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ntopng/scripts/lua/modules/timeseries_info.lua
Nicolò Maio 8cdda7cc69
Add flow exporter device check rules. (#7082) (#7364) 
* Add flow exporter device check rules. (#7082)

* Remove debugger.

* Minor fix.

* Update en.lua
2023-04-07 16:28:24 +02:00

719 lines
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--
-- (C) 2014-22 - ntop.org
--
local dirs = ntop.getDirs()
package.path = dirs.installdir .. "/scripts/lua/modules/?.lua;" .. package.path
local ts_utils = require "ts_utils"
local timeseries_info = {}
-- #################################
local series_extra_info = {
alerts = {
color = '#2d99bd'
},
bytes = {
color = '#ffc046'
},
bytes_sent = {
color = '#c6d9fd'
},
bytes_rcvd = {
color = '#90ee90'
},
devices = {
color = '#ac9ddf'
},
flows = {
color = '#8c6f94'
},
hosts = {
color = '#ff7f0e'
},
score = {
color = '#ff3231'
},
cli_score = {
color = '#690504'
},
srv_score = {
color = '#f5a2a2'
},
default = {
color = '#c6d9fd'
}
}
-- #################################
local timeseries_id = {
iface = "iface",
host = "host",
mac = "mac",
network = "subnet",
asn = "asn",
country = "country",
os = "os",
vlan = "vlan",
host_pool = "host_pool",
pod = "pod",
container = "container",
hash_state = "ht",
system = "system",
profile = "profile",
redis = "redis",
influxdb = "influxdb",
active_monitoring = "am",
snmp_interface = "snmp_interface",
snmp_device = "snmp_device",
observation_point = "obs_point",
sflow_dev = "sflowdev",
sflow_port = "sflowdev_port",
flow_dev = "flowdev",
flow_port = "flowdev_port",
nedge = "nedge",
}
-- #################################
function timeseries_info.get_timeseries_color(subject)
if series_extra_info[subject] then
return series_extra_info[subject].color
end
-- Safety check, if an improper value is given,
-- then return a default color
return series_extra_info.default.color
end
-- #################################
-- Timeseries list
local community_timeseries = {
{ schema = "iface:traffic_rxtx", id = timeseries_id.iface, label = i18n("graphs.traffic_rxtx"), priority = 0, measure_unit = "bps", scale = i18n("graphs.metric_labels.traffic"), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "iface:flows", id = timeseries_id.iface, label = i18n("graphs.active_flows"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { num_flows = { label = i18n('graphs.metric_labels.num_flows'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "iface:new_flows", id = timeseries_id.iface, label = i18n("graphs.new_flows"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { new_flows = { label = i18n('graphs.metric_labels.num_flows'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "iface:alerted_flows", id = timeseries_id.iface, label = i18n("graphs.total_alerted_flows"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { num_flows = { label = i18n('graphs.metric_labels.num_flows'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "iface:hosts", id = timeseries_id.iface, label = i18n("graphs.active_hosts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.hosts'), timeseries = { num_hosts = { label = i18n('graphs.metric_labels.num_hosts'), color = timeseries_info.get_timeseries_color('hosts') }}},
{ schema = "iface:engaged_alerts", id = timeseries_id.iface, label = i18n("graphs.engaged_alerts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { engaged_alerts = { label = i18n('graphs.engaged_alerts'), color = timeseries_info.get_timeseries_color('alerts') }}},
{ schema = "iface:dropped_alerts", id = timeseries_id.iface, label = i18n("graphs.dropped_alerts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { dropped_alerts = { label = i18n('graphs.dropped_alerts'), color = timeseries_info.get_timeseries_color('alerts') }}},
{ schema = "iface:devices", id = timeseries_id.iface, label = i18n("graphs.active_devices"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.devices'), timeseries = { num_devices = { label = i18n('graphs.metric_labels.num_devices'), color = timeseries_info.get_timeseries_color('devices') }}},
{ schema = "iface:http_hosts", id = timeseries_id.iface, label = i18n("graphs.active_http_servers"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.servers'), timeseries = { num_devices = { label = i18n('graphs.metric_labels.num_servers'), color = timeseries_info.get_timeseries_color('devices') }}, nedge_exclude = true },
{ schema = "iface:traffic", id = timeseries_id.iface, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n("graphs.metric_labels.traffic"), timeseries = { bytes = { label = i18n('graphs.metric_labels.traffic'), color = timeseries_info.get_timeseries_color('devices') }}, nedge_exclude = true },
{ schema = "iface:score", id = timeseries_id.iface, label = i18n("graphs.score"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.score'), timeseries = { cli_score = { label = i18n('graphs.cli_score'), color = timeseries_info.get_timeseries_color('cli_score') }, srv_score = { label = i18n('graphs.srv_score'), color = timeseries_info.get_timeseries_color('srv_score') }}},
{ schema = "iface:packets_vs_drops", id = timeseries_id.iface, label = i18n("graphs.packets_vs_drops"), priority = 0, measure_unit = "number", scale = i18n("graphs.packets_vs_drops"), timeseries = { packets = { label = i18n('graphs.metric_labels.packets'), color = timeseries_info.get_timeseries_color('packets') }, drops = { label = i18n('graphs.metric_labels.drops'), draw_type = "line", color = timeseries_info.get_timeseries_color('default') }}},
{ schema = "iface:nfq_pct", id = timeseries_id.iface, label = i18n("graphs.num_nfq_pct"), priority = 0, measure_unit = "percentage", scale = i18n('graphs.metric_labels.load'), timeseries = { num_nfq_pct = { label = i18n('graphs.num_nfq_pct'), color = timeseries_info.get_timeseries_color('default') }}, nedge_only = true },
{ schema = "iface:hosts_anomalies", id = timeseries_id.iface, label = i18n("graphs.hosts_anomalies"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.anomalies'), timeseries = { num_loc_hosts_anom = { label = i18n('graphs.loc_host_anomalies'), color = timeseries_info.get_timeseries_color('hosts') }, num_rem_hosts_anom = { label = i18n('graphs.rem_host_anomalies'), draw_type = "line", color = timeseries_info.get_timeseries_color('hosts') }}},
{ schema = "iface:disc_prob_bytes", id = timeseries_id.iface, label = i18n("graphs.discarded_probing_bytes"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.bytes'), timeseries = { bytes = { label = i18n('graphs.metric_labels.drops'), color = timeseries_info.get_timeseries_color('bytes') }}, nedge_exclude = true },
