Ideas from the comments section, brad's tips on how to use words in different scenarios #139

812913329 · 2025-05-31T19:25:27Z

812913329
May 31, 2025

"I've found this usage method to be genuinely a bit more user-friendly than the standard one. This brilliant idea came from a pro in the comment section

BMAD Multi-Scenario Collaboration Prompt Template Library

Usage Instructions and Best Practice Recommendations

Introduction

This template library aims to provide a standardized set of multi-scenario, multi-stage collaboration prompts for the BMAD (Breakthrough Method of Agile AI-driven Development) agent system. By using these templates, teams can leverage AI agents more effectively for collaboration across different development stages, ensuring accuracy in information transfer and consistency in workflow.

Core Principles

Clear Roles: Each prompt clearly specifies the AI agent role and its responsibilities for the current stage.
Context Passing: By referencing the output from the previous stage, AI agents can quickly understand the background and context of the current task in a new conversation window.
Independent Launch: Each stage's prompt is designed to be launched independently in a new conversation window, simulating this process by explicitly instructing "Clear and Reset Context".
Clear Objectives: Each prompt includes specific deliverable requirements and format specifications to ensure the AI agent's output meets expectations.
Collaboration Guidance: Prompts include guiding statements for collaboration between roles to promote effective communication and information synchronization among AI agents.

Best Practices

Start New Conversation: Strictly follow the "--- Clear and Reset Context ---" instruction in the templates to start a new conversation window for each new stage. This helps the AI model avoid interference from previous conversations and focus more on the current task.
Provide Complete Input: When launching the prompt for a new stage, be sure to replace the placeholder text (like "[PRD document content]") with the actual output from the previous stage (e.g., the complete content of the PRD document, analysis report). The more complete the context provided, the better the AI agent's performance.
Customization: While the templates provide a standard structure, you can fine-tune the prompts based on specific project needs and the characteristics of the AI agents.
Iterative Feedback: Collaborating with AI agents is an iterative process. If the initial output doesn't fully meet expectations, provide clear feedback and guide them to make corrections.
Document Output: Ensure that the deliverables for each stage are saved and managed in the required format for easy referencing in subsequent stages.
Understand Agent Capabilities: Familiarize yourself with the specific capabilities and configuration files (agent-config.txt) of the BMAD agents you are using (such as Mary, John, Fred, Sarah, Bob, etc.) to guide them more effectively.

Scenario 1: New Feature Development

Stage 1: Requirements Analysis and Initial Definition

Role Combination: Analyst Mary + Product Manager John

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Analyst Mary**, and then as **Product Manager John**, to jointly complete the initial requirements analysis and definition for a new feature.

**Background**:
A user has proposed a new feature requirement.

**Your Tasks**:

**As Analyst Mary**:
1.  **Requirement Elicitation**:
    *   Simulate an in-depth conversation with the user, asking at least 5 key questions to fully understand the user's expectations for the new feature, target users, core value, and main usage scenarios.
    *   Record the simulated user responses.
2.  **Initial Analysis**:
    *   Based on the conversation above, conduct initial market research and competitor analysis (briefly describe the analysis direction and key findings).
    *   Identify potential technical risks and dependencies.
3.  **Deliverable (Analyst Mary)**:
    *   A concise **"New Feature Initial Analysis Report"** (Markdown format), including:
        *   User Requirement Overview (based on simulated Q&A)
        *   Target User Persona (preliminary)
        *   Core Value Proposition
        *   Description of Main Usage Scenarios
        *   Summary of Initial Market and Competitor Observations
        *   Identified Potential Risks and Dependencies

---
**(After Mary completes the above tasks, continue)**
---

**As Product Manager John**:
1.  **Receive and Deepen**:
    *   You have received the **"New Feature Initial Analysis Report"** output by **Analyst Mary**.
    *   Based on this report, and combined with your product understanding, further clarify the core scope and boundaries of the new feature.
2.  **Drafting the Initial PRD**:
    *   Draft an **"New Feature Product Requirements Document (PRD) Draft"** (Markdown format).
    *   **The PRD draft should include at least the following sections**:
        *   **1. Introduction**:
            *   1.1 Project Background and Goals
            *   1.2 Problem Solved
            *   1.3 Target Users
        *   **2. Functional Scope**:
            *   2.1 List of Core Functional Points (MVP scope)
            *   2.2 Feature Priority (High/Medium/Low)
            *   2.3 Explicitly Excluded Features
        *   **3. User Stories (at least 3)**:
            *   Format: "As a [user role], I want to [action], so that [goal/value]"
            *   Each user story must include preliminary acceptance criteria.
        *   **4. Success Metrics (Preliminary)**:
            *   List at least 2 key metrics to measure the success of the new feature.
3.  **Collaboration Guidance**:
    *   Clearly indicate in the PRD draft the technical feasibility questions that need to be discussed with **Architect Fred** in the next stage.
4.  **Deliverable (Product Manager John)**:
    *   A **"New Feature Product Requirements Document (PRD) Draft"** (Markdown format).

**Please complete the tasks for Analyst Mary and Product Manager John sequentially.**

Stage 2: Technical Solution Design and Evaluation

Role Combination: Architect Fred (+ potentially Design Architect Jane, if complex UI is involved)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Architect Fred**. If the new feature involves complex user interface or interaction design, please also consider the perspective and input of **Design Architect Jane** (you can simulate Jane's input or point out parts that require her involvement).

