// Copyright 2026 Google LLC
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//    https://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//

#include "assertion/validator.h"

#include <string>
#include <vector>

#include "absl/strings/escaping.h"
#include "absl/strings/str_cat.h"
#include "absl/strings/string_view.h"
#include "absl/strings/substitute.h"
#include "absl/types/span.h"
#include "constants/status_codes.h"
#include "gmock/gmock.h"
#include "gtest/gtest.h"
#include "jumbf/box.h"
#include "jumbf/uri.h"
#include "proto/assertion.pb.h"
#include "proto/hashed_uri.pb.h"
#include "proto/manifest.pb.h"
#include "testing/cbor_utils.h"
#include "testing/jumbf_utils.h"
#include "testing/proto_test_utils.h"
#include "testing/test_validation_tracker.h"

namespace credentio {
namespace {

using ::cbor::FromJson;
using ::credentio_testing::EqualsProto;
using ::credentio_testing::ParseTextProtoOrDie;
using ::credentio_testing::PartiallyEqualsProto;
using ::testing::Contains;
using ::testing::ElementsAre;
using ::testing::IsEmpty;
using ::testing::SizeIs;

constexpr absl::string_view kManifestLabel1 =
    "urn:uuid:F9168C5E-CEB2-4FAA-B6BF-329BF39FA1E4";
constexpr absl::string_view kManifestLabel2 =
    "urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA";
constexpr absl::string_view kManifestLabel3 =
    "urn:uuid:ABABABAB-0404-0505-0606-FFFFEEEEDDDD";

void AddCreatedAssertion(Claim* claim, jumbf::SuperBox assertion) {
  absl::string_view algorithm = "sha256";
  auto* created_assertion = claim->add_created_assertions();
  created_assertion->set_url(
      absl::StrCat("self#jumbf=c2pa.assertions/",
                   assertion.description.label.value_or("UNKNOWN_LABEL")));
  created_assertion->set_algorithm(algorithm);
  created_assertion->set_hash(GetHash(algorithm, assertion));
}

class AssertionValidatorTest : public ::testing::Test {
 protected:
  std::string ingredient_assertion_cbor_ = cbor::FromJson(R"json(
    {
      "dc:title": "ingredient-title",
      "dc:format": "ingredient-format",
      "relationship": "componentOf",
      "instanceID": "ingredient-instance-id",
      "data": {
        "url": "ingredient-data-url",
        "alg": "ingredient-data-alg",
        "hash": "b64'aGFzaA=='",
        "size": 1234567890
      },
      "description": "ingredient-description",
      "informationalURI": "ingredient-informational-uri",
      "metadata": {
        "reviewRatings": [
          {
            "value": 1,
            "explanation": "can't dance to it"
          }
        ]
      }
    }
    )json");
  std::string asset_reference_assertion_cbor_ = cbor::FromJson(R"json(
    {
      "references": [
        {
          "description": "A copy of the asset on the web",
          "reference": {
            "uri": "https://some.storage.us/foo"
          }
        }
      ]
    }
    )json");
  std::string data_hash_assertion_cbor_ = cbor::FromJson(R"json(
    {
      "alg": "sha256",
      "pad": "b64'Zm9v'",
      "hash": "b64'Zm9v'",
      "name": "JUMBF manifest",
      "exclusions": [
        {
          "start": 9960,
          "length": 4213
        },
        {
          "start": 14173,
          "length": 1000
        }
      ]
    })json");
  std::string embedded_file_ = "fake embedded file contents";
  std::string metadata_json_ = R"json(
    {
      "@context" : {
        "exif": "http://ns.adobe.com/exif/1.0/",
        "exifEX": "http://cipa.jp/exif/2.32/",
        "tiff": "http://ns.adobe.com/tiff/1.0/",
        "Iptc4xmpCore": "http://iptc.org/std/Iptc4xmpCore/1.0/xmlns/",
        "Iptc4xmpExt": "http://iptc.org/std/Iptc4xmpExt/2008-02-29/",
        "dc" : "http://purl.org/dc/elements/1.1/",
        "photoshop" : "http://ns.adobe.com/photoshop/1.0/"
      },
      "photoshop:DateCreated": "Aug 31, 2022",
      "Iptc4xmpExt:DigitalSourceType": "https://cv.iptc.org/newscodes/digitalsourcetype/digitalCapture",
      "Iptc4xmpExt:LocationCreated": {
        "Iptc4xmpExt:City": "San Francisco"
      },
      "Iptc4xmpExt:PersonInImage": [
        "Erika Fictional"
      ],
      "Iptc4xmpCore:AltTextAccessibility": "Photo of Erika Fictional standing in front of the Golden Gate Bridge at sunset.",
      "exif:GPSVersionID": "2.2.0.0",
      "exif:GPSLatitude": "39,21.102N",
      "exif:GPSLongitude": "74,26.5737W",
      "exif:GPSAltitudeRef": 0,
      "exif:GPSAltitude": "100963/29890",
      "exif:GPSTimeStamp": "2019-09-22T18:22:57Z",
      "exif:GPSSpeedRef": "K",
      "exif:GPSSpeed": "4009/161323",
      "exif:GPSImgDirectionRef": "T",
      "exif:GPSImgDirection": "296140/911",
      "exif:GPSDestBearingRef": "T",
      "exif:GPSDestBearing": "296140/911",
      "exif:GPSHPositioningError": "13244/2207",
      "exif:ExposureTime": "1/100",
      "exif:FNumber": 4.0,
      "exif:ColorSpace": 1,
      "exif:DigitalZoomRatio": 2.0,
      "tiff:Make": "CameraCompany",
      "tiff:Model": "Shooter S1",
      "exifEX:LensMake": "CameraCompany",
      "exifEX:LensModel": "17.0-35.0 mm",
      "exifEX:LensSpecification": { "@list": [ 1.55, 4.2, 1.6, 2.4 ] }
    }
  )json";
};

TEST_F(AssertionValidatorTest, ValidateOk) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3__1"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.metadata"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    redacted_assertions: "self#jumbf=c2pa.some_redacted_assertion"
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3__1",
                                 ingredient_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromJson("c2pa.metadata", metadata_json_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;

