Source: ../../pim/xrl_pim_node.hh
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// -*- c-basic-offset: 4; tab-width: 8; indent-tabs-mode: t -*-
// Copyright (c) 2001-2009 XORP, Inc.
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License, Version 2, June
// 1991 as published by the Free Software Foundation. Redistribution
// and/or modification of this program under the terms of any other
// version of the GNU General Public License is not permitted.
//
// This program is distributed in the hope that it will be useful, but
// WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. For more details,
// see the GNU General Public License, Version 2, a copy of which can be
// found in the XORP LICENSE.gpl file.
//
// XORP Inc, 2953 Bunker Hill Lane, Suite 204, Santa Clara, CA 95054, USA;
// http://xorp.net
// $XORP: xorp/pim/xrl_pim_node.hh,v 1.81 2009/01/05 18:31:03 jtc Exp $
#ifndef __PIM_XRL_PIM_NODE_HH__
#define __PIM_XRL_PIM_NODE_HH__
//
// PIM XRL-aware node definition.
//
#include <set>
#include "libxorp/transaction.hh"
#include "libxipc/xrl_std_router.hh"
#include "libfeaclient/ifmgr_xrl_mirror.hh"
#include "xrl/interfaces/finder_event_notifier_xif.hh"
#include "xrl/interfaces/fea_rawpkt4_xif.hh"
#include "xrl/interfaces/fea_rawpkt6_xif.hh"
#include "xrl/interfaces/mfea_xif.hh"
#include "xrl/interfaces/rib_xif.hh"
#include "xrl/interfaces/mld6igmp_xif.hh"
#include "xrl/interfaces/cli_manager_xif.hh"
#include "xrl/targets/pim_base.hh"
#include "pim_node.hh"
#include "pim_node_cli.hh"
#include "pim_mfc.hh"
//
// The top-level class that wraps-up everything together under one roof
//
class XrlPimNode : public PimNode,
public XrlStdRouter,
public XrlPimTargetBase,
public PimNodeCli {
public:
XrlPimNode(int family,
xorp_module_id module_id,
EventLoop& eventloop,
const string& class_name,
const string& finder_hostname,
uint16_t finder_port,
const string& finder_target,
const string& fea_target,
const string& mfea_target,
const string& rib_target,
const string& mld6igmp_target);
virtual ~XrlPimNode();
/**
* Startup the node operation.
*
* @return XORP_OK on success, otherwise XORP_ERROR.
*/
int startup();
/**
* Shutdown the node operation.
*
* @return XORP_OK on success, otherwise XORP_ERROR.
*/
int shutdown();
/**
* Get a reference to the XrlRouter instance.
*
* @return a reference to the XrlRouter (@ref XrlRouter) instance.
*/
XrlRouter& xrl_router() { return *this; }
/**
* Get a const reference to the XrlRouter instance.
*
* @return a const reference to the XrlRouter (@ref XrlRouter) instance.
*/
const XrlRouter& xrl_router() const { return *this; }
//
// XrlPimNode front-end interface
//
int enable_cli();
int disable_cli();
int start_cli();
int stop_cli();
int enable_pim();
int disable_pim();
int start_pim();
int stop_pim();
int enable_bsr();
int disable_bsr();
int start_bsr();
int stop_bsr();
// XrlTask relatedMethods that need to be public
void send_register_unregister_interest();
void send_register_unregister_receiver();
void send_register_unregister_protocol();
void send_join_leave_multicast_group();
void send_protocol_message();
void send_add_delete_mfc();
void send_add_delete_dataflow_monitor();
protected:
//
// XRL target methods
//
/**
* Get name of Xrl Target
*/
XrlCmdError common_0_1_get_target_name(
// Output values,
string& name);
/**
* Get version string from Xrl Target
*/
XrlCmdError common_0_1_get_version(
// Output values,
string& version);
/**
* Get status from Xrl Target
*/
XrlCmdError common_0_1_get_status(// Output values,
uint32_t& status,
string& reason);
/**
* Shutdown cleanly
*/
XrlCmdError common_0_1_shutdown();
/**
* Announce target birth to observer.
*
* @param target_class the target class name.
*
* @param target_instance the target instance name.
*/
XrlCmdError finder_event_observer_0_1_xrl_target_birth(
// Input values,
const string& target_class,
const string& target_instance);
/**
* Announce target death to observer.
*
* @param target_class the target class name.
*
* @param target_instance the target instance name.
*/
XrlCmdError finder_event_observer_0_1_xrl_target_death(
// Input values,
const string& target_class,
const string& target_instance);
/**
* Process a CLI command.
*
* @param processor_name the processor name for this command.
*
* @param cli_term_name the terminal name the command was entered from.
*
* @param cli_session_id the CLI session ID the command was entered from.
*
* @param command_name the command name to process.
*
* @param command_args the command arguments to process.
*
* @param ret_processor_name the processor name to return back to the CLI.
*
* @param ret_cli_term_name the terminal name to return back.
*
* @param ret_cli_session_id the CLI session ID to return back.
*
* @param ret_command_output the command output to return back.
*/
XrlCmdError cli_processor_0_1_process_command(
// Input values,
const string& processor_name,
const string& cli_term_name,
const uint32_t& cli_session_id,
const string& command_name,
const string& command_args,
// Output values,
string& ret_processor_name,
string& ret_cli_term_name,
uint32_t& ret_cli_session_id,
string& ret_command_output);
/**
* Receive an IPv4 packet from a raw socket.
*
* @param if_name the interface name the packet arrived on.
*
* @param vif_name the vif name the packet arrived on.
*
* @param src_address the IP source address.
*
* @param dst_address the IP destination address.
*
* @param ip_protocol the IP protocol number.
*
* @param ip_ttl the IP TTL (hop-limit). If it has a negative value, then
* the received value is unknown.
*
* @param ip_tos the Type of Service (Diffserv/ECN bits for IPv4). If it
* has a negative value, then the received value is unknown.
*
* @param ip_router_alert if true, the IP Router Alert option was included
* in the IP packet.
*
* @param ip_internet_control if true, then this is IP control traffic.
*/
XrlCmdError raw_packet4_client_0_1_recv(
// Input values,
const string& if_name,
const string& vif_name,
const IPv4& src_address,
const IPv4& dst_address,
const uint32_t& ip_protocol,
const int32_t& ip_ttl,
const int32_t& ip_tos,
const bool& ip_router_alert,
const bool& ip_internet_control,
const vector<uint8_t>& payload);
/**
* Receive an IPv6 packet from a raw socket.
*
* @param if_name the interface name the packet arrived on.
*
* @param vif_name the vif name the packet arrived on.
*
* @param src_address the IP source address.
*
* @param dst_address the IP destination address.
*
* @param ip_protocol the IP protocol number.
*
* @param ip_ttl the IP TTL (hop-limit). If it has a negative value, then
* the received value is unknown.
*
* @param ip_tos the Type Of Service (IP traffic class for IPv4). If it
* has a negative value, then the received value is unknown.
*
* @param ip_router_alert if true, the IP Router Alert option was included
* in the IP packet.
*
* @param ip_internet_control if true, then this is IP control traffic.
*
* @param ext_headers_type a list of u32 integers with the types of the
* optional extention headers.
*
* @param ext_headers_payload a list of payload data, one for each
* optional extention header. The number of entries must match
* ext_headers_type.
