feat # 新增日志功能

This commit is contained in:
2026-10-08 14:40:58 +08:00
parent 3a3d547ccd
commit cba7b5fbcc
19 changed files with 978 additions and 48 deletions
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@@ -19,7 +19,9 @@ tools/*.mjs
# Local updater downloads and runtime logs
/.update_tmp/
/.planning/
/mengsan/logs/
/logs/
*.log
# Local credentials; keep shareable environment templates
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# 术樱包自动诊断日志
扩展加载后自动记录本扩展的关键业务步骤,发生错误时自动生成独立报告。
无需开启控制台或手动开始录制;不上传任何数据。
## 文件位置
PC 和安卓客户端均写入游戏目录下的 `extension/术樱包/logs/`。
- `runtime-*.jsonl`:按行保存时间、模块、步骤、关联 ID 和上下文。
- `report-*.json`:错误报告,包含首次/最近异常、错误栈、cause、内部异常、
运行版本、错误前操作、当前结算阶段和存档状态。
同一异常在存档层、结算层等多个入口被观察时,共用报告编号并更新修订号;
occurrences 表示被捕获的次数,不表示奖励发放次数。最近报告不会因普通日志
轮转被删除。保存回执绑定对应修订和真实通道,旧版本写入成功不会误标新版本。
扩展设置中的“诊断日志位置”显示实际位置和最近报告保存状态。
只需要保留相应报告和附近的 runtime 文件;如何发送由用户自行处理。
## 采集范围
- 主动记录术樱包加载、更新、梦三战斗、结算、存档、手牌、地图及菜单错误。
- 全局错误仅接收来源文件或异常栈属于本扩展的情况,包含编码后的中文路径。
- 不因为当前开启梦三就收集所有错误,也不根据错误消息包含“术樱包”归因。
- 原引擎错误处理仍会执行;不替换引擎事件、Promise 或 console 的原型。
## 存档诊断
报告分别记录 storageStatus、memoryPublished 和 commitReceipt:
- storageStatus=committed 表示存档事务完成,或 localStorage 写入已返回。
- memoryPublished=true 表示运行内存已发布成功存档。
- commitReceipt=true 表示结算协调器收到了提交成功结果。
资源清理、技能释放或地图展示随后失败时,不能据此判断存档失败。
重试沿用现有去重和奖励提交规则,日志不参与存档事务,也不触发自动重试。
## 容量与兼容
默认每秒批量保存普通日志;错误报告立即排入写入队列。运行日志按约
256 KiB 分段;内存保留最近约 512 KiB / 400 条记录。日志目录自动清理
系统自己生成的旧文件,保留总量约 5 MiB、最多 64 个文件。报告包含截断和
丢弃计数;“完整诊断”指受限的错误链与现场记录,不是无限保留整个游戏过程。
PC 使用异步文件操作,安卓使用 Cordova 目录和 FileWriter 回调,写入前截断旧
内容,使用 UTF-8 Blob。单次保存操作设置 5 秒观察超时;超时后停止使用该
文件通道,避免迟到写入与后续写入重叠。写入异常不会中断游戏业务。
原生文件不可用时,降级到独立的 `shuying-diagnostics` IndexedDB;它不与
游戏存档共用数据库。若两种持久化方式都不可用,仅保留本次运行的内存
记录,菜单会明确显示未持久化,不能宣称文件已生成。
切入后台或页面隐藏时尝试保存缓冲;被系统强制杀死或断电时,最后尚未完成的
异步写入可能丢失。结算内部等待超过 15 秒会记录观察日志,选择奖励、地图节点
和剧情等待不会被当作超时错误;观察器不会结束业务事件。
字段过滤会隐藏凭据字段、常见 URL 凭据参数和 Bearer 内容。报告不会复制完整
玩家对象、DOM、引擎状态或整个存档。日志文件不进入发布清单和 Git。
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import {
byteLength, cleanText, extensionError, extensionSource, serializeError, snapshot,
} from "./serialize.js";
import { createDiagnosticStorage, isDiagnosticFile, LOG_DIRECTORY } from "./storage.js";
const noop = () => null;
const inactive = Object.freeze({
info: noop, warn: noop, error: noop, scope: () => inactive,
registerContext: () => noop, flush: async () => {},
step: async (_event, action) => action(),
status: () => ({ enabled: false }), dispose: noop,
});
let current = inactive;
export function getDiagnostics() { return current; }
export function createDiagnostics(options = {}) {
const env = options.env || {};
const now = options.now || Date.now;
const monotonic = () => {
try { return env.performance?.now?.() ?? now(); } catch { return now(); }
};
const launchId = `${now().toString(36)}-${Math.random().toString(36).slice(2, 10)}`;
const maxMemoryBytes = options.maxMemoryBytes ?? 512 * 1024;
const maxJournalBytes = options.maxJournalBytes ?? 256 * 1024;
const maxReportBytes = options.maxReportBytes ?? 512 * 1024;
const maxDiskBytes = options.maxDiskBytes ?? 5 * 1024 * 1024;
const maxFiles = options.maxFiles ?? 64;
const maxPending = options.maxPending ?? 12;
const flushMs = options.flushMs ?? 1000;
const recent = [], contexts = new Map(), pending = new Map();
const errors = new WeakMap(), fingerprints = new Map(), listeners = [];
let sequence = 0, reportSequence = 0, segment = 0, memoryBytes = 0;
let journal = [], journalBytes = 0, revision = 0, queuedRevision = -1;
let flushTimer = null, worker = null, stopped = false, unavailable = false;
let latestReport = null, droppedRecords = 0, droppedWrites = 0;
let inventory = null, inventoryKind = null;
const metadata = snapshot({
extension: "术樱包", extensionVersion: options.version || "unknown",
engineVersion: env.lib?.version || "unknown", launchId,
platform: env.lib?.node ? "pc" : env.lib?.device ? "android" : "browser",
userAgent: env.window?.navigator?.userAgent || "unknown",
modules: { mengsan: env.lib?.config?.shuYing_mengsan_installed_version || null },
});
const roots = [];
try {
const root = new URL("../", import.meta.url);
if (["file:", "http:", "https:"].includes(root.protocol)) roots.push(root.href);
} catch {}
if (options.extensionRoot) {
try {
roots.push(new URL(options.extensionRoot.replace(/\/?$/, "/"),
env.document?.baseURI || env.window?.location?.href).href);
} catch {}
}
const storage = options.storage || createDiagnosticStorage(env, {
timeoutMs: options.storageTimeoutMs,
onFailure(error, phase) {
record("WARN", "diagnostics.storage.failure", { phase }, error, "diagnostics");
},
});
const storageStatus = () => storage.status?.() || { kind: "file", location: LOG_DIRECTORY };
const runtimeName = () => `runtime-${launchId}-${segment}.jsonl`;
function contextFor(extra) {
const values = {};
for (const [name, provider] of contexts) {
try { values[name] = snapshot(provider()); }
catch { values[name] = { diagnosticContextUnavailable: true }; }
}
return { ...values, ...snapshot(extra || {}) };
}
function schedule() {
if (flushTimer || stopped || unavailable) return;
flushTimer = setTimeout(() => { flushTimer = null; void flush(); }, flushMs);
flushTimer?.unref?.();
}
function record(level, event, extra, error, module = "extension") {
if (stopped) return null;
try {
const entry = {
schemaVersion: 1, sequence: ++sequence, time: new Date(now()).toISOString(),
launchId, level, module: cleanText(module, 128), event: cleanText(event, 256),
context: contextFor(extra),
};
if (error !== undefined) entry.error = serializeError(error);
const item = { entry, bytes: 0 };
recent.push(item);
if (level === "ERROR") createReport(entry, error);
const text = JSON.stringify(entry) + "\n";
const bytes = byteLength(text);
item.bytes = bytes; memoryBytes += bytes;
if (journalBytes + bytes > maxJournalBytes && journal.length) {
enqueue(runtimeName(), journal.join(""));
segment++; journal = []; journalBytes = 0; queuedRevision = -1;
}
journal.push(text); journalBytes += bytes; revision++;
while (recent.length > 400 || memoryBytes > maxMemoryBytes) {
memoryBytes -= recent.shift().bytes; droppedRecords++;
}
schedule();
if (level === "ERROR") void flush();
return entry;
} catch {
return null;
}
}
function createReport(entry, rawError) {
let known;
if (rawError && typeof rawError === "object") known = errors.get(rawError);
const fingerprint = `${entry.module}:${entry.event}:${entry.error?.name}:${entry.error?.message}`;
if (!known) {
const prior = fingerprints.get(fingerprint);
if (prior && now() - prior.time < 5000) known = prior;
}
if (!known) known = { id: `${launchId}-${++reportSequence}`, count: 0,
first: entry.time, time: now(), firstFailure: entry };
known.count++; known.time = now();
if (rawError && typeof rawError === "object") errors.set(rawError, known);
fingerprints.set(fingerprint, known);
while (fingerprints.size > 64) fingerprints.delete(fingerprints.keys().next().value);
entry.reportId = known.id;
const file = `report-${known.id}.json`;
const report = {
schemaVersion: 1, reportId: known.id, firstSeen: known.first,
lastSeen: entry.time, occurrences: known.count, environment: metadata,
storageAtCapture: snapshot(storageStatus()), firstFailure: known.firstFailure,
failure: entry, records: recent.map(item => item.entry),
droppedRecords, droppedWrites,
};
let text = JSON.stringify(report, null, 2);
while (byteLength(text) > maxReportBytes && report.records.length > 1) {
report.records.shift(); report.droppedRecords++;