  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(
          EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.hash.data"
            data_hash {
              exclusions { start: 9960 length: 4213 }
              exclusions { start: 14173 length: 1000 }
              alg: "sha256"
              hash: "foo"
              name: "JUMBF manifest"
            }
          )pb")),
          EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.ingredient.v3"
            ingredient_v3 {
              title: "ingredient-title"
              media_type: "ingredient-format"
              relationship: "componentOf"
              instance_id: "ingredient-instance-id"
              data {
                url: "ingredient-data-url"
                algorithm: "ingredient-data-alg"
                hash: "hash"
                size: 1234567890
              }
              description: "ingredient-description"
              informational_uri: "ingredient-informational-uri"
            }
          )pb")),
          EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.ingredient.v3__1"
            ingredient_v3 {
              title: "ingredient-title"
              media_type: "ingredient-format"
              relationship: "componentOf"
              instance_id: "ingredient-instance-id"
              data {
                url: "ingredient-data-url"
                algorithm: "ingredient-data-alg"
                hash: "hash"
                size: 1234567890
              }
              description: "ingredient-description"
              informational_uri: "ingredient-informational-uri"
            }
          )pb")),
          EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.metadata"
            metadata {
              value {
                fields {
                  key: "@context"
                  value {
                    struct_value {
                      fields {
                        key: "Iptc4xmpCore"
                        value {
                          string_value: "http://iptc.org/std/Iptc4xmpCore/1.0/xmlns/"
                        }
                      }
                      fields {
                        key: "Iptc4xmpExt"
                        value {
                          string_value: "http://iptc.org/std/Iptc4xmpExt/2008-02-29/"
                        }
                      }
                      fields {
                        key: "dc"
                        value {
                          string_value: "http://purl.org/dc/elements/1.1/"
                        }
                      }
                      fields {
                        key: "exif"
                        value { string_value: "http://ns.adobe.com/exif/1.0/" }
                      }
                      fields {
                        key: "exifEX"
                        value { string_value: "http://cipa.jp/exif/2.32/" }
                      }
                      fields {
                        key: "photoshop"
                        value {
                          string_value: "http://ns.adobe.com/photoshop/1.0/"
                        }
                      }
                      fields {
                        key: "tiff"
                        value { string_value: "http://ns.adobe.com/tiff/1.0/" }
                      }
                    }
                  }
                }
                fields {
                  key: "Iptc4xmpCore:AltTextAccessibility"
                  value {
                    string_value: "Photo of Erika Fictional standing in front of the Golden Gate Bridge at sunset."
                  }
                }
                fields {
                  key: "Iptc4xmpExt:DigitalSourceType"
                  value {
                    string_value: "https://cv.iptc.org/newscodes/digitalsourcetype/digitalCapture"
                  }
                }
                fields {
                  key: "Iptc4xmpExt:LocationCreated"
                  value {
                    struct_value {
                      fields {
                        key: "Iptc4xmpExt:City"
                        value { string_value: "San Francisco" }
                      }
                    }
                  }
                }
                fields {
                  key: "Iptc4xmpExt:PersonInImage"
                  value {
                    list_value { values { string_value: "Erika Fictional" } }
                  }
                }
                fields {
                  key: "exif:ColorSpace"
                  value { number_value: 1 }
                }
                fields {
                  key: "exif:DigitalZoomRatio"
                  value { number_value: 2 }
                }
                fields {
                  key: "exif:ExposureTime"
                  value { string_value: "1/100" }
                }
                fields {
                  key: "exif:FNumber"
                  value { number_value: 4 }
                }
                fields {
                  key: "exif:GPSAltitude"
                  value { string_value: "100963/29890" }
                }
                fields {
                  key: "exif:GPSAltitudeRef"
                  value { number_value: 0 }
                }
                fields {
                  key: "exif:GPSDestBearing"
                  value { string_value: "296140/911" }
                }
                fields {
                  key: "exif:GPSDestBearingRef"
                  value { string_value: "T" }
                }
                fields {
                  key: "exif:GPSHPositioningError"
                  value { string_value: "13244/2207" }
                }
                fields {
                  key: "exif:GPSImgDirection"
                  value { string_value: "296140/911" }
                }
                fields {
                  key: "exif:GPSImgDirectionRef"
                  value { string_value: "T" }
                }
                fields {
                  key: "exif:GPSLatitude"
                  value { string_value: "39,21.102N" }
                }
                fields {
                  key: "exif:GPSLongitude"
                  value { string_value: "74,26.5737W" }
                }
                fields {
                  key: "exif:GPSSpeed"
                  value { string_value: "4009/161323" }
                }
                fields {
                  key: "exif:GPSSpeedRef"
                  value { string_value: "K" }
                }
                fields {
                  key: "exif:GPSTimeStamp"
                  value { string_value: "2019-09-22T18:22:57Z" }
                }
                fields {
                  key: "exif:GPSVersionID"
                  value { string_value: "2.2.0.0" }
                }
                fields {
                  key: "exifEX:LensMake"
                  value { string_value: "CameraCompany" }
                }
                fields {
                  key: "exifEX:LensModel"
                  value { string_value: "17.0-35.0 mm" }
                }
                fields {
                  key: "exifEX:LensSpecification"
                  value {
                    struct_value {
                      fields {
                        key: "@list"
                        value {
                          list_value {
                            values { number_value: 1.55 }
                            values { number_value: 4.2 }
                            values { number_value: 1.6 }
                            values { number_value: 2.4 }
                          }
                        }
                      }
                    }
                  }
                }
                fields {
                  key: "photoshop:DateCreated"
                  value { string_value: "Aug 31, 2022" }
                }
                fields {
                  key: "tiff:Make"
                  value { string_value: "CameraCompany" }
                }
                fields {
                  key: "tiff:Model"
                  value { string_value: "Shooter S1" }
                }
              }
            }
          )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateActionsRedacted) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    redacted_assertions: "self#jumbf=c2pa.assertions/c2pa.actions"
  )pb");
  jumbf::SuperBox manifest_store =
      CreateManifestStore({CreateStandardManifest(kManifestLabel1, {})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionActionRedacted));
}

TEST_F(AssertionValidatorTest, ValidateActionsV2Redacted) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    redacted_assertions: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
  )pb");
  jumbf::SuperBox manifest_store =
      CreateManifestStore({CreateStandardManifest(kManifestLabel1, {})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionActionRedacted));
}

TEST_F(AssertionValidatorTest, ValidateActionsMultiInstanceRedacted) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    redacted_assertions: "self#jumbf=c2pa.assertions/c2pa.actions.v2__1"
  )pb");
  jumbf::SuperBox manifest_store =
      CreateManifestStore({CreateStandardManifest(kManifestLabel1, {})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionActionRedacted));
}

