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gerrit.mcp.mirantis.com / salt-formulas / salt-formulas-scripts / 70069c8a58435f82489aa0d6f7595a3e3ba6256c / . / bootstrap-salt.sh
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#!/bin/sh -
#======================================================================================================================
# vim: softtabstop=4 shiftwidth=4 expandtab fenc=utf-8 spell spelllang=en cc=120
#======================================================================================================================
#
# FILE: bootstrap-salt.sh
#
# DESCRIPTION: Bootstrap Salt installation for various systems/distributions
#
# BUGS: https://github.com/saltstack/salt-bootstrap/issues
#
# COPYRIGHT: (c) 2012-2017 by the SaltStack Team, see AUTHORS.rst for more
# details.
#
# LICENSE: Apache 2.0
# ORGANIZATION: SaltStack (saltstack.com)
# CREATED: 10/15/2012 09:49:37 PM WEST
#======================================================================================================================
set -o nounset # Treat unset variables as an error
__ScriptVersion="2017.01.10"
__ScriptName="bootstrap-salt.sh"
__ScriptFullName="$0"
__ScriptArgs="$*"
#======================================================================================================================
# Environment variables taken into account.
#----------------------------------------------------------------------------------------------------------------------
# * BS_COLORS: If 0 disables colour support
# * BS_PIP_ALLOWED: If 1 enable pip based installations(if needed)
# * BS_PIP_ALL: If 1 enable all python packages to be installed via pip instead of apt, requires setting virtualenv
# * BS_VIRTUALENV_DIR: The virtualenv to install salt into (shouldn't exist yet)
# * BS_ECHO_DEBUG: If 1 enable debug echo which can also be set by -D
# * BS_SALT_ETC_DIR: Defaults to /etc/salt (Only tweak'able on git based installations)
# * BS_SALT_CACHE_DIR: Defaults to /var/cache/salt (Only tweak'able on git based installations)
# * BS_KEEP_TEMP_FILES: If 1, don't move temporary files, instead copy them
# * BS_FORCE_OVERWRITE: Force overriding copied files(config, init.d, etc)
# * BS_UPGRADE_SYS: If 1 and an option, upgrade system. Default 0.
# * BS_GENTOO_USE_BINHOST: If 1 add `--getbinpkg` to gentoo's emerge
# * BS_SALT_MASTER_ADDRESS: The IP or DNS name of the salt-master the minion should connect to
# * BS_SALT_GIT_CHECKOUT_DIR: The directory where to clone Salt on git installations
#======================================================================================================================
#======================================================================================================================
# LET THE BLACK MAGIC BEGIN!!!!
#======================================================================================================================
# Bootstrap script truth values
BS_TRUE=1
BS_FALSE=0
# Default sleep time used when waiting for daemons to start, restart and checking for these running
__DEFAULT_SLEEP=3
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __detect_color_support
# DESCRIPTION: Try to detect color support.
#----------------------------------------------------------------------------------------------------------------------
_COLORS=${BS_COLORS:-$(tput colors 2>/dev/null || echo 0)}
__detect_color_support() {
if [ $? -eq 0 ] && [ "$_COLORS" -gt 2 ]; then
RC="\033[1;31m"
GC="\033[1;32m"
BC="\033[1;34m"
YC="\033[1;33m"
EC="\033[0m"
else
RC=""
GC=""
BC=""
YC=""
EC=""
fi
}
__detect_color_support
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: echoerr
# DESCRIPTION: Echo errors to stderr.
#----------------------------------------------------------------------------------------------------------------------
echoerror() {
printf "${RC} * ERROR${EC}: %s\n" "$@" 1>&2;
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: echoinfo
# DESCRIPTION: Echo information to stdout.
#----------------------------------------------------------------------------------------------------------------------
echoinfo() {
printf "${GC} * INFO${EC}: %s\n" "$@";
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: echowarn
# DESCRIPTION: Echo warning informations to stdout.
#----------------------------------------------------------------------------------------------------------------------
echowarn() {
printf "${YC} * WARN${EC}: %s\n" "$@";
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: echodebug
# DESCRIPTION: Echo debug information to stdout.
#----------------------------------------------------------------------------------------------------------------------
echodebug() {
if [ "$_ECHO_DEBUG" -eq $BS_TRUE ]; then
printf "${BC} * DEBUG${EC}: %s\n" "$@";
fi
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_command_exists
# DESCRIPTION: Check if a command exists.
#----------------------------------------------------------------------------------------------------------------------
__check_command_exists() {
command -v "$1" > /dev/null 2>&1
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_pip_allowed
# DESCRIPTION: Simple function to let the users know that -P needs to be
# used.
#----------------------------------------------------------------------------------------------------------------------
__check_pip_allowed() {
if [ $# -eq 1 ]; then
_PIP_ALLOWED_ERROR_MSG=$1
else
_PIP_ALLOWED_ERROR_MSG="pip based installations were not allowed. Retry using '-P'"
fi
if [ "$_PIP_ALLOWED" -eq $BS_FALSE ]; then
echoerror "$_PIP_ALLOWED_ERROR_MSG"
__usage
exit 1
fi
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_config_dir
# DESCRIPTION: Checks the config directory, retrieves URLs if provided.
#----------------------------------------------------------------------------------------------------------------------
__check_config_dir() {
CC_DIR_NAME="$1"
CC_DIR_BASE=$(basename "${CC_DIR_NAME}")
case "$CC_DIR_NAME" in
http://*|https://*)
__fetch_url "/tmp/${CC_DIR_BASE}" "${CC_DIR_NAME}"
CC_DIR_NAME="/tmp/${CC_DIR_BASE}"
;;
ftp://*)
__fetch_url "/tmp/${CC_DIR_BASE}" "${CC_DIR_NAME}"
CC_DIR_NAME="/tmp/${CC_DIR_BASE}"
;;
*)
if [ ! -e "${CC_DIR_NAME}" ]; then
echo "null"
return 0
fi
;;
esac
case "$CC_DIR_NAME" in
*.tgz|*.tar.gz)
tar -zxf "${CC_DIR_NAME}" -C /tmp
CC_DIR_BASE=$(basename "${CC_DIR_BASE}" ".tgz")
CC_DIR_BASE=$(basename "${CC_DIR_BASE}" ".tar.gz")
CC_DIR_NAME="/tmp/${CC_DIR_BASE}"
;;
*.tbz|*.tar.bz2)
tar -xjf "${CC_DIR_NAME}" -C /tmp
CC_DIR_BASE=$(basename "${CC_DIR_BASE}" ".tbz")
CC_DIR_BASE=$(basename "${CC_DIR_BASE}" ".tar.bz2")
CC_DIR_NAME="/tmp/${CC_DIR_BASE}"
;;
*.txz|*.tar.xz)
tar -xJf "${CC_DIR_NAME}" -C /tmp
CC_DIR_BASE=$(basename "${CC_DIR_BASE}" ".txz")
CC_DIR_BASE=$(basename "${CC_DIR_BASE}" ".tar.xz")
CC_DIR_NAME="/tmp/${CC_DIR_BASE}"
;;
esac
echo "${CC_DIR_NAME}"
}
#----------------------------------------------------------------------------------------------------------------------
# Handle command line arguments
#----------------------------------------------------------------------------------------------------------------------
_KEEP_TEMP_FILES=${BS_KEEP_TEMP_FILES:-$BS_FALSE}
_TEMP_CONFIG_DIR="null"
_SALTSTACK_REPO_URL="https://github.com/saltstack/salt.git"
_SALT_REPO_URL=${_SALTSTACK_REPO_URL}
_DOWNSTREAM_PKG_REPO=$BS_FALSE
_TEMP_KEYS_DIR="null"
_SLEEP="${__DEFAULT_SLEEP}"
_INSTALL_MASTER=$BS_FALSE
_INSTALL_SYNDIC=$BS_FALSE
_INSTALL_MINION=$BS_TRUE
_INSTALL_CLOUD=$BS_FALSE
_VIRTUALENV_DIR=${BS_VIRTUALENV_DIR:-"null"}
_START_DAEMONS=$BS_TRUE
_DISABLE_SALT_CHECKS=$BS_FALSE
_ECHO_DEBUG=${BS_ECHO_DEBUG:-$BS_FALSE}
_CONFIG_ONLY=$BS_FALSE
_PIP_ALLOWED=${BS_PIP_ALLOWED:-$BS_FALSE}
_PIP_ALL=${BS_PIP_ALL:-$BS_FALSE}
_SALT_ETC_DIR=${BS_SALT_ETC_DIR:-/etc/salt}
_SALT_CACHE_DIR=${BS_SALT_CACHE_DIR:-/var/cache/salt}
_PKI_DIR=${_SALT_ETC_DIR}/pki
_FORCE_OVERWRITE=${BS_FORCE_OVERWRITE:-$BS_FALSE}
_GENTOO_USE_BINHOST=${BS_GENTOO_USE_BINHOST:-$BS_FALSE}
_EPEL_REPO=${BS_EPEL_REPO:-epel}
_EPEL_REPOS_INSTALLED=$BS_FALSE
_UPGRADE_SYS=${BS_UPGRADE_SYS:-$BS_FALSE}
_INSECURE_DL=${BS_INSECURE_DL:-$BS_FALSE}
_CURL_ARGS=${BS_CURL_ARGS:-}
_FETCH_ARGS=${BS_FETCH_ARGS:-}
_GPG_ARGS=${BS_GPG_ARGS:-}
_WGET_ARGS=${BS_WGET_ARGS:-}
_ENABLE_EXTERNAL_ZMQ_REPOS=${BS_ENABLE_EXTERNAL_ZMQ_REPOS:-$BS_FALSE}
_SALT_MASTER_ADDRESS=${BS_SALT_MASTER_ADDRESS:-null}
_SALT_MINION_ID="null"
# _SIMPLIFY_VERSION is mostly used in Solaris based distributions
_SIMPLIFY_VERSION=$BS_TRUE
_LIBCLOUD_MIN_VERSION="0.14.0"
_EXTRA_PACKAGES=""
_HTTP_PROXY=""
_SALT_GIT_CHECKOUT_DIR=${BS_SALT_GIT_CHECKOUT_DIR:-/tmp/git/salt}
_NO_DEPS=$BS_FALSE
_FORCE_SHALLOW_CLONE=$BS_FALSE
_DISABLE_SSL=$BS_FALSE
_DISABLE_REPOS=$BS_FALSE
_CUSTOM_REPO_URL="null"
_CUSTOM_MASTER_CONFIG="null"
_CUSTOM_MINION_CONFIG="null"
_QUIET_GIT_INSTALLATION=$BS_FALSE
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __usage
# DESCRIPTION: Display usage information.
#----------------------------------------------------------------------------------------------------------------------
__usage() {
cat << EOT
Usage : ${__ScriptName} [options] <install-type> [install-type-args]
Installation types:
- stable Install latest stable release. This is the default
install type
- stable [branch] Install latest version on a branch. Only supported
for packages available at repo.saltstack.com
- stable [version] Install a specific version. Only supported for
packages available at repo.saltstack.com
- daily Ubuntu specific: configure SaltStack Daily PPA
- testing RHEL-family specific: configure EPEL testing repo
- git Install from the head of the develop branch
- git [ref] Install from any git ref (such as a branch, tag, or
commit)
Examples:
- ${__ScriptName}
- ${__ScriptName} stable
- ${__ScriptName} stable 2016.3
- ${__ScriptName} stable 2016.3.1
- ${__ScriptName} daily
- ${__ScriptName} testing
- ${__ScriptName} git
- ${__ScriptName} git 2016.3
- ${__ScriptName} git v2016.3.1
- ${__ScriptName} git 06f249901a2e2f1ed310d58ea3921a129f214358
Options:
-h Display this message
-v Display script version
-n No colours
-D Show debug output
-c Temporary configuration directory
-g Salt Git repository URL. Default: ${_SALTSTACK_REPO_URL}
-w Install packages from downstream package repository rather than
upstream, saltstack package repository. This is currently only
implemented for SUSE.
-k Temporary directory holding the minion keys which will pre-seed
the master.
-s Sleep time used when waiting for daemons to start, restart and when
checking for the services running. Default: ${__DEFAULT_SLEEP}
-L Also install salt-cloud and required python-libcloud package
-M Also install salt-master
-S Also install salt-syndic
-N Do not install salt-minion
-X Do not start daemons after installation
-d Disables checking if Salt services are enabled to start on system boot.
You can also do this by touching /tmp/disable_salt_checks on the target
host. Default: \${BS_FALSE}
-P Allow pip based installations. On some distributions the required salt
packages or its dependencies are not available as a package for that
distribution. Using this flag allows the script to use pip as a last
resort method. NOTE: This only works for functions which actually
implement pip based installations.
-U If set, fully upgrade the system prior to bootstrapping Salt
-I If set, allow insecure connections while downloading any files. For
example, pass '--no-check-certificate' to 'wget' or '--insecure' to
'curl'. On Debian and Ubuntu, using this option with -U allows to obtain
GnuPG archive keys insecurely if distro has changed release signatures.
-F Allow copied files to overwrite existing (config, init.d, etc)
-K If set, keep the temporary files in the temporary directories specified
with -c and -k
-C Only run the configuration function. Implies -F (forced overwrite).
To overwrite Master or Syndic configs, -M or -S, respectively, must
also be specified. Salt installation will be ommitted, but some of the
dependencies could be installed to write configuration with -j or -J.
-A Pass the salt-master DNS name or IP. This will be stored under
\${BS_SALT_ETC_DIR}/minion.d/99-master-address.conf
-i Pass the salt-minion id. This will be stored under
\${BS_SALT_ETC_DIR}/minion_id
-p Extra-package to install while installing Salt dependencies. One package
per -p flag. You're responsible for providing the proper package name.
-H Use the specified HTTP proxy for all download URLs (including https://).
For example: http://myproxy.example.com:3128
-Z Enable additional package repository for newer ZeroMQ
(only available for RHEL/CentOS/Fedora/Ubuntu based distributions)
-b Assume that dependencies are already installed and software sources are
set up. If git is selected, git tree is still checked out as dependency
step.
-f Force shallow cloning for git installations.
This may result in an "n/a" in the version number.
-l Disable ssl checks. When passed, switches "https" calls to "http" where
possible.
-V Install Salt into virtualenv
(only available for Ubuntu based distributions)
-a Pip install all Python pkg dependencies for Salt. Requires -V to install
all pip pkgs into the virtualenv.
(Only available for Ubuntu based distributions)
-r Disable all repository configuration performed by this script. This
option assumes all necessary repository configuration is already present
on the system.
-R Specify a custom repository URL. Assumes the custom repository URL
points to a repository that mirrors Salt packages located at
repo.saltstack.com. The option passed with -R replaces the
"repo.saltstack.com". If -R is passed, -r is also set. Currently only
works on CentOS/RHEL based distributions.
-J Replace the Master config file with data passed in as a JSON string. If
a Master config file is found, a reasonable effort will be made to save
the file with a ".bak" extension. If used in conjunction with -C or -F,
no ".bak" file will be created as either of those options will force
a complete overwrite of the file.
-j Replace the Minion config file with data passed in as a JSON string. If
a Minion config file is found, a reasonable effort will be made to save
the file with a ".bak" extension. If used in conjunction with -C or -F,
no ".bak" file will be created as either of those options will force
a complete overwrite of the file.
-q Quiet salt installation from git (setup.py install -q)
EOT
} # ---------- end of function __usage ----------
while getopts ':hvnDc:g:Gwk:s:MSNXCPFUKIA:i:Lp:dH:ZbflV:J:j:rR:aq' opt
do
case "${opt}" in
h ) __usage; exit 0 ;;
v ) echo "$0 -- Version $__ScriptVersion"; exit 0 ;;
n ) _COLORS=0; __detect_color_support ;;
D ) _ECHO_DEBUG=$BS_TRUE ;;
c ) _TEMP_CONFIG_DIR=$(__check_config_dir "$OPTARG")
# If the configuration directory does not exist, error out
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
echoerror "Unsupported URI scheme for $OPTARG"
exit 1
fi
if [ ! -d "$_TEMP_CONFIG_DIR" ]; then
echoerror "The configuration directory ${_TEMP_CONFIG_DIR} does not exist."
exit 1
fi
;;
g ) _SALT_REPO_URL=$OPTARG ;;
G ) echowarn "The '-G' option is DEPRECATED and will be removed in the future stable release!"
echowarn "Bootstrap will always use 'https' protocol to clone from SaltStack GitHub repo."
echowarn "No need to provide this option anymore, now it is a default behavior."
;;
w ) _DOWNSTREAM_PKG_REPO=$BS_TRUE ;;
k ) _TEMP_KEYS_DIR="$OPTARG"
# If the configuration directory does not exist, error out
if [ ! -d "$_TEMP_KEYS_DIR" ]; then
echoerror "The pre-seed keys directory ${_TEMP_KEYS_DIR} does not exist."
exit 1
fi
;;
s ) _SLEEP=$OPTARG ;;
M ) _INSTALL_MASTER=$BS_TRUE ;;
S ) _INSTALL_SYNDIC=$BS_TRUE ;;
N ) _INSTALL_MINION=$BS_FALSE ;;
X ) _START_DAEMONS=$BS_FALSE ;;
C ) _CONFIG_ONLY=$BS_TRUE ;;
P ) _PIP_ALLOWED=$BS_TRUE ;;
F ) _FORCE_OVERWRITE=$BS_TRUE ;;
U ) _UPGRADE_SYS=$BS_TRUE ;;
K ) _KEEP_TEMP_FILES=$BS_TRUE ;;
I ) _INSECURE_DL=$BS_TRUE ;;
A ) _SALT_MASTER_ADDRESS=$OPTARG ;;
i ) _SALT_MINION_ID=$OPTARG ;;
L ) _INSTALL_CLOUD=$BS_TRUE ;;
p ) _EXTRA_PACKAGES="$_EXTRA_PACKAGES $OPTARG" ;;
d ) _DISABLE_SALT_CHECKS=$BS_TRUE ;;
H ) _HTTP_PROXY="$OPTARG" ;;
Z ) _ENABLE_EXTERNAL_ZMQ_REPOS=$BS_TRUE ;;
b ) _NO_DEPS=$BS_TRUE ;;
f ) _FORCE_SHALLOW_CLONE=$BS_TRUE ;;
l ) _DISABLE_SSL=$BS_TRUE ;;
V ) _VIRTUALENV_DIR="$OPTARG" ;;
a ) _PIP_ALL=$BS_TRUE ;;
r ) _DISABLE_REPOS=$BS_TRUE ;;
R ) _CUSTOM_REPO_URL=$OPTARG ;;
J ) _CUSTOM_MASTER_CONFIG=$OPTARG ;;
j ) _CUSTOM_MINION_CONFIG=$OPTARG ;;
q ) _QUIET_GIT_INSTALLATION=$BS_TRUE ;;
\?) echo
echoerror "Option does not exist : $OPTARG"
__usage
exit 1
;;
esac # --- end of case ---
done
shift $((OPTIND-1))
__check_unparsed_options() {
shellopts="$1"
# grep alternative for SunOS
if [ -f /usr/xpg4/bin/grep ]; then
grep='/usr/xpg4/bin/grep'
else
grep='grep'
fi
unparsed_options=$( echo "$shellopts" | ${grep} -E '(^|[[:space:]])[-]+[[:alnum:]]' )
if [ "$unparsed_options" != "" ]; then
__usage
echo
echoerror "options are only allowed before install arguments"
echo
exit 1
fi
}
# Check that we're actually installing one of minion/master/syndic
if [ "$_INSTALL_MINION" -eq $BS_FALSE ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echowarn "Nothing to install or configure"
exit 0
fi
# Check that we're installing a minion if we're being passed a master address
if [ "$_INSTALL_MINION" -eq $BS_FALSE ] && [ "$_SALT_MASTER_ADDRESS" != "null" ]; then
echoerror "Don't pass a master address (-A) if no minion is going to be bootstrapped."
exit 1
fi
# Check that we're installing a minion if we're being passed a minion id
if [ "$_INSTALL_MINION" -eq $BS_FALSE ] && [ "$_SALT_MINION_ID" != "null" ]; then
echoerror "Don't pass a minion id (-i) if no minion is going to be bootstrapped."
exit 1
fi
# Check that we're installing or configuring a master if we're being passed a master config json dict
if [ "$_CUSTOM_MASTER_CONFIG" != "null" ]; then
if [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoerror "Don't pass a master config JSON dict (-J) if no master is going to be bootstrapped or configured."
exit 1
fi
fi
# Check that we're installing or configuring a minion if we're being passed a minion config json dict
if [ "$_CUSTOM_MINION_CONFIG" != "null" ]; then
if [ "$_INSTALL_MINION" -eq $BS_FALSE ] && [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoerror "Don't pass a minion config JSON dict (-j) if no minion is going to be bootstrapped or configured."
exit 1
fi
fi
# Define installation type
if [ "$#" -eq 0 ];then
ITYPE="stable"
else
__check_unparsed_options "$*"
ITYPE=$1
shift
fi
# Check installation type
if [ "$(echo "$ITYPE" | egrep '(stable|testing|daily|git)')" = "" ]; then
echoerror "Installation type \"$ITYPE\" is not known..."
exit 1
fi
# If doing a git install, check what branch/tag/sha will be checked out
if [ "$ITYPE" = "git" ]; then
if [ "$#" -eq 0 ];then
GIT_REV="develop"
else
__check_unparsed_options "$*"
GIT_REV="$1"
shift
fi
# Disable shell warning about unbound variable during git install
STABLE_REV="latest"
# If doing stable install, check if version specified
elif [ "$ITYPE" = "stable" ]; then
if [ "$#" -eq 0 ];then
STABLE_REV="latest"
else
__check_unparsed_options "$*"
if [ "$(echo "$1" | egrep '^(latest|1\.6|1\.7|2014\.1|2014\.7|2015\.5|2015\.8|2016\.3|2016\.11|2017\.7)$')" != "" ]; then
STABLE_REV="$1"
shift
elif [ "$(echo "$1" | egrep '^([0-9]*\.[0-9]*\.[0-9]*)$')" != "" ]; then
STABLE_REV="archive/$1"
shift
else
echo "Unknown stable version: $1 (valid: 1.6, 1.7, 2014.1, 2014.7, 2015.5, 2015.8, 2016.3, 2016.11, 2017.7, latest, \$MAJOR.\$MINOR.\$PATCH)"
exit 1
fi
fi
fi
# -a and -V only work from git
if [ "$ITYPE" != "git" ]; then
if [ $_PIP_ALL -eq $BS_TRUE ]; then
echoerror "Pip installing all python packages with -a is only possible when installing Salt via git"
exit 1
fi
if [ "$_VIRTUALENV_DIR" != "null" ]; then
echoerror "Virtualenv installs via -V is only possible when installing Salt via git"
exit 1
fi
fi
# Check for -r if -R is being passed. Set -r with a warning.
if [ "$_CUSTOM_REPO_URL" != "null" ] && [ "$_DISABLE_REPOS" -eq $BS_FALSE ]; then
echowarn "Detected -R option. No other repositories will be configured when -R is used. Setting -r option to True."