{ schema = "iface:disc_prob_pkts", id = timeseries_id.iface, label = i18n("graphs.discarded_probing_packets"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.metric_labels.drops'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:dumped_flows", id = timeseries_id.iface, label = i18n("graphs.dumped_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { dumped_flows = { label = i18n('graphs.dumped_flows'), color = timeseries_info.get_timeseries_color('flows') }, dropped_flows = { label = i18n('graphs.dumped_flows'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "iface:zmq_recv_flows", id = timeseries_id.iface, label = i18n("graphs.zmq_received_flows"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows = { label = i18n('graphs.zmq_received_flows'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "iface:zmq_flow_coll_drops", id = timeseries_id.iface, label = i18n("graphs.zmq_flow_coll_drops"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { drops = { label = i18n('graphs.zmq_flow_coll_drops'), color = timeseries_info.get_timeseries_color('default') }}, nedge_exclude = true },
{ schema = "iface:zmq_flow_coll_udp_drops", id = timeseries_id.iface, label = i18n("graphs.zmq_flow_coll_udp_drops"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { drops = { label = i18n('graphs.zmq_flow_coll_udp_drops'), color = timeseries_info.get_timeseries_color('default') }}, nedge_exclude = true },
{ schema = "iface:tcp_lost", id = timeseries_id.iface, label = i18n("graphs.tcp_packets_lost"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_packets_lost'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_out_of_order", id = timeseries_id.iface, label = i18n("graphs.tcp_packets_ooo"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_packets_ooo'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_retransmissions", id = timeseries_id.iface, label = i18n("graphs.tcp_packets_retr"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_packets_retr'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_keep_alive", id = timeseries_id.iface, label = i18n("graphs.tcp_packets_keep_alive"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_packets_keep_alive'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_syn", id = timeseries_id.iface, label = i18n("graphs.tcp_syn_packets"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_syn_packets'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_synack", id = timeseries_id.iface, label = i18n("graphs.tcp_synack_packets"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_syn_packets'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_finack", id = timeseries_id.iface, label = i18n("graphs.tcp_finack_packets"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_finack_packets'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "iface:tcp_rst", id = timeseries_id.iface, label = i18n("graphs.tcp_rst_packets"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets = { label = i18n('graphs.tcp_rst_packets'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
-- host_details.lua (HOST): --
{ schema = "host:traffic", id = timeseries_id.host, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "host:score", id = timeseries_id.host, label = i18n("graphs.score"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.score'), timeseries = { cli_score = { label = i18n('graphs.cli_score'), color = timeseries_info.get_timeseries_color('cli_score') }, srv_score = { label = i18n('graphs.srv_score'), color = timeseries_info.get_timeseries_color('srv_score') }}},
{ schema = "host:active_flows", id = timeseries_id.host, label = i18n("graphs.active_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:total_flows", id = timeseries_id.host, label = i18n("graphs.total_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:num_blacklisted_flows", id = timeseries_id.host, label = i18n("graphs.num_blacklisted_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:alerted_flows", id = timeseries_id.host, label = i18n("graphs.total_alerted_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:unreachable_flows", id = timeseries_id.host, label = i18n("graphs.total_unreachable_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:host_unreachable_flows", id = timeseries_id.host, label = i18n("graphs.host_unreachable_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:contacts", id = timeseries_id.host, label = i18n("graphs.active_host_contacts"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.contacts'), timeseries = { num_as_clients = { label = i18n('graphs.metric_labels.as_cli'), color = timeseries_info.get_timeseries_color('flows') }, num_as_server = { label = i18n('graphs.metric_labels.as_srv'), color = timeseries_info.get_timeseries_color('flows') }}},
{ schema = "host:contacts_behaviour", id = timeseries_id.host, label = i18n("graphs.host_contacts_behaviour"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.contacts'), timeseries = { value = { label = i18n('graphs.score'), color = timeseries_info.get_timeseries_color('score') }, lower_bound = { label = i18n('graphs.lower_bound'), draw_type = "line", color = timeseries_info.get_timeseries_color('score') }, upper_bound = { label = i18n('graphs.upper_bound'), draw_type = "line", color = timeseries_info.get_timeseries_color('score') }}, nedge_exclude = true },
{ schema = "host:total_alerts", id = timeseries_id.host, label = i18n("graphs.alerts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { alerts = { label = i18n('graphs.tcp_rst_packets'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:engaged_alerts", id = timeseries_id.host, label = i18n("graphs.engaged_alerts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { alerts = { label = i18n('graphs.tcp_rst_packets'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:dns_qry_sent_rsp_rcvd", id = timeseries_id.host, label = i18n("graphs.dns_qry_sent_rsp_rcvd"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.queries'), timeseries = { queries_pkts = { label = i18n('graphs.metric_labels.queries_pkts'),color = timeseries_info.get_timeseries_color('default') }, replies_ok_pkts = { label = i18n('graphs.metric_labels.ok_pkts'), color = timeseries_info.get_timeseries_color('default') }, replies_error_pkts = { label = i18n('graphs.metric_labels.error_pkts'), color = timeseries_info.get_timeseries_color('default') }}},
{ schema = "host:dns_qry_rcvd_rsp_sent", id = timeseries_id.host, label = i18n("graphs.dns_qry_rcvd_rsp_sent"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.queries'), timeseries = { queries_pkts = { label = i18n('graphs.metric_labels.queries_pkts'),color = timeseries_info.get_timeseries_color('default') }, replies_ok_pkts = { label = i18n('graphs.metric_labels.ok_pkts'), color = timeseries_info.get_timeseries_color('default') }, replies_error_pkts = { label = i18n('graphs.metric_labels.error_pkts'), color = timeseries_info.get_timeseries_color('default') }}},