text = JSON.stringify(report, null, 2);
}
latestReport = { id: known.id, file, revision: known.count,
persisted: false, event: entry.event };
enqueue(file, text, true, known.count);
}
function enqueue(name, text, priority = false, reportRevision = null) {
if (unavailable || stopped) return;
if (!pending.has(name) && pending.size >= maxPending) {
const victim = [...pending].find(([, item]) => !item.priority)?.[0];
if (!victim) { droppedWrites++; return; }
pending.delete(victim); droppedWrites++;
}
pending.set(name, { text, priority, reportRevision });
startWorker();
}
async function prune(protect, text) {
const kind = storageStatus().kind;
if (!inventory || inventoryKind !== kind) {
inventory = new Map((await storage.list()).filter(file =>
isDiagnosticFile(file.name)).map(file => [file.name, file]));
inventoryKind = kind;
}
inventory.set(protect, { name: protect, bytes: byteLength(text), time: now() });
const files = [...inventory.values()];
files.sort((a, b) => (a.time || 0) - (b.time || 0));
let bytes = files.reduce((sum, file) => sum + (file.bytes || 0), 0);
let count = files.length;
for (const file of files) {
if (bytes <= maxDiskBytes && count <= maxFiles) break;
if (file.name === protect || file.name === runtimeName()
|| file.name === latestReport?.file) continue;
await storage.remove(file.name);
inventory.delete(file.name);
bytes -= file.bytes || 0; count--;
}
}
function startWorker() {
if (worker || !pending.size) return;
worker = Promise.resolve().then(async () => {
while (pending.size && !unavailable) {
const name = [...pending].find(([, item]) => item.priority)?.[0]
|| pending.keys().next().value;
const item = pending.get(name);
pending.delete(name);
try {
await storage.write(name, item.text);
if (latestReport?.file === name && latestReport.revision === item.reportRevision) {
latestReport.persisted = true;
latestReport.savedStorage = snapshot(storageStatus());
}
try { await prune(name, item.text); } catch { inventory = null; }
} catch {
unavailable = true; pending.clear();
}
}
}).catch(() => { unavailable = true; pending.clear(); }).finally(() => {
worker = null;
if (pending.size && !unavailable) startWorker();
});
}
async function flush() {
try {
clearTimeout(flushTimer); flushTimer = null;
if (journal.length && queuedRevision !== revision) {
queuedRevision = revision;
enqueue(runtimeName(), journal.join(""));
}
while (worker) await worker;
} catch {}
}
function scope(module, provider = () => ({})) {
const details = extra => {
try {
const context = typeof provider === "function" ? provider() : provider;
return { ...snapshot(context), ...snapshot(extra || {}) };
} catch { return { diagnosticContextUnavailable: true }; }
};
return Object.freeze({
info: (event, extra) => record("INFO", event, details(extra), undefined, module),
warn: (event, extra, error) => record("WARN", event, details(extra), error, module),
error: (event, error, extra) => record("ERROR", event, details(extra), error, module),
async step(event, action, extra = {}, options = {}) {
const started = monotonic();
record("INFO", `${event}.start`, details(extra), undefined, module);
let timer;
if (options.observeWait !== false) {
timer = setTimeout(() => {
if (env.document?.hidden) return;
record("WARN", `${event}.waiting`, details({ ...extra,
elapsedMs: monotonic() - started }), undefined, module);
}, options.waitMs ?? 15000);
timer?.unref?.();
}
try {
const result = await action();
record("INFO", `${event}.complete`, details({ ...extra,
elapsedMs: monotonic() - started }), undefined, module);
return result;
} catch (error) {
record("ERROR", `${event}.failed`, details({ ...extra,
elapsedMs: monotonic() - started }), error, module);
throw error;
} finally { clearTimeout(timer); }
},
});
}
function listen(target, event, handler, capture = false) {
if (typeof target?.addEventListener !== "function") return;
target.addEventListener(event, handler, capture);
listeners.push(() => target.removeEventListener(event, handler, capture));
}
const globalLogger = scope("extension.global");
const globalSeen = new WeakMap();
function captureGlobal(error, source, extra = {}) {
if (!extensionSource(source, roots) && !extensionError(error, roots)) return;
if (error && typeof error === "object") {
const last = globalSeen.get(error);
if (last !== undefined && now() - last < 20) return;
globalSeen.set(error, now());
}
globalLogger.error("uncaught", error, { source, ...extra });
}
listen(env.window, "error", event => {
try {
if (extensionSource(event.filename, roots) || extensionError(event.error, roots)) {
captureGlobal(event.error || event.message, event.filename,
{ line: event.lineno, column: event.colno });
} else {
const source = event.target?.src || event.target?.href;
if (extensionSource(source, roots)) globalLogger.error("resource.load",
new Error("术樱包资源加载失败"), { source });
}
} catch {}
}, true);
listen(env.window, "unhandledrejection", event => {
try {
if (extensionError(event.reason, roots)) captureGlobal(event.reason, "",
{ origin: "unhandledrejection" });
} catch {}
});
if (env.window) {
const previous = env.window.onerror;
const chained = function(message, source, line, column, error) {
try { captureGlobal(error || message, source, { line, column }); } catch {}
return typeof previous === "function" ? previous.apply(this, arguments) : undefined;
};
env.window.onerror = chained;
listeners.push(() => {
if (env.window.onerror === chained) env.window.onerror = previous;
});
}
listen(env.document, "visibilitychange", () => {
if (env.document.hidden) void flush();
});
listen(env.window, "pagehide", () => { void flush(); });
const api = Object.freeze({
...scope("extension"), scope,
registerContext(name, provider) {
contexts.set(name, provider);
return () => contexts.delete(name);
},
flush,
status: () => snapshot({ enabled: true, ...storageStatus(),
unavailable, latestReport, droppedRecords, droppedWrites,
runtimeFile: runtimeName(), launchId }),
dispose() {
void flush(); stopped = true; clearTimeout(flushTimer);
for (const remove of listeners) remove();
if (current === api) current = inactive;
},
});
api.info("diagnostics.started", { environment: metadata });
return api;
}
export function configureDiagnostics({ lib, game, window, document, version, extensionRoot }) {
if (current !== inactive) return current;
try {
current = createDiagnostics({ version, extensionRoot,
env: { lib, game, window, document, performance: window?.performance,
localStorage: window?.localStorage, indexedDB: window?.indexedDB } });
} catch {}
return current;
}
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const secretKey = /password|passwd|secret|token|cookie|authorization|api[_-]?key|credential/i;
export function cleanText(value, limit = 8192) {
let text;
try { text = String(value); } catch { return "[unreadable]"; }
const truncated = text.length > limit;
text = text.slice(0, limit);
text = text.replace(/([?&](?:token|key|api[_-]?key|access_token|password|secret|auth)[a-z0-9_-]*=)[^&#\s]*/gi,
"$1[redacted]");
text = text.replace(/((?:Bearer|Basic)\s+)[\w.+\/=-]+/gi, "$1[redacted]");
text = text.replace(/\b(?:https?|ftp):\/\/[^\s/?#]*/gi, (url, offset, source) => {
const schemeEnd = url.indexOf("://") + 3;
const at = url.lastIndexOf("@");
if (at >= schemeEnd) return url.slice(0, schemeEnd) + "[redacted]@" + url.slice(at + 1);
if (truncated && offset + url.length === source.length
