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910e62b5创建于 1月15日历史提交
// Copyright 2023 The Chromium Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

#include "components/browsing_topics/common/semantic_tree.h"

#include <array>
#include <map>
#include <set>
#include <variant>

#include "base/check.h"
#include "base/check_op.h"
#include "base/containers/flat_set.h"
#include "base/containers/span.h"
#include "base/memory/raw_span.h"
#include "base/no_destructor.h"
#include "base/notreached.h"
#include "components/strings/grit/components_strings.h"
#include "third_party/blink/public/common/features.h"

namespace browsing_topics {

namespace {

using RepresentativenessMap =
    std::map<int, std::variant<int, std::pair<int, int>>>;

constexpr size_t kInitialNumTopics = 349;

constexpr Topic kNullTopic = Topic(0);

// kChildToParent stores the first parent for each topic. This data structure
// was chosen to reduce the binary size, since most topics have at most one
// parent. Additional parents are added in GetParentTopics.
constexpr auto kChildToFirstParent = std::to_array<uint16_t>({
    0,   1,   1,   352, 1,   1,   1,   7,   352, 1,   1,   1,   12,  12,  12,
    12,  12,  12,  12,  12,  12,  12,  1,   23,  23,  23,  23,  23,  23,  23,
    23,  23,  23,  33,  33,  33,  23,  23,  23,  23,  40,  1,   1,   1,   363,
    45,  45,  45,  48,  45,  45,  45,  1,   53,  53,  53,  0,   57,  57,  57,
    57,  57,  62,  62,  62,  62,  62,  62,  62,  62,  62,  377, 62,  62,  62,
    377, 76,  377, 57,  57,  57,  57,  57,  83,  57,  0,   86,  86,  383, 385,
    88,  88,  385, 88,  388, 86,  86,  97,  86,  0,   100, 100, 0,   103, 104,
    103, 106, 103, 103, 103, 110, 110, 403, 103, 114, 103, 103, 117, 103, 103,
    103, 103, 103, 103, 103, 0,   126, 420, 126, 129, 129, 129, 129, 420, 420,
    126, 126, 137, 126, 126, 442, 140, 140, 442, 140, 140, 140, 140, 0,   149,
    150, 447, 149, 153, 149, 155, 447, 149, 158, 158, 158, 158, 158, 149, 164,
    164, 164, 164, 164, 447, 447, 0,   172, 173, 173, 175, 176, 173, 172, 0,
    180, 180, 180, 183, 183, 183, 183, 183, 183, 183, 183, 183, 180, 180, 180,
    0,   196, 196, 196, 196, 196, 201, 201, 196, 196, 196, 0,   519, 207, 207,
    207, 207, 207, 519, 0,   215, 530, 530, 215, 215, 215, 215, 215, 533, 215,
    0,   226, 227, 227, 227, 227, 231, 227, 227, 227, 226, 236, 236, 0,   239,
    239, 241, 0,   243, 243, 243, 243, 243, 243, 0,   250, 250, 250, 0,   254,
    255, 255, 255, 258, 258, 258, 254, 0,   263, 263, 265, 265, 265, 265, 265,
    263, 0,   272, 272, 0,   275, 275, 275, 0,   279, 279, 281, 279, 279, 279,
    279, 279, 279, 0,   289, 572, 289, 292, 572, 601, 572, 601, 572, 0,   299,
    299, 299, 299, 299, 299, 299, 299, 299, 299, 299, 299, 299, 312, 299, 299,
    299, 299, 299, 299, 299, 299, 299, 299, 621, 299, 299, 620, 299, 299, 299,
    299, 0,   332, 332, 332, 332, 332, 332, 332, 332, 332, 332, 332, 332, 344,
    344, 344, 344, 332, 1,   1,   1,   352, 352, 352, 352, 352, 12,  23,  33,
    1,   361, 1,   363, 363, 363, 363, 53,  57,  57,  57,  57,  62,  62,  67,
    62,  62,  81,  81,  86,  380, 86,  88,  383, 88,  385, 88,  88,  97,  389,
    97,  97,  97,  97,  99,  100, 100, 100, 100, 100, 100, 103, 103, 103, 404,
    404, 404, 404, 408, 404, 103, 103, 103, 103, 103, 415, 103, 103, 103, 126,
    420, 420, 126, 129, 424, 424, 424, 129, 129, 129, 129, 431, 129, 126, 434,
    126, 137, 137, 140, 439, 439, 140, 442, 149, 444, 444, 149, 447, 447, 172,
    450, 450, 450, 450, 450, 450, 450, 457, 450, 172, 172, 172, 462, 462, 180,
    183, 183, 180, 196, 196, 196, 201, 207, 473, 473, 475, 475, 475, 207, 210,
    210, 207, 482, 482, 482, 482, 482, 487, 482, 482, 211, 211, 211, 211, 211,
    211, 211, 207, 498, 207, 213, 213, 207, 503, 503, 503, 207, 507, 508, 508,
    507, 507, 507, 507, 507, 515, 515, 515, 207, 519, 519, 521, 207, 207, 215,
    525, 215, 215, 528, 215, 530, 215, 215, 533, 533, 533, 227, 227, 227, 227,
    227, 227, 227, 227, 227, 227, 226, 238, 238, 238, 238, 238, 238, 238, 238,
    238, 238, 238, 236, 239, 243, 254, 258, 272, 272, 565, 565, 567, 565, 272,
    570, 289, 572, 572, 572, 575, 572, 577, 578, 577, 577, 577, 572, 583, 572,
    585, 585, 585, 572, 572, 572, 572, 572, 572, 572, 572, 572, 572, 298, 298,
    289, 289, 289, 289, 604, 604, 289, 289, 299, 299, 299, 611, 611, 611, 611,
    611, 611, 611, 611, 299, 299, 340, 343, 332, 332, 332, 626, 626, 626,
});

static_assert(SemanticTree::kNumTopics == std::size(kChildToFirstParent));

// TaxonomyUpdate represents the incremental change from one taxonomy to the
// next. The structure assumes that a topic won't be added back after being
// deleted. It can be modified to support that use case by adding a field of
// IDs that are reintroduced.
struct TaxonomyUpdate {
  // The number of topics in the new taxonomy.
  const size_t taxonomy_size;
  // The maximum topic ID in the new taxonomy.
  const size_t max_topic_id;
  // A map from the new or renamed topic ids to their associated localized name
  // message ID.
  base::flat_map<uint16_t, uint16_t> renamed_topics;
  // The topics that have been deleted since the prior taxonomy version.
  const base::raw_span<const uint16_t> deleted_topics;
};

const uint16_t kDeletedTopicsV2[] = {
    2,   3,   5,   6,   7,   8,   10,  11,  14,  16,  17,  22,  34,  35,  37,
    38,  39,  40,  41,  42,  43,  44,  45,  49,  54,  55,  58,  61,  77,  79,
    80,  85,  87,  98,  105, 106, 107, 108, 109, 110, 111, 112, 114, 115, 116,
    117, 118, 119, 120, 121, 122, 123, 124, 125, 127, 130, 133, 136, 138, 139,
    142, 143, 145, 146, 147, 148, 155, 156, 165, 166, 167, 168, 169, 174, 175,
    178, 179, 181, 182, 188, 189, 190, 193, 195, 197, 198, 199, 200, 203, 204,
    205, 206, 216, 219, 220, 221, 222, 223, 225, 228, 232, 235, 240, 241, 244,
    246, 248, 251, 252, 255, 256, 257, 261, 262, 266, 269, 270, 271, 273, 274,
    275, 276, 278, 279, 280, 281, 282, 283, 284, 285, 286, 287, 288, 290, 292,
    302, 305, 306, 307, 308, 311, 312, 313, 314, 316, 318, 319, 320, 326, 329,
    330, 331, 333, 339, 342, 344, 346, 347, 348, 349};

const TaxonomyUpdate* GetTaxonomyUpdateForTaxonomy2() {
  static base::NoDestructor<TaxonomyUpdate> taxonomy_update([] {
    TaxonomyUpdate ret = {
        .taxonomy_size = 469,
        .max_topic_id = 629,
        .deleted_topics = base::span(kDeletedTopicsV2),
    };
    for (uint16_t i = 350; i <= 629; ++i) {
      ret.renamed_topics[i] =
          IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V2_TOPIC_ID_350 + i - 350;
    }
    return ret;
  }());
  return taxonomy_update.get();
}

