// Copyright 2021 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.test.artifact;

import "chromiumos/storage_path.proto";
import "chromiumos/test/api/provision_state.proto";
import "chromiumos/test/api/test_case_metadata.proto";
import "chromiumos/test/api/test_case_result.proto";
import "chromiumos/test/api/test_harness.proto";
import "chromiumos/test/lab/api/dut.proto";
import "google/protobuf/duration.proto";
import "google/protobuf/timestamp.proto";

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

// Captures rich information for test results.
// NEXT TAG: 4
message TestResult {
  // Captures the test result artifact version.
  uint32 version = 1;

  // The test invocation which contains invocation-level information.
  TestInvocation test_invocation = 2;

  // List of test runs which contains specific test-level information.
  repeated TestRun test_runs = 3;
}

// Captures invocation-level information for test results.
// NEXT TAG: 14
message TestInvocation {
  // The test environment specific information.
  TestEnvironment test_environment = 1;

  // The topology of the connected devices under test. The DUT topology
  // represents the hardware specs of devices and includes a full list of
  // available DUTs of a given schedule-able unit (e.g. swarming bot) from
  // inventory server.
  // Multi-dut Sarming bot example:
  // https://chromeos-swarming.appspot.com/bot?id=crossk-chromeos15-row3-metro1-unit4
  //
  // For multi-dut testing, it's possible that only a subset of DUTs are used
  // to run tests. In addition, only those DUT that are used for testing will
  // have provision info and build info. Refer to ExecutionInfo fields for
  // detailed test execution info of DUTs.
  chromiumos.test.lab.api.DutTopology dut_topology = 2;

  // The execution information for the test run that consists of software
  // information (e.g. build) and hardware information (e.g. DUT).
  // Generally, this will contain a single Dut for an functional test that
  // doesn't depend on other devices, but can include a collection of devices
  // used in multi-dut testing (e.g. ChromeOS to ChromeOS, ChromeOS to Android,
  // etc...). For multi-dut testing, there are only one primary DUT and one or
  // more secondary DUTs.
  //
  // Test execution related information for the primary DUT.
  ExecutionInfo primary_execution_info = 3;

  // Test execution related information for the secondary DUTs.
  repeated ExecutionInfo secondary_executions_info = 4;

  // The metadata required to schedule the test(s) within the same test
  // invocation.
  SchedulingMetadata scheduling_metadata = 5;

  // For added flexibility, additional key value pairs could be added and
  // associated with the given test invocation as needed.
  map<string, string> tags = 6;

  // Flag to indicate whether tests are run in CFT.
  bool is_cft_run = 7;

  // Flag to indicate whether tests are run via test_runner V2.
  bool is_trv2_run = 10;

  // Flag to distinguish AL test runs.
  bool is_al_run = 11;

  // Flag to indicate whether tests are run via 3d.
  bool is_3d_run = 12;

  // The metadata associated with project tracker within the same test
  // invocation.
  ProjectTrackerMetadata project_tracker_metadata = 8;

  // Partner info associated with the test run.
  PartnerInfo partner_info = 9;

  // Deprecated. Use the EqcInfo in the TestRun proto instead.
  // 3D equivalence classes (EqC) info associated with the test run.
  EqcInfo eqc_info = 13 [deprecated = true];
}

// Captures the test environment that produced the test invocation,
// e.g. internal labs via buildbucket, partner labs via Satlab for Partner,
// local LED testing via swarming.
// NEXT TAG: 3
message TestEnvironment {
  // Unique identifier for the test environment that produced results in this
  // invocation.
  // NEXT TAG: 3
  message Id {
    // The unique id of the test environment that produced results in this
    // invocation.
    // Example: buildbucket id: "8799081636806167121".
    string id = 1;

    // The full name of the test environment that produced results in this
    // invocation. See also https://aip.dev/122#full-resource-names
    // e.g.
    // - Swarming task:
    // "//chromeos-swarming.appspot.com//tasks/5e91083c29fc0810"
    // - Buildbucket build:
    // "//cr-buildbucket.appspot.com/builds/8799081636806167121".
    string name = 2;
  }