&& url.slice(schemeEnd).includes(":")) return url.slice(0, schemeEnd) + "[redacted]";
return url;
});
return !truncated && text.length <= limit ? text : text.slice(0, limit) + "[truncated]";
}
function read(object, key) {
try { return object[key]; } catch { return "[unreadable]"; }
}
export function snapshot(value, depth = 0, seen = new WeakSet()) {
if (value === null || value === undefined) return value ?? null;
if (typeof value === "string") return cleanText(value, 2048);
if (typeof value === "boolean") return value;
if (typeof value === "number") return Number.isFinite(value) ? value : String(value);
if (typeof value !== "object") return cleanText(value, 256);
if (seen.has(value)) return "[circular]";
if (depth >= 5) return "[depth limit]";
seen.add(value);
if (Array.isArray(value)) {
const result = value.slice(0, 32).map(item => snapshot(item, depth + 1, seen));
if (value.length > 32) result.push(`[${value.length - 32} more items]`);
return result;
}
let keys;
try { keys = Object.keys(value); } catch { return "[unreadable]"; }
const result = {};
for (const key of keys.slice(0, 40)) {
if (key === "__proto__" || key === "constructor") continue;
result[key] = secretKey.test(key) ? "[redacted]"
: snapshot(read(value, key), depth + 1, seen);
}
if (keys.length > 40) result.truncatedKeys = keys.length - 40;
return result;
}
export function serializeError(error, depth = 0, seen = new WeakSet(),
budget = { nodes: 0, characters: 32768 }) {
if (++budget.nodes > 32 || budget.characters <= 0) {
return { name: "TruncatedError", message: "[error size limit]" };
}
const text = (value, limit = 8192) => {
const result = cleanText(value, Math.max(0, Math.min(limit, budget.characters)));
budget.characters -= result.length;
return result;
};
if (!error || typeof error !== "object") {
return { name: "ThrownValue", message: text(error) };
}
if (seen.has(error)) return { name: "CircularError", message: "[circular]" };
if (depth >= 5) return { name: "TruncatedError", message: "[depth limit]" };
seen.add(error);
const result = {
name: text(read(error, "name") || "Error", 128),
message: text(read(error, "message") || error),
stack: text(read(error, "stack") || "", 16384),
};
for (const key of ["code", "operationUncertain"]) {
const value = read(error, key);
if (value !== undefined) result[key] = snapshot(value);
}
const cause = read(error, "cause");
if (cause !== undefined) result.cause = serializeError(cause, depth + 1, seen, budget);
const errors = read(error, "errors");
if (Array.isArray(errors)) {
result.errors = errors.slice(0, 16).map(item =>
serializeError(item, depth + 1, seen, budget));
if (errors.length > 16) result.truncatedErrors = errors.length - 16;
}
return result;
}
function decode(value) {
let text = cleanText(value, 32768).replace(/\\/g, "/");
for (let count = 0; count < 2; count++) {
try { text = decodeURIComponent(text); } catch { break; }
}
return text;
}
export function extensionSource(value, roots = []) {
if (typeof value !== "string" || !value) return false;
const source = cleanText(value, 32768).replace(/\\/g, "/").trim();
const url = source.match(/(?:file|https?):\/\/[^\n]+/i)?.[0];
const native = source.match(/[a-z]:\/[^\n]+/i)?.[0];
const candidate = decode((url || native || source)
.replace(/\)\s*$/, "").split(/[?#]/, 1)[0]);
if (roots.some(root => {
const base = decode(root).split(/[?#]/, 1)[0];
return base && (candidate.startsWith(base)
|| (base.startsWith("file:") && candidate.startsWith(base.replace(/^file:\/+/, ""))));
})) return true;
if (/^(?:\.?\/)?extension\/术樱包\//.test(candidate)) return true;
return !roots.length && /\/extension\/术樱包\//.test(candidate);
}
export function extensionError(error, roots = [], depth = 0) {
if (!error || typeof error !== "object" || depth >= 5) return false;
const stack = read(error, "stack");
if (typeof stack === "string" && stack.split("\n").slice(1).some(line =>
/(?:\bat\s|@)/.test(line) && extensionSource(line, roots))) return true;
if (extensionSource(read(error, "fileName"), roots)) return true;
if (extensionError(read(error, "cause"), roots, depth + 1)) return true;
const errors = read(error, "errors");
return Array.isArray(errors) && errors.slice(0, 16).some(item =>
extensionError(item, roots, depth + 1));
}
export function byteLength(text) {
if (typeof TextEncoder === "function") return new TextEncoder().encode(text).length;
return new Blob([text]).size;
}
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import { byteLength } from "./serialize.js";
export const LOG_DIRECTORY = "extension/术樱包/logs";
const ownedName = /^(?:runtime|report)-[a-zA-Z0-9-]+\.(?:jsonl|json)$/;
export function isDiagnosticFile(name) {
return typeof name === "string" && ownedName.test(name);
}
function checkedName(name) {
if (!isDiagnosticFile(name)) throw new Error("Invalid diagnostic filename");
return name;
}
function callback(start) {
return new Promise((resolve, reject) => {
try { start(resolve, reject); } catch (error) { reject(error); }
});
}
function nodeStorage(env) {
const fs = env.lib?.node?.fs;
const root = env.window?.__dirname;
if (!fs || typeof root !== "string" || !root) return null;
const directory = `${root.replace(/[\\/]$/, "")}/${LOG_DIRECTORY}`;
const invoke = (method, ...args) => callback((resolve, reject) => {
fs[method](...args, (error, value) => error ? reject(error) : resolve(value));
});
const ready = () => invoke("mkdir", directory, { recursive: true });
return {
kind: "file", location: directory,
async write(name, text) {
await ready();
await invoke("writeFile", `${directory}/${checkedName(name)}`, text, "utf8");
},
async list() {
await ready();
const names = (await invoke("readdir", directory)).filter(isDiagnosticFile);
const entries = [];
for (const name of names) {
const stat = await invoke("lstat", `${directory}/${name}`);
if (stat.isFile()) entries.push({ name, bytes: stat.size, time: stat.mtimeMs });
}
return entries;
},
remove: name => invoke("unlink", `${directory}/${checkedName(name)}`),
};
}
function cordovaStorage(env) {
const host = env.window;
if (typeof host?.resolveLocalFileSystemURL !== "function") return null;
const root = env.localStorage?.getItem("noname_inited");
if (!root) return null;
let directoryPromise;
const directory = () => {
if (!directoryPromise) directoryPromise = callback((resolve, reject) => {
host.resolveLocalFileSystemURL(root, resolve, reject);
}).then(async entry => {
for (const part of LOG_DIRECTORY.split("/")) {
entry = await callback((resolve, reject) =>
entry.getDirectory(part, { create: true }, resolve, reject));
}
return entry;
});
return directoryPromise;
};
const file = async name => {
const entry = await directory();
return callback((resolve, reject) =>
entry.getFile(checkedName(name), { create: true }, resolve, reject));
};
return {
kind: "file", location: `${root.replace(/\/$/, "")}/${LOG_DIRECTORY}`,
async write(name, text) {
const entry = await file(name);
await callback((resolve, reject) => entry.createWriter(writer => {
let truncated = false;
writer.onerror = () => reject(writer.error || new Error("Diagnostic write failed"));
writer.onwriteend = () => {
if (writer.error) { reject(writer.error); return; }
if (truncated) { resolve(); return; }
truncated = true;
try { writer.write(new Blob([text], { type: "text/plain;charset=utf-8" })); }
catch (error) { reject(error); }
};
try { writer.truncate(0); } catch (error) { reject(error); }
}, reject));
},
async list() {
const entry = await directory();