// Each incremental taxonomy update after taxonomy 1.
const std::vector<const TaxonomyUpdate*>& GetTaxonomyUpdates() {
  static const base::NoDestructor<std::vector<const TaxonomyUpdate*>>
      kTaxonomyUpdates{{GetTaxonomyUpdateForTaxonomy2()}};
  return *kTaxonomyUpdates;
}

// Stores pre-computed results from GetTopicsInTaxonomy for each
// TaxonomyUpdate.
std::vector<std::vector<Topic>>& GetTopicsForEachTaxonomyUpdate() {
  static base::NoDestructor<std::vector<std::vector<Topic>>>
      topics_in_taxonomies(GetTaxonomyUpdates().size());
  return *topics_in_taxonomies;
}

static_assert(IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V1_TOPIC_ID_349 -
                  IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V1_TOPIC_ID_1 + 1 ==
              kInitialNumTopics);

// These asserts also have a side-effect of preventing unused resource
// removal from removing them.
#define ASSERT_RESOURCE_ID_TAXONOMY_1(num)                                   \
  static_assert(IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V1_TOPIC_ID_##num -      \
                    IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V1_TOPIC_ID_1 + 1 == \
                num)
#define ASSERT_RESOURCE_ID_TAXONOMY_2(num)                                \
  static_assert(IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V2_TOPIC_ID_##num -   \
                    IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V2_TOPIC_ID_350 + \
                    350 ==                                                \
                num)
ASSERT_RESOURCE_ID_TAXONOMY_1(2);
ASSERT_RESOURCE_ID_TAXONOMY_1(3);
ASSERT_RESOURCE_ID_TAXONOMY_1(4);
ASSERT_RESOURCE_ID_TAXONOMY_1(5);
ASSERT_RESOURCE_ID_TAXONOMY_1(6);
ASSERT_RESOURCE_ID_TAXONOMY_1(7);
ASSERT_RESOURCE_ID_TAXONOMY_1(8);
ASSERT_RESOURCE_ID_TAXONOMY_1(9);
ASSERT_RESOURCE_ID_TAXONOMY_1(10);
ASSERT_RESOURCE_ID_TAXONOMY_1(11);
ASSERT_RESOURCE_ID_TAXONOMY_1(12);
ASSERT_RESOURCE_ID_TAXONOMY_1(13);
ASSERT_RESOURCE_ID_TAXONOMY_1(14);
ASSERT_RESOURCE_ID_TAXONOMY_1(15);
ASSERT_RESOURCE_ID_TAXONOMY_1(16);
ASSERT_RESOURCE_ID_TAXONOMY_1(17);
ASSERT_RESOURCE_ID_TAXONOMY_1(18);
ASSERT_RESOURCE_ID_TAXONOMY_1(19);
ASSERT_RESOURCE_ID_TAXONOMY_1(20);
ASSERT_RESOURCE_ID_TAXONOMY_1(21);
ASSERT_RESOURCE_ID_TAXONOMY_1(22);
ASSERT_RESOURCE_ID_TAXONOMY_1(23);
ASSERT_RESOURCE_ID_TAXONOMY_1(24);
ASSERT_RESOURCE_ID_TAXONOMY_1(25);
ASSERT_RESOURCE_ID_TAXONOMY_1(26);
ASSERT_RESOURCE_ID_TAXONOMY_1(27);
ASSERT_RESOURCE_ID_TAXONOMY_1(28);
ASSERT_RESOURCE_ID_TAXONOMY_1(29);
ASSERT_RESOURCE_ID_TAXONOMY_1(30);
ASSERT_RESOURCE_ID_TAXONOMY_1(31);
ASSERT_RESOURCE_ID_TAXONOMY_1(32);
ASSERT_RESOURCE_ID_TAXONOMY_1(33);
ASSERT_RESOURCE_ID_TAXONOMY_1(34);
ASSERT_RESOURCE_ID_TAXONOMY_1(35);
ASSERT_RESOURCE_ID_TAXONOMY_1(36);
ASSERT_RESOURCE_ID_TAXONOMY_1(37);
ASSERT_RESOURCE_ID_TAXONOMY_1(38);
ASSERT_RESOURCE_ID_TAXONOMY_1(39);
ASSERT_RESOURCE_ID_TAXONOMY_1(40);
ASSERT_RESOURCE_ID_TAXONOMY_1(41);
ASSERT_RESOURCE_ID_TAXONOMY_1(42);
ASSERT_RESOURCE_ID_TAXONOMY_1(43);
ASSERT_RESOURCE_ID_TAXONOMY_1(44);
ASSERT_RESOURCE_ID_TAXONOMY_1(45);
ASSERT_RESOURCE_ID_TAXONOMY_1(46);
ASSERT_RESOURCE_ID_TAXONOMY_1(47);
ASSERT_RESOURCE_ID_TAXONOMY_1(48);
ASSERT_RESOURCE_ID_TAXONOMY_1(49);
ASSERT_RESOURCE_ID_TAXONOMY_1(50);
ASSERT_RESOURCE_ID_TAXONOMY_1(51);
ASSERT_RESOURCE_ID_TAXONOMY_1(52);
ASSERT_RESOURCE_ID_TAXONOMY_1(53);
ASSERT_RESOURCE_ID_TAXONOMY_1(54);
ASSERT_RESOURCE_ID_TAXONOMY_1(55);
ASSERT_RESOURCE_ID_TAXONOMY_1(56);
ASSERT_RESOURCE_ID_TAXONOMY_1(57);
ASSERT_RESOURCE_ID_TAXONOMY_1(58);
ASSERT_RESOURCE_ID_TAXONOMY_1(59);
ASSERT_RESOURCE_ID_TAXONOMY_1(60);
ASSERT_RESOURCE_ID_TAXONOMY_1(61);
ASSERT_RESOURCE_ID_TAXONOMY_1(62);
ASSERT_RESOURCE_ID_TAXONOMY_1(63);
ASSERT_RESOURCE_ID_TAXONOMY_1(64);
ASSERT_RESOURCE_ID_TAXONOMY_1(65);
ASSERT_RESOURCE_ID_TAXONOMY_1(66);
ASSERT_RESOURCE_ID_TAXONOMY_1(67);
ASSERT_RESOURCE_ID_TAXONOMY_1(68);
ASSERT_RESOURCE_ID_TAXONOMY_1(69);
ASSERT_RESOURCE_ID_TAXONOMY_1(70);
ASSERT_RESOURCE_ID_TAXONOMY_1(71);
ASSERT_RESOURCE_ID_TAXONOMY_1(72);
ASSERT_RESOURCE_ID_TAXONOMY_1(73);
ASSERT_RESOURCE_ID_TAXONOMY_1(74);
ASSERT_RESOURCE_ID_TAXONOMY_1(75);
ASSERT_RESOURCE_ID_TAXONOMY_1(76);
ASSERT_RESOURCE_ID_TAXONOMY_1(77);
ASSERT_RESOURCE_ID_TAXONOMY_1(78);
ASSERT_RESOURCE_ID_TAXONOMY_1(79);
ASSERT_RESOURCE_ID_TAXONOMY_1(80);
ASSERT_RESOURCE_ID_TAXONOMY_1(81);
ASSERT_RESOURCE_ID_TAXONOMY_1(82);
ASSERT_RESOURCE_ID_TAXONOMY_1(83);
ASSERT_RESOURCE_ID_TAXONOMY_1(84);
ASSERT_RESOURCE_ID_TAXONOMY_1(85);
ASSERT_RESOURCE_ID_TAXONOMY_1(86);
ASSERT_RESOURCE_ID_TAXONOMY_1(87);
ASSERT_RESOURCE_ID_TAXONOMY_1(88);
ASSERT_RESOURCE_ID_TAXONOMY_1(89);
ASSERT_RESOURCE_ID_TAXONOMY_1(90);
ASSERT_RESOURCE_ID_TAXONOMY_1(91);
ASSERT_RESOURCE_ID_TAXONOMY_1(92);
ASSERT_RESOURCE_ID_TAXONOMY_1(93);
ASSERT_RESOURCE_ID_TAXONOMY_1(94);
