops_flag/}"
# remove tcltk-flag from configure_opts
# this allows for weird input such as
# --with-tcltk-libs=' -L/custom-tcl-tk/lib -ltcl8.6 -ltk8.4 '
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS//"$tcltk_ops_flag"/}"
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS//$tcltk_libs/}"
# remove quotes, because there mess up compilations
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS//"''"/}"
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS//'""'/}"
echo "python-build: use tcl-tk from \$PYTHON_CONFIGURE_OPTS"
# echo "PYTHON_CONFIGURE_OPTS=${PYTHON_CONFIGURE_OPTS}"
package_option python configure --with-tcltk-libs="${tcltk_libs}"
# IFS="$OLDIFS"
}
# FIXME: this function is a workaround for #1125
# once fixed, it should be removed.
# Get tcltk-flag and options from `$1`
# expects one argument containing a string of configure opts, eg. `PYTHON_CONFIGURE_OPTS`
# returns tcl_tk flag or an empty string if nothing was found.
get_tcltk_flag_from() {
IFS=$'\n'
# parse input string into array
local opts_arr=( $(xargs -n1 <<<"$1") )
# iterate through `opts_arr`, break if `--with-tcltk-libs=` was found.
for opts in ${opts_arr[@]}; do
# `--with-tcltk-libs=` must be the prefix.
if [[ "$opts" == "--with-tcltk-libs="* ]]; then
# return
echo "$opts"
break
fi
done
IFS="$OLDIFS"
}
# Since 3.12, CPython can add DWARF debug information in MacOS
# using Apple's nonstandard way, `dsymutil', that creates a "dSYM bundle"
# that's supposed to be installed alongside executables
# (https://github.com/python/cpython/issues/95973).
use_dsymutil() {
if [[ -n "$PYTHON_BUILD_CONFIGURE_WITH_DSYMUTIL" ]] && is_mac; then
package_option python configure --with-dsymutil
fi
}
use_free_threading() {
if [[ -n "$PYTHON_BUILD_FREE_THREADING" ]]; then
package_option python configure --disable-gil
fi
}
build_package_enable_shared() {
package_option python configure --enable-shared
}
build_package_auto_tcltk() {
if is_mac && [ ! -d /usr/include/X11 ]; then
if [ -d /opt/X11/include ]; then
if [[ "$CPPFLAGS" != *-I/opt/X11/include* ]]; then
export CPPFLAGS="-I/opt/X11/include${CPPFLAGS:+ $CPPFLAGS}"
fi
else
package_option python configure --without-tk
fi
fi
}
package_is_python() {
case "$1" in
Python-* | jython-* | pypy-* | pypy[0-9].+([0-9])-* | stackless-* )
return 0
;;
esac
return 1
}
apply_patch() {
local package_name="$1"
local patchfile
patchfile="$(mktemp "${TMP}/python-patch.XXXXXX")"
cat "${2:--}" >"$patchfile"
local striplevel=0
grep -q '^diff --git a/' "$patchfile" && striplevel=1
patch -p$striplevel --force -i "$patchfile"
}
build_package_symlink_version_suffix() {
if [[ "${PYTHON_CONFIGURE_OPTS_ARRAY[*]} $CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS" == *"--enable-framework"* ]]; then
if [ -e "${PREFIX_PATH}/bin" ]; then
# Always create `bin` as symlink to framework path if the version was built with `--enable-framework` (#590)
rm -rf "${PREFIX_PATH}/bin.orig"
mv -f "${PREFIX_PATH}/bin" "${PREFIX_PATH}/bin.orig"
fi
# Only symlinks are installed in ${PREFIX_PATH}/bin
ln -fs "${PREFIX_PATH}/Library/Frameworks/Python.framework/Versions/Current/bin" "${PREFIX_PATH}/bin"
fi
# Not create symlinks on `altinstall` (#255)
if [[ "$PYTHON_MAKE_INSTALL_TARGET" != *"altinstall"* ]]; then
shopt -s nullglob
local version_bin="$(ls -1 "${PREFIX_PATH}/bin/python"* | grep '[0-9]$' | sort | tail -1)"
suffix="$(basename "${version_bin}" | sed -e 's/^python//')"
if [ -n "${suffix}" ]; then
local file link
for file in "${PREFIX_PATH}/bin"/*; do
unset link
case "${file}" in
*/"python${suffix}-config" )
# Symlink `pythonX.Y-config` to `python-config` if `python-config` is missing (#296)
link="${file%/*}/python-config"
;;
*/*"-${suffix}" )
link="${file%%-${suffix}}"
;;
*/*"${suffix}" )
link="${file%%${suffix}}"
;;
esac
if [ -n "$link" ] && [ ! -e "$link" ]; then
( cd "${file%/*}" && ln -fs "${file##*/}" "${link##*/}" )
fi
done
fi
shopt -u nullglob
fi
}
verify_python() {
build_package_symlink_version_suffix
if [ ! -x "${PYTHON_BIN}" ]; then
{ colorize 1 "ERROR"
echo ": invalid Python executable: ${PYTHON_BIN}"
echo
echo "The python-build could not find proper executable of Python after successful build."
