<filename>venv/lib/python3.6/site-packages/ansible_collections/junipernetworks/junos/plugins/module_utils/network/junos/facts/bgp_global/bgp_global.py
#
# -*- coding: utf-8 -*-
# Copyright 2020 Red Hat
# GNU General Public License v3.0+
# (see COPYING or https://www.gnu.org/licenses/gpl-3.0.txt)
"""
The junos bgp_global fact class
It is in this file the configuration is collected from the device
for a given resource, parsed, and the facts tree is populated
based on the configuration.
"""
from __future__ import absolute_import, division, print_function

__metaclass__ = type

from copy import deepcopy
from ansible.module_utils._text import to_bytes
from ansible.module_utils.basic import missing_required_lib
from ansible_collections.ansible.netcommon.plugins.module_utils.network.common.utils import (
    remove_empties,
    generate_dict,
)
from ansible_collections.junipernetworks.junos.plugins.module_utils.network.junos.utils.utils import (
    _validate_config,
)
from ansible_collections.junipernetworks.junos.plugins.module_utils.network.junos.argspec.bgp_global.bgp_global import (
    Bgp_globalArgs,
)
from ansible.module_utils.six import string_types


try:
    from lxml import etree

    HAS_LXML = True
except ImportError:
    HAS_LXML = False

try:
    import xmltodict

    HAS_XMLTODICT = True
except ImportError:
    HAS_XMLTODICT = False


class Bgp_globalFacts(object):
    """ The junos bgp_global fact class
    """

    def __init__(self, module, subspec="config", options="options"):
        self._module = module
        self.argument_spec = Bgp_globalArgs.argument_spec
        spec = deepcopy(self.argument_spec)
        if subspec:
            if options:
                facts_argument_spec = spec[subspec][options]
            else:
                facts_argument_spec = spec[subspec]
        else:
            facts_argument_spec = spec

        self.generated_spec = generate_dict(facts_argument_spec)

    def get_device_data(self, connection, config_filter):
        """

        :param connection:
        :param config_filter:
        :return:
        """
        return connection.get_configuration(filter=config_filter)

    def populate_facts(self, connection, ansible_facts, data=None):
        """ Populate the facts for bgp_global
        :param connection: the device connection
        :param ansible_facts: Facts dictionary
        :param data: previously collected conf
        :rtype: dictionary
        :returns: facts
        """
        if not HAS_LXML:
            self._module.fail_json(msg="lxml is not installed.")

        if not data:
            config_filter = """
                <configuration>
                    <protocols>
                        <bgp>
                        </bgp>
                    </protocols>
                    <routing-options>
                        <autonomous-system/>
                    </routing-options>
                </configuration>
                """
            data = self.get_device_data(connection, config_filter)

        if isinstance(data, string_types):
            data = etree.fromstring(
                to_bytes(data, errors="surrogate_then_replace")
            )
        objs = {}
        resources = data.xpath("configuration/protocols/bgp")
        autonomous_system_path = data.xpath(
            "configuration/routing-options/autonomous-system"
        )
        if autonomous_system_path:
            self.autonomous_system = self._get_xml_dict(
                autonomous_system_path.pop()
            )
        else:
            self.autonomous_system = ""
        for resource in resources:
            if resource is not None:
                xml = self._get_xml_dict(resource)
                objs = self.render_config(self.generated_spec, xml)
        if not objs:
            if self.autonomous_system and self.autonomous_system.get(
                "autonomous-system"
            ):
                objs["as_number"] = self.autonomous_system[
                    "autonomous-system"
                ].get("as-number")
                if self.autonomous_system["autonomous-system"].get("loops"):
                    objs["loops"] = self.autonomous_system[
                        "autonomous-system"
                    ].get("loops")
                if (
                    "asdot-notation"
                    in self.autonomous_system["autonomous-system"]
                ):
                    objs["asdot_notation"] = True
        facts = {}
        if objs:
            facts["bgp_global"] = {}
            params = _validate_config(
                self._module, self.argument_spec, {"config": objs}, redact=True
            )
            facts["bgp_global"] = remove_empties(params["config"])
        ansible_facts["ansible_network_resources"].update(facts)
        return ansible_facts

    def _get_xml_dict(self, xml_root):
        if not HAS_XMLTODICT:
            self._module.fail_json(msg=missing_required_lib("xmltodict"))
        xml_dict = xmltodict.parse(
            etree.tostring(xml_root), dict_constructor=dict
        )
        return xml_dict

    def render_config(self, spec, conf):
        """
        Render config as dictionary structure and delete keys
          from spec for null values

        :param spec: The facts tree, generated from the argspec
        :param conf: The configuration
        :rtype: dictionary
        :returns: The generated config
        """
        bgp_global = {}
        bgp = conf.get("bgp")
        # Set ASN value into facts
        if self.autonomous_system and self.autonomous_system.get(
            "autonomous-system"
        ):
            bgp_global["as_number"] = self.autonomous_system[
                "autonomous-system"
            ].get("as-number")
            if self.autonomous_system["autonomous-system"].get("loops"):
                bgp_global["loops"] = self.autonomous_system[
                    "autonomous-system"
                ].get("loops")
            if "asdot-notation" in self.autonomous_system["autonomous-system"]:
                bgp_global["asdot_notation"] = True

        self.parse_attrib(bgp_global, bgp)

        # Read group
        if "group" in bgp.keys():
            bgp_groups = []
            bgp_group = {}
            groups = bgp.get("group")
            if isinstance(groups, dict):
                self.parse_attrib(bgp_group, groups)
                # parse neighbors
                if "neighbor" in groups.keys():
                    neighbors_lst = []
                    neighbors_dict = {}
                    neighbors = groups.get("neighbor")
                    if isinstance(neighbors, dict):
                        self.parse_attrib(
                            neighbors_dict, neighbors, "neighbor"
                        )
                        if neighbors_dict:
                            neighbors_lst.append(neighbors_dict)
                    else:
                        for neighbor in neighbors:
                            self.parse_attrib(
                                neighbors_dict, neighbor, "neighbor"
                            )
                            if neighbors_dict:
                                neighbors_lst.append(neighbors_dict)
                    if neighbors_lst:
                        bgp_group["neighbors"] = neighbors_lst

                if bgp_group:
                    bgp_groups.append(bgp_group)
            else:
                for group in groups:
                    bgp_group = {}
                    self.parse_attrib(bgp_group, group)
                    # Parse neighbors in the group list
                    if "neighbor" in group.keys():
                        neighbors_lst = []
                        neighbors_dict = {}
                        neighbors = group.get("neighbor")
                        if isinstance(neighbors, dict):
                            self.parse_attrib(
                                neighbors_dict, neighbors, "neighbor"
                            )
                            if neighbors_dict:
                                neighbors_lst.append(neighbors_dict)
                        else:
                            for neighbor in neighbors:
                                self.parse_attrib(
                                    neighbors_dict, neighbor, "neighbor"
                                )
                                if neighbors_dict:
                                    neighbors_lst.append(neighbors_dict)
                                    neighbors_dict = {}

                        if neighbors_lst:
                            bgp_group["neighbors"] = neighbors_lst

                    if bgp_group:
                        bgp_groups.append(bgp_group)
            bgp_global["groups"] = bgp_groups
        remove_empties(bgp_global)
        return bgp_global

    def parse_attrib(self, cfg_dict, conf, type=None):
        # Read accept-remote-nexthop value
        if "accept-remote-nexthop" in conf.keys():
            cfg_dict["accept_remote_nexthop"] = True

        # Read add-path-display-ipv4-address value
        if "add-path-display-ipv4-address" in conf.keys():
            cfg_dict["add_path_display_ipv4_address"] = True

        # Parse advertise-bgp-static dictionary
        if "advertise-bgp-static" in conf.keys():
            cfg = {}
            if (
                conf.get("advertise-bgp-static")
                and "advertise-bgp-static" in conf.keys()
            ):
                if "policy" in conf["advertise-bgp-static"]:
                    cfg["policy"] = conf["advertise-bgp-static"].get("policy")
            else:
                cfg["set"] = True
            cfg_dict["advertise_bgp_static"] = cfg

        # Parse advertise-external dictionary
        if "advertise-external" in conf.keys():
            cfg = {}
            if (
                isinstance(conf.get("advertise-external"), dict)
                and "conditional" in conf["advertise-external"].keys()
            ):
                cfg["conditional"] = True
            else:
                cfg["set"] = True
            cfg_dict["advertise_external"] = cfg

        # Read advertise-from-main-vpn-tables value
        if "advertise-from-main-vpn-tables" in conf.keys():
            cfg_dict["advertise_from_main_vpn_tables"] = True

        # Read advertise-inactive value
        if "advertise-inactive" in conf.keys():
            cfg_dict["advertise_inactive"] = True

        # Read advertise-peer-as value
        if "advertise-peer-as" in conf.keys():
            cfg_dict["advertise_peer_as"] = True

        # Read authentication-algorithm value
        if "authentication-algorithm" in conf.keys():
            cfg_dict["authentication_algorithm"] = conf[
                "authentication-algorithm"
            ]

        # Read authentication-key value
        if "authentication-key" in conf.keys():
            cfg_dict["authentication_key"] = conf["authentication-key"]

        # Read authentication-key-chain value
        if "authentication-key-chain" in conf.keys():
            cfg_dict["authentication_key_chain"] = conf[
                "authentication-key-chain"
            ]