ASSERT_RESOURCE_ID_TAXONOMY_1(95);
ASSERT_RESOURCE_ID_TAXONOMY_1(96);
ASSERT_RESOURCE_ID_TAXONOMY_1(97);
ASSERT_RESOURCE_ID_TAXONOMY_1(98);
ASSERT_RESOURCE_ID_TAXONOMY_1(99);
ASSERT_RESOURCE_ID_TAXONOMY_1(100);
ASSERT_RESOURCE_ID_TAXONOMY_1(101);
ASSERT_RESOURCE_ID_TAXONOMY_1(102);
ASSERT_RESOURCE_ID_TAXONOMY_1(103);
ASSERT_RESOURCE_ID_TAXONOMY_1(104);
ASSERT_RESOURCE_ID_TAXONOMY_1(105);
ASSERT_RESOURCE_ID_TAXONOMY_1(106);
ASSERT_RESOURCE_ID_TAXONOMY_1(107);
ASSERT_RESOURCE_ID_TAXONOMY_1(108);
ASSERT_RESOURCE_ID_TAXONOMY_1(109);
ASSERT_RESOURCE_ID_TAXONOMY_1(110);
ASSERT_RESOURCE_ID_TAXONOMY_1(111);
ASSERT_RESOURCE_ID_TAXONOMY_1(112);
ASSERT_RESOURCE_ID_TAXONOMY_1(113);
ASSERT_RESOURCE_ID_TAXONOMY_1(114);
ASSERT_RESOURCE_ID_TAXONOMY_1(115);
ASSERT_RESOURCE_ID_TAXONOMY_1(116);
ASSERT_RESOURCE_ID_TAXONOMY_1(117);
ASSERT_RESOURCE_ID_TAXONOMY_1(118);
ASSERT_RESOURCE_ID_TAXONOMY_1(119);
ASSERT_RESOURCE_ID_TAXONOMY_1(120);
ASSERT_RESOURCE_ID_TAXONOMY_1(121);
ASSERT_RESOURCE_ID_TAXONOMY_1(122);
ASSERT_RESOURCE_ID_TAXONOMY_1(123);
ASSERT_RESOURCE_ID_TAXONOMY_1(124);
ASSERT_RESOURCE_ID_TAXONOMY_1(125);
ASSERT_RESOURCE_ID_TAXONOMY_1(126);
ASSERT_RESOURCE_ID_TAXONOMY_1(127);
ASSERT_RESOURCE_ID_TAXONOMY_1(128);
ASSERT_RESOURCE_ID_TAXONOMY_1(129);
ASSERT_RESOURCE_ID_TAXONOMY_1(130);
ASSERT_RESOURCE_ID_TAXONOMY_1(131);
ASSERT_RESOURCE_ID_TAXONOMY_1(132);
ASSERT_RESOURCE_ID_TAXONOMY_1(133);
ASSERT_RESOURCE_ID_TAXONOMY_1(134);
ASSERT_RESOURCE_ID_TAXONOMY_1(135);
ASSERT_RESOURCE_ID_TAXONOMY_1(136);
ASSERT_RESOURCE_ID_TAXONOMY_1(137);
ASSERT_RESOURCE_ID_TAXONOMY_1(138);
ASSERT_RESOURCE_ID_TAXONOMY_1(139);
ASSERT_RESOURCE_ID_TAXONOMY_1(140);
ASSERT_RESOURCE_ID_TAXONOMY_1(141);
ASSERT_RESOURCE_ID_TAXONOMY_1(142);
ASSERT_RESOURCE_ID_TAXONOMY_1(143);
ASSERT_RESOURCE_ID_TAXONOMY_1(144);
ASSERT_RESOURCE_ID_TAXONOMY_1(145);
ASSERT_RESOURCE_ID_TAXONOMY_1(146);
ASSERT_RESOURCE_ID_TAXONOMY_1(147);
ASSERT_RESOURCE_ID_TAXONOMY_1(148);
ASSERT_RESOURCE_ID_TAXONOMY_1(149);
ASSERT_RESOURCE_ID_TAXONOMY_1(150);
ASSERT_RESOURCE_ID_TAXONOMY_1(151);
ASSERT_RESOURCE_ID_TAXONOMY_1(152);
ASSERT_RESOURCE_ID_TAXONOMY_1(153);
ASSERT_RESOURCE_ID_TAXONOMY_1(154);
ASSERT_RESOURCE_ID_TAXONOMY_1(155);
ASSERT_RESOURCE_ID_TAXONOMY_1(156);
ASSERT_RESOURCE_ID_TAXONOMY_1(157);
ASSERT_RESOURCE_ID_TAXONOMY_1(158);
ASSERT_RESOURCE_ID_TAXONOMY_1(159);
ASSERT_RESOURCE_ID_TAXONOMY_1(160);
ASSERT_RESOURCE_ID_TAXONOMY_1(161);
ASSERT_RESOURCE_ID_TAXONOMY_1(162);
ASSERT_RESOURCE_ID_TAXONOMY_1(163);
ASSERT_RESOURCE_ID_TAXONOMY_1(164);
ASSERT_RESOURCE_ID_TAXONOMY_1(165);
ASSERT_RESOURCE_ID_TAXONOMY_1(166);
ASSERT_RESOURCE_ID_TAXONOMY_1(167);
ASSERT_RESOURCE_ID_TAXONOMY_1(168);
ASSERT_RESOURCE_ID_TAXONOMY_1(169);
ASSERT_RESOURCE_ID_TAXONOMY_1(170);
ASSERT_RESOURCE_ID_TAXONOMY_1(171);
ASSERT_RESOURCE_ID_TAXONOMY_1(172);
ASSERT_RESOURCE_ID_TAXONOMY_1(173);
ASSERT_RESOURCE_ID_TAXONOMY_1(174);
ASSERT_RESOURCE_ID_TAXONOMY_1(175);
ASSERT_RESOURCE_ID_TAXONOMY_1(176);
ASSERT_RESOURCE_ID_TAXONOMY_1(177);
ASSERT_RESOURCE_ID_TAXONOMY_1(178);
ASSERT_RESOURCE_ID_TAXONOMY_1(179);
ASSERT_RESOURCE_ID_TAXONOMY_1(180);
ASSERT_RESOURCE_ID_TAXONOMY_1(181);
ASSERT_RESOURCE_ID_TAXONOMY_1(182);
ASSERT_RESOURCE_ID_TAXONOMY_1(183);
ASSERT_RESOURCE_ID_TAXONOMY_1(184);
ASSERT_RESOURCE_ID_TAXONOMY_1(185);
ASSERT_RESOURCE_ID_TAXONOMY_1(186);
ASSERT_RESOURCE_ID_TAXONOMY_1(187);
ASSERT_RESOURCE_ID_TAXONOMY_1(188);
ASSERT_RESOURCE_ID_TAXONOMY_1(189);
ASSERT_RESOURCE_ID_TAXONOMY_1(190);
ASSERT_RESOURCE_ID_TAXONOMY_1(191);
ASSERT_RESOURCE_ID_TAXONOMY_1(192);
ASSERT_RESOURCE_ID_TAXONOMY_1(193);
ASSERT_RESOURCE_ID_TAXONOMY_1(194);
ASSERT_RESOURCE_ID_TAXONOMY_1(195);
ASSERT_RESOURCE_ID_TAXONOMY_1(196);
ASSERT_RESOURCE_ID_TAXONOMY_1(197);
ASSERT_RESOURCE_ID_TAXONOMY_1(198);
ASSERT_RESOURCE_ID_TAXONOMY_1(199);
ASSERT_RESOURCE_ID_TAXONOMY_1(200);
ASSERT_RESOURCE_ID_TAXONOMY_1(201);
ASSERT_RESOURCE_ID_TAXONOMY_1(202);
ASSERT_RESOURCE_ID_TAXONOMY_1(203);
ASSERT_RESOURCE_ID_TAXONOMY_1(204);
ASSERT_RESOURCE_ID_TAXONOMY_1(205);
ASSERT_RESOURCE_ID_TAXONOMY_1(206);
ASSERT_RESOURCE_ID_TAXONOMY_1(207);
ASSERT_RESOURCE_ID_TAXONOMY_1(208);
ASSERT_RESOURCE_ID_TAXONOMY_1(209);
ASSERT_RESOURCE_ID_TAXONOMY_1(210);
ASSERT_RESOURCE_ID_TAXONOMY_1(211);
ASSERT_RESOURCE_ID_TAXONOMY_1(212);
ASSERT_RESOURCE_ID_TAXONOMY_1(213);
ASSERT_RESOURCE_ID_TAXONOMY_1(214);
ASSERT_RESOURCE_ID_TAXONOMY_1(215);
ASSERT_RESOURCE_ID_TAXONOMY_1(216);
ASSERT_RESOURCE_ID_TAXONOMY_1(217);
ASSERT_RESOURCE_ID_TAXONOMY_1(218);
ASSERT_RESOURCE_ID_TAXONOMY_1(219);
ASSERT_RESOURCE_ID_TAXONOMY_1(220);
ASSERT_RESOURCE_ID_TAXONOMY_1(221);
ASSERT_RESOURCE_ID_TAXONOMY_1(222);
ASSERT_RESOURCE_ID_TAXONOMY_1(223);
ASSERT_RESOURCE_ID_TAXONOMY_1(224);
ASSERT_RESOURCE_ID_TAXONOMY_1(225);
ASSERT_RESOURCE_ID_TAXONOMY_1(226);
ASSERT_RESOURCE_ID_TAXONOMY_1(227);
ASSERT_RESOURCE_ID_TAXONOMY_1(228);