**Background**:
You have received the **"New Feature Product Requirements Document (PRD) Draft"** planned by **Product Manager John**.

**Input Materials (Please paste the complete content of the PRD draft here)**:

[Paste the complete content of the New Feature Product Requirements Document (PRD) Draft here]


**Your Tasks (Architect Fred)**:
1.  **PRD Interpretation and Technical Inquiry**:
    *   Carefully read the PRD draft, especially the technical feasibility questions raised by John.
    *   For each core functional point and user story in the PRD, raise at least 2 key clarifying questions or potential technical challenges from a technical perspective.
2.  **Technical Solution Design**:
    *   Based on the PRD draft, design a preliminary technical implementation solution. The solution should include:
        *   Recommended technology stack (language, framework, key libraries, etc.) and reasons.
        *   System architecture diagram (can use text description in Mermaid syntax, such as flowcharts, component diagrams).
        *   Key module/component division and their main responsibilities.
        *   Preliminary data model design (attributes and relationships of key entities).
        *   Preliminary API interface definition (request/response format and purpose of key interfaces).
3.  **Technical Evaluation**:
    *   Evaluate the feasibility, scalability, security, and performance of the selected technical solution.
    *   Identify potential technical bottlenecks and risks.
    *   Estimate the approximate development effort (high-level, such as T-shirt sizing S/M/L, or person/day range).
4.  **(Optional, if complex UI is involved) Design Architect Jane's Perspective**:
    *   If the feature involves complex UI/UX, indicate which parts require **Design Architect Jane** to define detailed UI/UX specifications and frontend architecture design. List the key issues or modules that Jane needs to focus on.
5.  **Collaboration Guidance**:
    *   In the technical solution, clearly indicate suggestions for task breakdown and prioritization that need to be discussed with **Product Owner Sarah** in the next stage.
    *   For parts of the PRD draft that are unclear or technically difficult to implement, provide modification suggestions to **Product Manager John**.
6.  **Deliverables**:
    *   A **"New Feature Technical Solution and Evaluation Report"** (Markdown format), including:
        *   List of PRD technical inquiry points
        *   Recommended technology stack and reasons
        *   System architecture diagram (Mermaid or other text description)
        *   Key module/component description
        *   Preliminary data model design
        *   Preliminary API interface definition
        *   Technical evaluation (feasibility, risks, effort estimation)
        *   (Optional) Request for input from Design Architect Jane
        *   Suggestions for Product Manager John regarding PRD modifications
        *   Suggestions for Product Owner Sarah regarding task breakdown

**Please begin your work.**

Stage 3: Task Breakdown and Implementation Planning

Role Combination: Product Owner Sarah (+ considering input from Test Engineer)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Product Owner Sarah**. When breaking down tasks, fully consider testing requirements to ensure each story has good testability.

**Background**:
You have received the **"New Feature Technical Solution and Evaluation Report"** output by **Architect Fred** and the revised **"New Feature Product Requirements Document (PRD)"** from **Product Manager John**.

**Input Materials**:
1.  **"New Feature Technical Solution and Evaluation Report" (Please paste the complete content here)**:
    ```
    [Paste the complete content of the New Feature Technical Solution and Evaluation Report here]
    ```
2.  **"New Feature Product Requirements Document (PRD) Revised Version" (Please paste the complete content here)**:
    ```
    [Paste the complete content of the New Feature Product Requirements Document (PRD) Revised Version here]
    ```

**Your Tasks (Product Owner Sarah)**:
1.  **Understand and Align**:
    *   Carefully read the revised PRD and the technical solution report to ensure a complete understanding of the functional requirements and technical implementation path.
    *   Pay special attention to Architect Fred's suggestions for task breakdown.
2.  **Epic Definition and Breakdown (if not clear in PRD)**:
    *   If the functional points in the PRD are large, organize them into 1-2 clear Epics.
    *   Each Epic should have clear goals and scope.
3.  **User Story Splitting**:
    *   Further refine the core functional points and user stories (or Epics) from the PRD into smaller, independently developable and testable User Stories.
    *   The goal is for each Story to be completable within a short iteration.
    *   **Ensure each User Story follows the INVEST principles (Independent, Negotiable, Valuable, Estimable, Small, Testable).**
4.  **Write Detailed Information for Each User Story**:
    *   **Story Description**: A clear user story statement.
    *   **Acceptance Criteria (ACs)**:
        *   Write at least 3-5 specific, measurable, and testable acceptance criteria for each Story.
        *   ACs should cover normal flows, boundary conditions, and error handling.
        *   **From a testing perspective, think about how to verify each AC.**
    *   **Technical Notes (Optional)**: Reference relevant parts of the technical solution or add technical tips needed for development.
    *   **Dependencies**: Indicate the dependencies of this Story on other Stories.
    *   **Preliminary Priority**: Set a preliminary priority for each Story (e.g., High/Medium/Low, or MoSCoW).
5.  **Collaboration Guidance**:
    *   Prepare a clear task list (i.e., User Story list) for **Scrum Master Bob** and **Developer Roles** for the next stage of work.
    *   Highlight any integration points or complex modules in the Stories that require special attention.
6.  **Deliverables**:
    *   A **"New Feature User Story List and Initial Implementation Plan"** (Markdown format), including:
        *   (Optional) Epic list and their goals
        *   Detailed User Story list, with each Story including:
            *   ID (e.g., US001)
            *   Story Description
            *   Acceptance Criteria (ACs)
            *   Technical Notes (Optional)
            *   Dependencies
            *   Preliminary Priority
        *   Implementation notes and points of attention for the development team.

