fanlusky
a7779d2b05
`vendor/MetasequoiaImeEngine` submodule 改为 `engine/` 目录，导入的是 product-lock.json 原本钉住的提交 c810d201，逐文件核对过 blob，因此这是一次 搬迁而不是引擎升级。引擎自己的嵌套 submodule（googlepinyinime-rev、utfcpp、 miniaudio）按各自 gitlink 一并展开，来源与提交见 engine/UPSTREAM.md。 Windows 专门化裁掉了不属于本产品的部分：whisper.cpp 与本地推理 provider、 macOS 示例宿主、整个 dictionary/ 建库流水线、上游 CI 与 release-please 配置。 词库仍按 product-lock.json 在构建时取发布产物。 引擎不再进 product-lock.json：没有 gitlink 就没有可比对的东西，锁里写一个上游 commit 等于宣称这棵树仍等于上游，而第一个 Windows 专门化改动落地时这句话就假了。 verify-contracts / verify-checkout 随之移除，verify-published 保留。 CI 与工具链：引擎源码并入根 scripts/format.sh（删掉引擎自己的那份，避免两套排除 列表分叉）；引擎 voice.yml 里的 silero_vad.onnx 摘要校验移到本仓 lock job； engine-bump-triage 工作流与其测试删除；gitsubmodule 的 dependabot 频率由 daily 改为 monthly。 README、README.en、AGENTS.md、CONTRIBUTING、docs/product-release.md 及各子目录 文档同步说明新的位置与边界。
717 lines
38 KiB
C++
717 lines
38 KiB
C++
#include <metasequoia/session.h>
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#include "../../core/data_path.h"
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#include "../../core/input_session.h"
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#include "../../core/pinyin_decoder.h"
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#include "../../japanese/japanese_sentence_decoder.h"
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#include "../../contracts/assets/assets.h"
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#include "../../user_dictionary/user_dictionary_journal.h"
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#include "test_directory_cleanup.h"
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#include <sqlite3.h>
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#include <algorithm>
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#include <chrono>
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#include <fstream>
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#include <future>
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#include <stdexcept>
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namespace
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{
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using namespace metasequoia;
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void require(bool value, const char *message)
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{
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if (!value)
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throw std::runtime_error(message);
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}
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void execute(const std::filesystem::path &path, const std::string &sql)
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{
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sqlite3 *db = nullptr;
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if (sqlite3_open(path_to_utf8(path).c_str(), &db) != SQLITE_OK)
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throw std::runtime_error("fixture open failed");
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const int result = sqlite3_exec(db, sql.c_str(), nullptr, nullptr, nullptr);
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const std::string error = sqlite3_errmsg(db);
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sqlite3_close(db);
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if (result != SQLITE_OK)
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throw std::runtime_error(error);
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}
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std::string bytes(const std::filesystem::path &path)
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{
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std::ifstream input(path, std::ios::binary);
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return {std::istreambuf_iterator<char>(input), std::istreambuf_iterator<char>()};
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}
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void make_japanese_model(const std::filesystem::path &path, const std::string &surface)
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{
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// One-token MSJPDT1 fixture, with explicit little-endian fields rather than native packing.
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std::ofstream output(path, std::ios::binary);
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const auto integer = [&](std::uint64_t value, int width) {
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for (int i = 0; i < width; ++i)
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output.put(static_cast<char>((value >> (i * 8)) & 255));
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};
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const std::string reading = "かな";
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output.write("MSJPDT1", 8);
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integer(1, 4);
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integer(1, 4);
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integer(1, 4);
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integer(0, 4);
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integer(56, 8);
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integer(76, 8);
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integer(78, 8);
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integer(reading.size() + surface.size(), 8);
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integer(0, 4);
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integer(reading.size(), 2);
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integer(reading.size(), 4);
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integer(surface.size(), 2);
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integer(0, 2);
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integer(0, 2);
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integer(1, 4);
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integer(0, 2);
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output << reading << surface;
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}
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void make_resources(const std::filesystem::path &path, const std::string &word)
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{
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std::filesystem::create_directories(path / "helpcodes");
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execute(path / assets::main_dictionary, "CREATE TABLE tbl_1_n(key TEXT,jp TEXT,value TEXT,weight INTEGER);"
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"INSERT INTO tbl_1_n VALUES('ni','n','" +
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word +
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"',10000),('ni','n','拟',9000);"
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"CREATE TABLE quick_parases(key TEXT,value TEXT,weight INTEGER);"
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"INSERT INTO quick_parases VALUES('x','" +
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word + "短语',10);");
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require(EnglishDictionary::ensure_schema(path_to_utf8(path / assets::english_dictionary)),
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"English fixture failed");
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execute(path / assets::english_dictionary,
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"INSERT INTO english_words(word,display,weight) VALUES('hello','hello',10);");
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std::ofstream(path / assets::translations) << "hello\t" << word << "翻译\n";
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std::ofstream(path / assets::helpcode_lantian) << word << "=aa\n拟=cc\n";
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std::ofstream(path / assets::helpcode_xiaohe) << word << "=cc\n拟=aa\n";
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}
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void type(Session &session, const std::string &input)
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{
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for (char ch : input)
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session.character(ch);
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}
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} // namespace
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void test_runtime_isolation()
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{
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using namespace metasequoia;
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const auto root = std::filesystem::temp_directory_path() /
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("msime-runtime-" + std::to_string(std::chrono::steady_clock::now().time_since_epoch().count()));
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test::ScopedDataDirectoryCleanup cleanup(root);
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const auto resource_a = root / std::filesystem::u8path("资源甲");
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const auto resource_b = root / std::filesystem::u8path("资源乙");
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make_resources(resource_a, "你");
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make_resources(resource_b, "妮");
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make_japanese_model(resource_a / assets::japanese_model, "甲");
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make_japanese_model(resource_b / assets::japanese_model, "乙");
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{
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const auto path = root / "mapped-japanese.dat";
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make_japanese_model(path, "甲");
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japanese::JapaneseSentenceDecoder original(path_to_utf8(path));
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require(original.ready() && original.ExactLemmas("かな").front().surface == "甲",
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"Japanese model mapping did not load");
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const auto replacement = root / "replacement-japanese.dat";
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make_japanese_model(replacement, "乙");
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// Publishers replace files, never truncate mapped inodes in place.
