You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: krb5_ccache_presenter.rb
    path of file: ./repos/metasploit-framework/lib/rex/proto/kerberos/credential_cache
    
    the code of the file until where you have to start completion: # frozen_string_literal: true

require 'base64'
require 'rex/proto/kerberos/pac/krb5_pac'

module Rex::Proto::Kerberos::CredentialCache
  class Krb5CcachePresenter

    ADDRESS_TYPE_MAP = {
      Rex::Proto::Kerberos::Model::AddressType::IPV4 => 'IPV4',
      Rex::Proto::Kerberos::Model::AddressType::DIRECTIONAL => 'DIRECTIONAL',
      Rex::Proto::Kerberos::Model::AddressType::CHAOS_NET => 'CHAOS NET',
      Rex::Proto::Kerberos::Model::AddressType::XNS => 'XNS',
      Rex::Proto::Kerberos::Model::AddressType::ISO => 'ISO',
      Rex::Proto::Kerberos::Model::AddressType::DECNET_PHASE_IV => 'DECNET PHASE IV',
      Rex::Proto::Kerberos::Model::AddressType::APPLE_TALK_DDP => 'APPLE TALK DDP',
      Rex::Proto::Kerberos::Model::AddressType::NET_BIOS => 'NET BIOS',
      Rex::Proto::Kerberos::Model::AddressType::IPV6 => 'IPV6'
    }.freeze
    private_constant :ADDRESS_TYPE_MAP

    AD_TYPE_MAP = {
      Rex::Proto::Kerberos::Model::AuthorizationDataType::AD_IF_RELEVANT => 'IF_RELEVANT',
      Rex::Proto::Kerberos::Model::AuthorizationDataType::KDC_ISSUED => 'KDC_ISSUED',
      Rex::Proto::Kerberos::Model::AuthorizationDataType::AND_OR => 'AND_OR',
      Rex::Proto::Kerberos::Model::AuthorizationDataType::MANDATORY_FOR_KDC => 'MANDATORY_FOR_KDC',
      Rex::Proto::Kerberos::Model::AuthorizationDataType::INITIAL_VERIFIED_CAS => 'INITIAL_VERIFIED_CAS',
      Rex::Proto::Kerberos::Model::AuthorizationDataType::OSF_DCE => 'OSF_DCE',
      Rex::Proto::Kerberos::Model::AuthorizationDataType::SESAME => 'SESAME'
    }.freeze
    private_constant :AD_TYPE_MAP

    # Tracks the currently supported BinData types that can be formatted by the
    # Rex::Proto::Kerberos::CredentialCache::Krb5CcachePresenter#print_bin_data_model method.
    BIN_DATA_BIT_LENGTHS = {
      ::BinData::Bit1 => 1
    }.freeze
    private_constant :BIN_DATA_BIT_LENGTHS

    # @param [Rex::Proto::Kerberos::CredentialCache::Krb5Ccache] ccache
    def initialize(ccache)
      @ccache = ccache
    end

    # @param [String,nil] key Decryption key for the encrypted part
    # @re
    
    def present_logon_info(logon_info)
      validation_info = logon_info.data
      output = []
      output << 'Validation Info:'

      output << "Logon Time: #{present_ndr_file_time(validation_info.logon_time)}".indent(2)
      output << "Logoff Time: #{present_ndr_file_time(validation_info.logoff_time)}".indent(2)
      output << "Kick Off Time: #{present_ndr_file_time(validation_info.kick_off_time)}".indent(2)
      output << "Password Last Set: #{present_ndr_file_time(validation_info.password_last_set)}".indent(2)
      output << "Password Can Change: #{present_ndr_file_time(validation_info.password_can_change)}".indent(2)
      output << "Password Must Change: #{present_ndr_file_time(validation_info.password_must_change)}".indent(2)

      output << "Logon Count: #{validation_info.logon_count}".indent(2)
      output << "Bad Password Count: #{validation_info.bad_password_count}".indent(2)
      output << "User ID: #{validation_info.user_id}".indent(2)
      output << "Primary Group ID: #{validation_info.primary_group_id}".indent(2)
      output << print_user_flags(validation_info.user_flags)
      output << "User Session Key: #{present_user_session_key(validation_info.user_session_key)}".indent(2)
      output << print_user_account_flags(validation_info.user_account_control)
      output << "Sub Auth Status: #{validation_info.sub_auth_status}".indent(2)

      output << "Last Successful Interactive Logon: #{present_ndr_file_time(validation_info.last_successful_i_logon)}".indent(2)
      output << "Last Failed Interactive Logon: #{present_ndr_file_time(validation_info.last_failed_i_logon)}".indent(2)
      output << "Failed Interactive Logon Count: #{validation_info.failed_i_logon_count}".indent(2)

      output << "Extra SID Count: #{validation_info.sid_count}".indent(2)
      output << validation_info.extra_sids.map { |extra_sid| "SID: #{extra_sid.sid}, Attributes: #{extra_sid.attributes}".indent(4) } if validation_info.extra_sids.any?
      output << "Resource Group Count: #{validation_info.resource_group_count}".indent(2)

      output << "Group Count: #{validation_info.group_count}".indent(2)
      output << 'Group IDs:'.indent(2)
      output << print_group_memberships(validation_info.group_memberships)

      output << "Logon Domain ID: #{validation_info.logon_domain_id}".indent(2)

      output << "Effective Name: #{present_rpc_unicode_string(validation_info.effective_name)}".indent(2)
      output << "Full Name: #{present_rpc_unicode_string(validation_info.full_name)}".indent(2)
      output << "Logon Script: #{present_rpc_unicode_string(validation_info.logon_script)}".indent(2)
      output << "Profile Path: #{present_rpc_unicode_string(validation_info.profile_path)}".indent(2)
      output << "Home Directory: #{present_rpc_unicode_string(validation_info.home_directory)}".indent(2)
      output << "Home Directory Drive: #{present_rpc_unicode_string(validation_info.home_directory_drive)}".indent(2)
      output << "Logon Server: #{present_rpc_unicode_string(validation_info.logon_server)}".indent(2)
      output << "Logon Domain Name: #{present_rpc_unicode_string(validation_info.logon_domain_name)}".indent(2)

      output.join("\n")
    end