echo "Please open an issue for future improvements."
echo "https://github.com/pyenv/pyenv/issues"
return 1
} >&3
fi
}
try_python_module() {
if ! "$PYTHON_BIN" -c "import $1"; then
{ colorize 1 "WARNING"
echo ": The Python $1 extension was not compiled${3:+ $3}. Missing the ${2:-$1}?"
return 0
} >&3
fi
}
verify_python_module() {
if ! "$PYTHON_BIN" -c "import $1"; then
{ colorize 1 "ERROR"
echo ": The Python $1 extension was not compiled. Missing the ${2:-$1}?"
echo
echo "Please consult to the Wiki page to fix the problem."
echo "https://github.com/pyenv/pyenv/wiki/Common-build-problems"
echo
return 1
} >&3
fi
}
# Post-install check for Python 2.1.x
build_package_verify_py21() {
verify_python "${2:-python2.1}"
try_python_module "readline" "GNU readline lib"
verify_python_module "binascii" "binascii"
# fixme: zlib doesn't link correctly on 64-bit Linux, due to being in
# /usr/x86_64-linux-gnu instead of /usr/lib
try_python_module "zlib" "zlib"
try_python_module "bz2" "bzip2 lib"
}
# Post-install check for Python 2.2.x
build_package_verify_py22() {
verify_python "${2:-python2.2}"
try_python_module "readline" "GNU readline lib"
verify_python_module "binascii" "binascii"
# fixme: zlib doesn't link correctly on 64-bit Linux, due to being in
# /usr/x86_64-linux-gnu instead of /usr/lib
try_python_module "zlib" "zlib"
try_python_module "bz2" "bzip2 lib"
}
# Post-install check for Python 2.3.x
build_package_verify_py23() {
verify_python "${2:-python2.3}"
try_python_module "readline" "GNU readline lib"
verify_python_module "binascii" "binascii"
# fixme: zlib doesn't link correctly on 64-bit Linux, due to being in
# /usr/x86_64-linux-gnu instead of /usr/lib
try_python_module "zlib" "zlib"
try_python_module "bz2" "bzip2 lib"
}
# Post-install check for Python 2.4.x
build_package_verify_py24() {
verify_python "${2:-2.4}"
try_python_module "readline" "GNU readline lib"
verify_python_module "zlib" "zlib"
try_python_module "bz2" "bzip2 lib"
}
# Post-install check for Python 2.5.x
build_package_verify_py25() {
build_package_verify_py24 "$1" "${2:-2.5}"
try_python_module "sqlite3" "SQLite3 lib"
}
# Post-install check for Python 2.6.x
build_package_verify_py26() {
build_package_verify_py25 "$1" "${2:-2.6}"
verify_python_module "ssl" "OpenSSL lib"
}
# Post-install check for Python 2.7.x
build_package_verify_py27() {
build_package_verify_py26 "$1" "${2:-2.7}"
}
# Post-install check for Python 3.0.x
build_package_verify_py30() {
verify_python "${2:-3.0}"
try_python_module "bz2" "bzip2 lib"
try_python_module "curses" "ncurses lib"
try_python_module "ctypes" "libffi lib"
try_python_module "readline" "GNU readline lib"
verify_python_module "ssl" "OpenSSL lib"
try_python_module "sqlite3" "SQLite3 lib"
if [[ -n $DISPLAY ]]; then
try_python_module "tkinter" "Tk toolkit" "and GUI subsystem has been detected"
fi
verify_python_module "zlib" "zlib"
}
# Post-install check for Python 3.1.x
build_package_verify_py31() {
build_package_verify_py30 "$1" "${2:-3.1}"
}
# Post-install check for Python 3.2.x
build_package_verify_py32() {