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std::filesystem::remove(path);
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std::filesystem::rename(replacement, path);
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japanese::JapaneseSentenceDecoder updated(path_to_utf8(path));
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require(updated.ready() && updated.ExactLemmas("かな").front().surface == "乙" &&
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original.ExactLemmas("かな").front().surface == "甲",
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"Replacing a model altered an existing decoder");
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const auto valid = bytes(path);
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const auto bad = root / "invalid-japanese.dat";
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const auto rejected = [&](const std::string &data) {
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{
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std::ofstream output(bad, std::ios::binary);
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output.write(data.data(), data.size());
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}
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japanese::JapaneseSentenceDecoder decoder(path_to_utf8(bad));
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require(!decoder.ready() && decoder.ExactLemmas("かな").empty(), "Invalid Japanese model accepted");
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};
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for (size_t length : {size_t(0), size_t(55), size_t(77), valid.size() - 1})
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rejected(valid.substr(0, length));
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auto invalid_offset = valid;
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invalid_offset.replace(24, 8, 8, char(0xff));
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rejected(invalid_offset);
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auto invalid_reading = valid;
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invalid_reading[60] = char(0xff);
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invalid_reading[61] = char(0xff);
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rejected(invalid_reading);
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}
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const auto reject_overlap = [&](const std::filesystem::path &resources, const std::filesystem::path &user,
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const std::filesystem::path &cache) {
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bool rejected = false;
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try
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{
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(void)prepare_runtime_paths(resources, user, cache, "overlap");
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}
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catch (const std::invalid_argument &)
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{
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rejected = true;
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}
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require(rejected, "Overlapping runtime roots were accepted");
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require(!std::filesystem::exists(user / "dictionaries/overlap"),
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"Rejected runtime roots still published a generation");
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};
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reject_overlap(resource_a, root / "same-user-cache", root / "same-user-cache");
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reject_overlap(resource_a, root / "cache-parent/user", root / "cache-parent");
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reject_overlap(resource_a, root / "user-parent", root / "user-parent/cache");
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reject_overlap(resource_a, resource_a / "user", root / "separate-cache");
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reject_overlap(resource_a, root / "separate-user", resource_a / "cache");
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reject_overlap(resource_a, root, root / "separate-cache");
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require(!std::filesystem::exists(root / "same-user-cache") && !std::filesystem::exists(root / "cache-parent") &&
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!std::filesystem::exists(resource_a / "user") && !std::filesystem::exists(resource_a / "cache"),
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"Path validation created directories before rejecting overlap");
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#ifndef _WIN32
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const auto resource_alias = root / "resource-alias";
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std::filesystem::create_directory_symlink(resource_a, resource_alias);
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reject_overlap(resource_a, root / "alias-user", resource_alias / "cache");
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#endif
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const auto original = bytes(resource_a / assets::main_dictionary);
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const auto paths_a = prepare_runtime_paths(resource_a, root / "user-a", root / "cache-a", "v1");
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const auto paths_b = prepare_runtime_paths(resource_b, root / "user-b", root / "cache-b", "v1");
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{
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SessionOptions options;
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options.paths = paths_a;
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options.learning = false;
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Session session(options);
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Session independent(options);
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type(session, "ni");
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session.command(Command::MoveLeft);
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const auto before = session.snapshot();
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session.set_chinese_punctuation_enabled(false);
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session.set_chinese_punctuation_enabled(false);
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const auto unchanged = session.snapshot();
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require(unchanged.editing_text == before.editing_text && unchanged.preedit == before.preedit &&
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unchanged.caret_position == before.caret_position &&
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unchanged.candidates.size() == before.candidates.size(),
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"Live punctuation mode changed composition or caret");
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const auto ignored = session.punctuation(',');
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require(!ignored.handled && !ignored.commit && session.snapshot().editing_text == before.editing_text,
