Files
mnote/scripts/task-page-block-ai-tools-smoke.js
T
lix-2026 a2cb1338c8 chore: 保存当前架构收口与 bug 修复快照
归档本轮 P0/P1 bug 修复、设计审查迁移、AI selection scope 收口与 stream contract 调整,并保留当前 05 主线迁移起点。
2026-05-18 17:01:35 +08:00

735 lines
30 KiB
JavaScript

#!/usr/bin/env node
"use strict";
const assert = require("node:assert");
const fs = require("node:fs/promises");
const path = require("node:path");
const { chromium } = require("playwright");
const {
BASE_URL,
UI_TIMEOUT_MS,
cleanupDocuments,
createTempDocument,
ensureAuthenticated,
openDocument,
renameDocument,
requestJson,
} = require("./tree-shell-smoke-helpers");
const OUT_DIR = path.join(process.cwd(), "tmp", "page-block-ai-tools-smoke");
const CHROME_EXECUTABLE = process.env.PLAYWRIGHT_CHROME_EXECUTABLE || "";
function blockById(blocks, blockId) {
return blocks.find((block) => block.blockId === blockId);
}
function blockTexts(blocks) {
return blocks.map((block) => block.text);
}
function aggregateBlocks(aggregate) {
const blocks = aggregate?.body?.blockDocument?.blocks;
assert(Array.isArray(blocks), "Page Aggregate 必须返回 body.blockDocument.blocks");
return blocks;
}
function aggregateBlockById(aggregate, blockId) {
return aggregateBlocks(aggregate).find((block) => block.blockId === blockId);
}
async function waitForVisibleTexts(page, expectedTexts) {
await page.waitForFunction(
({ expected }) => {
const visibleText = [];
const walker = document.createTreeWalker(document.body, NodeFilter.SHOW_TEXT);
while (walker.nextNode()) {
const node = walker.currentNode;
const parent = node.parentElement;
if (!(parent instanceof HTMLElement)) continue;
const style = window.getComputedStyle(parent);
const rect = parent.getBoundingClientRect();
const text = (node.textContent || "").trim();
if (
text &&
style.display !== "none" &&
style.visibility !== "hidden" &&
rect.width > 0 &&
rect.height > 0
) {
visibleText.push(text);
}
}
return expected.every((text) => visibleText.some((visible) => visible.includes(text)));
},
{ expected: expectedTexts },
{ timeout: UI_TIMEOUT_MS },
);
}
async function callMnoteTool(request, payload) {
return requestJson(request, "/api/hermes/tools/mnote/call", {
method: "POST",
headers: { "x-mnote-actor-id": payload.actorId || "smoke-user" },
data: payload,
});
}
async function fetchPageAggregate(request, workspaceId, documentId) {
const payload = await requestJson(
request,
`/api/page-aggregate/${encodeURIComponent(documentId)}?workspaceId=${encodeURIComponent(workspaceId)}`,
{ method: "GET" },
);
assert.equal(payload.schema, "mnote.page_aggregate.v1", "Page Aggregate schema 应保持稳定");
return payload.result;
}
async function fetchBlocks(request, target, suffix, label, actorId) {
const response = await callMnoteTool(request, {
toolName: "mnote.doc.fetch",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_block_fetch_${suffix}`,
runId: `run_block_fetch_${suffix}_${label}`,
toolCallId: `call_block_fetch_${suffix}_${label}`,
traceId: `trace_block_fetch_${suffix}_${label}`,
capabilityScope: ["page.read"],
args: {
scope: "full",
detail: "with_ids",
maxBlocks: 20,
},
});
assert.equal(response.ok, true, `${label}: doc.fetch 应成功`);
assert(Array.isArray(response.result.blocks), `${label}: doc.fetch 应返回 blocks`);
return response.result;
}
async function main() {
const suffix = Date.now().toString(36);
const title = `TEST-AI-BLOCK-TOOLS-${suffix}`;
const createdIds = [];
const evidence = {
ok: false,
baseUrl: BASE_URL,
title,
steps: [],
};
await fs.mkdir(OUT_DIR, { recursive: true });
const hermesTesterDir = path.join(process.cwd(), "tmp", "hermes-tester", `page-block-ai-tools-${suffix}`);
