def build_table_row(k: str, v: object) -> List[Any]:
metric_override = v.metricOverride if v.metricOverride else ""
if v.info.isUp:
backoff_sec = int(
(v.linkFlapBackOffMs if v.linkFlapBackOffMs else 0) / 1000
)
if backoff_sec == 0:
state = "Up"
elif not utils.is_color_output_supported():
state = backoff_sec
else:
state = click.style("Hold ({} s)".format(backoff_sec), fg="yellow")
else:
state = (
click.style("Down", fg="red")
if utils.is_color_output_supported()
else "Down"
)
if v.isOverloaded:
metric_override = (
click.style("Overloaded", fg="red")
if utils.is_color_output_supported()
else "Overloaded"
)
addrs = []
for prefix in v.info.networks:
addrStr = ipnetwork.sprint_addr(prefix.prefixAddress.addr)
addrs.append(addrStr)
row = [k, state, metric_override, addrs]
return row
def _run(
self,
client: OpenrCtrl.Client,
only_suppressed: bool,
json: bool,
*args,
**kwargs,
) -> None:
links = client.getInterfaces()
if only_suppressed:
links.interfaceDetails = {
k: v
for k, v in links.interfaceDetails.items()
if v.linkFlapBackOffMs
}
if json:
self.print_links_json(links)
else:
if utils.is_color_output_supported():
overload_color = "red" if links.isOverloaded else "green"
overload_status = click.style(
"{}".format("YES" if links.isOverloaded else "NO"),
fg=overload_color,
)
caption = "Node Overload: {}".format(overload_status)
self.print_links_table(links.interfaceDetails, caption)
else:
caption = "Node Overload: {}".format(
"YES" if links.isOverloaded else "NO")
self.print_links_table(links.interfaceDetails, caption)
def print_db_diff(
self,
nodes_set_a: set,
nodes_set_b: set,
db_sources: List[str],
db_type: str,
json: bool,
) -> int:
"""Returns a status code, 0 = success, 1 = failure"""
a_minus_b = sorted(nodes_set_a - nodes_set_b)
b_minus_a = sorted(nodes_set_b - nodes_set_a)
return_code = 0
if json:
diffs_up = []
diffs_down = []
for node in a_minus_b:
diffs_up.append(node)
for node in b_minus_a:
diffs_down.append(node)
if diffs_up or diffs_down:
diffs = {
"db_type": db_type,
"db_up": db_sources[0],
"db_down": db_sources[1],
"nodes_up": diffs_up,
"nodes_down": diffs_down,
}
return_code = 1
utils.print_json(diffs)
else:
rows = []
for node in a_minus_b:
rows.append([
"node {}'s {} db in {} but not in {}".format(
node, db_type, *db_sources)
])
for node in b_minus_a:
rows.append([
"node {}'s {} db in {} but not in {}".format(
node, db_type, *reversed(db_sources))
])
if rows:
print(printing.render_vertical_table(rows))
return_code = 1
if return_code == 1:
if utils.is_color_output_supported():
click.echo(click.style("FAIL", bg="red", fg="black"))
else:
click.echo("FAIL")
print("{} table for {} and {} do not match".format(
db_type, *db_sources))
else:
if utils.is_color_output_supported():
click.echo(click.style("PASS", bg="green", fg="black"))
else:
click.echo("PASS")
print("{} table for {} and {} match".format(db_type, *db_sources))
return return_code