android-16.0.0_r2/s

// Copyright 2020 The ChromiumOS Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

syntax = "proto3";

package chromiumos.config.api;

import "chromiumos/config/api/component_id.proto";
import "chromiumos/config/api/partner_id.proto";
import "google/protobuf/wrappers.proto";

option go_package = "go.chromium.org/chromiumos/config/go/api";

// next field: 29
message Component {
  // Globally unique component identifier.
  ComponentId id = 1;
  // Original component manufacturer.
  PartnerId manufacturer_id = 8;
  // Human readable name of the component.
  string name = 9;

  // Additional optional label to provide alternative value for eg:
  // HWID string rather than relying on id.value directly.
  string hwid_type = 25;
  string hwid_label = 20;

  // IDs used to join against AVL database
  AVLId avl_id = 21;

  // AVL-compatible part number information
  string part_number = 22;

  // Current support status of the component
  SupportStatus support_status = 28;

  oneof type {
    Soc soc = 2;
    Memory memory = 3;
    Bluetooth bluetooth = 4;
    Camera camera = 5;
    Touch touchscreen = 6;
    Wifi wifi = 7;
    Touch touchpad = 10;
    DisplayPanel display_panel = 11;
    AudioCodec audio_codec = 12;
    Battery battery = 13;
    FlashChip ec_flash_chip = 14;
    FlashChip system_flash_chip = 15;
    EmbeddedController ec = 16;
    Storage storage = 17;
    Tpm tpm = 18;
    Interface.Usb usb_host = 19;
    Stylus stylus = 23;
    Amplifier amplifier = 24;
    DisplayPortConverter dp_converter = 26;
    Cellular cellular = 27;
  }

  /////////////////////////////////////
  // Message Definitions Only
  /////////////////////////////////////

  // IDs to map into AVL database
  message AVLId {
    int32 cid = 1; // component id
    int32 qid = 2; // qualification id
  }

  // Defines common component version identifiers based on interface standards.
  message Interface {
    message I2C {
      string product = 1;
      string vendor = 2;
    }

    message Usb {
      // 4-digit hex
      string vendor_id = 1;
      // 4-digit hex
      string product_id = 2;
      // 4-digit hex
      string bcd_device = 3;
    }

    message Pci {
      // 4-digit hex
      string vendor_id = 1;
      // 4-digit hex
      string device_id = 2;
      // 2-digit hex
      string revision_id = 3;
      // 6-digit hex (2 digit for class 4 for subclass)
      string class_id = 4;
    }
  }

  message Soc {
    enum Architecture {
      ARCHITECTURE_UNDEFINED = 0;
      X86 = 1;
      X86_64 = 2;
      ARM = 3;
      ARM64 = 4;
    }

    enum Feature {
      FEATURE_UNKNOWN = 0;
      // Supports Symmetric Multi-Threading (SMT; a.k.a. Hyper-Threading, or
      // other vendor-specific terms).
      SMT = 1;
      // Supports x86 SHA-NI (instruction extension set for SHA1 and SHA256)
      SHA_NI = 2;
    };

    message Family {
      Architecture arch = 1;
      // Common name (human friendly) for the family
      string name = 2;
    }

    enum Vulnerability {
      VULNERABILITY_UNDEFINED = 0;
      // CPU is vulnerable to the L1 Terminal Fault (a.k.a., L1TF) side
      // channel.
      L1TF = 1;
      // CPU is vulnerable to Microarchitectural Data Sampling (MDS).
      MDS = 2;
    }