*/
XrlCmdError raw_packet6_client_0_1_recv(
// Input values,
const string& if_name,
const string& vif_name,
const IPv6& src_address,
const IPv6& dst_address,
const uint32_t& ip_protocol,
const int32_t& ip_ttl,
const int32_t& ip_tos,
const bool& ip_router_alert,
const bool& ip_internet_control,
const XrlAtomList& ext_headers_type,
const XrlAtomList& ext_headers_payload,
const vector<uint8_t>& payload);
/**
*
* Receive a kernel signal message from the MFEA.
*
* @param xrl_sender_name the XRL name of the originator of this XRL.
*
* @param message_type the type of the kernel signal message (TODO:
* integer for now: the particular types are well-known by both sides).
*
* @param vif_name the name of the vif the message was received on.
*
* @param vif_index the index of the vif the message was received on.
*
* @param source_address the address of the sender.
*
* @param dest_address the destination address.
*
* @param protocol_message the protocol message.
*/
XrlCmdError mfea_client_0_1_recv_kernel_signal_message4(
// Input values,
const string& xrl_sender_name,
const uint32_t& message_type,
const string& vif_name,
const uint32_t& vif_index,
const IPv4& source_address,
const IPv4& dest_address,
const vector<uint8_t>& protocol_message);
XrlCmdError mfea_client_0_1_recv_kernel_signal_message6(
// Input values,
const string& xrl_sender_name,
const uint32_t& message_type,
const string& vif_name,
const uint32_t& vif_index,
const IPv6& source_address,
const IPv6& dest_address,
const vector<uint8_t>& protocol_message);
/**
* A signal that a dataflow-related pre-condition is true.
*
* @param xrl_sender_name the XRL name of the originator of this XRL.
*
* @param source_address the source address of the dataflow.
*
* @param group_address the group address of the dataflow.
*
* @param threshold_interval_sec the number of seconds in the interval
* requested for measurement.
*
* @param threshold_interval_usec the number of microseconds in the
* interval requested for measurement.
*
* @param measured_interval_sec the number of seconds in the last measured
* interval that has triggered the signal.
*
* @param measured_interval_usec the number of microseconds in the last
* measured interval that has triggered the signal.
*
* @param threshold_packets the threshold value to trigger a signal (in
* number of packets).
*
* @param threshold_bytes the threshold value to trigger a signal (in
* bytes).
*
* @param measured_packets the number of packets measured within the
* measured interval.
*
* @param measured_bytes the number of bytes measured within the measured
* interval.
*
* @param is_threshold_in_packets if true, threshold_packets is valid.
*
* @param is_threshold_in_bytes if true, threshold_bytes is valid.
*
* @param is_geq_upcall if true, the operation for comparison is ">=".
*
* @param is_leq_upcall if true, the operation for comparison is "<=".
*/
XrlCmdError mfea_client_0_1_recv_dataflow_signal4(
// Input values,
const string& xrl_sender_name,
const IPv4& source_address,
const IPv4& group_address,
const uint32_t& threshold_interval_sec,
const uint32_t& threshold_interval_usec,
const uint32_t& measured_interval_sec,
const uint32_t& measured_interval_usec,
const uint32_t& threshold_packets,
const uint32_t& threshold_bytes,
const uint32_t& measured_packets,
const uint32_t& measured_bytes,
const bool& is_threshold_in_packets,
const bool& is_threshold_in_bytes,
const bool& is_geq_upcall,
const bool& is_leq_upcall);
XrlCmdError mfea_client_0_1_recv_dataflow_signal6(
// Input values,
const string& xrl_sender_name,
const IPv6& source_address,
const IPv6& group_address,
const uint32_t& threshold_interval_sec,
const uint32_t& threshold_interval_usec,
const uint32_t& measured_interval_sec,
const uint32_t& measured_interval_usec,
const uint32_t& threshold_packets,
const uint32_t& threshold_bytes,
const uint32_t& measured_packets,
const uint32_t& measured_bytes,
const bool& is_threshold_in_packets,
const bool& is_threshold_in_bytes,
const bool& is_geq_upcall,
const bool& is_leq_upcall);
/**
* Start transaction.
*
* @param tid the transaction ID to use for this transaction.
*/
XrlCmdError redist_transaction4_0_1_start_transaction(
// Output values,
uint32_t& tid);
/**
* Commit transaction.
*
* @param tid the transaction ID of this transaction.
*/
XrlCmdError redist_transaction4_0_1_commit_transaction(
// Input values,
const uint32_t& tid);
/**
* Abort transaction.
*
* @param tid the transaction ID of this transaction.
*/
XrlCmdError redist_transaction4_0_1_abort_transaction(
// Input values,
const uint32_t& tid);
/**
* Add/delete a routing entry.
*
* @param tid the transaction ID of this transaction.
*
* @param dst destination network.
*
* @param nexthop nexthop router address.
*
* @param ifname interface name associated with nexthop.
*
* @param vifname virtual interface name with nexthop.
*
* @param metric origin routing protocol metric for route.
*
* @param admin_distance administrative distance of origin routing
* protocol.
*
* @param cookie value set by the requestor to identify redistribution
* source. Typical value is the originating protocol name.
*
* @param protocol_origin the name of the protocol that originated this
* routing entry.
*/
XrlCmdError redist_transaction4_0_1_add_route(
// Input values,
const uint32_t& tid,
const IPv4Net& dst,
const IPv4& nexthop,
const string& ifname,
const string& vifname,
const uint32_t& metric,
const uint32_t& admin_distance,
const string& cookie,
const string& protocol_origin);
XrlCmdError redist_transaction4_0_1_delete_route(
// Input values,
const uint32_t& tid,
const IPv4Net& dst,
const IPv4& nexthop,
const string& ifname,
const string& vifname,
const uint32_t& metric,
const uint32_t& admin_distance,
const string& cookie,
const string& protocol_origin);
/**
* Delete all routing entries.
*
* @param tid the transaction ID of this transaction.
*
* @param cookie value set by the requestor to identify redistribution
* source. Typical value is the originating protocol name.
*/
XrlCmdError redist_transaction4_0_1_delete_all_routes(
// Input values,
const uint32_t& tid,
const string& cookie);
/**
* Start transaction.
*
* @param tid the transaction ID to use for this transaction.
*/
XrlCmdError redist_transaction6_0_1_start_transaction(
// Output values,
uint32_t& tid);
/**
* Commit transaction.
*
* @param tid the transaction ID of this transaction.
*/
XrlCmdError redist_transaction6_0_1_commit_transaction(
// Input values,
const uint32_t& tid);
/**
* Abort transaction.
*
* @param tid the transaction ID of this transaction.
*/
XrlCmdError redist_transaction6_0_1_abort_transaction(
// Input values,
const uint32_t& tid);
/**
* Add/delete a routing entry.
*
* @param tid the transaction ID of this transaction.
*
* @param dst destination network.
*
* @param nexthop nexthop router address.
*
* @param ifname interface name associated with nexthop.
*
* @param vifname virtual interface name with nexthop.
*
* @param metric origin routing protocol metric for route.
*
* @param admin_distance administrative distance of origin routing
* protocol.
*
* @param cookie value set by the requestor to identify redistribution
* source. Typical value is the originating protocol name.
*
* @param protocol_origin the name of the protocol that originated this
* routing entry.
*/
XrlCmdError redist_transaction6_0_1_add_route(
// Input values,
const uint32_t& tid,
const IPv6Net& dst,
const IPv6& nexthop,
const string& ifname,
const string& vifname,
const uint32_t& metric,
const uint32_t& admin_distance,
const string& cookie,
const string& protocol_origin);
XrlCmdError redist_transaction6_0_1_delete_route(
// Input values,
const uint32_t& tid,
const IPv6Net& dst,
const IPv6& nexthop,
const string& ifname,
const string& vifname,
const uint32_t& metric,
const uint32_t& admin_distance,
const string& cookie,
const string& protocol_origin);
/**
* Delete all routing entries.
