edition = "2023";

package milotic_tlbmc;

import "entity_common_config.proto";
import "i2c_common_config.proto";
import "reading_range_config.proto";
import "reading_transform_config.proto";
import "threshold_config.proto";

enum PsuSensorType {
  PSU_SENSOR_TYPE0_UNKNOWN = 0;
  PSU_SENSOR_TYPE1_ADM1266 = 1;
  PSU_SENSOR_TYPE2_ADM1272 = 2;
  PSU_SENSOR_TYPE3_PMBUS = 3;
  PSU_SENSOR_TYPE4_LTC2991 = 4;
  PSU_SENSOR_TYPE5_RAA228228 = 5;
  PSU_SENSOR_TYPE6_TDA38725 = 6;
  PSU_SENSOR_TYPE7_TDA38740 = 7;
  PSU_SENSOR_TYPE8_XDPE1A2G5B = 8;
  PSU_SENSOR_TYPE9_LTC4287 = 9;
  PSU_SENSOR_TYPE10_Q50SN12072 = 10;
  PSU_SENSOR_TYPE11_Q54SN120A4 = 11;
  PSU_SENSOR_TYPE12_TPS25990 = 12;
}

// Config for a PSU sensor device.
// A single device config might generate multiple sensors.
message PsuSensorConfig {
  PsuSensorType type = 1;
  I2cCommonConfig i2c_common_config = 2;
  // Specifies the labels of the sensor readings in sysfs (key), and names
  // of the sensor readings when they are exposed (value).
  map<string, string> label_to_name = 3;
  // The thresholds that we want to monitor for each sensor.
  map<string, ThresholdConfigs> label_to_thresholds = 4;
  // Specifies the reading range of each of the sensors.
  map<string, ReadingRangeConfigs> label_to_reading_ranges = 5;
  // Specifies the scale and offset of each of the sensors.
  map<string, ReadingTransformConfig> label_to_reading_transform = 8;
  EntityCommonConfig entity_common_config = 6;
  string name = 7;
}