await fs.mkdir(hermesTesterDir, { recursive: true });
const browser = await chromium.launch({
headless: true,
...(CHROME_EXECUTABLE ? { executablePath: CHROME_EXECUTABLE } : {}),
args: ["--no-sandbox", "--disable-dev-shm-usage"],
});
const context = await browser.newContext({ viewport: { width: 1280, height: 900 } });
const page = await context.newPage();
try {
const viewer = await ensureAuthenticated(page, context.request);
const actorId = viewer.userId;
const target = await createTempDocument(context.request);
createdIds.push(target.documentId);
evidence.documentId = target.documentId;
evidence.workspaceId = target.workspaceId;
await renameDocument(context.request, target.workspaceId, target.documentId, title);
const initialContent = [
{ id: "heading_1", type: "heading", props: { level: 1 }, content: [{ type: "text", text: `标题 ${suffix}` }] },
{ id: "p_1", type: "paragraph", content: [{ type: "text", text: `第一段 ${suffix}` }] },
{ id: "p_2", type: "paragraph", content: [{ type: "text", text: `第二段 ${suffix}` }] },
{ id: "p_3", type: "paragraph", content: [{ type: "text", text: `第三段 ${suffix}` }] },
{
id: "heading_parent",
type: "heading",
props: { level: 2 },
content: [{ type: "text", text: `带子块标题 ${suffix}` }],
children: [
{ id: "heading_child", type: "paragraph", content: [{ type: "text", text: `标题子段落 ${suffix}` }] },
],
},
{ id: "list_item_1", type: "bullet_list_item", content: [{ type: "text", text: `列表项 ${suffix}` }] },
{ id: "table_1", type: "table", content: [{ type: "text", text: `表格块 ${suffix}` }] },
{
id: "mindmap_1",
type: "mindmap",
props: { mindmapId: `mindmap_smoke_${suffix}` },
content: [{ type: "text", text: `思维导图块 ${suffix}` }],
},
{ id: "resource_1", type: "resource", content: [{ type: "text", text: `资源块 ${suffix}` }] },
];
const seed = await callMnoteTool(context.request, {
toolName: "mnote.page.save",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_seed_${suffix}`,
runId: `run_seed_${suffix}`,
toolCallId: `call_seed_${suffix}`,
traceId: `trace_seed_${suffix}`,
idempotencyKey: `idem_seed_${suffix}`,
dryRun: false,
capabilityScope: ["page.write"],
args: {
mode: "replace",
content: initialContent,
},
});
assert.equal(seed.ok, true, "初始化 page.save 应成功");
evidence.steps.push({ name: "seed", commandName: seed.result.commandName });
let snapshot = await fetchBlocks(context.request, target, suffix, "initial", actorId);
const initialAggregate = await fetchPageAggregate(context.request, target.workspaceId, target.documentId);
await fs.writeFile(
path.join(hermesTesterDir, "page-aggregate.json"),
JSON.stringify(initialAggregate, null, 2),
"utf8",
);
const p1 = blockById(snapshot.blocks, "p_1");
const p2 = blockById(snapshot.blocks, "p_2");
const p3 = blockById(snapshot.blocks, "p_3");
const heading = blockById(snapshot.blocks, "heading_1");
assert(heading && p1 && p2 && p3, "初始化后应能读取 heading_1/p_1/p_2/p_3");
assert(p1.revisionRef && p2.revisionRef && p3.revisionRef, "块投影必须返回 revisionRef");
const initialAggregateBlocks = aggregateBlocks(initialAggregate);
assert.deepEqual(
initialAggregateBlocks.map((block) => block.blockId),
snapshot.blocks.map((block) => block.blockId),
"Page Aggregate blockDocument 与 mnote.doc.fetch 块顺序必须一致",
);
assert(
["heading_1", "p_1", "p_2", "p_3", "list_item_1"].every((blockId) => {
const block = aggregateBlockById(initialAggregate, blockId);
return block?.editable === true && Boolean(block.revisionRef);
}),
"普通可编辑块必须在 Page Aggregate 中带 blockId/revisionRef",
);
const complexBlocks = ["heading_parent", "list_item_1", "table_1", "mindmap_1", "resource_1"]
