measure-instrumentation-spec
关于
This skill defines analytics instrumentation requirements, specifying what events to track and their properties. It serves as a contract between product and engineering to ensure consistent data collection for new features. Use it before implementation to prevent gaps in tracking and enable accurate measurement.
快速安装
Claude Code
推荐npx skills add product-on-purpose/pm-skills -a claude-code/plugin add https://github.com/product-on-purpose/pm-skillsgit clone https://github.com/product-on-purpose/pm-skills.git ~/.claude/skills/measure-instrumentation-spec在 Claude Code 中复制并粘贴此命令以安装该技能
技能文档
Instrumentation Spec
An instrumentation spec defines what analytics events to track, when to fire them, and what properties to include. It serves as a contract between product and engineering, ensuring consistent data collection that enables accurate measurement. Good instrumentation specs prevent the "we can't answer that question because we didn't track it" problem.
When to Use
- Before engineering implements a new feature
- When defining analytics requirements for experiments
- When auditing existing tracking for gaps or inconsistencies
- When onboarding a new analytics tool
- Before launch to ensure measurement is in place
Instructions
When asked to create an instrumentation spec, follow these steps:
-
Define Analytics Goals Start with the questions you need to answer. What will you measure? What decisions will this data inform? This prevents over-instrumentation while ensuring nothing important is missed.
-
Identify Events to Track List each user action or system event that should be tracked. Follow consistent naming conventions (typically
noun_verborverb_nounin snake_case). Each event should represent a distinct, meaningful action. -
Specify Event Triggers For each event, describe exactly when it fires. Be precise: "When user clicks Submit button" vs. "When form is submitted successfully." These are different events with different meanings.
-
Define Event Properties List the properties (attributes) attached to each event. Include property name, data type, description, and example values. Properties provide context that makes events useful.
-
Document User Properties Identify persistent user-level attributes that should be associated with all events (e.g., subscription tier, account creation date). These enable segmentation in analysis.
-
Address PII and Privacy Flag any properties that contain personally identifiable information. Document how PII should be handled . hashing, encryption, or exclusion.
-
Create Testing Checklist Define how QA should verify that tracking is implemented correctly. Include steps to validate events fire at the right times with correct properties.
Output Format
Use the template in references/TEMPLATE.md to structure the output.
Quality Checklist
Before finalizing, verify:
- Event names follow consistent naming convention
- Each event has a clear, unambiguous trigger
- Properties include data types and example values
- PII is identified and handling is documented
- Events map to the analytics questions you need to answer
- Testing checklist enables QA verification
Examples
See references/EXAMPLE.md for a completed example.
GitHub 仓库
相关推荐技能
executing-plans
设计该Skill用于当开发者提供完整实施计划时,以受控批次方式执行代码实现。它会先审阅计划并提出疑问,然后分批次执行任务(默认每批3个任务),并在批次间暂停等待审查。关键特性包括分批次执行、内置检查点和架构师审查机制,确保复杂系统实现的可控性。
requesting-code-review
设计该Skill可在完成任务、实现主要功能或合并代码前自动调度代码审查子代理,确保实现符合需求和计划。它支持通过指定git SHA范围进行精准的代码变更审查,帮助开发者在关键节点及时发现潜在问题。核心原则是"早审查、勤审查",适用于开发流程的各个关键阶段。
connect-mcp-server
设计这个Skill指导开发者如何将MCP服务器连接到Claude Code,支持HTTP、stdio和SSE三种传输协议。它涵盖了从安装配置到认证安全的完整流程,适用于集成GitHub、Notion、数据库等外部服务。当开发者需要添加集成、配置外部工具或提及MCP相关功能时,这个Skill能提供实用的操作指南。
web-cli-teleport
设计该Skill帮助开发者根据任务特性选择Claude Code的Web或CLI界面,并指导如何在两种环境间无缝迁移会话。它能分析任务复杂度、迭代需求等要素,推荐最优工作界面和工作流。关键特性包括会话状态管理、环境切换指导和上下文优化建议。