ASSERT_RESOURCE_ID_TAXONOMY_1(229);
ASSERT_RESOURCE_ID_TAXONOMY_1(230);
ASSERT_RESOURCE_ID_TAXONOMY_1(231);
ASSERT_RESOURCE_ID_TAXONOMY_1(232);
ASSERT_RESOURCE_ID_TAXONOMY_1(233);
ASSERT_RESOURCE_ID_TAXONOMY_1(234);
ASSERT_RESOURCE_ID_TAXONOMY_1(235);
ASSERT_RESOURCE_ID_TAXONOMY_1(236);
ASSERT_RESOURCE_ID_TAXONOMY_1(237);
ASSERT_RESOURCE_ID_TAXONOMY_1(238);
ASSERT_RESOURCE_ID_TAXONOMY_1(239);
ASSERT_RESOURCE_ID_TAXONOMY_1(240);
ASSERT_RESOURCE_ID_TAXONOMY_1(241);
ASSERT_RESOURCE_ID_TAXONOMY_1(242);
ASSERT_RESOURCE_ID_TAXONOMY_1(243);
ASSERT_RESOURCE_ID_TAXONOMY_1(244);
ASSERT_RESOURCE_ID_TAXONOMY_1(245);
ASSERT_RESOURCE_ID_TAXONOMY_1(246);
ASSERT_RESOURCE_ID_TAXONOMY_1(247);
ASSERT_RESOURCE_ID_TAXONOMY_1(248);
ASSERT_RESOURCE_ID_TAXONOMY_1(249);
ASSERT_RESOURCE_ID_TAXONOMY_1(250);
ASSERT_RESOURCE_ID_TAXONOMY_1(251);
ASSERT_RESOURCE_ID_TAXONOMY_1(252);
ASSERT_RESOURCE_ID_TAXONOMY_1(253);
ASSERT_RESOURCE_ID_TAXONOMY_1(254);
ASSERT_RESOURCE_ID_TAXONOMY_1(255);
ASSERT_RESOURCE_ID_TAXONOMY_1(256);
ASSERT_RESOURCE_ID_TAXONOMY_1(257);
ASSERT_RESOURCE_ID_TAXONOMY_1(258);
ASSERT_RESOURCE_ID_TAXONOMY_1(259);
ASSERT_RESOURCE_ID_TAXONOMY_1(260);
ASSERT_RESOURCE_ID_TAXONOMY_1(261);
ASSERT_RESOURCE_ID_TAXONOMY_1(262);
ASSERT_RESOURCE_ID_TAXONOMY_1(263);
ASSERT_RESOURCE_ID_TAXONOMY_1(264);
ASSERT_RESOURCE_ID_TAXONOMY_1(265);
ASSERT_RESOURCE_ID_TAXONOMY_1(266);
ASSERT_RESOURCE_ID_TAXONOMY_1(267);
ASSERT_RESOURCE_ID_TAXONOMY_1(268);
ASSERT_RESOURCE_ID_TAXONOMY_1(269);
ASSERT_RESOURCE_ID_TAXONOMY_1(270);
ASSERT_RESOURCE_ID_TAXONOMY_1(271);
ASSERT_RESOURCE_ID_TAXONOMY_1(272);
ASSERT_RESOURCE_ID_TAXONOMY_1(273);
ASSERT_RESOURCE_ID_TAXONOMY_1(274);
ASSERT_RESOURCE_ID_TAXONOMY_1(275);
ASSERT_RESOURCE_ID_TAXONOMY_1(276);
ASSERT_RESOURCE_ID_TAXONOMY_1(277);
ASSERT_RESOURCE_ID_TAXONOMY_1(278);
ASSERT_RESOURCE_ID_TAXONOMY_1(279);
ASSERT_RESOURCE_ID_TAXONOMY_1(280);
ASSERT_RESOURCE_ID_TAXONOMY_1(281);
ASSERT_RESOURCE_ID_TAXONOMY_1(282);
ASSERT_RESOURCE_ID_TAXONOMY_1(283);
ASSERT_RESOURCE_ID_TAXONOMY_1(284);
ASSERT_RESOURCE_ID_TAXONOMY_1(285);
ASSERT_RESOURCE_ID_TAXONOMY_1(286);
ASSERT_RESOURCE_ID_TAXONOMY_1(287);
ASSERT_RESOURCE_ID_TAXONOMY_1(288);
ASSERT_RESOURCE_ID_TAXONOMY_1(289);
ASSERT_RESOURCE_ID_TAXONOMY_1(290);
ASSERT_RESOURCE_ID_TAXONOMY_1(291);
ASSERT_RESOURCE_ID_TAXONOMY_1(292);
ASSERT_RESOURCE_ID_TAXONOMY_1(293);
ASSERT_RESOURCE_ID_TAXONOMY_1(294);
ASSERT_RESOURCE_ID_TAXONOMY_1(295);
ASSERT_RESOURCE_ID_TAXONOMY_1(296);
ASSERT_RESOURCE_ID_TAXONOMY_1(297);
ASSERT_RESOURCE_ID_TAXONOMY_1(298);
ASSERT_RESOURCE_ID_TAXONOMY_1(299);
ASSERT_RESOURCE_ID_TAXONOMY_1(300);
ASSERT_RESOURCE_ID_TAXONOMY_1(301);
ASSERT_RESOURCE_ID_TAXONOMY_1(302);
ASSERT_RESOURCE_ID_TAXONOMY_1(303);
ASSERT_RESOURCE_ID_TAXONOMY_1(304);
ASSERT_RESOURCE_ID_TAXONOMY_1(305);
ASSERT_RESOURCE_ID_TAXONOMY_1(306);
ASSERT_RESOURCE_ID_TAXONOMY_1(307);
ASSERT_RESOURCE_ID_TAXONOMY_1(308);
ASSERT_RESOURCE_ID_TAXONOMY_1(309);
ASSERT_RESOURCE_ID_TAXONOMY_1(310);
ASSERT_RESOURCE_ID_TAXONOMY_1(311);
ASSERT_RESOURCE_ID_TAXONOMY_1(312);
ASSERT_RESOURCE_ID_TAXONOMY_1(313);
ASSERT_RESOURCE_ID_TAXONOMY_1(314);
ASSERT_RESOURCE_ID_TAXONOMY_1(315);
ASSERT_RESOURCE_ID_TAXONOMY_1(316);
ASSERT_RESOURCE_ID_TAXONOMY_1(317);
ASSERT_RESOURCE_ID_TAXONOMY_1(318);
ASSERT_RESOURCE_ID_TAXONOMY_1(319);
ASSERT_RESOURCE_ID_TAXONOMY_1(320);
ASSERT_RESOURCE_ID_TAXONOMY_1(321);
ASSERT_RESOURCE_ID_TAXONOMY_1(322);
ASSERT_RESOURCE_ID_TAXONOMY_1(323);
ASSERT_RESOURCE_ID_TAXONOMY_1(324);
ASSERT_RESOURCE_ID_TAXONOMY_1(325);
ASSERT_RESOURCE_ID_TAXONOMY_1(326);
ASSERT_RESOURCE_ID_TAXONOMY_1(327);
ASSERT_RESOURCE_ID_TAXONOMY_1(328);
ASSERT_RESOURCE_ID_TAXONOMY_1(329);
ASSERT_RESOURCE_ID_TAXONOMY_1(330);
ASSERT_RESOURCE_ID_TAXONOMY_1(331);
ASSERT_RESOURCE_ID_TAXONOMY_1(332);
ASSERT_RESOURCE_ID_TAXONOMY_1(333);
ASSERT_RESOURCE_ID_TAXONOMY_1(334);
ASSERT_RESOURCE_ID_TAXONOMY_1(335);
ASSERT_RESOURCE_ID_TAXONOMY_1(336);
ASSERT_RESOURCE_ID_TAXONOMY_1(337);
ASSERT_RESOURCE_ID_TAXONOMY_1(338);
ASSERT_RESOURCE_ID_TAXONOMY_1(339);
ASSERT_RESOURCE_ID_TAXONOMY_1(340);
ASSERT_RESOURCE_ID_TAXONOMY_1(341);
ASSERT_RESOURCE_ID_TAXONOMY_1(342);
ASSERT_RESOURCE_ID_TAXONOMY_1(343);
ASSERT_RESOURCE_ID_TAXONOMY_1(344);
ASSERT_RESOURCE_ID_TAXONOMY_1(345);
ASSERT_RESOURCE_ID_TAXONOMY_1(346);
ASSERT_RESOURCE_ID_TAXONOMY_1(347);
ASSERT_RESOURCE_ID_TAXONOMY_1(348);
ASSERT_RESOURCE_ID_TAXONOMY_1(349);
ASSERT_RESOURCE_ID_TAXONOMY_2(350);
ASSERT_RESOURCE_ID_TAXONOMY_2(351);
ASSERT_RESOURCE_ID_TAXONOMY_2(352);
ASSERT_RESOURCE_ID_TAXONOMY_2(353);
ASSERT_RESOURCE_ID_TAXONOMY_2(354);
ASSERT_RESOURCE_ID_TAXONOMY_2(355);
ASSERT_RESOURCE_ID_TAXONOMY_2(356);
ASSERT_RESOURCE_ID_TAXONOMY_2(357);
ASSERT_RESOURCE_ID_TAXONOMY_2(358);
ASSERT_RESOURCE_ID_TAXONOMY_2(359);
ASSERT_RESOURCE_ID_TAXONOMY_2(360);
ASSERT_RESOURCE_ID_TAXONOMY_2(361);
ASSERT_RESOURCE_ID_TAXONOMY_2(362);