_DISABLE_REPOS=$BS_TRUE
fi
# Check for any unparsed arguments. Should be an error.
if [ "$#" -gt 0 ]; then
__check_unparsed_options "$*"
__usage
echo
echoerror "Too many arguments."
exit 1
fi
# Check the _DISABLE_SSL value and set HTTP or HTTPS.
if [ "$_DISABLE_SSL" -eq $BS_TRUE ]; then
HTTP_VAL="http"
else
HTTP_VAL="https"
fi
# Check the _QUIET_GIT_INSTALLATION value and set SETUP_PY_INSTALL_ARGS.
if [ "$_QUIET_GIT_INSTALLATION" -eq $BS_TRUE ]; then
SETUP_PY_INSTALL_ARGS="-q"
else
SETUP_PY_INSTALL_ARGS=""
fi
# whoami alternative for SunOS
if [ -f /usr/xpg4/bin/id ]; then
whoami='/usr/xpg4/bin/id -un'
else
whoami='whoami'
fi
# Root permissions are required to run this script
if [ "$($whoami)" != "root" ]; then
echoerror "Salt requires root privileges to install. Please re-run this script as root."
exit 1
fi
# Export the http_proxy configuration to our current environment
if [ "${_HTTP_PROXY}" != "" ]; then
export http_proxy="$_HTTP_PROXY"
export https_proxy="$_HTTP_PROXY"
fi
# Let's discover how we're being called
# shellcheck disable=SC2009
CALLER=$(ps -a -o pid,args | grep $$ | grep -v grep | tr -s ' ' | cut -d ' ' -f 3)
if [ "${CALLER}x" = "${0}x" ]; then
CALLER="shell pipe"
fi
# Work around for 'Docker + salt-bootstrap failure' https://github.com/saltstack/salt-bootstrap/issues/394
if [ "${_DISABLE_SALT_CHECKS}" -eq $BS_FALSE ] && [ -f /tmp/disable_salt_checks ]; then
# shellcheck disable=SC2016
echowarn 'Found file: /tmp/disable_salt_checks, setting _DISABLE_SALT_CHECKS=$BS_TRUE'
_DISABLE_SALT_CHECKS=$BS_TRUE
fi
# Because -a can only be installed into virtualenv
if [ "${_PIP_ALL}" -eq $BS_TRUE ] && [ "${_VIRTUALENV_DIR}" = "null" ]; then
usage
# Could possibly set up a default virtualenv location when -a flag is passed
echoerror "Using -a requires -V because pip pkgs should be siloed from python system pkgs"
exit 1
fi
# Make sure virtualenv directory does not already exist
if [ -d "${_VIRTUALENV_DIR}" ]; then
echoerror "The directory ${_VIRTUALENV_DIR} for virtualenv already exists"
exit 1
fi
echoinfo "Running version: ${__ScriptVersion}"
echoinfo "Executed by: ${CALLER}"
echoinfo "Command line: '${__ScriptFullName} ${__ScriptArgs}'"
echowarn "Running the unstable version of ${__ScriptName}"
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __exit_cleanup
# DESCRIPTION: Cleanup any leftovers after script has ended
#
#
# http://www.unix.com/man-page/POSIX/1posix/trap/
#
# Signal Number Signal Name
# 1 SIGHUP
# 2 SIGINT
# 3 SIGQUIT
# 6 SIGABRT
# 9 SIGKILL
# 14 SIGALRM
# 15 SIGTERM
#----------------------------------------------------------------------------------------------------------------------
__exit_cleanup() {
EXIT_CODE=$?
if [ "$ITYPE" = "git" ] && [ -d "${_SALT_GIT_CHECKOUT_DIR}" ]; then
if [ $_KEEP_TEMP_FILES -eq $BS_FALSE ]; then
# Clean up the checked out repository
echodebug "Cleaning up the Salt Temporary Git Repository"
# shellcheck disable=SC2164
cd "${__SALT_GIT_CHECKOUT_PARENT_DIR}"
rm -rf "${_SALT_GIT_CHECKOUT_DIR}"
else
echowarn "Not cleaning up the Salt Temporary git repository on request"
echowarn "Note that if you intend to re-run this script using the git approach, you might encounter some issues"
fi
fi
# Remove the logging pipe when the script exits
echodebug "Removing the logging pipe $LOGPIPE"
rm -f "$LOGPIPE"
# Kill tee when exiting, CentOS, at least requires this
# shellcheck disable=SC2009
TEE_PID=$(ps ax | grep tee | grep "$LOGFILE" | awk '{print $1}')
[ "$TEE_PID" = "" ] && exit $EXIT_CODE
echodebug "Killing logging pipe tee's with pid(s): $TEE_PID"
# We need to trap errors since killing tee will cause a 127 errno
# We also do this as late as possible so we don't "mis-catch" other errors
__trap_errors() {
echoinfo "Errors Trapped: $EXIT_CODE"
# Exit with the "original" exit code, not the trapped code
exit $EXIT_CODE
}
trap "__trap_errors" INT ABRT QUIT TERM
# Now we're "good" to kill tee
kill -s TERM "$TEE_PID"
# In case the 127 errno is not triggered, exit with the "original" exit code
exit $EXIT_CODE
}
trap "__exit_cleanup" EXIT INT
# Define our logging file and pipe paths
LOGFILE="/tmp/$( echo "$__ScriptName" | sed s/.sh/.log/g )"
LOGPIPE="/tmp/$( echo "$__ScriptName" | sed s/.sh/.logpipe/g )"
# Create our logging pipe
# On FreeBSD we have to use mkfifo instead of mknod
mknod "$LOGPIPE" p >/dev/null 2>&1 || mkfifo "$LOGPIPE" >/dev/null 2>&1
if [ $? -ne 0 ]; then
echoerror "Failed to create the named pipe required to log"
exit 1
fi
# What ever is written to the logpipe gets written to the logfile
tee < "$LOGPIPE" "$LOGFILE" &
# Close STDOUT, reopen it directing it to the logpipe
exec 1>&-
exec 1>"$LOGPIPE"
# Close STDERR, reopen it directing it to the logpipe
exec 2>&-
exec 2>"$LOGPIPE"
# Handle the insecure flags
if [ "$_INSECURE_DL" -eq $BS_TRUE ]; then
_CURL_ARGS="${_CURL_ARGS} --insecure"
_FETCH_ARGS="${_FETCH_ARGS} --no-verify-peer"
_GPG_ARGS="${_GPG_ARGS} --keyserver-options no-check-cert"
_WGET_ARGS="${_WGET_ARGS} --no-check-certificate"
else
_GPG_ARGS="${_GPG_ARGS} --keyserver-options ca-cert-file=/etc/ssl/certs/ca-certificates.crt"
fi
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __fetch_url
# DESCRIPTION: Retrieves a URL and writes it to a given path
#----------------------------------------------------------------------------------------------------------------------
__fetch_url() {
# shellcheck disable=SC2086
curl $_CURL_ARGS -L -s -o "$1" "$2" >/dev/null 2>&1 ||
wget $_WGET_ARGS -q -O "$1" "$2" >/dev/null 2>&1 ||
fetch $_FETCH_ARGS -q -o "$1" "$2" >/dev/null 2>&1 || # FreeBSD
fetch -q -o "$1" "$2" >/dev/null 2>&1 || # Pre FreeBSD 10
ftp -o "$1" "$2" >/dev/null 2>&1 # OpenBSD
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __fetch_verify
# DESCRIPTION: Retrieves a URL, verifies its content and writes it to standard output
#----------------------------------------------------------------------------------------------------------------------
__fetch_verify() {
fetch_verify_url="$1"
fetch_verify_sum="$2"
fetch_verify_size="$3"
fetch_verify_tmpf=$(mktemp) && \
__fetch_url "$fetch_verify_tmpf" "$fetch_verify_url" && \
test "$(stat --format=%s "$fetch_verify_tmpf")" -eq "$fetch_verify_size" && \
test "$(md5sum "$fetch_verify_tmpf" | awk '{ print $1 }')" = "$fetch_verify_sum" && \
cat "$fetch_verify_tmpf" && \
rm -f "$fetch_verify_tmpf"
if [ $? -eq 0 ]; then
return 0
fi
echo "Failed verification of $fetch_verify_url"
return 1
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __gather_hardware_info
# DESCRIPTION: Discover hardware information
#----------------------------------------------------------------------------------------------------------------------
__gather_hardware_info() {
if [ -f /proc/cpuinfo ]; then
CPU_VENDOR_ID=$(awk '/vendor_id|Processor/ {sub(/-.*$/,"",$3); print $3; exit}' /proc/cpuinfo )
elif [ -f /usr/bin/kstat ]; then
# SmartOS.
# Solaris!?
# This has only been tested for a GenuineIntel CPU
CPU_VENDOR_ID=$(/usr/bin/kstat -p cpu_info:0:cpu_info0:vendor_id | awk '{print $2}')
else
CPU_VENDOR_ID=$( sysctl -n hw.model )
fi
# shellcheck disable=SC2034
CPU_VENDOR_ID_L=$( echo "$CPU_VENDOR_ID" | tr '[:upper:]' '[:lower:]' )
CPU_ARCH=$(uname -m 2>/dev/null || uname -p 2>/dev/null || echo "unknown")
CPU_ARCH_L=$( echo "$CPU_ARCH" | tr '[:upper:]' '[:lower:]' )
}
__gather_hardware_info
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __gather_os_info
# DESCRIPTION: Discover operating system information
#----------------------------------------------------------------------------------------------------------------------
__gather_os_info() {
OS_NAME=$(uname -s 2>/dev/null)
OS_NAME_L=$( echo "$OS_NAME" | tr '[:upper:]' '[:lower:]' )
OS_VERSION=$(uname -r)
# shellcheck disable=SC2034
OS_VERSION_L=$( echo "$OS_VERSION" | tr '[:upper:]' '[:lower:]' )
}
__gather_os_info
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __parse_version_string
# DESCRIPTION: Parse version strings ignoring the revision.
# MAJOR.MINOR.REVISION becomes MAJOR.MINOR
#----------------------------------------------------------------------------------------------------------------------
__parse_version_string() {
VERSION_STRING="$1"
PARSED_VERSION=$(
echo "$VERSION_STRING" |
sed -e 's/^/#/' \
-e 's/^#[^0-9]*\([0-9][0-9]*\.[0-9][0-9]*\)\(\.[0-9][0-9]*\).*$/\1/' \
-e 's/^#[^0-9]*\([0-9][0-9]*\.[0-9][0-9]*\).*$/\1/' \
-e 's/^#[^0-9]*\([0-9][0-9]*\).*$/\1/' \
-e 's/^#.*$//'
)
echo "$PARSED_VERSION"
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __derive_debian_numeric_version
# DESCRIPTION: Derive the numeric version from a Debian version string.
#----------------------------------------------------------------------------------------------------------------------
__derive_debian_numeric_version() {
NUMERIC_VERSION=""
INPUT_VERSION="$1"
if echo "$INPUT_VERSION" | grep -q '^[0-9]'; then
NUMERIC_VERSION="$INPUT_VERSION"
elif [ -z "$INPUT_VERSION" ] && [ -f "/etc/debian_version" ]; then
INPUT_VERSION="$(cat /etc/debian_version)"
fi
if [ -z "$NUMERIC_VERSION" ]; then
if [ "$INPUT_VERSION" = "wheezy/sid" ]; then
# I've found an EC2 wheezy image which did not tell its version
NUMERIC_VERSION=$(__parse_version_string "7.0")
elif [ "$INPUT_VERSION" = "jessie/sid" ]; then
NUMERIC_VERSION=$(__parse_version_string "8.0")
elif [ "$INPUT_VERSION" = "stretch/sid" ]; then
# Let's start detecting the upcoming Debian 9 (Stretch)
NUMERIC_VERSION=$(__parse_version_string "9.0")
else
echowarn "Unable to parse the Debian Version (codename: '$INPUT_VERSION')"
fi
fi
echo "$NUMERIC_VERSION"
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __unquote_string
# DESCRIPTION: Strip single or double quotes from the provided string.
#----------------------------------------------------------------------------------------------------------------------
__unquote_string() {
echo "$*" | sed -e "s/^\([\"\']\)\(.*\)\1\$/\2/g"
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __camelcase_split
# DESCRIPTION: Convert 'CamelCased' strings to 'Camel Cased'
#----------------------------------------------------------------------------------------------------------------------
__camelcase_split() {
echo "$*" | sed -e 's/\([^[:upper:][:punct:]]\)\([[:upper:]]\)/\1 \2/g'
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __strip_duplicates
# DESCRIPTION: Strip duplicate strings
#----------------------------------------------------------------------------------------------------------------------
__strip_duplicates() {
echo "$*" | tr -s '[:space:]' '\n' | awk '!x[$0]++'
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __sort_release_files
# DESCRIPTION: Custom sort function. Alphabetical or numerical sort is not
# enough.
#----------------------------------------------------------------------------------------------------------------------
__sort_release_files() {
KNOWN_RELEASE_FILES=$(echo "(arch|alpine|centos|debian|ubuntu|fedora|redhat|suse|\
mandrake|mandriva|gentoo|slackware|turbolinux|unitedlinux|lsb|system|\
oracle|os)(-|_)(release|version)" | sed -r 's:[[:space:]]::g')
primary_release_files=""
secondary_release_files=""
# Sort know VS un-known files first
for release_file in $(echo "${@}" | sed -r 's:[[:space:]]:\n:g' | sort -f | uniq); do
match=$(echo "$release_file" | egrep -i "${KNOWN_RELEASE_FILES}")
if [ "${match}" != "" ]; then
primary_release_files="${primary_release_files} ${release_file}"
else
secondary_release_files="${secondary_release_files} ${release_file}"
fi
done
# Now let's sort by know files importance, max important goes last in the max_prio list
max_prio="redhat-release centos-release oracle-release"
for entry in $max_prio; do
if [ "$(echo "${primary_release_files}" | grep "$entry")" != "" ]; then
primary_release_files=$(echo "${primary_release_files}" | sed -e "s:\(.*\)\($entry\)\(.*\):\2 \1 \3:g")
fi
done
# Now, least important goes last in the min_prio list
min_prio="lsb-release"
for entry in $min_prio; do
if [ "$(echo "${primary_release_files}" | grep "$entry")" != "" ]; then
primary_release_files=$(echo "${primary_release_files}" | sed -e "s:\(.*\)\($entry\)\(.*\):\1 \3 \2:g")
fi
done
# Echo the results collapsing multiple white-space into a single white-space
echo "${primary_release_files} ${secondary_release_files}" | sed -r 's:[[:space:]]+:\n:g'
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __gather_linux_system_info
# DESCRIPTION: Discover Linux system information
#----------------------------------------------------------------------------------------------------------------------
__gather_linux_system_info() {
DISTRO_NAME=""
DISTRO_VERSION=""
# Let's test if the lsb_release binary is available
rv=$(lsb_release >/dev/null 2>&1)
if [ $? -eq 0 ]; then
DISTRO_NAME=$(lsb_release -si)
if [ "${DISTRO_NAME}" = "Scientific" ]; then
DISTRO_NAME="Scientific Linux"
elif [ "$(echo "$DISTRO_NAME" | grep ^CloudLinux)" != "" ]; then
DISTRO_NAME="Cloud Linux"
elif [ "$(echo "$DISTRO_NAME" | grep ^RedHat)" != "" ]; then
# Let's convert 'CamelCased' to 'Camel Cased'
n=$(__camelcase_split "$DISTRO_NAME")
# Skip setting DISTRO_NAME this time, splitting CamelCase has failed.
# See https://github.com/saltstack/salt-bootstrap/issues/918
[ "$n" = "$DISTRO_NAME" ] && DISTRO_NAME="" || DISTRO_NAME="$n"
elif [ "${DISTRO_NAME}" = "openSUSE project" ]; then
# lsb_release -si returns "openSUSE project" on openSUSE 12.3
DISTRO_NAME="opensuse"
elif [ "${DISTRO_NAME}" = "SUSE LINUX" ]; then
if [ "$(lsb_release -sd | grep -i opensuse)" != "" ]; then
# openSUSE 12.2 reports SUSE LINUX on lsb_release -si
DISTRO_NAME="opensuse"
else
# lsb_release -si returns "SUSE LINUX" on SLES 11 SP3
DISTRO_NAME="suse"
fi
elif [ "${DISTRO_NAME}" = "EnterpriseEnterpriseServer" ]; then
# This the Oracle Linux Enterprise ID before ORACLE LINUX 5 UPDATE 3
DISTRO_NAME="Oracle Linux"
elif [ "${DISTRO_NAME}" = "OracleServer" ]; then
# This the Oracle Linux Server 6.5
DISTRO_NAME="Oracle Linux"
elif [ "${DISTRO_NAME}" = "AmazonAMI" ]; then
DISTRO_NAME="Amazon Linux AMI"
elif [ "${DISTRO_NAME}" = "Arch" ]; then
DISTRO_NAME="Arch Linux"
return
elif [ "${DISTRO_NAME}" = "Raspbian" ]; then
DISTRO_NAME="Debian"
elif [ "${DISTRO_NAME}" = "Cumulus Linux" ]; then
DISTRO_NAME="Debian"
fi
rv=$(lsb_release -sr)
[ "${rv}" != "" ] && DISTRO_VERSION=$(__parse_version_string "$rv")
elif [ -f /etc/lsb-release ]; then
# We don't have the lsb_release binary, though, we do have the file it parses
DISTRO_NAME=$(grep DISTRIB_ID /etc/lsb-release | sed -e 's/.*=//')
rv=$(grep DISTRIB_RELEASE /etc/lsb-release | sed -e 's/.*=//')
[ "${rv}" != "" ] && DISTRO_VERSION=$(__parse_version_string "$rv")
fi
if [ "$DISTRO_NAME" != "" ] && [ "$DISTRO_VERSION" != "" ]; then
# We already have the distribution name and version
return
fi
# shellcheck disable=SC2035,SC2086
for rsource in $(__sort_release_files "$(
cd /etc && /bin/ls *[_-]release *[_-]version 2>/dev/null | env -i sort | \
sed -e '/^redhat-release$/d' -e '/^lsb-release$/d'; \
echo redhat-release lsb-release
)"); do
[ -L "/etc/${rsource}" ] && continue # Don't follow symlinks
[ ! -f "/etc/${rsource}" ] && continue # Does not exist
n=$(echo "${rsource}" | sed -e 's/[_-]release$//' -e 's/[_-]version$//')
shortname=$(echo "${n}" | tr '[:upper:]' '[:lower:]')
if [ "$shortname" = "debian" ]; then
rv=$(__derive_debian_numeric_version "$(cat /etc/${rsource})")
else
rv=$( (grep VERSION "/etc/${rsource}"; cat "/etc/${rsource}") | grep '[0-9]' | sed -e 'q' )
fi
[ "${rv}" = "" ] && [ "$shortname" != "arch" ] && continue # There's no version information. Continue to next rsource
v=$(__parse_version_string "$rv")
case $shortname in
redhat )
if [ "$(egrep 'CentOS' /etc/${rsource})" != "" ]; then
n="CentOS"
elif [ "$(egrep 'Scientific' /etc/${rsource})" != "" ]; then
n="Scientific Linux"
elif [ "$(egrep 'Red Hat Enterprise Linux' /etc/${rsource})" != "" ]; then
n="<R>ed <H>at <E>nterprise <L>inux"
else
n="<R>ed <H>at <L>inux"
fi
;;
arch ) n="Arch Linux" ;;
alpine ) n="Alpine Linux" ;;
centos ) n="CentOS" ;;
debian ) n="Debian" ;;
ubuntu ) n="Ubuntu" ;;
fedora ) n="Fedora" ;;
suse ) n="SUSE" ;;
mandrake*|mandriva ) n="Mandriva" ;;
gentoo ) n="Gentoo" ;;
slackware ) n="Slackware" ;;
turbolinux ) n="TurboLinux" ;;
unitedlinux ) n="UnitedLinux" ;;
oracle ) n="Oracle Linux" ;;
system )
while read -r line; do
[ "${n}x" != "systemx" ] && break
case "$line" in
*Amazon*Linux*AMI*)
n="Amazon Linux AMI"
break
esac
done < "/etc/${rsource}"
;;
os )
nn="$(__unquote_string "$(grep '^ID=' /etc/os-release | sed -e 's/^ID=\(.*\)$/\1/g')")"
rv="$(__unquote_string "$(grep '^VERSION_ID=' /etc/os-release | sed -e 's/^VERSION_ID=\(.*\)$/\1/g')")"
[ "${rv}" != "" ] && v=$(__parse_version_string "$rv") || v=""
case $(echo "${nn}" | tr '[:upper:]' '[:lower:]') in
alpine )
n="Alpine Linux"
v="${rv}"
;;
amzn )
# Amazon AMI's after 2014.09 match here
n="Amazon Linux AMI"
;;
arch )
n="Arch Linux"
v="" # Arch Linux does not provide a version.
;;
cloudlinux )
n="Cloud Linux"
;;
debian )
n="Debian"
v=$(__derive_debian_numeric_version "$v")
;;
sles )
n="SUSE"
v="${rv}"
;;
* )
n=${nn}
;;
esac
;;
* ) n="${n}" ;
esac
DISTRO_NAME=$n
DISTRO_VERSION=$v
break
done
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __gather_sunos_system_info
# DESCRIPTION: Discover SunOS system info
#----------------------------------------------------------------------------------------------------------------------
__gather_sunos_system_info() {
if [ -f /sbin/uname ]; then
DISTRO_VERSION=$(/sbin/uname -X | awk '/[kK][eE][rR][nN][eE][lL][iI][dD]/ { print $3 }')
fi
DISTRO_NAME=""
if [ -f /etc/release ]; then
while read -r line; do
[ "${DISTRO_NAME}" != "" ] && break
case "$line" in
*OpenIndiana*oi_[0-9]*)
DISTRO_NAME="OpenIndiana"
DISTRO_VERSION=$(echo "$line" | sed -nr "s/OpenIndiana(.*)oi_([[:digit:]]+)(.*)/\2/p")
break
;;
*OpenSolaris*snv_[0-9]*)
DISTRO_NAME="OpenSolaris"
DISTRO_VERSION=$(echo "$line" | sed -nr "s/OpenSolaris(.*)snv_([[:digit:]]+)(.*)/\2/p")
break
;;
*Oracle*Solaris*[0-9]*)
DISTRO_NAME="Oracle Solaris"
DISTRO_VERSION=$(echo "$line" | sed -nr "s/(Oracle Solaris) ([[:digit:]]+)(.*)/\2/p")
break
;;
*Solaris*)
DISTRO_NAME="Solaris"
# Let's make sure we not actually on a Joyent's SmartOS VM since some releases
# don't have SmartOS in `/etc/release`, only `Solaris`
uname -v | grep joyent >/dev/null 2>&1
if [ $? -eq 0 ]; then
DISTRO_NAME="SmartOS"
fi
break
;;
*NexentaCore*)
DISTRO_NAME="Nexenta Core"
break
;;
*SmartOS*)
DISTRO_NAME="SmartOS"
break
;;
*OmniOS*)
DISTRO_NAME="OmniOS"
DISTRO_VERSION=$(echo "$line" | awk '{print $3}')
_SIMPLIFY_VERSION=$BS_FALSE
break
;;
esac
done < /etc/release
fi
if [ "${DISTRO_NAME}" = "" ]; then
DISTRO_NAME="Solaris"
DISTRO_VERSION=$(
echo "${OS_VERSION}" |
sed -e 's;^4\.;1.;' \
-e 's;^5\.\([0-6]\)[^0-9]*$;2.\1;' \
-e 's;^5\.\([0-9][0-9]*\).*;\1;'
)
fi
if [ "${DISTRO_NAME}" = "SmartOS" ]; then
VIRTUAL_TYPE="smartmachine"
if [ "$(zonename)" = "global" ]; then
VIRTUAL_TYPE="global"
fi
fi
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __gather_bsd_system_info
# DESCRIPTION: Discover OpenBSD, NetBSD and FreeBSD systems information
#----------------------------------------------------------------------------------------------------------------------
__gather_bsd_system_info() {
DISTRO_NAME=${OS_NAME}
DISTRO_VERSION=$(echo "${OS_VERSION}" | sed -e 's;[()];;' -e 's/-.*$//')
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __gather_system_info
# DESCRIPTION: Discover which system and distribution we are running.
#----------------------------------------------------------------------------------------------------------------------
__gather_system_info() {
case ${OS_NAME_L} in
linux )
__gather_linux_system_info
;;
sunos )
__gather_sunos_system_info
;;
openbsd|freebsd|netbsd )
__gather_bsd_system_info
;;
* )
echoerror "${OS_NAME} not supported.";
exit 1
;;
esac
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __get_dpkg_architecture
# DESCRIPTION: Determine primary architecture for packages to install on Debian and derivatives
#----------------------------------------------------------------------------------------------------------------------
__get_dpkg_architecture() {
if __check_command_exists dpkg; then
DPKG_ARCHITECTURE="$(dpkg --print-architecture)"
else
echoerror "dpkg: command not found."