const reader = entry.createReader();
const entries = [];
while (true) {
const batch = await callback((resolve, reject) =>
reader.readEntries(resolve, reject));
if (!batch.length) break;
for (const item of batch) {
if (!item.isFile || !isDiagnosticFile(item.name)) continue;
const metadata = await callback((resolve, reject) =>
item.getMetadata(resolve, reject));
entries.push({ name: item.name, bytes: metadata.size,
time: new Date(metadata.modificationTime).getTime() });
}
}
return entries;
},
async remove(name) {
const entry = await file(name);
return callback((resolve, reject) => entry.remove(resolve, reject));
},
};
}
function databaseStorage(env) {
const indexedDB = env.indexedDB;
if (!indexedDB) return null;
let database;
const open = () => database ||= callback((resolve, reject) => {
const request = indexedDB.open("shuying-diagnostics", 1);
let failed = false;
request.onupgradeneeded = () => {
const db = request.result;
if (!db.objectStoreNames.contains("files")) db.createObjectStore("files", { keyPath: "name" });
};
request.onsuccess = () => {
if (failed) { request.result.close(); return; }
request.result.onversionchange = () => request.result.close();
resolve(request.result);
};
request.onerror = () => { failed = true; reject(request.error); };
request.onblocked = () => { failed = true; reject(new Error("Diagnostic database blocked")); };
});
const transaction = async action => {
const db = await open();
return callback((resolve, reject) => {
const tx = db.transaction(["files"], "readwrite");
let value, failure;
tx.oncomplete = () => resolve(value);
tx.onerror = event => { failure = event.target?.error; };
tx.onabort = () => reject(tx.error || failure || new Error("Diagnostic transaction aborted"));
try { action(tx.objectStore("files"), result => { value = result; }); }
catch (error) { try { tx.abort(); } catch {} reject(error); }
});
};
return {
kind: "indexeddb", location: "本机独立诊断数据库",
write(name, text) {
return transaction(store => store.put({ name: checkedName(name), text,
bytes: byteLength(text), time: Date.now() }));
},
list() {
return transaction((store, done) => {
const entries = [];
const cursor = store.openCursor();
cursor.onsuccess = () => {
const item = cursor.result;
if (!item) { done(entries); return; }
if (isDiagnosticFile(item.value.name)) entries.push({
name: item.value.name, bytes: item.value.bytes, time: item.value.time,
});
item.continue();
};
});
},
remove: name => transaction(store => store.delete(checkedName(name))),
};
}
export function createDiagnosticStorage(env, options = {}) {
const timeoutMs = options.timeoutMs ?? 5000;
const onFailure = options.onFailure || (() => {});
const candidates = [];
try {
const native = nodeStorage(env) || cordovaStorage(env);
if (native) candidates.push(native);
} catch (error) { onFailure(error, "file.init"); }
try {
const database = databaseStorage(env);
if (database) candidates.push(database);
} catch (error) { onFailure(error, "database.init"); }
let index = 0;
const timed = action => new Promise((resolve, reject) => {
const timer = setTimeout(() => reject(new Error("Diagnostic storage timed out")), timeoutMs);
Promise.resolve().then(action).then(resolve, reject).finally(() => clearTimeout(timer));
});
const execute = async (method, ...args) => {
while (index < candidates.length) {
const backend = candidates[index];
try { return await timed(() => backend[method](...args)); }
catch (error) {
try { onFailure(error, `${backend.kind}.${method}`); } catch {}
if (method !== "write") throw error;
index++;
}
}
throw new Error("Diagnostic persistence unavailable; records kept in memory");
};
return {
write: (name, text) => execute("write", name, text),
list: () => execute("list"),
remove: name => execute("remove", name),
status: () => ({ kind: candidates[index]?.kind || "memory",
location: candidates[index]?.location || "仅当前运行内存,未能持久化" }),
};
}
+11 -3
View File
@@ -2,10 +2,11 @@ import { lib, game, ui, get, ai, _status } from "../../noname.js";
import updater from "./update.js"
import func from "./function.js"
import initShuYingMenu from "./menu.js";
import { configureDiagnostics } from "./diagnostics/index.js";
export const type = "extension";
export let shuYing = new Object();
const shuYingLocalVersion = "2.0.2.3-rc.2";
const shuYingLocalVersion = "2.0.2.3-rc.3";
shuYing.name = "术樱包";
shuYing.editable = false;
@@ -16,6 +17,11 @@ shuYing.text = {}; //中上方文本
shuYing.text_style = {}; //中上方文本样式
shuYing.moduleCache = {}; //动态加载模块缓存,避免同一文件重复import
shuYing.voices = {}; //语音台词表,voices.js缺失时保持为空
shuYing.diagnostics = configureDiagnostics({
lib, game, window, document, version: shuYingLocalVersion,
extensionRoot: shuYing.url,
});
const diagnostics = shuYing.diagnostics.scope("extension");
//按需加载扩展内部模块。optional为true时,文件缺失只关闭对应功能,不中断整个扩展入口。
shuYing.loadModule = async (path, label, optional = true) => {
@@ -24,6 +30,7 @@ shuYing.loadModule = async (path, label, optional = true) => {
.then(module => module.default ?? module)
.catch(error => {
const message = `术樱包:${label || path}加载失败`;
diagnostics.error("module.load.failed", error, { path, label, optional });
if (!optional) throw error;
console.warn(message, error);
return null;
@@ -125,6 +132,7 @@ shuYing.getVersion = (callback) => {
.catch(error => {
if (requestId != shuYing.versionRequestId) return null;
console.error("术樱包获取在线版本失败:", error);
diagnostics.error("version.lookup.failed", error);
shuYing.updateOnlineVersionMenu(null, "获取失败");
return null;
});
@@ -245,7 +253,7 @@ shuYing.initCharacter = async () => {
}
//初始化游戏时
shuYing.precontent = async () => {
shuYing.precontent = () => diagnostics.step("precontent", async () => {
await shuYing.loadVoices();
shuYing.initCSS();
shuYing.initFunction();
@@ -273,7 +281,7 @@ shuYing.precontent = async () => {
initShuYingMenu({ lib, game, ui, shuYing, updater });
shuYing.getVersion();
await shuYing.initCharacter();
};
});
shuYing.config = () => {
+51 -20
View File
@@ -1,67 +1,89 @@
// Candidate external coordinator. Finish callbacks return a boolean, NEVER a drain promise.
import { getDiagnostics } from "../../diagnostics/index.js";
const copy = value => JSON.parse(JSON.stringify(value));
export function createBattleFlow({settlement, chooseReward, chooseDefeat, showMap, showEnding, quiesce, releaseSkills = async () => {}, presentVictory = async () => {}}) {
export function createBattleFlow({settlement, chooseReward, chooseDefeat, showMap, showEnding, quiesce, releaseSkills = async () => {}, releaseBattle = () => {}, presentVictory = async () => {}}) {
let state = "map", active = null, work = null, job = null, error = null;
let phase = "map", attempt = 0;
const diagnostics = getDiagnostics().scope("mengsan.flow", () => ({
state, phase, attempt, sessionId: active?.session.id,
sessionState: active?.session.state,
pendingTasks: active?.session.pendingCount,
runId: active?.run.runId, revision: active?.run.revision,
nodeId: active?.node.id, settlementId: job?.pending?.id,
outcome: job?.input?.outcome, commitReceipt: !!job?.committed,
skillsReleased: !!job?.skillsReleased, delivered: !!job?.delivered,
}));
const step = (name, action, wait = true) => {
phase = name;
return diagnostics.step(name, action, {}, { observeWait: wait });
};
async function drive() {
try {
state = "draining";
await active.session.drain();
await step("drain", () => active.session.drain());
// Allow mode-start/parent frames and foreign pauses to unwind; never resume them.
