Top Level Namespace

Defined Under Namespace

Modules: Fluent, Google Classes: Class_stats, CounterStats, Counters, CpuMemoryUtilization, CpuMemoryUtilizationPerApplication, CpuMemoryUtilizationSummary, Edge_stats, EgressInterfaceErrors, EgressInterfaceStats, EnterpriseSensors, Ero_ipv4_type, Ero_type_entry, Event_subcode, ExtendedPolicerStats, Fabric_message, FieldType, Firewall, FirewallStats, ForwardingClassAccounting, HierarchicalPolicerStats, IETFSensors, IngressInterfaceErrors, IngressInterfaceStats, InlineJflow, InlineJflowNpuStats, InterfaceExpInfos, InterfaceInfos, InterfaceStats, JuniperNetworksSensors, Key, LogicalInterfaceInfo, LogicalInterfaceQueueStats, LogicalPort, LspStats, LspStatsRecord, Lsp_event, Lsp_mon, Lsp_monitor_data_event, Lsp_monitor_data_property, MemoryLoad, MemoryUsage, NetworkProcessorMemoryUtilization, NetworkProcessorUtilization, NpuMemory, NpuMemoryPartition, NpuMemorySummary, OperationalState, Optics, OpticsDiagLaneStats, OpticsDiagStats, OpticsInfos, PBJOptions, PacketLoad, PacketStatistics, PacketStatsClass, PacketStatsCounter, PacketStatsPacketForwardingEngine, PolicerStats, Port, Port_exp, QueueMonitor, QueueMonitorDirection, QueueMonitorElement, QueueMonitorStats, QueueStats, Rro_ipv4_type, Rro_type_entry, SegmentRoutingIfStats, SegmentRoutingIngIfRecord, SegmentRoutingIngIfStats, SegmentRoutingInterfaceRecord, SegmentRoutingRecord, SegmentRoutingStats, SrStatsPerIfEgress, SrStatsPerIfIngress, SrStatsPerSid, TelemetryFieldOptions, TelemetryStream, Utilization

Instance Method Summary collapse

Instance Method Details

#build_record(type, data_to_build) ⇒ Object 



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# File 'lib/juniper_telemetry_lib.rb', line 36

def build_record(type, data_to_build)

  if type.to_s == 'flat'

    record = {}

    # initialize variables
    name = ""
    sensor_value = ""

    ## Concatene all key/value into a string and stop at "value"
    data_to_build.each do |entry|
      entry.each do |key, value|

        if key == "value"
          sensor_value = value
          next
        end

        if name == ""
          name = key + "." + clean_up_name(value)
        else
          name = name + "." + key + "." + clean_up_name(value)
        end
      end
    end

    record = { name => sensor_value }
    return record

  elsif output_format.to_s == 'structured'

    record = {}
    ## Convert list into Hash
    ## Each entry on the list is a hash with 1 key/value
    data_to_build.each do |entry|
      entry.each do |key, value|
        record[key] = value
      end
    end

    return record

  elsif output_format.to_s == 'statsd'

      record = {}

      # initialize variables
      name = ""
      sensor_value = ""

      ## Concatene all key/value into a string, exclude device & stop at "value"
      data_to_build.each do |entry|
        entry.each do |key, value|

          if key == "value"
            sensor_value = value
            next
          elsif key == "device"
            next
          else
            if name == ""
              name = key + "." + clean_up_name(value)
            else
              name = name + "." + key + "." + clean_up_name(value)
            end
          end
        end
      end

      record[:statsd_type] = 'gauge'
      record[:statsd_key] = name.downcase
      record[:statsd_gauge] = sensor_value

      return record
  else
    $log.warn "Output_format '#{type.to_s}' not supported"
  end
end

#clean_up_name(name) ⇒ Object 



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# File 'lib/juniper_telemetry_lib.rb', line 22

def clean_up_name(name)

    ## Create a clean copy of Name and convert to string
    tmp = name.to_s.dup

    ## Clean up device name and interface name to remove restricted caracter
    tmp.gsub!('/', '_')
    tmp.gsub!(':', '_')
    tmp.gsub!('.', '_')
    tmp.gsub!(' ', '_')

    return tmp
end

#epoc_to_sec(epoc) ⇒ Object

Supporting functions ##



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# File 'lib/juniper_telemetry_lib.rb', line 6

def epoc_to_sec(epoc)

  # Check if sec, usec or msec
  nbr_digit = epoc.to_s.size

  if nbr_digit == 10
    return epoc.to_i
  elsif nbr_digit == 13
    return (epoc.to_i/1000).to_i
  elsif nbr_digit == 16
    return (epoc.to_i/1000000).to_i
  end

  return epoc
end

#protobuf ⇒ Object

This file is auto-generated. DO NOT EDIT!



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# File 'lib/pbj.pb.rb', line 6

require 'protobuf'