xref: /external/chromiumos-config/proto/chromiumos/test/api/ctp2.proto

// Copyright 2023 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.api;

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

import "chromiumos/test/api/provision.proto";
import "chromiumos/test/api/test_suite.proto";
import "chromiumos/test/api/test_case_metadata.proto";
import "chromiumos/build/api/container_metadata.proto";
import "chromiumos/test/lab/api/dut.proto";
import "google/protobuf/any.proto";
import "google/protobuf/duration.proto";
import "chromiumos/test/api/test_execution_metadata.proto";
import "chromiumos/test/api/trv2_dynamic_updates.proto";

// CrosTestPlatform2 ...
service CTPv2Service {
  rpc RequestResolver(CTPv2Request)
      returns (CTPv2Response);
}

// GenericFilter is what all the filters will implement as their RPC.
service GenericFilterService {
  rpc Execute(InternalTestplan)
      returns (InternalTestplan);

  rpc ExecuteStream(stream InternalTestplanFragment)
      returns (stream InternalTestplanFragment);
}

// CTPv2Request ...
// next value = 9;
message CTPv2Request {
  // TODO(b/319981532): Support multiple suite runs in ctpv2. Deprecate the
  // fields below (1-7) when implementation is complete.
  SuiteRequest suite_request = 1 [deprecated = true];
  repeated Targets targets = 2 [deprecated = true];
  repeated CTPFilter karbon_filters = 3 [deprecated = true];
  repeated CTPFilter koffee_filters = 4 [deprecated = true];
  string pool = 5 [deprecated = true];
  google.protobuf.Any scheduke_metadata = 6 [deprecated = true];
  repeated ScheduleTargets schedule_targets = 7 [deprecated = true];

  repeated CTPRequest requests = 8;
}

// Single CTPv2Request with one suite defining one or more targets. Filters
// are build versioned so each suite will be capable of defining it's own
// filters to execute.
message CTPRequest {
  SuiteRequest suite_request = 1;
  // will be deprecated when #11 field is in use 100%
  repeated ScheduleTargets schedule_targets = 2;
  // Grouped targets allow setting and/or relationship between targets.
  // inner i.e. {a, b} is OR relationship: a or b
  // outer i.e. {a}, {b} is AND relationship: a and b
  // [{shedTarget1, schedTarget2}, {shedTarget3, schedTarget4}]
  // --> (shedTarget1 OR schedTarget2) AND (shedTarget3 OR schedTarget4)
  repeated GroupedScheduleTargets grouped_schedule_targets = 11;
  string pool = 7;

  repeated CTPFilter karbon_filters = 3;
  repeated CTPFilter koffee_filters = 4;

  SchedulerInfo scheduler_info = 5;

  google.protobuf.Any scheduler_metadata = 6;

  // Instruct ctpv2 to construct a dynamic trv2 request object
  // instead of a CftTestRequest (non-dynamic).
  bool run_dynamic = 8;

  // If true then the request is an AL type run in CTPv2 and TRv2.
  bool is_al_run = 9;

  // Encoded test job message that will be provided by ATP.
  // CTP will use this to construct ctpv2 request.
  // is_al_run must be set to true for this.
  string encoded_atp_test_job_msg = 10;
}

message SchedulerInfo {
  enum Scheduler {
    // UNSPECIFIED scheduler
    UNSPECIFIED = 0;
    // Quota Scheduler
    QSCHEDULER = 1;
    // Scheduke
    SCHEDUKE = 2;
    // Will only be used for debugging and local mode. The BB requests will be
    // printed to luci log but won't be scheduled.
    PRINT_REQUEST_ONLY = 3;
  }

  Scheduler scheduler = 1;

  // Will only be used when scheduler type is QSCHEDULER.
  string qs_account = 2;
}

message SuiteRequest {
  oneof suite_request {
    TestSuite test_suite = 1;
    Reserved hierarchical_plan = 2;
  }

