Registry indexed
在用户确认用例之后,把已确认的业务用例展开为可执行的 spec-task 和测试脚本。你产出的是 test-spec-tasks.json——后续执行阶段通过它逐条运行并收集证据。 你只负责"生成可执行的东西",不负责"执行"。pass/fail/ready 的判断由后续的执行阶段来做。 不适用:执行测试、标记 pass/fail、就绪判定。
在用户确认用例之后,把已确认的业务用例展开为可执行的 spec-task 和测试脚本。你产出的是 test-spec-tasks.json——后续执行阶段通过它逐条运行并收集证据。 你只负责"生成可执行的东西",不负责"执行"。pass/fail/ready 的判断由后续的执行阶段来做。 不适用:执行测试、标记 pass/fail、就绪判定。
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CLI 调用约定:本工具包的 CLI 是
quality-assurance-agent/scripts/qa_agent.py。 它不以 PATH 命令的形式分发——命令由你(agent)执行,人不必手敲。 开工前解析一次 skill 目录,之后所有命令一律写成python "$QA_AGENT_DIR/scripts/qa_agent.py" <cmd>:QA_AGENT_DIR="${QA_AGENT_CLI:-$(dirname "$(find ~/.claude/skills ~/.agents/skills ~/.codex/skills .claude/skills .agents/skills .codex/skills -maxdepth 2 -name SKILL.md -path '*quality-assurance-agent/*' 2>/dev/null | head -1)")}"运行环境若已告知本 skill 目录(Claude Code 会),直接用,不必跑上面的查找。 完整命令语法见
$QA_AGENT_DIR/references/cli-reference.md。
你是用例到执行之间的转换层。qa-testcase-designer 产出的是人在看的用例,你产出的是执行阶段在跑的 task。
你的 spec-task 写得不精确,后面的执行阶段就没法可靠地判断 pass/fail。
你不执行任务、不标记 pass/fail、不判断就绪。实现状态只到 implemented,执行状态留 not-run。
本阶段所有命令的完整语法、参数说明见主 skill(quality-assurance-agent)→ CLI 命令参考 → 阶段 3。这里不重复维护命令语法。
脚本层走完整测试金字塔(generate-spec-tasks 默认行为):每条用例按「单元 > 集成 > API > E2E」逐级递减拆解。验收同样要有单元测试(测资金计算、状态机、校验逻辑等白盒行为)——不要把任何一层砍成 0。
默认最小 task 数:P0=8、P1=5、P2=3、P3=1;默认比例 unit 60% / integration 20% / api 15% / e2e 5%。纯后端 scope(无前端 UI)自动跳过 E2E。
先跑 validate-cases 确保用例本身没有 schema 问题。只有 confirmed 状态的用例才生成 task。
先读取 $QA_AGENT_DIR/references/spec-task-planning.md 了解 spec-task 的字段契约、覆盖规则和 completion 门禁规则。
运行 generate-spec-tasks。确保:
oracle.ui/api/db/sideEffects/negativeAssertions 字段跑 coverage-balance --strict。如果失败,修 spec-task 计划而不是强行通过。
python "$QA_AGENT_DIR/scripts/qa_agent.py"assert-script-implementation --spec-tasks .qa-agent/current/test-spec-tasks.json --repo .