        # Parse bfd-liveness-detection dictionary
        if "bfd-liveness-detection" in conf.keys():
            cfg = {}
            bld = conf["bfd-liveness-detection"]
            # Parse authentication dictionary
            if "authentication" in bld.keys():
                a_dict = {}
                authentication = bld["authentication"]
                if "algorithm" in authentication.keys():
                    a_dict["algorithm"] = authentication["algorithm"]
                if "key-chain" in authentication.keys():
                    a_dict["key_chain"] = authentication["key-chain"]
                if "loose-check" in authentication.keys():
                    a_dict["loose_check"] = True
                cfg["authentication"] = a_dict

            # Parse detection-time dictionary
            if "detection-time" in bld.keys():
                dt_dict = {}
                d_time = bld["detection-time"]
                if "threshold" in d_time.keys():
                    dt_dict["threshold"] = d_time["threshold"]
                cfg["detection_time"] = dt_dict
            # Parse transmit-interval dictionary
            if "transmit-interval" in bld.keys():
                t_dict = {}
                t_int = bld["transmit-interval"]
                if "minimum-interval" in t_int.keys():
                    t_dict["minimum_interval"] = t_int["minimum-interval"]
                cfg["transmit_interval"] = t_dict

            # Read holddown-interval value
            if "holddown-interval" in bld.keys():
                cfg["holddown_interval"] = bld["holddown-interval"]

            # Read minimum-receive-interval value
            if "minimum-receive-interval" in bld.keys():
                cfg["minimum_receive_interval"] = bld[
                    "minimum-receive-interval"
                ]

            # Read minimum-interval value
            if "minimum-interval" in bld.keys():
                cfg["minimum_interval"] = bld["minimum-interval"]

            # Read multiplier value
            if "multiplier" in bld.keys():
                cfg["multiplier"] = bld["multiplier"]

            # Read no-adaptation value
            if "no-adaptation" in bld.keys():
                cfg["no_adaptation"] = True

            # Read session-mode value
            if "session-mode" in bld.keys():
                cfg["session_mode"] = bld["session-mode"]

            # Read version value
            if "version" in bld.keys():
                cfg["version"] = bld["version"]

            # write the  bfd_liveness_detection to bgp global config dictionary
            cfg_dict["bfd_liveness_detection"] = cfg

        # Parse bgp-error-tolerance dictionary
        if "bgp-error-tolerance" in conf.keys():
            cfg = {}
            bet = conf["bgp-error-tolerance"]
            # Parse authentication dictionary
            if "malformed-route-limit" in bet.keys():
                cfg["malformed_route_limit"] = bet["malformed-route-limit"]
            if "malformed-update-log-interval" in bet.keys():
                cfg["malformed_update_log_interval"] = bet[
                    "malformed-update-log-interval"
                ]
            if "no-malformed-route-limit" in bet.keys():
                cfg["no_malformed_route_limit"] = True
            # write the  bfd_liveness_detection to bgp global config dictionary
            cfg_dict["bgp_error_tolerance"] = cfg

        # Parse bmp dictionary
        if "bmp" in conf.keys():
            cfg = {}
            bmp = conf["bmp"]
            # Parse authentication dictionary
            if "route-monitoring" in bmp.keys():
                rm_dict = {}
                r_monitoring = bmp["route-monitoring"]

                # Read none attribute value
                if "none" in r_monitoring.keys():
                    rm_dict["none"] = True

                # Read post-policy attribute value
                if "post-policy" in r_monitoring.keys():
                    if r_monitoring["post-policy"].get("exclude-non-eligible"):
                        rm_dict["post_policy_exclude_non_eligible"] = True
                    else:
                        rm_dict["post_policy"] = True

                # Read pre-policy attribute value
                if "pre-policy" in r_monitoring.keys():
                    if r_monitoring["pre-policy"].get("exclude-non-feasible"):
                        rm_dict["pre_policy_exclude_non_feasible"] = True
                    else:
                        rm_dict["pre_policy"] = True
                cfg["route_monitoring"] = rm_dict
            # Read monitor value
            if "monitor" in bmp.keys():
                if bmp["monitor"] == "disable":
                    cfg["monitor"] = False
                else:
                    cfg["monitor"] = True

            # write the  bmp to bgp global config dictionary
            cfg_dict["bmp"] = cfg

        # Read cluster value
        if "cluster" in conf.keys():
            cfg_dict["cluster_id"] = conf["cluster"]

        # Read damping value
        if "damping" in conf.keys():
            cfg_dict["damping"] = True

        # Read description value
        if "description" in conf.keys():
            cfg_dict["description"] = conf["description"]

        # Read disable value
        if "disable" in conf.keys():
            cfg_dict["disable"] = True

        # Read egress-te value
        if "egress-te" in conf.keys():
            cfg = {}
            if (
                conf.get("egress-te")
                and "backup-path" in conf["egress-te"].keys()
            ):
                cfg["backup_path"] = conf["egress-te"].get("backup-path")
            else:
                cfg["set"] = True
            cfg_dict["egress_te"] = cfg

        # Read egress-te-backup-paths
        if "egress-te-backup-paths" in conf.keys():
            cfg = {}
            templates_lst = []
            template_dict = {}
            templates = conf["egress-te-backup-paths"].get("template")
            if isinstance(templates, dict):
                template_dict["path_name"] = templates["name"]
                if "remote-nexthop" in templates.keys():
                    template_dict["remote_nexthop"] = templates[
                        "remote-nexthop"
                    ].get("remote-nh-addr")
                if "peer" in templates.keys():
                    peer_lst = []
                    peers = templates.get("peer")
                    if isinstance(peers, dict):
                        peer_lst.append(peers.get("name"))
                    else:
                        for peer in peers:
                            peer_lst.append(peer.get("name"))
                    template_dict["peers"] = peer_lst

                if "ip-forward" in templates.keys():
                    ipf_dict = {}
                    if templates.get("ip-forward") is None:
                        ipf_dict["set"] = True
                    else:
                        ipf_dict["rti_name"] = templates["ip-forward"].get(
                            "rti-name"
                        )
                    template_dict["ip_forward"] = ipf_dict
                if template_dict:
                    templates_lst.append(template_dict)
            else:
                # We have list of templates
                for template in templates:
                    template_dict = {}
                    template_dict["path_name"] = template["name"]
                    if "remote-nexthop" in template.keys():
                        template_dict["remote_nexthop"] = template[
                            "remote-nexthop"
                        ].get("remote-nh-addr")
                    if "peer" in template.keys():
                        peer_lst = []
                        peers = template.get("peer")
                        if isinstance(peers, dict):
                            peer_lst.append(peers.get("name"))
                        else:
                            for peer in peers:
                                peer_lst.append(peer.get("name"))
                        template_dict["peers"] = peer_lst
                    if "ip-forward" in template.keys():
                        ipf_dict = {}
                        if template.get("ip-forward") is None:
                            ipf_dict["set"] = True
                        else:
                            ipf_dict["rti_name"] = template["ip-forward"].get(
                                "rti-name"
                            )
                        template_dict["ip_forward"] = ipf_dict

                    if template_dict:
                        templates_lst.append(template_dict)

            if templates:
                cfg["templates"] = templates_lst
            cfg_dict["egress_te_backup_paths"] = cfg

        # Read egress-te-set-segment
        if "egress-te-set-segment" in conf.keys():
            etss_lst = []
            etss_dict = {}
            etsss = conf["egress-te-set-segment"]
            if isinstance(etsss, dict):
                etss_dict["name"] = etsss.get("name")
                if "label" in etsss.keys():
                    etss_dict["label"] = etsss["label"].get("label-value")
                if "egress-te-backup-segment" in etsss.keys():
                    etbs = etsss.get("egress-te-backup-segment")
                    etss_dict["egress_te_backup_segment_label"] = etbs[
                        "label"
                    ].get("label-value")

                if etss_dict:
                    etss_lst.append(etss_dict)
            else:
                for etss in etsss:
                    etss_dict["name"] = etss.get("name")
                    if "label" in etss.keys():
                        etss_dict["label"] = etss["label"].get("label-value")
                    if "egress-te-backup-segment" in etss.keys():
                        etbs = etss.get("egress-te-backup-segment")
                        etss_dict["egress_te_backup_segment_label"] = etbs[
                            "label"
                        ].get("label-value")

                    if etss_dict:
                        etss_lst.append(etss_dict)
                    etss_dict = {}
            cfg_dict["egress_te_set_segment"] = etss_lst

        # Read egress-te-sid-stats value
        if "egress-te-sid-stats" in conf.keys():
            cfg_dict["egress_te_sid_stats"] = True

        # Read enforce-first-as value
        if "enforce-first-as" in conf.keys():
            cfg_dict["enforce_first_as"] = True

        # Read export value
        if "export" in conf.keys():
            cfg_dict["export"] = conf["export"]

        # Read forwarding-context value
        if "forwarding-context" in conf.keys():
            cfg_dict["forwarding_context"] = conf["forwarding-context"]

