# Netom Configuration
#
# This is an example Netom configuration file. It is in TOML format.
# This file has 2 sections: Global settings and Component definitions.
#
# TODO: write our own configuration format documentation.


### 1. Global Settings

log_level = "info"           # "error", "warn", "info", "debug" or "trace"
log_target = "stderr"        # "stderr", "file" or "syslog"
# log_facility = "daemon"    # used if log_target is "syslog"
# log_file = "./netom.log" # used if log_target is "file"

# the path to the file that holds all Roto filters. When specified as a
# relative path, this is relative to the working directory of the Netom
# application binary.
# roto_script = "filters.roto"

http_listen = ["[::]:8080"]


### 2. Component Definitions

## BMP

[units.bmp-in]
type = "bmp-tcp-in"
listen = "0.0.0.0:11019"
# Verbatim Route Monitoring copies for the bmp-out fastpath are emitted by
# default; set to false in pipelines without a bmp-tcp-out unit:
# forward_raw_updates = true

## BGP

# [units.bgp-in]
# type = "bgp-tcp-in"
# listen = "10.1.0.254:179"
# my_asn = 64512
# my_bgp_id = [10,1,0,254]

# [units.bgp-in.peers."10.1.0.1"]
# name = "PeerA"
# remote_asn = []
# md5_key = "shared-secret"
# protocols = ["Ipv4Unicast", "Ipv4Multicast", "Ipv6Unicast"]
# Extended Message capability is enabled by default. Disable it per peer to
# retain the legacy 4096-byte BGP message limit:
# extended_messages = false

# [units.bgp-in.peers."10.1.0.2"]
# name = "PeerB"
# remote_asn = []
# protocols = ["Ipv4Unicast", "Ipv6Unicast"]

# Active mode: connect to the peer ourselves, for peers that will not
# initiate the TCP connection. Requires an exact peer address (not a prefix).
# We keep listening for this peer as well; whichever side connects first wins.
# [units.bgp-in.peers."10.1.0.3"]
# name = "PeerC"
# remote_asn = 64513
# connect = true
# remote_port = 179            # default
# source_addr = "10.1.0.254"   # optional, e.g. a loopback the peer expects
# connect_retry_secs = 30      # default

## MRT

# [units.mrt-in]
# type = "mrt-file-in"
# filename = ["path/to/bview.mrt", "path/to/update1.mrt", ..]
# update_path = "path/to/updates"

## RTR

# [units.rtr]
# type = "rtr-tcp-in"
# remote = "[::1]:3323"
# retry = 60 # retry delay in seconds, default 60
#
# # In case of compatibility issues between Netom and the cache in use, force
# # the initial (and thus maximum) version. Defaults to version 2. Note that
# # some types of RPKI objects are not available in earlier versions of the
# # protocol (e.g. ASPA).
# initial_version = 2

## RIB

[units.rib]
type = "rib"
# When enabling the RTR unit above, make sure it's listed as a source for this
# rib unit, e.g.:
# sources = ["bmp-in", "rtr"]
sources = ["bmp-in"]
# Set to false to replace withdrawn route attributes with an empty tombstone in
# the RIB, reducing memory at the cost of losing last-seen attributes for
# withdrawn routes.
# retain_withdrawn_attributes = false
# Set to true to share identical path attribute blobs between stored routes.
# This reduces memory when many peers announce routes with the same attributes.
# deduplicate_path_attributes = true

## BMP TCP Out

# [units.bmp-out]
# type = "bmp-tcp-out"
# listen = "0.0.0.0:10001"
# sources = ["rib"]
# acl = ["0.0.0.0/0", "::/0"]
# Verbatim restreaming of live Route Monitoring ("fastpath") is on by
# default; set to false if downstream must see roto-filtered data only:
# fastpath = true
# tls = true
# tls_cert = "/etc/netom/bmp-out.crt"
# tls_key = "/etc/netom/bmp-out.key"

## Null Target

[targets.null]
type = "null-out"
sources = ["rib"]

## File out Target

#[targets.logfile]
#type = "file-out"
#sources = "bmp-in"
#format = "json"                   # "json", "json-min", "csv"
#filename = "/tmp/netom.csv"

## MQTT Target

# [targets.mqtt]
# type = "mqtt-out"
# sources = ["bmp-in", "bgp-in", "rib"]
# destination = "localhost"
# client_id = "netom"