{ schema = "host:tcp_rx_stats", id = timeseries_id.host, label = i18n("graphs.tcp_rx_stats"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.rcvd'), timeseries = { retran_pkts = { label = i18n('graphs.metric_labels.retra_pkts'), color = timeseries_info.get_timeseries_color('packets') }, out_of_order_pkts = { label = i18n('graphs.metric_labels.ooo_pkts'), color = timeseries_info.get_timeseries_color('packets') }, lost_packets = { label = i18n('graphs.metric_labels.lost_pkts'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:tcp_tx_stats", id = timeseries_id.host, label = i18n("graphs.tcp_tx_stats"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.sent'), timeseries = { retran_pkts = { label = i18n('graphs.metric_labels.retra_pkts'), color = timeseries_info.get_timeseries_color('packets') }, out_of_order_pkts = { label = i18n('graphs.metric_labels.ooo_pkts'), color = timeseries_info.get_timeseries_color('packets') }, lost_packets = { label = i18n('graphs.metric_labels.lost_pkts'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:udp_pkts", id = timeseries_id.host, label = i18n("graphs.udp_packets"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:echo_reply_packets", id = timeseries_id.host, label = i18n("graphs.echo_reply_packets"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:echo_packets", id = timeseries_id.host, label = i18n("graphs.echo_request_packets"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:tcp_packets", id = timeseries_id.host, label = i18n("graphs.tcp_packets"), priority = 0, measure_unit = "pps", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}},
{ schema = "host:udp_sent_unicast", id = timeseries_id.host, label = i18n("graphs.udp_sent_unicast_vs_non_unicast"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.bytes'), timeseries = { bytes_sent_unicast = { label = i18n('graphs.metric_labels.sent_uni'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_sent_non_uni = { label = i18n('graphs.metric_labels.sent_non_uni'), color = timeseries_info.get_timeseries_color('bytes') }}},
{ schema = "host:dscp", id = timeseries_id.host, label = i18n("graphs.dscp_classes"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.bytes'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }}},
{ schema = "host:host_tcp_unidirectional_flows", id = timeseries_id.host, label = i18n("graphs.unidirectional_tcp_flows"), priority = 0, measure_unit = "fps",scale = i18n('graphs.metric_labels.flows'), timeseries = { flows_as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, flows_as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('flows') }}},
-- mac_details.lua (MAC): --
{ schema = "mac:traffic", id = timeseries_id.mac, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
-- network_details.lua (SUBNET): --
{ schema = "subnet:traffic", id = timeseries_id.network, label = i18n("graphs.traffic"), measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_egress = { label = i18n('graphs.metrics_suffixes.egress') }, bytes_ingress = { label = i18n('graphs.metrics_suffixes.ingress') }, bytes_inner = { label = i18n('graphs.metrics_suffixes.inner') }}, default_visible = true },
{ schema = "subnet:broadcast_traffic", id = timeseries_id.network, label = i18n("broadcast_traffic"), measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_egress = { label = i18n('graphs.metrics_suffixes.egress') }, bytes_ingress = { label = i18n('graphs.metrics_suffixes.ingress') }, bytes_inner = { label = i18n('graphs.metrics_suffixes.inner') }} },
{ schema = "subnet:engaged_alerts", id = timeseries_id.network, label = i18n("show_alerts.engaged_alerts"), measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { alerts = { label = i18n('graphs.engaged_alerts') }} },
{ schema = "subnet:score", id = timeseries_id.network, label = i18n("score"), measure_unit = "number", scale = i18n('graphs.metric_labels.score'), timeseries = { score = { label = i18n('score') }, scoreAsClient = { label = i18n('score_as_client') }, scoreAsServer = { label = i18n('score_as_server') } }},
{ schema = "subnet:tcp_retransmissions", id = timeseries_id.network, label = i18n("graphs.tcp_packets_retr"), measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_ingress = { label = i18n('if_stats_overview.ingress_packets') }, packets_egress = { label = i18n('if_stats_overview.egress_packets') }, packets_inner = { label = 'Inner Packets' } }},
{ schema = "subnet:tcp_out_of_order", id = timeseries_id.network, label = i18n("graphs.tcp_packets_ooo"), measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_ingress = { label = i18n('if_stats_overview.ingress_packets') }, packets_egress = { label = i18n('if_stats_overview.egress_packets') }, packets_inner = { label = 'Inner Packets' } }},
{ schema = "subnet:tcp_lost", id = timeseries_id.network, label = i18n("graphs.tcp_packets_lost"), measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_ingress = { label = i18n('if_stats_overview.ingress_packets') }, packets_egress = { label = i18n('if_stats_overview.egress_packets') }, packets_inner = { label = 'Inner Packets' } }},
{ schema = "subnet:tcp_keep_alive", id = timeseries_id.network, label = i18n("graphs.tcp_packets_keep_alive"),measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_ingress = { label = i18n('if_stats_overview.ingress_packets') }, packets_egress = { label = i18n('if_stats_overview.egress_packets') }, packets_inner = { label = 'Inner Packets' } }},
{ schema = "subnet:rtt", id = timeseries_id.network, label = i18n("graphs.rtt"), priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { millis_rtt = { label = i18n('graphs.metric_labels.rtt'), color = timeseries_info.get_timeseries_color('default') } }, nedge_exclude = true },
-- as_details.lua (ASN): --
{ schema = "asn:traffic", id = timeseries_id.asn, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "asn:rtt", id = timeseries_id.asn, label = i18n("graphs.rtt"), priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { millis_rtt = { label = i18n('graphs.metric_labels.rtt'), color = timeseries_info.get_timeseries_color('default') } }, nedge_exclude = true },
{ schema = "asn:traffic_sent", id = timeseries_id.asn, label = i18n("graphs.traffic_sent"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.sent'), timeseries = { bytes = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') } }, nedge_exclude = true },