        # Read graceful-restart
        if "graceful-restart" in conf.keys():
            cfg = {}
            gr = conf.get("graceful-restart")
            if gr is None:
                cfg["set"] = True
            else:
                if "disable" in gr.keys():
                    cfg["disable"] = True
                if "dont-help-shared-fate-bfd-down" in gr.keys():
                    cfg["dont_help_shared_fate_bfd_down"] = True
                # read forwarding-state-bit
                if "forwarding-state-bit" in gr.keys():
                    fsb_dict = {}
                    if "as-rr-client" == gr.get("forwarding-state-bit"):
                        fsb_dict["as_rr_client"] = True
                    if "from-fib" == gr.get("forwarding-state-bit"):
                        fsb_dict["from_fib"] = True
                    cfg["forwarding_state_bit"] = fsb_dict
                # read long-lived
                if "long-lived" in gr.keys():
                    ll_dict = {}
                    ll = gr.get("long-lived")
                    # read advertise_to_non_llgr_neighbor
                    if "advertise-to-non-llgr-neighbor" in ll.keys():
                        atnln_dict = {}
                        atnln = ll.get("advertise-to-non-llgr-neighbor")
                        if atnln is None:
                            atnln_dict["set"] = True
                        else:
                            atnln_dict["omit_no_export"] = True
                        ll_dict["advertise_to_non_llgr_neighbor"] = atnln_dict
                    if "receiver" in ll.keys():
                        ll_dict["receiver_disable"] = True
                    cfg["long_lived"] = ll_dict
                # read restart-time
                if "restart-time" in gr.keys():
                    cfg["restart_time"] = gr.get("restart-time")
                # read stale-routes-time
                if "stale-routes-time" in gr.keys():
                    cfg["stale_routes_time"] = gr.get("stale-routes-time")

            cfg_dict["graceful_restart"] = cfg

        # Read hold-time value
        if "hold-time" in conf.keys():
            cfg_dict["hold_time"] = conf["hold-time"]

        # Read holddown-all-stale-labels value
        if "holddown-all-stale-labels" in conf.keys():
            cfg_dict["holddown_all_stale_labels"] = True

        # Read idle-after-switch-over
        if "idle-after-switch-over" in conf.keys():
            cfg = {}
            iaso = conf.get("idle-after-switch-over")
            if "forever" in iaso.keys():
                cfg["forever"] = True
            else:
                cfg["timeout"] = iaso.get("timeout")
            cfg_dict["idle_after_switch_over"] = cfg

        # Read import value
        if "import" in conf.keys():

            imports = conf.get("import")
            import_lst = []
            if isinstance(imports, dict):
                import_lst.append(imports)
            else:
                for entry in imports:
                    import_lst.append(entry)
            cfg_dict["import"] = import_lst

        # Read include-mp-next-hop value
        if "include-mp-next-hop" in conf.keys():
            cfg_dict["include_mp_next_hop"] = True

        # Read ipsec-sa value
        if "ipsec-sa" in conf.keys():
            cfg_dict["ipsec_sa"] = conf["ipsec-sa"]

        # Read keep value
        if "keep" in conf.keys():
            cfg_dict["keep"] = conf["keep"]

        # Read local-address value
        if "local-address" in conf.keys():
            cfg_dict["local_address"] = conf["local-address"]

        # Read local_as value
        if "local-as" in conf.keys():
            cfg = {}
            la = conf.get("local-as")
            cfg["as_num"] = la.get("as-number")
            if "alias" in la.keys():
                cfg["alias"] = True
            if "private" in la.keys():
                cfg["private"] = True
            if "loops" in la.keys():
                cfg["loops"] = la.get("loops")
            if "no-prepend-global-as" in la.keys():
                cfg["no_prepend_global_as"] = True
            cfg_dict["local_as"] = cfg

        # Read local-interface value
        if "local-interface" in conf.keys():
            cfg_dict["local_interface"] = conf["local-interface"]

        # Read local-preference value
        if "local-preference" in conf.keys():
            cfg_dict["local_preference"] = conf["local-preference"]

        # Read log-updown value
        if "log-updown" in conf.keys():
            cfg_dict["log_updown"] = True

        # Read metric-out
        if "metric-out" in conf.keys():
            cfg = {}
            mo = conf.get("metric-out")
            # metric value
            if "metric-value" in mo.keys():
                cfg["metric_value"] = mo.get("metric-value")
            # read igp
            if "igp" in mo.keys():
                igp_dict = {}
                igp = mo.get("igp")
                if igp is None:
                    igp_dict["set"] = True
                else:
                    if "metric-offset" in igp.keys():
                        igp_dict["metric_offset"] = igp.get("metric-offset")
                    if "delay-med-update" in igp.keys():
                        igp_dict["delay_med_update"] = True
                cfg["igp"] = igp_dict
            # read minimum-igp
            if "minimum-igp" in mo.keys():
                minigp_dict = {}
                minigp = mo.get("minimum-igp")
                if minigp is None:
                    minigp_dict["set"] = True
                else:
                    if "metric-offset" in minigp.keys():
                        minigp_dict["metric_offset"] = minigp.get(
                            "metric-offset"
                        )
                cfg["minimum_igp"] = minigp_dict
            cfg_dict["metric_out"] = cfg

        # Read mtu-discovery value
        if "mtu-discovery" in conf.keys():
            cfg_dict["mtu_discovery"] = True

        # Read multihop value
        if "multihop" in conf.keys():
            cfg = {}
            multihop = conf.get("multihop")
            if multihop is None:
                cfg["set"] = True
            else:
                if "no-nexthop-change" in multihop.keys():
                    cfg["no_nexthop_change"] = True
                if "ttl" in multihop.keys():
                    cfg["ttl"] = multihop.get("ttl")
            cfg_dict["multihop"] = cfg

        # Read multipath
        if "multipath" in conf.keys():
            cfg = {}
            multipath = conf.get("multipath")
            if multipath is None:
                cfg["set"] = True
            else:
                if "disable" in multipath.keys():
                    cfg["disable"] = True
                if "multiple-as" in multipath.keys():
                    mas = multipath.get("multiple-as")
                    if mas is None:
                        cfg["multiple_as"] = True
                    else:
                        cfg["multiple_as_disable"] = True

            cfg_dict["multipath"] = cfg

        # Read no-advertise-peer-as value
        if "no-advertise-peer-as" in conf.keys():
            cfg_dict["no_advertise_peer_as"] = True

        # Read no-aggregator-id value
        if "no-aggregator-id" in conf.keys():
            cfg_dict["no_aggregator_id"] = True

        # Read no-client-reflect value
        if "no-client-reflect" in conf.keys():
            cfg_dict["no_client_reflect"] = True

        # Read no-precision-timers value
        if "no-precision-timers" in conf.keys():
            cfg_dict["no_precision_timers"] = True

        # Read out-delay value
        if "out-delay" in conf.keys():
            cfg_dict["out_delay"] = conf["out-delay"]

        # Read outbound-route-filter
        if "outbound-route-filter" in conf.keys():
            cfg = {}
            orf = conf.get("outbound-route-filter")
            # read outbound-route-filter
            if "bgp-orf-cisco-mode" in orf.keys():
                cfg["bgp_orf_cisco_mode"] = True
            # read prefix-based
            if "prefix-based" in orf.keys():
                pb = orf.get("prefix-based")
                pb_dict = {}
                if pb is None:
                    pb_dict["set"] = True
                else:
                    if "accept" in pb.keys():
                        # read accept node attributes
                        accept = pb.get("accept")
                        accept_dict = {}
                        if accept is None:
                            accept_dict["set"] = True
                        else:
                            if "inet" in accept.keys():
                                accept_dict["inet"] = True
                            if "inet6" in accept.keys():
                                accept_dict["inet6"] = True
                        pb_dict["accept"] = accept_dict
                cfg["prefix_based"] = pb_dict

            cfg_dict["outbound_route_filter"] = cfg

        # Read output-queue-priority value
        if "output-queue-priority" in conf.keys():
            cfg = {}
            oqp_dict = {}
            oqp = conf.get("output-queue-priority")
            # read defaults
            if "defaults" in oqp.keys():
                defaults = oqp.get("defaults")
                defaults_dict = {}
                # read high
                if "high" in defaults.keys():
                    high_dict = {}
                    high = defaults.get("high")
                    if "expedited" in high:
                        high_dict["expedited"] = True

                    defaults_dict["high"] = high_dict
                # read low
                if "low" in defaults.keys():
                    low_dict = {}
                    low = defaults.get("low")
                    if "expedited" in low:
                        low_dict["expedited"] = True
                # read medium
                if "medium" in defaults.keys():
                    medium_dict = {}
                    medium = defaults.get("medium")
                    if "expedited" in medium:
                        medium_dict["expedited"] = True
                oqp_dict["defaults"] = defaults_dict

            # read expedited
            if "expedited" in oqp.keys():
                expedited = oqp.get("expedited")
                if "update-tokens" in expedited:
                    oqp_dict["expedited_update_tokens"] = expedited.get(
                        "update-tokens"
                    )

            # read priority
            if "priority" in oqp.keys():
                priority_lst = []
                priority_dict = {}
                priority = oqp.get("priority")
                if isinstance(priority, dict):
                    priority_dict["priority"] = priority.get("name")
                    priority_dict["update_tokens"] = priority.get(
                        "update-tokens"
                    )
                    priority_lst.append(priority_dict)
                else:
                    for element in priority:
                        priority_dict["priority"] = element.get("name")
                        priority_dict["update_tokens"] = element.get(
                            "update-tokens"
                        )
                        priority_lst.append(priority_dict)
                        priority_dict = {}

                oqp_dict["priority_update_tokens"] = priority_lst

            cfg_dict["output_queue_priority"] = oqp_dict

        # Read passive value
        if "passive" in conf.keys():
            cfg_dict["passive"] = True

        # Read path-selection value
        if "path-selection" in conf.keys():
            ps_dict = {}
            ps = conf.get("path-selection")
            if "always-compare-med" in ps.keys():
                ps_dict["always_compare_med"] = True
            if "as-path-ignore" in ps.keys():
                ps_dict["as_path_ignore"] = True
            if "external-router-id" in ps.keys():
                ps_dict["external_router_id"] = True
            if "cisco-non-deterministic" in ps.keys():
                ps_dict["cisco_non_deterministic"] = True
            if "l2vpn-use-bgp-rules" in ps.keys():
                ps_dict["l2vpn_use_bgp_rules"] = True
            # read med-plus-igp
            if "med-plus-igp" in ps.keys():
                mpi_dict = {}
                mpi = ps.get("med-plus-igp")
                if mpi is None:
                    mpi_dict["set"] = True
                else:
                    if "igp-multiplier" in mpi.keys():
                        mpi_dict["igp_multiplier"] = mpi.get("igp-multiplier")
                    if "med-multiplier" in mpi.keys():
                        mpi_dict["med_multiplier"] = mpi.get("med-multiplier")
                ps_dict["med_plus_igp"] = mpi_dict

            cfg_dict["path_selection"] = ps_dict

        # Read peer-as value
        if "peer-as" in conf.keys():
            cfg_dict["peer_as"] = conf["peer-as"]

        # Read precision-timers value
        if "precision-timers" in conf.keys():
            cfg_dict["precision_timers"] = True

