require 'fog/core/model' module Fog module Rackspace class LoadBalancers class LoadBalancer < Fog::Model #States ACTIVE = 'ACTIVE' ERROR = 'ERROR' PENDING_UPDATE = 'PENDING_UPDATE' PENDING_DELTE = 'PENDING_DELETE' SUSPENDED = 'SUSPENDED' DELETED = 'DELETED' BUILD = 'BUILD' identity :id attribute :cluster attribute :connection_logging, :aliases => 'connectionLogging' attribute :port attribute :protocol attribute :algorithm attribute :virtual_ips, :aliases => 'virtualIps' attribute :created attribute :updated attribute :name attribute :state, :aliases => 'status' attribute :timeout attribute :nodes def initialize(attributes) #HACK - Since we are hacking how sub-collections work, we have to make sure the service is valid first. # Old 'connection' is renamed as service and should be used instead @service = attributes[:service] || attributes[:connection] super end def access_rules unless @access_rules @access_rules = Fog::Rackspace::LoadBalancers::AccessRules.new({ :service => service, :load_balancer => self}) # prevents loading access rules from non-existent load balancers @access_rules.clear unless persisted? end @access_rules end def access_rules=(new_access_rules=[]) access_rules.load(new_access_rules) end def nodes unless @nodes @nodes = Fog::Rackspace::LoadBalancers::Nodes.new({ :service => service, :load_balancer => self}) # prevents loading nodes from non-existent load balancers @nodes.clear unless persisted? end @nodes end def nodes=(new_nodes=[]) nodes.load(new_nodes) end def ssl_termination requires :identity ssl_termination = service.get_ssl_termination(identity).body['sslTermination'] rescue Fog::Rackspace::LoadBalancers::NotFound nil end def enable_ssl_termination(securePort, privatekey, certificate, options = {}) requires :identity service.set_ssl_termination(identity, securePort, privatekey, certificate, options) end def disable_ssl_termination requires :identity service.remove_ssl_termination(identity) end def virtual_ips @virtual_ips ||= begin Fog::Rackspace::LoadBalancers::VirtualIps.new({ :service => service, :load_balancer => self}) end end def virtual_ips=(new_virtual_ips=[]) virtual_ips.load(new_virtual_ips) end def enable_content_caching requires :identity service.set_content_caching identity, true true end def disable_content_caching requires :identity service.set_content_caching identity, false true end def content_caching requires :identity service.get_content_caching(identity).body['contentCaching']['enabled'] end def enable_connection_logging requires :identity service.set_connection_logging identity, true attributes[:connection_logging] = true end def disable_connection_logging requires :identity service.set_connection_logging identity, false attributes[:connection_logging] = false end def health_monitor requires :identity monitor = service.get_monitor(identity).body['healthMonitor'] monitor.count == 0 ? nil : monitor end def enable_health_monitor(type, delay, timeout, attempsBeforeDeactivation, options = {}) requires :identity service.set_monitor(identity, type, delay, timeout, attempsBeforeDeactivation, options) true end def disable_health_monitor requires :identity service.remove_monitor(identity) true end def connection_throttling requires :identity throttle = service.get_connection_throttling(identity).body['connectionThrottle'] throttle.count == 0 ? nil : throttle end def enable_connection_throttling(max_connections, min_connections, max_connection_rate, rate_interval) requires :identity service.set_connection_throttling(identity, max_connections, min_connections, max_connection_rate, rate_interval) true end def disable_connection_throttling requires :identity service.remove_connection_throttling(identity) true end def session_persistence requires :identity persistence = service.get_session_persistence(identity).body['sessionPersistence'] persistence.count == 0 ? nil : persistence end def enable_session_persistence(type) requires :identity service.set_session_persistence(identity, type) true end def disable_session_persistence requires :identity service.remove_session_persistence(identity) true end def destroy requires :identity service.delete_load_balancer(identity) true end def ready? state == ACTIVE end def save if persisted? update else create end true end def usage(options = {}) requires :identity service.get_load_balancer_usage(identity, options).body end def stats requires :identity service.get_stats(identity).body end def error_page requires :identity service.get_error_page(identity).body['errorpage']['content'] end def error_page=(content) requires :identity service.set_error_page identity, content end def reset_error_page requires :identity service.remove_error_page identity end private def create requires :name, :protocol, :port, :virtual_ips, :nodes options = {} options[:algorithm] = algorithm if algorithm options[:timeout] = timeout if timeout data = service.create_load_balancer(name, protocol, port, virtual_ips_hash, nodes_hash, options) merge_attributes(data.body['loadBalancer']) end def update requires :name, :protocol, :port, :algorithm, :timeout options = { :name => name, :algorithm => algorithm, :protocol => protocol, :port => port, :timeout => timeout } service.update_load_balancer(identity, options) #TODO - Should this bubble down to nodes? Without tracking changes this would be very inefficient. # For now, individual nodes will have to be saved individually after saving an LB end def virtual_ips_hash virtual_ips.collect do |virtual_ip| { :type => virtual_ip.type } end end def nodes_hash nodes.collect do |node| { :address => node.address, :port => node.port, :condition => node.condition, :weight => node.weight } end end def connection_logging=(new_value) if !new_value.nil? and new_value.is_a?(Hash) attributes[:connection_logging] = case new_value['enabled'] when true,'true' true when false,'false' false end else attributes[:connection_logging] = new_value end end end end end end