{ schema = "asn:traffic_rcvd", id = timeseries_id.asn, label = i18n("graphs.traffic_rcvd"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.rcvd'), timeseries = { bytes = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') } }, nedge_exclude = true },
{ schema = "asn:score", id = timeseries_id.asn, label = i18n("graphs.score"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.score'), timeseries = { score = { label = i18n('graphs.metric_labels.score'), color = timeseries_info.get_timeseries_color('score') }, cli_score = { label = i18n('graphs.metric_labels.cli_score'), color = timeseries_info.get_timeseries_color('cli_score') }, srv_score = { label = i18n('graphs.metric_labels.srv_score'), color = timeseries_info.get_timeseries_color('srv_score') } }},
{ schema = "asn:tcp_retransmissions", id = timeseries_id.asn, label = i18n("graphs.tcp_packets_retr"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "asn:tcp_keep_alive", id = timeseries_id.asn, label = i18n("graphs.tcp_packets_keep_alive"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.packets'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "asn:tcp_out_of_order", id = timeseries_id.asn, label = i18n("graphs.tcp_packets_ooo"), priority = 0, measure_unit = "number", scale = i18n('graphs.tcp_packets_ooo'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
{ schema = "asn:tcp_lost", id = timeseries_id.asn, label = i18n("graphs.tcp_packets_lost"), priority = 0, measure_unit = "number", scale = i18n('graphs.tcp_packets_lost'), timeseries = { packets_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('packets') }, packets_rcvd = { label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('packets') }}, nedge_exclude = true },
-- country_details.lua (Country): --
{ schema = "country:traffic", id = timeseries_id.country, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_egress = { label = i18n('graphs.metrics_suffixes.egress') }, bytes_ingress = { label = i18n('graphs.metrics_suffixes.ingress') }, bytes_inner = { label = i18n('graphs.metrics_suffixes.inner') }}, default_visible = true },
{ schema = "country:score", id = timeseries_id.country, label = i18n("score"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.score'), timeseries = { score = { label = i18n('score') }, scoreAsClient = { label = i18n('score_as_client') }, scoreAsServer = { label = i18n('score_as_server') } }},
-- os_details.lua (Operative System): --
{ schema = "os:traffic", id = timeseries_id.os, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_egress = { label = i18n('graphs.metrics_suffixes.egress') }, bytes_ingress = { label = i18n('graphs.metrics_suffixes.ingress') }}, default_visible = true },
-- vlan_details.lua (VLAN): --
{ schema = "vlan:traffic", id = timeseries_id.vlan, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "vlan:score", id = timeseries_id.vlan, label = i18n("score"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.score'), timeseries = { score = { label = i18n('score') }, scoreAsClient = { label = i18n('score_as_client') }, scoreAsServer = { label = i18n('score_as_server') } }},
-- pool_details.lua (Host Pool): --
{ schema = "host_pool:traffic", id = timeseries_id.host_pool, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes_sent') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "host_pool:blocked_flows", id = timeseries_id.host_pool, label = i18n("graphs.blocked_flows"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.flows'), timeseries = { num_flows = { label = i18n('graphs.metric_labels.num_flows'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "host_pool:hosts", id = timeseries_id.host_pool, label = i18n("graphs.active_hosts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.hosts'), timeseries = { num_hosts = { label = i18n('graphs.metric_labels.num_hosts'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "host_pool:devices", id = timeseries_id.host_pool, label = i18n("graphs.active_devices"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.devices'), timeseries = { num_devices = { label = i18n('graphs.metric_labels.num_devices'), color = timeseries_info.get_timeseries_color('default') } } },
-- pod_details.lua (Pod): --
{ schema = "pod:num_flows", id = timeseries_id.pod, label = i18n("graphs.active_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "pod:num_containers", id = timeseries_id.pod, label = i18n("containers_stats.containers"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.contaniers'), timeseries = { num_containers = { label = i18n('graphs.metric_labels.num_containers'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "pod:rtt", id = timeseries_id.pod, label = i18n("containers_stats.avg_rtt"), priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { as_client = { label = i18n('graphs.rtt_as_client'), color = timeseries_info.get_timeseries_color('default') }, as_server = { label = i18n('graphs.rtt_as_server'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "pod:rtt_variance", id = timeseries_id.pod, label = i18n("containers_stats.avg_rtt_variance"),priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { as_client = { label = i18n('graphs.variance_as_client'), color = timeseries_info.get_timeseries_color('default') }, as_server = { label = i18n('graphs.variance_as_server'), color = timeseries_info.get_timeseries_color('default') } } },
-- container_details.lua (Container): --
{ schema = "container:num_flows", id = timeseries_id.container, label = i18n("graphs.active_flows"), priority = 0, measure_unit = "fps", scale = i18n('graphs.metric_labels.flows'), timeseries = { as_client = { label = i18n('graphs.flows_as_client'), color = timeseries_info.get_timeseries_color('flows') }, as_server = { label = i18n('graphs.flows_as_server'), color = timeseries_info.get_timeseries_color('bytes_rcvd') }}, default_visible = true },
{ schema = "container:rtt", id = timeseries_id.container, label = i18n("containers_stats.avg_rtt"), priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { as_client = { label = i18n('graphs.rtt_as_client'), color = timeseries_info.get_timeseries_color('default') }, as_server = { label = i18n('graphs.rtt_as_server'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "container:rtt_variance", id = timeseries_id.container, label = i18n("containers_stats.avg_rtt_variance"),priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { as_client = { label = i18n('graphs.variance_as_client'), color = timeseries_info.get_timeseries_color('default') }, as_server = { label = i18n('graphs.variance_as_server'), color = timeseries_info.get_timeseries_color('default') } } },
-- hash_table_details.lua (Hash Table): --