TEST_F(AssertionValidatorTest, ValidateUnresolvableUri) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "c2pa.assertions/unresolvable.assertion"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    redacted_assertions: "self#jumbf=c2pa.some_redacted_assertion"
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateAssertionMissing) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/no.such.assertion"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    redacted_assertions: "self#jumbf=c2pa.some_redacted_assertion"
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateAssertionMissingNotInAssertionStore) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.somewhere/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    redacted_assertions: "self#jumbf=c2pa.some_redacted_assertion"
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest,
       ValidateAssertionMissingNotChildOfAssertionStore) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/somewhere/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    redacted_assertions: "self#jumbf=c2pa.some_redacted_assertion"
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateAssertionMissingInNestedBox) {
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      jumbf::SuperBox{
          .description = {.label = "nested"},
          .contents = {{.payload = CreateAssertionBoxFromCbor(
                            "c2pa.hash.data", data_hash_assertion_cbor_)}},
      },
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  auto manifest = ParseTextProtoOrDie<Manifest>(R"pb(
    label: "urn:uuid:F9168C5E-CEB2-4FAA-B6BF-329BF39FA1E4"
    claim {
      created_assertions {
        url: "self#jumbf=c2pa.assertions/nested/c2pa.hash.data"
        algorithm: "sha256"
        hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
      }
    }
  )pb");
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateThumbnailAssertion) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.thumbnail.claim.png"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.thumbnail.ingredient.png"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromEmbeddedFile("c2pa.thumbnail.claim.png",
                                         "image/png", embedded_file_,
                                         "claim.thumbnail.png"),
      CreateAssertionBoxFromEmbeddedFile("c2pa.thumbnail.ingredient.png",
                                         "image/png", embedded_file_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(), IsEmpty());
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                    label: "c2pa.hash.data"
                    data_hash {}
                  )pb")),
                  EqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.thumbnail.claim.png"
                           claim_thumbnail {
                             media_type: "image/png"
                             data: "fake embedded file contents"
                             file_name: "claim.thumbnail.png"
                           })pb")),
                  EqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.thumbnail.ingredient.png"
                           ingredient_thumbnail {
                             media_type: "image/png"
                             data: "fake embedded file contents"
                           })pb"))));
}

TEST_F(AssertionValidatorTest, ValidateUndeclaredAssertion) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionUndeclared));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateMalformedAssertion) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  // Add a CBOR box to the assertion store.
  assertion_store.contents.push_back({.payload = jumbf::CborBox{}});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionUndeclared));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateSoftBindingMissingForWatermarkedBound) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [
        {
          "action": "c2pa.created"
        },
        {
          "action": "c2pa.watermarked.bound"
        }
      ]
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;

  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailures(),
      ContainsFailure(FailureStatusCode::kAssertionActionSoftBindingMissing));
}

TEST_F(AssertionValidatorTest, ValidateSoftBindingPresentForWatermarkedBound) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.soft-binding"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [
        {
          "action": "c2pa.created"
        },
        {
          "action": "c2pa.watermarked.bound"
        }
      ]
    }
    )json");

  std::string soft_binding_cbor = cbor::FromJson(R"json(
    {
      "alg": "soft-algorithm",
      "blocks": [
        {
          "scope": {
            "timespan": {
              "start": 100,
              "end": 200
            }
          },
          "value": "b64'dmFsdWU='"
        }
      ]
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
      CreateAssertionBoxFromCbor("c2pa.soft-binding", soft_binding_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;

  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateSoftBindingMissingForWatermarked) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [
        {
          "action": "c2pa.created"
        },
        {
          "action": "c2pa.watermarked"
        }
      ]
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;

  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailures(),
      ContainsFailure(FailureStatusCode::kAssertionActionSoftBindingMissing));
}

TEST_F(AssertionValidatorTest, ValidateSoftBindingPresentForWatermarked) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.soft-binding"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [
        {
          "action": "c2pa.created"
        },
        {
          "action": "c2pa.watermarked"
        }
      ]
    }
    )json");
  std::string soft_binding_cbor = cbor::FromJson(R"json(
    {
      "alg": "soft-algorithm",
      "blocks": [
        {
          "scope": {
            "timespan": {
              "start": 100,
              "end": 200
            }
          },
          "value": "b64'dmFsdWU='"
        }
      ]
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
      CreateAssertionBoxFromCbor("c2pa.soft-binding", soft_binding_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;

  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateInaccessibleAssertion) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "https://foo.bar/my_assertion"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateInvalidCbor) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", "not valid cbor"),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionCborInvalid));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateAssertionAbsolutePath) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=/c2pa/urn:uuid:F9168C5E-CEB2-4FAA-B6BF-329BF39FA1E4/c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(), IsEmpty());
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.hash.data"
        data_hash {}
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateAssertionOutsideManifest) {
  // This URI points to the manifest with kManifestLabel2.
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {}),
       CreateStandardManifest(kManifestLabel2, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());
  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionOutsideManifest));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateInvalidAlgorithm) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "not_an_algo"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAlgorithmUnsupported));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateInvalidHash) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "not_a_hash"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionHashedUriMismatch));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateInvalidHashSha384) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha384"
      hash: "not_a_hash"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionHashedUriMismatch));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateInvalidHashSha512) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha512"
      hash: "not_a_hash"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionHashedUriMismatch));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateActionsUnknown) {
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.unknown"}]
    }
    )json");

  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions", actions_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailures(),
      ContainsFailure(FailureStatusCode::kGoogleAssertionActionUnknownAction));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateActionsV2Unknown) {
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.unknown"}]
    }
    )json");

  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailures(),
      ContainsFailure(FailureStatusCode::kGoogleAssertionActionUnknownAction));
  EXPECT_THAT(manifest.assertions(), IsEmpty());
}

TEST_F(AssertionValidatorTest, ValidateActionsV2Created) {
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.created"}]
    }
    )json");

  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(), IsEmpty());
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                    label: "c2pa.actions.v2"
                    actions { actions { action: "c2pa.created" } }
                  )pb")),
                  PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.hash.data")pb"))));
}

TEST_F(AssertionValidatorTest, InvalidStandardManifestNoHardBinding) {
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.created"}]
    }
    )json");
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");