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"ASCII punctuation mode consumed composition");
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require(independent.punctuation(',').commit == std::optional<std::string>("，"),
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"Live punctuation mode leaked to another session");
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session.command(Command::Cancel);
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session.set_chinese_punctuation_enabled(true);
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require(session.punctuation('"').commit == std::optional<std::string>("“"),
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"Chinese punctuation did not reopen");
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session.set_chinese_punctuation_enabled(false);
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require(!session.punctuation('"').handled, "Disabled quote was consumed");
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session.set_chinese_punctuation_enabled(true);
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require(session.punctuation('"').commit == std::optional<std::string>("”"),
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"Punctuation mode reset quote pairing");
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}
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{
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SessionOptions options;
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options.paths = paths_a;
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options.scheme = SchemeType::Shuangpin;
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options.shuangpin_profile = GetMicrosoftShuangpinProfile();
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options.learning = false;
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Session session(options);
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require(!session.character(';').handled, "Microsoft semicolon started a syllable");
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session.character('n');
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const auto ing = session.character(';');
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require(ing.handled && !ing.commit && session.snapshot().preedit == "n;",
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"Public Session rejected Microsoft ing final");
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const auto query = session.online_query();
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require(query && query->query_text == "ning", "Microsoft ing lost its canonical query");
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require(!session.character(';').handled && session.snapshot().preedit == "n;",
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"Microsoft semicolon accepted outside the final position");
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session.command(Command::Backspace);
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require(session.snapshot().preedit == "n", "Microsoft final could not be erased");
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session.command(Command::Cancel);
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type(session, "ni'n");
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require(session.character(';').handled && session.snapshot().preedit == "ni'n;",
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"Microsoft final after a manual separator was rejected");
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session.command(Command::MoveLeft);
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session.command(Command::DeleteForward);
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// Leave a suffix so the replacement exercises the middle-edit path.
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session.command(Command::MoveEnd);
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type(session, "ni");
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session.command(Command::MoveLeft);
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session.command(Command::MoveLeft);
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require(session.character(';').handled && session.snapshot().editing_text == "ni'n;ni",
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"Microsoft ing could not be inserted before a suffix");
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session.command(Command::Cancel);
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type(session, "ni'");
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require(!session.character(';').handled && session.snapshot().preedit == "ni'",
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"Microsoft separator was counted as a syllable initial");
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options.shuangpin_profile = GetXiaoheShuangpinProfile();
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Session xiaohe(options);
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xiaohe.character('n');
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require(!xiaohe.character(';').handled && xiaohe.snapshot().preedit == "n",
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"Microsoft semicolon leaked to Xiaohe");
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}
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{
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SessionOptions options;
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options.paths = paths_a;
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options.learning = false;
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Session session(options), other(options);
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require(!session.command(Command::MoveLeft).handled, "Empty caret movement consumed host input");
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type(session, "ni");
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type(other, "ni");
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const auto query = session.online_query();
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require(query.has_value(), "Missing pre-edit online request");
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session.command(Command::MoveHome);
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require(session.snapshot().caret_position == 0 && other.snapshot().caret_position == 2,
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"Caret movement leaked between sessions");
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require(session.online_query()->generation == query->generation,
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"Caret-only movement invalidated unchanged candidates");
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session.command(Command::Backspace);
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require(session.snapshot().editing_text == "ni", "Home backspace removed input");
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session.command(Command::DeleteForward);
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require(session.snapshot().editing_text == "i", "Forward delete removed the wrong character");
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session.character('n');
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require(session.snapshot().editing_text == "ni" && session.snapshot().caret_position == 1 &&