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("about.cpu_load"), priority = 0, measure_unit = "number", ts_query = "CountriesHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("hash_table.HostHash"), priority = 0, measure_unit = "number", ts_query = "HostHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("hash_table.MacHash"), priority = 0, measure_unit = "number", ts_query = "MacHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("hash_table.FlowHash"), priority = 0, measure_unit = "number", ts_query = "FlowHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("hash_table.AutonomousSystemHash"), priority = 0, measure_unit = "number", ts_query = "AutonomousSystemHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("hash_table.ObservationPointHash"), priority = 0, measure_unit = "number", ts_query = "ObservationPointHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
{ schema = "ht:state", id = timeseries_id.hash_state, label = i18n("hash_table.VlanHash"), priority = 0, measure_unit = "number", ts_query = "VlanHash", scale = i18n('graphs.metric_labels.hash_entries'), timeseries = { num_idle = { label = i18n('graphs.metric_labels.num_idle'), color = timeseries_info.get_timeseries_color('default') }, num_active = { label = i18n('graphs.metric_labels.num_active'), color = timeseries_info.get_timeseries_color('default') }}, default_visible = true },
-- system_stats.lua (System Stats): --
{ schema = "system:cpu_states", id = timeseries_id.system, label = i18n("about.cpu_load"), priority = 0, measure_unit = "percentage", scale = i18n('graphs.metric_labels.load'), timeseries = { iowait_pct = { label = i18n('about.iowait'), color = timeseries_info.get_timeseries_color('default') }, active_pct = { label = i18n('about.active'), color = timeseries_info.get_timeseries_color('default') }, idle_pct = { label = i18n('about.idle'), color = timeseries_info.get_timeseries_color('default') } }, default_visible = true, draw_stacked = true },
{ schema = "process:resident_memory", id = timeseries_id.system, label = i18n("graphs.process_memory"), priority = 0, measure_unit = "bytes", scale = i18n('graphs.metric_labels.bytes'), timeseries = { resident_bytes = { label = i18n('graphs.metric_labels.bytes'), color = timeseries_info.get_timeseries_color('bytes') } } },
{ schema = "process:num_alerts", id = timeseries_id.system, label = i18n("graphs.process_alerts"), priority = 0, measure_unit = "bytes", scale = i18n('graphs.metric_labels.bytes'), timeseries = { written_alerts = { label = i18n('about.alerts_stored'), color = timeseries_info.get_timeseries_color('default') }, alerts_queries = { label = i18n('about.alert_queries'), color = timeseries_info.get_timeseries_color('default') }, dropped_alerts = { label = i18n('about.alerts_dropped'), color = timeseries_info.get_timeseries_color('default') } } },
-- { schema = "iface:engaged_alerts", id = timeseries_id.system, label = i18n("graphs.engaged_alerts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { engaged_alerts = { label = i18n('graphs.engaged_alerts'), color = timeseries_info.get_timeseries_color('alerts') }}},
-- { schema = "iface:dropped_alerts", id = timeseries_id.system, label = i18n("graphs.dropped_alerts"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.alerts'), timeseries = { dropped_alerts = { label = i18n('graphs.dropped_alerts'), color = timeseries_info.get_timeseries_color('alerts') }}},
-- profile_details.lua (Profile): --
{ schema = "profile:traffic", id = timeseries_id.profile, label = i18n("graphs.traffic"), priority = 0, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = i18n('graphs.metric_labels.bytes'), color = timeseries_info.get_timeseries_color('bytes') } } },
-- redis_monitor.lua (Redis): --
{ schema = "redis:memory", id = timeseries_id.redis, label = i18n("about.ram_memory"), priority = 0, measure_unit = "bytes", scale = i18n('graphs.metric_labels.bytes'), timeseries = { resident_bytes = { label = i18n('graphs.metric_labels.bytes'), color = timeseries_info.get_timeseries_color('bytes') } } },
{ schema = "redis:keys", id = timeseries_id.redis, label = i18n("system_stats.redis.redis_keys"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.keys'), timeseries = { num_keys = { label = i18n('graphs.metric_labels.keys'), color = timeseries_info.get_timeseries_color('default') } } },
-- influxdb_monitor.lua (Influx DB): --
{ schema = "influxdb:storage_size", id = timeseries_id.influxdb, label = i18n("traffic_recording.storage_utilization"), priority = 0, measure_unit = "bytes", scale = i18n('graphs.metric_labels.bytes'), timeseries = { disk_bytes = { label = i18n('graphs.metric_labels.bytes'), color = timeseries_info.get_timeseries_color('bytes') } } },
{ schema = "influxdb:memory_size", id = timeseries_id.influxdb, label = i18n("about.ram_memory"), priority = 0, measure_unit = "bytes", scale = i18n('graphs.metric_labels.bytes'), timeseries = { mem_bytes = { label = i18n('graphs.metric_labels.bytes'), color = timeseries_info.get_timeseries_color('bytes') } } },
{ schema = "influxdb:write_successes", id = timeseries_id.influxdb, label = i18n("system_stats.write_througput"), priority = 0, measure_unit = "number",scale = i18n('graphs.metric_labels.throughput'), timeseries = { points = { label = i18n('graphs.metric_labels.num_points'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "influxdb:exports", id = timeseries_id.influxdb, label = i18n("system_stats.exports_label"), priority = 0, measure_unit = "number",scale = i18n('graphs.metric_labels.exports'), timeseries = { num_exports = { label = i18n('system_stats.exports_label'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "influxdb:exported_points", id = timeseries_id.influxdb, label = i18n("system_stats.exported_points"), priority = 0, measure_unit = "number",scale = i18n('graphs.metric_labels.exports'), timeseries = { points = { label = i18n('graphs.metric_labels.num_points'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "influxdb:dropped_points", id = timeseries_id.influxdb, label = i18n("system_stats.dropped_points"), priority = 0, measure_unit = "number",scale = i18n('graphs.metric_labels.drops'), timeseries = { points = { label = i18n('graphs.metric_labels.num_points'), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "influxdb:rtt", id = timeseries_id.influxdb, label = i18n("graphs.num_ms_rtt"), priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.rtt'), timeseries = { millis_rtt = { label = i18n('graphs.num_ms_rtt'), color = timeseries_info.get_timeseries_color('default') } } },
}
-- #################################
local function add_active_monitoring_timeseries(tags, timeseries)
local am_utils = require "am_utils"
-- google.com,metric:cicmp