await quiesce();
if (!job.pending) job.pending = await settlement.prepare(job.input);
await step("quiesce.beforePrepare", quiesce);
if (!job.pending) job.pending = await step("prepare", () => settlement.prepare(job.input));
if (job.pending.outcome === "victory" && !job.victoryPresented) {
await presentVictory(copy(job.pending));
await step("victoryDialogue", () => presentVictory(copy(job.pending)), false);
job.victoryPresented = true;
}
if (job.pending.state !== "chosen") {
state = "choosing";
if (!job.hasChoice) {
job.choiceId = job.pending.outcome === "defeat" ? await chooseDefeat(copy(job.pending.base))
: await chooseReward(copy(job.pending.choices), {
job.choiceId = await step("rewardSelection", () => job.pending.outcome === "defeat" ? chooseDefeat(copy(job.pending.base))
: chooseReward(copy(job.pending.choices), {
boss: job.pending.boss,
elite: job.pending.elite,
fixedRewards: copy(job.pending.fixedRewards || []),
rewardPackage: copy(job.pending.rewardPackage || null),
});
}), false);
if (job.pending.outcome !== "defeat" && !job.pending.rewardPackage &&
job.choiceId !== null &&
!job.pending.choices.some(c => c.id === job.choiceId && c.kind !== "gold")) throw new Error("Invalid reward selection");
job.hasChoice = true;
}
job.pending = await settlement.choose(job.input.run.runId, job.pending.id, job.choiceId);
job.pending = await step("applyChoice", () => settlement.choose(job.input.run.runId, job.pending.id, job.choiceId));
}
if (!job.committed) {
state = "committing";
job.committed = await settlement.commit(job.input.run.runId, job.pending.id);
job.committed = await step("commit", () => settlement.commit(job.input.run.runId, job.pending.id));
}
if (!job.skillsReleased) {
state = "releasingSkills";
await releaseSkills();
await step("releaseSkills", releaseSkills);
job.skillsReleased = true;
await quiesce();
await step("quiesce.afterSkills", quiesce);
}
state = "cleaning";
await active.session.dispose(); // Failed cleanup retry does NOT replay a committed reward.
await quiesce();
await step("dispose", () => active.session.dispose()); // Failed cleanup retry does NOT replay a committed reward.
await step("quiesce.afterDispose", quiesce);
if (!job.battleReleased) {
await step("releaseBattle", releaseBattle);
job.battleReleased = true;
}
if (!job.delivered) {
state = "presenting";
if (job.committed.route === "map") {
const mapRun = copy(job.committed.run);
job.nextNode = await showMap(mapRun);
job.nextNode = await step("showMap", () => showMap(mapRun), false);
job.committed.run = mapRun;
}
else if (job.committed.route !== "new") {
await showEnding(job.committed.route, copy(job.committed.run));
await step("showEnding", () => showEnding(job.committed.route, copy(job.committed.run)), false);
}
job.delivered = true;
}
state = job.committed.route === "map" ? "map" : "ended";
diagnostics.info("settlement.complete", { route: job.committed.route });
return {...copy(job.committed), nextNode:copy(job.nextNode ?? null)};
} catch (cause) {
diagnostics.error("settlement.failed", cause, { failedPhase: phase });
error = cause; state = "retryable"; throw cause;
}
}
function launch() {
attempt++;
error = null; state = "draining";
work = Promise.resolve().then(drive);
// The engine callback is fire-and-forget; keep failure observable without unhandled rejection.
@@ -76,24 +98,33 @@ export function createBattleFlow({settlement, chooseReward, chooseDefeat, showMa
if (!saved || saved.runId !== run.runId || saved.revision !== run.revision) throw new Error("Stale battle input");
state = "starting";
try {
await quiesce();
await step("quiesce.beforeBattle", quiesce);
active = {session, run, node:copy(node), encounter:copy(encounter)};job = null;work = null;
// start MUST schedule only; it must not await the battle root's completion.
state = "battle"; start();
} catch (cause) { state = "blocked"; error = cause; throw cause; }
state = "battle"; attempt = 0; start();
diagnostics.info("battle.started");
} catch (cause) {
diagnostics.error("battle.start.failed", cause, { runId: run.runId, nodeId: node.id });
state = "blocked"; error = cause; throw cause;
}
},
requestFinish({session, hp, outcome = "victory", defeatedEnemies = 1}) {
if (state !== "battle" || session !== active.session) return false;
if (state !== "battle" || session !== active.session) {
diagnostics.info("finish.ignored", { requestedSessionId: session?.id, outcome });
return false;
}
if (!["victory", "defeat"].includes(outcome)) throw new Error("Unknown outcome");
if (!Number.isInteger(defeatedEnemies) || defeatedEnemies < 0) throw new Error("Invalid defeated enemy count");
job = {input:{run:copy(active.run),node:copy(active.node),encounter:{...copy(active.encounter),defeatedEnemies},hp,outcome}};
state = "stopping";
diagnostics.info("finish.accepted", { hp, defeatedEnemies });
active.session.requestStop();
launch();
return true; // No game.pause/resume: stop loop, let current body unwind, then open rewards.
},
retry() {
if (state !== "retryable") throw new Error("No failed settlement to retry");
diagnostics.info("settlement.retry");
launch(); return work;
},
wait() { if (!work) throw new Error("No settlement requested"); return work; },
+4 -1
View File
@@ -20,11 +20,13 @@ export function createBattleResources(session, {game, ui, _status}) {
session.ownResource({}, () => {
for (const card of cards) card.remove();
for (const [node,parent] of nodes) if (node.parentNode === parent) node.remove();
for (const {object,key,value,descriptor} of fields.reverse()) {
for (const {object,key,value,descriptor} of fields.slice().reverse()) {
if (object[key] !== value) continue; // A replacement owned by another subsystem survives.
if (descriptor) Object.defineProperty(object,key,descriptor); else delete object[key];
}
game.phaseNumber = counters.phaseNumber; game.roundNumber = counters.roundNumber;
cards.clear(); nodes.clear(); fields.length = 0;
before.clear(); uiBefore.clear();
});
return Object.freeze({
field,
@@ -49,6 +51,7 @@ export function createBattleResources(session, {game, ui, _status}) {
for (const key of ["currentPhase","lastPhasedPlayer","roundStart"]) {
if (owned.has(_status[key])) delete _status[key];
}
owned.clear();
});
},
});
+16 -2
View File
@@ -1,4 +1,5 @@
// Candidate only. No engine globals, event prototype patches, or save writes.
import { getDiagnostics } from "../../diagnostics/index.js";
const owners = new WeakMap();
export function createBattleSession(id) {
@@ -7,6 +8,11 @@ export function createBattleSession(id) {
let state = "running", disposePromise = null;
const pending = new Set(), events = new Set(), resources = new Map(), errors = [];
const waiters = new Set();
const diagnostics = getDiagnostics().scope("mengsan.session", () => ({
sessionId: id, state, pendingTasks: pending.size,
eventCount: events.size, resourceCount: resources.size,
recordedErrors: errors.length,
}));
const notify = () => { for (const wake of waiters) wake(); waiters.clear(); };
const ensureRunning = () => { if (state !== "running") throw new Error("Session is stopping"); };
const claim = object => {
@@ -20,6 +26,7 @@ export function createBattleSession(id) {
if (!(promise instanceof Promise)) throw new TypeError("Native completion Promise required");
pending.add(promise);
promise.then(() => { pending.delete(promise); notify(); }, error => {
diagnostics.error("task.failed", error);
errors.push(error); pending.delete(promise); notify();
});
return promise;
@@ -58,9 +65,13 @@ export function createBattleSession(id) {
requestStop() {
if (state !== "running") return false;
state = "stopping";
diagnostics.info("stop.requested");
// Only explicitly registered events. Do not erase global next/after or guess ownership.
for (const event of events) {
try { event.finish(); } catch (error) { errors.push(error); }
try { event.finish(); } catch (error) {
diagnostics.error("event.finish.failed", error, { eventName: event.name });
errors.push(error);
}
}
notify();
return true;
@@ -80,7 +91,10 @@ export function createBattleSession(id) {
disposePromise = (async () => {
// Reverse acquisition order; stop at first failure to preserve dependent resources.