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session.snapshot().candidates.front().word == "你",
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"Middle insertion did not refresh candidates");
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require(!session.apply_online_candidate(*query, "旧响应", CandidateSource::CloudSuggestion),
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"Editing back to the same text accepted an old online response");
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session.character('\'');
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session.character('\'');
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require(session.snapshot().editing_text == "n'i", "Duplicate separator was inserted at caret");
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session.command(Command::Backspace);
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session.command(Command::MoveEnd);
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session.command(Command::DeleteForward);
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require(session.snapshot().editing_text == "ni" && session.snapshot().caret_position == 2,
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"End forward delete changed input");
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session.command(Command::MoveHome);
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require(session.select(0).commit == "你" && session.snapshot().caret_position == 0,
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"Selection did not clear caret with composition");
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type(session, "ni");
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require(session.snapshot().caret_position == 2, "New composition inherited the old caret");
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}
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for (const char marker : {'Y', 'J', 'E', 'M', 'K', 'U', 'R'})
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{
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SessionOptions options;
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options.paths = paths_a;
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options.learning = false;
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Session session(options);
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session.character(marker, true);
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const std::string payload = marker == 'U' ? "41" : "ka";
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type(session, payload);
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session.command(Command::MoveHome);
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require(session.snapshot().caret_position == 1, "Local-mode caret crossed its marker");
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session.command(Command::Backspace);
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session.command(Command::DeleteForward);
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session.character(payload.front());
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require(session.snapshot().editing_text == std::string(1, marker) + payload &&
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session.snapshot().caret_position == 2,
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"Local-mode middle edit lost its source text");
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session.command(Command::Cancel);
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require(session.snapshot().editing_text.empty() && session.snapshot().caret_position == 0,
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"Cancel retained local-mode editing state");
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}
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for (const auto scheme : {SchemeType::Shuangpin, SchemeType::Wubi, SchemeType::JapaneseRomaji})
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{
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SessionOptions options;
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options.paths = paths_a;
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options.scheme = scheme;
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options.learning = false;
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Session session(options);
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type(session, "ka");
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session.command(Command::MoveLeft);
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session.command(Command::Backspace);
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session.character('k');
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require(session.snapshot().editing_text == "ka" && session.snapshot().caret_position == 1,
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"Scheme edit used rendered text instead of raw source");
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session.switch_scheme(SchemeType::Quanpin);
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require(session.snapshot().caret_position == 0, "Scheme change retained the old caret");
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}
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{
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SessionOptions options;
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options.paths = paths_a;
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Session session(options);
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session.set_dedicated_english(true);
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type(session, "ello");
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session.command(Command::MoveHome);
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session.character('H');
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require(session.snapshot().editing_text == "Hello" && session.snapshot().caret_position == 1 &&
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session.snapshot().candidates.front().word == "hello",
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"English middle edit lost case or candidates");
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}
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{
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execute(paths_a.dictionary(assets::main_dictionary),
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"CREATE TABLE tbl_1_h(key TEXT,jp TEXT,value TEXT,weight INTEGER);"
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"INSERT INTO tbl_1_h VALUES('hao','h','好',10000);");
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SessionOptions options;
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options.paths = paths_a;
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options.learning = false;
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Session session(options);
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type(session, "nihao");
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const auto view = session.snapshot();
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const auto prefix = std::find_if(view.candidates.begin(), view.candidates.end(),
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[](const auto &word) { return word.word == "你"; });
