module Fog module AWS class Elasticache class Real require 'fog/aws/parsers/elasticache/single_cache_cluster' # creates a cache cluster # # === Required Parameters # * id <~String> - A unique cluster ID - 20 characters max. # === Optional Parameters # * options <~Hash> - All optional parameters should be set in this Hash: # * :node_type <~String> - The size (flavor) of the cache Nodes # * :security_group_names <~Array> - Array of Elasticache::SecurityGroup names # * :num_nodes <~Integer> - The number of nodes in the Cluster # * :auto_minor_version_upgrade <~TrueFalseClass> # * :parameter_group_name <~String> - Name of the Cluster's ParameterGroup # * :engine <~String> - The Cluster's caching software (memcached) # * :engine_version <~String> - The Cluster's caching software version # * :notification_topic_arn <~String> - Amazon SNS Resource Name # * :port <~Integer> - The memcached port number # * :preferred_availablility_zone <~String> # * :preferred_maintenance_window <~String> # === Returns # * response <~Excon::Response>: # * body <~Hash> def create_cache_cluster(id, options = {}) # Construct Cache Security Group parameters in the format: # CacheSecurityGroupNames.member.N => "security_group_name" group_names = options[:security_group_names] || ['default'] sec_group_params = group_names.inject({}) do |group_hash, name| index = group_names.index(name) + 1 group_hash["CacheSecurityGroupNames.member.#{index}"] = name group_hash end # Merge the Cache Security Group parameters with the normal options request(sec_group_params.merge( 'Action' => 'CreateCacheCluster', 'CacheClusterId' => id.strip, 'CacheNodeType' => options[:node_type] || 'cache.m1.large', 'Engine' => options[:engine] || 'memcached', 'NumCacheNodes' => options[:num_nodes] || 1, 'AutoMinorVersionUpgrade' => options[:auto_minor_version_upgrade], 'CacheParameterGroupName' => options[:parameter_group_name], 'EngineVersion' => options[:engine_version], 'NotificationTopicArn' => options[:notification_topic_arn], 'Port' => options[:port], 'PreferredAvailabilityZone' => options[:preferred_availablility_zone], 'PreferredMaintenanceWindow' => options[:preferred_maintenance_window], :parser => Fog::Parsers::AWS::Elasticache::SingleCacheCluster.new )) end end class Mock def create_cache_cluster(id, options = {}) response = Excon::Response.new cluster = { # create an in-memory representation of this cluster 'CacheClusterId' => id.strip, 'NumCacheNodes' => options[:num_nodes] || 1, 'CacheNodeType' => options[:node_type] || 'cache.m1.large', 'Engine' => options[:engine] || 'memcached', 'EngineVersion' => options[:engine_version] || '1.4.5', 'CacheClusterStatus' => 'available', 'CacheNodes' => create_cache_nodes(id.strip, options[:num_nodes]), 'CacheSecurityGroups' => [], 'CacheParameterGroup' => { 'CacheParameterGroupName' => options[:parameter_group_name] || 'default.memcached1.4' }, 'PendingModifiedValues' => {}, 'AutoMinorVersionUpgrade' => options[:auto_minor_version_upgrade] || 'true', 'PreferredMaintenanceWindow' => options[:preferred_maintenance_window] || 'sun:05:00-sun:09:00', } self.data[:clusters][id] = cluster # store the in-memory cluster response.body = { 'CacheCluster' => cluster.merge({'CacheClusterStatus' => 'creating'}), 'ResponseMetadata' => { 'RequestId' => Fog::AWS::Mock.request_id } } response end end end end end