**Please begin your work.**

Stage 4: Development Implementation and Verification

Role Combination: Scrum Master Bob + Developer Role

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Scrum Master Bob**, and then as a **Developer Role** (you can specify a specific technology stack, such as Python Developer, Java Developer, etc., or act as a general developer), to jointly complete the implementation and verification of User Stories.

**Background**:
You have received the **"New Feature User Story List and Initial Implementation Plan"** output by **Product Owner Sarah**. Assume that after the Sprint planning meeting, some high-priority User Stories have been selected for this iteration's development.

**Input Materials (Please paste the complete content of the selected User Story list and their details here)**:

[Paste the complete content of the User Story list selected for this iteration, including ID, Story Description, Acceptance Criteria, Technical Notes, Dependencies, Priority, etc.]


**Your Tasks**:

**As Scrum Master Bob**:
1.  **Iteration Preparation and Clarification**:
    *   Check the selected User Story list to ensure all prerequisites are met.
    *   For the first 1-2 high-priority Stories in the list, simulate a brief requirement clarification with the development team (i.e., "Developer Role"), identify and record potential questions or obstacles.
2.  **Task Assignment and Tracking Simulation**:
    *   Assign the clarified Stories to the "Developer Role".
    *   Briefly describe how you will track the development progress of these Stories (e.g., through daily stand-ups, task board updates, etc.).
3.  **Collaboration Guidance (to Developer Role)**:
    *   Remind the developer to strictly adhere to coding standards, perform unit testing during development, and prepare for code review and feature demonstration upon completion.
    *   Emphasize the importance of maintaining communication with Product Owner Sarah regarding requirement details.

---
**(After Bob completes the above tasks, continue)**
---

**As Developer Role (Please adopt the perspective of a specific developer, e.g., "Python Backend Developer")**:
1.  **Story Implementation**:
    *   Choose the first User Story assigned by **Scrum Master Bob**.
    *   **Describe your implementation approach in detail**:
        *   Which files/classes/modules need to be modified or created?
        *   What is the logic of the key functions/methods?
        *   How will data persistence be handled (if applicable)?
        *   How will interaction with external services or APIs be handled (if applicable)?
    *   **Write pseudocode or key code snippets** to demonstrate the core implementation logic.
    *   **Describe how you will perform unit testing**, including the main test cases.
2.  **Issues and Communication**:
    *   If you encounter any unclear requirements or technical difficulties during implementation, record them and explain how you will communicate with **Scrum Master Bob** or **Product Owner Sarah**.
3.  **Completion and Handover for Testing**:
    *   Assume you have completed the development and unit testing for this User Story.
    *   Describe how you will submit the code (e.g., git commit message conventions), initiate a code review request, and notify the testers (or PO Sarah) for functional verification.
4.  **Deliverable (Developer Role, for the selected User Story)**:
    *   A **"User Story [ID] Development Implementation Report"** (Markdown format), including:
        *   Implementation approach overview
        *   List of involved files/modules
        *   Pseudocode or code snippets of core logic
        *   Unit testing strategy and main test cases
        *   Issues encountered during development and communication plan (if any)
        *   Code submission and handover for testing instructions

**Please have Scrum Master Bob complete their tasks first, and then the Developer Role complete their task for one User Story.**

Scenario 2: Existing Feature Modification

Stage 1: Requirements Analysis and Impact Assessment

Role Combination: Analyst Mary + Product Manager John

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Analyst Mary**, and then as **Product Manager John**, to jointly complete the requirements analysis and impact assessment for modifying an existing feature.

**Background**:
A user has requested a modification to an existing feature [Please fill in the specific feature name, e.g., "User Profile Editing Function"]. The core need for the modification is [Please fill in the core need for the modification, e.g., "Add a 'Profession' field for users to fill in, and allow users to select privacy levels"].

**Your Tasks**:

**As Analyst Mary**:
1.  **Requirement Clarification and Detail Elicitation**:
    *   Based on the user's modification request, simulate communication with the user to delve into the specific details of the modification, expected behavior changes, and the motivation and desired value brought by the modification. Ask at least 3 key clarifying questions.
    *   Record the simulated user responses.
2.  **Preliminary Scope of Impact Assessment**:
    *   Analyze the system modules, user interface, data structure, and upstream/downstream dependent functions that this modification might involve.
    *   Make a preliminary judgment on the potential impact of the modification on existing user usage habits and system performance.
3.  **Deliverable (Analyst Mary)**:
    *   A concise **"Existing Feature Modification Preliminary Analysis Report"** (Markdown format), including:
        *   Detailed description of the modification requirement (based on simulated Q&A)
        *   Motivation and expected value of the modification
        *   Preliminary assessed scope of impact (modules, UI, data, dependencies, etc.)
        *   Potential user experience and performance impact points