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require(prefix != view.candidates.end(), "Missing partial-selection fixture");
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session.command(Command::MoveHome);
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const auto selected = session.select(static_cast<std::size_t>(prefix - view.candidates.begin()));
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require(selected.commit == "你" && session.snapshot().editing_text == "hao" &&
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session.snapshot().caret_position == 3,
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"Partial selection retained the old caret");
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session.command(Command::MoveHome);
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session.command(Command::DeleteForward);
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session.character('h');
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require(session.finish().commit == "好", "Editing the remainder lost the selected prefix boundary");
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}
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require(paths_a.resources != paths_a.dictionaries && paths_a.cache != paths_a.dictionaries,
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"Mutable dictionaries must live separately from resources and cache");
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{
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SessionOptions options_a;
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options_a.paths = paths_a;
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options_a.learning = false;
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SessionOptions options_b;
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options_b.paths = paths_b;
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options_b.learning = false;
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Session a(options_a), b(options_b);
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type(a, "ni");
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type(b, "ni");
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require(a.snapshot().candidates.front().word == "你", "Session A used another resource directory");
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require(b.snapshot().candidates.front().word == "妮", "Session B used another resource directory");
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const auto query_a = a.online_query();
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require(query_a.has_value(), "No online request for complete pinyin");
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require(!b.apply_online_candidate(*query_a, "跨会话建议", CandidateSource::CloudSuggestion),
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"Another session's online response was accepted");
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require(a.apply_online_candidate(*query_a, "本会话建议", CandidateSource::CloudSuggestion),
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"Own online response was rejected");
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a.command(Command::Cancel);
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b.command(Command::Cancel);
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require(a.set_helpcode_schema("lantian") && b.set_helpcode_schema("xiaohe"), "Cannot select helpcodes");
|
||
type(a, "niC");
|
||
type(b, "niC");
|
||
require(a.snapshot().candidates.front().word == "拟", "Session A helpcode changed with B");
|
||
require(b.snapshot().candidates.front().word == "妮", "Session B helpcode was not isolated");
|
||
require(a.punctuation('"').commit == "拟“", "Punctuation did not flush composition");
|
||
b.command(Command::Cancel);
|
||
require(b.punctuation('"').commit == "“", "Quotation state leaked across sessions");
|
||
const auto run_session = [](Session &session, const std::string &expected) {
|
||
for (int i = 0; i < 20; ++i)
|
||
{
|
||
session.command(Command::Cancel);
|
||
type(session, "ni");
|
||
const auto snapshot = session.snapshot();
|
||
require(!snapshot.candidates.empty() && snapshot.candidates.front().word == expected,
|
||
"Concurrent session read another user's dictionary");
|
||
}
|
||
};
|
||
auto first_session = std::async(std::launch::async, run_session, std::ref(a), "你");
|
||
auto second_session = std::async(std::launch::async, run_session, std::ref(b), "妮");
|
||
first_session.get();
|
||
second_session.get();
|
||
a.command(Command::Cancel);
|
||
a.character('K', true);
|
||
a.character('x');
|
||
require(a.snapshot().candidates.front().word == "你短语", "Local mode ignored runtime paths");
|
||
}
|
||
{
|
||
SessionOptions options;
|
||
options.paths = paths_a;
|
||
options.learning = false;
|
||
Session session(options);
|
||
type(session, "ni'ni");
|
||
const auto view = session.snapshot();
|
||
const auto selected = std::find_if(view.candidates.begin(), view.candidates.end(),
|
||
[](const auto &item) { return item.word == "拟"; });
|
||
require(selected != view.candidates.end(), "No alternate first-segment candidate");
|
||
require(session.finish(static_cast<std::size_t>(selected - view.candidates.begin())).commit == "拟你",
|
||
"Finishing ignored the highlight or dropped the remaining segment");
|
||
require(session.snapshot().preedit.empty(), "Finishing left an active composition");
|
||
require(!session.finish().handled, "Finishing an empty session consumed input");
|
||
type(session, "ni");
|
||
require(session.finish(9999).commit == "ni", "Invalid highlight did not preserve raw input");
|
||
|
||
session.set_helpcode_enabled(false);
|
||
type(session, "ni");
|
||
require(!session.character('C').handled, "Disabled helpcode still consumed uppercase input");
|
||
session.set_helpcode_enabled(true);
|
||
require(session.character('C').handled && session.snapshot().candidates.front().word == "拟",
|
||
"Re-enabling helpcode did not update this composition");
|
||
session.command(Command::Cancel);
|
||
session.set_dedicated_english(true);
|
||
require(session.snapshot().dedicated_english, "Empty dedicated English mode was lost in the snapshot");
|
||
type(session, "hel");
|
||
require(session.snapshot().dedicated_english && session.snapshot().preedit == "hel",
|
||
"Dedicated English state was not represented in the snapshot");
|
||
session.set_dedicated_english(false);
|
||
require(!session.snapshot().dedicated_english && session.snapshot().preedit.empty(),
|
||
"Leaving dedicated English left stale snapshot state");
|
||
}
|
||
{
|
||
SessionOptions options_a;
|
||
options_a.paths = paths_a;
|
||
options_a.scheme = SchemeType::JapaneseRomaji;
|
||
SessionOptions options_b;
|
||
options_b.paths = paths_b;
|
||
options_b.scheme = SchemeType::JapaneseRomaji;
|
||
Session a(options_a), b(options_b);
|
||
type(a, "kana");
|
||
type(b, "kana");
|
||
const auto has = [](const Session &session, const std::string &word) {
|
||
const auto snapshot = session.snapshot();
|
||
return std::any_of(snapshot.candidates.begin(), snapshot.candidates.end(),
|
||
[&](const auto &candidate) { return candidate.word == word; });
|
||
};
|
||
require(has(a, "甲") && !has(a, "乙"), "Japanese session A used another model");
|
||
require(has(b, "乙") && !has(b, "甲"), "Japanese session B reused the first model");
|
||
}
|
||
// Explicit pinning must use the selected canonical key, preserve input, and survive replay.