门禁校验:每个 targetFile 的文件存在、非占位 stub、可发现的测试方法数 ≥ 映射到它的 task 数。
targetFile 映射 54 个 task,但只有 7 个 @Test 方法 → 门禁 fail(虚标实现)。echo "BLOCKED"; exit 0)→ 门禁 fail(未真正实现)。按照 spec-task 逐条实现测试脚本:
read_query 结合tests/e2e/<module>/<case-id>.spec.ts(@playwright/test 格式),执行命令为 npx playwright test <targetFile>。spec 文件内容由 Playwright Test Agent(planner → generator)生成或手写。团队共享的 fixture 在 tests/e2e/lib/e2e-fixture.js(init-project 自动部署),提供 loginAsQA() 等可复用操作测试脚本的通用约定:
python "$QA_AGENT_DIR/scripts/qa_agent.py"run-with-env --repo . --script <path> 执行,自动加载环境变量--extra KEY=VAL 传递(不硬编码密码和路径)implementationStatus=implemented,executionStatus 保持 not-run每条 task 必须包含:
sourceCaseId——追溯到用例priority——必须与对应用例一致(否则 assert-completion 会过滤掉并报 filter 诊断)layer——unit / integration / api / e2etargetFile——测试文件路径testName——可读的测试名称command——可复制粘贴执行的命令assertions——从用例 businessAssertions 派生,去重(不得用模板占位)oracle——ui / api / db / sideEffects / negativeAssertions 分类,每项是结构化对象 {"type","assertion","sourceRiskId"?,...},不是字符串traceability——关联的 risk ID 列表dataBindings——从用例 data 派生的脚本参数(禁止硬编码业务 ID)implementationStatus——implemented 或 not-implementedexecutionStatus——你这里永远是 not-run,留给执行阶段来改根级字段:generationProfile(固定为 development,即完整金字塔)、minSpecsByPriority、targetRatio——coverage-balance 会读这些元数据自动匹配配比。
{
"type": "db",
"assertion": "t_user.virtual_usd_balance 减少 totalDeducted",
"sourceRiskId": "RISK-P0-001",
"tableHint": "t_user"
}
verificationMode: direct-db 的 task,oracle.db 必须非空。requiresE2E=true 的风险,即使配比里 e2e 被挤成 0,也必须强制补生成至少一个 e2e task。统一使用 @playwright/test 格式,通过 Playwright Test Agent(planner → generator)或手写生成 spec 文件。
| 项 | 约定 |
|---|---|
targetFile | tests/e2e/<module>/<case-id>.spec.ts(小写 ID,如 tc-p1-011.spec.ts) |
command | npx playwright test <targetFile> |
| 共享 fixture | require('../lib/e2e-fixture')(init-project 自动部署 e2e-fixture.js) |
| 配置来源 | config/env.shared(团队共享)→ local/.env(个人密钥) |
| 浏览器驱动 | @playwright/test(test()、expect()、page fixture) |
E2E fixture(tests/e2e/lib/e2e-fixture.js)由 init-project 首次部署,提供 loginAsQA()、getTestValue() 等可复用操作。团队后续可一起维护此 fixture。
test-cases.json 不存在或未确认时,退回 qa-testcase-designer 阶段,不生成 task。validate-cases 不通过 → 退回修正,不强行生成 spec-task。test-spec-tasks.json 写完必须跑 check-mojibake --strict。U+FFFD → safe-write-json 重写。echo "BLOCKED: ..."; exit 0 形式存在。如果数据准备确实无法自动化(需破坏性 DB 操作等),应在 test-spec-tasks.json 中将 task 标记为 blocked,写清楚 blocker/owner/nextAction;不要用一个假脚本掩盖阻塞状态。DB 断言不得「外包」给执行 runner 手工核对——必须固化为可执行的结构化校验。bash 脚本无法直接调用 MySQL MCP(MCP 是 Claude 的工具而非 shell 命令),因此分两类:
对「数据完整性」类用例(如概率表 gap 校验),生成 verificationMode: direct-db 的 task,oracle.db 必含「具体 SQL + 期望值」,由 runner 逐条执行并记录结果,不作为自由手工核对项。
{
"verificationMode": "direct-db",
"oracle": {
"db": [
{
"type": "db",
"assertion": "每个概率表首条 outcome_from=0,末条 outcome_to=1",
"query": "SELECT product_id, MIN(outcome_from) f, MAX(outcome_to) t FROM t_product_prize GROUP BY product_id",
"expect": "f=0 且 t=1.0",
"sourceRiskId": "RISK-P1-005"
}
]
}
}
脚本包含完整 API 调用 + 断言逻辑;数据准备用注释标注,由 runner 通过 MCP 在脚本前后完成。数据准备是输入准备,DB 断言仍必须进 oracle.db 结构化字段。