local data = split(tags.host, ',')
local metric = split(data[2], ':')[2]
local host = am_utils.getHost(data[1], metric)
local measurement_info = {}
local label = i18n("graphs.num_ms_rtt")
local measure_label = i18n("flow_details.round_trip_time")
local measure_unit = 'ms'
if host then
measurement_info = am_utils.getMeasurementInfo(host.measurement) or {}
end
if measurement_info then
label = i18n(measurement_info.i18n_am_ts_label) or measurement_info.i18n_am_ts_label
measure_label = i18n(measurement_info.i18n_am_ts_metric) or measurement_info.i18n_am_ts_metric
if (measurement_info.i18n_unit) and (measurement_info.i18n_unit == 'field_units.mbits') then
measure_unit = 'bps'
elseif (measurement_info.i18n_unit) and (measurement_info.i18n_unit == 'field_units.percentage') then
measure_unit = 'percentage'
end
end
if measurement_info.force_host then
-- Special case of speedtest
timeseries[#timeseries + 1] = { schema = "am_host:val_hour", id = timeseries_id.active_monitoring, label = label, priority = 0, measure_unit = measure_unit, scale = measure_label, timeseries = { value = { label = measure_label, color = timeseries_info.get_timeseries_color('default') } } }
else
timeseries[#timeseries + 1] = { schema = "am_host:val_min", id = timeseries_id.active_monitoring, label = label, priority = 0, measure_unit = measure_unit, scale = measure_label, timeseries = { value = { label = measure_label, color = timeseries_info.get_timeseries_color('default') } } }
end
if (measurement_info) and (table.len(measurement_info.additional_timeseries) > 0) then
for _, ts_information in ipairs(measurement_info.additional_timeseries) do
timeseries[#timeseries + 1] = { schema = ts_information.schema .. "_min", id = timeseries_id.active_monitoring, label = ts_information.label, priority = 0, measure_unit = "ms", scale = i18n('graphs.metric_labels.ms') }
local am_schema_info = {}
if ts_information.schema == 'am_host:jitter_stats' then
am_schema_info = { latency = { label = i18n('flow_details.mean_rtt'), color = timeseries_info.get_timeseries_color('default') }, jitter = { label = i18n('flow_details.rtt_jitter'), color = timeseries_info.get_timeseries_color('default') } }
elseif ts_information.schema == 'am_host:cicmp_stats' then
am_schema_info = { min_rtt = { label = i18n('graphs.min_rtt'), color = timeseries_info.get_timeseries_color('default') }, max_rtt = { label = i18n('graphs.max_rtt'), color = timeseries_info.get_timeseries_color('default') } }
elseif ts_information.schema == 'am_host:http_stats' then
am_schema_info = { lookup_ms = { label = i18n('graphs.name_lookup'), color = timeseries_info.get_timeseries_color('default') }, other_ms = { label = i18n('other'), color = timeseries_info.get_timeseries_color('default') } }
elseif ts_information.schema == 'am_host:upload' then
-- Speedtest specialcase
am_schema_info = { speed = { label = i18n('active_monitoring_stats.upload_speed'), color = timeseries_info.get_timeseries_color('bytes') } }
timeseries[#timeseries]['measure_unit'] = 'bps'
elseif ts_information.schema == 'am_host:latency' then
-- Speedtest specialcase
am_schema_info = { latency = { label = ts_information.metrics_labels[1], color = timeseries_info.get_timeseries_color('number') } }
end
if measurement_info.force_host then
-- Speedtest special case
timeseries[#timeseries]['schema'] = ts_information.schema .. "_hour"
end
timeseries[#timeseries]['timeseries'] = am_schema_info
end
end
return timeseries
end
-- #################################
local function add_top_vlan_timeseries(tags, timeseries)
local vlan_ts_enabled = ntop.getCache("ntopng.prefs.vlan_rrd_creation")
-- Top l7 Protocols
if vlan_ts_enabled then
local series = ts_utils.listSeries("vlan:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:vlan:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_host_pool_timeseries(tags, timeseries)
local host_pool_ts_enabled = ntop.getCache("ntopng.prefs.host_pools_rrd_creation")
-- Top l7 Protocols
if host_pool_ts_enabled then
local series = ts_utils.listSeries("host_pool:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:host_pool:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_asn_timeseries(tags, timeseries)
local asn_ts_enabled = ntop.getCache("ntopng.prefs.asn_rrd_creation")
-- Top l7 Protocols
if asn_ts_enabled then
local series = ts_utils.listSeries("asn:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:asn:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_mac_timeseries(tags, timeseries)
local mac_ts_enabled = ntop.getCache("ntopng.prefs.l2_device_rrd_creation")
local mac_top_ts_enabled = ntop.getCache("ntopng.prefs.l2_device_ndpi_timeseries_creation")
-- Top l7 Categories
if mac_ts_enabled and mac_top_ts_enabled then
local series = ts_utils.listSeries("mac:ndpi_categories", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
local category_name = getCategoryLabel(serie.category, interface.getnDPICategoryId(serie.category))
timeseries[#timeseries + 1] = { schema = "top:mac:ndpi_categories", group = i18n("graphs.category"), priority = 3, query = "category:" .. category_name , label = category_name, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = category_name, color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_network_timeseries(tags, timeseries)
local network_top_ts_enabled = ntop.getPref("ntopng.prefs.intranet_traffic_rrd_creation")
-- Top l7 Categories
if network_top_ts_enabled and tags.subnet then
network.select(tonumber(ntop.getLocalNetworkID(tags.subnet)))
local net_stats = network.getNetworkStats() or {}
for second_subnet, _ in pairs(net_stats["intranet_traffic"]) do
local label_1 = getFullLocalNetworkName(tags.subnet)
local label_2 = getFullLocalNetworkName(second_subnet)
timeseries[#timeseries + 1] = { schema = "subnet:intranet_traffic_min", priority = 3, query = "subnet_2:" .. second_subnet, label = i18n("graphs.intranet_traffic", { net_1 = label_1, net_2 = label_2 }), measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
return timeseries
end
-- #################################
local function add_top_host_timeseries(tags, timeseries)
local host_ts_creation = ntop.getPref("ntopng.prefs.hosts_ts_creation")
local host_ts_enabled = ntop.getCache("ntopng.prefs.host_ndpi_timeseries_creation")
local has_top_protocols = (host_ts_enabled == "both" or host_ts_enabled == "per_protocol") and (host_ts_creation == "full")
local has_top_categories = (host_ts_enabled == "both" or host_ts_enabled == "per_category") and (host_ts_creation == "full")
-- L4 Protocols
if host_ts_creation == "full" then
