# Set environment to development unless something else is specified
env = ENV["RAILS_ENV"] || "production"
app_path = '/u/apps/gistflow/current'
rails_env = env
# See http://unicorn.bogomips.org/Unicorn/Configurator.html for complete
# documentation.
worker_processes rails_env == 'production' ? 4 : 1

# listen on both a Unix domain socket and a TCP port,
# we use a shorter backlog for quicker failover when busy
listen "/u/apps/gistflow/shared/tmp/sockets/unicorn.sock", :backlog => 64

# Preload our app for more speed
preload_app true

# nuke workers after 30 seconds instead of 60 seconds (the default)
timeout 30

pid "#{app_path}/tmp/pids/unicorn.pid"

# Production specific settings
#if env == "production"
  # Help ensure your application will always spawn in the symlinked
  # "current" directory that Capistrano sets up.
  working_directory "/u/apps/gistflow/current"

  # feel free to point this anywhere accessible on the filesystem
  #user 'evrone', 'staff'
  shared_path = "/u/apps/gistflow/shared"

  stderr_path "#{shared_path}/log/unicorn.error.log"
  stdout_path "#{shared_path}/log/unicorn.access.log"
#end

before_fork do |server, worker|
  # the following is highly recomended for Rails + "preload_app true"
  # as there's no need for the master process to hold a connection
  if defined?(ActiveRecord::Base)
    ActiveRecord::Base.connection.disconnect!
  end

  # Before forking, kill the master process that belongs to the .oldbin PID.
  # This enables 0 downtime deploys.
  old_pid = "#{app_path}/tmp/pids/unicorn.pid.oldbin"
  if File.exists?(old_pid) && server.pid != old_pid
    begin
      Process.kill("QUIT", File.read(old_pid).to_i)
    rescue Errno::ENOENT, Errno::ESRCH
      # someone else did our job for us
    end
  end
end

after_fork do |server, worker|
  # the following is *required* for Rails + "preload_app true",
  if defined?(ActiveRecord::Base)
    ActiveRecord::Base.establish_connection
  end

  # if preload_app is true, then you may also want to check and
  # restart any other shared sockets/descriptors such as Memcached,
  # and Redis.  TokyoCabinet file handles are safe to reuse
  # between any number of forked children (assuming your kernel
  # correctly implements pread()/pwrite() system calls)
end