build_package_verify_py31 "$1" "${2:-3.2}"
}
# Post-install check for Python 3.3.x
build_package_verify_py33() {
build_package_verify_py32 "$1" "${2:-3.3}"
try_python_module "lzma" "lzma lib"
}
# Post-install check for Python 3.4.x
build_package_verify_py34() {
build_package_verify_py33 "$1" "${2:-3.4}"
}
# Post-install check for Python 3.5.x
build_package_verify_py35() {
build_package_verify_py34 "$1" "${2:-3.5}"
}
# Post-install check for Python 3.6.x
build_package_verify_py36() {
build_package_verify_py35 "$1" "${2:-3.6}"
}
# Post-install check for Python 3.7.x
build_package_verify_py37() {
build_package_verify_py36 "$1" "${2:-3.7}"
}
# Post-install check for Python 3.8.x
build_package_verify_py38() {
build_package_verify_py37 "$1" "${2:-3.8}"
}
# Post-install check for Python 3.9.x
build_package_verify_py39() {
build_package_verify_py38 "$1" "${2:-3.9}"
}
# Post-install check for Python 3.10.x
build_package_verify_py310() {
build_package_verify_py39 "$1" "${2:-3.10}"
}
# Post-install check for Python 3.11.x
build_package_verify_py311() {
build_package_verify_py310 "$1" "${2:-3.11}"
}
# Post-install check for Python 3.12.x
build_package_verify_py312() {
build_package_verify_py311 "$1" "${2:-3.12}"
}
# Post-install check for Python 3.13.x
build_package_verify_py313() {
build_package_verify_py312 "$1" "${2:-3.13}"
}
# Post-install check for Python 3.14.x
build_package_verify_py314() {
build_package_verify_py313 "$1" "${2:-3.14}"
}
# Post-install check for Python 3.15.x
build_package_verify_py315() {
build_package_verify_py314 "$1" "${2:-3.15}"
}
# Post-install check for Python 3.x rolling release scripts
# XXX: Will need splitting into project-specific ones if there emerge
# multiple rolling-release scripts with different checks needed
build_package_verify_py3_latest() {
build_package_verify_py311 "$1" "3"
}
# Copy Tools/gdb/libpython.py to pythonX.Y-gdb.py (#1190)
build_package_copy_python_gdb() {
if [ -e "$BUILD_PATH/$1/Tools/gdb/libpython.py" ]; then
local version_re='-([0-9]\.[0-9]+)'
[[ "$1" =~ $version_re ]]
local python_bin="$PREFIX_PATH/bin/python${BASH_REMATCH[1]}"
cp "$BUILD_PATH/$1/Tools/gdb/libpython.py" "$python_bin-gdb.py"
fi
}
build_package_ez_setup() {
local ez_setup="ez_setup.py"
rm -f "${ez_setup}"
{ if [ "${EZ_SETUP+defined}" ] && [ -f "${EZ_SETUP}" ]; then
echo "Installing setuptools from ${EZ_SETUP}..." 1>&2
cat "${EZ_SETUP}"
else
[ -n "${EZ_SETUP_URL}" ]
echo "Installing setuptools from ${EZ_SETUP_URL}..." 1>&2
http get "${EZ_SETUP_URL}"
fi
} 1> "${ez_setup}"
"${PYTHON_BIN}" "${ez_setup}" ${EZ_SETUP_OPTS} 1>&4 2>&1 || {
echo "error: failed to install setuptools via ez_setup.py" >&2
return 1
}
build_package_symlink_version_suffix
}
build_package_get_pip() {
local get_pip="get-pip.py"
rm -f "${get_pip}"
{ if [ "${GET_PIP+defined}" ] && [ -f "${GET_PIP}" ]; then
echo "Installing pip from ${GET_PIP}..." 1>&2
cat "${GET_PIP}"
else
[ -n "${GET_PIP_URL}" ]
echo "Installing pip from ${GET_PIP_URL}..." 1>&2
http get "${GET_PIP_URL}"
fi
} 1> "${get_pip}"
"${PYTHON_BIN}" -s "${get_pip}" ${GET_PIP_OPTS} 1>&4 2>&1 || {
