ntopng/scripts/lua/rest/v2/get/interface/nprobes/data.lua
2025-11-04 15:44:38 +01:00

104 lines
4.3 KiB
Lua

--
-- (C) 2013-21 - ntop.org
--
local dirs = ntop.getDirs()
package.path = dirs.installdir .. "/scripts/lua/modules/?.lua;" .. package.path
require "lua_utils"
local rest_utils = require("rest_utils")
--
-- Read information about the nprobes connected to an interface
-- Example: curl -u admin:admin -H "Content-Type: application/json" -d '{"ifid": "1"}' http://localhost:3000/lua/rest/v2/get/interface/nprobes/data.lua
--
-- NOTE: in case of invalid login, no error is returned but redirected to login
--
local rc = rest_utils.consts.success.ok
local res = {}
local ifid = _GET["ifid"] or interface.getId()
if isEmptyString(ifid) then
rc = rest_utils.consts.err.invalid_interface
rest_utils.answer(rc)
return
end
interface.select(ifid)
local if_names = interface.getIfNames()
local ifstats = interface.getStats()
local timeseries_enabled = areFlowdevTimeseriesEnabled()
--tprint(ifstats) io.write("-----------------------\n")
for interface_id, probes_list in pairs(ifstats.probes or {}) do
for source_id, probe_info in pairs(probes_list or {}) do
local flow_drops = 0
local exported_flows = 0
local probe_interface
local num_ports = 0
local flow_exporters_num = table.len(probe_info.exporters or {})
local is_probe_in_memory = false
local probe_ip = probe_info["probe.ip"] or ""
local probe_name = getProbeName(probe_ip, true, true, false)
if probe_info["probe.mode"] and probe_info["probe.mode"] == "packet_collection" then
flow_exporters_num = 1 -- Packet exporter
flow_drops = probe_info["drops.elk_flow_drops"] or 0) +
(probe_info["drops.flow_collection_udp_socket_drops"] or 0) +
(probe_info["drops.export_queue_full"] or 0) +
(probe_info["drops.too_many_flows"] or 0) +
(probe_info["drops.flow_collection_drops"] or 0) +
(probe_info["drops.sflow_pkt_sample_drops"] or 0) +
(probe_info["drops.elk_flow_drops"] or 0)
exported_flows = probe_info["zmq.num_flow_exports"] or 0)
probe_interface = probe_info["remote.name"] or ""
local ports_table = interface.getFlowDeviceInfo(probe_info["probe.source_id"], true)
for _, ports in pairs(ports_table or {}) do
num_ports = num_ports + table.len(ports)
end
else
for _, values in pairs(probe_info.exporters or {}) do
local ports_table = interface.getFlowDeviceInfo(values.unique_source_id, true)
for _, ports in pairs(ports_table or {}) do
num_ports = num_ports + table.len(ports)
end
flow_drops = flow_drops + (values.num_drops or 0)
exported_flows = exported_flows + (values.num_netflow_flows or 0) + (values.num_sflow_flows or 0)
end
probe_interface = i18n("if_stats_overview.remote_probe_collector_mode")
end
if interface.getHostInfo(probe_ip) then
is_probe_in_memory = true
end
res[#res + 1] = {
probe_interface = probe_interface,
probe_version = probe_info["probe.probe_version"] or "",
probe_ip = probe_ip,
probe_name = probe_name,
probe_uuid = probe_info["probe.uuid"] or "",
probe_source_id = probe_info["probe.source_id"],
probe_public_ip = probe_info["probe.public_ip"] or "",
probe_edition = probe_info["probe.probe_edition"] or "",
probe_license = probe_info["probe.probe_license"] or i18n("if_stats_overview.no_license"),
probe_maintenance = probe_info["probe.probe_maintenance"] or i18n("if_stats_overview.expired_maintenance"),
probe_last_update = (probe_info["probe.last_update"] or 0),
flow_exporters = flow_exporters_num,
exporters_interfaces = num_ports,
dropped_flows = flow_drops,
is_in_memory = is_probe_in_memory,
captured_packets = (probe_info["packets.total"] or 0),
dropped_packets = (probe_info["packets.drops"] or 0),
exported_flows = exported_flows,
ntopng_interface = if_names[tostring(interface_id)],
timeseries_enabled = timeseries_enabled,
ifid = interface_id,
}
end
end
rest_utils.answer(rc, res)