  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kClaimHardBindingsMissing));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
        label: "c2pa.actions.v2"
        actions { actions { action: "c2pa.created" } }
      )pb"))));
}

TEST_F(AssertionValidatorTest, InvalidStandardManifestMultipleHardBindings) {
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.created"}]
    }
    )json");
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");

  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailures(),
      ContainsFailure(FailureStatusCode::kAssertionMultipleHardBindings));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                    label: "c2pa.actions.v2"
                    actions { actions { action: "c2pa.created" } }
                  )pb")),
                  PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.hash.data")pb")),
                  PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.hash.data")pb"))));
}

TEST_F(AssertionValidatorTest,
       InvalidStandardManifestMultipleParentIngredients) {
  std::string ingredient_cbor = cbor::FromJson(R"json(
    {
      "relationship": "parentOf",
      "instanceID": "ingredient-instance-id"
    }
    )json");
  std::string actions_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.created"}]
    }
    )json");
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3__1"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");

  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3", ingredient_cbor),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3__1", ingredient_cbor),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kManifestMultipleParents));
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                    label: "c2pa.actions.v2"
                    actions { actions { action: "c2pa.created" } }
                  )pb")),
                  PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.hash.data")pb")),
                  PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.ingredient.v3")pb")),
                  PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(
                      R"pb(label: "c2pa.ingredient.v3__1")pb"))));
}

TEST_F(AssertionValidatorTest, ValidUpdateManifest) {
  jumbf::SuperBox std_assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  auto std_manifest =
      CreateStandardManifest(kManifestLabel1, {std_assertion_store});

  std::string ingredient_assertion_cbor = cbor::FromJson(absl::Substitute(
      R"json(
      {
        "relationship": "parentOf",
        "instanceID": "ingredient-instance-id",
        "c2pa_manifest": {
          "url": "self#jumbf=/c2pa/$0",
          "alg": "sha256",
          "hash": "b64'$1'"
        }
      }
      )json",
      kManifestLabel1, absl::Base64Escape(GetHash("sha256", std_manifest))));
  jumbf::SuperBox ingredient_assertion_box = CreateAssertionBoxFromCbor(
      "c2pa.ingredient.v3", ingredient_assertion_cbor);
  std::string actions_assertion_cbor = cbor::FromJson(absl::Substitute(
      R"json(
    {
      "actions": [{
        "action": "c2pa.opened",
        "parameters": {
          "ingredients": [{
            "url": "self#jumbf=c2pa.assertions/c2pa.ingredient.v3",
            "alg": "sha256",
            "hash": "b64'$0'"
          }]
        }
      }]
    }
    )json",
      absl::Base64Escape(GetHash("sha256", ingredient_assertion_box))));

  jumbf::SuperBox actions_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor);
  jumbf::SuperBox update_assertion_store = CreateAssertionStoreBox(
      {actions_assertion_box, ingredient_assertion_box});
  jumbf::SuperBox update_manifest =
      CreateUpdateManifest(kManifestLabel2, {update_assertion_store});

  jumbf::SuperBox manifest_store =
      CreateManifestStore({std_manifest, update_manifest});
  Claim update_claim;
  AddCreatedAssertion(&update_claim, actions_assertion_box);
  AddCreatedAssertion(&update_claim, ingredient_assertion_box);

  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_is_update_manifest(true);
  manifest.set_label(kManifestLabel2);
  *manifest.mutable_claim() = update_claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
}

TEST_F(AssertionValidatorTest, InvalidUpdateManifestMultipleParentIngredients) {
  jumbf::SuperBox std_assertion_store_1 = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox std_assertion_store_2 = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  auto std_manifest_1 =
      CreateStandardManifest(kManifestLabel1, {std_assertion_store_1});
  auto std_manifest_2 =
      CreateStandardManifest(kManifestLabel2, {std_assertion_store_2});

  std::string actions_assertion_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.opened"}]
    }
    )json");

  std::string ingredient_assertion_1_cbor = cbor::FromJson(absl::Substitute(
      R"json(
    {
      "relationship": "parentOf",
      "instanceID": "ingredient-instance-id-1",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/$0",
        "alg": "sha256",
        "hash": "b64'$1'"
      }
    }
    )json",
      kManifestLabel1, absl::Base64Escape(GetHash("sha256", std_manifest_1))));
  std::string ingredient_assertion_2_cbor = cbor::FromJson(absl::Substitute(
      R"json(
    {
      "relationship": "parentOf",
      "instanceID": "ingredient-instance-id-2",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/$0",
        "alg": "sha256",
        "hash": "b64'$1'"
      }
    }
    )json",
      kManifestLabel2, absl::Base64Escape(GetHash("sha256", std_manifest_2))));
  jumbf::SuperBox actions_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor);
  jumbf::SuperBox ingredient_assertion_1_box = CreateAssertionBoxFromCbor(
      "c2pa.ingredient.v3", ingredient_assertion_1_cbor);
  jumbf::SuperBox ingredient_assertion_2_box = CreateAssertionBoxFromCbor(
      "c2pa.ingredient.v3__1", ingredient_assertion_2_cbor);
  jumbf::SuperBox update_assertion_store = CreateAssertionStoreBox({
      actions_assertion_box,
      ingredient_assertion_1_box,
      ingredient_assertion_2_box,
  });
  jumbf::SuperBox update_manifest =
      CreateUpdateManifest(kManifestLabel3, {update_assertion_store});

  jumbf::SuperBox manifest_store =
      CreateManifestStore({std_manifest_1, std_manifest_2, update_manifest});
  Claim update_claim;
  AddCreatedAssertion(&update_claim, actions_assertion_box);
  AddCreatedAssertion(&update_claim, ingredient_assertion_1_box);
  AddCreatedAssertion(&update_claim, ingredient_assertion_2_box);

  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_is_update_manifest(true);
  manifest.set_label(kManifestLabel3);
  *manifest.mutable_claim() = update_claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());
  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kManifestUpdateWrongParents));
}