echo "error: failed to install pip via get-pip.py" >&2
return 1
}
build_package_symlink_version_suffix
}
# Pip <21 (in 2.7 and derivatives like PyPy-2.7) doesn't support -I
build_package_ensurepip_lt21() {
build_package_ensurepip lt21
}
build_package_ensurepip() {
local mode="$1"
local ensurepip_opts
# Install as `--altinstall` if the Python is installed as `altinstall` (#255)
if [[ "$PYTHON_MAKE_INSTALL_TARGET" == *"altinstall"* ]]; then
ensurepip_opts="--altinstall"
fi
local python_opts="-I"
if [[ $mode == "lt21" ]]; then python_opts="-s"; fi
# FIXME: `--altinstall` with `get-pip.py`
"$PYTHON_BIN" $python_opts -m ensurepip ${ensurepip_opts} 1>/dev/null 2>&1 || build_package_get_pip "$@" || return 1
build_package_symlink_version_suffix
}
version() {
local git_revision
# Read the revision from git if the remote points to "python-build" repository
if GIT_DIR="$PYTHON_BUILD_INSTALL_PREFIX/../../.git" git remote -v 2>/dev/null | grep -q /pyenv; then
git_revision="$(GIT_DIR="$PYTHON_BUILD_INSTALL_PREFIX/../../.git" git describe --tags HEAD 2>/dev/null || true)"
git_revision="${git_revision#v}"
fi
echo "python-build ${git_revision:-$PYTHON_BUILD_VERSION}"
}
usage() {
sed -ne '/^#/!q;s/.\{1,2\}//;1,2d;p' < "$0"
[ -z "$1" ] || exit "$1"
}
list_definitions() {
{ for DEFINITION_DIR in "${PYTHON_BUILD_DEFINITIONS[@]}"; do
[ -d "$DEFINITION_DIR" ] && ls "$DEFINITION_DIR" | grep -xv patches
done
} | sort_versions | uniq
}
sort_versions() {
sed 'h; s/[+-]/./g; s/.p\([[:digit:]]\)/.z.\1/; s/$/.z/; G; s/\n/ /' | \
LC_ALL=C sort -t. -k 1,1 -k 2,2n -k 3,3n -k 4,4n -k 5,5n | awk '{print $2}'
}
unset VERBOSE
unset KEEP_BUILD_PATH
unset HAS_PATCH
unset DEBUG
unset IPV4
unset IPV6
PYTHON_BUILD_INSTALL_PREFIX="$(abs_dirname "$0")/.."
IFS=: PYTHON_BUILD_DEFINITIONS=($PYTHON_BUILD_DEFINITIONS ${PYTHON_BUILD_ROOT:-$PYTHON_BUILD_INSTALL_PREFIX}/share/python-build)
IFS="$OLDIFS"
parse_options "$@"
for option in "${OPTIONS[@]}"; do
case "$option" in
"h" | "help" )
version
echo
usage 0
;;
"definitions" )
list_definitions
exit 0
;;
"k" | "keep" )
KEEP_BUILD_PATH=true
;;
"v" | "verbose" )
VERBOSE=true
;;
"p" | "patch" )
HAS_STDIN_PATCH=true
;;
"g" | "debug" )
DEBUG=true
# Disable optimization (#808)
PYTHON_CFLAGS="-O0 ${PYTHON_CFLAGS}"
;;
"4" | "ipv4")
IPV4=true
;;
"6" | "ipv6")
IPV6=true
;;
"version" )
version
exit 0
;;
esac
done
[ "${#ARGUMENTS[@]}" -eq 2 ] || usage 1 >&2
DEFINITION_PATH="${ARGUMENTS[0]}"
if [ -z "$DEFINITION_PATH" ]; then
usage 1 >&2
elif [ ! -f "$DEFINITION_PATH" ]; then
for DEFINITION_DIR in "${PYTHON_BUILD_DEFINITIONS[@]}"; do
if [ -f "${DEFINITION_DIR}/${DEFINITION_PATH}" ]; then
DEFINITION_PATH="${DEFINITION_DIR}/${DEFINITION_PATH}"
break
fi
done
if [ ! -f "$DEFINITION_PATH" ]; then
echo "python-build: definition not found: ${DEFINITION_PATH}" >&2
exit 2
fi
fi
PREFIX_PATH="${ARGUMENTS[1]}"
if [ -z "$PREFIX_PATH" ]; then
usage 1 >&2
elif [ "${PREFIX_PATH#/}" = "$PREFIX_PATH" ]; then
PREFIX_PATH="${PWD}/${PREFIX_PATH}"
fi
if [ -z "$TMPDIR" ]; then
TMP="/tmp"
else
TMP="${TMPDIR%/}"