*
* @param tid the transaction ID of this transaction.
*
* @param cookie value set by the requestor to identify redistribution
* source. Typical value is the originating protocol name.
*/
XrlCmdError redist_transaction6_0_1_delete_all_routes(
// Input values,
const uint32_t& tid,
const string& cookie);
/**
* Add/delete membership information.
*
* @param xrl_sender_name the XRL name of the originator of this XRL.
*
* @param vif_name the name of the new vif.
*
* @param vif_index the index of the new vif.
*
* @param source the source address that has been joined/left.
*
* @param group the group address that has been joined/left.
*/
XrlCmdError mld6igmp_client_0_1_add_membership4(
// Input values,
const string& xrl_sender_name,
const string& vif_name,
const uint32_t& vif_index,
const IPv4& source,
const IPv4& group);
XrlCmdError mld6igmp_client_0_1_add_membership6(
// Input values,
const string& xrl_sender_name,
const string& vif_name,
const uint32_t& vif_index,
const IPv6& source,
const IPv6& group);
XrlCmdError mld6igmp_client_0_1_delete_membership4(
// Input values,
const string& xrl_sender_name,
const string& vif_name,
const uint32_t& vif_index,
const IPv4& source,
const IPv4& group);
XrlCmdError mld6igmp_client_0_1_delete_membership6(
// Input values,
const string& xrl_sender_name,
const string& vif_name,
const uint32_t& vif_index,
const IPv6& source,
const IPv6& group);
/**
* Enable/disable/start/stop a PIM vif interface.
*
* @param vif_name the name of the vif to enable/disable/start/stop.
*
* @param enable if true, then enable the vif, otherwise disable it.
*/
XrlCmdError pim_0_1_enable_vif(
// Input values,
const string& vif_name,
const bool& enable);
XrlCmdError pim_0_1_start_vif(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_stop_vif(
// Input values,
const string& vif_name);
/**
* Enable/disable/start/stop all PIM vif interfaces.
*
* @param enable if true, then enable the vifs, otherwise disable them.
*/
XrlCmdError pim_0_1_enable_all_vifs(
// Input values,
const bool& enable);
XrlCmdError pim_0_1_disable_all_vifs();
XrlCmdError pim_0_1_start_all_vifs();
XrlCmdError pim_0_1_stop_all_vifs();
/**
* Enable/disable/start/stop the PIM protocol.
*
* @param enable if true, then enable the PIM protocol, otherwise disable
* it.
*/
XrlCmdError pim_0_1_enable_pim(
// Input values,
const bool& enable);
XrlCmdError pim_0_1_start_pim();
XrlCmdError pim_0_1_stop_pim();
/**
* Enable/disable/start/stop the PIM CLI access.
*
* @param enable if true, then enable the PIM CLI access, otherwise
* disable it.
*/
XrlCmdError pim_0_1_enable_cli(
// Input values,
const bool& enable);
XrlCmdError pim_0_1_start_cli();
XrlCmdError pim_0_1_stop_cli();
/**
* Enable/disable/start/stop BSR.
*
* @param enable if true, then enable the BSR, otherwise disable it.
*/
XrlCmdError pim_0_1_enable_bsr(
// Input values,
const bool& enable);
XrlCmdError pim_0_1_start_bsr();
XrlCmdError pim_0_1_stop_bsr();
/**
* Add/delete scope zone.
*
* @param scope_zone_id the ID of the configured zone.
*
* @param vif_name the name of the vif to use as a bondary of the scope
* zone.
*/
XrlCmdError pim_0_1_add_config_scope_zone_by_vif_name4(
// Input values,
const IPv4Net& scope_zone_id,
const string& vif_name);
XrlCmdError pim_0_1_add_config_scope_zone_by_vif_name6(
// Input values,
const IPv6Net& scope_zone_id,
const string& vif_name);
XrlCmdError pim_0_1_add_config_scope_zone_by_vif_addr4(
// Input values,
const IPv4Net& scope_zone_id,
const IPv4& vif_addr);
XrlCmdError pim_0_1_add_config_scope_zone_by_vif_addr6(
// Input values,
const IPv6Net& scope_zone_id,
const IPv6& vif_addr);
XrlCmdError pim_0_1_delete_config_scope_zone_by_vif_name4(
// Input values,
const IPv4Net& scope_zone_id,
const string& vif_name);
XrlCmdError pim_0_1_delete_config_scope_zone_by_vif_name6(
// Input values,
const IPv6Net& scope_zone_id,
const string& vif_name);
XrlCmdError pim_0_1_delete_config_scope_zone_by_vif_addr4(
// Input values,
const IPv4Net& scope_zone_id,
const IPv4& vif_addr);
XrlCmdError pim_0_1_delete_config_scope_zone_by_vif_addr6(
// Input values,
const IPv6Net& scope_zone_id,
const IPv6& vif_addr);
/**
* Add/delete candidate-BSR configuration.
*
* @param scope_zone_id the ID of the configured zone.
*
* @param is_scope_zone true if configuring administratively scoped zone.
*
* @param vif_name the name of the vif to use its address as a
* candidate-BSR.
*
* @param vif_addr the address of the vif to use as a candidate-BSR.
*
* @param bsr_priority the BSR priority (larger is better).
*
* @param hash_mask_len the hash mask length.
*/
XrlCmdError pim_0_1_add_config_cand_bsr4(
// Input values,
const IPv4Net& scope_zone_id,
const bool& is_scope_zone,
const string& vif_name,
const IPv4& vif_addr,
const uint32_t& bsr_priority,
const uint32_t& hash_mask_len);
XrlCmdError pim_0_1_add_config_cand_bsr6(
// Input values,
const IPv6Net& scope_zone_id,
const bool& is_scope_zone,
const string& vif_name,
const IPv6& vif_addr,
const uint32_t& bsr_priority,
const uint32_t& hash_mask_len);
XrlCmdError pim_0_1_delete_config_cand_bsr4(
// Input values,
const IPv4Net& scope_zone_id,
const bool& is_scope_zone);
XrlCmdError pim_0_1_delete_config_cand_bsr6(
// Input values,
const IPv6Net& scope_zone_id,
const bool& is_scope_zone);
/**
* Add/delete Candidate-RP configuration.
*
* @param group_prefix the group prefix of the configured zone.
*
* @param is_scope_zone true if configuring administratively scoped zone.
*
* @param vif_name the name of the vif to use its address as a
* candidate-RP.
*
* @param vif_addr the address of the vif to use as a candidate-RP.
*
* @param rp_priority the Cand-RP priority (smaller is better).
*
* @param rp_holdtime the Cand-RP holdtime (in seconds).
*/
XrlCmdError pim_0_1_add_config_cand_rp4(
// Input values,
const IPv4Net& group_prefix,
const bool& is_scope_zone,
const string& vif_name,
const IPv4& vif_addr,
const uint32_t& rp_priority,
const uint32_t& rp_holdtime);
XrlCmdError pim_0_1_add_config_cand_rp6(
// Input values,
const IPv6Net& group_prefix,
const bool& is_scope_zone,
const string& vif_name,
const IPv6& vif_addr,
const uint32_t& rp_priority,
const uint32_t& rp_holdtime);
XrlCmdError pim_0_1_delete_config_cand_rp4(
// Input values,
const IPv4Net& group_prefix,
const bool& is_scope_zone,
const string& vif_name,
const IPv4& vif_addr);
XrlCmdError pim_0_1_delete_config_cand_rp6(
// Input values,
const IPv6Net& group_prefix,
const bool& is_scope_zone,
const string& vif_name,
const IPv6& vif_addr);
/**
* Add/delete/complete static RP configuration.
