exploratory-testing-advanced

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Advanced Exploratory Testing

高级探索性测试

<default_to_action> When exploring software or investigating quality risks:

CREATE charter with mission, scope, and time-box (45-90 min)
APPLY heuristics: SFDIPOT (quality criteria), FEW HICCUPPS (consistency oracles)
EXPLORE systematically using test tours (Business District, Bad Neighborhood, Historical)
DOCUMENT findings in real-time with notes, screenshots, evidence
DEBRIEF: What learned? What's next? Share via agent memory

Quick Heuristic Selection:

What to test → SFDIPOT (Structure, Function, Data, Interfaces, Platform, Operations, Time)
Recognize problems → FEW HICCUPPS (Familiar, Explainable, World, History, Image, Comparable, Claims, Users, Product, Purpose, Standards)
Navigate app → Test Tours (12 types for different exploration strategies)

Critical Success Factors:

Exploration is skilled, structured thinking - not random clicking
Document discoveries, not pre-planned test cases
Pair testing reveals more than solo exploration </default_to_action>

<default_to_action> 在探索软件或排查质量风险时：

创建包含任务目标、范围和时间盒（45-90分钟）的测试章程（charter）
应用启发式方法：SFDIPOT（质量标准）、FEW HICCUPPS（一致性验证准则）
利用测试漫游（商业区、问题重灾区、历史缺陷区等）进行系统化探索
实时记录发现内容，包括笔记、截图和证据
复盘：学到了什么？下一步计划？通过Agent内存共享信息

快速启发式方法选择：

测试内容方向 → SFDIPOT（结构、功能、数据、接口、平台、操作、时间）
问题识别 → FEW HICCUPPS（常见问题、可解释性、现实世界、历史情况、产品形象、竞品对比、官方声明、用户预期、设计目的、开发说明、行业标准）
应用导航 → 测试漫游（12种不同探索策略）

关键成功因素：

探索性测试是有技巧、结构化的思考过程，而非随机点击
记录发现内容，而非预先规划的测试用例
结对测试比单人探索能发现更多问题 </default_to_action>

Quick Reference Card

快速参考卡片

When to Use

适用场景

Investigating new or changed features
Finding bugs automation misses
Learning unfamiliar systems
Risk discovery before test planning

调研新功能或变更功能
发现自动化测试遗漏的缺陷
学习不熟悉的系统
测试规划前的风险发现

Session Structure (SBTM)

会话结构（SBTM）

Phase	Duration	Activity
Charter	5 min	Define mission, scope, focus
Explore	45-75 min	Systematic investigation
Note	Continuous	Document findings real-time
Debrief	10-15 min	Summarize, prioritize, share

阶段	时长	活动
章程制定	5分钟	定义任务目标、范围、重点
探索测试	45-75分钟	系统化调研
记录	全程	实时记录发现内容
复盘	10-15分钟	总结、优先级排序、分享

SFDIPOT Heuristic (What to Test)

SFDIPOT启发式方法（测试内容方向）

Letter	Focus	Example Questions
Structure	Is it properly composed?	Code structure, UI layout, data schema
Function	Does it do what it should?	Core features work correctly
Data	Handles data correctly?	CRUD, validation, persistence
Interfaces	Interacts well?	APIs, UI, integrations
Platform	Works in environment?	Browsers, OS, devices
Operations	Can be used/managed?	Install, config, monitor
Time	Handles timing?	Concurrency, timeouts, scheduling

字母	关注重点	示例问题
Structure（结构）	组成是否合理？	代码结构、UI布局、数据 schema
Function（功能）	是否实现预期功能？	核心功能是否正常工作
Data（数据）	数据处理是否正确？	CRUD操作、验证、持久化
Interfaces（接口）	交互是否顺畅？	API、UI、集成功能
Platform（平台）	环境兼容性如何？	浏览器、操作系统、设备
Operations（操作）	能否正常使用/管理？	安装、配置、监控
Time（时间）	时序处理是否正确？	并发、超时、调度

FEW HICCUPPS Oracle (Recognize Problems)

FEW HICCUPPS验证准则（问题识别）

Consistency With	Check
Familiar problems	Does this look like a known bug pattern?
Explainable	Can behavior be explained rationally?
World	Matches real-world expectations?
History	Consistent with prior versions?
Image	Matches brand/product image?
Comparable	Similar to competing products?
Claims	Matches specs/docs/marketing?
Users	Meets user expectations?
Purpose	Fulfills intended purpose?
Statements	Matches what devs said?