.map((blockId) => blockById(snapshot.blocks, blockId));
assert(complexBlocks.every(Boolean), "初始化后应能读取复杂块投影");
const unsupportedBlocks = ["table_1", "mindmap_1", "resource_1"].map((blockId) => blockById(snapshot.blocks, blockId));
assert(
unsupportedBlocks.every((block) => block.editable === false && block.unsupportedReason),
"table/mindmap/resource 不能在 AI 投影中伪装成完全可编辑块",
);
assert.deepEqual(
blockById(snapshot.blocks, "heading_parent").children,
["heading_child"],
"带子块标题必须在投影中保留 children,用于阻断 move_after",
);
evidence.steps.push({
name: "doc.fetch.initial",
revision: snapshot.revision,
conflictDetectionKey: snapshot.conflictDetectionKey,
blockIds: snapshot.blocks.map((block) => block.blockId),
aggregatePath: `/api/page-aggregate/${target.documentId}`,
aggregateEvidencePath: path.join(hermesTesterDir, "page-aggregate.json"),
aggregateBlockProjectionVersion: initialAggregate.body.blockProjectionVersion,
aggregateProjectionSource: initialAggregate.body.projectionSource,
aggregateBlockCount: initialAggregateBlocks.length,
unsupportedBlocks: unsupportedBlocks.map((block) => ({
blockId: block.blockId,
type: block.type,
editable: block.editable,
unsupportedReason: block.unsupportedReason,
})),
});
const outline = await callMnoteTool(context.request, {
toolName: "mnote.doc.fetch",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_outline_${suffix}`,
runId: `run_outline_${suffix}`,
toolCallId: `call_outline_${suffix}`,
traceId: `trace_outline_${suffix}`,
capabilityScope: ["page.read"],
args: {
scope: "outline",
detail: "with_ids",
},
});
assert.equal(outline.ok, true, "doc.fetch outline 应成功");
assert.deepEqual(
outline.result.blocks.map((block) => block.blockId),
["heading_1", "heading_parent"],
"outline 应只返回标题块",
);
const truncated = await callMnoteTool(context.request, {
toolName: "mnote.doc.fetch",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_truncated_${suffix}`,
runId: `run_truncated_${suffix}`,
toolCallId: `call_truncated_${suffix}`,
traceId: `trace_truncated_${suffix}`,
capabilityScope: ["page.read"],
args: {
scope: "full",
detail: "with_ids",
maxBlocks: 2,
},
});
assert.equal(truncated.result.truncated, true, "maxBlocks 裁剪应返回 truncated=true");
assert.equal(truncated.result.blocks.length, 2, "maxBlocks=2 应只返回两个块");
assert(truncated.result.continuation, "truncated 结果必须返回 continuation");
const findP2 = await callMnoteTool(context.request, {
toolName: "mnote.doc.find",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_find_${suffix}`,
runId: `run_find_${suffix}`,
toolCallId: `call_find_${suffix}`,
traceId: `trace_find_${suffix}`,
capabilityScope: ["page.read"],
args: {
query: `第二段 ${suffix}`,
},
});
assert.equal(findP2.result.matches[0].blockId, "p_2", "doc.find 应定位第二段");
await fs.writeFile(
path.join(hermesTesterDir, "doc-fetch-find.json"),
JSON.stringify(
{
full: snapshot,
outline: outline.result,
truncated: truncated.result,
find: findP2.result,
},
null,
2,
),
"utf8",
);
evidence.steps.push({
name: "doc.fetch.find",
outlineBlockIds: outline.result.blocks.map((block) => block.blockId),
truncated: truncated.result.truncated,
findBlockId: findP2.result.matches[0].blockId,
evidencePath: path.join(hermesTesterDir, "doc-fetch-find.json"),
});
const blockFetch = await callMnoteTool(context.request, {
toolName: "mnote.block.fetch",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_block_${suffix}`,
runId: `run_block_${suffix}`,
toolCallId: `call_block_${suffix}`,
traceId: `trace_block_${suffix}`,
capabilityScope: ["block.read"],
args: {
blockId: findP2.result.matches[0].blockId,
includeChildren: true,
contextBefore: 1,