*
* @param group_prefix the group prefix for the RP.
*
* @param rp_addr the RP address.
*
* @param rp_priority the RP priority (smaller is better).
*
* @param hash_mask_len the hash mask length used in computing an RP for a
* group. It should be same across all RPs. If set to zero, the default
* one will be used.
*/
XrlCmdError pim_0_1_add_config_static_rp4(
// Input values,
const IPv4Net& group_prefix,
const IPv4& rp_addr,
const uint32_t& rp_priority,
const uint32_t& hash_mask_len);
XrlCmdError pim_0_1_add_config_static_rp6(
// Input values,
const IPv6Net& group_prefix,
const IPv6& rp_addr,
const uint32_t& rp_priority,
const uint32_t& hash_mask_len);
XrlCmdError pim_0_1_delete_config_static_rp4(
// Input values,
const IPv4Net& group_prefix,
const IPv4& rp_addr);
XrlCmdError pim_0_1_delete_config_static_rp6(
// Input values,
const IPv6Net& group_prefix,
const IPv6& rp_addr);
XrlCmdError pim_0_1_delete_config_all_static_group_prefixes_rp4(
// Input values,
const IPv4& rp_addr);
XrlCmdError pim_0_1_delete_config_all_static_group_prefixes_rp6(
// Input values,
const IPv6& rp_addr);
XrlCmdError pim_0_1_delete_config_all_static_rps();
XrlCmdError pim_0_1_config_static_rp_done();
/**
* Get the configured protocol version per interface.
*
* @param vif_name the name of the vif to apply to.
*
* @param proto_version the protocol version.
*/
XrlCmdError pim_0_1_get_vif_proto_version(
// Input values,
const string& vif_name,
// Output values,
uint32_t& proto_version);
/**
* Set the protocol version per interface.
*
* @param vif_name the name of the vif to apply to.
*
* @param proto_version the protocol version.
*/
XrlCmdError pim_0_1_set_vif_proto_version(
// Input values,
const string& vif_name,
const uint32_t& proto_version);
/**
* Reset the protocol version per interface to its default value.
*
* @param vif_name the name of the vif to apply to.
*/
XrlCmdError pim_0_1_reset_vif_proto_version(
// Input values,
const string& vif_name);
/**
* Configure PIM Hello-related metrics. The 'set_foo' XRLs set the
* particular values. The 'reset_foo' XRLs reset the metrics to their
* default values.
*
* @param vif_name the name of the vif to configure.
*
* @param proto_version the protocol version.
*/
XrlCmdError pim_0_1_get_vif_hello_triggered_delay(
// Input values,
const string& vif_name,
// Output values,
uint32_t& hello_triggered_delay);
XrlCmdError pim_0_1_set_vif_hello_triggered_delay(
// Input values,
const string& vif_name,
const uint32_t& hello_triggered_delay);
XrlCmdError pim_0_1_reset_vif_hello_triggered_delay(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_hello_period(
// Input values,
const string& vif_name,
// Output values,
uint32_t& hello_period);
XrlCmdError pim_0_1_set_vif_hello_period(
// Input values,
const string& vif_name,
const uint32_t& hello_period);
XrlCmdError pim_0_1_reset_vif_hello_period(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_hello_holdtime(
// Input values,
const string& vif_name,
// Output values,
uint32_t& hello_holdtime);
XrlCmdError pim_0_1_set_vif_hello_holdtime(
// Input values,
const string& vif_name,
const uint32_t& hello_holdtime);
XrlCmdError pim_0_1_reset_vif_hello_holdtime(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_dr_priority(
// Input values,
const string& vif_name,
// Output values,
uint32_t& dr_priority);
XrlCmdError pim_0_1_set_vif_dr_priority(
// Input values,
const string& vif_name,
const uint32_t& dr_priority);
XrlCmdError pim_0_1_reset_vif_dr_priority(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_propagation_delay(
// Input values,
const string& vif_name,
// Output values,
uint32_t& propagation_delay);
XrlCmdError pim_0_1_set_vif_propagation_delay(
// Input values,
const string& vif_name,
const uint32_t& propagation_delay);
XrlCmdError pim_0_1_reset_vif_propagation_delay(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_override_interval(
// Input values,
const string& vif_name,
// Output values,
uint32_t& override_interval);
XrlCmdError pim_0_1_set_vif_override_interval(
// Input values,
const string& vif_name,
const uint32_t& override_interval);
XrlCmdError pim_0_1_reset_vif_override_interval(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_is_tracking_support_disabled(
// Input values,
const string& vif_name,
// Output values,
bool& is_tracking_support_disabled);
XrlCmdError pim_0_1_set_vif_is_tracking_support_disabled(
// Input values,
const string& vif_name,
const bool& is_tracking_support_disabled);
XrlCmdError pim_0_1_reset_vif_is_tracking_support_disabled(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_get_vif_accept_nohello_neighbors(
// Input values,
const string& vif_name,
// Output values,
bool& accept_nohello_neighbors);
XrlCmdError pim_0_1_set_vif_accept_nohello_neighbors(
// Input values,
const string& vif_name,
const bool& accept_nohello_neighbors);
XrlCmdError pim_0_1_reset_vif_accept_nohello_neighbors(
// Input values,
const string& vif_name);
/**
* Configure PIM Join/Prune-related metrics. The 'set_foo' XRLs set the
* particular values. The 'reset_foo' XRLs reset the metrics to their
* default values.
*
* @param vif_name the name of the vif to configure.
*
* @param join_prune_period the period between Join/Prune messages.
*/
XrlCmdError pim_0_1_get_vif_join_prune_period(
// Input values,
const string& vif_name,
// Output values,
uint32_t& join_prune_period);
XrlCmdError pim_0_1_set_vif_join_prune_period(
// Input values,
const string& vif_name,
const uint32_t& join_prune_period);
XrlCmdError pim_0_1_reset_vif_join_prune_period(
// Input values,
const string& vif_name);
/**
* Configure SPT-switch threshold. The 'set_foo' XRLs set the particular
* values. The 'reset_foo' XRLs reset the metrics to their default values.
*
* @param is_enabled if true, enable SPT-switch, otherwise disable it.
*
* @param interval_sec if the SPT-switch is enabled, the interval (in
* number of seconds) to measure the bandwidth to consider whether to
* switch to the SPT.
*/
XrlCmdError pim_0_1_get_switch_to_spt_threshold(
// Output values,
bool& is_enabled,
uint32_t& interval_sec,
uint32_t& bytes);
XrlCmdError pim_0_1_set_switch_to_spt_threshold(
// Input values,
const bool& is_enabled,
const uint32_t& interval_sec,
const uint32_t& bytes);
XrlCmdError pim_0_1_reset_switch_to_spt_threshold();
/**
* Add or delete an alternative subnet on a PIM vif. An alternative subnet
* is used to make incoming traffic with a non-local source address appear
* as it is coming from a local subnet. Note: add alternative subnets with
* extreme care, only if you know what you are really doing!
*
* @param vif_name the name of the vif to add or delete an alternative
* subnet.
*
* @param subnet the subnet address to add or delete.