ASSERT_RESOURCE_ID_TAXONOMY_2(363);
ASSERT_RESOURCE_ID_TAXONOMY_2(364);
ASSERT_RESOURCE_ID_TAXONOMY_2(365);
ASSERT_RESOURCE_ID_TAXONOMY_2(366);
ASSERT_RESOURCE_ID_TAXONOMY_2(367);
ASSERT_RESOURCE_ID_TAXONOMY_2(368);
ASSERT_RESOURCE_ID_TAXONOMY_2(369);
ASSERT_RESOURCE_ID_TAXONOMY_2(370);
ASSERT_RESOURCE_ID_TAXONOMY_2(371);
ASSERT_RESOURCE_ID_TAXONOMY_2(372);
ASSERT_RESOURCE_ID_TAXONOMY_2(373);
ASSERT_RESOURCE_ID_TAXONOMY_2(374);
ASSERT_RESOURCE_ID_TAXONOMY_2(375);
ASSERT_RESOURCE_ID_TAXONOMY_2(376);
ASSERT_RESOURCE_ID_TAXONOMY_2(377);
ASSERT_RESOURCE_ID_TAXONOMY_2(378);
ASSERT_RESOURCE_ID_TAXONOMY_2(379);
ASSERT_RESOURCE_ID_TAXONOMY_2(380);
ASSERT_RESOURCE_ID_TAXONOMY_2(381);
ASSERT_RESOURCE_ID_TAXONOMY_2(382);
ASSERT_RESOURCE_ID_TAXONOMY_2(383);
ASSERT_RESOURCE_ID_TAXONOMY_2(384);
ASSERT_RESOURCE_ID_TAXONOMY_2(385);
ASSERT_RESOURCE_ID_TAXONOMY_2(386);
ASSERT_RESOURCE_ID_TAXONOMY_2(387);
ASSERT_RESOURCE_ID_TAXONOMY_2(388);
ASSERT_RESOURCE_ID_TAXONOMY_2(389);
ASSERT_RESOURCE_ID_TAXONOMY_2(390);
ASSERT_RESOURCE_ID_TAXONOMY_2(391);
ASSERT_RESOURCE_ID_TAXONOMY_2(392);
ASSERT_RESOURCE_ID_TAXONOMY_2(393);
ASSERT_RESOURCE_ID_TAXONOMY_2(394);
ASSERT_RESOURCE_ID_TAXONOMY_2(395);
ASSERT_RESOURCE_ID_TAXONOMY_2(396);
ASSERT_RESOURCE_ID_TAXONOMY_2(397);
ASSERT_RESOURCE_ID_TAXONOMY_2(398);
ASSERT_RESOURCE_ID_TAXONOMY_2(399);
ASSERT_RESOURCE_ID_TAXONOMY_2(400);
ASSERT_RESOURCE_ID_TAXONOMY_2(401);
ASSERT_RESOURCE_ID_TAXONOMY_2(402);
ASSERT_RESOURCE_ID_TAXONOMY_2(403);
ASSERT_RESOURCE_ID_TAXONOMY_2(404);
ASSERT_RESOURCE_ID_TAXONOMY_2(405);
ASSERT_RESOURCE_ID_TAXONOMY_2(406);
ASSERT_RESOURCE_ID_TAXONOMY_2(407);
ASSERT_RESOURCE_ID_TAXONOMY_2(408);
ASSERT_RESOURCE_ID_TAXONOMY_2(409);
ASSERT_RESOURCE_ID_TAXONOMY_2(410);
ASSERT_RESOURCE_ID_TAXONOMY_2(411);
ASSERT_RESOURCE_ID_TAXONOMY_2(412);
ASSERT_RESOURCE_ID_TAXONOMY_2(413);
ASSERT_RESOURCE_ID_TAXONOMY_2(414);
ASSERT_RESOURCE_ID_TAXONOMY_2(415);
ASSERT_RESOURCE_ID_TAXONOMY_2(416);
ASSERT_RESOURCE_ID_TAXONOMY_2(417);
ASSERT_RESOURCE_ID_TAXONOMY_2(418);
ASSERT_RESOURCE_ID_TAXONOMY_2(419);
ASSERT_RESOURCE_ID_TAXONOMY_2(420);
ASSERT_RESOURCE_ID_TAXONOMY_2(421);
ASSERT_RESOURCE_ID_TAXONOMY_2(422);
ASSERT_RESOURCE_ID_TAXONOMY_2(423);
ASSERT_RESOURCE_ID_TAXONOMY_2(424);
ASSERT_RESOURCE_ID_TAXONOMY_2(425);
ASSERT_RESOURCE_ID_TAXONOMY_2(426);
ASSERT_RESOURCE_ID_TAXONOMY_2(427);
ASSERT_RESOURCE_ID_TAXONOMY_2(428);
ASSERT_RESOURCE_ID_TAXONOMY_2(429);
ASSERT_RESOURCE_ID_TAXONOMY_2(430);
ASSERT_RESOURCE_ID_TAXONOMY_2(431);
ASSERT_RESOURCE_ID_TAXONOMY_2(432);
ASSERT_RESOURCE_ID_TAXONOMY_2(433);
ASSERT_RESOURCE_ID_TAXONOMY_2(434);
ASSERT_RESOURCE_ID_TAXONOMY_2(435);
ASSERT_RESOURCE_ID_TAXONOMY_2(436);
ASSERT_RESOURCE_ID_TAXONOMY_2(437);
ASSERT_RESOURCE_ID_TAXONOMY_2(438);
ASSERT_RESOURCE_ID_TAXONOMY_2(439);
ASSERT_RESOURCE_ID_TAXONOMY_2(440);
ASSERT_RESOURCE_ID_TAXONOMY_2(441);
ASSERT_RESOURCE_ID_TAXONOMY_2(442);
ASSERT_RESOURCE_ID_TAXONOMY_2(443);
ASSERT_RESOURCE_ID_TAXONOMY_2(444);
ASSERT_RESOURCE_ID_TAXONOMY_2(445);
ASSERT_RESOURCE_ID_TAXONOMY_2(446);
ASSERT_RESOURCE_ID_TAXONOMY_2(447);
ASSERT_RESOURCE_ID_TAXONOMY_2(448);
ASSERT_RESOURCE_ID_TAXONOMY_2(449);
ASSERT_RESOURCE_ID_TAXONOMY_2(450);
ASSERT_RESOURCE_ID_TAXONOMY_2(451);
ASSERT_RESOURCE_ID_TAXONOMY_2(452);
ASSERT_RESOURCE_ID_TAXONOMY_2(453);
ASSERT_RESOURCE_ID_TAXONOMY_2(454);
ASSERT_RESOURCE_ID_TAXONOMY_2(455);
ASSERT_RESOURCE_ID_TAXONOMY_2(456);
ASSERT_RESOURCE_ID_TAXONOMY_2(457);
ASSERT_RESOURCE_ID_TAXONOMY_2(458);
ASSERT_RESOURCE_ID_TAXONOMY_2(459);
ASSERT_RESOURCE_ID_TAXONOMY_2(460);
ASSERT_RESOURCE_ID_TAXONOMY_2(461);
ASSERT_RESOURCE_ID_TAXONOMY_2(462);
ASSERT_RESOURCE_ID_TAXONOMY_2(463);
ASSERT_RESOURCE_ID_TAXONOMY_2(464);
ASSERT_RESOURCE_ID_TAXONOMY_2(465);
ASSERT_RESOURCE_ID_TAXONOMY_2(466);
ASSERT_RESOURCE_ID_TAXONOMY_2(467);
ASSERT_RESOURCE_ID_TAXONOMY_2(468);
ASSERT_RESOURCE_ID_TAXONOMY_2(469);
ASSERT_RESOURCE_ID_TAXONOMY_2(470);
ASSERT_RESOURCE_ID_TAXONOMY_2(471);
ASSERT_RESOURCE_ID_TAXONOMY_2(472);
ASSERT_RESOURCE_ID_TAXONOMY_2(473);
ASSERT_RESOURCE_ID_TAXONOMY_2(474);
ASSERT_RESOURCE_ID_TAXONOMY_2(475);
ASSERT_RESOURCE_ID_TAXONOMY_2(476);
ASSERT_RESOURCE_ID_TAXONOMY_2(477);
ASSERT_RESOURCE_ID_TAXONOMY_2(478);
ASSERT_RESOURCE_ID_TAXONOMY_2(479);
ASSERT_RESOURCE_ID_TAXONOMY_2(480);
ASSERT_RESOURCE_ID_TAXONOMY_2(481);
ASSERT_RESOURCE_ID_TAXONOMY_2(482);
ASSERT_RESOURCE_ID_TAXONOMY_2(483);
ASSERT_RESOURCE_ID_TAXONOMY_2(484);
ASSERT_RESOURCE_ID_TAXONOMY_2(485);
ASSERT_RESOURCE_ID_TAXONOMY_2(486);
ASSERT_RESOURCE_ID_TAXONOMY_2(487);
ASSERT_RESOURCE_ID_TAXONOMY_2(488);
ASSERT_RESOURCE_ID_TAXONOMY_2(489);
ASSERT_RESOURCE_ID_TAXONOMY_2(490);
ASSERT_RESOURCE_ID_TAXONOMY_2(491);
ASSERT_RESOURCE_ID_TAXONOMY_2(492);
ASSERT_RESOURCE_ID_TAXONOMY_2(493);
ASSERT_RESOURCE_ID_TAXONOMY_2(494);
ASSERT_RESOURCE_ID_TAXONOMY_2(495);