return 1
fi
return 0
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __ubuntu_derivatives_translation
# DESCRIPTION: Map Ubuntu derivatives to their Ubuntu base versions.
# If distro has a known Ubuntu base version, use those install
# functions by pretending to be Ubuntu (i.e. change global vars)
#----------------------------------------------------------------------------------------------------------------------
# shellcheck disable=SC2034
__ubuntu_derivatives_translation() {
UBUNTU_DERIVATIVES="(trisquel|linuxmint|linaro|elementary_os)"
# Mappings
trisquel_6_ubuntu_base="12.04"
linuxmint_13_ubuntu_base="12.04"
linuxmint_17_ubuntu_base="14.04"
linuxmint_18_ubuntu_base="16.04"
linaro_12_ubuntu_base="12.04"
elementary_os_02_ubuntu_base="12.04"
# Translate Ubuntu derivatives to their base Ubuntu version
match=$(echo "$DISTRO_NAME_L" | egrep ${UBUNTU_DERIVATIVES})
if [ "${match}" != "" ]; then
case $match in
"elementary_os")
_major=$(echo "$DISTRO_VERSION" | sed 's/\.//g')
;;
"linuxmint")
export LSB_ETC_LSB_RELEASE=/etc/upstream-release/lsb-release
_major=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).*/\1/g')
;;
*)
_major=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).*/\1/g')
;;
esac
_ubuntu_version=$(eval echo "\$${match}_${_major}_ubuntu_base")
if [ "$_ubuntu_version" != "" ]; then
echodebug "Detected Ubuntu $_ubuntu_version derivative"
DISTRO_NAME_L="ubuntu"
DISTRO_VERSION="$_ubuntu_version"
fi
fi
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __ubuntu_codename_translation
# DESCRIPTION: Map Ubuntu major versions to their corresponding codenames
#----------------------------------------------------------------------------------------------------------------------
# shellcheck disable=SC2034
__ubuntu_codename_translation() {
case $DISTRO_MINOR_VERSION in
"04")
_april="yes"
;;
"10")
_april=""
;;
*)
_april="yes"
;;
esac
case $DISTRO_MAJOR_VERSION in
"12")
DISTRO_CODENAME="precise"
;;
"14")
DISTRO_CODENAME="trusty"
;;
"16")
if [ "$_april" ]; then
DISTRO_CODENAME="xenial"
else
DISTRO_CODENAME="yakkety"
fi
;;
*)
DISTRO_CODENAME="trusty"
;;
esac
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __debian_derivatives_translation
# DESCRIPTION: Map Debian derivatives to their Debian base versions.
# If distro has a known Debian base version, use those install
# functions by pretending to be Debian (i.e. change global vars)
#----------------------------------------------------------------------------------------------------------------------
# shellcheck disable=SC2034
__debian_derivatives_translation() {
# If the file does not exist, return
[ ! -f /etc/os-release ] && return
DEBIAN_DERIVATIVES="(kali|linuxmint|cumulus-linux)"
# Mappings
kali_1_debian_base="7.0"
linuxmint_1_debian_base="8.0"
cumulus_2_debian_base="7.0"
cumulus_3_debian_base="8.0"
# Detect derivates, Cumulus Linux, Kali and LinuxMint *only* for now
rv=$(grep ^ID= /etc/os-release | sed -e 's/.*=//')
# Translate Debian derivatives to their base Debian version
match=$(echo "$rv" | egrep ${DEBIAN_DERIVATIVES})
if [ "${match}" != "" ]; then
case $match in
kali)
_major=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).*/\1/g')
_debian_derivative="kali"
;;
linuxmint)
_major=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).*/\1/g')
_debian_derivative="linuxmint"
;;
cumulus-linux)
_major=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).*/\1/g')
_debian_derivative="cumulus"
;;
esac
_debian_version=$(eval echo "\$${_debian_derivative}_${_major}_debian_base")
if [ "$_debian_version" != "" ]; then
echodebug "Detected Debian $_debian_version derivative"
DISTRO_NAME_L="debian"
DISTRO_VERSION="$_debian_version"
fi
fi
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_and_refresh_suse_pkg_repo
# DESCRIPTION: Check if zypper knows about systemsmanagement_saltstack repo yet.
# If it doesn't, add the repo and refresh with the SUSE_PKG_URL.
#----------------------------------------------------------------------------------------------------------------------
__check_and_refresh_suse_pkg_repo() {
# Check to see if systemsmanagement_saltstack exists
__zypper repos | grep systemsmanagement_saltstack >/dev/null 2>&1
if [ $? -eq 1 ]; then
# zypper does not yet know anything about systemsmanagement_saltstack
__zypper addrepo --refresh "${SUSE_PKG_URL}" || return 1
fi
}
__gather_system_info
echo
echoinfo "System Information:"
echoinfo " CPU: ${CPU_VENDOR_ID}"
echoinfo " CPU Arch: ${CPU_ARCH}"
echoinfo " OS Name: ${OS_NAME}"
echoinfo " OS Version: ${OS_VERSION}"
echoinfo " Distribution: ${DISTRO_NAME} ${DISTRO_VERSION}"
echo
echodebug "Binaries will be searched using the following \$PATH: ${PATH}"
# Let users know that we'll use a proxy
if [ "${_HTTP_PROXY}" != "" ]; then
echoinfo "Using http proxy $_HTTP_PROXY"
fi
# Let users know what's going to be installed/configured
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
if [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Installing minion"
else
echoinfo "Configuring minion"
fi
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ]; then
if [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Installing master"
else
echoinfo "Configuring master"
fi
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ]; then
if [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Installing syndic"
else
echoinfo "Configuring syndic"
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ] && [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Installing salt-cloud and required python-libcloud package"
fi
if [ $_START_DAEMONS -eq $BS_FALSE ]; then
echoinfo "Daemons will not be started"
fi
# Simplify distro name naming on functions
DISTRO_NAME_L=$(echo "$DISTRO_NAME" | tr '[:upper:]' '[:lower:]' | sed 's/[^a-zA-Z0-9_ ]//g' | sed -re 's/([[:space:]])+/_/g')
# For Ubuntu derivatives, pretend to be their Ubuntu base version
__ubuntu_derivatives_translation
# For Debian derivates, pretend to be their Debian base version
__debian_derivatives_translation
# Simplify version naming on functions
if [ "$DISTRO_VERSION" = "" ] || [ ${_SIMPLIFY_VERSION} -eq $BS_FALSE ]; then
DISTRO_MAJOR_VERSION=""
DISTRO_MINOR_VERSION=""
PREFIXED_DISTRO_MAJOR_VERSION=""
PREFIXED_DISTRO_MINOR_VERSION=""
else
DISTRO_MAJOR_VERSION=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).*/\1/g')
DISTRO_MINOR_VERSION=$(echo "$DISTRO_VERSION" | sed 's/^\([0-9]*\).\([0-9]*\).*/\2/g')
PREFIXED_DISTRO_MAJOR_VERSION="_${DISTRO_MAJOR_VERSION}"
if [ "${PREFIXED_DISTRO_MAJOR_VERSION}" = "_" ]; then
PREFIXED_DISTRO_MAJOR_VERSION=""
fi
PREFIXED_DISTRO_MINOR_VERSION="_${DISTRO_MINOR_VERSION}"
if [ "${PREFIXED_DISTRO_MINOR_VERSION}" = "_" ]; then
PREFIXED_DISTRO_MINOR_VERSION=""
fi
fi
# For ubuntu versions, obtain the codename from the release version
__ubuntu_codename_translation
# Only Ubuntu has daily packages, let's let users know about that
if ([ "${DISTRO_NAME_L}" != "ubuntu" ] && [ "$ITYPE" = "daily" ]); then
echoerror "${DISTRO_NAME} does not have daily packages support"
exit 1
elif ([ "$(echo "${DISTRO_NAME_L}" | egrep '(debian|ubuntu|centos|red_hat|oracle|scientific)')" = "" ] && [ "$ITYPE" = "stable" ] && [ "$STABLE_REV" != "latest" ]); then
echoerror "${DISTRO_NAME} does not have major version pegged packages support"
exit 1
fi
# Only RedHat based distros have testing support
if [ "${ITYPE}" = "testing" ]; then
if [ "$(echo "${DISTRO_NAME_L}" | egrep '(centos|red_hat|amazon|oracle)')" = "" ]; then
echoerror "${DISTRO_NAME} does not have testing packages support"
exit 1
fi
_EPEL_REPO="epel-testing"
fi
# Only Ubuntu has support for installing to virtualenvs
if ([ "${DISTRO_NAME_L}" != "ubuntu" ] && [ "$_VIRTUALENV_DIR" != "null" ]); then
echoerror "${DISTRO_NAME} does not have -V support"
exit 1
fi
# Only Ubuntu has support for pip installing all packages
if ([ "${DISTRO_NAME_L}" != "ubuntu" ] && [ $_PIP_ALL -eq $BS_TRUE ]);then
echoerror "${DISTRO_NAME} does not have -a support"
exit 1
fi
# Starting from Ubuntu 16.10, gnupg-curl has been renamed to gnupg1-curl.
GNUPG_CURL="gnupg-curl"
if ([ "${DISTRO_NAME_L}" = "ubuntu" ] && [ "${DISTRO_VERSION}" = "16.10" ]); then
GNUPG_CURL="gnupg1-curl"
fi
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __function_defined
# DESCRIPTION: Checks if a function is defined within this scripts scope
# PARAMETERS: function name
# RETURNS: 0 or 1 as in defined or not defined
#----------------------------------------------------------------------------------------------------------------------
__function_defined() {
FUNC_NAME=$1
if [ "$(command -v "$FUNC_NAME")" != "" ]; then
echoinfo "Found function $FUNC_NAME"
return 0
fi
echodebug "$FUNC_NAME not found...."
return 1
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __apt_get_install_noinput
# DESCRIPTION: (DRY) apt-get install with noinput options
# PARAMETERS: packages
#----------------------------------------------------------------------------------------------------------------------
__apt_get_install_noinput() {
apt-get install -y -o DPkg::Options::=--force-confold "${@}"; return $?
} # ---------- end of function __apt_get_install_noinput ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __apt_get_upgrade_noinput
# DESCRIPTION: (DRY) apt-get upgrade with noinput options
#----------------------------------------------------------------------------------------------------------------------
__apt_get_upgrade_noinput() {
apt-get upgrade -y -o DPkg::Options::=--force-confold; return $?
} # ---------- end of function __apt_get_upgrade_noinput ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __apt_key_fetch
# DESCRIPTION: Download and import GPG public key for "apt-secure"
# PARAMETERS: url
#----------------------------------------------------------------------------------------------------------------------
__apt_key_fetch() {
url=$1
__apt_get_install_noinput ${GNUPG_CURL} || return 1
# shellcheck disable=SC2086
apt-key adv ${_GPG_ARGS} --fetch-keys "$url"; return $?
} # ---------- end of function __apt_key_fetch ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __rpm_import_gpg
# DESCRIPTION: Download and import GPG public key to rpm database
# PARAMETERS: url
#----------------------------------------------------------------------------------------------------------------------
__rpm_import_gpg() {
url=$1
if __check_command_exists mktemp; then
tempfile="$(mktemp /tmp/salt-gpg-XXXXXXXX.pub 2>/dev/null)"
if [ -z "$tempfile" ]; then
echoerror "Failed to create temporary file in /tmp"
return 1
fi
else
tempfile="/tmp/salt-gpg-$$.pub"
fi
__fetch_url "$tempfile" "$url" || return 1
rpm --import "$tempfile" || return 1
rm -f "$tempfile"
return 0
} # ---------- end of function __rpm_import_gpg ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __yum_install_noinput
# DESCRIPTION: (DRY) yum install with noinput options
#----------------------------------------------------------------------------------------------------------------------
__yum_install_noinput() {
ENABLE_EPEL_CMD=""
if [ $_DISABLE_REPOS -eq $BS_TRUE ]; then
ENABLE_EPEL_CMD="--enablerepo=${_EPEL_REPO}"
fi
if [ "$DISTRO_NAME_L" = "oracle_linux" ]; then
# We need to install one package at a time because --enablerepo=X disables ALL OTHER REPOS!!!!
for package in "${@}"; do
yum -y install "${package}" || yum -y install "${package}" ${ENABLE_EPEL_CMD} || return $?
done
else
yum -y install "${@}" ${ENABLE_EPEL_CMD} || return $?
fi
} # ---------- end of function __yum_install_noinput ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __git_clone_and_checkout
# DESCRIPTION: (DRY) Helper function to clone and checkout salt to a
# specific revision.
#----------------------------------------------------------------------------------------------------------------------
__git_clone_and_checkout() {
echodebug "Installed git version: $(git --version | awk '{ print $3 }')"
# Turn off SSL verification if -I flag was set for insecure downloads
if [ "$_INSECURE_DL" -eq $BS_TRUE ]; then
export GIT_SSL_NO_VERIFY=1
fi
__SALT_GIT_CHECKOUT_PARENT_DIR=$(dirname "${_SALT_GIT_CHECKOUT_DIR}" 2>/dev/null)
__SALT_GIT_CHECKOUT_PARENT_DIR="${__SALT_GIT_CHECKOUT_PARENT_DIR:-/tmp/git}"
__SALT_CHECKOUT_REPONAME="$(basename "${_SALT_GIT_CHECKOUT_DIR}" 2>/dev/null)"
__SALT_CHECKOUT_REPONAME="${__SALT_CHECKOUT_REPONAME:-salt}"
[ -d "${__SALT_GIT_CHECKOUT_PARENT_DIR}" ] || mkdir "${__SALT_GIT_CHECKOUT_PARENT_DIR}"
# shellcheck disable=SC2164
cd "${__SALT_GIT_CHECKOUT_PARENT_DIR}"
if [ -d "${_SALT_GIT_CHECKOUT_DIR}" ]; then
echodebug "Found a checked out Salt repository"
# shellcheck disable=SC2164
cd "${_SALT_GIT_CHECKOUT_DIR}"
echodebug "Fetching git changes"
git fetch || return 1
# Tags are needed because of salt's versioning, also fetch that
echodebug "Fetching git tags"
git fetch --tags || return 1
# If we have the SaltStack remote set as upstream, we also need to fetch the tags from there
if [ "$(git remote -v | grep $_SALTSTACK_REPO_URL)" != "" ]; then
echodebug "Fetching upstream(SaltStack's Salt repository) git tags"
git fetch --tags upstream
else
echoinfo "Adding SaltStack's Salt repository as a remote"
git remote add upstream "$_SALTSTACK_REPO_URL"
echodebug "Fetching upstream(SaltStack's Salt repository) git tags"
git fetch --tags upstream
fi
echodebug "Hard reseting the cloned repository to ${GIT_REV}"
git reset --hard "$GIT_REV" || return 1
# Just calling `git reset --hard $GIT_REV` on a branch name that has
# already been checked out will not update that branch to the upstream
# HEAD; instead it will simply reset to itself. Check the ref to see
# if it is a branch name, check out the branch, and pull in the
# changes.
git branch -a | grep -q "${GIT_REV}"
if [ $? -eq 0 ]; then
echodebug "Rebasing the cloned repository branch"
git pull --rebase || return 1
fi
else
if [ "$_FORCE_SHALLOW_CLONE" -eq "${BS_TRUE}" ]; then
echoinfo "Forced shallow cloning of git repository."
__SHALLOW_CLONE=$BS_TRUE
elif [ "$(echo "$GIT_REV" | sed 's/^.*\(v\?[[:digit:]]\{1,4\}\.[[:digit:]]\{1,2\}\)\(\.[[:digit:]]\{1,2\}\)\?.*$/MATCH/')" = "MATCH" ]; then
echoinfo "Git revision matches a Salt version tag, shallow cloning enabled."
__SHALLOW_CLONE=$BS_TRUE
else
echowarn "The git revision being installed does not match a Salt version tag. Shallow cloning disabled"
__SHALLOW_CLONE=$BS_FALSE
fi
if [ "$__SHALLOW_CLONE" -eq $BS_TRUE ]; then
# Let's try shallow cloning to speed up.
# Test for "--single-branch" option introduced in git 1.7.10, the minimal version of git where the shallow
# cloning we need actually works
if [ "$(git clone 2>&1 | grep 'single-branch')" != "" ]; then
# The "--single-branch" option is supported, attempt shallow cloning
echoinfo "Attempting to shallow clone $GIT_REV from Salt's repository ${_SALT_REPO_URL}"
git clone --depth 1 --branch "$GIT_REV" "$_SALT_REPO_URL" "$__SALT_CHECKOUT_REPONAME"
if [ $? -eq 0 ]; then
# shellcheck disable=SC2164
cd "${_SALT_GIT_CHECKOUT_DIR}"
__SHALLOW_CLONE=$BS_TRUE
else
# Shallow clone above failed(missing upstream tags???), let's resume the old behaviour.
echowarn "Failed to shallow clone."
echoinfo "Resuming regular git clone and remote SaltStack repository addition procedure"
__SHALLOW_CLONE=$BS_FALSE
fi
else
echodebug "Shallow cloning not possible. Required git version not met."
__SHALLOW_CLONE=$BS_FALSE
fi
fi
if [ "$__SHALLOW_CLONE" -eq $BS_FALSE ]; then
git clone "$_SALT_REPO_URL" "$__SALT_CHECKOUT_REPONAME" || return 1
# shellcheck disable=SC2164
cd "${_SALT_GIT_CHECKOUT_DIR}"
if ! echo "$_SALT_REPO_URL" | grep -q -F -w "${_SALTSTACK_REPO_URL#*://}"; then
# We need to add the saltstack repository as a remote and fetch tags for proper versioning
echoinfo "Adding SaltStack's Salt repository as a remote"
git remote add upstream "$_SALTSTACK_REPO_URL" || return 1
echodebug "Fetching upstream (SaltStack's Salt repository) git tags"
git fetch --tags upstream || return 1
# Check if GIT_REV is a remote branch or just a commit hash
if git branch -r | grep -q -F -w "origin/$GIT_REV"; then
GIT_REV="origin/$GIT_REV"
fi
fi
echodebug "Checking out $GIT_REV"
git checkout "$GIT_REV" || return 1
fi
fi
echoinfo "Cloning Salt's git repository succeeded"
return 0
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_end_of_life_versions
# DESCRIPTION: Check for end of life distribution versions
#----------------------------------------------------------------------------------------------------------------------
__check_end_of_life_versions() {
case "${DISTRO_NAME_L}" in
debian)
# Debian versions bellow 6 are not supported
if [ "$DISTRO_MAJOR_VERSION" -lt 7 ]; then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " https://wiki.debian.org/DebianReleases"
exit 1
fi
;;
ubuntu)
# Ubuntu versions not supported
#
# < 12.04
# 13.x, 15.x
# 12.10, 14.10
if [ "$DISTRO_MAJOR_VERSION" -lt 12 ] || \
[ "$DISTRO_MAJOR_VERSION" -eq 13 ] || \
[ "$DISTRO_MAJOR_VERSION" -eq 15 ] || \
([ "$DISTRO_MAJOR_VERSION" -lt 16 ] && [ "$DISTRO_MINOR_VERSION" -eq 10 ]); then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " https://wiki.ubuntu.com/Releases"
exit 1
fi
;;
opensuse)
# openSUSE versions not supported
#
# <= 12.1
if ([ "$DISTRO_MAJOR_VERSION" -eq 12 ] && [ "$DISTRO_MINOR_VERSION" -eq 1 ]) || [ "$DISTRO_MAJOR_VERSION" -lt 12 ]; then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " http://en.opensuse.org/Lifetime"
exit 1
fi
;;
suse)
# SuSE versions not supported
#
# < 11 SP2
SUSE_PATCHLEVEL=$(awk '/PATCHLEVEL/ {print $3}' /etc/SuSE-release )
if [ "${SUSE_PATCHLEVEL}" = "" ]; then
SUSE_PATCHLEVEL="00"
fi
if ([ "$DISTRO_MAJOR_VERSION" -eq 11 ] && [ "$SUSE_PATCHLEVEL" -lt 02 ]) || [ "$DISTRO_MAJOR_VERSION" -lt 11 ]; then
echoerror "Versions lower than SuSE 11 SP2 are not supported."
echoerror "Please consider upgrading to the next stable"
exit 1
fi
;;
fedora)
# Fedora lower than 18 are no longer supported
if [ "$DISTRO_MAJOR_VERSION" -lt 23 ]; then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " https://fedoraproject.org/wiki/Releases"
exit 1
fi
;;
centos)
# CentOS versions lower than 5 are no longer supported
if [ "$DISTRO_MAJOR_VERSION" -lt 5 ]; then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " http://wiki.centos.org/Download"
exit 1
fi
;;
red_hat*linux)
# Red Hat (Enterprise) Linux versions lower than 5 are no longer supported
if [ "$DISTRO_MAJOR_VERSION" -lt 5 ]; then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " https://access.redhat.com/support/policy/updates/errata/"
exit 1
fi
;;
amazon*linux*ami)
# Amazon Linux versions lower than 2012.0X no longer supported
if [ "$DISTRO_MAJOR_VERSION" -lt 2012 ]; then
echoerror "End of life distributions are not supported."
echoerror "Please consider upgrading to the next stable. See:"
echoerror " https://aws.amazon.com/amazon-linux-ami/"
exit 1
fi
;;
freebsd)
# FreeBSD versions lower than 9.1 are not supported.
if ([ "$DISTRO_MAJOR_VERSION" -eq 9 ] && [ "$DISTRO_MINOR_VERSION" -lt 01 ]) || [ "$DISTRO_MAJOR_VERSION" -lt 9 ]; then
echoerror "Versions lower than FreeBSD 9.1 are not supported."
exit 1
fi
;;
*)
;;
esac
}
# Fail soon for end of life versions
__check_end_of_life_versions
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __copyfile
# DESCRIPTION: Simple function to copy files. Overrides if asked.
#----------------------------------------------------------------------------------------------------------------------
__copyfile() {
overwrite=$_FORCE_OVERWRITE
if [ $# -eq 2 ]; then
sfile=$1
dfile=$2
elif [ $# -eq 3 ]; then
sfile=$1
dfile=$2
overwrite=$3
else
echoerror "Wrong number of arguments for __copyfile()"
echoinfo "USAGE: __copyfile <source> <dest> OR __copyfile <source> <dest> <overwrite>"
exit 1
fi
# Does the source file exist?
if [ ! -f "$sfile" ]; then
echowarn "$sfile does not exist!"
return 1
fi
# If the destination is a directory, let's make it a full path so the logic
# below works as expected
if [ -d "$dfile" ]; then
echodebug "The passed destination ($dfile) is a directory"
dfile="${dfile}/$(basename "$sfile")"
echodebug "Full destination path is now: $dfile"
fi
if [ ! -f "$dfile" ]; then
# The destination file does not exist, copy
echodebug "Copying $sfile to $dfile"
cp "$sfile" "$dfile" || return 1
elif [ -f "$dfile" ] && [ "$overwrite" -eq $BS_TRUE ]; then
# The destination exist and we're overwriting
echodebug "Overwriting $dfile with $sfile"
cp -f "$sfile" "$dfile" || return 1
elif [ -f "$dfile" ] && [ "$overwrite" -ne $BS_TRUE ]; then
echodebug "Not overwriting $dfile with $sfile"
fi
return 0
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __movefile
# DESCRIPTION: Simple function to move files. Overrides if asked.
#----------------------------------------------------------------------------------------------------------------------
__movefile() {
overwrite=$_FORCE_OVERWRITE
if [ $# -eq 2 ]; then
sfile=$1
dfile=$2
elif [ $# -eq 3 ]; then
sfile=$1
dfile=$2
overwrite=$3
else
echoerror "Wrong number of arguments for __movefile()"
echoinfo "USAGE: __movefile <source> <dest> OR __movefile <source> <dest> <overwrite>"
exit 1
fi
if [ $_KEEP_TEMP_FILES -eq $BS_TRUE ]; then
# We're being told not to move files, instead copy them so we can keep
# them around
echodebug "Since BS_KEEP_TEMP_FILES=1 we're copying files instead of moving them"
__copyfile "$sfile" "$dfile" "$overwrite"
return $?
fi
# Does the source file exist?
if [ ! -f "$sfile" ]; then
echowarn "$sfile does not exist!"
return 1
fi
# If the destination is a directory, let's make it a full path so the logic
# below works as expected
if [ -d "$dfile" ]; then
echodebug "The passed destination($dfile) is a directory"
dfile="${dfile}/$(basename "$sfile")"
echodebug "Full destination path is now: $dfile"
fi
if [ ! -f "$dfile" ]; then
# The destination file does not exist, move
echodebug "Moving $sfile to $dfile"
mv "$sfile" "$dfile" || return 1
elif [ -f "$dfile" ] && [ "$overwrite" -eq $BS_TRUE ]; then
# The destination exist and we're overwriting
echodebug "Overriding $dfile with $sfile"
mv -f "$sfile" "$dfile" || return 1
elif [ -f "$dfile" ] && [ "$overwrite" -ne $BS_TRUE ]; then
echodebug "Not overriding $dfile with $sfile"
fi
return 0
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __linkfile
# DESCRIPTION: Simple function to create symlinks. Overrides if asked. Accepts globs.
#----------------------------------------------------------------------------------------------------------------------
__linkfile() {
overwrite=$_FORCE_OVERWRITE
if [ $# -eq 2 ]; then
target=$1
linkname=$2
elif [ $# -eq 3 ]; then
target=$1
linkname=$2
overwrite=$3
else
echoerror "Wrong number of arguments for __linkfile()"
echoinfo "USAGE: __linkfile <target> <link> OR __linkfile <tagret> <link> <overwrite>"
exit 1
fi
for sfile in $target; do
# Does the source file exist?
if [ ! -f "$sfile" ]; then
echowarn "$sfile does not exist!"
return 1
fi
# If the destination is a directory, let's make it a full path so the logic
# below works as expected
if [ -d "$linkname" ]; then
echodebug "The passed link name ($linkname) is a directory"
linkname="${linkname}/$(basename "$sfile")"
echodebug "Full destination path is now: $linkname"
fi
if [ ! -e "$linkname" ]; then
# The destination file does not exist, create link
echodebug "Creating $linkname symlink pointing to $sfile"
ln -s "$sfile" "$linkname" || return 1
elif [ -e "$linkname" ] && [ "$overwrite" -eq $BS_TRUE ]; then
# The destination exist and we're overwriting
echodebug "Overwriting $linkname symlink to point on $sfile"
ln -sf "$sfile" "$linkname" || return 1
elif [ -e "$linkname" ] && [ "$overwrite" -ne $BS_TRUE ]; then
echodebug "Not overwriting $linkname symlink to point on $sfile"
fi
done
return 0
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __overwriteconfig()
# DESCRIPTION: Simple function to overwrite master or minion config files.
#----------------------------------------------------------------------------------------------------------------------
__overwriteconfig() {
if [ $# -eq 2 ]; then
target=$1
json=$2
else
echoerror "Wrong number of arguments for __convert_json_to_yaml_str()"
echoinfo "USAGE: __convert_json_to_yaml_str <configfile> <jsonstring>"
exit 1
fi
# Make a tempfile to dump any python errors into.
if __check_command_exists mktemp; then
tempfile="$(mktemp /tmp/salt-config-XXXXXXXX 2>/dev/null)"
if [ -z "$tempfile" ]; then
echoerror "Failed to create temporary file in /tmp"
return 1
fi
else
tempfile="/tmp/salt-config-$$"
fi
# If python does not have yaml installed we're on Arch and should use python2
if python -c "import yaml" 2> /dev/null; then
good_python=python
else
good_python=python2
fi
# Convert json string to a yaml string and write it to config file. Output is dumped into tempfile.
$good_python -c "import json; import yaml; jsn=json.loads('$json'); yml=yaml.safe_dump(jsn, line_break='\n', default_flow_style=False); config_file=open('$target', 'w'); config_file.write(yml); config_file.close();" 2>$tempfile
# No python errors output to the tempfile
if [ ! -s "$tempfile" ]; then
rm -f "$tempfile"
return 0
fi
# Errors are present in the tempfile - let's expose them to the user.
fullerror=$(cat "$tempfile")
echodebug "$fullerror"
echoerror "Python error encountered. This is likely due to passing in a malformed JSON string. Please use -D to see stacktrace."
rm -f "$tempfile"
return 1
}
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_services_systemd
# DESCRIPTION: Return 0 or 1 in case the service is enabled or not
# PARAMETERS: servicename
#----------------------------------------------------------------------------------------------------------------------
__check_services_systemd() {
if [ $# -eq 0 ]; then
echoerror "You need to pass a service name to check!"
exit 1
elif [ $# -ne 1 ]; then
echoerror "You need to pass a service name to check as the single argument to the function"
fi
servicename=$1
echodebug "Checking if service ${servicename} is enabled"
if [ "$(systemctl is-enabled "${servicename}")" = "enabled" ]; then
echodebug "Service ${servicename} is enabled"
return 0
else
echodebug "Service ${servicename} is NOT enabled"
return 1
fi
} # ---------- end of function __check_services_systemd ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_services_upstart
# DESCRIPTION: Return 0 or 1 in case the service is enabled or not
# PARAMETERS: servicename
#----------------------------------------------------------------------------------------------------------------------
__check_services_upstart() {
if [ $# -eq 0 ]; then
echoerror "You need to pass a service name to check!"