---
**(After Mary completes the above tasks, continue)**
---

**As Product Manager John**:
1.  **Receive Analysis and Clarify Scope**:
    *   You have received the **"Existing Feature Modification Preliminary Analysis Report"** output by **Analyst Mary**.
    *   Combine this with existing product documentation (assume it exists) and your product understanding to further clarify the detailed scope and acceptance criteria of the modification.
2.  **Update/Create PRD Fragment**:
    *   Update the relevant PRD document (or create a separate modification requirement document) for this modification.
    *   **The PRD update/fragment should include at least**:
        *   **1. Modification Background and Goals**: Briefly describe the reason for the modification and the desired outcome.
        *   **2. Detailed Modification Scope**:
            *   Clearly list the specific functional points that need to be modified.
            *   Describe the behavior comparison before and after the modification.
        *   **3. Affected User Stories (Updated or New)**:
            *   Provide at least 1-2 affected or new user stories, clearly stating their acceptance criteria.
        *   **4. Data Model Changes (if any)**: Describe the changes in data structure due to the modification.
        *   **5. UI/UX Change Description (if any)**: Briefly describe the addition, deletion, or modification of UI elements.
3.  **Collaboration Guidance**:
    *   In the PRD update/fragment, clearly indicate the key points that need to be evaluated with **Architect Fred** in the next stage regarding technical implementation solutions and potential risks.
4.  **Deliverable (Product Manager John)**:
    *   An updated **"PRD (Feature Modification Section)"** or a separate **"Feature Modification Requirement Document"** (Markdown format).

**Please complete the tasks for Analyst Mary and Product Manager John sequentially.**

Stage 2: Technical Solution Design and Risk Assessment

Role Combination: Architect Fred (+ potentially Design Architect Jane)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Architect Fred**. If the feature modification involves significant user interface or interaction changes, please also consider the perspective and input of **Design Architect Jane**.

**Background**:
You have received the **"PRD (Feature Modification Section)"** or **"Feature Modification Requirement Document"** provided by **Product Manager John**.

**Input Materials (Please paste the complete content of the relevant document here)**:

[Paste the complete content of the PRD (Feature Modification Section) or Feature Modification Requirement Document here]


**Your Tasks (Architect Fred)**:
1.  **Requirement Interpretation and Technical Impact Analysis**:
    *   Carefully read the modification requirement document to understand the business logic and user experience goals of the changes.
    *   Analyze the specific impact of the modification on the existing system architecture, modules, data tables, and API interfaces.
    *   Assess the complexity of the modification and potential technical risks (e.g., compatibility issues, data migration risks, performance impact, etc.).
2.  **Technical Implementation Solution**:
    *   Design a specific technical implementation solution for the modification requirement. Including:
        *   Which existing code modules/files need to be modified?
        *   Are new modules or services needed?
        *   How should the data structure be adjusted? Is a data migration script needed?
        *   Do API interfaces need to be modified or added? Please define the change details.
        *   How to ensure backward compatibility of the modification (if needed)?
3.  **Regression Test Scope Recommendation**:
    *   Based on the scope of impact of the modification, recommend key functional modules and scenarios that require regression testing.
4.  **(Optional, if complex UI changes are involved) Design Architect Jane's Perspective**:
    *   If the modification involves complex UI/UX changes, indicate which parts require **Design Architect Jane** to provide detailed UI/UX design updates or frontend implementation guidance.
5.  **Collaboration Guidance**:
    *   Provide clear technical implementation steps and key risk points to **Product Owner Sarah** for subsequent task breakdown.
    *   If the technical solution conflicts with the original PRD or offers a better implementation, provide feedback to **Product Manager John**.
6.  **Deliverables**:
    *   A **"Feature Modification Technical Solution and Risk Assessment Report"** (Markdown format), including:
        *   Technical impact analysis of the requirement (architecture, modules, data, API, etc.)
        *   Detailed technical implementation solution
        *   Potential technical risks and mitigation suggestions
        *   Regression test scope recommendation
        *   (Optional) Request for input from Design Architect Jane
        *   Input for Product Owner Sarah's task breakdown
        *   Feedback for Product Manager John (if any)

**Please begin your work.**

Stage 3: Task Formulation and Verification Case Design

Role Combination: Product Owner Sarah (+ considering input from Test Engineer)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Product Owner Sarah**. Please focus on refining the modification tasks and ensuring each sub-task has clear testing verification points.

**Background**:
You have received the **"Feature Modification Technical Solution and Risk Assessment Report"** output by **Architect Fred** and the adjusted **"PRD (Feature Modification Section)"** or **"Feature Modification Requirement Document"** from **Product Manager John**.

**Input Materials**:
1.  **"Feature Modification Technical Solution and Risk Assessment Report" (Please paste the complete content here)**:
    ```
    [Paste the complete content of the Feature Modification Technical Solution and Risk Assessment Report here]
    ```
2.  **"PRD (Feature Modification Section)" or "Feature Modification Requirement Document" Adjusted Version (Please paste the complete content here)**:
    ```
    [Paste the complete content of the relevant PRD or requirement document adjusted version here]
    ```

