Class: Ably::Models::Stats

Inherits:
Object
  • Object
show all
Extended by:
Ably::Modules::Enum
Includes:
Ably::Modules::ModelCommon
Defined in:
lib/submodules/ably-ruby/lib/ably/models/stats.rb,
lib/submodules/ably-ruby/lib/ably/models/stats_types.rb

Overview

A class representing an individual statistic for a specified #interval_id

Defined Under Namespace

Classes: ConnectionTypes, IntegerDefaultZero, MessageCount, MessageTraffic, MessageTypes, RequestCount, ResourceCount, StatsStruct

Constant Summary collapse

GRANULARITY = 
ruby_enum('GRANULARITY',
  :minute,
  :hour,
  :day,
  :month
)
INTERVAL_FORMAT_STRING = 
[
  '%Y-%m-%d:%H:%M',
  '%Y-%m-%d:%H',
  '%Y-%m-%d',
  '%Y-%m'
]

Instance Attribute Summary collapse

Attributes included from Ably::Modules::ModelCommon

#hash

Class Method Summary collapse

Instance Method Summary collapse

Methods included from Ably::Modules::ModelCommon

#==, #[], included, #to_json, #to_s

Methods included from Ably::Modules::MessagePack

#to_msgpack

Constructor Details

#initialize(hash_object) ⇒ Stats

Ably::Models::Stats initializer

Parameters:

  • hash_object (Hash) —

    object with the underlying stat details



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 118

def initialize(hash_object)
  @raw_hash_object  = hash_object
  set_attributes_object hash_object
end

Instance Attribute Details

#all ⇒ Stats::MessageTypes (readonly)

Aggregates inbound and outbound messages

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#api_requests ⇒ Stats::RequestCount (readonly)

Breakdown of API requests received via the REST API

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#channels ⇒ Stats::ResourceCount (readonly)

Breakdown of channels stats

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#connections ⇒ Stats::ConnectionTypes (readonly)

Breakdown of connection stats data for different (TLS vs non-TLS) connection types

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#inbound ⇒ Stats::MessageTraffic (readonly)

All inbound messages i.e. received by Ably from clients

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#interval_granularity ⇒ GRANULARITY (readonly)

Returns The granularity of the interval for the stat such as :day, :hour, :minute, see GRANULARITY.

Returns:

  • (GRANULARITY) —

    The granularity of the interval for the stat such as :day, :hour, :minute, see GRANULARITY



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 185

def interval_granularity
  self.class.granularity_from_interval_id(interval_id)
end

#interval_id ⇒ String (readonly)

Returns The interval that this statistic applies to, see GRANULARITY and INTERVAL_FORMAT_STRING.

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 173

def interval_id
  attributes.fetch(:interval_id)
end

#interval_time ⇒ Time (readonly)

Returns A Time object representing the start of the interval.

Returns:

  • (Time) —

    A Time object representing the start of the interval



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 179

def interval_time
  self.class.from_interval_id(interval_id)
end

#outbound ⇒ Stats::MessageTraffic (readonly)

All outbound messages i.e. sent from Ably to clients

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#persisted ⇒ Stats::MessageTypes (readonly)

Messages persisted for later retrieval via the history API

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

#token_requests ⇒ Stats::RequestCount (readonly)

Breakdown of Token requests received via the REST API

Returns:



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 37

class Stats
  include Ably::Modules::ModelCommon
  extend Ably::Modules::Enum

  GRANULARITY = ruby_enum('GRANULARITY',
    :minute,
    :hour,
    :day,
    :month
  )

  INTERVAL_FORMAT_STRING = [
    '%Y-%m-%d:%H:%M',
    '%Y-%m-%d:%H',
    '%Y-%m-%d',
    '%Y-%m'
  ]

  class << self
    # Convert a Time with the specified Granularity into an interval ID based on UTC 0 time
    # @example
    #   Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'
    #
    # @param time [Time] Time used to determine the interval
    # @param granularity [GRANULARITY] Granularity of the metrics such as :hour, :day
    #
    # @return [String] interval ID used for stats
    #
    def to_interval_id(time, granularity)
      raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

      granularity = GRANULARITY(granularity)
      format = INTERVAL_FORMAT_STRING[granularity.to_i]

      time.utc.strftime(format)
    end

    # Returns the UTC 0 start Time of an interval_id
    # @example
    #   Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000
    #
    # @param interval_id [String]
    #
    # @return [Time] start time of the provided interval_id
    #
    def from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      Time.strptime("#{interval_id} +0000", "#{format} %z").utc
    end

    # Returns the {GRANULARITY} determined from the interval_id
    # @example
    #   Stats.granularity_from_interval_id('2015-01-01:10') # => :hour
    #
    # @param interval_id [String]
    #
    # @return [GRANULARITY] Granularity Enum for the interval_id
    #
    def granularity_from_interval_id(interval_id)
      raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

      format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
      raise ArgumentError, 'Interval ID is an invalid length' unless format

      GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
    end

    private
    def expected_length(format)
      format.gsub('%Y', 'YYYY').length
    end
  end