exit 1
elif [ $# -ne 1 ]; then
echoerror "You need to pass a service name to check as the single argument to the function"
fi
servicename=$1
echodebug "Checking if service ${servicename} is enabled"
# Check if service is enabled to start at boot
initctl list | grep "${servicename}" > /dev/null 2>&1
if [ $? -eq 0 ]; then
echodebug "Service ${servicename} is enabled"
return 0
else
echodebug "Service ${servicename} is NOT enabled"
return 1
fi
} # ---------- end of function __check_services_upstart ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_services_sysvinit
# DESCRIPTION: Return 0 or 1 in case the service is enabled or not
# PARAMETERS: servicename
#----------------------------------------------------------------------------------------------------------------------
__check_services_sysvinit() {
if [ $# -eq 0 ]; then
echoerror "You need to pass a service name to check!"
exit 1
elif [ $# -ne 1 ]; then
echoerror "You need to pass a service name to check as the single argument to the function"
fi
servicename=$1
echodebug "Checking if service ${servicename} is enabled"
if [ "$(LC_ALL=C /sbin/chkconfig --list | grep "\<${servicename}\>" | grep '[2-5]:on')" != "" ]; then
echodebug "Service ${servicename} is enabled"
return 0
else
echodebug "Service ${servicename} is NOT enabled"
return 1
fi
} # ---------- end of function __check_services_sysvinit ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_services_debian
# DESCRIPTION: Return 0 or 1 in case the service is enabled or not
# PARAMETERS: servicename
#----------------------------------------------------------------------------------------------------------------------
__check_services_debian() {
if [ $# -eq 0 ]; then
echoerror "You need to pass a service name to check!"
exit 1
elif [ $# -ne 1 ]; then
echoerror "You need to pass a service name to check as the single argument to the function"
fi
servicename=$1
echodebug "Checking if service ${servicename} is enabled"
# Check if the service is going to be started at any runlevel, fixes bootstrap in container (Docker, LXC)
if ls /etc/rc?.d/S*"${servicename}" >/dev/null 2>&1; then
echodebug "Service ${servicename} is enabled"
return 0
else
echodebug "Service ${servicename} is NOT enabled"
return 1
fi
} # ---------- end of function __check_services_debian ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_services_openbsd
# DESCRIPTION: Return 0 or 1 in case the service is enabled or not
# PARAMETERS: servicename
#----------------------------------------------------------------------------------------------------------------------
__check_services_openbsd() {
if [ $# -eq 0 ]; then
echoerror "You need to pass a service name to check!"
exit 1
elif [ $# -ne 1 ]; then
echoerror "You need to pass a service name to check as the single argument to the function"
fi
servicename=$1
echodebug "Checking if service ${servicename} is enabled"
# shellcheck disable=SC2086,SC2046,SC2144
if rcctl get ${servicename} status; then
echodebug "Service ${servicename} is enabled"
return 0
else
echodebug "Service ${servicename} is NOT enabled"
return 1
fi
} # ---------- end of function __check_services_openbsd ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __check_services_alpine
# DESCRIPTION: Return 0 or 1 in case the service is enabled or not
# PARAMETERS: servicename
#----------------------------------------------------------------------------------------------------------------------
__check_services_alpine() {
if [ $# -eq 0 ]; then
echoerror "You need to pass a service name to check!"
exit 1
elif [ $# -ne 1 ]; then
echoerror "You need to pass a service name to check as the single argument to the function"
fi
servicename=$1
echodebug "Checking if service ${servicename} is enabled"
# shellcheck disable=SC2086,SC2046,SC2144
if rc-service ${servicename} status; then
echodebug "Service ${servicename} is enabled"
return 0
else
echodebug "Service ${servicename} is NOT enabled"
return 1
fi
} # ---------- end of function __check_services_openbsd ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __create_virtualenv
# DESCRIPTION: Return 0 or 1 depending on successful creation of virtualenv
#----------------------------------------------------------------------------------------------------------------------
__create_virtualenv() {
if [ ! -d "$_VIRTUALENV_DIR" ]; then
echoinfo "Creating virtualenv ${_VIRTUALENV_DIR}"
if [ $_PIP_ALL -eq $BS_TRUE ]; then
virtualenv --no-site-packages "${_VIRTUALENV_DIR}" || return 1
else
virtualenv --system-site-packages "${_VIRTUALENV_DIR}" || return 1
fi
fi
return 0
} # ---------- end of function __create_virtualenv ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __activate_virtualenv
# DESCRIPTION: Return 0 or 1 depending on successful activation of virtualenv
#----------------------------------------------------------------------------------------------------------------------
__activate_virtualenv() {
set +o nounset
# Is virtualenv empty
if [ -z "$VIRTUAL_ENV" ]; then
__create_virtualenv || return 1
# shellcheck source=/dev/null
. "${_VIRTUALENV_DIR}/bin/activate" || return 1
echoinfo "Activated virtualenv ${_VIRTUALENV_DIR}"
fi
set -o nounset
return 0
} # ---------- end of function __activate_virtualenv ----------
#--- FUNCTION -------------------------------------------------------------------------------------------------------
# NAME: __install_pip_deps
# DESCRIPTION: Return 0 or 1 if successfully able to install pip packages via requirements file
# PARAMETERS: requirements_file
#----------------------------------------------------------------------------------------------------------------------
__install_pip_deps() {
# Install virtualenv to system pip before activating virtualenv if thats going to be used
# We assume pip pkg is installed since that is distro specific
if [ "$_VIRTUALENV_DIR" != "null" ]; then
if ! __check_command_exists pip; then
echoerror "Pip not installed: required for -a installs"
exit 1
fi
pip install -U virtualenv
__activate_virtualenv || return 1
else
echoerror "Must have virtualenv dir specified for -a installs"
fi
requirements_file=$1
if [ ! -f "${requirements_file}" ]; then
echoerror "Requirements file: ${requirements_file} cannot be found, needed for -a (pip pkg) installs"
exit 1
fi
__PIP_PACKAGES=''
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
# shellcheck disable=SC2089
__PIP_PACKAGES="${__PIP_PACKAGES} 'apache-libcloud>=$_LIBCLOUD_MIN_VERSION'"
fi
# shellcheck disable=SC2086,SC2090
pip install -U -r ${requirements_file} ${__PIP_PACKAGES}
} # ---------- end of function __install_pip_deps ----------
#######################################################################################################################
#
# Distribution install functions
#
# In order to install salt for a distribution you need to define:
#
# To Install Dependencies, which is required, one of:
# 1. install_<distro>_<major_version>_<install_type>_deps
# 2. install_<distro>_<major_version>_<minor_version>_<install_type>_deps
# 3. install_<distro>_<major_version>_deps
# 4 install_<distro>_<major_version>_<minor_version>_deps
# 5. install_<distro>_<install_type>_deps
# 6. install_<distro>_deps
#
# Optionally, define a salt configuration function, which will be called if
# the -c (config-dir) option is passed. One of:
# 1. config_<distro>_<major_version>_<install_type>_salt
# 2. config_<distro>_<major_version>_<minor_version>_<install_type>_salt
# 3. config_<distro>_<major_version>_salt
# 4 config_<distro>_<major_version>_<minor_version>_salt
# 5. config_<distro>_<install_type>_salt
# 6. config_<distro>_salt
# 7. config_salt [THIS ONE IS ALREADY DEFINED AS THE DEFAULT]
#
# Optionally, define a salt master pre-seed function, which will be called if
# the -k (pre-seed master keys) option is passed. One of:
# 1. preseed_<distro>_<major_version>_<install_type>_master
# 2. preseed_<distro>_<major_version>_<minor_version>_<install_type>_master
# 3. preseed_<distro>_<major_version>_master
# 4 preseed_<distro>_<major_version>_<minor_version>_master
# 5. preseed_<distro>_<install_type>_master
# 6. preseed_<distro>_master
# 7. preseed_master [THIS ONE IS ALREADY DEFINED AS THE DEFAULT]
#
# To install salt, which, of course, is required, one of:
# 1. install_<distro>_<major_version>_<install_type>
# 2. install_<distro>_<major_version>_<minor_version>_<install_type>
# 3. install_<distro>_<install_type>
#
# Optionally, define a post install function, one of:
# 1. install_<distro>_<major_version>_<install_type>_post
# 2. install_<distro>_<major_version>_<minor_version>_<install_type>_post
# 3. install_<distro>_<major_version>_post
# 4 install_<distro>_<major_version>_<minor_version>_post
# 5. install_<distro>_<install_type>_post
# 6. install_<distro>_post
#
# Optionally, define a start daemons function, one of:
# 1. install_<distro>_<major_version>_<install_type>_restart_daemons
# 2. install_<distro>_<major_version>_<minor_version>_<install_type>_restart_daemons
# 3. install_<distro>_<major_version>_restart_daemons
# 4 install_<distro>_<major_version>_<minor_version>_restart_daemons
# 5. install_<distro>_<install_type>_restart_daemons
# 6. install_<distro>_restart_daemons
#
# NOTE: The start daemons function should be able to restart any daemons
# which are running, or start if they're not running.
#
# Optionally, define a daemons running function, one of:
# 1. daemons_running_<distro>_<major_version>_<install_type>
# 2. daemons_running_<distro>_<major_version>_<minor_version>_<install_type>
# 3. daemons_running_<distro>_<major_version>
# 4 daemons_running_<distro>_<major_version>_<minor_version>
# 5. daemons_running_<distro>_<install_type>
# 6. daemons_running_<distro>
# 7. daemons_running [THIS ONE IS ALREADY DEFINED AS THE DEFAULT]
#
# Optionally, check enabled Services:
# 1. install_<distro>_<major_version>_<install_type>_check_services
# 2. install_<distro>_<major_version>_<minor_version>_<install_type>_check_services
# 3. install_<distro>_<major_version>_check_services
# 4 install_<distro>_<major_version>_<minor_version>_check_services
# 5. install_<distro>_<install_type>_check_services
# 6. install_<distro>_check_services
#
#######################################################################################################################
#######################################################################################################################
#
# Ubuntu Install Functions
#
__enable_universe_repository() {
if [ "$(grep -R universe /etc/apt/sources.list /etc/apt/sources.list.d/ | grep -v '#')" != "" ]; then
# The universe repository is already enabled
return 0
fi
echodebug "Enabling the universe repository"
add-apt-repository -y "deb http://archive.ubuntu.com/ubuntu $(lsb_release -sc) universe" || return 1
return 0
}
install_ubuntu_deps() {
if [ "$DISTRO_MAJOR_VERSION" -gt 12 ]; then
# Above Ubuntu 12.04 add-apt-repository is in a different package
__apt_get_install_noinput software-properties-common || return 1
else
__apt_get_install_noinput python-software-properties || return 1
fi
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
__enable_universe_repository || return 1
# Versions starting with 2015.5.6 and 2015.8.1 are hosted at repo.saltstack.com
if [ "$(echo "$STABLE_REV" | egrep '^(2015\.5|2015\.8|2016\.3|2016\.11|2017\.7|latest|archive\/)')" = "" ]; then
if [ "$DISTRO_MAJOR_VERSION" -lt 14 ]; then
echoinfo "Installing Python Requests/Chardet from Chris Lea's PPA repository"
add-apt-repository -y "ppa:chris-lea/python-requests" || return 1
add-apt-repository -y "ppa:chris-lea/python-chardet" || return 1
add-apt-repository -y "ppa:chris-lea/python-urllib3" || return 1
add-apt-repository -y "ppa:chris-lea/python-crypto" || return 1
fi
fi
apt-get update
fi
# Minimal systems might not have upstart installed, install it
__PACKAGES="upstart"
if [ "$DISTRO_MAJOR_VERSION" -ge 16 ]; then
__PACKAGES="${__PACKAGES} python2.7"
fi
if [ "$_VIRTUALENV_DIR" != "null" ]; then
__PACKAGES="${__PACKAGES} python-virtualenv"
fi
# Need python-apt for managing packages via Salt
__PACKAGES="${__PACKAGES} python-apt"
# requests is still used by many salt modules
__PACKAGES="${__PACKAGES} python-requests"
# YAML module is used for generating custom master/minion configs
__PACKAGES="${__PACKAGES} python-yaml"
# Additionally install procps and pciutils which allows for Docker bootstraps. See 366#issuecomment-39666813
__PACKAGES="${__PACKAGES} procps pciutils"
# shellcheck disable=SC2086,SC2090
__apt_get_install_noinput ${__PACKAGES} || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__apt_get_install_noinput ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_ubuntu_stable_deps() {
if [ "${_SLEEP}" -eq "${__DEFAULT_SLEEP}" ] && [ "$DISTRO_MAJOR_VERSION" -lt 16 ]; then
# The user did not pass a custom sleep value as an argument, let's increase the default value
echodebug "On Ubuntu systems we increase the default sleep value to 10."
echodebug "See https://github.com/saltstack/salt/issues/12248 for more info."
_SLEEP=10
fi
if [ $_START_DAEMONS -eq $BS_FALSE ]; then
echowarn "Not starting daemons on Debian based distributions is not working mostly because starting them is the default behaviour."
fi
# No user interaction, libc6 restart services for example
export DEBIAN_FRONTEND=noninteractive
apt-get update
if [ "${_UPGRADE_SYS}" -eq $BS_TRUE ]; then
if [ "${_INSECURE_DL}" -eq $BS_TRUE ]; then
__apt_get_install_noinput --allow-unauthenticated debian-archive-keyring &&
apt-key update && apt-get update
fi
__apt_get_upgrade_noinput || return 1
fi
if [ ${_DISABLE_REPOS} -eq $BS_FALSE ]; then
__get_dpkg_architecture || return 1
__REPO_ARCH="$DPKG_ARCHITECTURE"
if [ "$DPKG_ARCHITECTURE" = "i386" ]; then
echoerror "repo.saltstack.com likely doesn't have all required 32-bit packages for Ubuntu $DISTRO_MAJOR_VERSION (yet?)."
# amd64 is just a part of repository URI, 32-bit pkgs are hosted under the same location
__REPO_ARCH="amd64"
elif [ "$DPKG_ARCHITECTURE" != "amd64" ]; then
echoerror "repo.saltstack.com doesn't have packages for your system architecture: $DPKG_ARCHITECTURE."
if [ "$ITYPE" != "git" ]; then
echoerror "You can try git installation mode, i.e.: sh ${__ScriptName} git v2016.3.1"
exit 1
fi
fi
# Versions starting with 2015.5.6, 2015.8.1 and 2016.3.0 are hosted at repo.saltstack.com
if [ "$(echo "$STABLE_REV" | egrep '^(2015\.5|2015\.8|2016\.3|2016\.11|2017\.7|latest|archive\/)')" != "" ]; then
# Workaround for latest non-LTS ubuntu
if [ "$DISTRO_VERSION" = "16.10" ]; then
echowarn "Non-LTS Ubuntu detected, but stable packages requested. Trying packages from latest LTS release. You may experience problems."
UBUNTU_VERSION=16.04
UBUNTU_CODENAME=xenial
else
UBUNTU_VERSION=$DISTRO_VERSION
UBUNTU_CODENAME=$DISTRO_CODENAME
fi
# SaltStack's stable Ubuntu repository:
SALTSTACK_UBUNTU_URL="${HTTP_VAL}://repo.saltstack.com/apt/ubuntu/${UBUNTU_VERSION}/${__REPO_ARCH}/${STABLE_REV}"
echo "deb $SALTSTACK_UBUNTU_URL $UBUNTU_CODENAME main" > /etc/apt/sources.list.d/saltstack.list
# Make sure https transport is available
if [ "$HTTP_VAL" = "https" ] ; then
__apt_get_install_noinput apt-transport-https ca-certificates || return 1
fi
__apt_key_fetch "$SALTSTACK_UBUNTU_URL/SALTSTACK-GPG-KEY.pub" || return 1
else
# Alternate PPAs: salt16, salt17, salt2014-1, salt2014-7
if [ ! "$(echo "$STABLE_REV" | egrep '^(1\.6|1\.7)$')" = "" ]; then
STABLE_PPA="saltstack/salt$(echo "$STABLE_REV" | tr -d .)"
elif [ ! "$(echo "$STABLE_REV" | egrep '^(2014\.1|2014\.7)$')" = "" ]; then
STABLE_PPA="saltstack/salt$(echo "$STABLE_REV" | tr . -)"
else
STABLE_PPA="saltstack/salt"
fi
add-apt-repository -y "ppa:$STABLE_PPA" || return 1
fi
apt-get update
fi
install_ubuntu_deps || return 1
}
install_ubuntu_daily_deps() {
install_ubuntu_stable_deps || return 1
if [ "$DISTRO_MAJOR_VERSION" -gt 12 ]; then
__apt_get_install_noinput software-properties-common || return 1
else
# Ubuntu 12.04 needs python-software-properties to get add-apt-repository binary
__apt_get_install_noinput python-software-properties || return 1
fi
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
__enable_universe_repository || return 1
add-apt-repository -y ppa:saltstack/salt-daily || return 1
apt-get update
fi
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
__apt_get_upgrade_noinput || return 1
fi
return 0
}
install_ubuntu_git_deps() {
apt-get update
if ! __check_command_exists git; then
__apt_get_install_noinput git-core || return 1
fi
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
__apt_get_install_noinput ca-certificates
fi
__git_clone_and_checkout || return 1
__PACKAGES=""
# See how we are installing packages
if [ "${_PIP_ALL}" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-dev swig libssl-dev libzmq3 libzmq3-dev"
if ! __check_command_exists pip; then
__PACKAGES="${__PACKAGES} python-setuptools python-pip"
fi
# Get just the apt packages that are required to build all the pythons
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
# Install the pythons from requirements (only zmq for now)
__install_pip_deps "${_SALT_GIT_CHECKOUT_DIR}/requirements/zeromq.txt" || return 1
else
install_ubuntu_stable_deps || return 1
__PACKAGES="${__PACKAGES} python-crypto python-jinja2 python-msgpack python-requests"
__PACKAGES="${__PACKAGES} python-tornado python-yaml python-zmq"
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
# Install python-libcloud if asked to
__PACKAGES="${__PACKAGES} python-libcloud"
fi
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
fi
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_ubuntu_stable() {
__PACKAGES=""
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-cloud"
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-master"
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-minion"
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-syndic"
fi
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
return 0
}
install_ubuntu_daily() {
install_ubuntu_stable || return 1
return 0
}
install_ubuntu_git() {
# Activate virtualenv before install
if [ "${_VIRTUALENV_DIR}" != "null" ]; then
__activate_virtualenv || return 1
fi
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/salt/syspaths.py" ]; then
python setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install --install-layout=deb || return 1
else
python setup.py ${SETUP_PY_INSTALL_ARGS} install --install-layout=deb || return 1
fi
return 0
}
install_ubuntu_stable_post() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
# Using systemd
/bin/systemctl is-enabled salt-$fname.service > /dev/null 2>&1 || (
/bin/systemctl preset salt-$fname.service > /dev/null 2>&1 &&
/bin/systemctl enable salt-$fname.service > /dev/null 2>&1
)
sleep 0.1
/bin/systemctl daemon-reload
elif [ -f /etc/init.d/salt-$fname ]; then
update-rc.d salt-$fname defaults
fi
done
}
install_ubuntu_git_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ] && [ "$DISTRO_MAJOR_VERSION" -ge 16 ]; then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-${fname}.service" "/lib/systemd/system/salt-${fname}.service"
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
systemctl is-enabled salt-$fname.service || (systemctl preset salt-$fname.service && systemctl enable salt-$fname.service)
sleep 0.1
systemctl daemon-reload
elif [ -f /sbin/initctl ]; then
_upstart_conf="/etc/init/salt-$fname.conf"
# We have upstart support
echodebug "There's upstart support"
if [ ! -f $_upstart_conf ]; then
# upstart does not know about our service, let's copy the proper file
echowarn "Upstart does not appear to know about salt-$fname"
echodebug "Copying ${_SALT_GIT_CHECKOUT_DIR}/pkg/salt-$fname.upstart to $_upstart_conf"
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/salt-${fname}.upstart" "$_upstart_conf"
# Set service to know about virtualenv
if [ "${_VIRTUALENV_DIR}" != "null" ]; then
echo "SALT_USE_VIRTUALENV=${_VIRTUALENV_DIR}" > /etc/default/salt-${fname}
fi
/sbin/initctl reload-configuration || return 1
fi
# No upstart support in Ubuntu!?
elif [ -f "${_SALT_GIT_CHECKOUT_DIR}/debian/salt-${fname}.init" ]; then
echodebug "There's NO upstart support!?"
echodebug "Copying ${_SALT_GIT_CHECKOUT_DIR}/debian/salt-${fname}.init to /etc/init.d/salt-$fname"
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/debian/salt-${fname}.init" "/etc/init.d/salt-$fname"
chmod +x /etc/init.d/salt-$fname
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
update-rc.d salt-$fname defaults
else
echoerror "Neither upstart nor init.d was setup for salt-$fname"
fi
done
}
install_ubuntu_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
# Ensure upstart configs / systemd units are loaded
if [ -f /bin/systemctl ] && [ "$DISTRO_MAJOR_VERSION" -ge 16 ]; then
systemctl daemon-reload
elif [ -f /sbin/initctl ]; then
/sbin/initctl reload-configuration
fi
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ] && [ "$DISTRO_MAJOR_VERSION" -ge 16 ]; then
echodebug "There's systemd support while checking salt-$fname"
systemctl stop salt-$fname > /dev/null 2>&1
systemctl start salt-$fname.service
[ $? -eq 0 ] && continue
# We failed to start the service, let's test the SysV code below
echodebug "Failed to start salt-$fname using systemd"
fi
if [ -f /sbin/initctl ]; then
echodebug "There's upstart support while checking salt-$fname"
status salt-$fname 2>/dev/null | grep -q running
if [ $? -eq 0 ]; then
stop salt-$fname || (echodebug "Failed to stop salt-$fname" && return 1)
fi
start salt-$fname
[ $? -eq 0 ] && continue
# We failed to start the service, let's test the SysV code below
echodebug "Failed to start salt-$fname using Upstart"
fi
if [ ! -f /etc/init.d/salt-$fname ]; then
echoerror "No init.d support for salt-$fname was found"
return 1
fi
/etc/init.d/salt-$fname stop > /dev/null 2>&1
/etc/init.d/salt-$fname start
done
return 0
}
install_ubuntu_check_services() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ] && [ "$DISTRO_MAJOR_VERSION" -ge 16 ]; then
__check_services_systemd salt-$fname || return 1
elif [ -f /sbin/initctl ] && [ -f /etc/init/salt-${fname}.conf ]; then
__check_services_upstart salt-$fname || return 1
elif [ -f /etc/init.d/salt-$fname ]; then
__check_services_debian salt-$fname || return 1
fi
done
return 0
}
#
# End of Ubuntu Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Debian Install Functions
#
install_debian_deps() {
if [ $_START_DAEMONS -eq $BS_FALSE ]; then
echowarn "Not starting daemons on Debian based distributions is not working mostly because starting them is the default behaviour."
fi
# No user interaction, libc6 restart services for example
export DEBIAN_FRONTEND=noninteractive
apt-get update
if [ "${_UPGRADE_SYS}" -eq $BS_TRUE ]; then
# Try to update GPG keys first if allowed
if [ "${_INSECURE_DL}" -eq $BS_TRUE ]; then
__apt_get_install_noinput --allow-unauthenticated debian-archive-keyring &&
apt-key update && apt-get update
fi
__apt_get_upgrade_noinput || return 1
fi
# Install procps and pciutils which allows for Docker bootstraps. See #366#issuecomment-39666813
__PACKAGES="procps pciutils"
__PIP_PACKAGES=""
# YAML module is used for generating custom master/minion configs
__PACKAGES="${__PACKAGES} python-yaml"
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__apt_get_install_noinput ${_EXTRA_PACKAGES} || return 1
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
# shellcheck disable=SC2089
__PIP_PACKAGES="${__PIP_PACKAGES} 'apache-libcloud>=$_LIBCLOUD_MIN_VERSION'"
fi
if [ "${__PIP_PACKAGES}" != "" ]; then
# shellcheck disable=SC2086,SC2090
pip install -U ${__PIP_PACKAGES} || return 1
fi
return 0
}
install_debian_7_deps() {
if [ $_START_DAEMONS -eq $BS_FALSE ]; then
echowarn "Not starting daemons on Debian based distributions is not working mostly because starting them is the default behaviour."
fi
# No user interaction, libc6 restart services for example
export DEBIAN_FRONTEND=noninteractive
apt-get update
if [ "${_UPGRADE_SYS}" -eq $BS_TRUE ]; then
# Try to update GPG keys first if allowed
if [ "${_INSECURE_DL}" -eq $BS_TRUE ]; then
__apt_get_install_noinput --allow-unauthenticated debian-archive-keyring &&
apt-key update && apt-get update
fi
__apt_get_upgrade_noinput || return 1
fi
if [ "${_DISABLE_REPOS}" -eq $BS_FALSE ]; then
__get_dpkg_architecture || return 1
__REPO_ARCH="$DPKG_ARCHITECTURE"
if [ "$DPKG_ARCHITECTURE" = "i386" ]; then
echoerror "repo.saltstack.com likely doesn't have all required 32-bit packages for Debian $DISTRO_MAJOR_VERSION (yet?)."
if [ "$ITYPE" != "git" ]; then
echoerror "You can try git installation mode, i.e.: sh ${__ScriptName} git v2016.3.1"
fi
# amd64 is just a part of repository URI, 32-bit pkgs are hosted under the same location
__REPO_ARCH="amd64"
elif [ "$DPKG_ARCHITECTURE" != "amd64" ]; then
echoerror "repo.saltstack.com doesn't have packages for your system architecture: $DPKG_ARCHITECTURE."