        # Read preference value
        if "preference" in conf.keys():
            cfg_dict["preference"] = conf["preference"]

        # Read remove-private value
        if "remove-private" in conf.keys():
            rp_dict = {}
            rp = conf.get("remove-private")
            if rp is None:
                rp_dict["set"] = True
            else:
                if "all" in rp.keys():
                    all = rp.get("all")
                    if all is None:
                        rp_dict["all"] = True
                    else:
                        if "replace" in all.keys():
                            replace = all.get("replace")
                            if replace is None:
                                rp_dict["all_replace"] = True
                            else:
                                rp_dict["all_replace_nearest"] = True

            cfg_dict["remove_private"] = rp_dict

        # Read rfc6514-compliant-safi129 value
        if "rfc6514-compliant-safi129" in conf.keys():
            cfg_dict["rfc6514_compliant_safi129"] = True

        # Read route-server-client value
        if "route-server-client" in conf.keys():
            cfg_dict["route_server_client"] = True

        # Read send-addpath-optimization value
        if "send-addpath-optimization" in conf.keys():
            cfg_dict["send_addpath_optimization"] = True

        # Read snmp-options value
        if "snmp-options" in conf.keys():
            cfg = {}
            so = conf.get("snmp-options")
            if "backward-traps-only-from-established" in so:
                cfg["backward_traps_only_from_established"] = True
            if "emit-inet-address-length-in-oid" in so:
                cfg["emit_inet_address_length_in_oid"] = True
            cfg_dict["snmp_options"] = cfg

        # Read sr-preference-override value
        if "sr-preference-override" in conf.keys():
            cfg_dict["sr_preference_override"] = conf["sr-preference-override"]

        # Read stale-labels-holddown-period value
        if "stale-labels-holddown-period" in conf.keys():
            cfg_dict["stale_labels_holddown_period"] = conf[
                "stale-labels-holddown-period"
            ]

        # Read tcp-aggressive-transmission value
        if "tcp-aggressive-transmission" in conf.keys():
            cfg_dict["tcp_aggressive_transmission"] = True

        # Read tcp-mss value
        if "tcp-mss" in conf.keys():
            cfg_dict["tcp_mss"] = conf["tcp-mss"]

        # Read traceoptions value
        if "traceoptions" in conf.keys():
            to_dict = {}
            to = conf.get("traceoptions")
            # read file
            if "file" in to.keys():
                file_dict = {}
                file = to.get("file")
                if "filename" in file.keys():
                    file_dict["filename"] = file.get("filename")
                if "files" in file.keys():
                    file_dict["files"] = file.get("files")
                if "no-world-readable" in file.keys():
                    file_dict["no_world_readable"] = True
                if "world-readable" in file.keys():
                    file_dict["world_readable"] = True
                if "size" in file.keys():
                    file_dict["size"] = file.get("size")
                to_dict["file"] = file_dict
            # read flag
            if "flag" in to.keys():
                flag_lst = []
                flag = to.get("flag")
                for event in flag:
                    flag_dict = {}
                    if event is not None:
                        if "detail" in event.keys():
                            flag_dict["detail"] = True
                        if "disable" in event.keys():
                            flag_dict["disable"] = True
                        if "receive" in event.keys():
                            flag_dict["receive"] = True
                        if "send" in event.keys():
                            flag_dict["send"] = True
                        if "filter" in event.keys():
                            filter_dict = {}
                            filter = event.get("filter")
                            if filter is None:
                                filter_dict["set"] = True
                            else:
                                if "match-on" in filter.keys():
                                    filter_dict["match_on_prefix"] = True
                                if "policy" in filter.keys():
                                    filter_dict["policy"] = filter.get(
                                        "policy"
                                    )
                            flag_dict["filter"] = filter_dict
                        flag_dict["name"] = event.get("name")
                        flag_lst.append(flag_dict)

                to_dict["flag"] = flag_lst
                cfg_dict["traceoptions"] = to_dict
        # Read traffic-statistics-labeled-path
        if "traffic-statistics-labeled-path" in conf.keys():
            tslp_dict = {}
            tslp = conf.get("traffic-statistics-labeled-path")
            # read file
            if "file" in tslp.keys():
                file_dict = {}
                file = tslp.get("file")
                if "filename" in file.keys():
                    file_dict["filename"] = file.get("filename")
                if "files" in file.keys():
                    file_dict["files"] = file.get("files")
                if "no-world-readable" in file.keys():
                    file_dict["no_world_readable"] = True
                if "world-readable" in file.keys():
                    file_dict["world_readable"] = True
                if "size" in file.keys():
                    file_dict["size"] = file.get("size")
                tslp_dict["file"] = file_dict
            # read interval
            if "interval" in tslp.keys():
                tslp_dict["interval"] = tslp.get("interval")

            cfg_dict["traffic_statistics_labeled_path"] = tslp_dict
        # Read ttl value
        if "ttl" in conf.keys():
            cfg_dict["ttl"] = conf["ttl"]

        # Read unconfigured-peer-graceful-restart value
        if "unconfigured-peer-graceful-restart" in conf.keys():
            cfg_dict["unconfigured_peer_graceful_restart"] = True

        # Read vpn-apply-export value
        if "vpn-apply-export" in conf.keys():
            cfg_dict["vpn_apply_export"] = True

        # Read group name value
        if "name" in conf.keys():
            if type == "neighbor":
                cfg_dict["neighbor_address"] = conf["name"]
            else:
                cfg_dict["name"] = conf["name"]

        # Read as-override value
        if "as-override" in conf.keys():
            cfg_dict["as_override"] = True

        # Read allow
        if "allow" in conf.keys():
            allow_lst = []
            allow = conf["allow"]
            if isinstance(allow, list):
                for item in allow:
                    allow_lst.append(item)
            else:
                allow_lst.append(allow)
            if allow_lst:
                cfg_dict["allow"] = allow_lst

        # Read optimal-route-reflection
        if "optimal-route-reflection" in conf.keys():
            orr_dict = {}
            orr = conf["optimal-route-reflection"]

            if "igp-backup" in orr.keys():
                orr_dict["igp_backup"] = orr.get("igp-backup")

            if "igp-primary" in orr.keys():
                orr_dict["igp_primary"] = orr.get("igp-primary")
            cfg_dict["optimal_route_reflection"] = orr_dict

        # Read group type value
        if "type" in conf.keys():
            cfg_dict["type"] = conf["type"]

        # Read unconfigured-peer-graceful-restart value
        if "unconfigured-peer-graceful-restart" in conf.keys():
            cfg_dict["unconfigured_peer_graceful_restart"] = True

        # Read vpn-apply-export value
        if "vpn-apply-export" in conf.keys():
            cfg_dict["vpn_apply_export"] = True

<filename>venv/lib/python3.6/site-packages/ansible_collections/junipernetworks/junos/plugins/module_utils/network/junos/facts/bgp_global/bgp_global.py
#
# -*- coding: utf-8 -*-
# Copyright 2020 Red Hat
# GNU General Public License v3.0+
# (see COPYING or https://www.gnu.org/licenses/gpl-3.0.txt)
"""
The junos bgp_global fact class
It is in this file the configuration is collected from the device
for a given resource, parsed, and the facts tree is populated
based on the configuration.
"""
from __future__ import absolute_import, division, print_function

__metaclass__ = type

from copy import deepcopy
from ansible.module_utils._text import to_bytes
from ansible.module_utils.basic import missing_required_lib
from ansible_collections.ansible.netcommon.plugins.module_utils.network.common.utils import (
    remove_empties,
    generate_dict,
)
from ansible_collections.junipernetworks.junos.plugins.module_utils.network.junos.utils.utils import (
    _validate_config,
)
from ansible_collections.junipernetworks.junos.plugins.module_utils.network.junos.argspec.bgp_global.bgp_global import (
    Bgp_globalArgs,
)
from ansible.module_utils.six import string_types


try:
    from lxml import etree

    HAS_LXML = True
except ImportError:
    HAS_LXML = False

try:
    import xmltodict

    HAS_XMLTODICT = True
except ImportError:
    HAS_XMLTODICT = False


class Bgp_globalFacts(object):
    """ The junos bgp_global fact class
    """

    def __init__(self, module, subspec="config", options="options"):
        self._module = module
        self.argument_spec = Bgp_globalArgs.argument_spec
        spec = deepcopy(self.argument_spec)
        if subspec:
            if options:
                facts_argument_spec = spec[subspec][options]
            else:
                facts_argument_spec = spec[subspec]
        else:
            facts_argument_spec = spec

        self.generated_spec = generate_dict(facts_argument_spec)

    def get_device_data(self, connection, config_filter):
        """