  // The unique id of the test environment that produced results in this
  // invocation.
  Id id = 1;

  // All the ancestor ids of this test environment. The order represents the
  // relationship of the ancestors and the first one is the root.
  repeated Id ancestor_ids = 2;
}

// Captures the 3D equivalence classes (EqC) information.
// NEXT TAG: 5
message EqcInfo {
  // Unique hash for an EqC from the 3D source.
  // Example: "A310930190d11"
  string eqc_hash = 1;

  // Optional. Human readable name for an EqC. Set by the user in the 3D
  // source.
  // Example: "IntelRaptorLakeKernelNext"
  string eqc_name = 2;

  // EqC category expression name which is set on the test.
  // Example: "{\"name\": \"Audio_SoC_Codec_Amp\"}"
  map<string, string> eqc_category_expression = 3;

  // A map of dimension names and values for an EqC. The dimension names
  // should be aligned with the EqC category expression.
  // Example: {"wifiChip":"bar", "soc":"foo"}
  map<string, string> eqc_dimensions = 4;
}

// Captures information regarding a test run.
// NEXT TAG: 9
message TestRun {
  // Test case information for the test result.
  TestCaseInfo test_case_info = 1;

  // List of paths to the result artifacts that are used to derive test result
  // information.
  repeated chromiumos.StoragePath logs_info = 2;

  // List of additional custom results.
  repeated CustomResult custom_results = 3;

  // The timing information of the test run.
  TimingInfo time_info = 4;

  // Deprecated. Use the `test_harness`` field from
  // `chromiumos.test.api.TestCaseResult test_case_result` below instead.
  // Test harness that the test belongs to.
  chromiumos.test.api.TestHarness test_harness = 5 [deprecated = true];

  // The metadata required to execute the test run.
  ExecutionMetadata execution_metadata = 6;

  // For added flexibility, additional key value pairs could be added and
  // associated with the given test run as needed.
  map<string, string> tags = 7;

  // 3D equivalence classes (EqC) info associated with the test run.
  EqcInfo eqc_info = 8;
}

// Captures test case information associated with a test run.
// NEXT TAG: 14
message TestCaseInfo {
  // Deprecated. Use the `test_case_metadata` field from
  // `chromiumos.test.api.TestCaseResult test_case_result` below instead.
  // Metadata related to test case and execution context.
  chromiumos.test.api.TestCaseMetadata test_case_metadata = 1
      [deprecated = true];

  // Result of a single execution of a given test case, including test harness
  // and test case metadata.
  chromiumos.test.api.TestCaseResult test_case_result = 2;

  // The display name of the test result.
  // Example: "hatch-cq/R102-14632.0.0/wificell-cq/tast.wificell-cq"
  string display_name = 3;

  // Test suite name.
  // Example: "crosbolt_perf_perbuild"
  string suite = 4;

  // The branch name.
  // Example: main
  string branch = 5;

  // The main builder name.
  // Example: main-release
  string main_builder_name = 6;

  // The requester who triggered the test run.
  string requester = 7;

  // List of email addresses to contact in case of test failures.
  repeated string contacts = 8;

  // The name of the testplan, if one is associated
  // Example: ltl_testplan
  string test_plan_id = 9;

  // The channel of the build.
  // Example: "BETA", "DEV", "CANARY", "STABLE"
  string channel = 10;

  // AVL component qualification info.
  AvlInfo avl_info = 11;

  // GSC devboard info.
  GscInfo gsc_info = 12;

  // Stress test info.
  StressTestInfo stress_test_info = 13;
}

// Captures ChromeOS build information associated with a test run.
// NEXT TAG: 12
message BuildInfo {
  // The name associated with a given build, e.g. image name.
  // Format: "<source>/R<milestone>-<chrome_os_version>[.<additional_suffix>]"
  // Example: "drallion-cq/R106-15048.0.0-69541-8805781873765277729"
  string name = 1;

  // The ChromeOS Milestone associated with the build.
  // Example: 100, 101
  uint64 milestone = 2;

  // The ChromeOS Version associated with the build.
  // Example: "15048.0.0"
  string chrome_os_version = 3;