exit 1
fi
# Versions starting with 2015.8.7 and 2016.3.0 are hosted at repo.saltstack.com
if [ "$(echo "$STABLE_REV" | egrep '^(2015\.8|2016\.3|2016\.11|2017\.7|latest|archive\/201[5-6]\.)')" != "" ]; then
# amd64 is just a part of repository URI, 32-bit pkgs are hosted under the same location
SALTSTACK_DEBIAN_URL="${HTTP_VAL}://repo.saltstack.com/apt/debian/${DISTRO_MAJOR_VERSION}/${__REPO_ARCH}/${STABLE_REV}"
echo "deb $SALTSTACK_DEBIAN_URL wheezy main" > "/etc/apt/sources.list.d/saltstack.list"
if [ "$HTTP_VAL" = "https" ] ; then
__apt_get_install_noinput apt-transport-https ca-certificates || return 1
fi
__apt_key_fetch "$SALTSTACK_DEBIAN_URL/SALTSTACK-GPG-KEY.pub" || return 1
elif [ -n "$STABLE_REV" ]; then
echoerror "Installation of Salt ${STABLE_REV#*/} packages not supported by ${__ScriptName} ${__ScriptVersion} on Debian $DISTRO_MAJOR_VERSION."
return 1
fi
apt-get update
else
echowarn "Packages from repo.saltstack.com are required to install Salt version 2015.8 or higher on Debian $DISTRO_MAJOR_VERSION."
fi
# Additionally install procps and pciutils which allows for Docker bootstraps. See 366#issuecomment-39666813
__PACKAGES='procps pciutils'
# YAML module is used for generating custom master/minion configs
__PACKAGES="${__PACKAGES} python-yaml"
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__apt_get_install_noinput ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_debian_8_deps() {
if [ $_START_DAEMONS -eq $BS_FALSE ]; then
echowarn "Not starting daemons on Debian based distributions is not working mostly because starting them is the default behaviour."
fi
# No user interaction, libc6 restart services for example
export DEBIAN_FRONTEND=noninteractive
apt-get update
if [ "${_UPGRADE_SYS}" -eq $BS_TRUE ]; then
# Try to update GPG keys first if allowed
if [ "${_INSECURE_DL}" -eq $BS_TRUE ]; then
__apt_get_install_noinput --allow-unauthenticated debian-archive-keyring &&
apt-key update && apt-get update
fi
__apt_get_upgrade_noinput || return 1
fi
if [ ${_DISABLE_REPOS} -eq $BS_FALSE ]; then
__get_dpkg_architecture || return 1
__REPO_ARCH="$DPKG_ARCHITECTURE"
if [ "$DPKG_ARCHITECTURE" = "i386" ]; then
echoerror "repo.saltstack.com likely doesn't have all required 32-bit packages for Debian $DISTRO_MAJOR_VERSION (yet?)."
if [ "$ITYPE" != "git" ]; then
echoerror "You can try git installation mode, i.e.: sh ${__ScriptName} git v2016.3.1"
fi
# amd64 is just a part of repository URI, 32-bit pkgs are hosted under the same location
__REPO_ARCH="amd64"
elif [ "$DPKG_ARCHITECTURE" != "amd64" ] && [ "$DPKG_ARCHITECTURE" != "armhf" ]; then
echoerror "repo.saltstack.com doesn't have packages for your system architecture: $DPKG_ARCHITECTURE."
echoerror "Try git installation mode with pip and disable SaltStack apt repository, for example:"
echoerror " sh ${__ScriptName} -r -P git v2016.3.1"
exit 1
fi
# Versions starting with 2015.5.6, 2015.8.1 and 2016.3.0 are hosted at repo.saltstack.com
if [ "$(echo "$STABLE_REV" | egrep '^(2015\.5|2015\.8|2016\.3|2016\.11|2017\.7|latest|archive\/201[5-6]\.)')" != "" ]; then
SALTSTACK_DEBIAN_URL="${HTTP_VAL}://repo.saltstack.com/apt/debian/${DISTRO_MAJOR_VERSION}/${__REPO_ARCH}/${STABLE_REV}"
echo "deb $SALTSTACK_DEBIAN_URL jessie main" > "/etc/apt/sources.list.d/saltstack.list"
if [ "$HTTP_VAL" = "https" ] ; then
__apt_get_install_noinput apt-transport-https ca-certificates || return 1
fi
__apt_key_fetch "$SALTSTACK_DEBIAN_URL/SALTSTACK-GPG-KEY.pub" || return 1
elif [ -n "$STABLE_REV" ]; then
echoerror "Installation of Salt ${STABLE_REV#*/} packages not supported by ${__ScriptName} ${__ScriptVersion} on Debian $DISTRO_MAJOR_VERSION."
return 1
fi
apt-get update
fi
# Additionally install procps and pciutils which allows for Docker bootstraps. See 366#issuecomment-39666813
__PACKAGES='procps pciutils'
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
# YAML module is used for generating custom master/minion configs
__PACKAGES="${__PACKAGES} python-yaml"
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__apt_get_install_noinput ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_debian_git_deps() {
if ! __check_command_exists git; then
__apt_get_install_noinput git || return 1
fi
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
__apt_get_install_noinput ca-certificates
fi
__git_clone_and_checkout || return 1
__PACKAGES="libzmq3 libzmq3-dev lsb-release python-apt python-backports.ssl-match-hostname python-crypto"
__PACKAGES="${__PACKAGES} python-jinja2 python-msgpack python-requests"
__PACKAGES="${__PACKAGES} python-tornado python-yaml python-zmq"
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
# Install python-libcloud if asked to
__PACKAGES="${__PACKAGES} python-libcloud"
fi
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_debian_7_git_deps() {
install_debian_7_deps || return 1
install_debian_git_deps || return 1
return 0
}
install_debian_8_git_deps() {
install_debian_8_deps || return 1
if ! __check_command_exists git; then
__apt_get_install_noinput git || return 1
fi
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
__apt_get_install_noinput ca-certificates
fi
__git_clone_and_checkout || return 1
__PACKAGES="libzmq3 libzmq3-dev lsb-release python-apt python-crypto python-jinja2 python-msgpack"
__PACKAGES="${__PACKAGES} python-requests python-systemd python-yaml python-zmq"
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
# Install python-libcloud if asked to
__PACKAGES="${__PACKAGES} python-libcloud"
fi
__PIP_PACKAGES=''
if (__check_pip_allowed >/dev/null 2>&1); then
__PIP_PACKAGES='tornado'
# Install development environment for building tornado Python module
__PACKAGES="${__PACKAGES} build-essential python-dev"
if ! __check_command_exists pip; then
__PACKAGES="${__PACKAGES} python-pip"
fi
# Attempt to configure backports repo on non-x86_64 system
elif [ $_DISABLE_REPOS -eq $BS_FALSE ] && [ "$DPKG_ARCHITECTURE" != "amd64" ]; then
# Check if Debian Backports repo already configured
if ! apt-cache policy | grep -q 'Debian Backports'; then
echo 'deb http://httpredir.debian.org/debian jessie-backports main' > \
/etc/apt/sources.list.d/backports.list
fi
apt-get update || return 1
# python-tornado package should be installed from backports repo
__PACKAGES="${__PACKAGES} python-backports.ssl-match-hostname python-tornado/jessie-backports"
else
__PACKAGES="${__PACKAGES} python-backports.ssl-match-hostname python-tornado"
fi
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
if [ "${__PIP_PACKAGES}" != "" ]; then
# shellcheck disable=SC2086,SC2090
pip install -U ${__PIP_PACKAGES} || return 1
fi
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_debian_stable() {
__PACKAGES=""
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-cloud"
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-master"
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-minion"
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-syndic"
fi
# shellcheck disable=SC2086
__apt_get_install_noinput ${__PACKAGES} || return 1
return 0
}
install_debian_7_stable() {
install_debian_stable || return 1
return 0
}
install_debian_8_stable() {
install_debian_stable || return 1
return 0
}
install_debian_git() {
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/salt/syspaths.py" ]; then
python setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install --install-layout=deb || return 1
else
python setup.py ${SETUP_PY_INSTALL_ARGS} install --install-layout=deb || return 1
fi
}
install_debian_7_git() {
install_debian_git || return 1
return 0
}
install_debian_8_git() {
install_debian_git || return 1
return 0
}
install_debian_git_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ "$fname" = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ "$fname" = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ "$fname" = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ "$fname" = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Configure SystemD for Debian 8 "Jessie" and later
if [ -f /bin/systemctl ]; then
if [ ! -f /lib/systemd/system/salt-${fname}.service ] || \
([ -f /lib/systemd/system/salt-${fname}.service ] && [ $_FORCE_OVERWRITE -eq $BS_TRUE ]); then
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-${fname}.service" ]; then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-${fname}.service" /lib/systemd/system
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-${fname}.environment" "/etc/default/salt-${fname}"
else
# workaround before adding Debian-specific unit files to the Salt main repo
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/salt-${fname}.service" /lib/systemd/system
sed -i -e '/^Type/ s/notify/simple/' /lib/systemd/system/salt-${fname}.service
fi
fi
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ "$fname" = "api" ] && continue
/bin/systemctl enable "salt-${fname}.service"
SYSTEMD_RELOAD=$BS_TRUE
# Install initscripts for Debian 7 "Wheezy"
elif [ ! -f "/etc/init.d/salt-$fname" ] || \
([ -f "/etc/init.d/salt-$fname" ] && [ "$_FORCE_OVERWRITE" -eq $BS_TRUE ]); then
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-$fname.init" ]; then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-${fname}.init" "/etc/init.d/salt-${fname}"
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/deb/salt-${fname}.environment" "/etc/default/salt-${fname}"
else
# Make sure wget is available
__check_command_exists wget || __apt_get_install_noinput wget || return 1
__fetch_url "/etc/init.d/salt-${fname}" "${HTTP_VAL}://anonscm.debian.org/cgit/pkg-salt/salt.git/plain/debian/salt-${fname}.init"
fi
if [ ! -f "/etc/init.d/salt-${fname}" ]; then
echowarn "The init script for salt-${fname} was not found, skipping it..."
continue
fi
chmod +x "/etc/init.d/salt-${fname}"
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ "$fname" = "api" ] && continue
update-rc.d "salt-${fname}" defaults
fi
done
}
install_debian_restart_daemons() {
[ "$_START_DAEMONS" -eq $BS_FALSE ] && return 0
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
# Debian 8 uses systemd
/bin/systemctl stop salt-$fname > /dev/null 2>&1
/bin/systemctl start salt-$fname.service
elif [ -f /etc/init.d/salt-$fname ]; then
# Still in SysV init
/etc/init.d/salt-$fname stop > /dev/null 2>&1
/etc/init.d/salt-$fname start
fi
done
}
install_debian_check_services() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
__check_services_systemd salt-$fname || return 1
elif [ -f /etc/init.d/salt-$fname ]; then
__check_services_debian salt-$fname || return 1
fi
done
return 0
}
#
# Ended Debian Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Fedora Install Functions
#
install_fedora_deps() {
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
if [ "$_ENABLE_EXTERNAL_ZMQ_REPOS" -eq $BS_TRUE ]; then
__install_saltstack_copr_zeromq_repository || return 1
fi
__install_saltstack_copr_salt_repository || return 1
fi
__PACKAGES="yum-utils PyYAML libyaml python-crypto python-jinja2 python-zmq python2-msgpack python2-requests"
# shellcheck disable=SC2086
dnf install -y ${__PACKAGES} || return 1
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
dnf -y update || return 1
fi
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
dnf install -y ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_fedora_stable() {
__PACKAGES=""
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-cloud"
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-master"
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-minion"
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-syndic"
fi
# shellcheck disable=SC2086
dnf install -y ${__PACKAGES} || return 1
return 0
}
install_fedora_stable_post() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
systemctl is-enabled salt-$fname.service || (systemctl preset salt-$fname.service && systemctl enable salt-$fname.service)
sleep 0.1
systemctl daemon-reload
done
}
install_fedora_git_deps() {
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
dnf install -y ca-certificates || return 1
fi
install_fedora_deps || return 1
if ! __check_command_exists git; then
dnf install -y git || return 1
fi
__git_clone_and_checkout || return 1
__PACKAGES="systemd-python"
__PIP_PACKAGES=""
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
__check_pip_allowed "You need to allow pip based installations (-P) in order to install tornado"
# Install pip and pip dependencies
if ! __check_command_exists pip; then
__PACKAGES="${__PACKAGES} python-setuptools python-pip gcc python-devel"
fi
__PIP_PACKAGES="${__PIP_PACKAGES} tornado"
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-libcloud python-netaddr"
fi
# shellcheck disable=SC2086
dnf install -y ${__PACKAGES} || return 1
if [ "${__PIP_PACKAGES}" != "" ]; then
# shellcheck disable=SC2086,SC2090
pip install -U ${__PIP_PACKAGES} || return 1
fi
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_fedora_git() {
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/salt/syspaths.py" ]; then
python setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install || return 1
else
python setup.py ${SETUP_PY_INSTALL_ARGS} install || return 1
fi
return 0
}
install_fedora_git_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/rpm/salt-${fname}.service" "/lib/systemd/system/salt-${fname}.service"
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
systemctl is-enabled salt-$fname.service || (systemctl preset salt-$fname.service && systemctl enable salt-$fname.service)
sleep 0.1
systemctl daemon-reload
done
}
install_fedora_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
systemctl stop salt-$fname > /dev/null 2>&1
systemctl start salt-$fname.service
done
}
install_fedora_check_services() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
__check_services_systemd salt-$fname || return 1
done
return 0
}
#
# Ended Fedora Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# CentOS Install Functions
#
__install_epel_repository() {
if [ ${_EPEL_REPOS_INSTALLED} -eq $BS_TRUE ]; then
return 0
fi
# Check if epel repo is already enabled and flag it accordingly
yum repolist | grep -q "^[!]\?${_EPEL_REPO}/"
if [ $? -eq 0 ]; then
_EPEL_REPOS_INSTALLED=$BS_TRUE
return 0
fi
# Check if epel-release is already installed and flag it accordingly
rpm --nodigest --nosignature -q epel-release > /dev/null 2>&1
if [ $? -eq 0 ]; then
_EPEL_REPOS_INSTALLED=$BS_TRUE
return 0
fi
# Download latest 'epel-release' package for the distro version directly
epel_repo_url="${HTTP_VAL}://dl.fedoraproject.org/pub/epel/epel-release-latest-${DISTRO_MAJOR_VERSION}.noarch.rpm"
if [ "$DISTRO_MAJOR_VERSION" -eq 5 ]; then
__fetch_url /tmp/epel-release.rpm "$epel_repo_url" || return 1
rpm -Uvh --force /tmp/epel-release.rpm || return 1
rm -f /tmp/epel-release.rpm
elif [ "$DISTRO_MAJOR_VERSION" -ge 6 ]; then
rpm -Uvh --force "$epel_repo_url" || return 1
else
echoerror "Failed add EPEL repository support."
return 1
fi
_EPEL_REPOS_INSTALLED=$BS_TRUE
return 0
}
__install_saltstack_copr_zeromq_repository() {
echoinfo "Installing Zeromq >=4 and PyZMQ>=14 from SaltStack's COPR repository"
if [ ! -s /etc/yum.repos.d/saltstack-zeromq4.repo ]; then
if [ "${DISTRO_NAME_L}" = "fedora" ]; then
__REPOTYPE="${DISTRO_NAME_L}"
else
__REPOTYPE="epel"
fi
__fetch_url /etc/yum.repos.d/saltstack-zeromq4.repo \
"${HTTP_VAL}://copr.fedorainfracloud.org/coprs/saltstack/zeromq4/repo/${__REPOTYPE}-${DISTRO_MAJOR_VERSION}/saltstack-zeromq4-${__REPOTYPE}-${DISTRO_MAJOR_VERSION}.repo" || return 1
fi
return 0
}
__install_saltstack_rhel_repository() {
if [ "$ITYPE" = "stable" ]; then
repo_rev="$STABLE_REV"
else
repo_rev="latest"
fi
# Check if a custom repo URL was passed with -R. If not, use repo.salstack.com.
if [ "$_CUSTOM_REPO_URL" != "null" ]; then
repo_url="$_CUSTOM_REPO_URL"
else
repo_url="repo.saltstack.com"
fi
# Cloud Linux $releasever = 7.x, which doesn't exist in repo.saltstack.com, we need this to be "7"
if [ "${DISTRO_NAME}" = "Cloud Linux" ] && [ "${DISTRO_MAJOR_VERSION}" = "7" ]; then
base_url="${HTTP_VAL}://${repo_url}/yum/redhat/${DISTRO_MAJOR_VERSION}/\$basearch/${repo_rev}/"
else
base_url="${HTTP_VAL}://${repo_url}/yum/redhat/\$releasever/\$basearch/${repo_rev}/"
fi
fetch_url="${HTTP_VAL}://${repo_url}/yum/redhat/${DISTRO_MAJOR_VERSION}/${CPU_ARCH_L}/${repo_rev}/"
if [ "${DISTRO_MAJOR_VERSION}" -eq 5 ]; then
gpg_key="SALTSTACK-EL5-GPG-KEY.pub"
else
gpg_key="SALTSTACK-GPG-KEY.pub"
fi
repo_file="/etc/yum.repos.d/saltstack.repo"
if [ ! -s "$repo_file" ]; then
cat <<_eof > "$repo_file"
[saltstack]
name=SaltStack ${repo_rev} Release Channel for RHEL/CentOS \$releasever
baseurl=$base_url
skip_if_unavailable=True
gpgcheck=1
gpgkey=${base_url}${gpg_key}
enabled=1
enabled_metadata=1
_eof
__rpm_import_gpg "${fetch_url}${gpg_key}" || return 1
fi
if [ "$DISTRO_MAJOR_VERSION" -eq 7 ] && ([ "$repo_rev" = "latest" ] || [ "$repo_rev" = "2015.8" ]); then
# Import CentOS 7 GPG key on RHEL for installing base dependencies from
# Salt corporate repository
rpm -qa gpg-pubkey\* --qf "%{name}-%{version}\n" | grep -q ^gpg-pubkey-f4a80eb5$ || \
__rpm_import_gpg "${HTTP_VAL}://${repo_url}/yum/redhat/7/x86_64/${repo_rev}/base/RPM-GPG-KEY-CentOS-7" || return 1
fi
return 0
}
__install_saltstack_copr_salt_repository() {
echoinfo "Adding SaltStack's COPR repository"
if [ "${DISTRO_NAME_L}" = "fedora" ]; then
[ "$DISTRO_MAJOR_VERSION" -ge 22 ] && return 0
__REPOTYPE="${DISTRO_NAME_L}"
else
__REPOTYPE="epel"
fi
__REPO_FILENAME="saltstack-salt-${__REPOTYPE}-${DISTRO_MAJOR_VERSION}.repo"
if [ ! -s "/etc/yum.repos.d/${__REPO_FILENAME}" ]; then
__fetch_url "/etc/yum.repos.d/${__REPO_FILENAME}" \
"${HTTP_VAL}://copr.fedorainfracloud.org/coprs/saltstack/salt/repo/${__REPOTYPE}-${DISTRO_MAJOR_VERSION}/${__REPO_FILENAME}" || return 1
fi
return 0
}
install_centos_stable_deps() {
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
yum -y update || return 1
fi
if [ "$DISTRO_MAJOR_VERSION" -eq 5 ]; then
# Install curl which is not included in @core CentOS 5 installation
__check_command_exists curl || yum -y install "curl.${CPU_ARCH_L}" || return 1
fi
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
__install_epel_repository || return 1
__install_saltstack_rhel_repository || return 1
fi
# If -R was passed, we need to configure custom repo url with rsync-ed packages
# Which is still handled in __install_saltstack_rhel_repository. This call has
# its own check in case -r was passed without -R.
if [ "$_CUSTOM_REPO_URL" != "null" ]; then
__install_saltstack_rhel_repository || return 1
fi
__PACKAGES="yum-utils chkconfig"
# YAML module is used for generating custom master/minion configs
if [ "$DISTRO_MAJOR_VERSION" -eq 5 ]; then
__PACKAGES="${__PACKAGES} python26-PyYAML"
else
__PACKAGES="${__PACKAGES} PyYAML"
fi
# shellcheck disable=SC2086
__yum_install_noinput ${__PACKAGES} || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__yum_install_noinput ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_centos_stable() {
__PACKAGES=""
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-cloud"
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-master"
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-minion"
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-syndic"
fi
# shellcheck disable=SC2086
__yum_install_noinput ${__PACKAGES} || return 1
return 0
}
install_centos_stable_post() {
SYSTEMD_RELOAD=$BS_FALSE
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
/bin/systemctl is-enabled salt-${fname}.service > /dev/null 2>&1 || (
/bin/systemctl preset salt-${fname}.service > /dev/null 2>&1 &&
/bin/systemctl enable salt-${fname}.service > /dev/null 2>&1
)
SYSTEMD_RELOAD=$BS_TRUE
elif [ -f "/etc/init.d/salt-${fname}" ]; then
/sbin/chkconfig salt-${fname} on
fi
done
if [ "$SYSTEMD_RELOAD" -eq $BS_TRUE ]; then
/bin/systemctl daemon-reload
fi
return 0
}
install_centos_git_deps() {
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
if [ "$DISTRO_MAJOR_VERSION" -gt 5 ]; then
__yum_install_noinput ca-certificates || return 1
else
__yum_install_noinput "openssl.${CPU_ARCH_L}" || return 1
fi
fi
install_centos_stable_deps || return 1
if ! __check_command_exists git; then
__yum_install_noinput git || return 1
fi
__git_clone_and_checkout || return 1
__PACKAGES=""
if [ "$DISTRO_MAJOR_VERSION" -eq 5 ]; then
__PACKAGES="${__PACKAGES} python26 python26-crypto python26-jinja2 python26-msgpack python26-requests"
__PACKAGES="${__PACKAGES} python26-tornado python26-zmq"
else
__PACKAGES="${__PACKAGES} python-crypto python-futures python-msgpack python-zmq python-jinja2"
__PACKAGES="${__PACKAGES} python-requests python-tornado"
fi
if [ "$DISTRO_MAJOR_VERSION" -ge 7 ]; then
__PACKAGES="${__PACKAGES} systemd-python"
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-libcloud"
fi
# shellcheck disable=SC2086
__yum_install_noinput ${__PACKAGES} || return 1
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_centos_git() {
if [ "$DISTRO_MAJOR_VERSION" -eq 5 ]; then
_PYEXE=python2.6
else
_PYEXE=python2
fi
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/salt/syspaths.py" ]; then
$_PYEXE setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install --prefix=/usr || return 1
else
$_PYEXE setup.py ${SETUP_PY_INSTALL_ARGS} install --prefix=/usr || return 1
fi
return 0
}
install_centos_git_post() {
SYSTEMD_RELOAD=$BS_FALSE
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
if [ ! -f "/usr/lib/systemd/system/salt-${fname}.service" ] || \
([ -f "/usr/lib/systemd/system/salt-${fname}.service" ] && [ "$_FORCE_OVERWRITE" -eq $BS_TRUE ]); then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/rpm/salt-${fname}.service" /usr/lib/systemd/system
fi
SYSTEMD_RELOAD=$BS_TRUE
elif [ ! -f "/etc/init.d/salt-$fname" ] || \
([ -f "/etc/init.d/salt-$fname" ] && [ "$_FORCE_OVERWRITE" -eq $BS_TRUE ]); then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/rpm/salt-${fname}" /etc/init.d
chmod +x /etc/init.d/salt-${fname}
fi
done
if [ "$SYSTEMD_RELOAD" -eq $BS_TRUE ]; then
/bin/systemctl daemon-reload
fi
install_centos_stable_post || return 1
return 0
}
install_centos_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /sbin/initctl ] && [ -f /etc/init/salt-${fname}.conf ]; then
