def prefixes(
cli_opts: Any, # noqa: B902
nodes: List[str],
json: bool,
prefix: str,
client_type: str,
) -> None:
""" show the prefixes in the network """
nodes = parse_nodes(cli_opts, nodes)
kvstore.PrefixesCmd(cli_opts).run(nodes, json, prefix, client_type)
def prefixes(
cli_opts: Any, # noqa: B902
nodes: List[str],
json: bool,
prefix: str,
client_type: str,
) -> None:
""" show the prefixes from Decision module """
nodes = parse_nodes(cli_opts, nodes)
decision.DecisionPrefixesCmd(cli_opts).run(nodes, json, prefix, client_type)
def unset_adj_metric(cli_opts, node, interface, yes): # noqa: B902
"""
Unset previously set custom metric value on the node.
"""
question_str = "Are you sure to unset metric " "for adjacency {} {} ?".format(
node, interface)
if not utils.yesno(question_str, yes):
return
lm.UnsetAdjMetricCmd(cli_opts).run(node, interface, yes)
nodes = parse_nodes(cli_opts, "")
kvstore.ShowAdjNodeCmd(cli_opts).run(nodes, node, interface)
def unset_adj_metric(cli_opts, node, interface, yes): # noqa: B902
'''
Unset previously set custom metric value on the node.
'''
question_str = 'Are you sure to unset metric ' \
'for adjacency {} {} ?'.format(node, interface)
if not utils.yesno(question_str, yes):
return
lm.UnsetAdjMetricCmd(cli_opts).run(node, interface, yes)
nodes = parse_nodes(cli_opts.host, '', cli_opts.lm_cmd_port)
kvstore.ShowAdjNodeCmd(cli_opts).run(nodes, node, interface)
def set_adj_metric(cli_opts, node, interface, metric, yes): # noqa: B902
'''
Set custom metric value for the adjacency
'''
question_str = 'Are you sure to override metric '\
'for adjacency {} {} ?'.format(node, interface)
if not utils.yesno(question_str, yes):
return
lm.SetAdjMetricCmd(cli_opts).run(node, interface, metric, yes)
nodes = parse_nodes(cli_opts.host, '', cli_opts.lm_cmd_port)
kvstore.ShowAdjNodeCmd(cli_opts).run(nodes, node, interface)
def set_adj_metric(cli_opts, node, interface, metric, yes): # noqa: B902
"""
Set custom metric value for the adjacency
"""
question_str = "Are you sure to override metric for adjacency {} {} ?".format(
node, interface)
if not utils.yesno(question_str, yes):
return
lm.SetAdjMetricCmd(cli_opts).run(node, interface, metric, yes)
nodes = parse_nodes(cli_opts, "")
kvstore.ShowAdjNodeCmd(cli_opts).run(nodes, node, interface)
def print_decision_routes(self):
if not self.print_routes:
return
nodes = parse_nodes(self.cli_opts, "")
decision.DecisionRoutesComputedCmd(self.cli_opts).run(nodes, [], [], False)
def adj(cli_opts, json): # noqa: B902
"""Dump all formed adjacencies of the current host"""
nodes = parse_nodes(cli_opts, "")
lm.LMAdjCmd(cli_opts).run(nodes, json)
def interfaces(cli_opts, nodes, json, all): # noqa: B902
''' dump interface information '''
nodes = parse_nodes(cli_opts.host, nodes, cli_opts.lm_cmd_port)
kvstore.InterfacesCmd(cli_opts).run(nodes, json, all)
def adj(cli_opts, nodes, bidir, json): # noqa: B902
""" dump the link-state adjacencies from Decision module """
nodes = parse_nodes(cli_opts, nodes)
decision.DecisionAdjCmd(cli_opts).run(nodes, bidir, json)
def routes(cli_opts, nodes, prefixes, json): # noqa: B902
''' Request the routing table from Decision module '''
nodes = parse_nodes(cli_opts.host, nodes, cli_opts.lm_cmd_port)
decision.DecisionRoutesComputedCmd(cli_opts).run(nodes, prefixes, json)
def adj(cli_opts, nodes, bidir, json): # noqa: B902
""" dump the link-state adjacencies """
nodes = parse_nodes(cli_opts, nodes)
kvstore.AdjCmd(cli_opts).run(nodes, bidir, json)
def prefixes(cli_opts, nodes, json): # noqa: B902
""" show the prefixes from Decision module """
nodes = parse_nodes(cli_opts, nodes)
decision.DecisionPrefixesCmd(cli_opts).run(nodes, json)
def prefixes(cli_opts, nodes, json): # noqa: B902
''' show the prefixes in the network '''
nodes = parse_nodes(cli_opts.host, nodes, cli_opts.lm_cmd_port)
kvstore.PrefixesCmd(cli_opts).run(nodes, json)
def print_decision_routes(self):
if not self.print_routes:
return
nodes = parse_nodes(self.cli_opts.host, "", self.cli_opts.lm_cmd_port)
decision.DecisionRoutesComputedCmd(self.cli_opts).run(nodes, [], False)
def adj(cli_opts, nodes, bidir, json): # noqa: B902
''' dump the link-state adjacencies from Decision module '''
nodes = parse_nodes(cli_opts.host, nodes, cli_opts.lm_cmd_port)
decision.DecisionAdjCmd(cli_opts).run(nodes, bidir, json)
def interfaces(cli_opts, nodes, json, all): # noqa: B902
""" dump interface information """
nodes = parse_nodes(cli_opts, nodes)
kvstore.InterfacesCmd(cli_opts).run(nodes, json, all)
def prefixes(cli_opts, nodes, json): # noqa: B902
''' show the prefixes from Decision module '''
nodes = parse_nodes(cli_opts.host, nodes, cli_opts.lm_cmd_port)
decision.DecisionPrefixesCmd(cli_opts).run(nodes, json)
def prefixes(cli_opts, nodes, json): # noqa: B902
""" show the prefixes in the network """
nodes = parse_nodes(cli_opts, nodes)
kvstore.PrefixesCmd(cli_opts).run(nodes, json)
def routes(cli_opts, nodes, prefixes, labels, json): # noqa: B902
""" Request the routing table from Decision module """
nodes = parse_nodes(cli_opts, nodes)
decision.DecisionRoutesComputedCmd(cli_opts).run(
nodes, prefixes, labels, json)
def adj(cli_opts, nodes, bidir, json): # noqa: B902
''' dump the link-state adjacencies '''
nodes = parse_nodes(cli_opts.host, nodes, cli_opts.lm_cmd_port)
kvstore.AdjCmd(cli_opts).run(nodes, bidir, json)