*/
XrlCmdError pim_0_1_add_alternative_subnet4(
// Input values,
const string& vif_name,
const IPv4Net& subnet);
XrlCmdError pim_0_1_add_alternative_subnet6(
// Input values,
const string& vif_name,
const IPv6Net& subnet);
XrlCmdError pim_0_1_delete_alternative_subnet4(
// Input values,
const string& vif_name,
const IPv4Net& subnet);
XrlCmdError pim_0_1_delete_alternative_subnet6(
// Input values,
const string& vif_name,
const IPv6Net& subnet);
XrlCmdError pim_0_1_remove_all_alternative_subnets(
// Input values,
const string& vif_name);
/**
* Enable/disable the PIM trace log for all operations.
*
* @param enable if true, then enable the trace log, otherwise disable it.
*/
XrlCmdError pim_0_1_log_trace_all(
// Input values,
const bool& enable);
/**
* Test-related methods: add Join/Prune entries, and send them to a
* neighbor.
*/
XrlCmdError pim_0_1_add_test_jp_entry4(
// Input values,
const IPv4& source_addr,
const IPv4& group_addr,
const uint32_t& group_mask_len,
const string& mrt_entry_type,
const string& action_jp,
const uint32_t& holdtime,
const bool& is_new_group);
XrlCmdError pim_0_1_add_test_jp_entry6(
// Input values,
const IPv6& source_addr,
const IPv6& group_addr,
const uint32_t& group_mask_len,
const string& mrt_entry_type,
const string& action_jp,
const uint32_t& holdtime,
const bool& is_new_group);
XrlCmdError pim_0_1_send_test_jp_entry4(
// Input values,
const string& vif_name,
const IPv4& nbr_addr);
XrlCmdError pim_0_1_send_test_jp_entry6(
// Input values,
const string& vif_name,
const IPv6& nbr_addr);
/**
* Test-related methods: send an Assert message on an interface.
*
* @param vif_name the name of the vif to send the Assert on.
*
* @param source_addr the source address inside the Assert message.
*
* @param group_addr the group address inside the Assert message.
*
* @param rpt_bit the RPT-bit inside the Assert message.
*
* @param metric_preference the metric preference inside the Assert
* message.
*
* @param metric the metric inside the Assert message.
*/
XrlCmdError pim_0_1_send_test_assert4(
// Input values,
const string& vif_name,
const IPv4& source_addr,
const IPv4& group_addr,
const bool& rpt_bit,
const uint32_t& metric_preference,
const uint32_t& metric);
XrlCmdError pim_0_1_send_test_assert6(
// Input values,
const string& vif_name,
const IPv6& source_addr,
const IPv6& group_addr,
const bool& rpt_bit,
const uint32_t& metric_preference,
const uint32_t& metric);
/**
* Test-related methods: send Bootstrap and Cand-RP-Adv messages.
*
* @param zone_id_scope_zone_prefix the zone prefix of the zone ID.
*
* @param zone_id_is_scope_zone true if the zone is scoped.
*
* @param bsr_addr the address of the Bootstrap router.
*
* @param bsr_priority the priority of the Bootstrap router.
*
* @param hash_mask_len the hash mask length inside the Bootstrap
* messages.
*
* @param fragment_tag the fragment tag inside the Bootstrap messages.
*/
XrlCmdError pim_0_1_add_test_bsr_zone4(
// Input values,
const IPv4Net& zone_id_scope_zone_prefix,
const bool& zone_id_is_scope_zone,
const IPv4& bsr_addr,
const uint32_t& bsr_priority,
const uint32_t& hash_mask_len,
const uint32_t& fragment_tag);
XrlCmdError pim_0_1_add_test_bsr_zone6(
// Input values,
const IPv6Net& zone_id_scope_zone_prefix,
const bool& zone_id_is_scope_zone,
const IPv6& bsr_addr,
const uint32_t& bsr_priority,
const uint32_t& hash_mask_len,
const uint32_t& fragment_tag);
XrlCmdError pim_0_1_add_test_bsr_group_prefix4(
// Input values,
const IPv4Net& zone_id_scope_zone_prefix,
const bool& zone_id_is_scope_zone,
const IPv4Net& group_prefix,
const bool& is_scope_zone,
const uint32_t& expected_rp_count);
XrlCmdError pim_0_1_add_test_bsr_group_prefix6(
// Input values,
const IPv6Net& zone_id_scope_zone_prefix,
const bool& zone_id_is_scope_zone,
const IPv6Net& group_prefix,
const bool& is_scope_zone,
const uint32_t& expected_rp_count);
XrlCmdError pim_0_1_add_test_bsr_rp4(
// Input values,
const IPv4Net& zone_id_scope_zone_prefix,
const bool& zone_id_is_scope_zone,
const IPv4Net& group_prefix,
const IPv4& rp_addr,
const uint32_t& rp_priority,
const uint32_t& rp_holdtime);
XrlCmdError pim_0_1_add_test_bsr_rp6(
// Input values,
const IPv6Net& zone_id_scope_zone_prefix,
const bool& zone_id_is_scope_zone,
const IPv6Net& group_prefix,
const IPv6& rp_addr,
const uint32_t& rp_priority,
const uint32_t& rp_holdtime);
XrlCmdError pim_0_1_send_test_bootstrap(
// Input values,
const string& vif_name);
XrlCmdError pim_0_1_send_test_bootstrap_by_dest4(
// Input values,
const string& vif_name,
const IPv4& dest_addr);
XrlCmdError pim_0_1_send_test_bootstrap_by_dest6(
// Input values,
const string& vif_name,
const IPv6& dest_addr);
XrlCmdError pim_0_1_send_test_cand_rp_adv();
/**
* Retrieve information about all PIM neighbors.
*
* @param nbrs_number the number of PIM neighbors
*
* @param vifs the list of vif names for all neighbors (one vif name per
* neighbor).
*
* @param pim_versions the list of PIM protocol versions for all neighbors
* (one number per neighbor).
*
* @param dr_priorities the list of DR priorities of all neighbors (one
* number per neighbor).
*
* @param holdtimes the list of configured holdtimes (in seconds) of all
* neighbors (one number per neighbor).
*
* @param timeouts the list of timeout values (in seconds) of all
* neighbors (one number per neighbor).
*
* @param uptimes the list of uptime values (in seconds) of all neighbors
* (one number per neighbor).
*/
XrlCmdError pim_0_1_pimstat_neighbors4(
// Output values,
uint32_t& nbrs_number,
XrlAtomList& vifs,
XrlAtomList& addresses,
XrlAtomList& pim_versions,
XrlAtomList& dr_priorities,
XrlAtomList& holdtimes,
XrlAtomList& timeouts,
XrlAtomList& uptimes);
XrlCmdError pim_0_1_pimstat_neighbors6(
// Output values,
uint32_t& nbrs_number,
XrlAtomList& vifs,
XrlAtomList& addresses,
XrlAtomList& pim_versions,
XrlAtomList& dr_priorities,
XrlAtomList& holdtimes,
XrlAtomList& timeouts,
XrlAtomList& uptimes);
/**
* Retrieve information about PIM interfaces.
*
* @param vif_name the name of the vif to retrieve information about.
*
* @param pim_version the PIM protocol version on that vif.
*
* @param is_dr true if this router is the DR for the subnet the vif is
* connected to.
*
* @param dr_priority the DR priority configured on that vif.
*
* @param dr_address the address of the DR for the subnet the vif is
* connected to.
*
* @param pim_nbrs_number the number of PIM neighbors on the subnet
* the vif is connected to.