  // The source where the build is created.
  // Example: "drallion-cq", "kevin-release"
  string source = 4;

  // The snapshot version associated with the build.
  // Example: "59b0b491b0aac1aedbac9334f9ddb4d1c448260a"
  string snapshot_version = 5;

  // The full name of the build target which includes any variant if available.
  // Example: "grunt-arc-r-vmrvc-android-pfq"
  string build_target = 6;

  // The variant associated with the given board.
  // Example: "grunt-arc-r"
  string board_variant = 7;

  // The plain board name associated with the given build.
  // Example: "grunt".
  string board = 8;

  // The build metadata associated with a test run.
  BuildMetadata build_metadata = 9;

  // The criticality is for the build tied to the board/model from GoldenEye
  // whether it's tagged with informational (non-critical) or not.
  // Note that the default is false if it's not set.
  bool critical = 10;

  // The type associated with the given board.
  // Example: "HW", or "VM".
  string board_type = 11;
}

// The complete build metadata of the test case.
// NEXT TAG: 15
message BuildMetadata {
  // ARC++ metadata
  message Arc {
    // The ARC++ version associated with the build.
    string version = 1;

    // The particular ARC++ branch associated with the build.
    string branch = 2;
  }

  Arc arc = 1;

  // Chrome metadata
  message Chrome {
    string version = 1;
  }

  Chrome chrome = 2;

  message ChromeOs {
    string version = 1;
  }

  // Chrome OS metadata
  ChromeOs chrome_os = 3;

  // Firmware metadata
  // NEXT TAG: 7
  message Firmware {
    // Read-only AP firmware version running on the DUT,
    // e.g. "Google_Voema.13672.224.0".
    string ro_version = 1;

    // Read-write AP firmware version running on the DUT,
    // e.g. "Google_Voema.13672.224.0".
    string rw_version = 2;

    // Read-only AP firmware version specified in the firmware provision
    // request, e.g. "Google_Voxel.13672.415.0".
    string ap_ro_version = 3;

    // Read-write AP firmware version specified in the firmware provision
    // request, e.g. "Google_Voxel.13672.415.0".
    string ap_rw_version = 4;

    // Read-only EC firmware version specified in the firmware provision
    // request, e.g. "vilboz_v2.0.5705-a8a7681f94".
    string ec_ro_version = 5;

    // Read-write EC firmware version specified in the firmware provision
    // request, e.g. "vilboz_v2.0.5705-a8a7681f94".
    string ec_rw_version = 6;
  }

  Firmware firmware = 4;

  // Kernel metadata
  message Kernel {
    // Kernel version, e.g. "5.4.151-16902-g93699f4e73de".
    string version = 1;
  }

  Kernel kernel = 5;

  // SKU metadata
  // NEXT TAG: 4
  message Sku {
    string hwid_sku = 1;
    // dlm_sku_id is identifier set in VPD at factory on new devices which
    // correlates to an entry in DLM device SKUs table, should be an integer
    // value in the string eg: "12345"
    string dlm_sku_id = 2;

    // Hardware ID that that uniquely identifies the hardware configuration of a
    // ChromeOS device.
    // Example: "RULL-MLST B3B-E3D-A2A-E4C-L6I-A2C".
    string hwid = 3;
  }

  Sku sku = 6;

  // The Chip set metadata
  // NEXT TAG: 3
  message Chipset {
    // Wifi chip info, e.g. "marvell".
    string wifi_chip = 1;

    // Wifi router models within the testbed, e.g. "gale".
    string wifi_router_models = 2;
  }

  Chipset chipset = 7;

  // ChromeOS cellular metadata
  message Cellular {
    // Carrier info, e.g. "CARRIER_ESIM"
    string carrier = 1;
  }

  Cellular cellular = 8;

  // Lacros metadata
  message Lacros {
    // Ash Chrome browser version, e.g. "109.0.5391.0".
    string ash_version = 1;

    // Lacros browser version, e.g. "109.0.5391.0".
    string lacros_version = 2;
  }

  Lacros lacros = 9;

  // Deprecated. Use ChameleonInfo from below instead.
  chromiumos.test.lab.api.Chameleon chameleon = 10 [deprecated = true];

