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|
# the available clients
require 'puppet'
require 'puppet/networkclient'
module Puppet
# FIXME this still isn't a good design, because none of the handlers overlap
# so i could just as easily include them all in the main module
# but at least it's better organized for now
class Client
include Puppet
include Puppet::Daemon
include Puppet::Util
# FIXME The cert stuff should only come up with networking, so it
# should be in the network client, not the normal client. But if i do
# that, it's hard to tell whether the certs have been initialized.
include Puppet::Daemon
attr_reader :secureinit
attr_accessor :schedule, :lastrun, :local, :stopping
class << self
attr_reader :drivername, :handler
attr_accessor :netclient
end
def initcerts
unless self.readcert
#if self.is_a? Puppet::Client::CA
unless self.requestcert
return nil
end
#else
# return nil
#end
#unless self.requestcert
#end
end
# unless we have a driver, we're a local client and we can't add
# certs anyway, so it doesn't matter
unless @driver
return true
end
self.setcerts
end
def initialize(hash)
# to whom do we connect?
@server = nil
@nil = nil
@secureinit = hash[:NoSecureInit] || true
if hash.include?(:FQDN)
@fqdn = hash[:FQDN]
else
self.fqdn
end
if hash.include?(:Cache)
@cache = hash[:Cache]
else
@cache = true
end
driverparam = self.class.drivername
if hash.include?(:Server)
if $noclientnetworking
raise NetworkClientError.new("Networking not available: %s" %
$nonetworking)
end
args = {:Server => hash[:Server]}
args[:Port] = hash[:Port] || Puppet[:masterport]
if self.readcert
args[:Certificate] = @cert
args[:Key] = @key
args[:CAFile] = @cacertfile
end
netclient = nil
unless netclient = self.class.netclient
unless handler = self.class.handler
raise Puppet::DevError,
"Class %s has no handler defined" % self.class
end
namespace = self.class.handler.interface.prefix
netclient = Puppet::NetworkClient.netclient(namespace)
self.class.netclient = netclient
end
@driver = netclient.new(args)
@local = false
elsif hash.include?(driverparam)
@driver = hash[driverparam]
@local = true
else
raise ClientError, "%s must be passed a Server or %s" %
[self.class, driverparam]
end
end
# Are we a local client?
def local?
if defined? @local and @local
true
else
false
end
end
# A wrapper method to run and then store the last run time
def runnow
if self.stopping
Puppet.notice "In shutdown progress; skipping run"
return
end
begin
self.run
self.lastrun = Time.now.to_i
rescue => detail
if Puppet[:trace]
puts detail.backtrace
end
Puppet.err "Could not run %s: %s" % [self.class, detail]
end
end
def run
raise Puppet::DevError, "Client type %s did not override run" %
self.class
end
def scheduled?
if sched = self.schedule
return sched.match?(self.lastrun)
else
return true
end
end
def setcerts
@driver.cert = @cert
@driver.key = @key
@driver.ca_file = @cacertfile
end
def shutdown
if self.stopping
Puppet.notice "Already in shutdown"
else
self.stopping = true
if self.respond_to? :running? and self.running?
Puppet::Storage.store
end
rmpidfile()
end
end
# Start listening for events. We're pretty much just listening for
# timer events here.
def start
setpidfile()
# Create our timer. Puppet will handle observing it and such.
timer = Puppet.newtimer(
:interval => Puppet[:runinterval],
:tolerance => 1,
:start? => true
) do
if self.scheduled?
self.runnow
end
end
# Run once before we start following the timer
self.runnow
end
require 'puppet/client/proxy'
require 'puppet/client/ca'
require 'puppet/client/dipper'
require 'puppet/client/file'
require 'puppet/client/log'
require 'puppet/client/master'
require 'puppet/client/runner'
require 'puppet/client/status'
require 'puppet/client/reporter'
require 'puppet/client/pelement'
end
end
# $Id$
|