# We have upstart support and upstart knows about our service
/sbin/initctl status salt-$fname > /dev/null 2>&1
if [ $? -ne 0 ]; then
# Everything is in place and upstart gave us an error code? Fail!
return 1
fi
# upstart knows about this service.
# Let's try to stop it, and then start it
/sbin/initctl stop salt-$fname > /dev/null 2>&1
/sbin/initctl start salt-$fname > /dev/null 2>&1
# Restart service
if [ $? -ne 0 ]; then
# Failed the restart?!
return 1
fi
elif [ -f /etc/init.d/salt-$fname ]; then
# Disable stdin to fix shell session hang on killing tee pipe
service salt-$fname stop < /dev/null > /dev/null 2>&1
service salt-$fname start < /dev/null
elif [ -f /usr/bin/systemctl ]; then
# CentOS 7 uses systemd
/usr/bin/systemctl stop salt-$fname > /dev/null 2>&1
/usr/bin/systemctl start salt-$fname.service
fi
done
}
install_centos_testing_deps() {
install_centos_stable_deps || return 1
return 0
}
install_centos_testing() {
install_centos_stable || return 1
return 0
}
install_centos_testing_post() {
install_centos_stable_post || return 1
return 0
}
install_centos_check_services() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /sbin/initctl ] && [ -f /etc/init/salt-${fname}.conf ]; then
__check_services_upstart salt-$fname || return 1
elif [ -f /etc/init.d/salt-$fname ]; then
__check_services_sysvinit salt-$fname || return 1
elif [ -f /usr/bin/systemctl ]; then
__check_services_systemd salt-$fname || return 1
fi
done
return 0
}
#
# Ended CentOS Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# RedHat Install Functions
#
install_red_hat_linux_stable_deps() {
install_centos_stable_deps || return 1
return 0
}
install_red_hat_linux_git_deps() {
install_centos_git_deps || return 1
return 0
}
install_red_hat_enterprise_linux_stable_deps() {
install_red_hat_linux_stable_deps || return 1
return 0
}
install_red_hat_enterprise_linux_git_deps() {
install_red_hat_linux_git_deps || return 1
return 0
}
install_red_hat_enterprise_server_stable_deps() {
install_red_hat_linux_stable_deps || return 1
return 0
}
install_red_hat_enterprise_server_git_deps() {
install_red_hat_linux_git_deps || return 1
return 0
}
install_red_hat_enterprise_workstation_stable_deps() {
install_red_hat_linux_stable_deps || return 1
return 0
}
install_red_hat_enterprise_workstation_git_deps() {
install_red_hat_linux_git_deps || return 1
return 0
}
install_red_hat_linux_stable() {
install_centos_stable || return 1
return 0
}
install_red_hat_linux_git() {
install_centos_git || return 1
return 0
}
install_red_hat_enterprise_linux_stable() {
install_red_hat_linux_stable || return 1
return 0
}
install_red_hat_enterprise_linux_git() {
install_red_hat_linux_git || return 1
return 0
}
install_red_hat_enterprise_server_stable() {
install_red_hat_linux_stable || return 1
return 0
}
install_red_hat_enterprise_server_git() {
install_red_hat_linux_git || return 1
return 0
}
install_red_hat_enterprise_workstation_stable() {
install_red_hat_linux_stable || return 1
return 0
}
install_red_hat_enterprise_workstation_git() {
install_red_hat_linux_git || return 1
return 0
}
install_red_hat_linux_stable_post() {
install_centos_stable_post || return 1
return 0
}
install_red_hat_linux_restart_daemons() {
install_centos_restart_daemons || return 1
return 0
}
install_red_hat_linux_git_post() {
install_centos_git_post || return 1
return 0
}
install_red_hat_enterprise_linux_stable_post() {
install_red_hat_linux_stable_post || return 1
return 0
}
install_red_hat_enterprise_linux_restart_daemons() {
install_red_hat_linux_restart_daemons || return 1
return 0
}
install_red_hat_enterprise_linux_git_post() {
install_red_hat_linux_git_post || return 1
return 0
}
install_red_hat_enterprise_server_stable_post() {
install_red_hat_linux_stable_post || return 1
return 0
}
install_red_hat_enterprise_server_restart_daemons() {
install_red_hat_linux_restart_daemons || return 1
return 0
}
install_red_hat_enterprise_server_git_post() {
install_red_hat_linux_git_post || return 1
return 0
}
install_red_hat_enterprise_workstation_stable_post() {
install_red_hat_linux_stable_post || return 1
return 0
}
install_red_hat_enterprise_workstation_restart_daemons() {
install_red_hat_linux_restart_daemons || return 1
return 0
}
install_red_hat_enterprise_workstation_git_post() {
install_red_hat_linux_git_post || return 1
return 0
}
install_red_hat_linux_testing_deps() {
install_centos_testing_deps || return 1
return 0
}
install_red_hat_linux_testing() {
install_centos_testing || return 1
return 0
}
install_red_hat_linux_testing_post() {
install_centos_testing_post || return 1
return 0
}
install_red_hat_enterprise_server_testing_deps() {
install_centos_testing_deps || return 1
return 0
}
install_red_hat_enterprise_server_testing() {
install_centos_testing || return 1
return 0
}
install_red_hat_enterprise_server_testing_post() {
install_centos_testing_post || return 1
return 0
}
install_red_hat_enterprise_workstation_testing_deps() {
install_centos_testing_deps || return 1
return 0
}
install_red_hat_enterprise_workstation_testing() {
install_centos_testing || return 1
return 0
}
install_red_hat_enterprise_workstation_testing_post() {
install_centos_testing_post || return 1
return 0
}
#
# Ended RedHat Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Oracle Linux Install Functions
#
install_oracle_linux_stable_deps() {
install_centos_stable_deps || return 1
return 0
}
install_oracle_linux_git_deps() {
install_centos_git_deps || return 1
return 0
}
install_oracle_linux_testing_deps() {
install_centos_testing_deps || return 1
return 0
}
install_oracle_linux_stable() {
install_centos_stable || return 1
return 0
}
install_oracle_linux_git() {
install_centos_git || return 1
return 0
}
install_oracle_linux_testing() {
install_centos_testing || return 1
return 0
}
install_oracle_linux_stable_post() {
install_centos_stable_post || return 1
return 0
}
install_oracle_linux_git_post() {
install_centos_git_post || return 1
return 0
}
install_oracle_linux_testing_post() {
install_centos_testing_post || return 1
return 0
}
install_oracle_linux_restart_daemons() {
install_centos_restart_daemons || return 1
return 0
}
install_oracle_linux_check_services() {
install_centos_check_services || return 1
return 0
}
#
# Ended Oracle Linux Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Scientific Linux Install Functions
#
install_scientific_linux_stable_deps() {
install_centos_stable_deps || return 1
return 0
}
install_scientific_linux_git_deps() {
install_centos_git_deps || return 1
return 0
}
install_scientific_linux_testing_deps() {
install_centos_testing_deps || return 1
return 0
}
install_scientific_linux_stable() {
install_centos_stable || return 1
return 0
}
install_scientific_linux_git() {
install_centos_git || return 1
return 0
}
install_scientific_linux_testing() {
install_centos_testing || return 1
return 0
}
install_scientific_linux_stable_post() {
install_centos_stable_post || return 1
return 0
}
install_scientific_linux_git_post() {
install_centos_git_post || return 1
return 0
}
install_scientific_linux_testing_post() {
install_centos_testing_post || return 1
return 0
}
install_scientific_linux_restart_daemons() {
install_centos_restart_daemons || return 1
return 0
}
install_scientific_linux_check_services() {
install_centos_check_services || return 1
return 0
}
#
# Ended Scientific Linux Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# CloudLinux Install Functions
#
install_cloud_linux_stable_deps() {
install_centos_stable_deps || return 1
return 0
}
install_cloud_linux_git_deps() {
install_centos_git_deps || return 1
return 0
}
install_cloud_linux_testing_deps() {
install_centos_testing_deps || return 1
return 0
}
install_cloud_linux_stable() {
install_centos_stable || return 1
return 0
}
install_cloud_linux_git() {
install_centos_git || return 1
return 0
}
install_cloud_linux_testing() {
install_centos_testing || return 1
return 0
}
install_cloud_linux_stable_post() {
install_centos_stable_post || return 1
return 0
}
install_cloud_linux_git_post() {
install_centos_git_post || return 1
return 0
}
install_cloud_linux_testing_post() {
install_centos_testing_post || return 1
return 0
}
install_cloud_linux_restart_daemons() {
install_centos_restart_daemons || return 1
return 0
}
install_cloud_linux_check_services() {
install_centos_check_services || return 1
return 0
}
#
# End of CloudLinux Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Alpine Linux Install Functions
#
install_alpine_linux_stable_deps() {
__COMUNITY_REPO_ENABLED="$(grep '^https://dl-cdn.alpinelinux.org/alpine/edge/community$' /etc/apk/repositories)"
if [ "${__COMUNITY_REPO_ENABLED}" != "" ]; then
apk update
else
echo 'https://dl-cdn.alpinelinux.org/alpine/edge/community' >> /etc/apk/repositories
apk update
fi
}
install_alpine_linux_git_deps() {
apk -U add python2 py-virtualenv py2-crypto py2-setuptools \
py2-jinja2 py2-yaml py2-markupsafe py2-msgpack py2-psutil \
py2-zmq zeromq py2-requests || return 1
# Don't fail if un-installing python2-distribute threw an error
if ! __check_command_exists git; then
apk -U add git || return 1
fi
__git_clone_and_checkout || return 1
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
apk -U add py2-tornado
fi
fi
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_alpine_linux_stable() {
__PACKAGES="salt"
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-cloud"
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-master"
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-minion"
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-syndic"
fi
apk -U add "${__PACKAGES}" || return 1
return 0
}
install_alpine_linux_git() {
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/salt/syspaths.py" ]; then
python2 setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install || return 1
else
python2 setup.py ${SETUP_PY_INSTALL_ARGS} install || return 1
fi
return 0
}
install_alpine_linux_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip salt-syndic as there is no service for it on Alpine Linux
[ $fname = "syndic" ] && continue
if [ -f /sbin/rc-update ]; then
/sbin/rc-update add salt-$fname > /dev/null 2>&1
continue
fi
done
}
install_alpine_linux_git_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip salt-syndic as there is no service for it on Alpine Linux
[ $fname = "syndic" ] && continue
if [ -f /sbin/rc-update ]; then
/sbin/rc-update add salt-$fname > /dev/null 2>&1
continue
fi
done
}
install_alpine_linux_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip salt-syndic as there is no service for it on Alpine Linux
[ $fname = "syndic" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
/sbin/rc-service salt-$fname stop > /dev/null 2>&1
/sbin/rc-service salt-$fname start
done
}
install_alpine_linux_check_services() {
if [ ! -f /usr/bin/systemctl ]; then
# Not running systemd!? Don't check!
return 0
fi
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip salt-syndic as there is no service for it on Alpine Linux
[ $fname = "syndic" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
__check_services_alpine salt-$fname || return 1
done
return 0
}
daemons_running_alpine_linux() {
[ "$_START_DAEMONS" -eq $BS_FALSE ] && return 0
FAILED_DAEMONS=0
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip salt-syndic as there is no service for it on Alpine Linux
[ $fname = "syndic" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
# shellcheck disable=SC2009
if [ "$(ps wwwaux | grep -v grep | grep salt-$fname)" = "" ]; then
echoerror "salt-$fname was not found running"
FAILED_DAEMONS=$((FAILED_DAEMONS + 1))
fi
done
return $FAILED_DAEMONS
}
#
# Ended Alpine Linux Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Amazon Linux AMI Install Functions
#
install_amazon_linux_ami_deps() {
# We need to install yum-utils before doing anything else when installing on
# Amazon Linux ECS-optimized images. See issue #974.
yum -y install yum-utils
ENABLE_EPEL_CMD=""
if [ $_DISABLE_REPOS -eq $BS_TRUE ]; then
ENABLE_EPEL_CMD="--enablerepo=${_EPEL_REPO}"
fi
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
# enable the EPEL repo
/usr/bin/yum-config-manager --enable epel || return 1
# exclude Salt and ZeroMQ packages from EPEL
/usr/bin/yum-config-manager epel --setopt "epel.exclude=zeromq* salt* python-zmq*" --save || return 1
__REPO_FILENAME="saltstack-repo.repo"
if [ ! -s "/etc/yum.repos.d/${__REPO_FILENAME}" ]; then
cat <<_eof > "/etc/yum.repos.d/${__REPO_FILENAME}"
[saltstack-repo]
disabled=False
name=SaltStack repo for RHEL/CentOS 6
gpgcheck=1
gpgkey=$HTTP_VAL://repo.saltstack.com/yum/redhat/6/\$basearch/$STABLE_REV/SALTSTACK-GPG-KEY.pub
baseurl=$HTTP_VAL://repo.saltstack.com/yum/redhat/6/\$basearch/$STABLE_REV/
humanname=SaltStack repo for RHEL/CentOS 6
_eof
fi
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
yum -y update || return 1
fi
fi
__PACKAGES="PyYAML python-crypto python-msgpack python-zmq python26-ordereddict python-jinja2 python-requests"
# shellcheck disable=SC2086
yum -y install ${__PACKAGES} ${ENABLE_EPEL_CMD} || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
yum install -y ${_EXTRA_PACKAGES} ${ENABLE_EPEL_CMD} || return 1
fi
}
install_amazon_linux_ami_git_deps() {
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
yum -y install ca-certificates || return 1
fi
install_amazon_linux_ami_deps || return 1
ENABLE_EPEL_CMD=""
if [ $_DISABLE_REPOS -eq $BS_TRUE ]; then
ENABLE_EPEL_CMD="--enablerepo=${_EPEL_REPO}"
fi
if ! __check_command_exists git; then
yum -y install git ${ENABLE_EPEL_CMD} || return 1
fi
__git_clone_and_checkout || return 1
__PACKAGES=""
__PIP_PACKAGES=""
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__check_pip_allowed "You need to allow pip based installations (-P) in order to install apache-libcloud"
__PACKAGES="${__PACKAGES} python-pip"
__PIP_PACKAGES="${__PIP_PACKAGES} apache-libcloud>=$_LIBCLOUD_MIN_VERSION"
fi
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
__PACKAGES="${__PACKAGES} python-tornado"
fi
fi
if [ "${__PACKAGES}" != "" ]; then
# shellcheck disable=SC2086
yum -y install ${__PACKAGES} ${ENABLE_EPEL_CMD} || return 1
fi
if [ "${__PIP_PACKAGES}" != "" ]; then
# shellcheck disable=SC2086
pip-python install ${__PIP_PACKAGES} || return 1
fi
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_amazon_linux_ami_stable() {
install_centos_stable || return 1
return 0
}
install_amazon_linux_ami_stable_post() {
install_centos_stable_post || return 1
return 0
}
install_amazon_linux_ami_restart_daemons() {
install_centos_restart_daemons || return 1
return 0
}
install_amazon_linux_ami_git() {
install_centos_git || return 1
return 0
}
install_amazon_linux_ami_git_post() {
install_centos_git_post || return 1
return 0
}
install_amazon_linux_ami_testing() {
install_centos_testing || return 1
return 0
}
install_amazon_linux_ami_testing_post() {
install_centos_testing_post || return 1
return 0
}
#
# Ended Amazon Linux AMI Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Arch Install Functions
#
install_arch_linux_stable_deps() {
if [ ! -f /etc/pacman.d/gnupg ]; then
pacman-key --init && pacman-key --populate archlinux || return 1
fi
pacman -Sy --noconfirm --needed archlinux-keyring || return 1
pacman -Sy --noconfirm --needed pacman || return 1
if __check_command_exists pacman-db-upgrade; then
pacman-db-upgrade || return 1
fi
# YAML module is used for generating custom master/minion configs
pacman -Sy --noconfirm --needed python2-yaml
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
pacman -Syyu --noconfirm --needed || return 1
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
pacman -Sy --noconfirm --needed apache-libcloud || return 1
fi
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
pacman -Sy --noconfirm --needed ${_EXTRA_PACKAGES} || return 1
fi
}
install_arch_linux_git_deps() {
install_arch_linux_stable_deps
# Don't fail if un-installing python2-distribute threw an error
if ! __check_command_exists git; then
pacman -Sy --noconfirm --needed git || return 1
fi
pacman -R --noconfirm python2-distribute
pacman -Sy --noconfirm --needed python2-crypto python2-setuptools python2-jinja \
python2-markupsafe python2-msgpack python2-psutil \
python2-pyzmq zeromq python2-requests python2-systemd || return 1
__git_clone_and_checkout || return 1
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
pacman -Sy --noconfirm --needed python2-tornado
fi
fi
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_arch_linux_stable() {
pacman -Sy --noconfirm --needed pacman || return 1
# See https://mailman.archlinux.org/pipermail/arch-dev-public/2013-June/025043.html
# to know why we're ignoring below.
pacman -Syu --noconfirm --ignore filesystem,bash || return 1
pacman -S --noconfirm --needed bash || return 1
pacman -Su --noconfirm || return 1
# We can now resume regular salt update
pacman -Syu --noconfirm salt || return 1
return 0
}
install_arch_linux_git() {
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/salt/syspaths.py" ]; then
python2 setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install || return 1
else
python2 setup.py ${SETUP_PY_INSTALL_ARGS} install || return 1
fi
return 0
}
install_arch_linux_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Since Arch's pacman renames configuration files
if [ "$_TEMP_CONFIG_DIR" != "null" ] && [ -f "$_SALT_ETC_DIR/$fname.pacorig" ]; then
# Since a configuration directory was provided, it also means that any
# configuration file copied was renamed by Arch, see:
# https://wiki.archlinux.org/index.php/Pacnew_and_Pacsave_Files#.pacorig
__copyfile "$_SALT_ETC_DIR/$fname.pacorig" "$_SALT_ETC_DIR/$fname" $BS_TRUE
fi
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
if [ -f /usr/bin/systemctl ]; then
# Using systemd
/usr/bin/systemctl is-enabled salt-$fname.service > /dev/null 2>&1 || (
/usr/bin/systemctl preset salt-$fname.service > /dev/null 2>&1 &&
/usr/bin/systemctl enable salt-$fname.service > /dev/null 2>&1
)
sleep 0.1
/usr/bin/systemctl daemon-reload
continue
fi
# XXX: How do we enable old Arch init.d scripts?
done
}
install_arch_linux_git_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /usr/bin/systemctl ]; then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/rpm/salt-${fname}.service" "/lib/systemd/system/salt-${fname}.service"
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
/usr/bin/systemctl is-enabled salt-${fname}.service > /dev/null 2>&1 || (
/usr/bin/systemctl preset salt-${fname}.service > /dev/null 2>&1 &&
/usr/bin/systemctl enable salt-${fname}.service > /dev/null 2>&1
)
sleep 0.1
/usr/bin/systemctl daemon-reload
continue
fi
# SysV init!?
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/rpm/salt-$fname" "/etc/rc.d/init.d/salt-$fname"
chmod +x /etc/rc.d/init.d/salt-$fname
done
}
install_arch_linux_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /usr/bin/systemctl ]; then
/usr/bin/systemctl stop salt-$fname.service > /dev/null 2>&1
/usr/bin/systemctl start salt-$fname.service
continue
fi
/etc/rc.d/salt-$fname stop > /dev/null 2>&1
/etc/rc.d/salt-$fname start
done
}
install_arch_check_services() {
if [ ! -f /usr/bin/systemctl ]; then
# Not running systemd!? Don't check!
return 0
fi
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
__check_services_systemd salt-$fname || return 1
done
return 0
}
#
# Ended Arch Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# FreeBSD Install Functions
#
__freebsd_get_packagesite() {
if [ "$CPU_ARCH_L" = "amd64" ]; then
BSD_ARCH="x86:64"
elif [ "$CPU_ARCH_L" = "x86_64" ]; then
BSD_ARCH="x86:64"
elif [ "$CPU_ARCH_L" = "i386" ]; then
BSD_ARCH="x86:32"
elif [ "$CPU_ARCH_L" = "i686" ]; then
BSD_ARCH="x86:32"
fi
# Since the variable might not be set, don't, momentarily treat it as a
# failure
set +o nounset
# ABI is a std format for identifying release / architecture combos
ABI="freebsd:${DISTRO_MAJOR_VERSION}:${BSD_ARCH}"
_PACKAGESITE="http://pkg.freebsd.org/${ABI}/latest"
# Awkwardly, we want the `${ABI}` to be in conf file without escaping
PKGCONFURL="pkg+http://pkg.freebsd.org/\${ABI}/latest"
SALTPKGCONFURL="http://repo.saltstack.com/freebsd/\${ABI}/"
# Treat unset variables as errors once more
set -o nounset
}
# Using a separate conf step to head for idempotent install...
__configure_freebsd_pkg_details() {
## pkg.conf is deprecated.
## We use conf files in /usr/local or /etc instead
mkdir -p /usr/local/etc/pkg/repos/
mkdir -p /etc/pkg/
## Use new JSON-like format for pkg repo configs
## check if /etc/pkg/FreeBSD.conf is already in place
if [ ! -f /etc/pkg/FreeBSD.conf ]; then
conf_file=/usr/local/etc/pkg/repos/freebsd.conf
{
echo "FreeBSD:{"
echo " url: \"${PKGCONFURL}\","
echo " mirror_type: \"srv\","
echo " signature_type: \"fingerprints\","
echo " fingerprints: \"/usr/share/keys/pkg\","
echo " enabled: true"
echo "}"
} > $conf_file
__copyfile $conf_file /etc/pkg/FreeBSD.conf
fi
FROM_FREEBSD="-r FreeBSD"
## add saltstack freebsd repo
salt_conf_file=/usr/local/etc/pkg/repos/saltstack.conf
{
echo "SaltStack:{"
echo " url: \"${SALTPKGCONFURL}\","
echo " mirror_type: \"http\","
echo " enabled: true"
echo " priority: 10"
echo "}"
} > $salt_conf_file
FROM_SALTSTACK="-r SaltStack"