  // Graphics info
  // NEXT TAG: 15
  message GfxInfo {
    // GPU ID, e.g. "amd:15e7".
    string gpu_id = 1;

    // GPU family name, e.g. "cezanne".
    string gpu_family = 2;

    // OpenGL ES version, e.g. "3.2".
    string gpu_open_gles_version = 3;

    // GPU vendor name, e.g. "amd".
    string gpu_vendor = 4;

    // Vulkan version, e.g. "1.3.274".
    string gpu_vulkan_version = 5;

    // The following platform info is for the DUT in general.
    // CPU vendor name, e.g. "amd".
    string platform_cpu_vendor = 6;

    // The disk size in GB, e.g. 32.
    uint64 platform_disk_size = 7;

    // The memory size in GB, e.g. 8.
    uint64 platform_memory_size = 8;

    // The following are the display config.
    string display_panel_name = 9;
    string display_present_hdr = 10;
    string display_present_psr = 11;
    string display_present_vrr = 12;
    string display_refresh_rate = 13;
    string display_resolution = 14;
  }

  GfxInfo gfx_info = 11;

  // Modem info that defines modem labels in lab config of a DUT
  chromiumos.test.lab.api.ModemInfo modem_info = 12;

  // Chameleon metadata for for automated external display testing across USB-C,
  // HDMI, and DisplayPort.
  // See details: http://g3doc/company/teams/chromeos-audio/tests/chameleon
  // This is a mirror of the proto stored in chrome repository under
  // https://source.chromium.org/chromium/infra/infra/+/main:go/src/infra/unifiedfleet/api/v1/models/chromeos/lab/chameleon.proto
  // Next Tag: 12
  enum ChameleonType {
    reserved 1, 6 to 8;
    CHAMELEON_TYPE_INVALID = 0;
    CHAMELEON_TYPE_DP = 2;
    CHAMELEON_TYPE_DP_HDMI = 3 [deprecated = true];
    CHAMELEON_TYPE_VGA = 4 [deprecated = true];
    CHAMELEON_TYPE_HDMI = 5;
    CHAMELEON_TYPE_V2 = 9;
    CHAMELEON_TYPE_V3 = 10;
    CHAMELEON_TYPE_RPI = 11;
  }

  // Next Tag: 5
  enum ChameleonConnectionType {
    CHAMELEON_CONNECTION_TYPE_INVALID = 0;
    CHAMELEON_CONNECTION_TYPE_AUDIOJACK = 1;
    CHAMELEON_CONNECTION_TYPE_USB = 2;
    CHAMELEON_CONNECTION_TYPE_HDMI = 3;
    CHAMELEON_CONNECTION_TYPE_DP = 4;
  }

  // Next Tag: 3
  message ChameleonInfo {
    repeated ChameleonType chameleon_type = 1;
    repeated ChameleonConnectionType chameleon_connection_types = 2;
  }
  ChameleonInfo chameleon_info = 13;

  // Servo info associated with the test invocation.
  // NEXT TAG: 4
  message ServoInfo {
    // Servod version
    // Example: "v1.0.2345-4b2de21e 2024-08-17 00:30:57"
    string servod_version = 1;

    // Servo firmware versions
    // Example:
    // "c2d2_v2.4.73-d771c18ba9,0.24.40/ti50_common_prepvt-15086.B:v0.0.355-15c69d7f,
    // fizz-labstation-release/R115-15474.55.0,servo_v4_v2.4.58-c37246f9c"
    string servo_versions = 2;

    // Servo type
    // Sourced from the servo_type field in the sysinfo/servo file
    // Example: "servo_v4_with_c2d2_and_ccd_ti50"
    string servo_type = 3;
  }

  // Servo info associated with test invocation.
  ServoInfo servo_info = 14;
}

// Captures DUT related info.
// NEXT TAG: 7
message DutInfo {
  // DUT associated with the test run.
  chromiumos.test.lab.api.Dut dut = 1;

  // Provision state associated with the DUT.
  chromiumos.test.api.ProvisionState provision_state = 2;