TEST_F(AssertionValidatorTest, InvalidUpdateManifestHardBindingsPresent) {
  jumbf::SuperBox std_assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  auto std_manifest =
      CreateStandardManifest(kManifestLabel1, {std_assertion_store});

  std::string actions_assertion_cbor = cbor::FromJson(R"json(
    {
      "actions": [{"action": "c2pa.opened"}]
    }
    )json");

  std::string ingredient_assertion_cbor = cbor::FromJson(absl::Substitute(
      R"json(
    {
      "relationship": "parentOf",
      "instanceID": "ingredient-instance-id",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/$0",
        "alg": "sha256",
        "hash": "b64'$1'"
      }
    }
    )json",
      kManifestLabel1, absl::Base64Escape(GetHash("sha256", std_manifest))));
  jumbf::SuperBox actions_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor);
  jumbf::SuperBox ingredient_assertion_box = CreateAssertionBoxFromCbor(
      "c2pa.ingredient.v3", ingredient_assertion_cbor);
  jumbf::SuperBox binding_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_);
  jumbf::SuperBox update_assertion_store = CreateAssertionStoreBox({
      actions_assertion_box,
      ingredient_assertion_box,
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox update_manifest =
      CreateUpdateManifest(kManifestLabel2, {update_assertion_store});

  jumbf::SuperBox manifest_store =
      CreateManifestStore({std_manifest, update_manifest});
  Claim update_claim;
  AddCreatedAssertion(&update_claim, actions_assertion_box);
  AddCreatedAssertion(&update_claim, ingredient_assertion_box);
  AddCreatedAssertion(&update_claim, binding_assertion_box);

  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_is_update_manifest(true);
  manifest.set_label(kManifestLabel2);
  *manifest.mutable_claim() = update_claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());
  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kManifestUpdateInvalid));
}

TEST_F(AssertionValidatorTest, InvalidUpdateManifestDisallowedAction) {
  jumbf::SuperBox std_assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  auto std_manifest =
      CreateStandardManifest(kManifestLabel1, {std_assertion_store});

  // c2pa.cropped is not allowed in an update manifest.
  std::string actions_assertion_cbor = FromJson(R"json(
    {
      "actions": [{"action": "c2pa.opened"}, {"action": "c2pa.cropped"}]
    }
    )json");

  std::string ingredient_assertion_cbor = FromJson(absl::Substitute(
      R"json(
    {
      "relationship": "parentOf",
      "instanceID": "ingredient-instance-id",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/$0",
        "alg": "sha256",
        "hash": "b64'$1'"
      }
    }
    )json",
      kManifestLabel1, absl::Base64Escape(GetHash("sha256", std_manifest))));
  jumbf::SuperBox actions_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor);
  jumbf::SuperBox ingredient_assertion_box = CreateAssertionBoxFromCbor(
      "c2pa.ingredient.v3", ingredient_assertion_cbor);
  jumbf::SuperBox update_assertion_store = CreateAssertionStoreBox(
      {actions_assertion_box, ingredient_assertion_box});
  jumbf::SuperBox update_manifest =
      CreateUpdateManifest(kManifestLabel2, {update_assertion_store});

  jumbf::SuperBox manifest_store =
      CreateManifestStore({std_manifest, update_manifest});
  Claim update_claim;
  AddCreatedAssertion(&update_claim, actions_assertion_box);
  AddCreatedAssertion(&update_claim, ingredient_assertion_box);

  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_is_update_manifest(true);
  manifest.set_label(kManifestLabel2);
  *manifest.mutable_claim() = update_claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kManifestUpdateInvalid));
}

TEST_F(AssertionValidatorTest, InvalidUpdateManifestNoIngredients) {
  std::string actions_assertion_cbor = FromJson(R"json(
    {
      "actions": [{"action": "c2pa.opened"}]
    }
    )json");
  jumbf::SuperBox actions_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor);
  jumbf::SuperBox update_assertion_store =
      CreateAssertionStoreBox({actions_assertion_box});
  jumbf::SuperBox update_manifest =
      CreateUpdateManifest(kManifestLabel2, {update_assertion_store});

  jumbf::SuperBox manifest_store = CreateManifestStore({update_manifest});
  Claim update_claim;
  AddCreatedAssertion(&update_claim, actions_assertion_box);

  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_is_update_manifest(true);
  manifest.set_label(kManifestLabel2);
  *manifest.mutable_claim() = update_claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kManifestUpdateWrongParents));
}

TEST_F(AssertionValidatorTest, InvalidUpdateManifestWrongIngredientRelation) {
  jumbf::SuperBox std_assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  auto std_manifest =
      CreateStandardManifest(kManifestLabel1, {std_assertion_store});

  std::string actions_assertion_cbor = FromJson(R"json(
    {
      "actions": [{"action": "c2pa.opened"}]
    }
    )json");

  // Relationship here is "componentOf" instead of "parentOf".
  std::string ingredient_assertion_cbor = FromJson(absl::Substitute(
      R"json(
    {
      "relationship": "componentOf",
      "instanceID": "ingredient-instance-id",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/$0",
        "alg": "sha256",
        "hash": "b64'$1'"
      }
    }
    )json",
      kManifestLabel1, absl::Base64Escape(GetHash("sha256", std_manifest))));
  jumbf::SuperBox actions_assertion_box =
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor);
  jumbf::SuperBox ingredient_assertion_box = CreateAssertionBoxFromCbor(
      "c2pa.ingredient.v3", ingredient_assertion_cbor);
  jumbf::SuperBox update_assertion_store = CreateAssertionStoreBox(
      {actions_assertion_box, ingredient_assertion_box});
  jumbf::SuperBox update_manifest =
      CreateUpdateManifest(kManifestLabel2, {update_assertion_store});

  jumbf::SuperBox manifest_store =
      CreateManifestStore({std_manifest, update_manifest});
  Claim update_claim;
  AddCreatedAssertion(&update_claim, actions_assertion_box);
  AddCreatedAssertion(&update_claim, ingredient_assertion_box);

  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_is_update_manifest(true);
  manifest.set_label(kManifestLabel2);
  *manifest.mutable_claim() = update_claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kManifestUpdateWrongParents));
}

TEST_F(AssertionValidatorTest, IngredientV1Unsupported) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json(
    {
      "dc:title": "ingredient-title",
      "dc:format": "ingredient-format",
      "relationship": "componentOf",
      "instanceID": "ingredient-instance-id",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA",
        "alg": "sha256",
        "hash": "b64'EliDwzUVTZC6NXyCMndU824N4FKwkHxkx68nnsVWYfg='"
      },
      "thumbnail": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.thumbnail.ingredient_1.jpg",
        "alg": "sha256",
        "hash": "b64'Jl/aF6NGEbFTPYooH/aA3FeRsM4KEcJbNeEcjnVoVQk='"
      }
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient", ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox thumbnail_box = {
      .description =
          {
              .label = "c2pa.thumbnail.ingredient_1.jpg",
          },
      .raw_bytes = "b64'Zm9v'",
  };
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store}),
       CreateStandardManifest(kManifestLabel2,
                              {assertion_store, thumbnail_box})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "com.google.unsupportedSpecVersion"
        explanation: "c2pa.ingredient (v1) and c2pa.ingredient.v2 assertions are not supported"
      )pb"))));
}