local series = ts_utils.listSeries("host:l4protos", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:host:l4protos", group = i18n("graphs.l4_proto"), priority = 2, query = "l4proto:" .. serie.l4proto , label = i18n(serie.l4proto) or serie.l4proto, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = serie.l4proto .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.l4proto .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
-- Top l7 Protocols
if has_top_protocols then
local series = ts_utils.listSeries("host:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:host:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes_sent = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
-- Top Categories
if has_top_categories then
local series = ts_utils.listSeries("host:ndpi_categories", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series) do
local category_name = getCategoryLabel(serie.category, interface.getnDPICategoryId(serie.category))
timeseries[#timeseries + 1] = { schema = "top:host:ndpi_categories", group = i18n("graphs.category"), priority = 3, query = "category:" .. category_name , label = category_name, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = category_name, color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_interface_timeseries(tags, timeseries)
local interface_ts_enabled = ntop.getCache("ntopng.prefs.interface_ndpi_timeseries_creation")
local has_top_protocols = interface_ts_enabled == "both" or interface_ts_enabled == "per_protocol" or interface_ts_enabled ~= "0"
local has_top_categories = interface_ts_enabled == "both" or interface_ts_enabled == "per_category"
-- Top Traffic Profiles
if ntop.isPro() then
local series = ts_utils.listSeries("profile:traffic", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series) do
timeseries[#timeseries + 1] = { schema = "top:profile:traffic", group = i18n("graphs.top_profiles"), priority = 2, query = "profile:" .. serie.profile , label = serie.profile, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = serie.profile, color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
-- L4 Protocols
if interface_ts_enabled then
local series = ts_utils.listSeries("iface:l4protos", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series) do
timeseries[#timeseries + 1] = { schema = "top:iface:l4protos", group = i18n("graphs.l4_proto"), priority = 2, query = "protocol:" .. serie.l4proto , label = i18n(serie.l4proto) or serie.l4proto, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = serie.l4proto, color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
-- Top l7 Protocols
if has_top_protocols then
local series = ts_utils.listSeries("iface:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series) do
timeseries[#timeseries + 1] = { schema = "top:iface:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = serie.protocol, color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
-- Top Categories
if has_top_categories then
local series = ts_utils.listSeries("iface:ndpi_categories", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
local category_name = getCategoryLabel(serie.category, interface.getnDPICategoryId(serie.category))
timeseries[#timeseries + 1] = { schema = "top:iface:ndpi_categories", group = i18n("graphs.category"), priority = 3, query = "category:" .. category_name , label = category_name, measure_unit = "bps", scale = i18n('graphs.metric_labels.traffic'), timeseries = { bytes = { label = category_name, color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_obs_point_timeseries(tags, timeseries)
local top_protocols_pref = ntop.getPref("ntopng.prefs.interface_ndpi_timeseries_creation")
-- Top l7 Protocols
if top_protocols_pref == 'both' or top_protocols_pref == 'per_protocol' then
local series = ts_utils.listSeries("obs_point:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:obs_point:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n("graphs.metric_labels.traffic"), timeseries = { bytes_sent = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_snmp_interfaces_timeseries(tags, timeseries)
local snmp_cached_dev = require "snmp_cached_dev"
local cached_device = snmp_cached_dev:get_interfaces(tags.device)
local snmp_dev_ts = {
{ schema = "snmp_dev:cpu_states", id = timeseries_id.snmp_device, label = i18n("about.cpu_load"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.load'), timeseries = { user_pct = { label = i18n("snmp.cpuUser"), color = timeseries_info.get_timeseries_color('default') }, system_pct = { label = i18n("snmp.cpuSystem"), color = timeseries_info.get_timeseries_color('default') }, idle_pct = { label = i18n("snmp.cpuIdle"), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "snmp_dev:avail_memory", id = timeseries_id.snmp_device, label =i18n("snmp.memAvailReal"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.memory'), timeseries = { avail_bytes = { label = i18n("snmp.memAvailReal"), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "snmp_dev:swap_memory", id = timeseries_id.snmp_device, label =i18n("snmp.memTotalReal"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.memory'), timeseries = { swap_bytes = { label = i18n("snmp.memTotalReal"), color = timeseries_info.get_timeseries_color('default') } } },
{ schema = "snmp_dev:total_memory", id = timeseries_id.snmp_device, label =i18n("snmp.memTotalSwap"), priority = 0, measure_unit = "number", scale = i18n('graphs.metric_labels.memory'), timeseries = { total_bytes = { label = i18n("snmp.memTotalSwap"), color = timeseries_info.get_timeseries_color('default') } } },
}
for _, timeserie in pairs(snmp_dev_ts) do
if table.len(ts_utils.listSeries(timeserie.schema, table.clone(tags), os.time() - 1800) or {}) > 0 then
timeseries[#timeseries + 1] = timeserie
end
end
if not table.empty(cached_device) and cached_device["interfaces"] then
for interface_index, interface_info in pairs(cached_device["interfaces"] or {}) do
timeseries[#timeseries + 1] = { schema = "snmp_if:traffic", group = i18n("graphs.interfaces"), priority = 2, query = "if_index:" .. interface_index , label = i18n('graphs.interface_label', { if_name = interface_info.name }), measure_unit = "bps", scale = i18n("graphs.metric_labels.traffic"), timeseries = { bytes_sent = { label = i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { invert_direction = true, label = i18n('graphs.metric_labels.rcvd') } } }
end
end
return timeseries
end
-- #################################
local function add_top_flow_port_timeseries(tags, timeseries)
local top_protocols_pref = ntop.getPref("ntopng.prefs.interface_ndpi_timeseries_creation")
-- Top l7 Protocols
if top_protocols_pref == 'both' or top_protocols_pref == 'per_protocol' then
local series = ts_utils.listSeries("flowdev_port:ndpi", table.clone(tags), os.time() - 1800 --[[ 30 min is the default time ]])