一致性对比维度	检查内容
Familiar problems（常见问题）	是否符合已知缺陷模式？
Explainable（可解释性）	行为是否符合理性逻辑？
World（现实世界）	是否符合现实预期？
History（历史情况）	是否与之前版本一致？
Image（产品形象）	是否符合品牌/产品定位？
Comparable（竞品对比）	是否与竞品类似？
Claims（官方声明）	是否与规格/文档/营销内容一致？
Users（用户预期）	是否满足用户期望？
Purpose（设计目的）	是否实现预期用途？
Statements（开发说明）	是否与开发人员描述一致？

Test Tours (12 Types)

测试漫游（12种类型）

Tour	Strategy
Business District	Critical business flows
Historical	Where bugs clustered before
Bad Neighborhood	Known problem areas
Money	Revenue-impacting features
Landmark	Navigate by key features
Intellectual	Complex, thinking-intensive features
FedEx	Follow data through system
Garbage Collector	Cleanup and edge cases
Museum	Help docs and examples
Rained-Out	What happens when things fail?
Couch Potato	Minimal effort paths
Obsessive-Compulsive	Repetitive actions

漫游类型	策略
商业区	核心业务流程
历史缺陷区	之前缺陷集中的区域
问题重灾区	已知问题区域
资金流	影响营收的功能
地标导航	通过关键功能导航
逻辑密集区	复杂、需深度思考的功能
数据流追踪	跟踪数据在系统中的流转
清理与边缘场景	清理操作和边缘情况
文档示例区	帮助文档和示例
故障模拟	故障发生时的情况？
极简操作路径	最低操作成本的路径
重复操作	重复性动作

Session Note Template

会话记录模板

markdown

**Charter:** Explore [area] to discover [what] focusing on [heuristic]
**Time-box:** 60 min | **Tester:** [name] | **Date:** [date]

markdown

**Charter:** Explore [area] to discover [what] focusing on [heuristic]
**Time-box:** 60 min | **Tester:** [name] | **Date:** [date]

Session Notes

[timestamp] Observation/finding
[timestamp] Bug: [description] - [severity]
[timestamp] Question: [unclear behavior]

[timestamp] Observation/finding
[timestamp] Bug: [description] - [severity]
[timestamp] Question: [unclear behavior]

Findings Summary

Bugs: X (Critical: Y, Major: Z)
Questions: X
Ideas: X

Bugs: X (Critical: Y, Major: Z)
Questions: X
Ideas: X

Coverage

Areas explored: [list]
Heuristics used: [SFDIPOT areas]
% Time on: Bug investigation 30%, Exploration 50%, Setup 20%

Areas explored: [list]
Heuristics used: [SFDIPOT areas]
% Time on: Bug investigation 30%, Exploration 50%, Setup 20%

Next Steps

Deep dive on [area]
Follow up on question about [topic]

---

Deep dive on [area]
Follow up on question about [topic]

---

Agent-Assisted Exploration

Agent辅助探索

typescript

// Collaborative exploration session
await Task("Exploratory Session", {
  charter: 'Explore checkout flow for payment edge cases',
  duration: '60min',
  heuristics: ['SFDIPOT', 'FEW_HICCUPPS'],
  tour: 'money',
  collaboration: 'human-navigator-agent-driver'
}, "qe-flaky-test-hunter");

// Agent generates test variations while human observes
await Task("Edge Case Generation", {
  area: 'payment-form',
  variations: ['boundary-values', 'invalid-inputs', 'concurrent-submits']
}, "qe-test-generator");