        :param connection:
        :param config_filter:
        :return:
        """
        return connection.get_configuration(filter=config_filter)

    def populate_facts(self, connection, ansible_facts, data=None):
        """ Populate the facts for bgp_global
        :param connection: the device connection
        :param ansible_facts: Facts dictionary
        :param data: previously collected conf
        :rtype: dictionary
        :returns: facts
        """
        if not HAS_LXML:
            self._module.fail_json(msg="lxml is not installed.")

        if not data:
            config_filter = """
                <configuration>
                    <protocols>
                        <bgp>
                        </bgp>
                    </protocols>
                    <routing-options>
                        <autonomous-system/>
                    </routing-options>
                </configuration>
                """
            data = self.get_device_data(connection, config_filter)

        if isinstance(data, string_types):
            data = etree.fromstring(
                to_bytes(data, errors="surrogate_then_replace")
            )
        objs = {}
        resources = data.xpath("configuration/protocols/bgp")
        autonomous_system_path = data.xpath(
            "configuration/routing-options/autonomous-system"
        )
        if autonomous_system_path:
            self.autonomous_system = self._get_xml_dict(
                autonomous_system_path.pop()
            )
        else:
            self.autonomous_system = ""
        for resource in resources:
            if resource is not None:
                xml = self._get_xml_dict(resource)
                objs = self.render_config(self.generated_spec, xml)
        if not objs:
            if self.autonomous_system and self.autonomous_system.get(
                "autonomous-system"
            ):
                objs["as_number"] = self.autonomous_system[
                    "autonomous-system"
                ].get("as-number")
                if self.autonomous_system["autonomous-system"].get("loops"):
                    objs["loops"] = self.autonomous_system[
                        "autonomous-system"
                    ].get("loops")
                if (
                    "asdot-notation"
                    in self.autonomous_system["autonomous-system"]
                ):
                    objs["asdot_notation"] = True
        facts = {}
        if objs:
            facts["bgp_global"] = {}
            params = _validate_config(
                self._module, self.argument_spec, {"config": objs}, redact=True
            )
            facts["bgp_global"] = remove_empties(params["config"])
        ansible_facts["ansible_network_resources"].update(facts)
        return ansible_facts

    def _get_xml_dict(self, xml_root):
        if not HAS_XMLTODICT:
            self._module.fail_json(msg=missing_required_lib("xmltodict"))
        xml_dict = xmltodict.parse(
            etree.tostring(xml_root), dict_constructor=dict
        )
        return xml_dict

    def render_config(self, spec, conf):
        """
        Render config as dictionary structure and delete keys
          from spec for null values

        :param spec: The facts tree, generated from the argspec
        :param conf: The configuration
        :rtype: dictionary
        :returns: The generated config
        """
        bgp_global = {}
        bgp = conf.get("bgp")
        # Set ASN value into facts
        if self.autonomous_system and self.autonomous_system.get(
            "autonomous-system"
        ):
            bgp_global["as_number"] = self.autonomous_system[
                "autonomous-system"
            ].get("as-number")
            if self.autonomous_system["autonomous-system"].get("loops"):
                bgp_global["loops"] = self.autonomous_system[
                    "autonomous-system"
                ].get("loops")
            if "asdot-notation" in self.autonomous_system["autonomous-system"]:
                bgp_global["asdot_notation"] = True

        self.parse_attrib(bgp_global, bgp)

        # Read group
        if "group" in bgp.keys():
            bgp_groups = []
            bgp_group = {}
            groups = bgp.get("group")
            if isinstance(groups, dict):
                self.parse_attrib(bgp_group, groups)
                # parse neighbors
                if "neighbor" in groups.keys():
                    neighbors_lst = []
                    neighbors_dict = {}
                    neighbors = groups.get("neighbor")
                    if isinstance(neighbors, dict):
                        self.parse_attrib(
                            neighbors_dict, neighbors, "neighbor"
                        )
                        if neighbors_dict:
                            neighbors_lst.append(neighbors_dict)
                    else:
                        for neighbor in neighbors:
                            self.parse_attrib(
                                neighbors_dict, neighbor, "neighbor"
                            )
                            if neighbors_dict:
                                neighbors_lst.append(neighbors_dict)
                    if neighbors_lst:
                        bgp_group["neighbors"] = neighbors_lst

                if bgp_group:
                    bgp_groups.append(bgp_group)
            else:
                for group in groups:
                    bgp_group = {}
                    self.parse_attrib(bgp_group, group)
                    # Parse neighbors in the group list
                    if "neighbor" in group.keys():
                        neighbors_lst = []
                        neighbors_dict = {}
                        neighbors = group.get("neighbor")
                        if isinstance(neighbors, dict):
                            self.parse_attrib(
                                neighbors_dict, neighbors, "neighbor"
                            )
                            if neighbors_dict:
                                neighbors_lst.append(neighbors_dict)
                        else:
                            for neighbor in neighbors:
                                self.parse_attrib(
                                    neighbors_dict, neighbor, "neighbor"
                                )
                                if neighbors_dict:
                                    neighbors_lst.append(neighbors_dict)
                                    neighbors_dict = {}

                        if neighbors_lst:
                            bgp_group["neighbors"] = neighbors_lst

                    if bgp_group:
                        bgp_groups.append(bgp_group)
            bgp_global["groups"] = bgp_groups
        remove_empties(bgp_global)
        return bgp_global

    def parse_attrib(self, cfg_dict, conf, type=None):
        # Read accept-remote-nexthop value
        if "accept-remote-nexthop" in conf.keys():
            cfg_dict["accept_remote_nexthop"] = True

        # Read add-path-display-ipv4-address value
        if "add-path-display-ipv4-address" in conf.keys():
            cfg_dict["add_path_display_ipv4_address"] = True

        # Parse advertise-bgp-static dictionary
        if "advertise-bgp-static" in conf.keys():
            cfg = {}
            if (
                conf.get("advertise-bgp-static")
                and "advertise-bgp-static" in conf.keys()
            ):
                if "policy" in conf["advertise-bgp-static"]:
                    cfg["policy"] = conf["advertise-bgp-static"].get("policy")
            else:
                cfg["set"] = True
            cfg_dict["advertise_bgp_static"] = cfg

        # Parse advertise-external dictionary
        if "advertise-external" in conf.keys():
            cfg = {}
            if (
                isinstance(conf.get("advertise-external"), dict)
                and "conditional" in conf["advertise-external"].keys()
            ):
                cfg["conditional"] = True
            else:
                cfg["set"] = True
            cfg_dict["advertise_external"] = cfg

        # Read advertise-from-main-vpn-tables value
        if "advertise-from-main-vpn-tables" in conf.keys():
            cfg_dict["advertise_from_main_vpn_tables"] = True

        # Read advertise-inactive value
        if "advertise-inactive" in conf.keys():
            cfg_dict["advertise_inactive"] = True

        # Read advertise-peer-as value
        if "advertise-peer-as" in conf.keys():
            cfg_dict["advertise_peer_as"] = True

        # Read authentication-algorithm value
        if "authentication-algorithm" in conf.keys():
            cfg_dict["authentication_algorithm"] = conf[
                "authentication-algorithm"
            ]

        # Read authentication-key value
        if "authentication-key" in conf.keys():
            cfg_dict["authentication_key"] = conf["authentication-key"]

        # Read authentication-key-chain value
        if "authentication-key-chain" in conf.keys():
            cfg_dict["authentication_key_chain"] = conf[
                "authentication-key-chain"
            ]

        # Parse bfd-liveness-detection dictionary
        if "bfd-liveness-detection" in conf.keys():
            cfg = {}
            bld = conf["bfd-liveness-detection"]
            # Parse authentication dictionary
            if "authentication" in bld.keys():
                a_dict = {}
                authentication = bld["authentication"]
                if "algorithm" in authentication.keys():
                    a_dict["algorithm"] = authentication["algorithm"]
                if "key-chain" in authentication.keys():
                    a_dict["key_chain"] = authentication["key-chain"]
                if "loose-check" in authentication.keys():
                    a_dict["loose_check"] = True
                cfg["authentication"] = a_dict

            # Parse detection-time dictionary
            if "detection-time" in bld.keys():
                dt_dict = {}
                d_time = bld["detection-time"]
                if "threshold" in d_time.keys():
                    dt_dict["threshold"] = d_time["threshold"]
                cfg["detection_time"] = dt_dict
            # Parse transmit-interval dictionary
            if "transmit-interval" in bld.keys():
                t_dict = {}
                t_int = bld["transmit-interval"]
                if "minimum-interval" in t_int.keys():
                    t_dict["minimum_interval"] = t_int["minimum-interval"]
                cfg["transmit_interval"] = t_dict

            # Read holddown-interval value
            if "holddown-interval" in bld.keys():
                cfg["holddown_interval"] = bld["holddown-interval"]

            # Read minimum-receive-interval value
            if "minimum-receive-interval" in bld.keys():
                cfg["minimum_receive_interval"] = bld[
                    "minimum-receive-interval"
                ]

            # Read minimum-interval value
            if "minimum-interval" in bld.keys():
                cfg["minimum_interval"] = bld["minimum-interval"]

            # Read multiplier value
            if "multiplier" in bld.keys():
                cfg["multiplier"] = bld["multiplier"]

            # Read no-adaptation value
            if "no-adaptation" in bld.keys():
                cfg["no_adaptation"] = True

            # Read session-mode value
            if "session-mode" in bld.keys():
                cfg["session_mode"] = bld["session-mode"]