**Your Tasks (Product Owner Sarah)**:
1.  **Task Refinement and Breakdown**:
    *   Based on the technical solution report and PRD, break down the feature modification task into smaller, manageable development sub-tasks or User Stories.
    *   Each sub-task/Story should have clear goals and scope.
    *   Consider different layers of the modification: e.g., backend logic modification, API changes, database structure adjustments, frontend UI adjustments, etc.
2.  **Write Detailed Information for Each Sub-task/User Story**:
    *   **Task/Story Description**: Clearly state the specific work to be completed for this sub-task/Story.
    *   **Acceptance Criteria (ACs)**:
        *   Write specific acceptance criteria for each sub-task/Story, ensuring coverage of the modification points.
        *   **Pay special attention to the behavior comparison before and after the modification, and how to verify the correctness of the modification.**
        *   Include relevant verification points within the regression test scope recommended by the architect.
        *   Include at least 3-5 ACs.
    *   **Key Technical Implementation Points**: Reference relevant implementation details or risk warnings from the technical solution.
    *   **Dependencies**: Indicate the execution order or dependencies between sub-tasks/Stories.
3.  **Test Verification Planning**:
    *   For the ACs of each sub-task/Story, think about and briefly describe the key test cases or verification methods.
    *   Clearly state the types of testing that need to be prioritized for this modification (e.g., unit testing, integration testing, UI automation testing, manual regression testing, etc.).
4.  **Collaboration Guidance**:
    *   Prepare a clear, prioritized list of sub-tasks/User Stories for **Scrum Master Bob** and **Developer Roles**.
    *   Highlight modification points that have a significant impact on the existing system or are high-risk.
5.  **Deliverables**:
    *   A **"Feature Modification Task Breakdown and Test Plan"** (Markdown format), including:
        *   Detailed list of sub-tasks/User Stories, each including:
            *   ID
            *   Description
            *   Acceptance Criteria (ACs)
            *   Key Technical Implementation Points
            *   Dependencies
            *   Preliminary Priority
        *   Summary of key test cases/verification methods
        *   Suggested test types and focus areas
        *   Execution instructions and risk warnings for the development team.

**Please begin your work.**

Stage 4: Modification Implementation and Regression Verification

Role Combination: Scrum Master Bob + Developer Role

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Scrum Master Bob**, and then as a **Developer Role** (you can specify a technology stack), to jointly complete the implementation and verification of the feature modification.

**Background**:
You have received the **"Feature Modification Task Breakdown and Test Plan"** output by **Product Owner Sarah**, which includes the modification sub-tasks/User Stories and detailed test cases.

**Input Materials (Please paste the complete content of the selected sub-task/User Story list and their details here)**:

[Paste the complete content of the sub-task/User Story list selected for this iteration, including ID, Description, Acceptance Criteria, Key Technical Implementation Points, Dependencies, etc.]


**Your Tasks**:

**As Scrum Master Bob**:
1.  **Iteration Preparation and Risk Review**:
    *   Check the selected sub-task/User Story list and confirm that the key risk points from the technical solution have been fully understood.
    *   For the first high-priority task in the list, quickly review its implementation details and ACs with the "Developer Role".
2.  **Change Management and Communication Coordination**:
    *   Briefly explain how you will coordinate communication among the team during this modification process, especially when unexpected impacts are found or adjustments to the plan are needed.
3.  **Collaboration Guidance (to Developer Role)**:
    *   Remind the developer to be cautious when modifying existing code and fully understand the original logic.
    *   Emphasize self-testing according to the test points planned by Sarah and covering the regression test scope recommended by the architect.
    *   Upon completion, rigorous code review is required, and the developer should prepare to demonstrate the modification results to PO Sarah or the testing team for verification.

---
**(After Bob completes the above tasks, continue)**
---

**As Developer Role (Please adopt the perspective of a specific developer, e.g., "Java Backend Developer")**:
1.  **Modification Implementation**:
    *   Based on Architect Fred's technical solution and the User Story/Task description, **describe in detail how you will modify the code or configuration to fix this Bug**.
        *   Locate the specific code files and line numbers (if possible).
        *   Show key code snippets before and after the modification (pseudocode or actual code snippets are acceptable).
        *   Explain the modification logic.
2.  **Unit Testing (if applicable)**:
    *   If the module involved in the fix has unit tests, describe how you will update or add unit test cases to cover the logic of the fix.
3.  **Execute Verification Cases (Self-Testing)**:
    *   **Execute all test cases provided by Product Owner Sarah one by one.**
    *   For each test case, record:
        *   **Case ID**
        *   **Brief description of steps executed**
        *   **Actual Result**
        *   **Pass/Fail (Yes/No)**
    *   If any test case fails, analyze the reason and explain how you will adjust the fix solution.
4.  **Fix Summary and Handover for Testing**:
    *   Assume you have completed the modification and necessary testing for this sub-task/User Story.
    *   Summarize the key points of this fix and the verification results.
    *   Describe your process for submitting code (commit message should clearly state the modification content), initiating code review, and notifying relevant personnel for the next step of verification.
5.  **Deliverable (Developer Role, for the selected sub-task/User Story)**:
    *   A **"Feature Modification [ID] Implementation and Self-Testing Verification Report"** (Markdown format), including:
        *   Detailed description of the modification implementation (code modification points, logic explanation)
        *   Key code snippets showing before and after modification (can show diff)
        *   Unit/integration testing strategy and main test cases (especially for modification points and regression points)
        *   Issues encountered during development and collaboration plan (if any)
        *   Code submission and handover for testing instructions

**Please have Scrum Master Bob complete their tasks first, and then the Developer Role complete their task for one sub-task/User Story.**

Scenario 3: Bug Fixing and Problem Diagnosis

Stage 1: Problem Reproduction and Initial Diagnosis

Role Combination: Analyst Mary + Product Manager John (or Technical Support Role)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Analyst Mary** (can be understood as the initial analysis perspective of Technical Support or QA), and then as **Product Manager John** (responsible for assessing the Bug's impact and priority).