ASSERT_RESOURCE_ID_TAXONOMY_2(496);
ASSERT_RESOURCE_ID_TAXONOMY_2(497);
ASSERT_RESOURCE_ID_TAXONOMY_2(498);
ASSERT_RESOURCE_ID_TAXONOMY_2(499);
ASSERT_RESOURCE_ID_TAXONOMY_2(500);
ASSERT_RESOURCE_ID_TAXONOMY_2(501);
ASSERT_RESOURCE_ID_TAXONOMY_2(502);
ASSERT_RESOURCE_ID_TAXONOMY_2(503);
ASSERT_RESOURCE_ID_TAXONOMY_2(504);
ASSERT_RESOURCE_ID_TAXONOMY_2(505);
ASSERT_RESOURCE_ID_TAXONOMY_2(506);
ASSERT_RESOURCE_ID_TAXONOMY_2(507);
ASSERT_RESOURCE_ID_TAXONOMY_2(508);
ASSERT_RESOURCE_ID_TAXONOMY_2(509);
ASSERT_RESOURCE_ID_TAXONOMY_2(510);
ASSERT_RESOURCE_ID_TAXONOMY_2(511);
ASSERT_RESOURCE_ID_TAXONOMY_2(512);
ASSERT_RESOURCE_ID_TAXONOMY_2(513);
ASSERT_RESOURCE_ID_TAXONOMY_2(514);
ASSERT_RESOURCE_ID_TAXONOMY_2(515);
ASSERT_RESOURCE_ID_TAXONOMY_2(516);
ASSERT_RESOURCE_ID_TAXONOMY_2(517);
ASSERT_RESOURCE_ID_TAXONOMY_2(518);
ASSERT_RESOURCE_ID_TAXONOMY_2(519);
ASSERT_RESOURCE_ID_TAXONOMY_2(520);
ASSERT_RESOURCE_ID_TAXONOMY_2(521);
ASSERT_RESOURCE_ID_TAXONOMY_2(522);
ASSERT_RESOURCE_ID_TAXONOMY_2(523);
ASSERT_RESOURCE_ID_TAXONOMY_2(524);
ASSERT_RESOURCE_ID_TAXONOMY_2(525);
ASSERT_RESOURCE_ID_TAXONOMY_2(526);
ASSERT_RESOURCE_ID_TAXONOMY_2(527);
ASSERT_RESOURCE_ID_TAXONOMY_2(528);
ASSERT_RESOURCE_ID_TAXONOMY_2(529);
ASSERT_RESOURCE_ID_TAXONOMY_2(530);
ASSERT_RESOURCE_ID_TAXONOMY_2(531);
ASSERT_RESOURCE_ID_TAXONOMY_2(532);
ASSERT_RESOURCE_ID_TAXONOMY_2(533);
ASSERT_RESOURCE_ID_TAXONOMY_2(534);
ASSERT_RESOURCE_ID_TAXONOMY_2(535);
ASSERT_RESOURCE_ID_TAXONOMY_2(536);
ASSERT_RESOURCE_ID_TAXONOMY_2(537);
ASSERT_RESOURCE_ID_TAXONOMY_2(538);
ASSERT_RESOURCE_ID_TAXONOMY_2(539);
ASSERT_RESOURCE_ID_TAXONOMY_2(540);
ASSERT_RESOURCE_ID_TAXONOMY_2(541);
ASSERT_RESOURCE_ID_TAXONOMY_2(542);
ASSERT_RESOURCE_ID_TAXONOMY_2(543);
ASSERT_RESOURCE_ID_TAXONOMY_2(544);
ASSERT_RESOURCE_ID_TAXONOMY_2(545);
ASSERT_RESOURCE_ID_TAXONOMY_2(546);
ASSERT_RESOURCE_ID_TAXONOMY_2(547);
ASSERT_RESOURCE_ID_TAXONOMY_2(548);
ASSERT_RESOURCE_ID_TAXONOMY_2(549);
ASSERT_RESOURCE_ID_TAXONOMY_2(550);
ASSERT_RESOURCE_ID_TAXONOMY_2(551);
ASSERT_RESOURCE_ID_TAXONOMY_2(552);
ASSERT_RESOURCE_ID_TAXONOMY_2(553);
ASSERT_RESOURCE_ID_TAXONOMY_2(554);
ASSERT_RESOURCE_ID_TAXONOMY_2(555);
ASSERT_RESOURCE_ID_TAXONOMY_2(556);
ASSERT_RESOURCE_ID_TAXONOMY_2(557);
ASSERT_RESOURCE_ID_TAXONOMY_2(558);
ASSERT_RESOURCE_ID_TAXONOMY_2(559);
ASSERT_RESOURCE_ID_TAXONOMY_2(560);
ASSERT_RESOURCE_ID_TAXONOMY_2(561);
ASSERT_RESOURCE_ID_TAXONOMY_2(562);
ASSERT_RESOURCE_ID_TAXONOMY_2(563);
ASSERT_RESOURCE_ID_TAXONOMY_2(564);
ASSERT_RESOURCE_ID_TAXONOMY_2(565);
ASSERT_RESOURCE_ID_TAXONOMY_2(566);
ASSERT_RESOURCE_ID_TAXONOMY_2(567);
ASSERT_RESOURCE_ID_TAXONOMY_2(568);
ASSERT_RESOURCE_ID_TAXONOMY_2(569);
ASSERT_RESOURCE_ID_TAXONOMY_2(570);
ASSERT_RESOURCE_ID_TAXONOMY_2(571);
ASSERT_RESOURCE_ID_TAXONOMY_2(572);
ASSERT_RESOURCE_ID_TAXONOMY_2(573);
ASSERT_RESOURCE_ID_TAXONOMY_2(574);
ASSERT_RESOURCE_ID_TAXONOMY_2(575);
ASSERT_RESOURCE_ID_TAXONOMY_2(576);
ASSERT_RESOURCE_ID_TAXONOMY_2(577);
ASSERT_RESOURCE_ID_TAXONOMY_2(578);
ASSERT_RESOURCE_ID_TAXONOMY_2(579);
ASSERT_RESOURCE_ID_TAXONOMY_2(580);
ASSERT_RESOURCE_ID_TAXONOMY_2(581);
ASSERT_RESOURCE_ID_TAXONOMY_2(582);
ASSERT_RESOURCE_ID_TAXONOMY_2(583);
ASSERT_RESOURCE_ID_TAXONOMY_2(584);
ASSERT_RESOURCE_ID_TAXONOMY_2(585);
ASSERT_RESOURCE_ID_TAXONOMY_2(586);
ASSERT_RESOURCE_ID_TAXONOMY_2(587);
ASSERT_RESOURCE_ID_TAXONOMY_2(588);
ASSERT_RESOURCE_ID_TAXONOMY_2(589);
ASSERT_RESOURCE_ID_TAXONOMY_2(590);
ASSERT_RESOURCE_ID_TAXONOMY_2(591);
ASSERT_RESOURCE_ID_TAXONOMY_2(592);
ASSERT_RESOURCE_ID_TAXONOMY_2(593);
ASSERT_RESOURCE_ID_TAXONOMY_2(594);
ASSERT_RESOURCE_ID_TAXONOMY_2(595);
ASSERT_RESOURCE_ID_TAXONOMY_2(596);
ASSERT_RESOURCE_ID_TAXONOMY_2(597);
ASSERT_RESOURCE_ID_TAXONOMY_2(598);
ASSERT_RESOURCE_ID_TAXONOMY_2(599);
ASSERT_RESOURCE_ID_TAXONOMY_2(600);
ASSERT_RESOURCE_ID_TAXONOMY_2(601);
ASSERT_RESOURCE_ID_TAXONOMY_2(602);
ASSERT_RESOURCE_ID_TAXONOMY_2(603);
ASSERT_RESOURCE_ID_TAXONOMY_2(604);
ASSERT_RESOURCE_ID_TAXONOMY_2(605);
ASSERT_RESOURCE_ID_TAXONOMY_2(606);
ASSERT_RESOURCE_ID_TAXONOMY_2(607);
ASSERT_RESOURCE_ID_TAXONOMY_2(608);
ASSERT_RESOURCE_ID_TAXONOMY_2(609);
ASSERT_RESOURCE_ID_TAXONOMY_2(610);
ASSERT_RESOURCE_ID_TAXONOMY_2(611);
ASSERT_RESOURCE_ID_TAXONOMY_2(612);
ASSERT_RESOURCE_ID_TAXONOMY_2(613);
ASSERT_RESOURCE_ID_TAXONOMY_2(614);
ASSERT_RESOURCE_ID_TAXONOMY_2(615);
ASSERT_RESOURCE_ID_TAXONOMY_2(616);
ASSERT_RESOURCE_ID_TAXONOMY_2(617);
ASSERT_RESOURCE_ID_TAXONOMY_2(618);
ASSERT_RESOURCE_ID_TAXONOMY_2(619);
ASSERT_RESOURCE_ID_TAXONOMY_2(620);
ASSERT_RESOURCE_ID_TAXONOMY_2(621);
ASSERT_RESOURCE_ID_TAXONOMY_2(622);
ASSERT_RESOURCE_ID_TAXONOMY_2(623);
ASSERT_RESOURCE_ID_TAXONOMY_2(624);
ASSERT_RESOURCE_ID_TAXONOMY_2(625);
ASSERT_RESOURCE_ID_TAXONOMY_2(626);
ASSERT_RESOURCE_ID_TAXONOMY_2(627);
ASSERT_RESOURCE_ID_TAXONOMY_2(628);
ASSERT_RESOURCE_ID_TAXONOMY_2(629);