## ensure future ports builds use pkgng
echo "WITH_PKGNG= yes" >> /etc/make.conf
}
install_freebsd_9_stable_deps() {
_SALT_ETC_DIR=${BS_SALT_ETC_DIR:-/usr/local/etc/salt}
_PKI_DIR=${_SALT_ETC_DIR}/pki
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
#make variables available even if pkg already installed
__freebsd_get_packagesite
if [ ! -x /usr/local/sbin/pkg ]; then
# install new `pkg` code from its own tarball.
fetch "${_PACKAGESITE}/Latest/pkg.txz" || return 1
tar xf ./pkg.txz -s ",/.*/,,g" "*/pkg-static" || return 1
./pkg-static add ./pkg.txz || return 1
/usr/local/sbin/pkg2ng || return 1
fi
# Configure the pkg repository using new approach
__configure_freebsd_pkg_details || return 1
fi
# Now install swig
# shellcheck disable=SC2086
/usr/local/sbin/pkg install ${FROM_FREEBSD} -y swig || return 1
# YAML module is used for generating custom master/minion configs
# shellcheck disable=SC2086
/usr/local/sbin/pkg install ${FROM_FREEBSD} -y py27-yaml || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
/usr/local/sbin/pkg install ${FROM_FREEBSD} -y ${_EXTRA_PACKAGES} || return 1
fi
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
pkg upgrade -y || return 1
fi
return 0
}
install_freebsd_10_stable_deps() {
install_freebsd_9_stable_deps
}
install_freebsd_11_stable_deps() {
install_freebsd_9_stable_deps
}
install_freebsd_git_deps() {
install_freebsd_9_stable_deps || return 1
if ! __check_command_exists git; then
/usr/local/sbin/pkg install -y git || return 1
fi
/usr/local/sbin/pkg install -y www/py-requests || return 1
__git_clone_and_checkout || return 1
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
/usr/local/sbin/pkg install -y www/py-tornado || return 1
fi
fi
echodebug "Adapting paths to FreeBSD"
# The list of files was taken from Salt's BSD port Makefile
for file in doc/man/salt-key.1 doc/man/salt-cp.1 doc/man/salt-minion.1 \
doc/man/salt-syndic.1 doc/man/salt-master.1 doc/man/salt-run.1 \
doc/man/salt.7 doc/man/salt.1 doc/man/salt-call.1; do
[ ! -f $file ] && continue
echodebug "Patching ${file}"
sed -in -e "s|/etc/salt|${_SALT_ETC_DIR}|" \
-e "s|/srv/salt|${_SALT_ETC_DIR}/states|" \
-e "s|/srv/pillar|${_SALT_ETC_DIR}/pillar|" ${file}
done
if [ ! -f salt/syspaths.py ]; then
# We still can't provide the system paths, salt 0.16.x
# Let's patch salt's source and adapt paths to what's expected on FreeBSD
echodebug "Replacing occurrences of '/etc/salt' with \'${_SALT_ETC_DIR}\'"
# The list of files was taken from Salt's BSD port Makefile
for file in conf/minion conf/master salt/config.py salt/client.py \
salt/modules/mysql.py salt/utils/parsers.py salt/modules/tls.py \
salt/modules/postgres.py salt/utils/migrations.py; do
[ ! -f $file ] && continue
echodebug "Patching ${file}"
sed -in -e "s|/etc/salt|${_SALT_ETC_DIR}|" \
-e "s|/srv/salt|${_SALT_ETC_DIR}/states|" \
-e "s|/srv/pillar|${_SALT_ETC_DIR}/pillar|" ${file}
done
fi
echodebug "Finished patching"
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_freebsd_9_stable() {
# shellcheck disable=SC2086
/usr/local/sbin/pkg install ${FROM_SALTSTACK} -y sysutils/py-salt || return 1
return 0
}
install_freebsd_10_stable() {
install_freebsd_9_stable
}
install_freebsd_11_stable() {
#
# installing latest version of salt from FreeBSD CURRENT ports repo
#
# shellcheck disable=SC2086
/usr/local/sbin/pkg install ${FROM_FREEBSD} -y sysutils/py-salt || return 1
return 0
}
install_freebsd_git() {
# shellcheck disable=SC2086
/usr/local/sbin/pkg install ${FROM_SALTSTACK} -y sysutils/py-salt || return 1
# Let's keep the rc.d files before deleting the package
mkdir /tmp/rc-scripts || return 1
cp /usr/local/etc/rc.d/salt* /tmp/rc-scripts || return 1
# Let's delete the package
/usr/local/sbin/pkg delete -y sysutils/py-salt || return 1
# Install from git
if [ ! -f salt/syspaths.py ]; then
# We still can't provide the system paths, salt 0.16.x
/usr/local/bin/python2 setup.py ${SETUP_PY_INSTALL_ARGS} install || return 1
else
/usr/local/bin/python2 setup.py \
--salt-root-dir=/usr/local \
--salt-config-dir="${_SALT_ETC_DIR}" \
--salt-cache-dir="${_SALT_CACHE_DIR}" \
--salt-sock-dir=/var/run/salt \
--salt-srv-root-dir=/srv \
--salt-base-file-roots-dir="${_SALT_ETC_DIR}/states" \
--salt-base-pillar-roots-dir="${_SALT_ETC_DIR}/pillar" \
--salt-base-master-roots-dir="${_SALT_ETC_DIR}/salt-master" \
--salt-logs-dir=/var/log/salt \
--salt-pidfile-dir=/var/run ${SETUP_PY_INSTALL_ARGS} install \
|| return 1
fi
# Restore the rc.d scripts
cp /tmp/rc-scripts/salt* /usr/local/etc/rc.d/ || return 1
# Delete our temporary scripts directory
rm -rf /tmp/rc-scripts || return 1
# And we're good to go
return 0
}
install_freebsd_9_stable_post() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
enable_string="salt_${fname}_enable=\"YES\""
grep "$enable_string" /etc/rc.conf >/dev/null 2>&1
[ $? -eq 1 ] && echo "$enable_string" >> /etc/rc.conf
if [ $fname = "minion" ] ; then
grep "salt_minion_paths" /etc/rc.conf >/dev/null 2>&1
[ $? -eq 1 ] && echo "salt_minion_paths=\"/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin\"" >> /etc/rc.conf
fi
done
}
install_freebsd_10_stable_post() {
install_freebsd_9_stable_post
}
install_freebsd_11_stable_post() {
install_freebsd_9_stable_post
}
install_freebsd_git_post() {
install_freebsd_9_stable_post || return 1
return 0
}
install_freebsd_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
service salt_$fname stop > /dev/null 2>&1
service salt_$fname start
done
}
#
# Ended FreeBSD Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# OpenBSD Install Functions
#
__choose_openbsd_mirror() {
OPENBSD_REPO=''
MINTIME=''
MIRROR_LIST=$(awk -F= '/installpath = / {print $2}' /etc/examples/pkg.conf)
for MIRROR in $MIRROR_LIST; do
MIRROR_HOST=$(echo "$MIRROR" | sed -e 's|.*//||' -e 's|+*/.*$||')
TIME=$(ping -c 1 -w 1 -q "$MIRROR_HOST" | awk -F/ '/round-trip/ { print $5 }')
[ -z "$TIME" ] && continue
echodebug "ping time for $MIRROR_HOST is $TIME"
if [ -z "$MINTIME" ]; then
FASTER_MIRROR=1
else
FASTER_MIRROR=$(echo "$TIME < $MINTIME" | bc)
fi
if [ "$FASTER_MIRROR" -eq 1 ]; then
MINTIME=$TIME
OPENBSD_REPO="$MIRROR"
fi
done
}
install_openbsd_deps() {
__choose_openbsd_mirror || return 1
echoinfo "setting package repository to $OPENBSD_REPO with ping time of $MINTIME"
[ -n "$OPENBSD_REPO" ] || return 1
echo "installpath += ${OPENBSD_REPO}" >>/etc/pkg.conf || return 1
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
pkg_add -I -v ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_openbsd_git_deps() {
install_openbsd_deps || return 1
pkg_add -I -v git || return 1
__git_clone_and_checkout || return 1
#
# Let's trigger config_salt()
#
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_openbsd_git() {
#
# Install from git
#
if [ ! -f salt/syspaths.py ]; then
# We still can't provide the system paths, salt 0.16.x
/usr/local/bin/python2.7 setup.py ${SETUP_PY_INSTALL_ARGS} install || return 1
fi
return 0
}
install_openbsd_stable() {
pkg_add -r -I -v salt || return 1
return 0
}
install_openbsd_post() {
for fname in api master minion syndic; do
[ $fname = "api" ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
rcctl enable salt_$fname
done
return 0
}
install_openbsd_check_services() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && continue
if [ -f /etc/rc.d/salt_${fname} ]; then
__check_services_openbsd salt_${fname} || return 1
fi
done
return 0
}
install_openbsd_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
rcctl restart salt_${fname}
done
return 0
}
#
# Ended OpenBSD Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# SmartOS Install Functions
#
install_smartos_deps() {
pkgin -y install zeromq py27-crypto py27-msgpack py27-yaml py27-jinja2 py27-zmq py27-requests || return 1
# Set _SALT_ETC_DIR to SmartOS default if they didn't specify
_SALT_ETC_DIR=${BS_SALT_ETC_DIR:-/opt/local/etc/salt}
# We also need to redefine the PKI directory
_PKI_DIR=${_SALT_ETC_DIR}/pki
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
# Let's set the configuration directory to /tmp
_TEMP_CONFIG_DIR="/tmp"
CONFIG_SALT_FUNC="config_salt"
# Let's download, since they were not provided, the default configuration files
if [ ! -f "$_SALT_ETC_DIR/minion" ] && [ ! -f "$_TEMP_CONFIG_DIR/minion" ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -s -o "$_TEMP_CONFIG_DIR/minion" -L \
https://raw.githubusercontent.com/saltstack/salt/develop/conf/minion || return 1
fi
if [ ! -f "$_SALT_ETC_DIR/master" ] && [ ! -f $_TEMP_CONFIG_DIR/master ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -s -o "$_TEMP_CONFIG_DIR/master" -L \
https://raw.githubusercontent.com/saltstack/salt/develop/conf/master || return 1
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
pkgin -y install py27-apache-libcloud || return 1
fi
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
pkgin -y install ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_smartos_git_deps() {
install_smartos_deps || return 1
if ! __check_command_exists git; then
pkgin -y install git || return 1
fi
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# Install whichever tornado is in the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
__check_pip_allowed "You need to allow pip based installations (-P) in order to install the python package '${__REQUIRED_TORNADO}'"
# Install whichever futures is in the requirements file
__REQUIRED_FUTURES="$(grep futures "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
__check_pip_allowed "You need to allow pip based installations (-P) in order to install the python package '${__REQUIRED_FUTURES}'"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
if ! __check_command_exists pip; then
pkgin -y install py27-pip
fi
pip install -U "${__REQUIRED_TORNADO}"
fi
if [ "${__REQUIRED_FUTURES}" != "" ]; then
if ! __check_command_exists pip; then
pkgin -y install py27-pip
fi
pip install -U "${__REQUIRED_FUTURES}"
fi
fi
__git_clone_and_checkout || return 1
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_smartos_stable() {
pkgin -y install salt || return 1
return 0
}
install_smartos_git() {
# Use setuptools in order to also install dependencies
# lets force our config path on the setup for now, since salt/syspaths.py only got fixed in 2015.5.0
USE_SETUPTOOLS=1 /opt/local/bin/python setup.py --salt-config-dir="$_SALT_ETC_DIR" --salt-cache-dir="${_SALT_CACHE_DIR}" ${SETUP_PY_INSTALL_ARGS} install || return 1
return 0
}
install_smartos_post() {
smf_dir="/opt/custom/smf"
# Install manifest files if needed.
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
svcs network/salt-$fname > /dev/null 2>&1
if [ $? -eq 1 ]; then
if [ ! -f "$_TEMP_CONFIG_DIR/salt-$fname.xml" ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -s -o "$_TEMP_CONFIG_DIR/salt-$fname.xml" -L \
"https://raw.githubusercontent.com/saltstack/salt/develop/pkg/smartos/salt-$fname.xml"
fi
svccfg import "$_TEMP_CONFIG_DIR/salt-$fname.xml"
if [ "${VIRTUAL_TYPE}" = "global" ]; then
if [ ! -d "$smf_dir" ]; then
mkdir -p "$smf_dir" || return 1
fi
if [ ! -f "$smf_dir/salt-$fname.xml" ]; then
__copyfile "$_TEMP_CONFIG_DIR/salt-$fname.xml" "$smf_dir/" || return 1
fi
fi
fi
done
return 0
}
install_smartos_git_post() {
smf_dir="/opt/custom/smf"
# Install manifest files if needed.
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
svcs "network/salt-$fname" > /dev/null 2>&1
if [ $? -eq 1 ]; then
svccfg import "${_SALT_GIT_CHECKOUT_DIR}/pkg/smartos/salt-$fname.xml"
if [ "${VIRTUAL_TYPE}" = "global" ]; then
if [ ! -d $smf_dir ]; then
mkdir -p "$smf_dir"
fi
if [ ! -f "$smf_dir/salt-$fname.xml" ]; then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/smartos/salt-$fname.xml" "$smf_dir/"
fi
fi
fi
done
return 0
}
install_smartos_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Stop if running && Start service
svcadm disable salt-$fname > /dev/null 2>&1
svcadm enable salt-$fname
done
return 0
}
#
# Ended SmartOS Install Functions
#
#######################################################################################################################
#######################################################################################################################
#
# openSUSE Install Functions.
#
__ZYPPER_REQUIRES_REPLACE_FILES=-1
__set_suse_pkg_repo() {
suse_pkg_url_path="${DISTRO_REPO}/systemsmanagement:saltstack.repo"
if [ "$_DOWNSTREAM_PKG_REPO" -eq $BS_TRUE ]; then
suse_pkg_url_base="http://download.opensuse.org/repositories/systemsmanagement:/saltstack"
else
suse_pkg_url_base="${HTTP_VAL}://repo.saltstack.com/opensuse"
fi
SUSE_PKG_URL="$suse_pkg_url_base/$suse_pkg_url_path"
}
__version_lte() {
if ! __check_command_exists python; then
zypper zypper --non-interactive install --replacefiles --auto-agree-with-licenses python || \
zypper zypper --non-interactive install --auto-agree-with-licenses python || return 1
fi
if [ "$(python -c 'import sys; V1=tuple([int(i) for i in sys.argv[1].split(".")]); V2=tuple([int(i) for i in sys.argv[2].split(".")]); print V1<=V2' "$1" "$2")" = "True" ]; then
__ZYPPER_REQUIRES_REPLACE_FILES=${BS_TRUE}
else
__ZYPPER_REQUIRES_REPLACE_FILES=${BS_FALSE}
fi
}
__zypper() {
zypper --non-interactive "${@}"; return $?
}
__zypper_install() {
if [ "${__ZYPPER_REQUIRES_REPLACE_FILES}" = "-1" ]; then
__version_lte "1.10.4" "$(zypper --version | awk '{ print $2 }')"
fi
if [ "${__ZYPPER_REQUIRES_REPLACE_FILES}" = "${BS_TRUE}" ]; then
# In case of file conflicts replace old files.
# Option present in zypper 1.10.4 and newer:
# https://github.com/openSUSE/zypper/blob/95655728d26d6d5aef7796b675f4cc69bc0c05c0/package/zypper.changes#L253
__zypper install --auto-agree-with-licenses --replacefiles "${@}"; return $?
else
__zypper install --auto-agree-with-licenses "${@}"; return $?
fi
}
install_opensuse_stable_deps() {
if [ "${DISTRO_MAJOR_VERSION}" -gt 2015 ]; then
DISTRO_REPO="openSUSE_Tumbleweed"
elif [ "${DISTRO_MAJOR_VERSION}" -ge 42 ]; then
DISTRO_REPO="openSUSE_Leap_${DISTRO_MAJOR_VERSION}.${DISTRO_MINOR_VERSION}"
elif [ "${DISTRO_MAJOR_VERSION}" -lt 42 ]; then
DISTRO_REPO="openSUSE_${DISTRO_MAJOR_VERSION}.${DISTRO_MINOR_VERSION}"
fi
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
# Is the repository already known
__set_suse_pkg_repo
# Check zypper repos and refresh if necessary
__check_and_refresh_suse_pkg_repo
fi
__zypper --gpg-auto-import-keys refresh
if [ $? -ne 0 ] && [ $? -ne 4 ]; then
# If the exit code is not 0, and it's not 4 (failed to update a
# repository) return a failure. Otherwise continue.
return 1
fi
if [ "$DISTRO_MAJOR_VERSION" -eq 12 ] && [ "$DISTRO_MINOR_VERSION" -eq 3 ]; then
# Because patterns-openSUSE-minimal_base-conflicts conflicts with python, lets remove the first one
__zypper remove patterns-openSUSE-minimal_base-conflicts
fi
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
__zypper --gpg-auto-import-keys update || return 1
fi
# Salt needs python-zypp installed in order to use the zypper module
__PACKAGES="python-zypp"
__PACKAGES="${__PACKAGES} python python-Jinja2 python-M2Crypto python-PyYAML python-requests"
__PACKAGES="${__PACKAGES} python-msgpack-python python-pycrypto python-pyzmq python-xml"
if [ "$DISTRO_MAJOR_VERSION" -lt 13 ]; then
__PACKAGES="${__PACKAGES} libzmq3"
elif [ "$DISTRO_MAJOR_VERSION" -eq 13 ]; then
__PACKAGES="${__PACKAGES} libzmq3"
elif [ "$DISTRO_MAJOR_VERSION" -gt 13 ]; then
__PACKAGES="${__PACKAGES} libzmq5"
fi
# shellcheck disable=SC2086
__zypper_install ${__PACKAGES} || return 1
# Fix for OpenSUSE 13.2 and 2015.8 - gcc should not be required. Work around until package is fixed by SuSE
_EXTRA_PACKAGES="${_EXTRA_PACKAGES} gcc python-devel libgit2-devel"
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__zypper_install ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_opensuse_git_deps() {
if [ "$_INSECURE_DL" -eq $BS_FALSE ] && [ "${_SALT_REPO_URL%%://*}" = "https" ]; then
__zypper_install ca-certificates || return 1
fi
install_opensuse_stable_deps || return 1
if ! __check_command_exists git; then
__zypper_install git || return 1
fi
__zypper_install patch || return 1
__git_clone_and_checkout || return 1
__PACKAGES=""
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
__PACKAGES="${__PACKAGES} python-tornado"
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-apache-libcloud"
fi
# shellcheck disable=SC2086
__zypper_install ${__PACKAGES} || return 1
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_opensuse_stable() {
__PACKAGES=""
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ];then
__PACKAGES="${__PACKAGES} salt-cloud"
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-master"
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-minion"
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} salt-syndic"
fi
# shellcheck disable=SC2086
__zypper_install $__PACKAGES || return 1
return 0
}
install_opensuse_git() {
python setup.py ${SETUP_PY_INSTALL_ARGS} install --prefix=/usr || return 1
return 0
}
install_opensuse_stable_post() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
systemctl is-enabled salt-$fname.service || (systemctl preset salt-$fname.service && systemctl enable salt-$fname.service)
sleep 0.1
systemctl daemon-reload
continue
fi
/sbin/chkconfig --add salt-$fname
/sbin/chkconfig salt-$fname on
done
return 0
}
install_opensuse_git_post() {
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
use_usr_lib=$BS_FALSE
if [ "${DISTRO_MAJOR_VERSION}" -gt 13 ] || ([ "${DISTRO_MAJOR_VERSION}" -eq 13 ] && [ "${DISTRO_MINOR_VERSION}" -ge 2 ]); then
use_usr_lib=$BS_TRUE
fi
if [ "${DISTRO_MAJOR_VERSION}" -eq 12 ] && [ -d "/usr/lib/systemd/" ]; then
use_usr_lib=$BS_TRUE
fi
if [ "${use_usr_lib}" -eq $BS_TRUE ]; then
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/salt-${fname}.service" "/usr/lib/systemd/system/salt-${fname}.service"
else
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/salt-${fname}.service" "/lib/systemd/system/salt-${fname}.service"
fi
continue
fi
__copyfile "${_SALT_GIT_CHECKOUT_DIR}/pkg/rpm/salt-$fname" "/etc/init.d/salt-$fname"
chmod +x /etc/init.d/salt-$fname
done
install_opensuse_stable_post || return 1
return 0
}
install_opensuse_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
systemctl stop salt-$fname > /dev/null 2>&1
systemctl start salt-$fname.service
continue
fi
service salt-$fname stop > /dev/null 2>&1
service salt-$fname start
done
}
install_opensuse_check_services() {
if [ ! -f /bin/systemctl ]; then
# Not running systemd!? Don't check!
return 0
fi
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
__check_services_systemd salt-$fname > /dev/null 2>&1 || __check_services_systemd salt-$fname.service > /dev/null 2>&1 || return 1
done
return 0
}
#
# End of openSUSE Install Functions.
#
#######################################################################################################################
#######################################################################################################################
#
# SUSE Enterprise 12
#
install_suse_12_stable_deps() {
SUSE_PATCHLEVEL=$(awk '/PATCHLEVEL/ {print $3}' /etc/SuSE-release )
if [ "${SUSE_PATCHLEVEL}" != "" ]; then
DISTRO_PATCHLEVEL="_SP${SUSE_PATCHLEVEL}"
fi
DISTRO_REPO="SLE_${DISTRO_MAJOR_VERSION}${DISTRO_PATCHLEVEL}"
# SLES 12 repo name does not use a patch level so PATCHLEVEL will need to be updated with SP1
#DISTRO_REPO="SLE_${DISTRO_MAJOR_VERSION}${DISTRO_PATCHLEVEL}"
DISTRO_REPO="SLE_${DISTRO_MAJOR_VERSION}"
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
# Is the repository already known
__set_suse_pkg_repo
# Check zypper repos and refresh if necessary
__check_and_refresh_suse_pkg_repo
fi
__zypper --gpg-auto-import-keys refresh || return 1
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
__zypper --gpg-auto-import-keys update || return 1
fi
# Salt needs python-zypp installed in order to use the zypper module
__PACKAGES="python-zypp"
# shellcheck disable=SC2089
__PACKAGES="${__PACKAGES} libzmq5 python python-Jinja2 python-msgpack-python"
__PACKAGES="${__PACKAGES} python-pycrypto python-pyzmq python-pip python-xml python-requests"
if [ "$SUSE_PATCHLEVEL" -eq 1 ]; then
__check_pip_allowed
echowarn "PyYaml will be installed using pip"
else
__PACKAGES="${__PACKAGES} python-PyYAML"
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-apache-libcloud"
fi
# shellcheck disable=SC2086,SC2090
__zypper_install ${__PACKAGES} || return 1
if [ "$SUSE_PATCHLEVEL" -eq 1 ]; then
# There's no python-PyYaml in SP1, let's install it using pip
pip install PyYaml || return 1
fi
# PIP based installs need to copy configuration files "by hand".
if [ "$SUSE_PATCHLEVEL" -eq 1 ]; then
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
# Let's set the configuration directory to /tmp
_TEMP_CONFIG_DIR="/tmp"
CONFIG_SALT_FUNC="config_salt"
for fname in api master minion syndic; do
# Skip salt-api since there is no example config for it in the Salt git repo
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Syndic uses the same configuration file as the master
[ $fname = "syndic" ] && fname=master
# Let's download, since they were not provided, the default configuration files
if [ ! -f "$_SALT_ETC_DIR/$fname" ] && [ ! -f "$_TEMP_CONFIG_DIR/$fname" ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -s -o "$_TEMP_CONFIG_DIR/$fname" -L \
"https://raw.githubusercontent.com/saltstack/salt/develop/conf/$fname" || return 1
fi
done
fi
fi
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__zypper_install ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_suse_12_git_deps() {
install_suse_12_stable_deps || return 1
if ! __check_command_exists git; then
__zypper_install git || return 1
fi
__git_clone_and_checkout || return 1
__PACKAGES=""
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
__PACKAGES="${__PACKAGES} python-tornado"
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-apache-libcloud"
fi
# shellcheck disable=SC2086
__zypper_install ${__PACKAGES} || return 1
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_suse_12_stable() {
if [ "$SUSE_PATCHLEVEL" -gt 1 ]; then
install_opensuse_stable || return 1
else
# USE_SETUPTOOLS=1 To work around
# error: option --single-version-externally-managed not recognized
USE_SETUPTOOLS=1 pip install salt || return 1
fi
return 0
}
install_suse_12_git() {
install_opensuse_git || return 1
return 0
}
install_suse_12_stable_post() {
if [ "$SUSE_PATCHLEVEL" -gt 1 ]; then
install_opensuse_stable_post || return 1
else
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -L "https://github.com/saltstack/salt/raw/develop/pkg/salt-$fname.service" \
-o "/usr/lib/systemd/system/salt-$fname.service" || return 1
continue
fi
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
if [ -f /bin/systemctl ]; then
systemctl is-enabled salt-$fname.service || (systemctl preset salt-$fname.service && systemctl enable salt-$fname.service)
sleep 0.1
systemctl daemon-reload
fi
done
fi
return 0
}
install_suse_12_git_post() {
install_opensuse_git_post || return 1
return 0
}
install_suse_12_restart_daemons() {
install_opensuse_restart_daemons || return 1
return 0
}
#
# End of SUSE Enterprise 12
#
#######################################################################################################################
#######################################################################################################################
#
# SUSE Enterprise 11
#
install_suse_11_stable_deps() {
SUSE_PATCHLEVEL=$(awk '/PATCHLEVEL/ {print $3}' /etc/SuSE-release )
if [ "${SUSE_PATCHLEVEL}" != "" ]; then
if [ "${SUSE_PATCHLEVEL}" != "4" ]; then
echowarn "Salt packages for SLE 11 are only build for SP4."
echowarn "Attempting to install SP4 packages on SP${SUSE_PATCHLEVEL}."
fi
DISTRO_PATCHLEVEL="_SP4"
fi
DISTRO_REPO="SLE_${DISTRO_MAJOR_VERSION}${DISTRO_PATCHLEVEL}"
if [ $_DISABLE_REPOS -eq $BS_FALSE ]; then
# Is the repository already known
__set_suse_pkg_repo
# Check zypper repos and refresh if necessary
__check_and_refresh_suse_pkg_repo
fi
__zypper --gpg-auto-import-keys refresh || return 1
if [ "$_UPGRADE_SYS" -eq $BS_TRUE ]; then
__zypper --gpg-auto-import-keys update || return 1
fi
# Salt needs python-zypp installed in order to use the zypper module
__PACKAGES="python-zypp"
# shellcheck disable=SC2089
__PACKAGES="${__PACKAGES} libzmq5 python python-Jinja2 python-msgpack-python"
__PACKAGES="${__PACKAGES} python-pycrypto python-pyzmq python-pip python-xml python-requests"
if [ "$SUSE_PATCHLEVEL" -eq 1 ]; then
__check_pip_allowed
echowarn "PyYaml will be installed using pip"
else
__PACKAGES="${__PACKAGES} python-PyYAML"
fi
# shellcheck disable=SC2086,SC2090
__zypper_install ${__PACKAGES} || return 1
if [ "$SUSE_PATCHLEVEL" -eq 1 ]; then
# There's no python-PyYaml in SP1, let's install it using pip
pip install PyYaml || return 1
fi
# PIP based installs need to copy configuration files "by hand".
if [ "$SUSE_PATCHLEVEL" -eq 1 ]; then
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
# Let's set the configuration directory to /tmp
_TEMP_CONFIG_DIR="/tmp"
CONFIG_SALT_FUNC="config_salt"
for fname in api master minion syndic; do
# Skip salt-api since there is no example config for it in the Salt git repo
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# Syndic uses the same configuration file as the master
[ $fname = "syndic" ] && fname=master
# Let's download, since they were not provided, the default configuration files
if [ ! -f "$_SALT_ETC_DIR/$fname" ] && [ ! -f "$_TEMP_CONFIG_DIR/$fname" ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -s -o "$_TEMP_CONFIG_DIR/$fname" -L \
"https://raw.githubusercontent.com/saltstack/salt/develop/conf/$fname" || return 1
fi
done
fi
fi
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__zypper_install ${_EXTRA_PACKAGES} || return 1
fi
return 0
}
install_suse_11_git_deps() {
install_suse_11_stable_deps || return 1
if ! __check_command_exists git; then
__zypper_install git || return 1
fi
__git_clone_and_checkout || return 1
__PACKAGES=""
if [ -f "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt" ]; then
# We're on the develop branch, install whichever tornado is on the requirements file
__REQUIRED_TORNADO="$(grep tornado "${_SALT_GIT_CHECKOUT_DIR}/requirements/base.txt")"
if [ "${__REQUIRED_TORNADO}" != "" ]; then
__PACKAGES="${__PACKAGES} python-tornado"
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__PACKAGES="${__PACKAGES} python-apache-libcloud"
fi
# shellcheck disable=SC2086
__zypper_install ${__PACKAGES} || return 1
# Let's trigger config_salt()
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="${_SALT_GIT_CHECKOUT_DIR}/conf/"
CONFIG_SALT_FUNC="config_salt"
fi
return 0
}
install_suse_11_stable() {
if [ "$SUSE_PATCHLEVEL" -gt 1 ]; then
install_opensuse_stable || return 1
else
# USE_SETUPTOOLS=1 To work around
# error: option --single-version-externally-managed not recognized
USE_SETUPTOOLS=1 pip install salt || return 1
fi
return 0
}
install_suse_11_git() {
install_opensuse_git || return 1
return 0
}
install_suse_11_stable_post() {
if [ "$SUSE_PATCHLEVEL" -gt 1 ]; then
install_opensuse_stable_post || return 1
else
for fname in api master minion syndic; do
# Skip if not meant to be installed
[ $fname = "api" ] && \
([ "$_INSTALL_MASTER" -eq $BS_FALSE ] || ! __check_command_exists "salt-${fname}") && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -f /bin/systemctl ]; then
# shellcheck disable=SC2086
curl $_CURL_ARGS -L "https://github.com/saltstack/salt/raw/develop/pkg/salt-$fname.service" \
-o "/lib/systemd/system/salt-$fname.service" || return 1
continue
fi
# shellcheck disable=SC2086
curl $_CURL_ARGS -L "https://github.com/saltstack/salt/raw/develop/pkg/rpm/salt-$fname" \
-o "/etc/init.d/salt-$fname" || return 1
chmod +x "/etc/init.d/salt-$fname"
done
fi
return 0
}
install_suse_11_git_post() {
install_opensuse_git_post || return 1
return 0
}
install_suse_11_restart_daemons() {
install_opensuse_restart_daemons || return 1
return 0
}
#
# End of SUSE Enterprise 11
#
#######################################################################################################################
#
# SUSE Enterprise General Functions
#
# Used for both SLE 11 and 12
install_suse_check_services() {
if [ ! -f /bin/systemctl ]; then
# Not running systemd!? Don't check!
return 0
fi
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
__check_services_systemd salt-$fname || return 1
done
return 0
}
#
# SUSE Enterprise General Functions
#
#######################################################################################################################
#######################################################################################################################
#
# Gentoo Install Functions.
#
__emerge() {
if [ "$_GENTOO_USE_BINHOST" -eq $BS_TRUE ]; then
emerge --autounmask-write --getbinpkg "${@}"; return $?
fi
emerge --autounmask-write "${@}"; return $?