            # Read version value
            if "version" in bld.keys():
                cfg["version"] = bld["version"]

            # write the  bfd_liveness_detection to bgp global config dictionary
            cfg_dict["bfd_liveness_detection"] = cfg

        # Parse bgp-error-tolerance dictionary
        if "bgp-error-tolerance" in conf.keys():
            cfg = {}
            bet = conf["bgp-error-tolerance"]
            # Parse authentication dictionary
            if "malformed-route-limit" in bet.keys():
                cfg["malformed_route_limit"] = bet["malformed-route-limit"]
            if "malformed-update-log-interval" in bet.keys():
                cfg["malformed_update_log_interval"] = bet[
                    "malformed-update-log-interval"
                ]
            if "no-malformed-route-limit" in bet.keys():
                cfg["no_malformed_route_limit"] = True
            # write the  bfd_liveness_detection to bgp global config dictionary
            cfg_dict["bgp_error_tolerance"] = cfg

        # Parse bmp dictionary
        if "bmp" in conf.keys():
            cfg = {}
            bmp = conf["bmp"]
            # Parse authentication dictionary
            if "route-monitoring" in bmp.keys():
                rm_dict = {}
                r_monitoring = bmp["route-monitoring"]

                # Read none attribute value
                if "none" in r_monitoring.keys():
                    rm_dict["none"] = True

                # Read post-policy attribute value
                if "post-policy" in r_monitoring.keys():
                    if r_monitoring["post-policy"].get("exclude-non-eligible"):
                        rm_dict["post_policy_exclude_non_eligible"] = True
                    else:
                        rm_dict["post_policy"] = True

                # Read pre-policy attribute value
                if "pre-policy" in r_monitoring.keys():
                    if r_monitoring["pre-policy"].get("exclude-non-feasible"):
                        rm_dict["pre_policy_exclude_non_feasible"] = True
                    else:
                        rm_dict["pre_policy"] = True
                cfg["route_monitoring"] = rm_dict
            # Read monitor value
            if "monitor" in bmp.keys():
                if bmp["monitor"] == "disable":
                    cfg["monitor"] = False
                else:
                    cfg["monitor"] = True

            # write the  bmp to bgp global config dictionary
            cfg_dict["bmp"] = cfg

        # Read cluster value
        if "cluster" in conf.keys():
            cfg_dict["cluster_id"] = conf["cluster"]

        # Read damping value
        if "damping" in conf.keys():
            cfg_dict["damping"] = True

        # Read description value
        if "description" in conf.keys():
            cfg_dict["description"] = conf["description"]

        # Read disable value
        if "disable" in conf.keys():
            cfg_dict["disable"] = True

        # Read egress-te value
        if "egress-te" in conf.keys():
            cfg = {}
            if (
                conf.get("egress-te")
                and "backup-path" in conf["egress-te"].keys()
            ):
                cfg["backup_path"] = conf["egress-te"].get("backup-path")
            else:
                cfg["set"] = True
            cfg_dict["egress_te"] = cfg

        # Read egress-te-backup-paths
        if "egress-te-backup-paths" in conf.keys():
            cfg = {}
            templates_lst = []
            template_dict = {}
            templates = conf["egress-te-backup-paths"].get("template")
            if isinstance(templates, dict):
                template_dict["path_name"] = templates["name"]
                if "remote-nexthop" in templates.keys():
                    template_dict["remote_nexthop"] = templates[
                        "remote-nexthop"
                    ].get("remote-nh-addr")
                if "peer" in templates.keys():
                    peer_lst = []
                    peers = templates.get("peer")
                    if isinstance(peers, dict):
                        peer_lst.append(peers.get("name"))
                    else:
                        for peer in peers:
                            peer_lst.append(peer.get("name"))
                    template_dict["peers"] = peer_lst

                if "ip-forward" in templates.keys():
                    ipf_dict = {}
                    if templates.get("ip-forward") is None:
                        ipf_dict["set"] = True
                    else:
                        ipf_dict["rti_name"] = templates["ip-forward"].get(
                            "rti-name"
                        )
                    template_dict["ip_forward"] = ipf_dict
                if template_dict:
                    templates_lst.append(template_dict)
            else:
                # We have list of templates
                for template in templates:
                    template_dict = {}
                    template_dict["path_name"] = template["name"]
                    if "remote-nexthop" in template.keys():
                        template_dict["remote_nexthop"] = template[
                            "remote-nexthop"
                        ].get("remote-nh-addr")
                    if "peer" in template.keys():
                        peer_lst = []
                        peers = template.get("peer")
                        if isinstance(peers, dict):
                            peer_lst.append(peers.get("name"))
                        else:
                            for peer in peers:
                                peer_lst.append(peer.get("name"))
                        template_dict["peers"] = peer_lst
                    if "ip-forward" in template.keys():
                        ipf_dict = {}
                        if template.get("ip-forward") is None:
                            ipf_dict["set"] = True
                        else:
                            ipf_dict["rti_name"] = template["ip-forward"].get(
                                "rti-name"
                            )
                        template_dict["ip_forward"] = ipf_dict

                    if template_dict:
                        templates_lst.append(template_dict)

            if templates:
                cfg["templates"] = templates_lst
            cfg_dict["egress_te_backup_paths"] = cfg

        # Read egress-te-set-segment
        if "egress-te-set-segment" in conf.keys():
            etss_lst = []
            etss_dict = {}
            etsss = conf["egress-te-set-segment"]
            if isinstance(etsss, dict):
                etss_dict["name"] = etsss.get("name")
                if "label" in etsss.keys():
                    etss_dict["label"] = etsss["label"].get("label-value")
                if "egress-te-backup-segment" in etsss.keys():
                    etbs = etsss.get("egress-te-backup-segment")
                    etss_dict["egress_te_backup_segment_label"] = etbs[
                        "label"
                    ].get("label-value")

                if etss_dict:
                    etss_lst.append(etss_dict)
            else:
                for etss in etsss:
                    etss_dict["name"] = etss.get("name")
                    if "label" in etss.keys():
                        etss_dict["label"] = etss["label"].get("label-value")
                    if "egress-te-backup-segment" in etss.keys():
                        etbs = etss.get("egress-te-backup-segment")
                        etss_dict["egress_te_backup_segment_label"] = etbs[
                            "label"
                        ].get("label-value")

                    if etss_dict:
                        etss_lst.append(etss_dict)
                    etss_dict = {}
            cfg_dict["egress_te_set_segment"] = etss_lst

        # Read egress-te-sid-stats value
        if "egress-te-sid-stats" in conf.keys():
            cfg_dict["egress_te_sid_stats"] = True

        # Read enforce-first-as value
        if "enforce-first-as" in conf.keys():
            cfg_dict["enforce_first_as"] = True

        # Read export value
        if "export" in conf.keys():
            cfg_dict["export"] = conf["export"]

        # Read forwarding-context value
        if "forwarding-context" in conf.keys():
            cfg_dict["forwarding_context"] = conf["forwarding-context"]

        # Read graceful-restart
        if "graceful-restart" in conf.keys():
            cfg = {}
            gr = conf.get("graceful-restart")
            if gr is None:
                cfg["set"] = True
            else:
                if "disable" in gr.keys():
                    cfg["disable"] = True
                if "dont-help-shared-fate-bfd-down" in gr.keys():
                    cfg["dont_help_shared_fate_bfd_down"] = True
                # read forwarding-state-bit
                if "forwarding-state-bit" in gr.keys():
                    fsb_dict = {}
                    if "as-rr-client" == gr.get("forwarding-state-bit"):
                        fsb_dict["as_rr_client"] = True
                    if "from-fib" == gr.get("forwarding-state-bit"):
                        fsb_dict["from_fib"] = True
                    cfg["forwarding_state_bit"] = fsb_dict
                # read long-lived
                if "long-lived" in gr.keys():
                    ll_dict = {}
                    ll = gr.get("long-lived")
                    # read advertise_to_non_llgr_neighbor
                    if "advertise-to-non-llgr-neighbor" in ll.keys():
                        atnln_dict = {}
                        atnln = ll.get("advertise-to-non-llgr-neighbor")
                        if atnln is None:
                            atnln_dict["set"] = True
                        else:
                            atnln_dict["omit_no_export"] = True
                        ll_dict["advertise_to_non_llgr_neighbor"] = atnln_dict
                    if "receiver" in ll.keys():
                        ll_dict["receiver_disable"] = True
                    cfg["long_lived"] = ll_dict
                # read restart-time
                if "restart-time" in gr.keys():
                    cfg["restart_time"] = gr.get("restart-time")
                # read stale-routes-time
                if "stale-routes-time" in gr.keys():
                    cfg["stale_routes_time"] = gr.get("stale-routes-time")

            cfg_dict["graceful_restart"] = cfg

        # Read hold-time value
        if "hold-time" in conf.keys():
            cfg_dict["hold_time"] = conf["hold-time"]

        # Read holddown-all-stale-labels value
        if "holddown-all-stale-labels" in conf.keys():
            cfg_dict["holddown_all_stale_labels"] = True

        # Read idle-after-switch-over
        if "idle-after-switch-over" in conf.keys():
            cfg = {}
            iaso = conf.get("idle-after-switch-over")
            if "forever" in iaso.keys():
                cfg["forever"] = True
            else:
                cfg["timeout"] = iaso.get("timeout")
            cfg_dict["idle_after_switch_over"] = cfg

        # Read import value
        if "import" in conf.keys():

            imports = conf.get("import")
            import_lst = []
            if isinstance(imports, dict):
                import_lst.append(imports)
            else:
                for entry in imports:
                    import_lst.append(entry)
            cfg_dict["import"] = import_lst