TEST_F(AssertionValidatorTest, IngredientV2Unsupported) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json(
    {
      "dc:title": "ingredient-title",
      "dc:format": "ingredient-format",
      "relationship": "componentOf",
      "c2pa_manifest": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA",
        "alg": "sha256",
        "hash": "b64'EliDwzUVTZC6NXyCMndU824N4FKwkHxkx68nnsVWYfg='"
      },
      "thumbnail": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.thumbnail.ingredient_1.jpg",
        "alg": "sha256",
        "hash": "b64'Jl/aF6NGEbFTPYooH/aA3FeRsM4KEcJbNeEcjnVoVQk='"
      }
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v2",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox thumbnail_box = {
      .description =
          {
              .label = "c2pa.thumbnail.ingredient_1.jpg",
          },
      .raw_bytes = "b64'Zm9v'",
  };
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store}),
       CreateStandardManifest(kManifestLabel2,
                              {assertion_store, thumbnail_box})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "com.google.unsupportedSpecVersion"
        explanation: "c2pa.ingredient (v1) and c2pa.ingredient.v2 assertions are not supported"
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateIngredientV3) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json(
    {
      "dc:title": "ingredient-title",
      "dc:format": "ingredient-format",
      "relationship": "componentOf",
      "activeManifest": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA",
        "alg": "sha256",
        "hash": "b64'EliDwzUVTZC6NXyCMndU824N4FKwkHxkx68nnsVWYfg='"
      },
      "claimSignature": {
          "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.signature",
          "alg": "sha256",
          "hash": "b64'Jl/aF6NGEbFTPYooH/aA3FeRsM4KEcJbNeEcjnVoVQk='"
      },
      "thumbnail": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.thumbnail.ingredient_1.jpg",
        "alg": "sha256",
        "hash": "b64'Jl/aF6NGEbFTPYooH/aA3FeRsM4KEcJbNeEcjnVoVQk='"
      },
      "validationResults": {
        "activeManifest": {
          "success": [{"code": "assertion.dataHash.match"}],
          "informational": [],
          "failure": []
        }
      }
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox thumbnail_box = {
      .description =
          {
              .label = "c2pa.thumbnail.ingredient_1.jpg",
          },
      .raw_bytes = "b64'Zm9v'",
  };
  jumbf::SuperBox claim_signature_box = {
      .description =
          {
              .label = "c2pa.signature",
          },
      .raw_bytes = "b64'Zm9v'",
  };
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store}),
       CreateStandardManifest(kManifestLabel2, {assertion_store, thumbnail_box,
                                                claim_signature_box})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  ASSERT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(
          PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.hash.data"
            data_hash {}
          )pb")),
          PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.ingredient.v3"
            ingredient_v3 {
              active_manifest {
                url: "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA"
              }
              thumbnail {
                url: "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.thumbnail.ingredient_1.jpg"
              }
            }
          )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateIngredientV3Failed) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json(
    {
      "dc:title": "ingredient-title",
      "dc:format": "ingredient-format",
      "relationship": "componentOf",
      "activeManifest": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA",
        "alg": "sha256",
        "hash": "b64'Zm9v'"
      },
      "thumbnail": {
        "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA/c2pa.thumbnail.ingredient_1.jpg",
        "alg": "sha256",
        "hash": "b64'BAD/HASH'"
      },
      "validationResults": {}
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox thumbnail_box = {
      .description =
          {
              .label = "c2pa.thumbnail.ingredient_1.jpg",
          },
      .raw_bytes = "b64'Zm9v'",
  };
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store}),
       CreateStandardManifest(kManifestLabel2,
                              {assertion_store, thumbnail_box})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kHashedUriMismatch));
}

TEST_F(AssertionValidatorTest, ValidateIngredientV3FailedBadRelationship) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json(
    {
      "relationship": "someOtherRelationship"
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "assertion.ingredient.malformed"
        explanation: "Unrecognized ingredient relationship"
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateIngredientV3FailedMissingRelationship) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json({})json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "assertion.ingredient.malformed"
        explanation: "Missing ingredient relationship"
      )pb"))));
}

TEST_F(AssertionValidatorTest,
       ValidateIngredientV3FailedBothActiveManifestAndDigitalSourceType) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json(
    {
      "relationship": "componentOf",
      "activeManifest": {
        "url": "self#jumbf=c2pa.assertions/c2pa.ingredient.v3",
        "alg": "sha256",
        "hash": "b64'Zm9v'"
      },
      "digitalSourceType": "http://cv.iptc.org/newscodes/digitalsourcetype/trainedAlgorithmicMedia"
    }
  )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "assertion.ingredient.malformed"
        explanation: "Ingredient assertion must not contain both activeManifest and digitalSourceType"
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateIngredientV3FailedNoHardBindingSuccess) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json({
    "relationship": "componentOf",
    "activeManifest": {
      "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA",
      "alg": "sha256",
      "hash": "b64'Zm9v'"
    },
    "validationResults": {
      "activeManifest": {
        "success": [{"code": "assertion.hashedURI.match"}],
        "informational": [],
        "failure": []
      }
    }
  })json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "assertion.ingredient.malformed"
        explanation: "no hard binding check recorded"
      )pb"))));
}