}
__gentoo_config_protection() {
# usually it's a good thing to have config files protected by portage, but
# in this case this would require to interrupt the bootstrapping script at
# this point, manually merge the changes using etc-update/dispatch-conf/
# cfg-update and then restart the bootstrapping script, so instead we allow
# at this point to modify certain config files directly
export CONFIG_PROTECT_MASK="${CONFIG_PROTECT_MASK:-} /etc/portage/package.accept_keywords /etc/portage/package.keywords /etc/portage/package.license /etc/portage/package.unmask /etc/portage/package.use"
}
__gentoo_pre_dep() {
if [ "$_ECHO_DEBUG" -eq $BS_TRUE ]; then
if __check_command_exists eix; then
eix-sync
else
emerge --sync
fi
else
if __check_command_exists eix; then
eix-sync -q
else
emerge --sync --quiet
fi
fi
if [ ! -d /etc/portage ]; then
mkdir /etc/portage
fi
}
__gentoo_post_dep() {
# ensures dev-lib/crypto++ compiles happily
__emerge --oneshot 'sys-devel/libtool'
# the -o option asks it to emerge the deps but not the package.
__gentoo_config_protection
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
__emerge -v 'dev-python/libcloud'
fi
__emerge -vo 'dev-python/requests'
__emerge -vo 'app-admin/salt'
if [ "${_EXTRA_PACKAGES}" != "" ]; then
echoinfo "Installing the following extra packages as requested: ${_EXTRA_PACKAGES}"
# shellcheck disable=SC2086
__emerge -v ${_EXTRA_PACKAGES} || return 1
fi
}
install_gentoo_deps() {
__gentoo_pre_dep || return 1
__gentoo_post_dep || return 1
}
install_gentoo_git_deps() {
__gentoo_pre_dep || return 1
__gentoo_post_dep || return 1
}
install_gentoo_stable() {
__gentoo_config_protection
__emerge -v 'app-admin/salt' || return 1
}
install_gentoo_git() {
__gentoo_config_protection
__emerge -v '=app-admin/salt-9999' || return 1
}
install_gentoo_post() {
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -d "/run/systemd/system" ]; then
systemctl enable salt-$fname.service
systemctl start salt-$fname.service
else
rc-update add salt-$fname default
/etc/init.d/salt-$fname start
fi
done
}
install_gentoo_restart_daemons() {
[ $_START_DAEMONS -eq $BS_FALSE ] && return
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ -d "/run/systemd/system" ]; then
systemctl stop salt-$fname > /dev/null 2>&1
systemctl start salt-$fname.service
else
/etc/init.d/salt-$fname stop > /dev/null 2>&1
/etc/init.d/salt-$fname start
fi
done
}
install_gentoo_check_services() {
if [ ! -d "/run/systemd/system" ]; then
# Not running systemd!? Don't check!
return 0
fi
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
__check_services_systemd salt-$fname || return 1
done
return 0
}
#
# End of Gentoo Install Functions.
#
#######################################################################################################################
#######################################################################################################################
#
# Default minion configuration function. Matches ANY distribution as long as
# the -c options is passed.
#
config_salt() {
# If the configuration directory is not passed, return
[ "$_TEMP_CONFIG_DIR" = "null" ] && return
if [ "$_CONFIG_ONLY" -eq $BS_TRUE ]; then
echowarn "Passing -C (config only) option implies -F (forced overwrite)."
if [ "$_FORCE_OVERWRITE" -ne $BS_TRUE ]; then
echowarn "Overwriting configs in 11 seconds!"
sleep 11
_FORCE_OVERWRITE=$BS_TRUE
fi
fi
# Let's create the necessary directories
[ -d "$_SALT_ETC_DIR" ] || mkdir "$_SALT_ETC_DIR" || return 1
[ -d "$_PKI_DIR" ] || (mkdir -p "$_PKI_DIR" && chmod 700 "$_PKI_DIR") || return 1
# If -C or -F was passed, we don't need a .bak file for the config we're updating
# This is used in the custom master/minion config file checks below
CREATE_BAK=$BS_TRUE
if [ "$_FORCE_OVERWRITE" -eq $BS_TRUE ]; then
CREATE_BAK=$BS_FALSE
fi
CONFIGURED_ANYTHING=$BS_FALSE
# Copy the grains file if found
if [ -f "$_TEMP_CONFIG_DIR/grains" ]; then
echodebug "Moving provided grains file from $_TEMP_CONFIG_DIR/grains to $_SALT_ETC_DIR/grains"
__movefile "$_TEMP_CONFIG_DIR/grains" "$_SALT_ETC_DIR/grains" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
if [ "$_INSTALL_MINION" -eq $BS_TRUE ] || \
[ "$_CONFIG_ONLY" -eq $BS_TRUE ] || [ "$_CUSTOM_MINION_CONFIG" != "null" ]; then
# Create the PKI directory
[ -d "$_PKI_DIR/minion" ] || (mkdir -p "$_PKI_DIR/minion" && chmod 700 "$_PKI_DIR/minion") || return 1
# Check to see if a custom minion config json dict was provided
if [ "$_CUSTOM_MINION_CONFIG" != "null" ]; then
# Check if a minion config file already exists and move to .bak if needed
if [ -f "$_SALT_ETC_DIR/minion" ] && [ "$CREATE_BAK" -eq "$BS_TRUE" ]; then
__movefile "$_SALT_ETC_DIR/minion" "$_SALT_ETC_DIR/minion.bak" $BS_TRUE || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
# Overwrite/create the config file with the yaml string
__overwriteconfig "$_SALT_ETC_DIR/minion" "$_CUSTOM_MINION_CONFIG" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
# Copy the minions configuration if found
# Explicitly check for custom master config to avoid moving the minion config
elif [ -f "$_TEMP_CONFIG_DIR/minion" ] && [ "$_CUSTOM_MASTER_CONFIG" = "null" ]; then
__movefile "$_TEMP_CONFIG_DIR/minion" "$_SALT_ETC_DIR" "$_FORCE_OVERWRITE" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
# Copy the minion's keys if found
if [ -f "$_TEMP_CONFIG_DIR/minion.pem" ]; then
__movefile "$_TEMP_CONFIG_DIR/minion.pem" "$_PKI_DIR/minion/" "$_CONFIG_ONLY" || return 1
chmod 400 "$_PKI_DIR/minion/minion.pem" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
if [ -f "$_TEMP_CONFIG_DIR/minion.pub" ]; then
__movefile "$_TEMP_CONFIG_DIR/minion.pub" "$_PKI_DIR/minion/" "$_CONFIG_ONLY" || return 1
chmod 664 "$_PKI_DIR/minion/minion.pub" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
# For multi-master-pki, copy the master_sign public key if found
if [ -f "$_TEMP_CONFIG_DIR/master_sign.pub" ]; then
__movefile "$_TEMP_CONFIG_DIR/master_sign.pub" "$_PKI_DIR/minion/" || return 1
chmod 664 "$_PKI_DIR/minion/master_sign.pub" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
fi
# only (re)place master or syndic configs if -M (install master) or -S
# (install syndic) specified
OVERWRITE_MASTER_CONFIGS=$BS_FALSE
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ] && [ "$_CONFIG_ONLY" -eq $BS_TRUE ]; then
OVERWRITE_MASTER_CONFIGS=$BS_TRUE
fi
if [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ] && [ "$_CONFIG_ONLY" -eq $BS_TRUE ]; then
OVERWRITE_MASTER_CONFIGS=$BS_TRUE
fi
if [ "$_INSTALL_MASTER" -eq $BS_TRUE ] || [ "$_INSTALL_SYNDIC" -eq $BS_TRUE ] || [ "$OVERWRITE_MASTER_CONFIGS" -eq $BS_TRUE ] || [ "$_CUSTOM_MASTER_CONFIG" != "null" ]; then
# Create the PKI directory
[ -d "$_PKI_DIR/master" ] || (mkdir -p "$_PKI_DIR/master" && chmod 700 "$_PKI_DIR/master") || return 1
# Check to see if a custom master config json dict was provided
if [ "$_CUSTOM_MASTER_CONFIG" != "null" ]; then
# Check if a master config file already exists and move to .bak if needed
if [ -f "$_SALT_ETC_DIR/master" ] && [ "$CREATE_BAK" -eq "$BS_TRUE" ]; then
__movefile "$_SALT_ETC_DIR/master" "$_SALT_ETC_DIR/master.bak" $BS_TRUE || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
# Overwrite/create the config file with the yaml string
__overwriteconfig "$_SALT_ETC_DIR/master" "$_CUSTOM_MASTER_CONFIG" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
# Copy the masters configuration if found
elif [ -f "$_TEMP_CONFIG_DIR/master" ]; then
__movefile "$_TEMP_CONFIG_DIR/master" "$_SALT_ETC_DIR" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
# Copy the master's keys if found
if [ -f "$_TEMP_CONFIG_DIR/master.pem" ]; then
__movefile "$_TEMP_CONFIG_DIR/master.pem" "$_PKI_DIR/master/" || return 1
chmod 400 "$_PKI_DIR/master/master.pem" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
if [ -f "$_TEMP_CONFIG_DIR/master.pub" ]; then
__movefile "$_TEMP_CONFIG_DIR/master.pub" "$_PKI_DIR/master/" || return 1
chmod 664 "$_PKI_DIR/master/master.pub" || return 1
CONFIGURED_ANYTHING=$BS_TRUE
fi
fi
if [ "$_INSTALL_CLOUD" -eq $BS_TRUE ]; then
# Recursively copy salt-cloud configs with overwriting if necessary
for file in "$_TEMP_CONFIG_DIR"/cloud*; do
if [ -f "$file" ]; then
__copyfile "$file" "$_SALT_ETC_DIR" || return 1
elif [ -d "$file" ]; then
subdir="$(basename "$file")"
mkdir -p "$_SALT_ETC_DIR/$subdir"
for file_d in "$_TEMP_CONFIG_DIR/$subdir"/*; do
if [ -f "$file_d" ]; then
__copyfile "$file_d" "$_SALT_ETC_DIR/$subdir" || return 1
fi
done
fi
done
fi
if [ "$_CONFIG_ONLY" -eq $BS_TRUE ] && [ $CONFIGURED_ANYTHING -eq $BS_FALSE ]; then
echowarn "No configuration or keys were copied over. No configuration was done!"
exit 0
fi
return 0
}
#
# Ended Default Configuration function
#
#######################################################################################################################
#######################################################################################################################
#
# Default salt master minion keys pre-seed function. Matches ANY distribution
# as long as the -k option is passed.
#
preseed_master() {
# Create the PKI directory
if [ "$(find "$_TEMP_KEYS_DIR" -maxdepth 1 -type f | wc -l)" -lt 1 ]; then
echoerror "No minion keys were uploaded. Unable to pre-seed master"
return 1
fi
SEED_DEST="$_PKI_DIR/master/minions"
[ -d "$SEED_DEST" ] || (mkdir -p "$SEED_DEST" && chmod 700 "$SEED_DEST") || return 1
for keyfile in $_TEMP_KEYS_DIR/*; do
keyfile=$(basename "${keyfile}")
src_keyfile="${_TEMP_KEYS_DIR}/${keyfile}"
dst_keyfile="${SEED_DEST}/${keyfile}"
# If it's not a file, skip to the next
[ ! -f "$src_keyfile" ] && continue
__movefile "$src_keyfile" "$dst_keyfile" || return 1
chmod 664 "$dst_keyfile" || return 1
done
return 0
}
#
# Ended Default Salt Master Pre-Seed minion keys function
#
#######################################################################################################################
#######################################################################################################################
#
# This function checks if all of the installed daemons are running or not.
#
daemons_running() {
[ "$_START_DAEMONS" -eq $BS_FALSE ] && return 0
FAILED_DAEMONS=0
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
# shellcheck disable=SC2009
if [ "${DISTRO_NAME}" = "SmartOS" ]; then
if [ "$(svcs -Ho STA salt-$fname)" != "ON" ]; then
echoerror "salt-$fname was not found running"
FAILED_DAEMONS=$((FAILED_DAEMONS + 1))
fi
elif [ "$(ps wwwaux | grep -v grep | grep salt-$fname)" = "" ]; then
echoerror "salt-$fname was not found running"
FAILED_DAEMONS=$((FAILED_DAEMONS + 1))
fi
done
return $FAILED_DAEMONS
}
#
# Ended daemons running check function
#
#######################################################################################################################
#======================================================================================================================
# LET'S PROCEED WITH OUR INSTALLATION
#======================================================================================================================
# Let's get the dependencies install function
if [ ${_NO_DEPS} -eq $BS_FALSE ]; then
DEP_FUNC_NAMES="install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}_deps"
DEP_FUNC_NAMES="$DEP_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}_deps"
DEP_FUNC_NAMES="$DEP_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_deps"
DEP_FUNC_NAMES="$DEP_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_deps"
DEP_FUNC_NAMES="$DEP_FUNC_NAMES install_${DISTRO_NAME_L}_${ITYPE}_deps"
DEP_FUNC_NAMES="$DEP_FUNC_NAMES install_${DISTRO_NAME_L}_deps"
elif [ "${ITYPE}" = "git" ]; then
DEP_FUNC_NAMES="__git_clone_and_checkout"
else
DEP_FUNC_NAMES=""
fi
DEPS_INSTALL_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$DEP_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
DEPS_INSTALL_FUNC="$FUNC_NAME"
break
fi
done
echodebug "DEPS_INSTALL_FUNC=${DEPS_INSTALL_FUNC}"
# Let's get the Salt config function
CONFIG_FUNC_NAMES="config_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}_salt"
CONFIG_FUNC_NAMES="$CONFIG_FUNC_NAMES config_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}_salt"
CONFIG_FUNC_NAMES="$CONFIG_FUNC_NAMES config_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_salt"
CONFIG_FUNC_NAMES="$CONFIG_FUNC_NAMES config_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_salt"
CONFIG_FUNC_NAMES="$CONFIG_FUNC_NAMES config_${DISTRO_NAME_L}_${ITYPE}_salt"
CONFIG_FUNC_NAMES="$CONFIG_FUNC_NAMES config_${DISTRO_NAME_L}_salt"
CONFIG_FUNC_NAMES="$CONFIG_FUNC_NAMES config_salt"
CONFIG_SALT_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$CONFIG_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
CONFIG_SALT_FUNC="$FUNC_NAME"
break
fi
done
echodebug "CONFIG_SALT_FUNC=${CONFIG_SALT_FUNC}"
# Let's get the pre-seed master function
PRESEED_FUNC_NAMES="preseed_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}_master"
PRESEED_FUNC_NAMES="$PRESEED_FUNC_NAMES preseed_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}_master"
PRESEED_FUNC_NAMES="$PRESEED_FUNC_NAMES preseed_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_master"
PRESEED_FUNC_NAMES="$PRESEED_FUNC_NAMES preseed_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_master"
PRESEED_FUNC_NAMES="$PRESEED_FUNC_NAMES preseed_${DISTRO_NAME_L}_${ITYPE}_master"
PRESEED_FUNC_NAMES="$PRESEED_FUNC_NAMES preseed_${DISTRO_NAME_L}_master"
PRESEED_FUNC_NAMES="$PRESEED_FUNC_NAMES preseed_master"
PRESEED_MASTER_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$PRESEED_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
PRESEED_MASTER_FUNC="$FUNC_NAME"
break
fi
done
echodebug "PRESEED_MASTER_FUNC=${PRESEED_MASTER_FUNC}"
# Let's get the install function
INSTALL_FUNC_NAMES="install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}"
INSTALL_FUNC_NAMES="$INSTALL_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}"
INSTALL_FUNC_NAMES="$INSTALL_FUNC_NAMES install_${DISTRO_NAME_L}_${ITYPE}"
INSTALL_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$INSTALL_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
INSTALL_FUNC="$FUNC_NAME"
break
fi
done
echodebug "INSTALL_FUNC=${INSTALL_FUNC}"
# Let's get the post install function
POST_FUNC_NAMES="install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}_post"
POST_FUNC_NAMES="$POST_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}_post"
POST_FUNC_NAMES="$POST_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_post"
POST_FUNC_NAMES="$POST_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_post"
POST_FUNC_NAMES="$POST_FUNC_NAMES install_${DISTRO_NAME_L}_${ITYPE}_post"
POST_FUNC_NAMES="$POST_FUNC_NAMES install_${DISTRO_NAME_L}_post"
POST_INSTALL_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$POST_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
POST_INSTALL_FUNC="$FUNC_NAME"
break
fi
done
echodebug "POST_INSTALL_FUNC=${POST_INSTALL_FUNC}"
# Let's get the start daemons install function
STARTDAEMONS_FUNC_NAMES="install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}_restart_daemons"
STARTDAEMONS_FUNC_NAMES="$STARTDAEMONS_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}_restart_daemons"
STARTDAEMONS_FUNC_NAMES="$STARTDAEMONS_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_restart_daemons"
STARTDAEMONS_FUNC_NAMES="$STARTDAEMONS_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_restart_daemons"
STARTDAEMONS_FUNC_NAMES="$STARTDAEMONS_FUNC_NAMES install_${DISTRO_NAME_L}_${ITYPE}_restart_daemons"
STARTDAEMONS_FUNC_NAMES="$STARTDAEMONS_FUNC_NAMES install_${DISTRO_NAME_L}_restart_daemons"
STARTDAEMONS_INSTALL_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$STARTDAEMONS_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
STARTDAEMONS_INSTALL_FUNC="$FUNC_NAME"
break
fi
done
echodebug "STARTDAEMONS_INSTALL_FUNC=${STARTDAEMONS_INSTALL_FUNC}"
# Let's get the daemons running check function.
DAEMONS_RUNNING_FUNC_NAMES="daemons_running_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}"
DAEMONS_RUNNING_FUNC_NAMES="$DAEMONS_RUNNING_FUNC_NAMES daemons_running_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}"
DAEMONS_RUNNING_FUNC_NAMES="$DAEMONS_RUNNING_FUNC_NAMES daemons_running_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}"
DAEMONS_RUNNING_FUNC_NAMES="$DAEMONS_RUNNING_FUNC_NAMES daemons_running_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}"
DAEMONS_RUNNING_FUNC_NAMES="$DAEMONS_RUNNING_FUNC_NAMES daemons_running_${DISTRO_NAME_L}_${ITYPE}"
DAEMONS_RUNNING_FUNC_NAMES="$DAEMONS_RUNNING_FUNC_NAMES daemons_running_${DISTRO_NAME_L}"
DAEMONS_RUNNING_FUNC_NAMES="$DAEMONS_RUNNING_FUNC_NAMES daemons_running"
DAEMONS_RUNNING_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$DAEMONS_RUNNING_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
DAEMONS_RUNNING_FUNC="$FUNC_NAME"
break
fi
done
echodebug "DAEMONS_RUNNING_FUNC=${DAEMONS_RUNNING_FUNC}"
# Let's get the check services function
if [ ${_DISABLE_SALT_CHECKS} -eq $BS_FALSE ]; then
CHECK_SERVICES_FUNC_NAMES="install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_${ITYPE}_check_services"
CHECK_SERVICES_FUNC_NAMES="$CHECK_SERVICES_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_${ITYPE}_check_services"
CHECK_SERVICES_FUNC_NAMES="$CHECK_SERVICES_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}_check_services"
CHECK_SERVICES_FUNC_NAMES="$CHECK_SERVICES_FUNC_NAMES install_${DISTRO_NAME_L}${PREFIXED_DISTRO_MAJOR_VERSION}${PREFIXED_DISTRO_MINOR_VERSION}_check_services"
CHECK_SERVICES_FUNC_NAMES="$CHECK_SERVICES_FUNC_NAMES install_${DISTRO_NAME_L}_${ITYPE}_check_services"
CHECK_SERVICES_FUNC_NAMES="$CHECK_SERVICES_FUNC_NAMES install_${DISTRO_NAME_L}_check_services"
else
CHECK_SERVICES_FUNC_NAMES=""
fi
CHECK_SERVICES_FUNC="null"
for FUNC_NAME in $(__strip_duplicates "$CHECK_SERVICES_FUNC_NAMES"); do
if __function_defined "$FUNC_NAME"; then
CHECK_SERVICES_FUNC="$FUNC_NAME"
break
fi
done
echodebug "CHECK_SERVICES_FUNC=${CHECK_SERVICES_FUNC}"
if [ "$DEPS_INSTALL_FUNC" = "null" ]; then
echoerror "No dependencies installation function found. Exiting..."
exit 1
fi
if [ "$INSTALL_FUNC" = "null" ]; then
echoerror "No installation function found. Exiting..."
exit 1
fi
# Install dependencies
if [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
# Only execute function is not in config mode only
echoinfo "Running ${DEPS_INSTALL_FUNC}()"
$DEPS_INSTALL_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${DEPS_INSTALL_FUNC}()!!!"
exit 1
fi
fi
# Triggering config_salt() if overwriting master or minion configs
if [ "$_CUSTOM_MASTER_CONFIG" != "null" ] || [ "$_CUSTOM_MINION_CONFIG" != "null" ]; then
if [ "$_TEMP_CONFIG_DIR" = "null" ]; then
_TEMP_CONFIG_DIR="$_SALT_ETC_DIR"
fi
if [ "$_CONFIG_ONLY" -eq $BS_TRUE ]; then
# Execute function to satisfy dependencies for configuration step
echoinfo "Running ${DEPS_INSTALL_FUNC}()"
$DEPS_INSTALL_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${DEPS_INSTALL_FUNC}()!!!"
exit 1
fi
fi
fi
# Configure Salt
if [ "$CONFIG_SALT_FUNC" != "null" ] && [ "$_TEMP_CONFIG_DIR" != "null" ]; then
echoinfo "Running ${CONFIG_SALT_FUNC}()"
$CONFIG_SALT_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${CONFIG_SALT_FUNC}()!!!"
exit 1
fi
fi
# Drop the master address if passed
if [ "$_SALT_MASTER_ADDRESS" != "null" ]; then
[ ! -d "$_SALT_ETC_DIR/minion.d" ] && mkdir -p "$_SALT_ETC_DIR/minion.d"
cat <<_eof > $_SALT_ETC_DIR/minion.d/99-master-address.conf
master: $_SALT_MASTER_ADDRESS
_eof
fi
# Drop the minion id if passed
if [ "$_SALT_MINION_ID" != "null" ]; then
[ ! -d "$_SALT_ETC_DIR" ] && mkdir -p "$_SALT_ETC_DIR"
echo "$_SALT_MINION_ID" > "$_SALT_ETC_DIR/minion_id"
fi
# Pre-seed master keys
if [ "$PRESEED_MASTER_FUNC" != "null" ] && [ "$_TEMP_KEYS_DIR" != "null" ]; then
echoinfo "Running ${PRESEED_MASTER_FUNC}()"
$PRESEED_MASTER_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${PRESEED_MASTER_FUNC}()!!!"
exit 1
fi
fi
# Install Salt
if [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
# Only execute function is not in config mode only
echoinfo "Running ${INSTALL_FUNC}()"
$INSTALL_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${INSTALL_FUNC}()!!!"
exit 1
fi
fi
# Run any post install function. Only execute function if not in config mode only
if [ "$POST_INSTALL_FUNC" != "null" ] && [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Running ${POST_INSTALL_FUNC}()"
$POST_INSTALL_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${POST_INSTALL_FUNC}()!!!"
exit 1
fi
fi
# Run any check services function, Only execute function if not in config mode only
if [ "$CHECK_SERVICES_FUNC" != "null" ] && [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Running ${CHECK_SERVICES_FUNC}()"
$CHECK_SERVICES_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${CHECK_SERVICES_FUNC}()!!!"
exit 1
fi
fi
# Run any start daemons function
if [ "$STARTDAEMONS_INSTALL_FUNC" != "null" ] && [ ${_START_DAEMONS} -eq $BS_TRUE ]; then
echoinfo "Running ${STARTDAEMONS_INSTALL_FUNC}()"
echodebug "Waiting ${_SLEEP} seconds for processes to settle before checking for them"
sleep ${_SLEEP}
$STARTDAEMONS_INSTALL_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${STARTDAEMONS_INSTALL_FUNC}()!!!"
exit 1
fi
fi
# Check if the installed daemons are running or not
if [ "$DAEMONS_RUNNING_FUNC" != "null" ] && [ ${_START_DAEMONS} -eq $BS_TRUE ]; then
echoinfo "Running ${DAEMONS_RUNNING_FUNC}()"
echodebug "Waiting ${_SLEEP} seconds for processes to settle before checking for them"
sleep ${_SLEEP} # Sleep a little bit to let daemons start
$DAEMONS_RUNNING_FUNC
if [ $? -ne 0 ]; then
echoerror "Failed to run ${DAEMONS_RUNNING_FUNC}()!!!"
for fname in api master minion syndic; do
# Skip salt-api since the service should be opt-in and not necessarily started on boot
[ $fname = "api" ] && continue
# Skip if not meant to be installed
[ $fname = "master" ] && [ "$_INSTALL_MASTER" -eq $BS_FALSE ] && continue
[ $fname = "minion" ] && [ "$_INSTALL_MINION" -eq $BS_FALSE ] && continue
[ $fname = "syndic" ] && [ "$_INSTALL_SYNDIC" -eq $BS_FALSE ] && continue
if [ "$_ECHO_DEBUG" -eq $BS_FALSE ]; then
echoerror "salt-$fname was not found running. Pass '-D' to ${__ScriptName} when bootstrapping for additional debugging information..."
continue
fi
[ ! -f "$_SALT_ETC_DIR/$fname" ] && [ $fname != "syndic" ] && echodebug "$_SALT_ETC_DIR/$fname does not exist"
echodebug "Running salt-$fname by hand outputs: $(nohup salt-$fname -l debug)"
[ ! -f /var/log/salt/$fname ] && echodebug "/var/log/salt/$fname does not exist. Can't cat its contents!" && continue
echodebug "DAEMON LOGS for $fname:"
echodebug "$(cat /var/log/salt/$fname)"
echo
done
echodebug "Running Processes:"
echodebug "$(ps auxwww)"
exit 1
fi
fi
# Done!
if [ "$_CONFIG_ONLY" -eq $BS_FALSE ]; then
echoinfo "Salt installed!"
else
echoinfo "Salt configured!"
fi
exit 0