    Family family = 1;
    // Unique model name reported by the SoC and detected
    // through probing.
    // For ARM/x86 specific probing logic, see:
    // platform/factory/py/probe/functions/generic_cpu.py
    string model = 2;
    // Number of cores present on the SoC model
    int32 cores = 3;
    repeated Feature features = 4;
    repeated Vulnerability vulnerabilities = 5;
  }

  message Memory {
    Profile profile = 1;
    string part_number = 2;

    message Profile {
      Type type = 1;
      int32 speed_mhz = 2;
      int32 size_megabytes = 3;
      // Any new fields here should be messages or enums that can differentiate
      // the unspecified value from the 0-value (or the 0-value is not valid)
    }

    enum Type {
      TYPE_UNDEFINED = 0;
      DDR = 1;
      DDR2 = 2;
      DDR3 = 3;
      DDR4 = 4;
      LP_DDR3 = 5;
      LP_DDR4 = 6;
    }

    reserved 3;
  }

  message Bluetooth {
    Interface.Usb usb = 4;

    reserved 1, 2, 3;
  }

  message Camera {
    enum Feature {
      FEATURE_UNKNOWN = 0;
      ACTIVITY_LED = 1;
    }
    enum ClockType {
      CLOCK_TYPE_UNDEFINED = 0;
      MONOTONIC = 1;
      BOOTTIME = 2;
    }

    repeated Feature features = 1;
    ClockType clock_type = 2;

    oneof interface {
      Interface.Usb usb = 3;
      Interface.Pci pci = 4;
    }
  }

  message DisplayPanel {
    string product_id = 1;
    Properties properties = 2;

    enum Feature {
      FEATURE_UNKNOWN = 0;
      // Supports high dynamic range.
      HDR = 1;
      // Supports seamless refresh rate switching.
      SEAMLESS_REFRESH_RATE_SWITCHING = 2;
      // variable refresh rate available.
      VARIABLE_REFRESH_RATE_AVAILABLE = 3;
    };

    enum PanelType {
      PANEL_TYPE_UNKNOWN = 0;
      OLED = 1;
    };

    message Properties {
      int32 width_px = 1;
      int32 height_px = 2;
      // Generally expressed as double (e.g. 11.7 inches) in specs, but storing
      // as milliinch to remove double ambiguities.
      int32 diagonal_milliinch = 3;
      // PPI or also referred to as DPI (density per inch)
      int32 pixels_per_in = 4;
      repeated Feature features = 5;

      // The minimum backlight level to use before turning the backlight off
      // entirely.
      uint32 min_visible_backlight_level = 6;

      // The delay between setting the backlight level to 0 and turning off the
      // display.
      google.protobuf.UInt32Value turn_off_screen_timeout_ms = 7;

      oneof battery_brightness {
        // The default display backlight percentage on battery power in the
        // absence of an ambient light sensor controlling the display backlight.
        double no_als_battery_brightness = 8;

        // The default display backlight nits on battery power in the
        // absence of an ambient light sensor controlling the display backlight.
        double no_als_battery_brightness_nits = 11;
      }

      oneof ac_brightness {
        // The default display backlight percentage on AC power in the absence
        // of an ambient light sensor controlling the display backlight.
        double no_als_ac_brightness = 9;

        // The default display backlight nits on AC power in the absence of
        // an ambient light sensor controlling the display backlight.
        double no_als_ac_brightness_nits = 12;
      }

      // The configuration of the display backlight percentage based on the
      // ambient light sensor value. Steps should be in increasing order.
      repeated AlsStep als_steps = 10;

      // The max luminance of the panel in nits.
      double max_screen_brightness = 13;

      // The radius of each corner of this display (in physical pixels).
      message RoundedCorners {
        message RoundedCorner { int32 radius_px = 1; }
        RoundedCorner top_left = 1;
        RoundedCorner top_right = 2;
        RoundedCorner bottom_left = 3;
        RoundedCorner bottom_right = 4;
      }
      RoundedCorners rounded_corners = 14;