for (const [resource, release] of [...resources].reverse()) {
await release(resource);
await diagnostics.step("resource.release", () => release(resource), {
resourceType: resource?.constructor?.name,
playerId: resource?.playerid, nodeName: resource?.nodeName,
});
resources.delete(resource); owners.delete(resource);
}
for (const event of events) owners.delete(event);
+23 -3
View File
@@ -4,6 +4,7 @@ import { applySharedBattleEndCards } from "../cards/shared-battle-end.js";
import { settleBondBattle } from "../bonds/state.js";
import { recordNormalBattleVictory } from "../progression/encounter-progress.js";
import { stripBattleProgress } from "../progression/map-checkpoint.js";
import { getDiagnostics } from "../../diagnostics/index.js";
import { prepareRewardPackage, applyRewardPackage }
from "../progression/reward-package.js";
@@ -14,6 +15,11 @@ export function createBattleSettlement({
enterNextAct, createRun, now = Date.now, logRewardPackage = () => {},
}) {
let item = null, committed = null, commitPromise = null;
const diagnostics = getDiagnostics().scope("mengsan.settlement", () => ({
settlementId: item?.id, runId: item?.base.runId,
nodeId: item?.nodeId, pendingState: item?.state,
route: item?.route, commitReceipt: !!committed,
}));
const readRun = () => store.read()[config.saveKey];
function current(storage, runId) {
const run = storage[config.saveKey];
@@ -27,6 +33,11 @@ export function createBattleSettlement({
function validateCheckpoint(run, snapshot, nodeId) {
if (run.actIndex !== snapshot.actIndex || run.revision !== snapshot.revision ||
run.map?.nodes.find(node => node.id === nodeId)?.completed !== false) {
diagnostics.warn("checkpoint.mismatch", {
expectedRevision: snapshot.revision, actualRevision: run.revision,
expectedAct: snapshot.actIndex, actualAct: run.actIndex,
nodeId, completed: run.map?.nodes.find(node => node.id === nodeId)?.completed,
});
throw new Error("Stale node or revision");
}
}
@@ -75,6 +86,10 @@ export function createBattleSettlement({
getRandomRewardChoices) : null;
item = {id, state:"awaitingChoice", nodeId:node.id, base, choices:copy(choices), fixedRewards:copy(fixedRewards), victoryDialogue:copy(encounter.victoryDialogue || []), boss:!!encounter.boss, elite, outcome, relicRecovery, bondGrowth};
item.rewardPackage = copy(rewardPackage);
diagnostics.info("prepared", {
outcome, choices: choices.map(choice => choice.id), fixedRewards,
expectedRevision: snapshot.revision, actualRevision: run.revision,
});
if (outcome === "victory" && !rewardPackage) {
item.rewardMode = "one-or-skip";
}
@@ -149,6 +164,7 @@ export function createBattleSettlement({
// 在内存锁定最终结果(包括随机牌实例),只在 commit 写入地图进度。
item.state = "chosen"; item.choiceId = copy(choiceId); item.result = stripBattleProgress(result);
item.route = route; item.completedAt = now();
diagnostics.info("choice.applied", { choiceId, route });
if (item.rewardPackage && item.outcome === "victory") {
logRewardPackage(item.rewardPackage, choiceId);
}
@@ -157,8 +173,11 @@ export function createBattleSettlement({
async commit(runId, id) {
const item = pending(runId, id);
if (item.state !== "chosen") throw new Error("Player choice required before saving");
if (committed) return {...copy(committed), duplicate:true};
if (commitPromise) return commitPromise;
if (committed) {
diagnostics.info("commit.duplicate");
return {...copy(committed), duplicate:true};
}
if (commitPromise) { diagnostics.info("commit.inflight"); return commitPromise; }
commitPromise = store.update(storage => {
const saved = storage[config.saveKey];
const prior = storage[config.profileKey]?.completedRuns?.find(r => r.runId === runId && r.settlementId === id);
@@ -188,8 +207,9 @@ export function createBattleSettlement({
else delete storage[config.saveKey]; // Same transaction as profile; never a second clear write.
}
return {route:item.route, run:item.route === "new" ? copy(item.nextRun) : result, duplicate:false};
}).then(result => {
}, { runId, settlementId: id, nodeId: item.nodeId }).then(result => {
committed = copy(result);
diagnostics.info("commit.receipt", { duplicate: result.duplicate, route: result.route });
return copy(committed);
}).finally(() => { commitPromise = null; });
return commitPromise;
+39 -7
View File
@@ -94,6 +94,7 @@ import { mountGMManager } from "./ui/gm-manager.js";
import { createPlayerTeardown } from "./battle/skill-teardown.js";
import { createBattleResources } from "./battle/battle-resources.js";
import { createModeStorage } from "./progression/mode-storage.js";
import { getDiagnostics } from "../diagnostics/index.js";
import { createBattleSession } from "./battle/battle-session.js";
import { observeFreshEvent } from "./battle/engine-session.js";
import { runPhaseLoop, stopBattleTurn } from "./battle/battle-loop.js";
@@ -141,7 +142,26 @@ const clearRun = modeStorage.clearRun;
const showMap = run => renderMap(run, { saveRun });
let battleSequence = 0;
let activeBattle = null;
const reportFlowError = error => { console.error("梦三流程暂停,未自动清档:", error); };
const diagnosticService = getDiagnostics();
const diagnostics = diagnosticService.scope("mengsan.mode");
diagnosticService.registerContext("mengsan", () => {
const run = _status.mengsanRun_shuying;
const manager = _status.eventManager;
return {
runId: run?.runId, revision: run?.revision, actIndex: run?.actIndex,
character: run?.player?.character, hp: run?.player?.hp,
sessionId: activeBattle?.session.id,
flowState: activeBattle?.flow.state, pendingTasks: activeBattle?.session.pendingCount,
save: modeStorage.lastWrite,
engine: { paused: _status.paused, paused2: _status.paused2,
tempEvent: manager?.tempEvent?.name,
eventStack: manager?.eventStack?.slice(-8).map(event => ({ name: event?.name })) },
};
});
const reportFlowError = error => {
diagnostics.error("journey.failed", error);
console.error("梦三流程暂停,未自动清档:", error);
};
const chooseRun = async savedRun => {
const available = savedRun?.status === "running";
@@ -718,8 +738,9 @@ const registerPlayers = (session, players) => {
});
}
};
const makeFlow = (releaseSkills = async () => {}) => createBattleFlow({
const makeFlow = (releaseSkills = async () => {}, releaseBattle = () => {}) => createBattleFlow({
releaseSkills,
releaseBattle,
presentVictory: pending => {
if (pending.bondGrowth) {
const growth = pending.bondGrowth;
@@ -764,7 +785,10 @@ const requestBattleFinish = outcome => {
const current = activeBattle;
if (!current) return false;
// Complete the original card and all queued replays before snapshotting a victory.
if(outcome==="victory" && current.sharedPendingUses?.size){current.sharedDeferredVictory=true;return false;}
if(outcome==="victory" && current.sharedPendingUses?.size){
diagnostics.info("victory.deferred", { pendingUses: current.sharedPendingUses.size });
current.sharedDeferredVictory=true;return false;
}
for (const player of game.dead) {
recordBondDeath(player, _status.mengsanRun_shuying,
message => game.log(message));
@@ -787,10 +811,12 @@ const awaitSettlement = async (flow, initial = flow.wait()) => {
try { return await operation; }
catch (error) {
if (flow.state !== "retryable") throw error;
diagnostics.error("settlement.prompt", error, { flowState: flow.state });
const action = await chooseButtons("结算未完成", [
{id:"retry",name:"重试保存与结算"},
{id:"exit",name:"保留已保存进度并返回模式选择"},
], "已提交的奖励不会重发。技能释放失败时请返回模式选择,避免重复调用释放回调。");
diagnostics.info("settlement.prompt.action", { action });
if (action === "exit") { await openModeSelection(); throw error; }
operation = flow.retry();
}
@@ -801,14 +827,20 @@ const playBattle = async (run, node, encounter) => {
if (lib.onfree) await new Promise(resolve => lib.onfree.push(resolve));
await quiesceEngine(_status);
const session = createBattleSession(`${run.runId}:${++battleSequence}`);
const resources = createBattleResources(session, {game,ui,_status});
let current;
const flow = makeFlow(() => current.releaseSkills?.());
let resources = createBattleResources(session, {game,ui,_status});
let current, root;
const flow = makeFlow(() => current.releaseSkills?.(), () => {
if (activeBattle === current) activeBattle = null;
for (const key of Object.keys(current)) {
if (key !== "session" && key !== "flow") delete current[key];
}
root = null; resources = null;
});
let finished;
const signal = new Promise(resolve => { finished = resolve; });
current = {session, flow, finished, resources, players: new Set(), monsterPiles: new Map(), energyUI: new Map(), intentUI: new Map()};
activeBattle = current;
const root = new lib.element.GameEvent("mengsanBattle", false, _status.eventManager);
root = new lib.element.GameEvent("mengsanBattle", false, _status.eventManager);
current.root = root;
const previousRoot = _status.eventManager.rootEvent;
session.ownResource({}, () => {
+47 -9
View File
@@ -1,8 +1,11 @@
// Candidate factory. Storage writer body reused from batch2 MODIFIED_STORAGE.js.
