Sidekiq servise

sudo nano /etc/init.d/sidekiq
#!/bin/sh
# File: /etc/init.d/sidekiq
### BEGIN INIT INFO
# Provides:          unicorn
# Required-Start:    $local_fs $remote_fs $network $syslog
# Required-Stop:     $local_fs $remote_fs $network $syslog
# Default-Start:     2 3 4 5
# Default-Stop:      0 1 6
# Short-Description: starts the sidekiq
# Description:       starts sidekiq
### END INIT INFO
# Feel free to change any of the following variables for your app:
# Set user
USER=ubuntu
# Set app name
APP_NAME=safepal
# R.eplace [PATH_TO_RAILS_ROOT_FOLDER] with your application's path.
APP_ROOT=/var/www/$APP_NAME
# Set the environment. This can be changed to staging or development for staging
# servers.
RAILS_ENV=production
PID_FILE=$APP_ROOT/tmp/sidekiq.pid
LOG_FILE=$APP_ROOT/log/sidekiq.log
# A simple description for service output.
DESC="Sidekiq $APP_NAME - $RAILS_ENV"
SIDEKIQ="sidekiq"
SIDEKIQ_OPTS="--pidfile $PID_FILE --logfile $LOG_FILE --environment $RAILS_ENV --daemon"
CMD="cd $APP_ROOT; $SIDEKIQ $SIDEKIQ_OPTS"
REMOVE_PID_FILE="rm -f $PID_FILE"
# Give your upgrade action a timeout of 60 seconds.
TIMEOUT=60
# Store the action that we should take from the service command's first
# argument (e.g. start, stop, upgrade).
action="$1"
# Make sure the script exits if any variables are unset. This is short for
# set -o nounset.
set -u
# Set the location of the old pid. The old pid is the process that is getting
# replaced.
old_pid="$PID_FILE.oldbin"
# Make sure the APP_ROOT is actually a folder that exists. An error message from
# the cd command will be displayed if it fails.
cd $APP_ROOT || exit 1
# A function to send a signal to the current unicorn master process.
sig () {
  test -s "$PID_FILE" && kill -$1 `cat $PID_FILE`
}
# Send a signal to the old process.
oldsig () {
  test -s $old_pid && kill -$1 `cat $old_pid`
}
# A switch for handling the possible actions to take on the unicorn process.
case $action in
  # Start the process by testing if it's there (sig 0), failing if it is,
  # otherwise running the command as specified above.
  start)
    sig 0 && echo >&2 "$DESC is already running" && exit 0
    su - $USER -c "$CMD"
    ;;
  # Graceful shutdown. Send QUIT signal to the process. Requests will be
  # completed before the processes are terminated.
  stop)
    sig QUIT && echo "Stopping $DESC" exit 0
    su - $USER -c "$REMOVE_PID_FILE"
    echo >&2 "Not running"
    ;;
  # Quick shutdown - kills all workers immediately.
  force-stop)
    sig TERM && echo "Force-stopping $DESC" && exit 0
    echo >&2 "Not running"
    ;;
  # Graceful shutdown and then start.
  restart)
    sig QUIT && echo "Restarting $DESC" && sleep 2 \
      && su - $USER -c "$CMD" && exit 0
    echo >&2 "Couldn't restart."
    ;;
  # Reloads config file (unicorn.rb) and gracefully restarts all workers. This
  # command won't pick up application code changes if you have `preload_app
  # true` in your unicorn.rb config file.
  reload)
    sig HUP && echo "Reloading configuration for $DESC" && exit 0
    echo >&2 "Couldn't reload configuration."
    ;;
  # Re-execute the running binary, then gracefully shutdown old process. This
  # command allows you to have zero-downtime deployments. The application may
  # spin for a minute, but at least the user doesn't get a 500 error page or
  # the like. Unicorn interprets the USR2 signal as a request to start a new
  # master process and phase out the old worker processes. If the upgrade fails
  # for some reason, a new process is started.
  upgrade)
    if sig USR2 && echo "Upgrading $DESC" && sleep 10 \
      && sig 0 && oldsig QUIT
    then
      n=$TIMEOUT
      while test -s $old_pid && test $n -ge 0
      do
        printf '.' && sleep 1 && n=$(( $n - 1 ))
      done
      echo
      if test $n -lt 0 && test -s $old_pid
      then
        echo >&2 "$old_pid still exists after $TIMEOUT seconds"
        exit 1
      fi
      exit 0
    fi
    echo >&2 "Couldn't upgrade, starting 'su - $USER -c \"$CMD\"' instead"
    su - $USER -c "$CMD"
    ;;
  # A basic status checker. Just checks if the master process is responding to
  # the `kill` command.
  status)
    sig 0 && echo >&2 "$DESC is running." && exit 0
    echo >&2 "$DESC is not running."
    ;;
  # Reopen all logs owned by the master and all workers.
  reopen-logs)
    sig USR1
    ;;
  # Any other action gets the usage message.
  *)
    # Usage
    echo >&2 "Usage: $0 <start|stop|restart|reload|upgrade|force-stop|reopen-logs>"
    exit 1
    ;;
esac
sudo chmod 755 /etc/init.d/sidekiq
sudo update-rc.d sidekiq defaults 99 #add auto start
sudo update-rc.d sidekiq disable #remove auto start
sudo service sidekiq restart
Sidekiq.redis { |conn| conn.flushdb } - clear