  // Maximum duration for the entire request to be handled.
  google.protobuf.Duration maximum_duration = 3;
  // suite level test args.
  string test_args = 4;
  // Identifying suite name for analytics.
  string analytics_name = 5;
  // The total number of tests allowed to be used in a shard.
  int64 max_in_shard = 6;
  // Should run the suite via 3d or not. Default false.
  bool ddd_suite = 7;
  // The total number of retries that should be done to failed test(s).
  // By default it will be 0 which means no retry.
  int64 retry_count = 8;
  // tags gives us a location to store decorations from the v1 proto without
  // requiring a proto addition each time.
  repeated string tags = 9;
}

message KeyValue {
  string key = 1;
  string value = 2;
}

message GroupedScheduleTargets {
  repeated ScheduleTargets grouped_targets = 1;
}

// ScheduleTargets represents groups of targets for CTPv2.
// Multi-DUT by design with targets length of 1 being single-dut.
message ScheduleTargets {
  repeated Targets targets = 1;
}

message Targets {
  HWTarget hw_target = 1;
  repeated SWTarget sw_targets = 2 [deprecated = true];
  SWTarget sw_target = 3;
}

message HWTarget {
  oneof target {
    LegacyHW legacy_hw = 1;
    DDDHW ddd_hw = 2;
  }
}

message SWTarget {
  oneof sw_target {
    LegacySW legacy_sw = 1;
    DDDSW ddd_sw = 2;
  }
}

message LegacySW {
  string build = 1;
  string gcs_path = 2;
  repeated KeyValue key_values = 3;
  string variant = 4;

}

// DDDSW is not yet defined.
message DDDSW {}

message LegacyHW {
  string board = 1;
  string model = 2;
  // In the process of deprecation. Do not set.
  string variant = 3 [deprecated = true];
  // In the process of deprecation. Do not set.
  MultiDut multi_dut = 4 [deprecated = true];
  string pool = 5[deprecated = true];;
  repeated string swarming_dimensions = 6;
}

message DDDHW{}

message Pair {
  string primary = 1;
  string secondary = 2;
}

message MultiDut{
  Pair boards = 1;
  Pair model  = 2;
}

message CTPFilter {
  // will be deprecated. do not set.
  chromiumos.build.api.ContainerImageInfo container = 1 [deprecated = true];
  // will be deprecated. do not set.
  repeated chromiumos.build.api.ContainerImageInfo dependent_containers = 2 [deprecated = true];

  google.protobuf.Any container_metadata = 3;
  ContainerInfo container_info = 4;
  // Dependent Containers signal that a container has a need to be networked with
  // another. For example the filter is "container1", but needs to use "container2",
  // as part of its execution.
  ContainerInfo dependent_containers_info = 5;

}

message ContainerInfo {
  chromiumos.build.api.ContainerImageInfo container = 1;
  // binary name that will be used to invoke grpc endpoint of the container.
  string binary_name = 2;
  // binary args that act as configuration settings for the container.
  repeated string binary_args = 3;
}

message Reserved {}

message InternalTestplan {
  repeated CTPTestCase test_cases = 1;
  SuiteInfo suite_info = 2;
}

message InternalTestplanFragment {
  bytes fragment = 1;
}

// Information to be populated by the filters.
message CTPTestCase {
  string name = 1;
  TestCaseMetadata metadata = 2;

  // HWRequirements are an AND field
  repeated HWRequirements hw_requirements = 3 [deprecated = true];

  // SWRequirement impl is still tbd.
  repeated SWRequirements sw_requirements = 4 [deprecated = true];
  repeated SchedulingUnitOptions scheduling_unit_options = 5;
}

message SuiteInfo {
  SuiteMetadata suite_metadata = 1;
  SuiteRequest suite_request = 2;
}