fi
# Check if TMPDIR is accessible and can hold executables.
tmp_executable="${TMP}/python-build-test.$$"
noexec=""
if mkdir -p "$TMP" && touch "$tmp_executable" 2>/dev/null; then
cat > "$tmp_executable" <<-EOF
#!${BASH}
exit 0
EOF
chmod +x "$tmp_executable"
else
echo "python-build: TMPDIR=$TMP is set to a non-accessible location" >&2
exit 1
fi
"$tmp_executable" 2>/dev/null || noexec=1
rm -f "$tmp_executable"
if [ -n "$noexec" ]; then
echo "python-build: TMPDIR=$TMP cannot hold executables (partition possibly mounted with \`noexec\`)" >&2
exit 1
fi
if [ -z "$MAKE" ]; then
if [ "FreeBSD" = "${_PYTHON_BUILD_CACHE_UNAME_S:=$(uname -s)}" ]; then
if [ "$(echo $1 | sed 's/-.*$//')" = "jruby" ]; then
export MAKE="gmake"
else
# var assignment inside $() does not propagate due to being in subshell
: "${_PYTHON_BUILD_CACHE_UNAME_R:=$(uname -r)}"
if [ "$(echo "$_PYTHON_BUILD_CACHE_UNAME_R" | sed 's/[^[:digit:]].*//')" -lt 10 ]; then
export MAKE="gmake"
else
export MAKE="make"
fi
fi
else
export MAKE="make"
fi
fi
if [ -n "$PYTHON_BUILD_CACHE_PATH" ] && [ -d "$PYTHON_BUILD_CACHE_PATH" ]; then
PYTHON_BUILD_CACHE_PATH="${PYTHON_BUILD_CACHE_PATH%/}"
else
unset PYTHON_BUILD_CACHE_PATH
fi
if [ -z "$PYTHON_BUILD_MIRROR_URL" ]; then
PYTHON_BUILD_MIRROR_URL="https://pyenv.github.io/pythons"
PYTHON_BUILD_DEFAULT_MIRROR=1
else
PYTHON_BUILD_MIRROR_URL="${PYTHON_BUILD_MIRROR_URL%/}"
PYTHON_BUILD_DEFAULT_MIRROR=
fi
if [ -n "$PYTHON_BUILD_SKIP_MIRROR" ]; then
unset PYTHON_BUILD_MIRROR_URL
fi
if ! has_checksum_support compute_sha2 && ! [ -n "$PYTHON_BUILD_MIRROR_URL_SKIP_CHECKSUM" ] ; then
unset PYTHON_BUILD_MIRROR_URL
fi
ARIA2_OPTS="${PYTHON_BUILD_ARIA2_OPTS} ${IPV4+--disable-ipv6=true} ${IPV6+--disable-ipv6=false}"
CURL_OPTS="${PYTHON_BUILD_CURL_OPTS} ${IPV4+--ipv4} ${IPV6+--ipv6}"
WGET_OPTS="${PYTHON_BUILD_WGET_OPTS} ${IPV4+--inet4-only} ${IPV6+--inet6-only}"
# Add an option to build a debug version of Python (#11)
if [ -n "$DEBUG" ]; then
package_option python configure --with-pydebug
fi
if [[ "$CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS" != *"--enable-framework"* && "$CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS" != *"--disable-shared"* ]]; then
package_option python configure --enable-shared
fi
# python-build: Specify `--libdir` on configure to fix build on openSUSE (#36)
package_option python configure --libdir="${PREFIX_PATH}/lib"
# python-build: Set `RPATH` if `--enable-shared` was given (#65, #66, #82)
if [[ "$CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS ${PYTHON_CONFIGURE_OPTS_ARRAY[@]}" == *"--enable-shared"* ]]; then
# The ld on Darwin embeds the full paths to each dylib by default
if [[ "$LDFLAGS" != *"-rpath="* ]] ; then
prepend_ldflags_libs "-Wl,-rpath,${PREFIX_PATH}/lib"
fi
fi
# python-build: Set `RPATH` if --shared` was given for PyPy (#244)
if [[ "$PYPY_OPTS" == *"--shared"* ]]; then
prepend_ldflags_libs "-Wl,-rpath=${PREFIX_PATH}/lib"
fi
# Add support for framework installation (`--enable-framework`) of CPython (#55, #99)
if [[ "$CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS" == *"--enable-framework"* ]]; then
if ! is_mac; then
echo "python-build: framework installation is not supported outside of MacOS." >&2
exit 1
fi
create_framework_dirs() {
local version="$(echo "$1" | sed -E 's/^[^0-9]*([0-9]+\.[0-9]+).*$/\1/')"
mkdir -p "${PREFIX_PATH}/Library/Frameworks/Python.framework/Versions/${version}"
( cd "${PREFIX_PATH}/Library/Frameworks/Python.framework/Versions" && ln -fs "${version}" "Current")
local path
for path in include lib share; do
mkdir -p "${PREFIX_PATH}/Library/Frameworks/Python.framework/Versions/Current/${path}"
ln -fs "${PREFIX_PATH}/Library/Frameworks/Python.framework/Versions/Current/${path}" "${PREFIX_PATH}/${path}"
done
}
create_framework_dirs "${DEFINITION_PATH##*/}"
# the `/Library/Frameworks` suffix makes CPython build install apps under prefix rather than into /Applications (#1003)
package_option python configure --enable-framework="${PREFIX_PATH}/Library/Frameworks"
#FIXME: doesn't properly handle paths with spaces. Fix by parsing *OPTS into arrays.