|
||
const auto pin_resources = root / "pin-resources";
|
||
make_resources(pin_resources, "你");
|
||
execute(pin_resources / assets::main_dictionary,
|
||
"CREATE TABLE tbl_2_n(key TEXT,jp TEXT,value TEXT,weight INTEGER);"
|
||
"INSERT INTO tbl_2_n VALUES('ni''hao','nh','你好',10000),('ni''hao','nh','拟好',9000);"
|
||
"CREATE TABLE wubi86(key TEXT,value TEXT,weight INTEGER);"
|
||
"INSERT INTO wubi86 VALUES('wq','你好',10000),('wq','拟好',9000);");
|
||
execute(pin_resources / assets::english_dictionary,
|
||
"INSERT INTO english_words(word,display,weight) VALUES('help','help',5);");
|
||
const auto pin_main_bytes = bytes(pin_resources / assets::main_dictionary);
|
||
const auto pin_english_bytes = bytes(pin_resources / assets::english_dictionary);
|
||
for (const auto scheme : {SchemeType::Quanpin, SchemeType::Shuangpin, SchemeType::Wubi})
|
||
{
|
||
const auto suffix = std::to_string(static_cast<int>(scheme));
|
||
const auto user = root / ("position-user-" + suffix);
|
||
const auto cache = root / ("position-cache-" + suffix);
|
||
SessionOptions options;
|
||
options.paths = prepare_runtime_paths(pin_resources, user, cache, "v1");
|
||
options.scheme = scheme;
|
||
options.learning = false;
|
||
const auto input = scheme == SchemeType::Quanpin ? "nihao" : (scheme == SchemeType::Shuangpin ? "nihc" : "wq");
|
||
{
|
||
Session session(options);
|
||
type(session, input);
|
||
const auto before = session.snapshot();
|
||
const auto found = std::find_if(before.candidates.begin(), before.candidates.end(),
|
||
[](const auto &word) { return word.word == "拟好"; });
|
||
require(found != before.candidates.end(), "Missing fixed-position fixture");
|
||
const auto index = static_cast<std::size_t>(found - before.candidates.begin());
|
||
require(!session.fix_position(index, 0).handled && !session.fix_position(index, 6).handled,
|
||
"Invalid fixed slot accepted");
|
||
const auto fixed = session.fix_position(index, 1);
|
||
require(fixed.handled && !fixed.commit && !fixed.diagnostic &&
|
||
session.snapshot().preedit == before.preedit &&
|
||
session.snapshot().candidates.front().word == "拟好" &&
|
||
session.snapshot().candidates.front().fixed_position == 1,
|
||
"Fixed slot did not refresh snapshot");
|
||
execute(options.paths.user(assets::user_journal),
|
||
"CREATE TRIGGER reject_fixed BEFORE INSERT ON fixed_candidate_positions "
|
||
"BEGIN SELECT RAISE(ABORT,'fixture rejection'); END;");
|
||
const auto rejected = session.fix_position(0, 2);
|
||
require(rejected.handled && rejected.diagnostic && !rejected.commit &&
|
||
session.snapshot().candidates.front().fixed_position == 1,
|
||
"Failed fixed-slot write changed the snapshot or hid its diagnostic");
|
||
execute(options.paths.user(assets::user_journal), "DROP TRIGGER reject_fixed");
|
||
auto independent_options = options;
|
||
independent_options.paths =
|
||
prepare_runtime_paths(pin_resources, root / ("independent-position-user-" + suffix),
|
||
root / ("independent-position-cache-" + suffix), "v1");
|
||
Session independent(independent_options);
|
||
type(independent, input);
|
||
require(independent.snapshot().candidates.front().word == "你好",
|
||
"Fixed position leaked into another user layout");
|
||
}
|
||
options.paths = prepare_runtime_paths(pin_resources, user, cache, "v2");
|
||
Session replayed(options);
|
||
type(replayed, input);
|
||
require(replayed.snapshot().candidates.front().word == "拟好", "Fixed slot lost after generation change");
|
||
const auto cleared = replayed.clear_position(0);
|
||
require(cleared.handled && !cleared.diagnostic && !cleared.commit &&
|
||
replayed.snapshot().candidates.front().word == "你好",
|
||
"Clearing slot did not restore dictionary order");
|
||
}
|
||
for (const int mode : {0, 1, 2})
|
||
{
|
||
SessionOptions options;
|
||
options.paths = prepare_runtime_paths(pin_resources, root / ("fixed-english-" + std::to_string(mode)),
|
||
root / ("fixed-english-cache-" + std::to_string(mode)), "v1");
|
||
options.learning = false;
|
||
options.english.mixed_candidates = mode == 2;
|
||
Session session(options);
|
||
if (mode == 1)
|
||
session.character('Y', true);
|
||
else if (mode == 0)
|
||
session.set_dedicated_english(true);
|
||
type(session, "he");
|
||
const auto before = session.snapshot();
|
||
const auto found = std::find_if(before.candidates.begin(), before.candidates.end(),
|
||
[](const auto &word) { return word.word == "help"; });
|
||
require(found != before.candidates.end(), "Missing English fixed-slot fixture");
|
||
const auto fixed = session.fix_position(static_cast<std::size_t>(found - before.candidates.begin()), 1);
|
||
require(fixed.handled && !fixed.diagnostic && session.snapshot().candidates.front().word == "help",
|
||
"English fixed slot was not applied");
|
||
require(session.clear_position(0).handled, "English fixed slot could not be cleared");
|
||
}
|
||
const auto pin_word = [&](Session &session, const std::string &word) {
|
||
const auto before = session.snapshot();