contextAfter: 1,
},
});
assert.equal(blockFetch.result.block.blockId, "p_2", "block.fetch 应读取目标块");
assert(blockFetch.result.block.revisionRef, "block.fetch 应返回 revisionRef");
assert.equal(blockFetch.result.context.before[0].blockId, "p_1", "block.fetch before 应来自同父级");
assert.equal(blockFetch.result.context.after[0].blockId, "p_3", "block.fetch after 应来自同父级");
evidence.steps.push({
name: "block.fetch",
blockId: "p_2",
revisionRef: blockFetch.result.block.revisionRef,
before: blockFetch.result.context.before.map((block) => block.blockId),
after: blockFetch.result.context.after.map((block) => block.blockId),
});
const complexMoveBlocked = [];
for (const blockId of ["heading_parent", "list_item_1", "table_1", "mindmap_1", "resource_1"]) {
const complexBlock = blockById(snapshot.blocks, blockId);
const plan = await callMnoteTool(context.request, {
toolName: "mnote.doc.plan_update",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_plan_complex_${suffix}`,
runId: `run_plan_complex_${suffix}_${blockId}`,
toolCallId: `call_plan_complex_${suffix}_${blockId}`,
traceId: `trace_plan_complex_${suffix}_${blockId}`,
idempotencyKey: `idem_plan_complex_${suffix}_${blockId}`,
dryRun: true,
capabilityScope: ["block.write"],
args: {
command: "block_move_after",
blockId,
anchorBlockId: "p_1",
},
});
assert.equal(plan.result.blocked, true, `${blockId} move_after dry-run 必须阻断`);
const blockedMove = await callMnoteTool(context.request, {
toolName: "mnote.block.move_after",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_move_complex_${suffix}`,
runId: `run_move_complex_${suffix}_${blockId}`,
toolCallId: `call_move_complex_${suffix}_${blockId}`,
traceId: `trace_move_complex_${suffix}_${blockId}`,
idempotencyKey: `idem_move_complex_${suffix}_${blockId}`,
dryRun: false,
capabilityScope: ["block.write"],
args: {
blockId,
anchorBlockId: "p_1",
revision: snapshot.revision,
conflictDetectionKey: snapshot.conflictDetectionKey,
blockRevisionRef: complexBlock.revisionRef,
anchorRevisionRef: p1.revisionRef,
},
});
assert.equal(blockedMove.result.blocked, true, `${blockId} 正式 move_after 必须返回 blocked`);
assert.equal(
blockedMove.result.warnings[0].code,
"block_move_after_blocked",
`${blockId} 正式 move_after 必须返回阻断 warning`,
);
complexMoveBlocked.push({
blockId,
type: complexBlock.type,
editable: complexBlock.editable,
dryRunBlocked: plan.result.blocked,
writeBlocked: blockedMove.result.blocked,
warningCode: blockedMove.result.warnings[0].code,
});
}
const afterComplexBlocked = await fetchBlocks(context.request, target, suffix, "after_complex_blocked", actorId);
assert.equal(afterComplexBlocked.revision, snapshot.revision, "复杂块 move_after 阻断后 revision 不应变化");
assert.deepEqual(blockTexts(afterComplexBlocked.blocks), blockTexts(snapshot.blocks), "复杂块 move_after 阻断后正文不应变化");
evidence.steps.push({
name: "block.move_after.complex_blocked",
blocked: complexMoveBlocked,
revisionAfterBlocked: afterComplexBlocked.revision,
});
const dryRunBaselineTexts = blockTexts(snapshot.blocks);
const dryRunBaselineAggregate = await fetchPageAggregate(
context.request,
target.workspaceId,
target.documentId,
);
const replacePlan = await callMnoteTool(context.request, {
toolName: "mnote.doc.plan_update",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_plan_replace_${suffix}`,
runId: `run_plan_replace_${suffix}`,
toolCallId: `call_plan_replace_${suffix}`,
traceId: `trace_plan_replace_${suffix}`,
idempotencyKey: `idem_plan_replace_${suffix}`,
dryRun: true,
capabilityScope: ["block.write"],
args: {
command: "block_replace",
blockId: "p_2",
content: `dry-run 替换 ${suffix}`,