bool IsTopicValid(Topic topic) {
  int i = static_cast<int>(topic);
  return i > 0 && i <= static_cast<int>(SemanticTree::kNumTopics);
}

std::vector<Topic> GetParentTopics(Topic topic) {
  if (kChildToFirstParent[static_cast<int>(topic) - 1] ==
      static_cast<int>(kNullTopic)) {
    return {};
  }
  std::vector<Topic> parents(
      {Topic(kChildToFirstParent[static_cast<int>(topic) - 1])});

  if (topic.value() == 277) {
    parents.emplace_back(227);
  }
  return parents;
}

bool IsAncestorTopic(Topic src, Topic target, bool only_direct = false) {
  std::vector<Topic> parent_topics = GetParentTopics(src);
  for (Topic topic : parent_topics) {
    if (topic == target ||
        (!only_direct && IsAncestorTopic(topic, target, only_direct))) {
      return true;
    }
  }
  return false;
}

// Get the topics that are part of a taxonomy for taxonomy_version. Use
// this function only for taxonomy_version>1, since the first taxonomy is
// trivial (1-349).
const std::vector<Topic>& GetTopicsInTaxonomy(int taxonomy_version) {
  CHECK_GT(taxonomy_version, 1);
  CHECK_LE(taxonomy_version, SemanticTree::kMaxTaxonomyVersion);
  if (GetTopicsForEachTaxonomyUpdate()[taxonomy_version - 2].empty()) {
    // Include topics up to the maximum topic id for the `taxonomy_version`,
    // and then remove the deleted topics.
    uint16_t max_topic_id =
        GetTaxonomyUpdates()[taxonomy_version - 2]->max_topic_id;
    base::flat_set<Topic> topics;
    for (uint16_t i = 1; i <= max_topic_id; ++i) {
      topics.emplace(i);
    }
    for (int taxonomy_version_i = 2; taxonomy_version_i <= taxonomy_version;
         ++taxonomy_version_i) {
      for (uint16_t i :
           GetTaxonomyUpdates()[taxonomy_version - 2]->deleted_topics) {
        topics.erase(Topic(i));
      }
    }
    CHECK_EQ(topics.size(),
             GetTaxonomyUpdates()[taxonomy_version - 2]->taxonomy_size);
    GetTopicsForEachTaxonomyUpdate()[taxonomy_version - 2] =
        std::vector(topics.begin(), topics.end());
  }
  return GetTopicsForEachTaxonomyUpdate()[taxonomy_version - 2];
}

