Adding upstream version 1.34.4.
Signed-off-by: Daniel Baumann <daniel@debian.org>
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plugins/parsers/xpath/testcases/protobuf_issue_15571/port.proto
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plugins/parsers/xpath/testcases/protobuf_issue_15571/port.proto
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//
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// Copyrights (c) 2015, 2016, Juniper Networks, Inc.
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// All rights reserved.
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//
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//
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// Licensed to the Apache Software Foundation (ASF) under one
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// or more contributor license agreements. See the NOTICE file
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// distributed with this work for additional information
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// regarding copyright ownership. The ASF licenses this file
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// to you under the Apache License, Version 2.0 (the
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// "License"); you may not use this file except in compliance
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// with the License. You may obtain a copy of the License at
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//
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// http://www.apache.org/licenses/LICENSE-2.0
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//
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// Unless required by applicable law or agreed to in writing,
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// software distributed under the License is distributed on an
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// "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
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// KIND, either express or implied. See the License for the
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// specific language governing permissions and limitations
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// under the License.
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//
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//
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// Nitin Kumar, Jan 2015
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//
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// This file defines the messages in Protocol Buffers format used by
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// the port sensor. The-top level messages is Port.
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//
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// Version 1.1
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//
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syntax = "proto2";
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import "telemetry_top.proto";
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//
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// This occupies branch 3 from JuniperNetworksSensors
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//
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extend JuniperNetworksSensors {
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optional Port jnpr_interface_ext = 3;
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}
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//
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// Top-level message
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//
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message Port {
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repeated InterfaceInfos interface_stats = 1;
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}
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//
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// Interface information
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//
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message InterfaceInfos {
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// Interface name, e.g., xe-0/0/0
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required string if_name = 1 [(telemetry_options).is_key = true];
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// Time when interface is created
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optional uint64 init_time = 2;
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// Global Index
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optional uint32 snmp_if_index = 3;
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// Name of parent for AE interface, if applicable
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optional string parent_ae_name = 4;
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// Egress queue information
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repeated QueueStats egress_queue_info = 5;
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// Ingress queue information
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repeated QueueStats ingress_queue_info = 6;
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// Inbound traffic statistics
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optional InterfaceStats ingress_stats = 7;
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// Outbound traffic statistics
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optional InterfaceStats egress_stats = 8;
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// Inbound traffic errors
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optional IngressInterfaceErrors ingress_errors = 9;
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// Interface administration status
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optional string if_administration_status = 10;
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// Interface operational status
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optional string if_operational_status = 11;
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// Interface description
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optional string if_description = 12;
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// Counter: number of carrier transitions on this interface
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optional uint64 if_transitions = 13 [(telemetry_options).is_counter = true];
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// This corresponds to the ifLastChange object in the standard interface MIB
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optional uint32 ifLastChange = 14;
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// This corresponds to the ifHighSpeed object in the standard interface MIB
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optional uint32 ifHighSpeed = 15;
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// Outbound traffic errors
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optional EgressInterfaceErrors egress_errors = 16;
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}
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//
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// Interface queue statistics
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//
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message QueueStats {
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// Queue number
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optional uint32 queue_number = 1 [(telemetry_options).is_key = true];
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// The total number of packets that have been added to this queue
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optional uint64 packets = 2 [(telemetry_options).is_counter = true];
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// The total number of bytes that have been added to this queue
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optional uint64 bytes = 3 [(telemetry_options).is_counter = true];
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// The total number of tail dropped packets