        # Read include-mp-next-hop value
        if "include-mp-next-hop" in conf.keys():
            cfg_dict["include_mp_next_hop"] = True

        # Read ipsec-sa value
        if "ipsec-sa" in conf.keys():
            cfg_dict["ipsec_sa"] = conf["ipsec-sa"]

        # Read keep value
        if "keep" in conf.keys():
            cfg_dict["keep"] = conf["keep"]

        # Read local-address value
        if "local-address" in conf.keys():
            cfg_dict["local_address"] = conf["local-address"]

        # Read local_as value
        if "local-as" in conf.keys():
            cfg = {}
            la = conf.get("local-as")
            cfg["as_num"] = la.get("as-number")
            if "alias" in la.keys():
                cfg["alias"] = True
            if "private" in la.keys():
                cfg["private"] = True
            if "loops" in la.keys():
                cfg["loops"] = la.get("loops")
            if "no-prepend-global-as" in la.keys():
                cfg["no_prepend_global_as"] = True
            cfg_dict["local_as"] = cfg

        # Read local-interface value
        if "local-interface" in conf.keys():
            cfg_dict["local_interface"] = conf["local-interface"]

        # Read local-preference value
        if "local-preference" in conf.keys():
            cfg_dict["local_preference"] = conf["local-preference"]

        # Read log-updown value
        if "log-updown" in conf.keys():
            cfg_dict["log_updown"] = True

        # Read metric-out
        if "metric-out" in conf.keys():
            cfg = {}
            mo = conf.get("metric-out")
            # metric value
            if "metric-value" in mo.keys():
                cfg["metric_value"] = mo.get("metric-value")
            # read igp
            if "igp" in mo.keys():
                igp_dict = {}
                igp = mo.get("igp")
                if igp is None:
                    igp_dict["set"] = True
                else:
                    if "metric-offset" in igp.keys():
                        igp_dict["metric_offset"] = igp.get("metric-offset")
                    if "delay-med-update" in igp.keys():
                        igp_dict["delay_med_update"] = True
                cfg["igp"] = igp_dict
            # read minimum-igp
            if "minimum-igp" in mo.keys():
                minigp_dict = {}
                minigp = mo.get("minimum-igp")
                if minigp is None:
                    minigp_dict["set"] = True
                else:
                    if "metric-offset" in minigp.keys():
                        minigp_dict["metric_offset"] = minigp.get(
                            "metric-offset"
                        )
                cfg["minimum_igp"] = minigp_dict
            cfg_dict["metric_out"] = cfg

        # Read mtu-discovery value
        if "mtu-discovery" in conf.keys():
            cfg_dict["mtu_discovery"] = True

        # Read multihop value
        if "multihop" in conf.keys():
            cfg = {}
            multihop = conf.get("multihop")
            if multihop is None:
                cfg["set"] = True
            else:
                if "no-nexthop-change" in multihop.keys():
                    cfg["no_nexthop_change"] = True
                if "ttl" in multihop.keys():
                    cfg["ttl"] = multihop.get("ttl")
            cfg_dict["multihop"] = cfg

        # Read multipath
        if "multipath" in conf.keys():
            cfg = {}
            multipath = conf.get("multipath")
            if multipath is None:
                cfg["set"] = True
            else:
                if "disable" in multipath.keys():
                    cfg["disable"] = True
                if "multiple-as" in multipath.keys():
                    mas = multipath.get("multiple-as")
                    if mas is None:
                        cfg["multiple_as"] = True
                    else:
                        cfg["multiple_as_disable"] = True

            cfg_dict["multipath"] = cfg

        # Read no-advertise-peer-as value
        if "no-advertise-peer-as" in conf.keys():
            cfg_dict["no_advertise_peer_as"] = True

        # Read no-aggregator-id value
        if "no-aggregator-id" in conf.keys():
            cfg_dict["no_aggregator_id"] = True

        # Read no-client-reflect value
        if "no-client-reflect" in conf.keys():
            cfg_dict["no_client_reflect"] = True

        # Read no-precision-timers value
        if "no-precision-timers" in conf.keys():
            cfg_dict["no_precision_timers"] = True

        # Read out-delay value
        if "out-delay" in conf.keys():
            cfg_dict["out_delay"] = conf["out-delay"]

        # Read outbound-route-filter
        if "outbound-route-filter" in conf.keys():
            cfg = {}
            orf = conf.get("outbound-route-filter")
            # read outbound-route-filter
            if "bgp-orf-cisco-mode" in orf.keys():
                cfg["bgp_orf_cisco_mode"] = True
            # read prefix-based
            if "prefix-based" in orf.keys():
                pb = orf.get("prefix-based")
                pb_dict = {}
                if pb is None:
                    pb_dict["set"] = True
                else:
                    if "accept" in pb.keys():
                        # read accept node attributes
                        accept = pb.get("accept")
                        accept_dict = {}
                        if accept is None:
                            accept_dict["set"] = True
                        else:
                            if "inet" in accept.keys():
                                accept_dict["inet"] = True
                            if "inet6" in accept.keys():
                                accept_dict["inet6"] = True
                        pb_dict["accept"] = accept_dict
                cfg["prefix_based"] = pb_dict

            cfg_dict["outbound_route_filter"] = cfg

        # Read output-queue-priority value
        if "output-queue-priority" in conf.keys():
            cfg = {}
            oqp_dict = {}
            oqp = conf.get("output-queue-priority")
            # read defaults
            if "defaults" in oqp.keys():
                defaults = oqp.get("defaults")
                defaults_dict = {}
                # read high
                if "high" in defaults.keys():
                    high_dict = {}
                    high = defaults.get("high")
                    if "expedited" in high:
                        high_dict["expedited"] = True

                    defaults_dict["high"] = high_dict
                # read low
                if "low" in defaults.keys():
                    low_dict = {}
                    low = defaults.get("low")
                    if "expedited" in low:
                        low_dict["expedited"] = True
                # read medium
                if "medium" in defaults.keys():
                    medium_dict = {}
                    medium = defaults.get("medium")
                    if "expedited" in medium:
                        medium_dict["expedited"] = True
                oqp_dict["defaults"] = defaults_dict

            # read expedited
            if "expedited" in oqp.keys():
                expedited = oqp.get("expedited")
                if "update-tokens" in expedited:
                    oqp_dict["expedited_update_tokens"] = expedited.get(
                        "update-tokens"
                    )

            # read priority
            if "priority" in oqp.keys():
                priority_lst = []
                priority_dict = {}
                priority = oqp.get("priority")
                if isinstance(priority, dict):
                    priority_dict["priority"] = priority.get("name")
                    priority_dict["update_tokens"] = priority.get(
                        "update-tokens"
                    )
                    priority_lst.append(priority_dict)
                else:
                    for element in priority:
                        priority_dict["priority"] = element.get("name")
                        priority_dict["update_tokens"] = element.get(
                            "update-tokens"
                        )
                        priority_lst.append(priority_dict)
                        priority_dict = {}

                oqp_dict["priority_update_tokens"] = priority_lst

            cfg_dict["output_queue_priority"] = oqp_dict

        # Read passive value
        if "passive" in conf.keys():
            cfg_dict["passive"] = True

        # Read path-selection value
        if "path-selection" in conf.keys():
            ps_dict = {}
            ps = conf.get("path-selection")
            if "always-compare-med" in ps.keys():
                ps_dict["always_compare_med"] = True
            if "as-path-ignore" in ps.keys():
                ps_dict["as_path_ignore"] = True
            if "external-router-id" in ps.keys():
                ps_dict["external_router_id"] = True
            if "cisco-non-deterministic" in ps.keys():
                ps_dict["cisco_non_deterministic"] = True
            if "l2vpn-use-bgp-rules" in ps.keys():
                ps_dict["l2vpn_use_bgp_rules"] = True
            # read med-plus-igp
            if "med-plus-igp" in ps.keys():
                mpi_dict = {}
                mpi = ps.get("med-plus-igp")
                if mpi is None:
                    mpi_dict["set"] = True
                else:
                    if "igp-multiplier" in mpi.keys():
                        mpi_dict["igp_multiplier"] = mpi.get("igp-multiplier")
                    if "med-multiplier" in mpi.keys():
                        mpi_dict["med_multiplier"] = mpi.get("med-multiplier")
                ps_dict["med_plus_igp"] = mpi_dict

            cfg_dict["path_selection"] = ps_dict

        # Read peer-as value
        if "peer-as" in conf.keys():
            cfg_dict["peer_as"] = conf["peer-as"]

        # Read precision-timers value
        if "precision-timers" in conf.keys():
            cfg_dict["precision_timers"] = True

        # Read preference value
        if "preference" in conf.keys():
            cfg_dict["preference"] = conf["preference"]

        # Read remove-private value
        if "remove-private" in conf.keys():
            rp_dict = {}
            rp = conf.get("remove-private")
            if rp is None:
                rp_dict["set"] = True
            else:
                if "all" in rp.keys():
                    all = rp.get("all")
                    if all is None:
                        rp_dict["all"] = True
                    else:
                        if "replace" in all.keys():
                            replace = all.get("replace")
                            if replace is None:
                                rp_dict["all_replace"] = True
                            else:
                                rp_dict["all_replace_nearest"] = True

            cfg_dict["remove_private"] = rp_dict

        # Read rfc6514-compliant-safi129 value
        if "rfc6514-compliant-safi129" in conf.keys():
            cfg_dict["rfc6514_compliant_safi129"] = True

        # Read route-server-client value
        if "route-server-client" in conf.keys():
            cfg_dict["route_server_client"] = True