TEST_F(AssertionValidatorTest,
       ValidateIngredientV3UpdateManifestFailedNoValidationResults) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string ingredient_assertion_cbor = FromJson(R"json({
    "relationship": "parentOf",
    "activeManifest": {
      "url": "self#jumbf=/c2pa/urn:uuid:AFAFAFAF-0101-0202-0303-ABCDEFFEDCBA",
      "alg": "sha256",
      "hash": "b64'Zm9v'"
    },
    "validationResults": {}
  })json");
  jumbf::SuperBox assertion_store =
      CreateAssertionStoreBox({CreateAssertionBoxFromCbor(
          "c2pa.ingredient.v3", ingredient_assertion_cbor)});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateUpdateManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  manifest.set_is_update_manifest(true);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      Contains(PartiallyEqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "assertion.ingredient.malformed"
        explanation: "no validation successes or failures recorded"
      )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateActionsV2Ingredients) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3__1"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string actions_assertion_cbor = FromJson(R"json(
    {
      "actions": [
        {
          "action": "c2pa.created",
          "parameters" : {
            "ingredients" : [
              {
                "url": "self#jumbf=c2pa.assertions/c2pa.ingredient.v3",
                "alg": "sha256",
                "hash" : "b64'EliDwzUVTZC6NXyCMndU824N4FKwkHxkx68nnsVWYfg='"
              },
              {
                "url": "self#jumbf=c2pa.assertions/c2pa.ingredient.v3__1",
                "alg": "sha256",
                "hash" : "b64'EliDwzUVTZC6NXyCMndU824N4FKwkHxkx68nnsVWYfg='"
              }
            ]
          }
        }
      ]
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3__1",
                                 ingredient_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  ASSERT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(
      manifest.assertions(),
      ElementsAre(
          PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.hash.data"
            data_hash {}
          )pb")),
          PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.actions.v2"
            actions {
              actions {
                action: "c2pa.created"
                parameters {
                  ingredients {
                    url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
                  }
                  ingredients {
                    url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3__1"
                  }
                }
              }
            }
          )pb")),
          PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.ingredient.v3"
          )pb")),
          PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
            label: "c2pa.ingredient.v3__1"
          )pb"))));
}

TEST_F(AssertionValidatorTest, ValidateActionsV2IngredientsFailed) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.actions.v2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient__1"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient__2"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  std::string actions_assertion_cbor = FromJson(R"json(
    {
      "actions": [
        {
          "action": "c2pa.created",
          "parameters" : {
            "ingredients" : [
              {
                "url": "self#jumbf=c2pa.assertions/c2pa.ingredient__1",
                "alg": "sha256",
                "hash" : "b64'EliDwzUVTZC6NXyCMndU824N4FKwkHxkx68nnsVWYfg='"
              },
              {
                "url": "self#jumbf=c2pa.assertions/c2pa.ingredient__2",
                "alg": "sha256",
                "hash" : "b64'Zm9v'"
              }
            ]
          }
        }
      ]
    }
    )json");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.actions.v2", actions_assertion_cbor),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient__1",
                                 ingredient_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient__2",
                                 ingredient_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kHashedUriMismatch));
}

TEST_F(AssertionValidatorTest, MissingAssertionFailure) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.metadata"
      algorithm: "sha256"
      hash: "hash-is-irrelevant"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionMissing));
  EXPECT_THAT(manifest.assertions(), SizeIs(1));
}

TEST_F(AssertionValidatorTest, MissingRedactedAssertionOk) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.metadata"
      algorithm: "sha256"
      hash: "hash-is-irrelevant"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.metadata", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(manifest.assertions(), SizeIs(2));
  EXPECT_THAT(manifest.assertions(),
              Contains(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.hash.data"
                data_hash {}
              )pb"))));
  EXPECT_THAT(manifest.assertions(),
              Contains(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.metadata"
                redacted_by_generator {}
              )pb"))));
}

TEST_F(AssertionValidatorTest, RedactedAssertionWithZeroJsonDataOk) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.metadata"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromJson("c2pa.metadata", "\0\0\0"),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.metadata", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(manifest.assertions(), SizeIs(2));
  EXPECT_THAT(manifest.assertions(),
              Contains(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.metadata"
                redacted_by_generator {}
              )pb"))));
}

TEST_F(AssertionValidatorTest, RedactedAssertionWithNonzeroJsonDataFails) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.metadata"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromJson("c2pa.metadata", metadata_json_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.metadata", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionNotRedacted));
  EXPECT_THAT(manifest.assertions(), SizeIs(1));
}

TEST_F(AssertionValidatorTest, RedactedAssertionWithZeroCborDataOk) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "hash-is-irrelevant"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3", "\0\0\0"),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.ingredient.v3", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(manifest.assertions(), SizeIs(2));
  EXPECT_THAT(manifest.assertions(),
              Contains(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.ingredient.v3"
                redacted_by_generator {}
              )pb"))));
}

TEST_F(AssertionValidatorTest, RedactedAssertionWithNonZeroCborDataFails) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.ingredient.v3"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.ingredient.v3",
                                 ingredient_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.ingredient.v3", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionNotRedacted));
  EXPECT_THAT(manifest.assertions(), SizeIs(1));
}

TEST_F(AssertionValidatorTest, RedactedAssertionWithZeroEmbeddedFileDataOk) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.thumbnail.claim.png"
      algorithm: "sha256"
      hash: "hash-is-irrelevant"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromEmbeddedFile("c2pa.thumbnail.claim.png",
                                         "image/png", "\0\0\0",
                                         "claim.thumbnail.png"),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.thumbnail.claim.png", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(manifest.assertions(), SizeIs(2));
  EXPECT_THAT(manifest.assertions(),
              Contains(PartiallyEqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.thumbnail.claim.png"
                redacted_by_generator {}
              )pb"))));
}

TEST_F(AssertionValidatorTest,
       RedactedAssertionWithNonZeroEmbeddedFileDataFails) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.thumbnail.claim.png"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromEmbeddedFile("c2pa.thumbnail.claim.png",
                                         "image/png", embedded_file_,
                                         "claim.thumbnail.png"),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;
  std::string redacted_assertion_path = absl::Substitute(
      "/c2pa/$0/c2pa.assertions/c2pa.thumbnail.claim.png", kManifestLabel1);

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(
      uri_resolver, /*redacted_assertion_paths=*/{redacted_assertion_path},
      manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(),
              ContainsFailure(FailureStatusCode::kAssertionNotRedacted));
  EXPECT_THAT(manifest.assertions(), SizeIs(1));
}

TEST_F(AssertionValidatorTest, MissingIconUriFails) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    claim_generator_info {
      name: "generator_icon"
      icon { algorithm: "sha256" hash: "hash-is-irrelevant" }
    }
    label: "c2pa.claim.v2"
  )pb");
  jumbf::SuperBox assertion_store =
      CreateAssertionStoreBox({CreateAssertionBoxFromCbor(
          "c2pa.hash.data", data_hash_assertion_cbor_)});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      ElementsAre(EqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "hashedUri.missing"
        url: "self#jumbf=/c2pa/urn:uuid:1234/c2pa.claim.v2"
        explanation: "Icon URI is missing"
      )pb"))));
  EXPECT_THAT(manifest.assertions(),
              ElementsAre(EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.hash.data"
                data_hash {
                  exclusions { start: 9960 length: 4213 }
                  exclusions { start: 14173 length: 1000 }
                  alg: "sha256"
                  hash: "foo"
                  name: "JUMBF manifest"
                }
              )pb"))));
}

