blob: a30199f42667666243511004b39921c78fbaf7a7 [file] [log] [blame]
syntax = "proto3";
option go_package = "github.com/opencord/device-management-interface/v3/go/dmi";
package dmi;
import "dmi/commons.proto";
import "dmi/hw.proto";
// The model used to represent the event data on the SensorData of a component as described
// in RFC8348 (https://tools.ietf.org/html/rfc8348)
// Management of Metrics and protos for encoding of Metrics
enum MetricNames {
METRIC_NAME_UNDEFINED = 0;
// FAN related metrics
METRIC_FAN_SPEED = 1;
// CPU related metrics
METRIC_CPU_TEMP = 100;
METRIC_CPU_USAGE_PERCENTAGE = 101;
// Transceiver related metrics
METRIC_TRANSCEIVER_TEMP = 200;
METRIC_TRANSCEIVER_VOLTAGE = 201;
METRIC_TRANSCEIVER_BIAS = 202;
METRIC_TRANSCEIVER_RX_POWER = 203;
METRIC_TRANSCEIVER_TX_POWER = 204;
METRIC_TRANSCEIVER_WAVELENGTH = 205;
// Disk related metrics
METRIC_DISK_TEMP = 300;
METRIC_DISK_CAPACITY = 301;
METRIC_DISK_USAGE = 302;
METRIC_DISK_USAGE_PERCENTAGE = 303;
METRIC_DISK_READ_WRITE_PERCENTAGE = 304;
METRIC_DISK_FAULTY_CELLS_PERCENTAGE = 305;
// RAM related metrics
METRIC_RAM_TEMP = 400;
METRIC_RAM_CAPACITY = 401;
METRIC_RAM_USAGE = 402;
METRIC_RAM_USAGE_PERCENTAGE = 403;
// Power related metrics
METRIC_POWER_MAX = 500;
METRIC_POWER_USAGE = 501;
METRIC_POWER_USAGE_PERCENTAGE = 502;
// Chassis related metrics
METRIC_INNER_SURROUNDING_TEMP = 600;
}
message MetricConfig {
MetricNames metric_id = 1;
// Whether the device manager is collecting and reporting this metric or not
bool is_configured = 2;
// Number of seconds between two consecutive polls of the particular metric
// Each device manager implemenation could have it's per metric default poll frequency which
// can be requested to be changed using this value
uint32 poll_interval = 3;
}
message MetricsConfig {
repeated MetricConfig metrics = 1;
}
message ListMetricsResponse {
Status status = 1;
Reason reason = 2;
MetricsConfig metrics = 3;
}
message MetricsConfigurationRequest {
Uuid device_uuid = 1;
oneof operation {
MetricsConfig changes = 2;
bool reset_to_default = 3;
}
}
message MetricsConfigurationResponse {
Status status = 1;
Reason reason = 2;
}
message MetricMetaData {
Uuid device_uuid = 1;
// uuid of the component
Uuid component_uuid = 2;
string component_name = 3;
}
// The Metrics are conveyed to external systems by submitting them on a kafka bus.
// The topic to which are Metrics are submitted would be configured as startup
// configuration of the components
message Metric {
MetricNames metric_id = 1;
MetricMetaData metric_metadata = 2;
ComponentSensorData value = 3;
}
message GetMetricRequest {
MetricMetaData meta_data = 1;
MetricNames metric_id = 2;
}
service NativeMetricsManagementService {
// List the supported metrics for the passed device.
// This would be the first call that you make to know about the metrics that a particular device supports and
// then use the UpdateMetricsConfiguration API to monitor only the required metrics.
rpc ListMetrics(HardwareID) returns(ListMetricsResponse);
// Updates the configuration of the list of metrics in the request
// Acts upon single metric configuration, collection of a single metric can be started/stopped
// by changing its configuration.
//
// This configuration is persisted across restart of the device or the device manager
rpc UpdateMetricsConfiguration(MetricsConfigurationRequest) returns(MetricsConfigurationResponse);
// Get the instantenous value of a metric
rpc GetMetric(GetMetricRequest) returns(Metric);
}