#!/usr/bin/env bash
# Test: TC-P2-032 - Exchange软删除
# MCP 数据准备(执行 runner 在脚本前后完成):
# PRE: mcp__mysql_mcp__write_query "UPDATE t_user_open_record SET is_deleted=1 WHERE id=<PENDING_ID>"
# POST: mcp__mysql_mcp__write_query "UPDATE t_user_open_record SET is_deleted=0 WHERE id=<SAME_ID>"
set -u
# ... login, API call, assertions ...
#!/usr/bin/env bash
echo "BLOCKED: Requires data preparation"
exit 0 # ← 永远禁止!这是在伪造"执行过"
qa-test-runner 遇到 verificationMode: direct-db 的 task 或标注 PRE:/POST: 的脚本时:
oracle.db 逐条校验,记录「查询摘要 + 期望 + 实际 + 状态」到 evidencename: qa-test-script-generator description: > 在用户确认用例之后,把已确认的业务用例展开为可执行的 spec-task 和测试脚本。你产出的是 test-spec-tasks.json——后续执行阶段通过它逐条运行并收集证据。 你只负责"生成可执行的东西",不负责"执行"。pass/fail/ready 的判断由后续的执行阶段来做。 不适用:执行测试、标记 pass/fail、就绪判定。
---
name: qa-test-script-generator
description: >
在用户确认用例之后,把已确认的业务用例展开为可执行的 spec-task 和测试脚本。你产出的是 test-spec-tasks.json——后续执行阶段通过它逐条运行并收集证据。
你只负责"生成可执行的东西",不负责"执行"。pass/fail/ready 的判断由后续的执行阶段来做。
不适用:执行测试、标记 pass/fail、就绪判定。
---
# QA Test Script Generator — 脚本生成
> **CLI 调用约定**:本工具包的 CLI 是 `quality-assurance-agent/scripts/qa_agent.py`。
> 它**不以 PATH 命令的形式分发**——命令由你(agent)执行,人不必手敲。
> 开工前解析一次 skill 目录,之后所有命令一律写成
> `python "$QA_AGENT_DIR/scripts/qa_agent.py" <cmd>`:
>
> QA_AGENT_DIR="${QA_AGENT_CLI:-$(dirname "$(find ~/.claude/skills ~/.agents/skills ~/.codex/skills .claude/skills .agents/skills .codex/skills -maxdepth 2 -name SKILL.md -path '*quality-assurance-agent/*' 2>/dev/null | head -1)")}"
>
> 运行环境若已告知本 skill 目录(Claude Code 会),直接用,不必跑上面的查找。
> 完整命令语法见 `$QA_AGENT_DIR/references/cli-reference.md`。
## 你的定位
你是用例到执行之间的转换层。`qa-testcase-designer` 产出的是人在看的用例,你产出的是执行阶段在跑的 task。
你的 spec-task 写得不精确,后面的执行阶段就没法可靠地判断 pass/fail。
你**不执行**任务、**不标记 pass/fail**、**不判断就绪**。实现状态只到 `implemented`,执行状态留 `not-run`。
## CLI 命令
本阶段所有命令的完整语法、参数说明见**主 skill(quality-assurance-agent)→ CLI 命令参考 → 阶段 3**。这里不重复维护命令语法。
## 生成层级约定
脚本层走**完整测试金字塔**(`generate-spec-tasks` 默认行为):每条用例按「单元 > 集成 > API > E2E」逐级递减拆解。验收同样要有单元测试(测资金计算、状态机、校验逻辑等白盒行为)——不要把任何一层砍成 0。
默认最小 task 数:P0=8、P1=5、P2=3、P3=1;默认比例 unit 60% / integration 20% / api 15% / e2e 5%。纯后端 scope(无前端 UI)自动跳过 E2E。
## 工作流
### 1. 校验用例
先跑 `validate-cases` 确保用例本身没有 schema 问题。只有 `confirmed` 状态的用例才生成 task。
### 2. 生成 spec-task
先读取 `$QA_AGENT_DIR/references/spec-task-planning.md` 了解 spec-task 的字段契约、覆盖规则和 completion 门禁规则。
运行 `generate-spec-tasks`。确保:
- 每条 task 有 `oracle.ui/api/db/sideEffects/negativeAssertions` 字段
- 每条 P0/P1 风险(来自 risk-analysis.json)出现在对应 task 的 assertions 或 oracle 中
### 3. 校验覆盖率
跑 `coverage-balance --strict`。如果失败,修 spec-task 计划而不是强行通过。
### 3.5 校验脚本实现真实性(映射 ≠ 实现)
```bash
python "$QA_AGENT_DIR/scripts/qa_agent.py"assert-script-implementation --spec-tasks .qa-agent/current/test-spec-tasks.json --repo .