if not table.empty(series) then
for _, serie in pairs(series or {}) do
timeseries[#timeseries + 1] = { schema = "top:flowdev_port:ndpi", group = i18n("graphs.l7_proto"), priority = 2, query = "protocol:" .. serie.protocol , label = serie.protocol, measure_unit = "bps", scale = i18n("graphs.metric_labels.traffic"), timeseries = { bytes_sent = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.sent'), color = timeseries_info.get_timeseries_color('bytes') }, bytes_rcvd = { label = serie.protocol .. " " .. i18n('graphs.metric_labels.rcvd'), color = timeseries_info.get_timeseries_color('bytes') }} }
end
end
end
return timeseries
end
-- #################################
local function add_top_timeseries(tags, prefix, timeseries)
if prefix == 'iface' then
-- Add the top interface timeseries
timeseries = add_top_interface_timeseries(tags, timeseries)
elseif prefix == 'host' then
-- Add the top host timeseries
timeseries = add_top_host_timeseries(tags, timeseries)
elseif prefix == 'asn' then
-- Add the top asn timeseries
timeseries = add_top_asn_timeseries(tags, timeseries)
elseif prefix == 'host_pool' then
-- Add the top host pool timeseries
timeseries = add_top_host_pool_timeseries(tags, timeseries)
elseif prefix == 'vlan' then
-- Add the top vlan timeseries
timeseries = add_top_vlan_timeseries(tags, timeseries)
elseif prefix == 'mac' then
-- Add the top mac timeseries
timeseries = add_top_mac_timeseries(tags, timeseries)
elseif prefix == 'am' then
-- Add the active monitoring timeseries
timeseries = add_active_monitoring_timeseries(tags, timeseries)
elseif prefix == 'subnet' then
-- Add the active monitoring timeseries
timeseries = add_top_network_timeseries(tags, timeseries)
elseif prefix == timeseries_id.observation_point then
-- Add top observation points timeseries
timeseries = add_top_obs_point_timeseries(tags, timeseries)
elseif prefix == timeseries_id.snmp_device then
-- Add the interfaces timeseries
timeseries = add_snmp_interfaces_timeseries(tags, timeseries)
elseif prefix == timeseries_id.flow_port then
-- Add the top interface timeseries
timeseries = add_top_flow_port_timeseries(tags, timeseries)
end
return timeseries
end
-- #################################
function timeseries_info.retrieve_specific_timeseries(tags, prefix)
local timeseries_list = community_timeseries
local timeseries = {}
if ntop.isPro() then
package.path = dirs.installdir .. "/scripts/lua/pro/modules/?.lua;" .. package.path
local timeseries_info_ext = require "timeseries_info_ext"
local pro_timeseries = timeseries_info_ext.retrieve_pro_timeseries(tags, prefix)
timeseries_list = table.merge(community_timeseries, pro_timeseries)
end
for _, info in pairs(timeseries_list) do
if(prefix ~= nil) then
if info.id ~= prefix then
goto skip
end
-- Remove from nEdge the timeseries only for ntopng
if (info.nedge_exclude) and (ntop.isnEdge()) then
goto skip
end
-- Remove from ntopng the timeseries only for nEdge
if (info.nedge_only) and (not ntop.isnEdge()) then
goto skip
end
timeseries[#timeseries + 1] = info
end
::skip::
end
timeseries = add_top_timeseries(tags, prefix, timeseries)
return timeseries
end
-- #################################
function timeseries_info.get_host_rules_schema(rule_type)
if rule_type == "host" then
local host_ts_enabled = ntop.getCache("ntopng.prefs.host_ndpi_timeseries_creation")
local has_top_protocols = host_ts_enabled == "both" or host_ts_enabled == "per_protocol" or host_ts_enabled ~= "0"
local has_top_categories = host_ts_enabled == "both" or host_ts_enabled == "per_category"
local metric_list = {
{ title = i18n('traffic'), group = i18n('generic_data'), label = i18n('traffic'), id = 'host:traffic' --[[ here the ID is the schema ]], show_volume = true },
{ title = i18n('score'), group = i18n('generic_data'), label = i18n('score'), id = 'host:score' --[[ here the ID is the schema ]], show_volume = false },
}
if has_top_protocols then
local application_list = interface.getnDPIProtocols()
for application, _ in pairsByKeys(application_list or {}, asc) do
metric_list[#metric_list + 1] = { label = application, group = i18n('applications_long'), title = application, id = 'top:host:ndpi', extra_metric = 'protocol:' .. application --[[ here the schema is the ID ]], show_volume = true }
end
end
if has_top_categories then
local category_list = interface.getnDPICategories()
for category, _ in pairsByKeys(category_list or {}, asc) do
metric_list[#metric_list + 1] = { label = category, group = i18n('categories'), title = category, id = 'top:host:ndpi_categories', extra_metric = 'category:' .. category --[[ here the schema is the ID ]], show_volume = true }
end
end
return metric_list
elseif rule_type == "interface" then
local ifname_ts_enabled = ntop.getCache("ntopng.prefs.ifname_ndpi_timeseries_creation")
local has_top_protocols = ifname_ts_enabled == "both" or ifname_ts_enabled == "per_protocol" or ifname_ts_enabled ~= "0"
local has_top_categories = ifname_ts_enabled == "both" or ifname_ts_enabled == "per_category"
local metric_list = {
{ title = i18n('traffic'), group = i18n('generic_data'), label = i18n('traffic'), id = 'iface:traffic' --[[ here the ID is the schema ]], show_volume = true },
{ title = i18n('score'), group = i18n('generic_data'), label = i18n('score'), id = 'iface:score' --[[ here the ID is the schema ]], show_volume = false },
}
if has_top_protocols then
local application_list = interface.getnDPIProtocols()
for application, _ in pairsByKeys(application_list or {}, asc) do
metric_list[#metric_list + 1] = { label = application, group = i18n('applications_long'), title = application, id = 'top:iface:ndpi', extra_metric = 'protocol:' .. application --[[ here the schema is the ID ]], show_volume = true }
end
end
if has_top_categories then
local category_list = interface.getnDPICategories()
for category, _ in pairsByKeys(category_list or {}, asc) do
metric_list[#metric_list + 1] = { label = category, group = i18n('categories'), title = category, id = 'top:iface:ndpi_categories', extra_metric = 'category:' .. category --[[ here the schema is the ID ]], show_volume = true }
end
end
return metric_list
else
local metric_list = {
{ title = i18n('traffic'), group = i18n('generic_data'), label = i18n('traffic'), id = 'flowdev:traffic' --[[ here the ID is the schema ]], show_volume = true, type = 'flowdev' },
{ title = i18n('traffic'), group = i18n('generic_data'), label = i18n('traffic'), id = 'flowdev_port:traffic' --[[ here the ID is the schema ]], show_volume = true, type = 'flowdev_port' }
}
return metric_list
end
end
-- #################################
return timeseries_info
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