// Visual exploration
await Task("Visual Exploration", {
  tour: 'landmark',
  focus: 'responsive-breakpoints',
  compare: 'baseline-screenshots'
}, "qe-visual-tester");

typescript

// Collaborative exploration session
await Task("Exploratory Session", {
  charter: 'Explore checkout flow for payment edge cases',
  duration: '60min',
  heuristics: ['SFDIPOT', 'FEW_HICCUPPS'],
  tour: 'money',
  collaboration: 'human-navigator-agent-driver'
}, "qe-flaky-test-hunter");

// Agent generates test variations while human observes
await Task("Edge Case Generation", {
  area: 'payment-form',
  variations: ['boundary-values', 'invalid-inputs', 'concurrent-submits']
}, "qe-test-generator");

// Visual exploration
await Task("Visual Exploration", {
  tour: 'landmark',
  focus: 'responsive-breakpoints',
  compare: 'baseline-screenshots'
}, "qe-visual-tester");

Agent Coordination Hints

Agent协作提示

Memory Namespace

内存命名空间

aqe/exploratory/
├── sessions/*           - Session notes and findings
├── charters/*           - Reusable charter templates
├── bug-clusters/*       - Historical bug patterns
└── heuristic-results/*  - What heuristics revealed

aqe/exploratory/
├── sessions/*           - Session notes and findings
├── charters/*           - Reusable charter templates
├── bug-clusters/*       - Historical bug patterns
└── heuristic-results/*  - What heuristics revealed

Fleet Coordination

集群协作

typescript

const exploratoryFleet = await FleetManager.coordinate({
  strategy: 'exploratory-testing',
  agents: [
    'qe-flaky-test-hunter',   // Pattern recognition
    'qe-visual-tester',       // Visual anomalies
    'qe-quality-analyzer'     // Risk assessment
  ],
  topology: 'mesh'
});

typescript

const exploratoryFleet = await FleetManager.coordinate({
  strategy: 'exploratory-testing',
  agents: [
    'qe-flaky-test-hunter',   // Pattern recognition
    'qe-visual-tester',       // Visual anomalies
    'qe-quality-analyzer'     // Risk assessment
  ],
  topology: 'mesh'
});

Pairing Patterns

结对测试模式

Pattern	Human Role	Agent Role
Driver-Navigator	Navigate strategy	Execute variations
Strong-Style	Dictate actions	Record findings
Ping-Pong	Observe one area	Explore another

模式	人类角色	Agent角色
驾驶员-领航员	制定策略方向	执行变体测试
强指令模式	下达操作指令	记录发现内容
交替探索	观察某一区域	探索另一区域

Related Skills

Remember

注意事项

Exploratory testing = simultaneous learning, test design, and test execution.

Not random clicking. Structured, skilled investigation guided by heuristics and oracles. Document discoveries in real-time. Pair testing amplifies findings.

With Agents: Agents generate variations, recognize patterns, and maintain session notes while humans apply judgment and intuition. Combine agent thoroughness with human insight.

探索性测试 = 同时进行学习、测试设计和测试执行。

并非随机点击，而是在启发式方法和验证准则指导下的结构化、专业性调研。实时记录发现内容。结对测试能放大发现成果。

借助Agent： Agent生成测试变体、识别模式并维护会话记录，同时人类运用判断和直觉。结合Agent的全面性与人类的洞察力。

exploratory-testing-advanced

Original

Translation

Advanced Exploratory Testing

高级探索性测试

Quick Reference Card

快速参考卡片

When to Use

适用场景

Session Structure (SBTM)

会话结构（SBTM）

SFDIPOT Heuristic (What to Test)

SFDIPOT启发式方法（测试内容方向）

FEW HICCUPPS Oracle (Recognize Problems)

FEW HICCUPPS验证准则（问题识别）

Test Tours (12 Types)

测试漫游（12种类型）

Session Note Template

会话记录模板

Session Notes

Session Notes

Findings Summary

Findings Summary

Coverage

Coverage

Next Steps

Next Steps

Agent-Assisted Exploration

Agent辅助探索

Agent Coordination Hints

Agent协作提示

Memory Namespace

内存命名空间

Fleet Coordination

集群协作

Pairing Patterns

结对测试模式

Related Skills

相关技能

Remember

注意事项