*/
XrlCmdError pim_0_1_pimstat_interface4(
// Input values,
const string& vif_name,
// Output values,
uint32_t& pim_version,
bool& is_dr,
uint32_t& dr_priority,
IPv4& dr_address,
uint32_t& pim_nbrs_number);
XrlCmdError pim_0_1_pimstat_interface6(
// Input values,
const string& vif_name,
// Output values,
uint32_t& pim_version,
bool& is_dr,
uint32_t& dr_priority,
IPv6& dr_address,
uint32_t& pim_nbrs_number);
/**
* Retrieve information about the RP-Set.
*
* @param rps_number the number of RPs in the RP-Set.
*
* @param addresses the list of addresses of all RPs (one IPv4 or IPv6
* address per RP).
*
* @param types the list of textual description about the origin of each
* RP (one keyword per RP: "bootstrap", "static" or "unknown").
*
* @param priorities the list of RP priorities of all RPs (one number per
* RP).
*
* @param holdtimes the list of configured holdtimes (in seconds) of all
* RPs (one number per RP).
*
* @param timeouts the list of timeout values (in seconds) of all RPs (one
* number per RP).
*
* @param group_prefixes the list of all group prefixes (one network
* IPv4Net or IPv6Net address per RP). Note that if an RP is configured
* for more than one group prefixes, there will be a number of entries for
* that RP: one per group prefix.
*/
XrlCmdError pim_0_1_pimstat_rps4(
// Output values,
uint32_t& rps_number,
XrlAtomList& addresses,
XrlAtomList& types,
XrlAtomList& priorities,
XrlAtomList& holdtimes,
XrlAtomList& timeouts,
XrlAtomList& group_prefixes);
XrlCmdError pim_0_1_pimstat_rps6(
// Output values,
uint32_t& rps_number,
XrlAtomList& addresses,
XrlAtomList& types,
XrlAtomList& priorities,
XrlAtomList& holdtimes,
XrlAtomList& timeouts,
XrlAtomList& group_prefixes);
/**
* Clear all statistics
*/
XrlCmdError pim_0_1_clear_pim_statistics();
/**
* Clear all statistics on a specific interface.
*
* @param vif_name the interface to clear the statistics of.
*/
XrlCmdError pim_0_1_clear_pim_statistics_per_vif(
// Input values,
const string& vif_name);
/**
* Statistics-related counters and values
*/
XrlCmdError pim_0_1_pimstat_hello_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_hello_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_hello_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_stop_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_stop_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_stop_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_join_prune_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_join_prune_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_join_prune_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bootstrap_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bootstrap_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bootstrap_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_assert_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_assert_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_assert_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_ack_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_ack_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_ack_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_candidate_rp_messages_received(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_candidate_rp_messages_sent(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_candidate_rp_messages_rx_errors(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_unknown_type_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_unknown_version_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_neighbor_unknown_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bad_length_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bad_checksum_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bad_receive_interface_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_interface_disabled_messages(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_register_not_rp(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rp_filtered_source(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_unknown_register_stop(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_prune_no_state(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_graft_graft_ack_no_state(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_graft_on_upstream_interface(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_candidate_rp_not_bsr(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_bsr_when_bsr(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_bsr_not_rpf_interface(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_unknown_hello_option(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_data_no_state(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_rp_no_state(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_aggregate(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_malformed_packet(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_no_rp(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_no_route_upstream(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rp_mismatch(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rpf_neighbor_unknown(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_rp(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_rp(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_wc(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_wc(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_sg(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_sg(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_sg_rpt(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_sg_rpt(
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_hello_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_hello_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_hello_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_stop_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_stop_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_register_stop_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_join_prune_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_join_prune_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_join_prune_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bootstrap_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bootstrap_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bootstrap_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_assert_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_assert_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_assert_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_ack_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_ack_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_graft_ack_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_candidate_rp_messages_received_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_candidate_rp_messages_sent_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_candidate_rp_messages_rx_errors_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_unknown_type_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_unknown_version_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_neighbor_unknown_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bad_length_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bad_checksum_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_bad_receive_interface_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_interface_disabled_messages_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_register_not_rp_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rp_filtered_source_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_unknown_register_stop_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_prune_no_state_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_graft_graft_ack_no_state_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_graft_on_upstream_interface_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_candidate_rp_not_bsr_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_bsr_when_bsr_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_bsr_not_rpf_interface_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_unknown_hello_option_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_data_no_state_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_rp_no_state_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_aggregate_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_malformed_packet_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_no_rp_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_no_route_upstream_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rp_mismatch_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rpf_neighbor_unknown_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_rp_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_rp_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_wc_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_wc_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_sg_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_sg_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_join_sg_rpt_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
XrlCmdError pim_0_1_pimstat_rx_prune_sg_rpt_per_vif(
// Input values,
const string& vif_name,
// Output values,
uint32_t& value);
private:
class XrlTaskBase;
const ServiceBase* ifmgr_mirror_service_base() const {
return dynamic_cast<const ServiceBase*>(&_ifmgr);
}
const IfMgrIfTree& ifmgr_iftree() const { return _ifmgr.iftree(); }
/**
* Called when Finder connection is established.
*
* Note that this method overwrites an XrlRouter virtual method.
*/
virtual void finder_connect_event();
/**
* Called when Finder disconnect occurs.
*
* Note that this method overwrites an XrlRouter virtual method.
*/
virtual void finder_disconnect_event();
//
// Methods to handle the XRL tasks
//
void add_task(XrlTaskBase* xrl_task);
void send_xrl_task();
void pop_xrl_task();
void retry_xrl_task();
void fea_register_startup();
void mfea_register_startup();
void fea_register_shutdown();
void mfea_register_shutdown();
void finder_send_register_unregister_interest_cb(const XrlError& xrl_error);
void rib_register_startup();
void finder_register_interest_rib_cb(const XrlError& xrl_error);
void rib_register_shutdown();
void finder_deregister_interest_rib_cb(const XrlError& xrl_error);
void send_rib_redist_transaction_enable();
void rib_client_send_redist_transaction_enable_cb(const XrlError& xrl_error);
void send_rib_redist_transaction_disable();
void rib_client_send_redist_transaction_disable_cb(const XrlError& xrl_error);
//
// Protocol node methods
//
int register_receiver(const string& if_name, const string& vif_name,
uint8_t ip_protocol,
bool enable_multicast_loopback);
int unregister_receiver(const string& if_name, const string& vif_name,
uint8_t ip_protocol);
void fea_client_send_register_unregister_receiver_cb(const XrlError& xrl_error);
int register_protocol(const string& if_name, const string& vif_name,
uint8_t ip_protocol);
int unregister_protocol(const string& if_name, const string& vif_name);
void mfea_client_send_register_unregister_protocol_cb(const XrlError& xrl_error);
int join_multicast_group(const string& if_name, const string& vif_name,
uint8_t ip_protocol, const IPvX& group_address);
int leave_multicast_group(const string& if_name, const string& vif_name,
uint8_t ip_protocol, const IPvX& group_address);
void fea_client_send_join_leave_multicast_group_cb(const XrlError& xrl_error);
int proto_send(const string& if_name,
const string& vif_name,
const IPvX& src_address,
const IPvX& dst_address,
uint8_t ip_protocol,
int32_t ip_ttl,
int32_t ip_tos,
bool ip_router_alert,
bool ip_internet_control,
const uint8_t* sndbuf,
size_t sndlen,
string& error_msg);
void fea_client_send_protocol_message_cb(const XrlError& xrl_error);
int add_mfc_to_kernel(const PimMfc& pim_mfc);
int delete_mfc_from_kernel(const PimMfc& pim_mfc);
void mfea_client_send_add_delete_mfc_cb(const XrlError& xrl_error);
int add_dataflow_monitor(const IPvX& source_addr,
const IPvX& group_addr,
uint32_t threshold_interval_sec,
uint32_t threshold_interval_usec,
uint32_t threshold_packets,
uint32_t threshold_bytes,
bool is_threshold_in_packets,
bool is_threshold_in_bytes,
bool is_geq_upcall,
bool is_leq_upcall);
int delete_dataflow_monitor(const IPvX& source_addr,
const IPvX& group_addr,
uint32_t threshold_interval_sec,
uint32_t threshold_interval_usec,
uint32_t threshold_packets,
uint32_t threshold_bytes,
bool is_threshold_in_packets,
bool is_threshold_in_bytes,
bool is_geq_upcall,
bool is_leq_upcall);
int delete_all_dataflow_monitor(const IPvX& source_addr,
const IPvX& group_addr);
void mfea_client_send_add_delete_dataflow_monitor_cb(const XrlError& xrl_error);
int add_protocol_mld6igmp(uint32_t vif_index);
int delete_protocol_mld6igmp(uint32_t vif_index);
void send_add_delete_protocol_mld6igmp();
void mld6igmp_client_send_add_delete_protocol_mld6igmp_cb(const XrlError& xrl_error);
void schedule_add_protocol_mld6igmp();
//
// Protocol node CLI methods
//
int add_cli_command_to_cli_manager(const char *command_name,
const char *command_help,
bool is_command_cd,
const char *command_cd_prompt,
bool is_command_processor);
void cli_manager_client_send_add_cli_command_cb(const XrlError& xrl_error);
int delete_cli_command_from_cli_manager(const char *command_name);
void cli_manager_client_send_delete_cli_command_cb(const XrlError& xrl_error);
int family() const { return PimNode::family(); }
/**
* A base class for handling tasks for sending XRL requests.