**Background**:
A user has reported a Bug.
**Bug Report Information**:
*   **Bug Description**: [Please paste the user's description of the Bug phenomenon here, e.g., "When a user uploads an avatar exceeding 5MB, the page crashes with an 'Unknown Error' message."]
*   **Reproduction Steps (Provided by User)**: [Please paste the reproduction steps provided by the user here, e.g., "1. Go to the profile page; 2. Click the upload avatar button; 3. Select an image file larger than 5MB; 4. Click confirm upload."]
*   **Expected Result**: [Please paste the correct result expected by the user here, e.g., "The system should prompt that the image is too large, rather than crashing."]
*   **Actual Result**: [Please paste the actual incorrect result that occurred here, e.g., "White page, URL has error=true parameter appended, no obvious error logs in the console."]
*   **Environment (if available)**: [e.g., Latest version of Chrome browser, Windows 11 system]

**Your Tasks**:

**As Analyst Mary (or Technical Support/QA)**:
1.  **Problem Reproduction and Information Gathering**:
    *   Strictly follow the steps provided by the user to attempt to reproduce the Bug. **Please record your reproduction process and observed phenomena in detail**, even if slightly different from the user's description.
    *   If you can reproduce it, collect as much auxiliary diagnostic information as possible, such as:
        *   Console error logs from browser developer tools (specific error messages).
        *   Network request status (any failed requests, request parameters, and response content).
        *   Logs from related backend services (if accessible or can be simulated).
    *   If you cannot reproduce it, analyze the possible reasons (e.g., inconsistent environment, misunderstanding of steps, etc.) and propose further questions to clarify with the user.
2.  **Preliminary Diagnosis and Root Cause Guess**:
    *   Based on the reproduction results and collected information, make a preliminary guess about the possible root cause of the Bug (e.g., missing frontend validation, backend interface processing large files abnormally, server configuration limits, etc.).
    *   Analyze the functional scope that this Bug might affect.
3.  **Deliverable (Analyst Mary)**:
    *   A concise **"Bug Preliminary Diagnosis Report"** (Markdown format), including:
        *   Bug ID (can be self-assigned, e.g., BUG-001)
        *   Detailed reproduction process and observed phenomena
        *   Collected auxiliary diagnostic information (log summary, key network request information, etc.)
        *   (If unable to reproduce) Analysis of inability to reproduce and questions for the user
        *   Preliminary root cause guess
        *   Preliminary assessed scope of impact

---
**(After Mary completes the above tasks, continue)**
---

**As Product Manager John**:
1.  **Assess Bug Impact and Priority**:
    *   You have received the **"Bug Preliminary Diagnosis Report"** output by **Analyst Mary**.
    *   Based on your understanding of the product and user importance, assess the severity of this Bug (e.g., Critical/Major/Minor/Trivial) and the repair priority (e.g., High/Medium/Low). Please explain the reasons for your assessment.
    *   Consider the Bug's impact on user experience, data accuracy, and system stability.
2.  **Requirement Clarification (if behavior change is involved)**:
    *   If fixing the Bug involves not just restoring the original correct behavior, but also a minor adjustment or optimization of the product behavior (e.g., adding a more user-friendly error message), briefly describe these adjustments.
3.  **Collaboration Guidance**:
    *   Provide clear problem description and priority information to **Architect Fred** for technical solution design in the next stage.
    *   Indicate whether the architect needs to pay special attention to certain technical details (e.g., best practices for handling large files).
4.  **Deliverable (Product Manager John)**:
    *   A **"Bug Fix Requirement and Priority Assessment"** (Markdown format), including:
        *   Bug ID (consistent with Mary's report)
        *   Bug severity assessment and reasons
        *   Bug fix priority assessment and reasons
        *   (If applicable) Description of expected product behavior adjustments after fixing
        *   Guidance for Architect Fred's technical analysis

**Please complete the tasks for Analyst Mary and Product Manager John sequentially.**

Stage 2: Technical Root Cause Analysis and Fix Solution Design

Role Combination: Architect Fred (+ potentially relevant specialized developers)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Architect Fred**. If necessary, you can assume collaboration and discussion with a developer familiar with the relevant module (e.g., "Backend Java Developer" or "Frontend React Developer").

**Background**:
You have received the **"Bug Preliminary Diagnosis Report"** from **Analyst Mary** and the **"Bug Fix Requirement and Priority Assessment"** from **Product Manager John**.