},
});
assert.equal(replacePlan.result.dryRun, true, "block_replace plan 必须是 dry-run");
assert.equal(replacePlan.result.diff[0].before, `第二段 ${suffix}`, "replace plan 应解释 before");
assert.equal(replacePlan.result.diff[0].after, `dry-run 替换 ${suffix}`, "replace plan 应解释 after");
const insertPlan = await callMnoteTool(context.request, {
toolName: "mnote.doc.plan_update",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_plan_insert_${suffix}`,
runId: `run_plan_insert_${suffix}`,
toolCallId: `call_plan_insert_${suffix}`,
traceId: `trace_plan_insert_${suffix}`,
idempotencyKey: `idem_plan_insert_${suffix}`,
dryRun: true,
capabilityScope: ["block.write"],
args: {
command: "block_insert_after",
anchorBlockId: "p_1",
content: `dry-run 插入 ${suffix}`,
},
});
assert.equal(insertPlan.result.dryRun, true, "block_insert_after plan 必须是 dry-run");
assert.equal(insertPlan.result.diff[0].after, `第一段 ${suffix}`, "insert plan 应解释 anchor after");
const blockedPlan = await callMnoteTool(context.request, {
toolName: "mnote.doc.plan_update",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_plan_blocked_${suffix}`,
runId: `run_plan_blocked_${suffix}`,
toolCallId: `call_plan_blocked_${suffix}`,
traceId: `trace_plan_blocked_${suffix}`,
idempotencyKey: `idem_plan_blocked_${suffix}`,
dryRun: true,
capabilityScope: ["block.write"],
args: {
command: "block_move_after",
blockId: "p_3",
anchorBlockId: "p_3",
},
});
assert.equal(blockedPlan.result.blocked, true, "不支持 move 场景应返回 blocked=true");
const dryRunAfterAggregate = await fetchPageAggregate(
context.request,
target.workspaceId,
target.documentId,
);
const dryRunAfter = await fetchBlocks(context.request, target, suffix, "after_dry_run", actorId);
assert.equal(dryRunAfter.revision, snapshot.revision, "dry-run 后 revision 不应变化");
assert.deepEqual(blockTexts(dryRunAfter.blocks), dryRunBaselineTexts, "dry-run 后正文不应变化");
assert.equal(
dryRunAfterAggregate.body.conflictDetectionKey,
dryRunBaselineAggregate.body.conflictDetectionKey,
"dry-run 后 Page Aggregate conflictDetectionKey 不应变化",
);
evidence.steps.push({
name: "plan_update.dry_run",
replaceDiff: replacePlan.result.diff[0],
insertDiff: insertPlan.result.diff[0],
blocked: blockedPlan.result.blocked,
revisionAfterDryRun: dryRunAfter.revision,
});
const replacedText = `第二段已替换 ${suffix}`;
const replace = await callMnoteTool(context.request, {
toolName: "mnote.block.replace",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_replace_${suffix}`,
runId: `run_replace_${suffix}`,
toolCallId: `call_replace_${suffix}`,
traceId: `trace_replace_${suffix}`,
idempotencyKey: `idem_replace_${suffix}`,
dryRun: false,
capabilityScope: ["block.write"],
args: {
blockId: "p_2",
content: replacedText,
revision: snapshot.revision,
conflictDetectionKey: snapshot.conflictDetectionKey,
blockRevisionRef: p2.revisionRef,
},
});
assert.equal(replace.result.commandName, "page.body.save", "block.replace 必须走 page.body.save");
snapshot = await fetchBlocks(context.request, target, suffix, "after_replace", actorId);
const afterReplaceAggregate = await fetchPageAggregate(context.request, target.workspaceId, target.documentId);
assert.equal(blockById(snapshot.blocks, "p_2").text, replacedText, "替换后 doc.fetch 应回读新文本");
assert.equal(
aggregateBlockById(afterReplaceAggregate, "p_2").text,
replacedText,
"替换后 Page Aggregate 必须回读新文本",
);
assert.equal(blockById(snapshot.blocks, "p_1").text, `第一段 ${suffix}`, "替换后相邻 p_1 不应变化");
assert.equal(blockById(snapshot.blocks, "p_3").text, `第三段 ${suffix}`, "替换后相邻 p_3 不应变化");
assert(blockById(snapshot.blocks, "p_2"), "替换后目标 block id 必须保持 p_2");