CONFIGURE_OPTS="${CONFIGURE_OPTS//--enable-framework?(=*([^ ]))?( )/}";
CONFIGURE_OPTS="${CONFIGURE_OPTS% }"
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS//--enable-framework?(=*([^ ]))?( )/}";
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS% }"
fi
# Build against universal SDK
if [[ "$CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS" == *"--enable-universalsdk"* ]]; then
if ! is_mac; then
echo "python-build: universal installation is not supported outside of MacOS." >&2
exit 1
fi
package_option python configure --enable-universalsdk=/
#FIXME: doesn't properly handle paths with spaces. Fix by parsing *OPTS into arrays.
CONFIGURE_OPTS="${CONFIGURE_OPTS//--enable-universalsdk?(=*([^ ]))?( )/}"
CONFIGURE_OPTS="${CONFIGURE_OPTS% }"
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS//--enable-universalsdk?(=*([^ ]))?( )/}"
PYTHON_CONFIGURE_OPTS="${PYTHON_CONFIGURE_OPTS% }"
if [[ "$CONFIGURE_OPTS $PYTHON_CONFIGURE_OPTS" != *"--with-universal-archs"* ]]; then
# in CPython's configure.ac, --with-universal-archs defaults to 'intel' which means i386 + x86_64
# since 2.7.5 and 3.3.0 -- i.e. in all non-EOL versions
# Apple Silicon cannot build these, in it, it rather makes sense to default to Universal2 binaries
if [[ $(arch) == "arm64" ]]; then
package_option python configure --with-universal-archs=universal2
fi
fi
fi
# Compile with `--enable-unicode=ucs4` by default (#257)
if [[ "$PYTHON_CONFIGURE_OPTS" != *"--enable-unicode="* ]]; then
if ! is_mac; then
# Skip specifying `--enable-unicode` for CPython 3.3+ (#912)
case "${DEFINITION_PATH##*/}" in
"2."* | \
"3.0" | "3.0."* | "3.0-"* | \
"3.1" | "3.1."* | "3.1-"* | \
"3.2" | "3.2."* | "3.2-"* )
package_option python configure --enable-unicode=ucs4
;;
esac
fi
fi
# Unset `PIP_REQUIRE_VENV` during build (#216)
unset PIP_REQUIRE_VENV
unset PIP_REQUIRE_VIRTUALENV
# pydistutils.cfg may corrupt install location of Python libraries (#35, #111)
if [ -e "$HOME/.pydistutils.cfg" ]; then
{ colorize 1 "WARNING"
echo ": Please make sure you remove any previous custom paths from your $HOME/.pydistutils.cfg file."
} >&2
fi
# Download specified version of ez_setup.py/get-pip.py (#202)
if [ -z "${EZ_SETUP_URL}" ]; then
if [ -n "${SETUPTOOLS_VERSION}" ]; then
EZ_SETUP_URL="https://bitbucket.org/pypa/setuptools/raw/${SETUPTOOLS_VERSION}/ez_setup.py"
unset SETUPTOOLS_VERSION
else
EZ_SETUP_URL="https://bootstrap.pypa.io/ez_setup.py"
fi
fi
if [ -z "${GET_PIP_URL}" ]; then
if [ -n "${PIP_VERSION}" ]; then
{ colorize 1 "WARNING"
echo ": Setting PIP_VERSION=${PIP_VERSION} is no longer supported and may cause failures during the install process."