// Everything by CTPv2, less provision_info.
// next value = 10;
message SuiteMetadata {
  repeated TargetRequirements target_requirements = 1[deprecated = true];
  repeated ScheduleTargetRequirements schedule_target_requirements = 4[deprecated = true];
  repeated string channels = 2;
  string pool = 3;
  chromiumos.test.api.ExecutionMetadata execution_metadata = 5;
  // Scheduler info for this suite
  SchedulerInfo scheduler_info = 6;
  // Updates for the dynamic TRv2 request object. Updates to be applied
  // after the default request generation occurs, and before scheduling.
  //
  // Note: Applied updates in order given.
  repeated UserDefinedDynamicUpdate dynamic_updates = 7;
  // will be deprecated when field #9 is being used in all filters
  repeated SchedulingUnit scheduling_units = 8;
  repeated SchedulingUnitOptions scheduling_unit_options = 9;
}

// ScheduleTargets represents groups of target requirements for CTPv2.
// Multi-DUT by design with target requirements length of 1 being single-dut.
message ScheduleTargetRequirements {
  repeated TargetRequirements target_requirements = 1;
}

message TargetRequirements {
  HWRequirements hw_requirements = 1;
  // One HW, can have multiple SW configs., eg Cros + Lacros + FW + Kernel.
  repeated LegacySW sw_requirements = 2 [deprecated = true];
  LegacySW sw_requirement = 3;

}

message SchedulingUnitOptions {
  repeated SchedulingUnit scheduling_units = 1;
  enum State {
    REQUIRED = 0;
    OPTIONAL = 1;
    PREFERRED = 2;
    BANNED = 3;
    ONEOF = 4;
  }
 State state = 6;
 repeated PublishKey publish_keys = 7;
}

message HWRequirements {
  repeated SwarmingDefinition hw_definition = 1;
  enum State {
    REQUIRED = 0;
    OPTIONAL = 1;
    PREFERRED = 2;
    BANNED = 3;
    ONEOF = 4;
  }
 State state = 6;
}

message SchedulingUnit {
  Target primary_target = 1;
  repeated Target companion_targets = 2;

  // Lookup Table for resolving placeholders set within the dynamic updates
  // found under the suite metadata. Stores provision/DUT related
  // information in regards to an entire SchedulingUnit.
  map<string, string> dynamic_update_lookup_table = 3;
  // Updates for the dynamic TRv2 request object. Updates to be applied
  // after the SuiteMetadata dynamic updates are applied, and before scheduling.
  // To be used only for specific situations in which normal dynamic updates
  // won't work due to conflicting scenarios between SchedulingUnits.
  // i.e. VM leasing requires no provisioning but needs a vm cache-server
  // and a vm-dut container.
  //
  // Note: Applied updates in order given.
  repeated UserDefinedDynamicUpdate secondary_dynamic_updates = 4;
}

message SWRequirements{}
message ProvisionInfo {
  // Should this be a generic string? Then we don't have to touch proto when new provision comes.
  enum Type {
   CROS = 0;
   ANDROID = 1;
   ROFW = 2;
  }
  InstallRequest install_request = 1;
  string identifier = 2;
  Type type = 3;
}

message Target {
  SwarmingDefinition swarming_def =1;
  LegacySW sw_req =2;
}

message SwarmingDefinition {
 // This is effectively the UFS proto. This will be the universal language spoken by all filters.
  chromiumos.test.lab.api.Dut dut_info = 1;
  repeated ProvisionInfo provision_info = 2;
  repeated string swarming_labels = 3;
  string variant = 4;
  // Lookup Table for resolving placeholders set within the dynamic updates
  // found under the suite metadata.
  map<string, string> dynamic_update_lookup_table = 5[deprecated = true];
};

// CTPv2Response...
message CTPv2Response {
  repeated CrosTestRunnerRequest test_requests = 1;
}

message CrosTestRunnerRequest {}

message PublishKey {
  string subject = 1;
  map<string, string> key_values = 2;
}