evidence.steps.push({
name: "block.replace",
changedBlocks: replace.result.changedBlocks,
targetBlockStillExists: Boolean(blockById(snapshot.blocks, "p_2")),
aggregateRevision: afterReplaceAggregate.body.revision,
aggregateConflictDetectionKey: afterReplaceAggregate.body.conflictDetectionKey,
aggregateText: aggregateBlockById(afterReplaceAggregate, "p_2").text,
adjacentTexts: [blockById(snapshot.blocks, "p_1").text, blockById(snapshot.blocks, "p_3").text],
});
const insertedText = `插入段 ${suffix}`;
const anchorAfterReplace = blockById(snapshot.blocks, "p_1");
const insert = await callMnoteTool(context.request, {
toolName: "mnote.block.insert_after",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_insert_${suffix}`,
runId: `run_insert_${suffix}`,
toolCallId: `call_insert_${suffix}`,
traceId: `trace_insert_${suffix}`,
idempotencyKey: `idem_insert_${suffix}`,
dryRun: false,
capabilityScope: ["block.write"],
args: {
anchorBlockId: "p_1",
content: {
type: "todo",
props: { checked: false },
content: [{ type: "text", text: insertedText }],
},
revision: snapshot.revision,
conflictDetectionKey: snapshot.conflictDetectionKey,
anchorRevisionRef: anchorAfterReplace.revisionRef,
},
});
const insertedBlockId = insert.result.changedBlocks[0].blockId;
assert(insertedBlockId.startsWith("ai_block_"), "插入块 id 必须由 Rust/mnote 侧生成");
snapshot = await fetchBlocks(context.request, target, suffix, "after_insert", actorId);
assert.equal(blockById(snapshot.blocks, insertedBlockId).text, insertedText, "插入后 doc.fetch 应回读新块");
const orderAfterInsert = snapshot.blocks.map((block) => block.blockId);
assert.equal(
orderAfterInsert.indexOf(insertedBlockId),
orderAfterInsert.indexOf("p_1") + 1,
"插入块必须紧跟 p_1",
);
const insertedBlockFetch = await callMnoteTool(context.request, {
toolName: "mnote.block.fetch",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_insert_fetch_${suffix}`,
runId: `run_insert_fetch_${suffix}`,
toolCallId: `call_insert_fetch_${suffix}`,
traceId: `trace_insert_fetch_${suffix}`,
capabilityScope: ["block.read"],
args: {
blockId: insertedBlockId,
contextBefore: 1,
contextAfter: 1,
},
});
assert.equal(insertedBlockFetch.result.block.blockId, insertedBlockId, "block.fetch 应能读取新插入块");
assert.equal(insertedBlockFetch.result.block.type, "todo", "insert_after 应能插入 todo 块");
const replayInsertText = `不应重复插入 ${suffix}`;
const insertReplay = await callMnoteTool(context.request, {
toolName: "mnote.block.insert_after",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_insert_replay_${suffix}`,
runId: `run_insert_replay_${suffix}`,
toolCallId: `call_insert_replay_${suffix}`,
traceId: `trace_insert_replay_${suffix}`,
idempotencyKey: `idem_insert_${suffix}`,
dryRun: false,
capabilityScope: ["block.write"],
args: {
anchorBlockId: "p_1",
content: replayInsertText,
revision: snapshot.revision,
conflictDetectionKey: snapshot.conflictDetectionKey,
anchorRevisionRef: blockById(snapshot.blocks, "p_1").revisionRef,
},
});
assert.equal(
insertReplay.audit.commandId,
insert.audit.commandId,
"重复 insert_after idempotencyKey 应返回缓存 commandId",
);
const afterInsertReplay = await fetchBlocks(context.request, target, suffix, "after_insert_replay", actorId);
assert.equal(
afterInsertReplay.blocks.filter((block) => block.blockId === insertedBlockId).length,
1,
"重复 insert_after idempotencyKey 不应产生第二个相同插入块",
);
assert(!afterInsertReplay.blocks.some((block) => block.text === replayInsertText), "重复 insert_after 不应写入新内容");
assert.equal(afterInsertReplay.revision, snapshot.revision, "重复 insert_after 后 revision 不应再次递增");
snapshot = afterInsertReplay;