  # {Stats} initializer
  #
  # @param hash_object  [Hash]  object with the underlying stat details
  #
  def initialize(hash_object)
    @raw_hash_object  = hash_object
    set_attributes_object hash_object
  end

  # Aggregates inbound and outbound messages
  # @return {Stats::MessageTypes}
  def all
    @all ||= Stats::MessageTypes.new(attributes[:all])
  end

  # All inbound messages i.e. received by Ably from clients
  # @return {Stats::MessageTraffic}
  def inbound
    @inbound ||= Stats::MessageTraffic.new(attributes[:inbound])
  end

  # All outbound messages i.e. sent from Ably to clients
  # @return {Stats::MessageTraffic}
  def outbound
    @outbound ||= Stats::MessageTraffic.new(attributes[:outbound])
  end

  # Messages persisted for later retrieval via the history API
  # @return {Stats::MessageTypes}
  def persisted
    @persisted ||= Stats::MessageTypes.new(attributes[:persisted])
  end

  # Breakdown of connection stats data for different (TLS vs non-TLS) connection types
  # @return {Stats::ConnectionTypes}
  def connections
    @connections ||= Stats::ConnectionTypes.new(attributes[:connections])
  end

  # Breakdown of channels stats
  # @return {Stats::ResourceCount}
  def channels
    @channels ||= Stats::ResourceCount.new(attributes[:channels])
  end

  # Breakdown of API requests received via the REST API
  # @return {Stats::RequestCount}
  def api_requests
    @api_requests ||= Stats::RequestCount.new(attributes[:api_requests])
  end

  # Breakdown of Token requests received via the REST API
  # @return {Stats::RequestCount}
  def token_requests
    @token_requests ||= Stats::RequestCount.new(attributes[:token_requests])
  end

  # @!attribute [r] interval_id
  # @return [String] The interval that this statistic applies to, see {GRANULARITY} and {INTERVAL_FORMAT_STRING}
  def interval_id
    attributes.fetch(:interval_id)
  end

  # @!attribute [r] interval_time
  # @return [Time] A Time object representing the start of the interval
  def interval_time
    self.class.from_interval_id(interval_id)
  end

  # @!attribute [r] interval_granularity
  # @return [GRANULARITY] The granularity of the interval for the stat such as :day, :hour, :minute, see {GRANULARITY}
  def interval_granularity
    self.class.granularity_from_interval_id(interval_id)
  end

  def attributes
    @attributes
  end

  def as_json(*args)
    attributes.as_json(*args).reject { |key, val| val.nil? }
  end

  private
  def raw_hash_object
    @raw_hash_object
  end

  def set_attributes_object(new_attributes)
    @attributes = IdiomaticRubyWrapper(new_attributes.clone.freeze)
  end
end

Class Method Details

.from_interval_id(interval_id) ⇒ Time

Returns the UTC 0 start Time of an interval_id

Examples:

Stats.from_interval_id('2015-01-01:10') # => 2015-01-01 10:00:00 +0000

Parameters:

  • interval_id (String)

Returns:

  • (Time) —

    start time of the provided interval_id

Raises:

  • (ArgumentError) 


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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 82

def from_interval_id(interval_id)
  raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

  format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
  raise ArgumentError, 'Interval ID is an invalid length' unless format

  Time.strptime("#{interval_id} +0000", "#{format} %z").utc
end

.granularity_from_interval_id(interval_id) ⇒ GRANULARITY

Returns the GRANULARITY determined from the interval_id

Examples:

Stats.granularity_from_interval_id('2015-01-01:10') # => :hour

Parameters:

  • interval_id (String)

Returns:

  • (GRANULARITY) —

    Granularity Enum for the interval_id

Raises:

  • (ArgumentError) 


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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 99

def granularity_from_interval_id(interval_id)
  raise ArgumentError, 'Interval ID must be a string' unless interval_id.kind_of?(String)

  format = INTERVAL_FORMAT_STRING.find { |fmt| expected_length(fmt) == interval_id.length }
  raise ArgumentError, 'Interval ID is an invalid length' unless format

  GRANULARITY[INTERVAL_FORMAT_STRING.index(format)]
end

.to_interval_id(time, granularity) ⇒ String

Convert a Time with the specified Granularity into an interval ID based on UTC 0 time

Examples:

Stats.to_interval_id(Time.now, :hour) # => '2015-01-01:10'

Parameters:

  • time (Time) —

    Time used to determine the interval

  • granularity (GRANULARITY) —

    Granularity of the metrics such as :hour, :day

Returns:

  • (String) —

    interval ID used for stats

Raises:

  • (ArgumentError) 


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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 65

def to_interval_id(time, granularity)
  raise ArgumentError, 'Time object required as first argument' unless time.kind_of?(Time)

  granularity = GRANULARITY(granularity)
  format = INTERVAL_FORMAT_STRING[granularity.to_i]

  time.utc.strftime(format)
end

Instance Method Details

#as_json(*args) ⇒ Object 



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 193

def as_json(*args)
  attributes.as_json(*args).reject { |key, val| val.nil? }
end

#attributes ⇒ Object 



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# File 'lib/submodules/ably-ruby/lib/ably/models/stats.rb', line 189

def attributes
  @attributes
end