|
||
const auto selected = std::find_if(before.candidates.begin(), before.candidates.end(),
|
||
[&](const auto &item) { return item.word == word; });
|
||
require(selected != before.candidates.end(), "No candidate for explicit pinning");
|
||
const auto result = session.pin(static_cast<std::size_t>(selected - before.candidates.begin()));
|
||
require(result.handled && !result.commit && !result.diagnostic, "Explicit pin failed or committed text");
|
||
require(session.snapshot().preedit == before.preedit, "Pin changed the composition");
|
||
const auto after = session.snapshot();
|
||
const auto first = std::find_if(after.candidates.begin(), after.candidates.end(),
|
||
[&](const auto &item) { return item.source == selected->source; });
|
||
require(first != after.candidates.end() && first->word == word,
|
||
"Pin did not refresh dictionary candidate order");
|
||
require(!session.pin(before.candidates.size() + 100).handled, "Invalid pin index was accepted");
|
||
};
|
||
for (const auto scheme : {SchemeType::Quanpin, SchemeType::Shuangpin, SchemeType::Wubi})
|
||
{
|
||
const auto suffix = std::to_string(static_cast<int>(scheme));
|
||
const auto user = root / ("pin-user-" + suffix);
|
||
const auto cache = root / ("pin-cache-" + suffix);
|
||
SessionOptions options;
|
||
options.paths = prepare_runtime_paths(pin_resources, user, cache, "v1");
|
||
options.scheme = scheme;
|
||
options.learning = false;
|
||
const std::string input =
|
||
scheme == SchemeType::Quanpin ? "nihao" : (scheme == SchemeType::Shuangpin ? "nihc" : "wq");
|
||
{
|
||
Session session(options);
|
||
require(!session.pin(0).handled, "Empty session accepted pin");
|
||
type(session, input);
|
||
pin_word(session, "拟好");
|
||
require(session.finish().commit == "拟好", "Pin interfered with later selection");
|
||
}
|
||
options.paths = prepare_runtime_paths(pin_resources, user, cache, "v2");
|
||
Session replayed(options);
|
||
type(replayed, input);
|
||
require(replayed.snapshot().candidates.front().word == "拟好", "Pin did not survive generation replay");
|
||
}
|
||
for (const bool temporary : {false, true})
|
||
{
|
||
SessionOptions options;
|
||
const std::string suffix = temporary ? "temporary" : "dedicated";
|
||
const auto user = root / ("pin-english-user-" + suffix);
|
||
const auto cache = root / ("pin-english-cache-" + suffix);
|
||
options.paths = prepare_runtime_paths(pin_resources, user, cache, "v1");
|
||
options.learning = false;
|
||
{
|
||
Session session(options);
|
||
if (temporary)
|
||
session.character('Y', true);
|
||
else
|
||
session.set_dedicated_english(true);
|
||
type(session, "he");
|
||
pin_word(session, "help");
|
||
}
|
||
options.paths = prepare_runtime_paths(pin_resources, user, cache, "v2");
|
||
Session replayed(options);
|
||
replayed.set_dedicated_english(true);
|
||
type(replayed, "he");
|
||
require(replayed.snapshot().candidates.front().word == "help", "English pin did not survive replay");
|
||
replayed.command(Command::Cancel);
|
||
type(replayed, "zzzz");
|
||
require(!replayed.pin(0).handled, "Generated candidate accepted dictionary pinning");
|
||
}
|
||
{
|
||
SessionOptions options;
|
||
options.paths = prepare_runtime_paths(pin_resources, root / "pin-mixed-user", root / "pin-mixed-cache", "v1");
|
||
options.learning = false;
|
||
options.english.mixed_candidates = true;
|
||
Session mixed(options);
|
||
type(mixed, "he");
|
||
pin_word(mixed, "help");
|
||
}
|
||
{
|
||
SessionOptions options;
|
||
options.paths = prepare_runtime_paths(pin_resources, root / "pin-failed-user", root / "pin-failed-cache", "v1");
|
||
options.learning = false;
|
||
// A directory in place of the journal is a portable, deterministic write failure.
|
||
std::filesystem::remove(options.paths.user(assets::user_journal));
|
||
std::filesystem::create_directory(options.paths.user(assets::user_journal));
|
||
Session session(options);
|
||
type(session, "nihao");
|
||
const auto before = session.snapshot();
|
||
const auto selected = std::find_if(before.candidates.begin(), before.candidates.end(),
|
||
[](const auto &item) { return item.word == "拟好"; });
|
||
require(selected != before.candidates.end(), "No candidate for failed pin test");
|
||
const auto result = session.pin(static_cast<std::size_t>(selected - before.candidates.begin()));
|
||
require(result.handled && !result.commit && result.diagnostic.has_value(),
|
||
"Failed pin was reported as success or committed text");
|
||
require(session.snapshot().preedit == before.preedit &&
|
||
session.snapshot().candidates.front().word == before.candidates.front().word,
|
||
"Failed pin changed input or candidate order");
|
||
}
|
||
require(bytes(pin_resources / assets::main_dictionary) == pin_main_bytes &&
|
||
bytes(pin_resources / assets::english_dictionary) == pin_english_bytes,
|
||
"Explicit pinning modified immutable resources");
|
||
// Query/learning changes affect only the user working copy and journal; replay retains them.