} 1>&2
GET_PIP_URL="https://raw.githubusercontent.com/pypa/pip/${PIP_VERSION}/contrib/get-pip.py"
# Unset `PIP_VERSION` from environment before invoking `get-pip.py` to deal with "ValueError: invalid truth value" (pypa/pip#4528)
unset PIP_VERSION
else
# Use custom get-pip URL based on the target version (#1127)
case "${DEFINITION_PATH##*/}" in
2.6 | 2.6.* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/2.6/get-pip.py"
;;
2.7 | 2.7.* | pypy2.7 | pypy2.7-* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/2.7/get-pip.py"
;;
3.2 | 3.2.* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.2/get-pip.py"
;;
3.3 | 3.3.* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.3/get-pip.py"
;;
3.4 | 3.4.* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.4/get-pip.py"
;;
3.5 | 3.5.* | pypy3.5 | pypy3.5-* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.5/get-pip.py"
;;
3.6 | 3.6.* | pypy3.6 | pypy3.6-* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.6/get-pip.py"
;;
3.7 | 3.7.* | pypy3.7 | pypy3.7-* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.7/get-pip.py"
;;
3.8 | 3.8.* | pypy3.8 | pypy3.8-* | pyston* )
GET_PIP_URL="https://bootstrap.pypa.io/pip/3.8/get-pip.py"
;;
* )
GET_PIP_URL="https://bootstrap.pypa.io/get-pip.py"
;;
esac
fi
fi
# Set MACOSX_DEPLOYMENT_TARGET from the product version of OS X (#219, #220)
if is_mac; then
if [ -z "${MACOSX_DEPLOYMENT_TARGET}" ]; then
MACOS_VERSION="${_PYTHON_BUILD_CACHE_SW_VERS:=$(sw_vers -productVersion)}"
MACOS_VERSION_ARRAY=(${MACOS_VERSION//\./ })
if [ "${#MACOS_VERSION_ARRAY[@]}" -ge 2 ]; then
export MACOSX_DEPLOYMENT_TARGET="${MACOS_VERSION_ARRAY[0]}.${MACOS_VERSION_ARRAY[1]}"
fi
fi
fi
python_bin_suffix() {
local version_name version_info
case "$1" in
2.* | 3.* )
version_name="$1"
version_name="${version_name%-dev}"
version_name="${version_name%-rc*}"
version_name="${version_name%rc*}"
version_name="${version_name%%*([^0-9])}"
version_info=(${version_name//./ })
echo "${version_info[0]}.${version_info[1]}"
;;
stackless-2.* | stackless-3.* )
version_name="${1#stackless-}"
version_name="${version_name%-dev}"
version_name="${version_name%-rc*}"
version_name="${version_name%rc*}"
version_info=(${version_name//./ })
echo "${version_info[0]}.${version_info[1]}"
;;
esac
}
SEED="$(date "+%Y%m%d%H%M%S").$$"
LOG_PATH="${TMP}/python-build.${SEED}.log"
PYTHON_BIN="${PREFIX_PATH}/bin/python$(python_bin_suffix "${DEFINITION_PATH##*/}")"
CWD="$(pwd)"
if [ -z "$PYTHON_BUILD_BUILD_PATH" ]; then
BUILD_PATH="${TMP}/python-build.${SEED}"
else
BUILD_PATH="$PYTHON_BUILD_BUILD_PATH"
fi
exec 4<> "$LOG_PATH" # open the log file at fd 4
if [ -n "$VERBOSE" ]; then
tail -f "$LOG_PATH" &
TAIL_PID=$!
trap "kill $TAIL_PID" SIGINT SIGTERM EXIT
fi
prepend_ldflags_libs "-L${PREFIX_PATH}/lib"
export CPPFLAGS="-I${PREFIX_PATH}/include${CPPFLAGS:+ $CPPFLAGS}"
unset PYTHONHOME
unset PYTHONPATH
trap build_failed ERR
mkdir -p "$BUILD_PATH"
source "$DEFINITION_PATH"
[ -z "${KEEP_BUILD_PATH}" ] && rm -fr "$BUILD_PATH"
trap - ERR
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