*/
class XrlTaskBase {
public:
XrlTaskBase(XrlPimNode& xrl_pim_node)
: _xrl_pim_node(xrl_pim_node) {}
virtual ~XrlTaskBase() {}
virtual void dispatch() = 0;
virtual const char* operation_name() const = 0;
protected:
XrlPimNode& _xrl_pim_node;
private:
};
/**
* Class for handling the task to register/unregister interest
* in the FEA or MFEA with the Finder.
*/
class RegisterUnregisterInterest : public XrlTaskBase {
public:
RegisterUnregisterInterest(XrlPimNode& xrl_pim_node,
const string& target_name,
bool is_register)
: XrlTaskBase(xrl_pim_node),
_target_name(target_name),
_is_register(is_register) {}
void dispatch() {
_xrl_pim_node.send_register_unregister_interest();
}
const char* operation_name() const {
return ((_is_register)? "register" : "unregister");
}
const string& target_name() const { return _target_name; }
bool is_register() const { return _is_register; }
private:
string _target_name;
bool _is_register;
};
/**
* Class for handling the task to register/unregister with the FEA
* as a receiver on an interface.
*/
class RegisterUnregisterReceiver : public XrlTaskBase {
public:
RegisterUnregisterReceiver(XrlPimNode& xrl_pim_node,
const string& if_name,
const string& vif_name,
uint8_t ip_protocol,
bool enable_multicast_loopback,
bool is_register)
: XrlTaskBase(xrl_pim_node),
_if_name(if_name),
_vif_name(vif_name),
_ip_protocol(ip_protocol),
_enable_multicast_loopback(enable_multicast_loopback),
_is_register(is_register) {}
void dispatch() {
_xrl_pim_node.send_register_unregister_receiver();
}
const char* operation_name() const {
return ((_is_register)? "register" : "unregister");
}
const string& if_name() const { return _if_name; }
const string& vif_name() const { return _vif_name; }
uint8_t ip_protocol() const { return _ip_protocol; }
bool enable_multicast_loopback() const {
return _enable_multicast_loopback;
}
bool is_register() const { return _is_register; }
private:
string _if_name;
string _vif_name;
uint8_t _ip_protocol;
bool _enable_multicast_loopback;
bool _is_register;
};
/**
* Class for handling the task to register/unregister with the MFEA
* as a protocol on an interface.
*/
class RegisterUnregisterProtocol : public XrlTaskBase {
public:
RegisterUnregisterProtocol(XrlPimNode& xrl_pim_node,
const string& if_name,
const string& vif_name,
uint8_t ip_protocol,
bool is_register)
: XrlTaskBase(xrl_pim_node),
_if_name(if_name),
_vif_name(vif_name),
_ip_protocol(ip_protocol),
_is_register(is_register) {}
void dispatch() {
_xrl_pim_node.send_register_unregister_protocol();
}
const char* operation_name() const {
return ((_is_register)? "register" : "unregister");
}
const string& if_name() const { return _if_name; }
const string& vif_name() const { return _vif_name; }
uint8_t ip_protocol() const { return _ip_protocol; }
bool is_register() const { return _is_register; }
private:
string _if_name;
string _vif_name;
uint8_t _ip_protocol;
bool _is_register;
};
/**
* Class for handling the task of join/leave multicast group requests
*/
class JoinLeaveMulticastGroup : public XrlTaskBase {
public:
JoinLeaveMulticastGroup(XrlPimNode& xrl_pim_node,
const string& if_name,
const string& vif_name,
uint8_t ip_protocol,
const IPvX& group_address,
bool is_join)
: XrlTaskBase(xrl_pim_node),
_if_name(if_name),
_vif_name(vif_name),
_ip_protocol(ip_protocol),
_group_address(group_address),
_is_join(is_join) {}
void dispatch() {
_xrl_pim_node.send_join_leave_multicast_group();
}
const char* operation_name() const {
return ((_is_join)? "join" : "leave");
}
const string& if_name() const { return _if_name; }
const string& vif_name() const { return _vif_name; }
uint8_t ip_protocol() const { return _ip_protocol; }
const IPvX& group_address() const { return _group_address; }
bool is_join() const { return _is_join; }
private:
string _if_name;
string _vif_name;
uint8_t _ip_protocol;
IPvX _group_address;
bool _is_join;
};
/**
* Class for handling the task of sending protocol messages
*/
class SendProtocolMessage : public XrlTaskBase {
public:
SendProtocolMessage(XrlPimNode& xrl_pim_node,
const string& if_name,
const string& vif_name,
const IPvX& src_address,
const IPvX& dst_address,
uint8_t ip_protocol,
int32_t ip_ttl,
int32_t ip_tos,
bool ip_router_alert,
bool ip_internet_control,
const uint8_t* sndbuf,
size_t sndlen)
: XrlTaskBase(xrl_pim_node),
_if_name(if_name),
_vif_name(vif_name),
_src_address(src_address),
_dst_address(dst_address),
_ip_protocol(ip_protocol),
_ip_ttl(ip_ttl),
_ip_tos(ip_tos),
_ip_router_alert(ip_router_alert),
_ip_internet_control(ip_internet_control) {
_payload.resize(sndlen);
for (size_t i = 0; i < sndlen; i++)
_payload[i] = sndbuf[i];
}
void dispatch() {
_xrl_pim_node.send_protocol_message();
}
const char* operation_name() const {
return ("send");
}
const string& if_name() const { return _if_name; }
const string& vif_name() const { return _vif_name; }
const IPvX& src_address() const { return _src_address; }
const IPvX& dst_address() const { return _dst_address; }
uint8_t ip_protocol() const { return _ip_protocol; }
int32_t ip_ttl() const { return _ip_ttl; }
int32_t ip_tos() const { return _ip_tos; }
bool ip_router_alert() const { return _ip_router_alert; }
bool ip_internet_control() const { return _ip_internet_control; }
const vector<uint8_t>& payload() const { return _payload; }
private:
string _if_name;
string _vif_name;
IPvX _src_address;
IPvX _dst_address;
uint8_t _ip_protocol;
int32_t _ip_ttl;