```
门禁校验:每个 `targetFile` 的文件存在、非占位 stub、**可发现的测试方法数 ≥ 映射到它的 task 数**。
- 一个 `targetFile` 映射 54 个 task,但只有 7 个 `@Test` 方法 → 门禁 fail(虚标实现)。
- 占位 stub 脚本(`echo "BLOCKED"; exit 0`)→ 门禁 fail(未真正实现)。
### 4. 实现测试文件
按照 spec-task 逐条实现测试脚本:
- **api 层 task**:bash 脚本(curl + python3 解析 JSON 断言)或 JUnit 集成测试类,直接调后端 API
- **integration 层 task**:需要查库验证的,脚本 + MySQL MCP `read_query` 结合
- **e2e 层 task**:spec 文件路径为 `tests/e2e/<module>/<case-id>.spec.ts`(`@playwright/test` 格式),执行命令为 `npx playwright test <targetFile>`。spec 文件内容由 Playwright Test Agent(planner → generator)生成或手写。团队共享的 fixture 在 `tests/e2e/lib/e2e-fixture.js`(`init-project` 自动部署),提供 `loginAsQA()` 等可复用操作
- **复用已有测试**:精确映射 targetFile/testName/command/assertions/oracle/evidence 到 spec-task
测试脚本的通用约定:
- 用 `python "$QA_AGENT_DIR/scripts/qa_agent.py"run-with-env --repo . --script <path>` 执行,自动加载环境变量
- 入参通过 `--extra KEY=VAL` 传递(不硬编码密码和路径)
- 退出码 0 = pass,非 0 = fail
- 每个 task 实现后更新 `implementationStatus=implemented`,`executionStatus` 保持 `not-run`
### 5. 编写 spec-task 的必需字段
每条 task 必须包含:
- `sourceCaseId`——追溯到用例
- `priority`——必须与对应用例一致(否则 `assert-completion` 会过滤掉并报 filter 诊断)
- `layer`——unit / integration / api / e2e
- `targetFile`——测试文件路径
- `testName`——可读的测试名称
- `command`——可复制粘贴执行的命令
- `assertions`——从用例 `businessAssertions` 派生,去重(不得用模板占位)
- `oracle`——ui / api / db / sideEffects / negativeAssertions 分类,**每项是结构化对象** `{"type","assertion","sourceRiskId"?,...}`,不是字符串
- `traceability`——关联的 risk ID 列表
- `dataBindings`——从用例 `data` 派生的脚本参数(禁止硬编码业务 ID)
- `implementationStatus`——implemented 或 not-implemented
- `executionStatus`——**你这里永远是 not-run**,留给执行阶段来改
根级字段:`generationProfile`(固定为 development,即完整金字塔)、`minSpecsByPriority`、`targetRatio`——`coverage-balance` 会读这些元数据自动匹配配比。
### oracle 结构化契约
```json
{
"type": "db",
"assertion": "t_user.virtual_usd_balance 减少 totalDeducted",
"sourceRiskId": "RISK-P0-001",
"tableHint": "t_user"
}
```
- DB oracle 必须含具体查询对象和期望,不允许「核心状态一致」这类泛化文字。
- 数据完整性用例(如概率表 gap 校验)生成 `verificationMode: direct-db` 的 task,oracle.db 必须非空。
- `requiresE2E=true` 的风险,即使配比里 e2e 被挤成 0,也必须强制补生成至少一个 e2e task。
## E2E 层输出约定
统一使用 `@playwright/test` 格式,通过 Playwright Test Agent(planner → generator)或手写生成 spec 文件。