  // Additional DUT related information for more flexibility. For example,
  // additional identifier that could be specific to a certain TLE.
  // Example: "Moblab Install Id": "701c38ce144611ed86a50242c0a8640c"
  map<string, string> tags = 3;

  // True is applicable to CBX SKU DUTs, otherwise they are non-CBX.
  bool cbx = 4;

  // USB-C ports on device associated with test invocation.
  // NEXT TAG: 3
  message UsbInfo {
    // The USB-C power delivery port servo is connected to (C0-C3).
    string power_delivery_port_servo = 1;

    // Total number of USB-C power delivery ports on device.
    uint32 power_delivery_port_count = 2;
  }

  // USB-C ports on device.
  UsbInfo usb_info = 5;

  // Information about the stress tests associated with the test run.
  // NEXT TAG: 2
  message StressTestInfo {
    option deprecated = true;
    // The number of stress test iterations.
    uint32 iterations = 1 [deprecated = true];
  }

  // Information about the stress tests.
  StressTestInfo stress_test_info = 6 [deprecated = true];
}

// Captures Drone related info.
// NEXT TAG: 4
message DroneInfo {
  // The UUID assigned to the drone.
  // Example: "skylab-drone-deployment-prod-6dc79d4f9-czjlj"
  string drone = 1;

  // The image installed in the drone.
  // Example: "gcr.io/chromeos-drone-images/drone:20221110T150226-chromeos-test"
  string drone_image = 2;

  // The drone server id.
  // Example: "kube20-e"
  string drone_server = 3;
}

// Captures the Swarming task related info.
// NEXT TAG: 8
message SwarmingInfo {
  // The Swarming task id.
  // Example: "59f0e13fe7af0710"
  string task_id = 1;

  // The parent's swarming task id.
  // Example: "59ef5e9532bbd611"
  string suite_task_id = 2;

  // The swarming task name (swarming request name).
  // Format: "bb-<buildbucket_id>-{project}/{bucket}/{builder}"
  // Example: "bb-8818737803155059937-chromeos/general/Full"
  string task_name = 3;

  // Device pool, an optional dimension to Swarming, which is used only by
  // ChromeOS.
  // Example: "ChromeOSSkylab"
  string pool = 4;

  // A pool dimension for swarming task scheduling.
  // Example: "DUT_POOL_QUOTA"
  string label_pool = 5;

  // An ID to identify the bot that is running the tests.
  // Example: "cloudbots-prod-2-5c8s"
  string bot_id = 6;

  // The bot config file to run to decide where the bot is running tests at.
  // Example: "skylab.py"
  string bot_config = 7;
}

// Captures the Inventory related info.
// NEXT TAG: 2
message InventoryInfo {
  // UFS zone config,
  // Example: "ZONE_SFO36_OS"
  string ufs_zone = 1;
}

// Identifies a buildbucket builder.
// Canonical string representation: "{project}/{bucket}/{builder}".
// See the BuilderID in the buildbucket build.proto:
// https://chromium.googlesource.com/infra/luci/luci-go/+/master/buildbucket/proto/builder_common.proto
// NEXT TAG: 4
message BuilderID {
  // Project ID, e.g. "chromeos". Unique within a LUCI deployment.
  // Regex: ^[a-z0-9\-_]+$
  string project = 1;

  // Bucket name, e.g. "try". Unique within the project.
  // Regex: ^[a-z0-9\-_.]{1,100}$
  // Together with project, defines an ACL.
  string bucket = 2;

  // Builder name, e.g. "linux-rel". Unique within the bucket.
  // Regex: ^[a-zA-Z0-9\-_.\(\) ]{1,128}$
  string builder = 3;
}

// BuildbucketInfo contains fields extracted from the buildbucket build.proto
// https://chromium.googlesource.com/infra/luci/luci-go/+/master/buildbucket/proto/build.proto
// NEXT TAG: 4
message BuildbucketInfo {
  // Identifier of the build, unique per LUCI deployment.
  // IDs are monotonically decreasing.
  int64 id = 1;

  // Required. The builder this build belongs to.
  //
  // Tuple (builder.project, builder.bucket) defines build ACL
  // which may change after build has ended.
  BuilderID builder = 2;