int32_t _ip_tos;
bool _ip_router_alert;
bool _ip_internet_control;
vector<uint8_t> _payload;
};
/**
* Class for handling the task of add/delete MFC requests
*/
class AddDeleteMfc : public XrlTaskBase {
public:
AddDeleteMfc(XrlPimNode& xrl_pim_node,
const PimMfc& pim_mfc,
bool is_add)
: XrlTaskBase(xrl_pim_node),
_source_addr(pim_mfc.source_addr()),
_group_addr(pim_mfc.group_addr()),
_rp_addr(pim_mfc.rp_addr()),
_iif_vif_index(pim_mfc.iif_vif_index()),
_olist(pim_mfc.olist()),
_olist_disable_wrongvif(pim_mfc.olist_disable_wrongvif()),
_is_add(is_add) {}
void dispatch() {
_xrl_pim_node.send_add_delete_mfc();
}
const char* operation_name() const {
return ((_is_add)? "add" : "delete");
}
const IPvX& source_addr() const { return _source_addr; }
const IPvX& group_addr() const { return _group_addr; }
const IPvX& rp_addr() const { return _rp_addr; }
uint32_t iif_vif_index() const { return _iif_vif_index; }
const Mifset& olist() const { return _olist; }
const Mifset& olist_disable_wrongvif() const { return _olist_disable_wrongvif; }
bool is_add() const { return _is_add; }
private:
IPvX _source_addr;
IPvX _group_addr;
IPvX _rp_addr;
uint32_t _iif_vif_index;
Mifset _olist;
Mifset _olist_disable_wrongvif;
bool _is_add;
};
/**
* Class for handling the task of add/delete dataflow monitor requests
*/
class AddDeleteDataflowMonitor : public XrlTaskBase {
public:
AddDeleteDataflowMonitor(XrlPimNode& xrl_pim_node,
const IPvX& source_addr,
const IPvX& group_addr,
uint32_t threshold_interval_sec,
uint32_t threshold_interval_usec,
uint32_t threshold_packets,
uint32_t threshold_bytes,
bool is_threshold_in_packets,
bool is_threshold_in_bytes,
bool is_geq_upcall,
bool is_leq_upcall,
bool is_add)
: XrlTaskBase(xrl_pim_node),
_source_addr(source_addr),
_group_addr(group_addr),
_threshold_interval_sec(threshold_interval_sec),
_threshold_interval_usec(threshold_interval_usec),
_threshold_packets(threshold_packets),
_threshold_bytes(threshold_bytes),
_is_threshold_in_packets(is_threshold_in_packets),
_is_threshold_in_bytes(is_threshold_in_bytes),
_is_geq_upcall(is_geq_upcall),
_is_leq_upcall(is_leq_upcall),
_is_add(is_add),
_is_delete_all(false) {}
AddDeleteDataflowMonitor(XrlPimNode& xrl_pim_node,
const IPvX& source_addr,
const IPvX& group_addr)
: XrlTaskBase(xrl_pim_node),
_source_addr(source_addr),
_group_addr(group_addr),
_threshold_interval_sec(0),
_threshold_interval_usec(0),
_threshold_packets(0),
_threshold_bytes(0),
_is_threshold_in_packets(false),
_is_threshold_in_bytes(false),
_is_geq_upcall(false),
_is_leq_upcall(false),
_is_add(false),
_is_delete_all(true) {}
void dispatch() {
_xrl_pim_node.send_add_delete_dataflow_monitor();
}
const char* operation_name() const {
return ((_is_delete_all)? "delete all" : (_is_add)? "add" : "delete");
}
const IPvX& source_addr() const { return _source_addr; }
const IPvX& group_addr() const { return _group_addr; }
uint32_t threshold_interval_sec() const { return _threshold_interval_sec; }
uint32_t threshold_interval_usec() const { return _threshold_interval_usec; }
uint32_t threshold_packets() const { return _threshold_packets; }
uint32_t threshold_bytes() const { return _threshold_bytes; }
bool is_threshold_in_packets() const { return _is_threshold_in_packets; }
bool is_threshold_in_bytes() const { return _is_threshold_in_bytes; }
bool is_geq_upcall() const { return _is_geq_upcall; }
bool is_leq_upcall() const { return _is_leq_upcall; }
bool is_add() const { return _is_add; }
bool is_delete_all() const { return _is_delete_all; }
private:
IPvX _source_addr;
IPvX _group_addr;
uint32_t _threshold_interval_sec;
uint32_t _threshold_interval_usec;
uint32_t _threshold_packets;
uint32_t _threshold_bytes;
bool _is_threshold_in_packets;
bool _is_threshold_in_bytes;
bool _is_geq_upcall;
bool _is_leq_upcall;
bool _is_add;
bool _is_delete_all;
};
EventLoop& _eventloop;
const string _finder_target;
const string _fea_target;
const string _mfea_target;
const string _rib_target;
const string _mld6igmp_target;
IfMgrXrlMirror _ifmgr;
TransactionManager _mrib_transaction_manager;
XrlRawPacket4V0p1Client _xrl_fea_client4;
XrlRawPacket6V0p1Client _xrl_fea_client6;
XrlMfeaV0p1Client _xrl_mfea_client;
XrlRibV0p1Client _xrl_rib_client;
XrlMld6igmpV0p1Client _xrl_mld6igmp_client;
XrlCliManagerV0p1Client _xrl_cli_manager_client;
XrlFinderEventNotifierV0p1Client _xrl_finder_client;
static const TimeVal RETRY_TIMEVAL;
bool _is_finder_alive;
bool _is_fea_alive;
bool _is_fea_registered;
bool _is_mfea_alive;
bool _is_mfea_registered;
bool _is_rib_alive;
bool _is_rib_registered;
bool _is_rib_registering;
bool _is_rib_deregistering;
XorpTimer _rib_register_startup_timer;
XorpTimer _rib_register_shutdown_timer;
bool _is_rib_redist_transaction_enabled;
XorpTimer _rib_redist_transaction_enable_timer;
bool _is_mld6igmp_alive;
bool _is_mld6igmp_registered;
bool _is_mld6igmp_registering;
bool _is_mld6igmp_deregistering;
XorpTimer _mld6igmp_register_startup_timer;
XorpTimer _mld6igmp_register_shutdown_timer;
list<XrlTaskBase* > _xrl_tasks_queue;
XorpTimer _xrl_tasks_queue_timer;
list<pair<uint32_t, bool> > _add_delete_protocol_mld6igmp_queue;
XorpTimer _add_delete_protocol_mld6igmp_queue_timer;
// The set of vifs to add to MLD6IGMP if it goes away and comes back
set<uint32_t> _add_protocol_mld6igmp_vif_index_set;
};
#endif // __PIM_XRL_PIM_NODE_HH__
Generated by: pavlin on kobe.xorp.net on Wed Jan 7 19:10:59 2009, using kdoc 2.0a54+XORP.