|
||
{
|
||
QuanpinDictionary dictionary({}, paths_a);
|
||
require(dictionary.create_word_from_canonical_pinyin("ni", "伱") == 0, "User insertion failed");
|
||
}
|
||
require(bytes(resource_a / assets::main_dictionary) == original, "Learning modified immutable source");
|
||
std::ofstream(paths_a.cache / "disposable") << "cache fixture";
|
||
std::filesystem::remove_all(paths_a.cache);
|
||
require(std::filesystem::is_regular_file(paths_a.user(assets::user_journal)),
|
||
"Clearing cache removed the user journal");
|
||
{
|
||
QuanpinDictionary dictionary({}, paths_a);
|
||
require(dictionary.find_candidate("ni", "伱").has_value(), "Clearing cache removed learned vocabulary");
|
||
}
|
||
const auto paths_v2 = prepare_runtime_paths(resource_a, paths_a.user_data, paths_a.cache, "v2");
|
||
{
|
||
QuanpinDictionary dictionary({}, paths_v2);
|
||
require(dictionary.find_candidate("ni", "伱").has_value(), "Upgrade lost user phrase replay");
|
||
EnglishDictionary english(path_to_utf8(paths_v2.dictionary(assets::english_dictionary)), false,
|
||
path_to_utf8(paths_v2.resource(assets::translations)));
|
||
require(english.query_chinese_gloss("hello") == "你翻译", "Translation sidecar did not use resource path");
|
||
}
|
||
{
|
||
QuanpinDictionary dictionary({}, paths_v2);
|
||
require(dictionary.create_word_from_canonical_pinyin("ni", "倪") == 0, "Second-generation insertion failed");
|
||
}
|
||
const auto restored_v1 = prepare_runtime_paths(resource_a, paths_a.user_data, paths_a.cache, "v1");
|
||
{
|
||
QuanpinDictionary dictionary({}, restored_v1);
|
||
require(dictionary.find_candidate("ni", "倪").has_value(), "Returning to old generation lost newer learning");
|
||
}
|
||
const auto before_failure = bytes(paths_v2.dictionary(assets::main_dictionary));
|
||
require(user_dictionary::record_upsert(path_to_utf8(paths_a.user(assets::user_journal)),
|
||
user_dictionary::DictionaryKind::Pinyin, "@", "无效词", 10),
|
||
"Cannot write failure fixture");
|
||
bool rejected = false;
|
||
try
|
||
{
|
||
(void)prepare_runtime_paths(resource_a, paths_a.user_data, paths_a.cache, "v3");
|
||
}
|
||
catch (const std::runtime_error &)
|
||
{
|
||
rejected = true;
|
||
}
|
||
require(rejected, "Invalid replay did not reject generation");
|
||
require(bytes(paths_v2.dictionary(assets::main_dictionary)) == before_failure,
|
||
"Failed replay replaced working data");
|
||
require(!std::filesystem::exists(paths_a.user_data / "dictionaries/v3"), "Failed generation was published");
|
||
require(!std::filesystem::exists(paths_a.user_data / "dictionaries/v3.incoming"), "Failed staging was retained");
|
||
|
||
// Use the real pinned decoder model. Interleave independent users, invalid model loading,
|
||
// destruction, and concurrent calls; candidate contents must equal isolated decoding.
|
||
const auto model = resource_a / assets::pinyin_model;
|
||
std::filesystem::copy_file(path_from_utf8(METASEQUOIA_TEST_PINYIN_MODEL), model);
|
||
{
|
||
PinyinDecoder decoder_a(model, resource_a / "decoder-a.dat"), decoder_b(model, resource_b / "decoder-b.dat");
|
||
const auto expected_a = decoder_a.sentence("nihao");
|
||
const auto expected_b = decoder_b.sentence("zhongguo");
|
||
require(!expected_a.empty() && !expected_b.empty(), "Real decoder model did not load");
|
||
{
|
||
PinyinDecoder missing(root / "missing.dat", root / "missing-user.dat");
|
||
require(missing.sentence("nihao").empty(), "Missing model used another session's decoder");
|
||
}
|
||
require(decoder_a.sentence("nihao") == expected_a, "Failed model load damaged existing session");
|
||
const auto run = [](const PinyinDecoder &decoder, const std::string &input, const std::string &expected) {
|
||
for (int i = 0; i < 12; ++i)
|
||
require(decoder.sentence(input) == expected, "Concurrent decoder result leaked across sessions");
|
||
};
|
||
auto first = std::async(std::launch::async, run, std::cref(decoder_a), "nihao", expected_a);
|
||
auto second = std::async(std::launch::async, run, std::cref(decoder_b), "zhongguo", expected_b);
|
||
first.get();
|
||
second.get();
|
||
}
|
||
}
|
||
|
||
int main()
|
||
{
|
||
test_runtime_isolation();
|
||
return 0;
|
||
}
|