TEST_F(AssertionValidatorTest, ExternalIconUriFails) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    claim_generator_info {
      name: "generator_icon"
      icon {
        url: "https://example.com/icon.png"
        algorithm: "sha256"
        hash: "hash-is-irrelevant"
      }
    }
    label: "c2pa.claim.v2"
  )pb");
  jumbf::SuperBox assertion_store =
      CreateAssertionStoreBox({CreateAssertionBoxFromCbor(
          "c2pa.hash.data", data_hash_assertion_cbor_)});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      ElementsAre(EqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "com.google.hashedUri.unsupported"
        url: "self#jumbf=/c2pa/urn:uuid:1234/c2pa.claim.v2"
        explanation: "Icon URI is pointing to an external resource"
      )pb"))));
  EXPECT_THAT(manifest.assertions(),
              ElementsAre(EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.hash.data"
                data_hash {
                  exclusions { start: 9960 length: 4213 }
                  exclusions { start: 14173 length: 1000 }
                  alg: "sha256"
                  hash: "foo"
                  name: "JUMBF manifest"
                }
              )pb"))));
}

TEST_F(AssertionValidatorTest, IconUriPointsToMissingLocationFails) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    claim_generator_info {
      name: "generator_icon"
      icon {
        url: "self#jumbf=c2pa.missing"
        algorithm: "sha256"
        hash: "hash-is-irrelevant"
      }
    }
    label: "c2pa.claim.v2"
  )pb");
  jumbf::SuperBox assertion_store =
      CreateAssertionStoreBox({CreateAssertionBoxFromCbor(
          "c2pa.hash.data", data_hash_assertion_cbor_)});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailureStatuses(),
      ElementsAre(EqualsProto(ParseTextProtoOrDie<ValidationStatus>(R"pb(
        code: "hashedUri.missing"
        url: "self#jumbf=/c2pa/urn:uuid:1234/c2pa.claim.v2"
      )pb"))));
  EXPECT_THAT(manifest.assertions(),
              ElementsAre(EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.hash.data"
                data_hash {
                  exclusions { start: 9960 length: 4213 }
                  exclusions { start: 14173 length: 1000 }
                  alg: "sha256"
                  hash: "foo"
                  name: "JUMBF manifest"
                }
              )pb"))));
}

TEST_F(AssertionValidatorTest, ValidIconUri) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    claim_generator_info {
      name: "generator_icon"
      icon {
        url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
        algorithm: "sha256"
        hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
      }
    }
    label: "c2pa.claim.v2"
  )pb");
  jumbf::SuperBox assertion_store =
      CreateAssertionStoreBox({CreateAssertionBoxFromCbor(
          "c2pa.hash.data", data_hash_assertion_cbor_)});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(manifest.assertions(),
              ElementsAre(EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.hash.data"
                data_hash {
                  exclusions { start: 9960 length: 4213 }
                  exclusions { start: 14173 length: 1000 }
                  alg: "sha256"
                  hash: "foo"
                  name: "JUMBF manifest"
                }
              )pb"))));
}

TEST_F(AssertionValidatorTest, ValidIconUriFallbacksToDefaultAlgorithm) {
  Claim claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    claim_generator_info {
      name: "generator_icon"
      icon {
        url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
        hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
      }
    }
    default_algorithm: "sha256"
    label: "c2pa.claim.v2"
  )pb");
  jumbf::SuperBox assertion_store =
      CreateAssertionStoreBox({CreateAssertionBoxFromCbor(
          "c2pa.hash.data", data_hash_assertion_cbor_)});
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailureStatuses(), IsEmpty());
  EXPECT_THAT(manifest.assertions(),
              ElementsAre(EqualsProto(ParseTextProtoOrDie<Assertion>(R"pb(
                label: "c2pa.hash.data"
                data_hash {
                  exclusions { start: 9960 length: 4213 }
                  exclusions { start: 14173 length: 1000 }
                  alg: "sha256"
                  hash: "foo"
                  name: "JUMBF manifest"
                }
              )pb"))));
}

TEST_F(AssertionValidatorTest, FailsWhenMultipleHardBindings) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data__1"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.hash.data__1",
                                 data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(
      t.GetFailures(),
      ContainsFailure(FailureStatusCode::kAssertionMultipleHardBindings));
  EXPECT_THAT(manifest.assertions(), SizeIs(2));
}

TEST_F(AssertionValidatorTest,
       PassesWhenAdditionalHardAssertionsArePartsOfMultiAssetHash) {
  auto claim = ParseTextProtoOrDie<Claim>(R"pb(
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data.part"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
    created_assertions {
      url: "self#jumbf=c2pa.assertions/c2pa.hash.data"
      algorithm: "sha256"
      hash: "\x12\x58\x83\xc3\x35\x15\x4d\x90\xba\x35\x7c\x82\x32\x77\x54\xf3\x6e\x0d\xe0\x52\xb0\x90\x7c\x64\xc7\xaf\x27\x9e\xc5\x56\x61\xf8"
    }
  )pb");
  jumbf::SuperBox assertion_store = CreateAssertionStoreBox({
      CreateAssertionBoxFromCbor("c2pa.hash.data.part",
                                 data_hash_assertion_cbor_),
      CreateAssertionBoxFromCbor("c2pa.hash.data", data_hash_assertion_cbor_),
  });
  jumbf::SuperBox manifest_store = CreateManifestStore(
      {CreateStandardManifest(kManifestLabel1, {assertion_store})});
  jumbf::UriResolver uri_resolver =
      jumbf::UriResolver::WithSingleRootChild(&manifest_store);
  AssertionValidator validator;
  TestValidationTracker t;

  Manifest manifest;
  manifest.set_label(kManifestLabel1);
  *manifest.mutable_claim() = claim;
  validator.ValidateClaimAssertions(uri_resolver, {}, manifest, t.tracker());

  EXPECT_THAT(t.GetFailures(), IsEmpty());
  EXPECT_THAT(manifest.assertions(), SizeIs(2));
}

}  // namespace
}  // namespace credentio