import { migrateRetiredCards } from "../cards/retired-cards.js";
import { stripBattleProgress } from "./map-checkpoint.js";
import { getDiagnostics } from "../../diagnostics/index.js";
export function createModeStorage({lib, game, config, localStorage, alert = () => {}, console = globalThis.console}) {
const MODE_ID = config.modeId;
const diagnostics = getDiagnostics().scope("mengsan.storage");
let writeSequence = 0, lastWrite = null;
const copy = value => JSON.parse(JSON.stringify(value));
@@ -16,10 +19,14 @@ const copyStorage = () => {
// Keep one mode-level writer; a failed write must not poison later retries.
let modeStorageQueue = Promise.resolve();
const writeModeStorage = storage => {
const writeModeStorage = (storage, receipt) => {
receipt.phase = "storage.write";
receipt.storageStatus = "pending";
if (!lib.db) {
// Do not switch backends after an IndexedDB error: that creates two saves.
localStorage.setItem(`${lib.configprefix}${MODE_ID}`, JSON.stringify(storage));
receipt.storageStatus = "committed";
diagnostics.info("storage.committed", receipt);
return Promise.resolve();
}
return new Promise((resolve, reject) => {
@@ -28,11 +35,18 @@ const writeModeStorage = storage => {
try {
// game.putDB resolves at request success, which is before commit.
transaction = lib.db.transaction(["data"], "readwrite");
transaction.oncomplete = () => resolve();
transaction.oncomplete = () => {
receipt.storageStatus = "committed";
diagnostics.info("transaction.committed", receipt);
resolve();
};
transaction.onerror = event => {
requestError = event.target?.error;
};
transaction.onabort = () => reject(transaction.error || requestError || new Error("梦三存档事务已中止"));
transaction.onabort = () => {
receipt.storageStatus = "aborted";
reject(transaction.error || requestError || new Error("梦三存档事务已中止"));
};
transaction.objectStore("data").put(storage, MODE_ID);
}
catch (error) {
@@ -45,18 +59,39 @@ const writeModeStorage = storage => {
});
};
const persistModeStorage = (update = () => {}) => {
const persistModeStorage = (update = () => {}, context = {}) => {
const receipt = { ...context, writeId: ++writeSequence, phase: "queued",
backend: lib.db ? "indexeddb" : "localStorage",
storageStatus: "notStarted", memoryPublished: false };
diagnostics.info("save.queued", receipt);
// Hold the engine reload guard from enqueue through commit and publication.
// reload2 also drains the engine's queued database operations on release.
lib.status.reload++;
const operation = modeStorageQueue.then(async () => {
lastWrite = receipt;
receipt.phase = "snapshot";
const storage = copyStorage();
receipt.phase = "mutator";
update(storage);
stripBattleProgress(storage[config.saveKey]);
storage.version = lib.version;
await writeModeStorage(storage);
await writeModeStorage(storage, receipt);
receipt.phase = "memory.publish";
lib.storage = storage;
}).finally(() => game.reload2());
receipt.memoryPublished = true;
diagnostics.info("memory.published", receipt);
}).catch(error => {
diagnostics.error("save.failed", error, receipt);
throw error;
}).finally(() => {
receipt.phase = "reloadGuard.release";
try { game.reload2(); }
catch (error) {
diagnostics.error("reloadGuard.failed", error, receipt);
throw error;
}
diagnostics.info("save.finished", receipt);
});
modeStorageQueue = operation.catch(() => {});
return operation;
};
@@ -67,9 +102,11 @@ const saveRun = async run => {
const snapshot = migrateRetiredCards(stripBattleProgress(copy(run)));
await persistModeStorage(storage => {
storage[config.saveKey] = snapshot;
});
}, { runId: snapshot.runId, revision: snapshot.revision });
}
catch (error) {
diagnostics.error("saveRun.failed", error,
{ runId: run?.runId, revision: run?.revision, lastWrite });
// Neither delete the previous save nor attempt a second destructive write.
alert("梦三存档失败,未覆盖上一次成功保存的进度。当前进度尚未保存,请勿刷新,并查看控制台错误。");
console.error("梦三存档失败:", error);
@@ -87,13 +124,14 @@ const clearRun = async () => {
return Object.freeze({
read: copyStorage,
get lastWrite() { return lastWrite ? { ...lastWrite } : null; },
saveRun, clearRun,
async update(mutator) {
async update(mutator, context = {}) {
let value;
await persistModeStorage(storage => {
value = mutator(storage);
if (value && typeof value.then === "function") throw new TypeError("Storage mutator must be synchronous");
});
}, context);
return value === undefined ? undefined : copy(value);
},
});
+3
View File
@@ -2,6 +2,7 @@ import { bondDefinitions, getBondCombat, getBondDeck }
from "../bonds/definitions.js";
import { getBondIntents } from "../bonds/intents.js";
import { bondProbability, ensureBonds, selectBond } from "../bonds/state.js";
import { getDiagnostics } from "../../diagnostics/index.js";
export function renderBonds(parent, run, saveRun, onBusy = () => {}) {
const bonds = ensureBonds(run);
@@ -33,6 +34,8 @@ export function renderBonds(parent, run, saveRun, onBusy = () => {}) {
updated.querySelector('button[aria-pressed="true"]')
?.focus({ preventScroll: true });
} catch (error) {
getDiagnostics().scope("mengsan.bonds").error("selection.save.failed", error,
{ runId: run.runId, revision: run.revision, bondId: id });
selectBond(run, previous);
status.textContent = "保存失败,请重试。";
console.error("梦三助战选择保存失败", error);
+9
View File
@@ -1,8 +1,17 @@
import { getDiagnostics } from "../../../diagnostics/index.js";
const lines = [];
let pendingWrite = Promise.resolve();
export function createHandDiagnostics(game, sessionId) {
const service = getDiagnostics();
const diagnostics = service.scope("mengsan.hand", { sessionId });
return (message, error) => {
if (service.status().enabled) {
if (error) diagnostics.error("hand.failed", error, { message });
else diagnostics.info("hand.message", { message });
return;
}
const line = `${new Date().toISOString()} [${sessionId}] ${message}` +
(error ? ` ${error.message || error}` : "");
console[error ? "warn" : "info"](`梦三手牌 UI:${line}`);
+4
View File
@@ -5,6 +5,7 @@ import config from "../../config.js";
import { getRelic } from "../../relics/definitions.js";
import { renderBonds } from "../bonds.js";
import { getSelectableNodes } from "../../progression/state.js";
import { getDiagnostics } from "../../../diagnostics/index.js";
// Original vector pictograms; no external image/font requests.