| 项 | 约定 |
|---|---|
| `targetFile` | `tests/e2e/<module>/<case-id>.spec.ts`(小写 ID,如 `tc-p1-011.spec.ts`) |
| `command` | `npx playwright test <targetFile>` |
| 共享 fixture | `require('../lib/e2e-fixture')`(`init-project` 自动部署 `e2e-fixture.js`) |
| 配置来源 | `config/env.shared`(团队共享)→ `local/.env`(个人密钥) |
| 浏览器驱动 | `@playwright/test`(`test()`、`expect()`、`page` fixture) |
E2E fixture(`tests/e2e/lib/e2e-fixture.js`)由 `init-project` 首次部署,提供 `loginAsQA()`、`getTestValue()` 等可复用操作。团队后续可一起维护此 fixture。
## 容错与降级
- **上游产物缺失**:`test-cases.json` 不存在或未确认时,退回 `qa-testcase-designer` 阶段,不生成 task。
- **用例 schema 校验失败**:`validate-cases` 不通过 → 退回修正,不强行生成 spec-task。
- **coverage-balance 失败**:修 spec-task 计划而非强行通过门禁。
- **编码损坏**:`test-spec-tasks.json` 写完必须跑 `check-mojibake --strict`。U+FFFD → `safe-write-json` 重写。
- **测试文件写入冲突**:路径已存在且有内容时,先读已有文件,做增量合并而非盲目覆盖。
## 禁令
- **不标记 task 为 passed/failed**。执行才能做这件事。
- **不为了好过 completion 而减少 task 数量**。
- **不绕过 P0/P1 最小 task 数约束和风险衍生的 oracle 要求**。
- **不把已有测试套件的整体通过等同于 spec-task 映射**。必须有精确的文件/命令/断言映射。
- **不创建过量 E2E task**,除非 scope 明确配置了 E2E 覆盖。保持 unit > integration > api > e2e 倒金字塔。
- **不能因为"生成完了"就说工作完成**。你的工作在上游用例确认后才开始,到 spec-task 和测试文件落地才结束。完成判断不在你这里。
- **禁止生成占位 stub 脚本**。任何脚本不得以 `echo "BLOCKED: ..."; exit 0` 形式存在。如果数据准备确实无法自动化(需破坏性 DB 操作等),应在 `test-spec-tasks.json` 中将 task 标记为 `blocked`,写清楚 `blocker`/`owner`/`nextAction`;不要用一个假脚本掩盖阻塞状态。
## DB 断言固化与 MCP 数据准备规范
DB 断言不得「外包」给执行 runner 手工核对——必须固化为可执行的结构化校验。bash 脚本无法直接调用 MySQL MCP(MCP 是 Claude 的工具而非 shell 命令),因此分两类:
### 数据完整性用例(direct-db)
对「数据完整性」类用例(如概率表 gap 校验),生成 `verificationMode: direct-db` 的 task,`oracle.db` 必含「具体 SQL + 期望值」,由 runner 逐条执行并记录结果,不作为自由手工核对项。
```json
{
"verificationMode": "direct-db",
"oracle": {
"db": [
{
"type": "db",
"assertion": "每个概率表首条 outcome_from=0,末条 outcome_to=1",
"query": "SELECT product_id, MIN(outcome_from) f, MAX(outcome_to) t FROM t_product_prize GROUP BY product_id",
"expect": "f=0 且 t=1.0",
"sourceRiskId": "RISK-P1-005"
}
]
}
}
```
### API 调用类用例(数据准备 PRE/POST)
脚本包含完整 API 调用 + 断言逻辑;数据准备用注释标注,由 runner 通过 MCP 在脚本前后完成。数据准备是**输入准备**,DB 断言仍必须进 `oracle.db` 结构化字段。