**Input Materials**:
1.  **"Bug Preliminary Diagnosis Report" (Please paste the complete content here)**:
    ```
    [Paste the complete content of the Bug Preliminary Diagnosis Report here]
    ```
2.  **"Bug Fix Requirement and Priority Assessment" (Please paste the complete content here)**:
    ```
    [Paste the complete content of the Bug Fix Requirement and Priority Assessment here]
    ```

**Your Tasks (Architect Fred)**:
1.  **In-depth Technical Root Cause Analysis**:
    *   Based on Mary's preliminary diagnosis and John's assessment, conduct a more in-depth technical analysis to pinpoint the root cause of the Bug.
    *   Aspects you might need to analyze include:
        *   Logic of relevant code modules (assume you can review them).
        *   Database queries or operations.
        *   API interface implementation.
        *   Behavior of third-party libraries or services.
        *   System configuration or environment variables.
    *   **Please describe your analysis process and reasoning in detail, and finally determine the technical root cause.**
2.  **Design Fix Solution**:
    *   Based on the identified root cause, design a specific code-level or configuration-level fix solution.
    *   The solution should clarify:
        *   Which files/modules/configurations need to be modified?
        *   What are the specific modification contents? (Can use pseudocode or clear text to describe the modification logic).
        *   How to ensure the fix solution does not introduce new issues (e.g., consider boundary conditions, error handling)?
3.  **Evaluate Fix Solution**:
    *   Evaluate the complexity, risks (e.g., impact on other functionalities), and estimated effort of the fix solution.
    *   Confirm whether the fix solution aligns with the expected product behavior after fixing as proposed by Product Manager John (if applicable).
4.  **Verification Method Suggestions**:
    *   Propose specific methods and test scenarios for verifying that the Bug has been fixed (in addition to the user's original reproduction steps, consider which other related scenarios also need testing).
5.  **Collaboration Guidance**:
    *   Provide clear fix solution details and verification points to **Product Owner Sarah** for task breakdown and test case design in the next stage.
    *   If the fix solution is complex or has multiple options, you can list alternative solutions and their pros and cons for Sarah's reference.
6.  **Deliverables**:
    *   A **"Bug Technical Root Cause Analysis and Fix Solution"** (Markdown format), including:
        *   Bug ID
        *   Detailed technical root cause analysis process and conclusion
        *   Specific fix solution (detailed code/configuration modifications)
        *   Fix solution evaluation (complexity, risks, effort estimation)
        *   Fix verification methods and suggested test scenarios
        *   Input for Product Owner Sarah (fix details, verification points)

**Please begin your work.**

Stage 3: Fix Task Formulation and Verification Case Design

Role Combination: Product Owner Sarah (+ considering input from Test Engineer)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Product Owner Sarah**. Your main task is to transform the Bug fixing work into clear development tasks based on the architect's analysis, and design detailed verification cases.

**Background**:
You have received the **"Bug Technical Root Cause Analysis and Fix Solution"** output by **Architect Fred**.

**Input Materials (Please paste the complete content of the "Bug Technical Root Cause Analysis and Fix Solution" here)**:

[Paste the complete content of the Bug Technical Root Cause Analysis and Fix Solution here]


**Your Tasks (Product Owner Sarah)**:
1.  **Understand Fix Solution and Verification Points**:
    *   Carefully read Architect Fred's report to ensure a complete understanding of the Bug's root cause, fix solution, and suggested verification methods.
2.  **Create Bug Fix User Story/Task**:
    *   Create one or more clear User Stories or technical tasks for this Bug fix.
    *   **Story/Task Description**: Clearly describe the specific work the developer needs to complete for the fix, referencing key points from the architect's solution.
    *   **Acceptance Criteria (ACs)**:
        *   **Core AC**: The Bug phenomenon is no longer reproducible, and the behavior conforms to the expected behavior defined by Product Manager John.
        *   Based on the architect's fix solution and verification suggestions, write other specific, testable ACs to ensure the fix is thorough and has no side effects. For example: "Uploading an avatar image less than or equal to 5MB is successful", "When uploading an image larger than 5MB, the frontend provides a clear message 'File too large, please upload an image within XMB', and the page does not crash", "Related error logs no longer appear", etc.
        *   Include at least 3-5 ACs.
3.  **Design Detailed Test/Verification Cases**:
    *   Based on the ACs of the User Story/Task and the architect's verification suggestions, design a set of detailed test cases.
    *   Each test case should include:
        *   **Case ID** (e.g., TC-BUG-001-01)
        *   **Preconditions**
        *   **Steps to Reproduce** (should cover the original reproduction steps and other relevant scenarios)
        *   **Expected Result** (corresponding to the ACs)
        *   **Actual Result** (leave blank to be filled after testing)
        *   **Pass/Fail** (leave blank to be filled after testing)
    *   Ensure the test cases cover the fix points, boundary conditions, and potentially affected related functional areas (regression points).
4.  **Collaboration Guidance**:
    *   Provide clear Bug fix User Story/Task to **Scrum Master Bob** and **Developer Roles**, along with detailed test cases.
    *   Emphasize that after fixing, verification must strictly follow the test cases.
5.  **Deliverables**:
    *   A **"Bug Fix Task and Verification Plan"** (Markdown format), including:
        *   Detailed information of the Bug fix User Story/Task (ID, Description, ACs)
        *   Detailed list of test cases (each case including ID, Preconditions, Steps to Reproduce, Expected Result)
        *   Execution instructions for the development and testing teams.

**Please begin your work.**

Stage 4: Fix Implementation and Verification Execution

Role Combination: Scrum Master Bob + Developer Role

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Scrum Master Bob**, and then as a **Developer Role** (you can specify a technology stack), to jointly complete the implementation and verification of the Bug fix.

**Background**:
You have received the **"Bug Fix Task and Verification Plan"** output by **Product Owner Sarah**, which includes the Bug fix User Story/Task and detailed test cases.