  // IDs of the build's ancestors. This includes all parents/grandparents/etc.
  // This is ordered from top-to-bottom so `ancestor_ids[0]` is the root of
  // the builds tree, and `ancestor_ids[-1]` is this build's immediate parent.
  // This does not include any "siblings" at higher levels of the tree, just
  // the direct chain of ancestors from root to this build.
  repeated int64 ancestor_ids = 3;
}

// Captures Skylab related info.
// NEXT TAG: 4
message SkylabInfo {
  // Drone info associated with the test run.
  DroneInfo drone_info = 1;

  // Swarming task associated with the test run. Mainly populated for tests
  // running on swarming bot.
  SwarmingInfo swarming_info = 2;

  // Buildbucket build associated with the test run. Mainly populated for tests
  // scheduled by buildbucket.
  BuildbucketInfo buildbucket_info = 3;
}

// Captures Satlab related info.
// NEXT TAG: 4
message SatlabInfo {
  // Swarming task associated with the test run. Mainly populated for tests
  // running on swarming bot.
  SwarmingInfo swarming_info = 1;

  // Buildbucket build associated with the test run. Mainly populated for tests
  // scheduled by buildbucket.
  BuildbucketInfo buildbucket_info = 2;

  // Drone info associated with the test run.
  DroneInfo drone_info = 3;
}

// Captures Partner related info.
// NEXT TAG: 2
message PartnerInfo {
  // Teshaus account id of the partner.
  int64 account_id = 1;
}

// Captures test execution related information for the test run.
// NEXT TAG: 6
message ExecutionInfo {
  // ChromeOS build associated with the test run.
  BuildInfo build_info = 1;

  // DUT associated with the test run.
  DutInfo dut_info = 2;

  // Execution architecture specific information.
  oneof env_info {
    SkylabInfo skylab_info = 3;
    SatlabInfo satlab_info = 4;
  }

  // Inventory info associated with the test run.
  InventoryInfo inventory_info = 5;
}

// Represents custom result, as a way for tests to produce arbitrary artifacts.
// Custom results can be used by the pipeline to kick off post processing jobs
// or to hand off results to downstream pipelines.
// NEXT TAG: 3
message CustomResult {
  // Path to the custom result artifacts generated during execution.
  chromiumos.StoragePath result_artifact_path = 1;

  // Type of the custom result.
  oneof type {
    Cts cts = 2;
  }

  // CTS related custom results
  message Cts {
    // TODO: Add fields as needed.
  }
}

// Captures the timing information.
// NEXT TAG: 4
message TimingInfo {
  // The time when the execution was created and pending in queue.
  google.protobuf.Timestamp queued_time = 1;

  // The time when the execution started to execute.
  google.protobuf.Timestamp started_time = 2;

  // Duration of the execution.
  google.protobuf.Duration duration = 3;
}

// Metadata associated with the scheduling of the test. The scheduling metadata
// are mainly related to the hardware aspect.
// NEXT TAG: 4
message SchedulingMetadata {
  // HardwareAttributes defines the hardware-bound characteristics of the
  // devices to run tests on.
  map<string, string> hardware_dependencies = 1;

  // Captures scheduling arguments that affect how the tests in this request are
  // prioritized relative to other requests, and how capacity for them is
  // allocated,
  // e.g. Scheduling field in
  // "go.chromium.org/chromiumos/infra/proto/go/test_platform/request.proto".
  //
  // The following args are supported:
  // - analytics_name: Name of the config, used for analytics,
  //    e.g. "Bluetooth_Sa_Perbuild". Source from the SchedulerConfig in:
  //    "go.chromium.org/chromiumos/infra/proto/go/testplans/suite_scheduler.proto"
  // - ctp-fwd-task-name: Suite scheduler config name,
  //    e.g. "Bluetooth_Sa_Perbuild".
  // - qs_account: Quota Scheduler account to use for DUT pool,
  //    e.g. "unmanaged_p2". Source from the PoolOptions in:
  //    "go.chromium.org/chromiumos/infra/proto/go/testplans/suite_scheduler.proto"
  map<string, string> scheduling_args = 2;