```bash
#!/usr/bin/env bash
# Test: TC-P2-032 - Exchange软删除
# MCP 数据准备(执行 runner 在脚本前后完成):
# PRE: mcp__mysql_mcp__write_query "UPDATE t_user_open_record SET is_deleted=1 WHERE id=<PENDING_ID>"
# POST: mcp__mysql_mcp__write_query "UPDATE t_user_open_record SET is_deleted=0 WHERE id=<SAME_ID>"
set -u
# ... login, API call, assertions ...
```
### 错误模式(禁止)
```bash
#!/usr/bin/env bash
echo "BLOCKED: Requires data preparation"
exit 0 # ← 永远禁止!这是在伪造"执行过"
```
### 执行 runner 的职责
`qa-test-runner` 遇到 `verificationMode: direct-db` 的 task 或标注 `PRE:`/`POST:` 的脚本时:
1. 通过 MySQL MCP 执行 PRE 数据准备
2. 运行脚本(API 调用 + 断言)
3. 通过 MCP 执行 `oracle.db` 逐条校验,记录「查询摘要 + 期望 + 实际 + 状态」到 evidence
4. 通过 MCP 执行 POST 数据还原
5. 所有 MCP 操作失败也记录在 evidence 中;oracle.db 为空视为 spec-task 未完成,不得进入执行阶段
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Skill source recorded
Skill instructions are recorded. This is not a runtime test, safety guarantee or compatibility certification.
Review before install: Avoid automatic install
License: MIT
Listed tools are metadata hints, not tested compatibility. Agent prompts are suggested handoffs.
Check the source for dependencies, API keys and third-party costs. A public repository does not mean every service is free.
Repository metadata and review signals are advisory. Popularity, source discovery and successful execution are different facts.
Version reported in registry metadata; check source releases before relying on it.
Quality
62/100
Promising
Trust
52/100
Do not auto-install
Audit
71/100
Needs review
Copies are not installs. Installation counts require a reported successful installation; they are not a blanket quality guarantee.
This page exposes the same decision, trust, audit, use-case, and install signals through the Registry API, so agents can rank this skill without scraping the UI.
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"description": "在用户确认用例之后,把已确认的业务用例展开为可执行的 spec-task 和测试脚本。你产出的是 test-spec-tasks.json——后续执行阶段通过它逐条运行并收集证据。 你只负责\"生成可执行的东西\",不负责\"执行\"。pass/fail/ready 的判断由后续的执行阶段来做。 不适用:执行测试、标记 pass/fail、就绪判定。",
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{
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"installSafety": "standard package or runtime install path",
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"documentation": "Strong README/SKILL.md context",
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"Financial research output is not financial advice; require human review before any live investment decision.",
"Low GitHub adoption signal",
"Quality score needs review",
"Permission surface needs review: secrets or environment access, shell or command execution",
"GitHub adoption: 32 GitHub stars",
"Stars/forks activity: 32 stars, 9 forks; issue activity unavailable in current metadata",
"Dependency/runtime risk: command execution surface, credential or environment access"
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"The SKILL.md search command for QA_AGENT_DIR spans multiple user-level skill directories. If a malicious or unexpected quality-assurance-agent/SKILL.md exists earlier in the search path, commands could be resolved to an untrusted location. This is not a critical flaw, but it is an environment trust consideration.",
"The asset test-spec-tasks-schema.json is included but SKILL.md does not explicitly reference it as the canonical schema, which could lead to drift between documentation and schema.",
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"Audit: 71/100 Needs review",
"Safety: 23/100 Avoid automatic install",
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"manifest": "https://www.openagentskill.com/api/registry/manifest/mingdui-qa-test-script-generator"
}
}Listing source
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