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optional uint64 tail_drop_packets = 4 [(telemetry_options).is_counter = true];
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// The total number of rate-limited packets
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optional uint64 rl_drop_packets = 5 [(telemetry_options).is_counter = true];
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// The total number of rate-limited bytes
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optional uint64 rl_drop_bytes = 6 [(telemetry_options).is_counter = true];
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// The total number of red-dropped packets
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optional uint64 red_drop_packets = 7 [(telemetry_options).is_counter = true];
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// The total number of red-dropped bytes
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optional uint64 red_drop_bytes = 8 [(telemetry_options).is_counter = true];
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// Average queue depth, in packets
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optional uint64 avg_buffer_occupancy = 9 [(telemetry_options).is_gauge = true];
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// Current queue depth, in packets
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optional uint64 cur_buffer_occupancy = 10 [(telemetry_options).is_gauge = true];
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// The max measured queue depth, in packets, across all measurements since boot
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optional uint64 peak_buffer_occupancy = 11 [(telemetry_options).is_gauge = true];
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// Allocated buffer size
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optional uint64 allocated_buffer_size = 12 [(telemetry_options).is_gauge = true];
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}
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//
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// Interface statistics
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//
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message InterfaceStats {
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// The total number of packets sent/received by this interface
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optional uint64 if_pkts = 1 [(telemetry_options).is_counter = true];
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// The total number of bytes sent/received by this interface
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optional uint64 if_octets = 2 [(telemetry_options).is_counter = true];
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// The rate at which packets are sent/received by this interface (in packets/sec)
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optional uint64 if_1sec_pkts = 3 [(telemetry_options).is_gauge = true];
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// The rate at which bytes are sent/received by this interface
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optional uint64 if_1sec_octets = 4 [(telemetry_options).is_gauge = true];
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// Total number of unicast packets sent/received by this interface
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optional uint64 if_uc_pkts = 5 [(telemetry_options).is_counter = true];
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// Total number of multicast packets sent/received by this interface
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optional uint64 if_mc_pkts = 6 [(telemetry_options).is_counter = true];
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// Total number of broadcast packets sent/received by this interface
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optional uint64 if_bc_pkts = 7 [(telemetry_options).is_counter = true];
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// Counter: total no of error packets sent/rcvd by this interface
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optional uint64 if_error = 8 [(telemetry_options).is_counter = true];
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// Counter: total no of PAUSE packets sent/rcvd by this interface
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optional uint64 if_pause_pkts = 9 [(telemetry_options).is_counter = true];
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// Counter: total no of UNKNOWN proto packets sent/rcvd by this interface
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optional uint64 if_unknown_proto_pkts = 10 [(telemetry_options).is_counter = true];
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}
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//
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// Inbound traffic error statistics
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//
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message IngressInterfaceErrors {
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// The number of packets that contained errors
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optional uint64 if_errors = 1 [(telemetry_options).is_counter = true];
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// The number of packets dropped by the input queue of the I/O Manager ASIC
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optional uint64 if_in_qdrops = 2 [(telemetry_options).is_counter = true];
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// The number of packets which were misaligned
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optional uint64 if_in_frame_errors = 3 [(telemetry_options).is_counter = true];
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// The number of non-error packets which were chosen to be discarded
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optional uint64 if_discards = 4 [(telemetry_options).is_counter = true];
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// The number of runt packets
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optional uint64 if_in_runts = 5 [(telemetry_options).is_counter = true];
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// The number of packets that fail Layer 3 sanity checks of the header
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optional uint64 if_in_l3_incompletes = 6 [(telemetry_options).is_counter = true];
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// The number of packets for which the software could not find a valid logical interface
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optional uint64 if_in_l2chan_errors = 7 [(telemetry_options).is_counter = true];
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// The number of malform or short packets
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optional uint64 if_in_l2_mismatch_timeouts = 8 [(telemetry_options).is_counter = true];
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// The number of FIFO errors
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optional uint64 if_in_fifo_errors = 9 [(telemetry_options).is_counter = true];
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// The number of resource errors
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optional uint64 if_in_resource_errors = 10 [(telemetry_options).is_counter = true];
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}
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//
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// Outbound traffic error statistics
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//
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message EgressInterfaceErrors {
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// The number of packets that contained errors
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optional uint64 if_errors = 1 [(telemetry_options).is_counter = true];
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// The number of non-error packets which were chosen to be discarded
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optional uint64 if_discards = 2 [(telemetry_options).is_counter = true];
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}
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