evidence.steps.push({
name: "block.insert_after",
insertedBlockId,
insertedBlockType: insertedBlockFetch.result.block.type,
orderAfterInsert,
replayCommandId: insertReplay.audit.commandId,
revisionAfterReplay: snapshot.revision,
});
const moveBlock = blockById(snapshot.blocks, "p_3");
const moveAnchor = blockById(snapshot.blocks, "p_1");
const moveDryRun = await callMnoteTool(context.request, {
toolName: "mnote.doc.plan_update",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_plan_${suffix}`,
runId: `run_plan_${suffix}`,
toolCallId: `call_plan_${suffix}`,
traceId: `trace_plan_${suffix}`,
idempotencyKey: `idem_plan_${suffix}`,
dryRun: true,
capabilityScope: ["block.write"],
args: {
command: "block_move_after",
blockId: "p_3",
anchorBlockId: "p_1",
},
});
assert.equal(moveDryRun.result.blocked, false, "同父级普通叶子块 move dry-run 不应阻断");
const move = await callMnoteTool(context.request, {
toolName: "mnote.block.move_after",
workspaceId: target.workspaceId,
documentId: target.documentId,
actorId,
sessionId: `sess_move_${suffix}`,
runId: `run_move_${suffix}`,
toolCallId: `call_move_${suffix}`,
traceId: `trace_move_${suffix}`,
idempotencyKey: `idem_move_${suffix}`,
dryRun: false,
capabilityScope: ["block.write"],
args: {
blockId: "p_3",
anchorBlockId: "p_1",
revision: snapshot.revision,
conflictDetectionKey: snapshot.conflictDetectionKey,
blockRevisionRef: moveBlock.revisionRef,
anchorRevisionRef: moveAnchor.revisionRef,
},
});
assert.equal(move.result.changedBlocks[0].op, "move_after", "move_after 应返回 changedBlocks");
snapshot = await fetchBlocks(context.request, target, suffix, "after_move", actorId);
const order = snapshot.blocks.map((block) => block.blockId);
assert(order.indexOf("p_3") === order.indexOf("p_1") + 1, "移动后 p_3 必须紧跟 p_1");
assert(blockById(snapshot.blocks, "p_3"), "移动后 moving block id 必须保持 p_3");
evidence.steps.push({
name: "block.move_after",
dryRunBlocked: moveDryRun.result.blocked,
dryRunDiff: moveDryRun.result.diff[0],
order,
texts: blockTexts(snapshot.blocks),
movingBlockStillExists: Boolean(blockById(snapshot.blocks, "p_3")),
});
await openDocument(page, target.workspaceId, target.documentId);
await waitForVisibleTexts(page, [replacedText, insertedText, `第三段 ${suffix}`]);
await page.reload({ waitUntil: "domcontentloaded" });
await waitForVisibleTexts(page, [replacedText, insertedText, `第三段 ${suffix}`]);
const afterRefreshAggregate = await fetchPageAggregate(context.request, target.workspaceId, target.documentId);
assert.deepEqual(
aggregateBlocks(afterRefreshAggregate).map((block) => block.blockId),
snapshot.blocks.map((block) => block.blockId),
"页面刷新后 Page Aggregate block ids 必须保持稳定",
);
const screenshotPath = path.join(OUT_DIR, `${suffix}-page.png`);
await page.screenshot({ path: screenshotPath, fullPage: true });
evidence.screenshot = screenshotPath;
evidence.visibleTextCheck = [replacedText, insertedText, `第三段 ${suffix}`];
evidence.afterRefreshBlockIds = aggregateBlocks(afterRefreshAggregate).map((block) => block.blockId);
evidence.finalTexts = blockTexts(snapshot.blocks);
evidence.ok = true;
const evidencePath = path.join(OUT_DIR, `${suffix}.json`);
await fs.writeFile(evidencePath, JSON.stringify(evidence, null, 2), "utf8");
console.log(JSON.stringify({ ...evidence, evidencePath }, null, 2));
} finally {
await cleanupDocuments(context.request, createdIds).catch(() => undefined);
await context.close().catch(() => undefined);
await browser.close().catch(() => undefined);
}
}
main().catch((error) => {
console.error(error instanceof Error ? error.stack || error.message : String(error));
process.exit(1);
});