RepresentativenessMap GetInternalRepresentativenessMap() {
  return {{1, std::make_pair(12, 23)},     {57, std::make_pair(369, 373)},
          {86, std::make_pair(392, 99)},   {100, std::make_pair(396, 399)},
          {103, std::make_pair(104, 419)}, {126, std::make_pair(129, 140)},
          {149, std::make_pair(158, 164)}, {172, std::make_pair(173, 462)},
          {180, std::make_pair(465, 183)}, {196, std::make_pair(469, 201)},
          {207, std::make_pair(482, 519)}, {215, std::make_pair(528, 534)},
          {226, std::make_pair(537, 237)}, {239, std::make_pair(560, 242)},
          {243, std::make_pair(561, 245)}, {250, 253},
          {254, std::make_pair(562, 258)}, {263, std::make_pair(264, 267)},
          {272, std::make_pair(565, 571)}, {275, std::make_pair(276, 278)},
          {279, std::make_pair(281, 288)}, {289, std::make_pair(572, 293)},
          {299, std::make_pair(325, 611)}, {332, std::make_pair(340, 626)}};
}

const RepresentativenessMap& GetRepresentativenessMapForCurrentTaxonomy() {
  int current_taxonomy = blink::features::kBrowsingTopicsTaxonomyVersion.Get();
  switch (current_taxonomy) {
    case 1:
      static const base::NoDestructor<RepresentativenessMap>
          kRepresentativenessMapV1(GetInternalRepresentativenessMap());
      return *kRepresentativenessMapV1;
    case 2:
      static const base::NoDestructor<RepresentativenessMap>
          kRepresentativenessMapV2([]() -> RepresentativenessMap {
            RepresentativenessMap map;
            std::ranges::copy_if(
                GetInternalRepresentativenessMap(),
                std::inserter(map, map.end()), [](const auto& topic_kv) {
                  return topic_kv.first != 275 && topic_kv.first != 279;
                });
            return map;
          }());
      return *kRepresentativenessMapV2;
    default:
      NOTREACHED();
  }
}
}  // namespace

SemanticTree::SemanticTree() = default;
SemanticTree::~SemanticTree() = default;

Topic SemanticTree::GetRandomTopic(int taxonomy_version,
                                   uint64_t random_topic_index_decision) {
  CHECK(IsTaxonomySupported(taxonomy_version));
  if (taxonomy_version == 1) {
    size_t random_topic_index = random_topic_index_decision % kInitialNumTopics;
    return Topic(base::checked_cast<int>(random_topic_index + 1));
  }
  auto topics = GetTopicsInTaxonomy(taxonomy_version);
  size_t random_topic_index = random_topic_index_decision % topics.size();
  return topics[random_topic_index];
}

std::vector<Topic> SemanticTree::GetFirstLevelTopicsInCurrentTaxonomy() {
  static const base::NoDestructor<std::vector<Topic>> kFirstLevelTopics(
      GetFirstLevelTopicsInCurrentTaxonomyInternal());
  return *kFirstLevelTopics;
}

std::vector<Topic>
SemanticTree::GetFirstLevelTopicsInCurrentTaxonomyInternal() {
  std::set<int> current_topics = GetTopicsInCurrentTaxonomyInternal();
  std::vector<Topic> first_level_topics;
  const int kTopicWithNoParent = 0;
  for (uint16_t i = 0; i < std::size(kChildToFirstParent); i++) {
    if (kChildToFirstParent[i] == kTopicWithNoParent &&
        current_topics.contains(i + 1)) {
      first_level_topics.emplace_back(i + 1);
    }
  }
  return first_level_topics;
}

std::set<int> SemanticTree::GetTopicsInCurrentTaxonomyInternal() {
  int current_taxonomy = blink::features::kBrowsingTopicsTaxonomyVersion.Get();
  std::vector<Topic> topics_in_current_taxonomy;
  if (current_taxonomy == 1) {
    for (size_t i = 1; i <= kInitialNumTopics; i++) {
      topics_in_current_taxonomy.emplace_back(base::checked_cast<int>(i));
    }
  } else {
    topics_in_current_taxonomy = GetTopicsInTaxonomy(current_taxonomy);
  }

  std::set<int> current_topics(std::begin(topics_in_current_taxonomy),
                               std::end(topics_in_current_taxonomy));

  return current_topics;
}

std::vector<Topic> SemanticTree::GetAtMostTwoRepresentativesInCurrentTaxonomy(
    const Topic& topic) {
  const RepresentativenessMap& map =
      GetRepresentativenessMapForCurrentTaxonomy();

  auto map_iterator = map.find(topic.value());
  if (map_iterator == map.end()) {
    return {};
  }
  auto value = map_iterator->second;
  if (holds_alternative<int>(value)) {
    auto representative = get<int>(value);
    return {Topic(representative)};
  } else if (holds_alternative<std::pair<int, int>>(value)) {
    auto [topic_1, topic_2] = get<std::pair<int, int>>(value);
    return {Topic(topic_1), Topic(topic_2)};
  } else {
    return {};
  }
}

bool SemanticTree::IsTaxonomySupported(int taxonomy_version) {
  return taxonomy_version > 0 &&
         taxonomy_version <= SemanticTree::kMaxTaxonomyVersion;
}

std::vector<Topic> SemanticTree::GetDescendantTopics(const Topic& topic,
                                                     bool only_direct) {
  if (!IsTopicValid(topic)) {
    return {};
  }

  std::vector<Topic> ret;
  for (size_t i = 0; i < kNumTopics; ++i) {
    Topic cur_topic = Topic(i + 1);
    if (IsAncestorTopic(cur_topic, topic, only_direct)) {
      ret.push_back(cur_topic);
    }
  }
  return ret;
}

std::vector<Topic> SemanticTree::GetAncestorTopics(const Topic& topic) {
  if (!IsTopicValid(topic)) {
    return {};
  }

  std::vector<Topic> ancestor_topics = GetParentTopics(topic);
  size_t unvisited_start_idx = 0;

  while (unvisited_start_idx < ancestor_topics.size()) {
    for (Topic parent : GetParentTopics(ancestor_topics[unvisited_start_idx])) {
      ancestor_topics.emplace_back(parent);
    }
    unvisited_start_idx++;
  }

  // Remove duplicate topics; duplicates can occur when a topic has two or more
  // parents which share part of a lineage.
  sort(ancestor_topics.begin(), ancestor_topics.end());
  ancestor_topics.erase(unique(ancestor_topics.begin(), ancestor_topics.end()),
                        ancestor_topics.end());
  return ancestor_topics;
}

std::optional<int> SemanticTree::GetLatestLocalizedNameMessageId(
    const Topic& topic) {
  return SemanticTree::GetLocalizedNameMessageId(
      topic, blink::features::kBrowsingTopicsTaxonomyVersion.Get());
}

std::optional<int> SemanticTree::GetLocalizedNameMessageId(
    const Topic& topic,
    int taxonomy_version) {
  if (!IsTopicValid(topic) || !IsTaxonomySupported(taxonomy_version)) {
    return std::nullopt;
  }
  // Get the most recent name for a topic by iterating through the taxonomy
  // updates backwards.
  for (int taxonomy_version_i = taxonomy_version; taxonomy_version_i > 0;
       --taxonomy_version_i) {
    if (taxonomy_version_i == 1) {
      return IDS_PRIVACY_SANDBOX_TOPICS_TAXONOMY_V1_TOPIC_ID_1 +
             static_cast<int>(topic) - 1;
    }
    auto renamed_topics_iterator =
        GetTaxonomyUpdates()[taxonomy_version_i - 2]->renamed_topics.find(
            static_cast<int>(topic));
    if (renamed_topics_iterator !=
        GetTaxonomyUpdates()[taxonomy_version_i - 2]->renamed_topics.end()) {
      return renamed_topics_iterator->second;
    }
  }
  return std::nullopt;
}

}  // namespace browsing_topics