        # Read send-addpath-optimization value
        if "send-addpath-optimization" in conf.keys():
            cfg_dict["send_addpath_optimization"] = True

        # Read snmp-options value
        if "snmp-options" in conf.keys():
            cfg = {}
            so = conf.get("snmp-options")
            if "backward-traps-only-from-established" in so:
                cfg["backward_traps_only_from_established"] = True
            if "emit-inet-address-length-in-oid" in so:
                cfg["emit_inet_address_length_in_oid"] = True
            cfg_dict["snmp_options"] = cfg

        # Read sr-preference-override value
        if "sr-preference-override" in conf.keys():
            cfg_dict["sr_preference_override"] = conf["sr-preference-override"]

        # Read stale-labels-holddown-period value
        if "stale-labels-holddown-period" in conf.keys():
            cfg_dict["stale_labels_holddown_period"] = conf[
                "stale-labels-holddown-period"
            ]

        # Read tcp-aggressive-transmission value
        if "tcp-aggressive-transmission" in conf.keys():
            cfg_dict["tcp_aggressive_transmission"] = True

        # Read tcp-mss value
        if "tcp-mss" in conf.keys():
            cfg_dict["tcp_mss"] = conf["tcp-mss"]

        # Read traceoptions value
        if "traceoptions" in conf.keys():
            to_dict = {}
            to = conf.get("traceoptions")
            # read file
            if "file" in to.keys():
                file_dict = {}
                file = to.get("file")
                if "filename" in file.keys():
                    file_dict["filename"] = file.get("filename")
                if "files" in file.keys():
                    file_dict["files"] = file.get("files")
                if "no-world-readable" in file.keys():
                    file_dict["no_world_readable"] = True
                if "world-readable" in file.keys():
                    file_dict["world_readable"] = True
                if "size" in file.keys():
                    file_dict["size"] = file.get("size")
                to_dict["file"] = file_dict
            # read flag
            if "flag" in to.keys():
                flag_lst = []
                flag = to.get("flag")
                for event in flag:
                    flag_dict = {}
                    if event is not None:
                        if "detail" in event.keys():
                            flag_dict["detail"] = True
                        if "disable" in event.keys():
                            flag_dict["disable"] = True
                        if "receive" in event.keys():
                            flag_dict["receive"] = True
                        if "send" in event.keys():
                            flag_dict["send"] = True
                        if "filter" in event.keys():
                            filter_dict = {}
                            filter = event.get("filter")
                            if filter is None:
                                filter_dict["set"] = True
                            else:
                                if "match-on" in filter.keys():
                                    filter_dict["match_on_prefix"] = True
                                if "policy" in filter.keys():
                                    filter_dict["policy"] = filter.get(
                                        "policy"
                                    )
                            flag_dict["filter"] = filter_dict
                        flag_dict["name"] = event.get("name")
                        flag_lst.append(flag_dict)

                to_dict["flag"] = flag_lst
                cfg_dict["traceoptions"] = to_dict
        # Read traffic-statistics-labeled-path
        if "traffic-statistics-labeled-path" in conf.keys():
            tslp_dict = {}
            tslp = conf.get("traffic-statistics-labeled-path")
            # read file
            if "file" in tslp.keys():
                file_dict = {}
                file = tslp.get("file")
                if "filename" in file.keys():
                    file_dict["filename"] = file.get("filename")
                if "files" in file.keys():
                    file_dict["files"] = file.get("files")
                if "no-world-readable" in file.keys():
                    file_dict["no_world_readable"] = True
                if "world-readable" in file.keys():
                    file_dict["world_readable"] = True
                if "size" in file.keys():
                    file_dict["size"] = file.get("size")
                tslp_dict["file"] = file_dict
            # read interval
            if "interval" in tslp.keys():
                tslp_dict["interval"] = tslp.get("interval")

            cfg_dict["traffic_statistics_labeled_path"] = tslp_dict
        # Read ttl value
        if "ttl" in conf.keys():
            cfg_dict["ttl"] = conf["ttl"]

        # Read unconfigured-peer-graceful-restart value
        if "unconfigured-peer-graceful-restart" in conf.keys():
            cfg_dict["unconfigured_peer_graceful_restart"] = True

        # Read vpn-apply-export value
        if "vpn-apply-export" in conf.keys():
            cfg_dict["vpn_apply_export"] = True

        # Read group name value
        if "name" in conf.keys():
            if type == "neighbor":
                cfg_dict["neighbor_address"] = conf["name"]
            else:
                cfg_dict["name"] = conf["name"]

        # Read as-override value
        if "as-override" in conf.keys():
            cfg_dict["as_override"] = True

        # Read allow
        if "allow" in conf.keys():
            allow_lst = []
            allow = conf["allow"]
            if isinstance(allow, list):
                for item in allow:
                    allow_lst.append(item)
            else:
                allow_lst.append(allow)
            if allow_lst:
                cfg_dict["allow"] = allow_lst

        # Read optimal-route-reflection
        if "optimal-route-reflection" in conf.keys():
            orr_dict = {}
            orr = conf["optimal-route-reflection"]

            if "igp-backup" in orr.keys():
                orr_dict["igp_backup"] = orr.get("igp-backup")

            if "igp-primary" in orr.keys():
                orr_dict["igp_primary"] = orr.get("igp-primary")
            cfg_dict["optimal_route_reflection"] = orr_dict

        # Read group type value
        if "type" in conf.keys():
            cfg_dict["type"] = conf["type"]

        # Read unconfigured-peer-graceful-restart value
        if "unconfigured-peer-graceful-restart" in conf.keys():
            cfg_dict["unconfigured_peer_graceful_restart"] = True

        # Read vpn-apply-export value
        if "vpn-apply-export" in conf.keys():
            cfg_dict["vpn_apply_export"] = True

# # -*- coding: utf-8 -*- # Copyright 2020 Red Hat # GNU General Public License v3.0+ # (see COPYING or https://www.gnu.org/licenses/gpl-3.0.txt) The junos bgp_global fact class It is in this file the configuration is collected from the device for a given resource, parsed, and the facts tree is populated based on the configuration. The junos bgp_global fact class :param connection:         :param config_filter:         :return: Populate the facts for bgp_global         :param connection: the device connection         :param ansible_facts: Facts dictionary         :param data: previously collected conf         :rtype: dictionary         :returns: facts <configuration>                     <protocols>                         <bgp>                         </bgp>                     </protocols>                     <routing-options>                         <autonomous-system/>                     </routing-options>                 </configuration> Render config as dictionary structure and delete keys           from spec for null values          :param spec: The facts tree, generated from the argspec         :param conf: The configuration         :rtype: dictionary         :returns: The generated config # Set ASN value into facts # Read group # parse neighbors # Parse neighbors in the group list # Read accept-remote-nexthop value # Read add-path-display-ipv4-address value # Parse advertise-bgp-static dictionary # Parse advertise-external dictionary # Read advertise-from-main-vpn-tables value # Read advertise-inactive value # Read advertise-peer-as value # Read authentication-algorithm value # Read authentication-key value # Read authentication-key-chain value # Parse bfd-liveness-detection dictionary # Parse authentication dictionary # Parse detection-time dictionary # Parse transmit-interval dictionary # Read holddown-interval value # Read minimum-receive-interval value # Read minimum-interval value # Read multiplier value # Read no-adaptation value # Read session-mode value # Read version value # write the  bfd_liveness_detection to bgp global config dictionary # Parse bgp-error-tolerance dictionary # Parse authentication dictionary # write the  bfd_liveness_detection to bgp global config dictionary # Parse bmp dictionary # Parse authentication dictionary # Read none attribute value # Read post-policy attribute value # Read pre-policy attribute value # Read monitor value # write the  bmp to bgp global config dictionary # Read cluster value # Read damping value # Read description value # Read disable value # Read egress-te value # Read egress-te-backup-paths # We have list of templates # Read egress-te-set-segment # Read egress-te-sid-stats value # Read enforce-first-as value # Read export value # Read forwarding-context value # Read graceful-restart # read forwarding-state-bit # read long-lived # read advertise_to_non_llgr_neighbor # read restart-time # read stale-routes-time # Read hold-time value # Read holddown-all-stale-labels value # Read idle-after-switch-over # Read import value # Read include-mp-next-hop value # Read ipsec-sa value # Read keep value # Read local-address value # Read local_as value # Read local-interface value # Read local-preference value # Read log-updown value # Read metric-out # metric value # read igp # read minimum-igp # Read mtu-discovery value # Read multihop value # Read multipath # Read no-advertise-peer-as value # Read no-aggregator-id value # Read no-client-reflect value # Read no-precision-timers value # Read out-delay value # Read outbound-route-filter # read outbound-route-filter # read prefix-based # read accept node attributes # Read output-queue-priority value # read defaults # read high # read low # read medium # read expedited # read priority # Read passive value # Read path-selection value # read med-plus-igp # Read peer-as value # Read precision-timers value # Read preference value # Read remove-private value # Read rfc6514-compliant-safi129 value # Read route-server-client value # Read send-addpath-optimization value # Read snmp-options value # Read sr-preference-override value # Read stale-labels-holddown-period value # Read tcp-aggressive-transmission value # Read tcp-mss value # Read traceoptions value # read file # read flag # Read traffic-statistics-labeled-path # read file # read interval # Read ttl value # Read unconfigured-peer-graceful-restart value # Read vpn-apply-export value # Read group name value # Read as-override value # Read allow # Read optimal-route-reflection # Read group type value # Read unconfigured-peer-graceful-restart value # Read vpn-apply-export value