const iconPaths = {
@@ -186,6 +187,8 @@ export const showMap = (run, { saveRun } = {}) => new Promise(resolve => {
if (result === "exit") await openModeSelection();
} catch (error) {
console.error(error);
getDiagnostics().scope("mengsan.map").error("map.operation.failed", error,
{ runId: run.runId, revision: run.revision });
await askMenu("暂时无法返回", "征程未被清除,请重试。", [{ id: "close", name: "关闭提示" }]);
} finally { exitButton.disabled = false; }
});
@@ -324,6 +327,7 @@ export const showMap = (run, { saveRun } = {}) => new Promise(resolve => {
try { await openNonameMenu(); }
catch (error) {
console.error("梦三打开 Noname 菜单失败:", error);
getDiagnostics().scope("mengsan.map").error("menu.open.failed", error);
await askMenu("暂时无法显示菜单", error.message || "请稍后重试。", [{ id: "close", name: "回到行军图" }]);
}
},
+6 -1
View File
@@ -1,5 +1,6 @@
import { lib, game, ui, _status } from "../../../../noname.js";
import { save } from "../../../../noname/util/config.js";
import { getDiagnostics } from "../../diagnostics/index.js";
let selectingMode = false;
let nonameMenuTask = null;
@@ -50,7 +51,10 @@ export const openNonameMenu = async () => {
if (initiallyHidden) {
try {
if (!container.classList.contains("hidden")) ui.click.configMenu();
} catch (closeError) { console.error("Noname 菜单关闭失败:", closeError); }
} catch (closeError) {
getDiagnostics().scope("mengsan.navigation").error("menu.close.failed", closeError);
console.error("Noname 菜单关闭失败:", closeError);
}
if (wasPaused) game.pause2();
else game.resume2();
}
@@ -170,6 +174,7 @@ export const mountMenu = (overlay, options = {}) => {
if (confirmed === "confirm") await openModeSelection();
} catch (error) {
console.error("梦三菜单操作失败:", error);
getDiagnostics().scope("mengsan.navigation").error("menu.operation.failed", error);
await askMenu(action === "noname" ? "暂时无法显示菜单" : "暂时无法返回",
action === "noname" ? error.message || "请关闭提示后重试。" : "没有清除征程。请关闭提示后重试。",
[{ id: "close", name: "回到当前界面" }]);
+16
View File
@@ -383,6 +383,21 @@ export default function initShuYingMenu({ lib, game, ui, shuYing, updater }) {
},
};
menu.diagnosticLogs = {
name: "诊断日志位置",
clear: true,
async onclick() {
await shuYing.diagnostics?.flush();
const status = shuYing.diagnostics?.status();
if (!status?.enabled) { alert("诊断日志尚未初始化。"); return; }
const report = status.latestReport;
alert(`日志位置:${status.location}\n` +
(report ? `最近报告:${report.file}\n保存状态:${report.persisted ? "已保存" : "最新报告尚未保存"}` +
(report.savedStorage ? `\n报告位置:${report.savedStorage.location}` : "") : "本次运行尚无错误报告。") +
(status.unavailable ? "\n持久化失败,后续诊断记录仅保留在当前运行内存。" : ""));
},
};
const mengsanLabelId = "shuying_mengsan_module_status";
const mengsanStates = {
checking: ["检测中", "请稍候"],
@@ -416,6 +431,7 @@ export default function initShuYingMenu({ lib, game, ui, shuYing, updater }) {
try { status = await updater.getMengsanModuleStatus(); }
catch (error) {
console.error("读取梦三安装状态失败:", error);
shuYing.diagnostics?.scope("menu").error("module.status.failed", error);
status = "unknown";
}
if (request == mengsanStatusRequest) renderMengsanStatus(status);
+3
View File
@@ -4,6 +4,9 @@
"menu.js",
"function.js",
"update.js",
"diagnostics/index.js",
"diagnostics/serialize.js",
"diagnostics/storage.js",
"tianshu/extension.js",
"tianshu/config.js",
"pve/boss/index.js",
+25 -2
View File
@@ -292,6 +292,8 @@ async function writeLog(shuYing) {
function addLog(shuYing, message) {
if (!shuYing) return;
try { shuYing.diagnostics?.scope("updater").info("update.message", { message }); }
catch {}
if (!Array.isArray(shuYing._updateLogs)) {
shuYing._updateLogs = [];
@@ -305,6 +307,14 @@ function addLog(shuYing, message) {
}
}
function recordUpdateError(shuYing, event, error, context = {}) {
try {
shuYing?.diagnostics?.scope("updater").error(event, error, {
channel: getUpdateChannel(), source: getUpdateSource(), ...context,
});
} catch {}
}
async function flushLog(shuYing) {
clearTimeout(shuYing._updateLogTimer);
shuYing._updateLogTimer = null;
@@ -316,6 +326,7 @@ async function flushLog(shuYing) {
clearTimeout(shuYing._updateLogTimer);
shuYing._updateLogTimer = null;
console.error("写入术樱包日志失败:", error);
recordUpdateError(shuYing, "legacyLog.write.failed", error);
});
shuYing._updateLogWrite = operation;
await operation;
@@ -1226,7 +1237,10 @@ async function installMengsanFiles(shuYing, manifest, files, previousManifest =
else if (!previousManifest && !oldFiles.length) recovery = { status: "disabled", files: [], version: "disabled" };
}
try { await saveMengsanRecord(recovery); }
catch (saveError) { console.error("安装中断记录仍保持待处理状态:", saveError); }
catch (saveError) {
recordUpdateError(shuYing, "installation.receipt.failed", saveError);
console.error("安装中断记录仍保持待处理状态:", saveError);
}
throw error;
}
}
@@ -1377,6 +1391,7 @@ async function updateAllFiles(shuYing, manifest, files, operationRoot = newOpera
catch (rollbackError) {
failedRollback.push(file);
console.error("文件回滚失败:", file, rollbackError);
recordUpdateError(shuYing, "rollback.failed", rollbackError, { file });
}
}
retainRecovery = !!failedRollback.length || !!error.operationUncertain;
@@ -1391,7 +1406,10 @@ async function updateAllFiles(shuYing, manifest, files, operationRoot = newOpera
error: getErrorMessage(error),
}, null, 2), `${operationRoot}/recovery.json`);
}
catch (saveError) { console.error("恢复说明写入失败,旧文件仍保留:", operationRoot, saveError); }
catch (saveError) {
recordUpdateError(shuYing, "recovery.receipt.failed", saveError, { operationRoot });
console.error("恢复说明写入失败,旧文件仍保留:", operationRoot, saveError);
}
await addLog(shuYing, `回滚未完成,恢复文件已保留在:${operationRoot}`);
}
throw error;
@@ -1405,6 +1423,7 @@ async function updateAllFiles(shuYing, manifest, files, operationRoot = newOpera
}
catch (cleanupError) {
console.error("临时文件清理失败,不改变安装结果:", file, cleanupError);
recordUpdateError(shuYing, "temporary.cleanup.failed", cleanupError, { file });
break; // An unavailable backend must not cause one timeout per file.
}
}
@@ -1530,6 +1549,7 @@ async function checkVersion(shuYing, options = {}) {
}
catch (error) {
console.error(error);
recordUpdateError(shuYing, "version.update.failed", error);
await addLog(shuYing, `版本更新失败:${getErrorMessage(error)}`);
alert("版本检测或下载失败,请检查网络或服务器配置。");
return null;
@@ -1611,6 +1631,7 @@ async function repairMissingFiles(shuYing) {
}
catch (error) {
console.error(error);
recordUpdateError(shuYing, "missing.repair.failed", error);
await addLog(shuYing, `查漏补缺失败:${getErrorMessage(error)}`);
alert("查漏补缺失败,请查看 extension/术樱包/log.txt");
}
@@ -1682,6 +1703,7 @@ async function manageMengsanModule(shuYing) {
}
catch (error) {
console.error(error);
recordUpdateError(shuYing, "module.manage.failed", error);
await addLog(shuYing, `梦三模块操作失败:${getErrorMessage(error)}`);
const status = lib.config[mengsanRecordKey]?.status;
const hint = status == "uninstalling" ? "卸载未完成,重启后梦三暂停加载,可再次点击此按钮继续卸载。"
@@ -1716,6 +1738,7 @@ async function repairCoreFiles(shuYing) {
}
catch (error) {
console.error(error);
recordUpdateError(shuYing, "core.repair.failed", error);
await addLog(shuYing, `核心文件修复失败:${getErrorMessage(error)}`);
alert("核心文件下载或校验失败,请检查服务器文件与 manifest.json 是否一致。");
}