  // The timing information of the scheduling task,
  // e.g. fast, slow, extendedtimeout, ordering etc.
  TimingInfo time_info = 3;
}

// Metadata associated with project tracker.
// NEXT TAG: 2
message ProjectTrackerMetadata {
  // Bug ID from test args that are set by users.
  // Example: "12345"
  string bug_id = 1;
}

// Metadata associated with the test execution. The execution metadata are
// mainly related to the software respect.
// NEXT TAG: 3
message ExecutionMetadata {
  // List of software dependencies needed to be installed onto the DUT for the
  // particular Test Case,
  // e.g. provisioning requirements, additional supplemental files to download.
  //
  // Aligned with the SoftwareDependency in
  // "go.chromium.org/chromiumos/infra/proto/go/test_platform/request.proto".
  map<string, string> software_dependencies = 1;

  // Captures the command and arguments used to run the particular Test Case.
  // This could be at the Test Invocation level which would be propagated to
  // each of the Test Case that’s contained by the Test Invocation. This is
  // useful for retrying or rerunning the test again if needed.
  map<string, string> test_args = 2;
}

// AVL component qualification info associated with the test run.
// NEXT TAG: 4
message AvlInfo {
  // The tested component model (same meaning as Part Number in DLM, but the
  // exact string representation might be different).
  // Example: "0x0000f5 MMC32G"
  string avl_part_model = 1;

  // The tested component firmware (same meaning as Part Firmware in DLM, but
  // the exact string representation might be different).
  // Example: "0xa200000000000000"
  string avl_part_firmware = 2;

  // AVL component type.
  // Example: "storage"
  string avl_component_type = 3;
}

// GSC devboard info associated with the test run.
// See more details at go/gsc-devboard-rdb-tags
// NEXT TAG: 15
message GscInfo {
  // The FW image flashed to the chip in the provision stage of the test.
  // Example:
  // "gs://chromeos-image-archive/firmware-ti50-postsubmit/R126-15855.0.0-97601-8750535029452566225"
  string gsc_buildurl = 1;

  // Serial number of the GSC chip (and CCD USB serial).
  // Example: "1482101a-4c2ac261"
  string gsc_ccd_serial = 2;

  // Version number of the devboardservice container.
  // Example: "1.30"
  string gsc_devboardservice_version = 3;

  // Serial number of the hyperdebug HW (and USB serial).
  // Example: "206636793452"
  string gsc_hyperdebug_serial = 4;

  // Version number of the hyperdebug firmware.
  // Example: "hyperdebug_20230517_01"
  string gsc_hyperdebug_version = 5;

  // Version number of the opentitantool.
  string gsc_opentitantool_version = 6;

  // From console of live image, via devboardservice GscVersion grpc.
  // Example: "0.0.53"
  string gsc_ro_version = 7;

  // From console of live image, via devboardservice GscVersion grpc.
  // Extract from version string ti50_common_tot:v0.0.1235-a1605766.
  // Example: "tot"
  string gsc_rw_branch = 8;

  // From console of live image, via devboardservice GscVersion grpc.
  // Extract from version string ti50_common_tot:v0.0.1235-a1605766.
  // Example: "1235"
  string gsc_rw_rev = 9;

  // From console of live image, via devboardservice GscVersion grpc.
  // Extract from version string ti50_common_tot:v0.0.1235-a1605766
  // Example: "a1605766"
  string gsc_rw_sha = 10;

  // From console of live image, via devboardservice GscVersion grpc.
  // Example: "0.26.81"
  string gsc_rw_version = 11;

  // Version number for the tast tests.
  // Example: "R125-15837.0.0"
  string gsc_tast_version = 12;

  // Serial number of the GSC board.
  // Example: "123882-0008"
  string gsc_testbed_serial = 13;

  // From devboardservice Query grpc.
  // Example: "gsc_dt_shield"
  string gsc_testbed_type = 14;
}

// Information about the stress tests associated with the test run.
// NEXT TAG: 2
message StressTestInfo {
  // The number of stress test iterations.
  uint32 iterations = 1;
}