      // Display panel type
      PanelType panel_type = 15;
    }
  }

  message Touch {
    enum TouchType {
      TOUCH_TYPE_UNDEFINED = 0;
      USB = 1;
      I2C = 2;
    }

    string product_id = 2;
    string fw_version = 3;
    // Optional product brand/series name
    // For some vendors, this is used in the firmware naming schema
    string product_series = 5;

    string fw_checksum = 6;
    TouchType type = 7;
    Interface.Usb usb = 8;

    reserved 1, 4;
  }

  message Wifi {
    oneof interface {
      Interface.Pci pci = 1;
    }

    enum WLANProtocol {
      WLAN_PROTOCOL_UNKNOWN = 0;
      IEEE_802_11_A = 1;
      IEEE_802_11_B = 2;
      IEEE_802_11_G = 3;
      IEEE_802_11_N = 4;
      IEEE_802_11_AC = 5;
      IEEE_802_11_AX = 6;
    }
    // WLAN protocols supported by this Wifi chipset.
    repeated WLANProtocol supported_wlan_protocols = 2;
  }

  // Record of a component level qualification and the corresponding status.
  message Qualification {
    enum Status {
      STATUS_UNKNOWN = 0;
      REQUESTED = 1;
      TECHNICALLY_QUALIFIED = 2;
      QUALIFIED = 3;
    }
    ComponentId component_id = 1;
    Status status = 2;
  }

  message Amplifier {
    enum Feature {
      FEATURE_UNKNOWN = 0;
      BOOT_TIME_CALIBRATION = 1;
    }
    string name = 1;
    repeated Feature features = 2;
  }

  message AudioCodec { string name = 1; }

  message Battery {
    enum Technology {
      TECH_UNKNOWN = 0;
      LI_ION = 1;
      LI_POLY = 2;
    }
    string model = 1;
    Technology technology = 2;
  }

  message FlashChip { string part_number = 1; }

  message EmbeddedController { string part_number = 1; }

  message Storage {
    enum StorageType {
      STORAGE_TYPE_UNKNOWN = 0;
      EMMC = 1;
      NVME = 2;
      SATA = 3;
      UFS = 4;
      BRIDGED_EMMC = 5;
    }

    string emmc5_fw_ver = 1;
    string manfid = 2;
    string name = 3;
    string oemid = 4;
    string prv = 5;
    string sectors = 6;
    StorageType type = 7;
    uint32 size_gb = 8;

    oneof interface {
      Interface.Pci pci = 9;
    }
  }

  // Defines a Trusted Platform Module, for more information see here:
  //   https://www.chromium.org/developers/design-documents/tpm-usage
  message Tpm {
    string manufacturer_info = 1;
    string version = 2;
  }

  message Stylus {
    oneof interface {
      Interface.Usb usb = 1;
      Interface.I2C i2c = 2;
    }
  }

  // Defines a peripheral IC that converts DP signal to another format like
  // HDMI.
  message DisplayPortConverter { string name = 1; }

  message Cellular {
    oneof interface {
      Interface.Usb usb = 1;
    }
  }

  // Various levels of component support.
  enum SupportStatus {
    STATUS_UNKNOWN = 0;
    STATUS_SUPPORTED = 1;
    STATUS_DEPRECATED = 2;
    STATUS_UNQUALIFIED = 3;
    STATUS_UNSUPPORTED = 4;
  }

  // A single step in an ambient light sensor configuration table. Each step
  // configures the brightness percentage while at that step as well as the
  // sensor value at which the next or previous step should be considered.
  // Steps should be specified in increasing order for each field.
  message LuxThreshold {
    // The ALS sensor value below which the previous step should be considered.
    // A value of -1 denotes negative infinity and should be used for the first
    // step.
    int32 decrease_threshold = 1;

    // The ALS sensor value above which the following step should be
    // considered. A value of -1 denotes infinity and should be used for the
    // last step.
    int32 increase_threshold = 2;
  }

  message AlsStep {
    oneof ac_backlight {
      // The backlight brightness percentage on AC power for this step.
      double ac_backlight_percent = 1;

      // The backlight brightness nits on AC power for this step.
      double ac_backlight_nits = 5;
    }

    oneof battery_backlight {
      // The backlight brightness percentage on battery power for this step.
      double battery_backlight_percent = 2;

      // The backlight brightness nits on battery power for this step
      double battery_backlight_nits = 6;
    }

    LuxThreshold lux_threshold = 3;

    // The max luminance of the panel in nits.
    double max_screen_brightness = 7;
  }
}