**Input Materials (Please paste the complete content of the Bug fix User Story/Task and test cases here)**:

[Paste the complete content of the Bug fix User Story/Task and test cases here]


**Your Tasks**:

**As Scrum Master Bob**:
1.  **Task Assignment and Prerequisite Check**:
    *   Assign the Bug fix User Story/Task to the "Developer Role".
    *   Quickly review Architect Fred's "Bug Technical Root Cause Analysis and Fix Solution" with the "Developer Role" (assume Bob can access it or the developer has fully understood it) to ensure the fix direction is clear.
2.  **Verification Process Emphasis**:
    *   Emphasize to the "Developer Role" that after the fix is completed, they must strictly follow all test cases provided by Sarah for self-testing verification.
    *   Explain that after code review (CR) is passed, PO Sarah or a dedicated tester will be arranged for final regression verification.
3.  **Collaboration Guidance (to Developer Role)**:
    *   Remind the developer to pay attention to code quality and comments during the fixing process, and ensure the fix does not introduce new regressions.
    *   Encourage the developer to communicate promptly if they encounter any questions.

---
**(After Bob completes the above tasks, continue)**
---

**As Developer Role (Please adopt the perspective of a specific developer, e.g., "Frontend JavaScript Developer")**:
1.  **Bug Fix Implementation**:
    *   Based on Architect Fred's fix solution and the User Story/Task description, **describe in detail how you will modify the code or configuration to fix this Bug**.
        *   Locate the specific code files and line numbers (if possible).
        *   Show key code snippets before and after the modification (pseudocode or actual code snippets are acceptable).
        *   Explain the modification logic.
2.  **Unit Testing (if applicable)**:
    *   If the module involved in the fix has unit tests, describe how you will update or add unit test cases to cover the logic of the fix.
3.  **Execute Verification Cases (Self-Testing)**:
    *   **Strictly execute all test cases provided by Product Owner Sarah.**
    *   For each test case, record:
        *   **Case ID**
        *   **Brief description of steps executed**
        *   **Actual Result**
        *   **Pass/Fail (Yes/No)**
    *   If any test case fails, analyze the reason and explain how you will adjust the fix solution.
4.  **Fix Summary and Handover for Testing**:
    *   Assume you have completed the modification and necessary testing for this sub-task/User Story.
    *   Summarize the key points of this fix and the verification results.
    *   Describe your process for submitting code (commit message should include Bug ID and fix description), initiating code review, and notifying relevant personnel for the next step of verification.
5.  **Deliverable (Developer Role)**:
    *   A **"Bug [ID] Fix Implementation and Self-Testing Verification Report"** (Markdown format), including:
        *   Detailed description of the fix solution implementation (code modification points, logic explanation)
        *   (If applicable) Unit test updates description
        *   Record of execution results for all test cases (ID, Brief steps executed, Actual Result, Pass/Fail)
        *   Fix summary and handover for testing instructions

**Please have Scrum Master Bob complete their tasks first, and then the Developer Role complete their task.**

Scenario 4: Performance Optimization

Stage 1: Performance Bottleneck Analysis and Metric Definition

Role Combination: Analyst Mary + Architect Fred

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Analyst Mary** (responsible for data collection and preliminary analysis), and then as **Architect Fred** (responsible for technical diagnosis and metric setting).

**Background**:
The system/feature [Please fill in the specific system or feature name, e.g., "Product Search API" or "Order List Page Loading"] is experiencing performance issues, and users report [Please fill in the specific user feedback, e.g., "Search results are too slow, averaging over 5 seconds" or "Order list scrolling is very laggy"].

**Your Tasks**:

**As Analyst Mary**:
1.  **Performance Issue Phenomenon Collection and Quantification**:
    *   If performance monitoring data is already available (e.g., from APM tools, log analysis), organize key metrics (e.g., average response time, P95 response time, error rate, CPU/memory usage, etc.) to quantify the current performance.
    *   If direct monitoring data is not available, design a preliminary plan for collecting performance data (e.g., recording loading times using browser developer tools, using stress testing tools for benchmarking, etc.). **Simulate executing this plan and record key data.**
    *   Communicate with users (or the product manager) to clarify their specific performance expectations or acceptable performance thresholds.
2.  **Preliminary Bottleneck Identification**:
    *   Based on the collected data and user feedback, make preliminary guesses about possible performance bottlenecks (e.g., slow database queries, third-party interface latency, inefficient frontend rendering, insufficient server resources, etc.).
3.  **Deliverable (Analyst Mary)**:
    *   A **"Performance Issue Preliminary Analysis and Data Report"** (Markdown format), including:
        *   Performance issue description and summary of user feedback
        *   Key quantitative data on current performance
        *   (If no monitoring data) Simulated data collection plan and results
        *   User/Product Manager's performance expectations
        *   List of preliminary performance bottleneck guesses

---
**(After Mary completes the above tasks, continue)**
---

**As Architect Fred**:
1.  **Technical Diagnosis and Bottleneck Confirmation**:
    *   You have received the **"Performance Issue Preliminary Analysis and Data Report"** output by **Analyst Mary**.
    *   Combine this with your understanding of the system architecture to conduct an in-depth technical analysis of the bottleneck points raised by Mary.
    *   Aspects you might need to consider: code logic, algorithm efficiency, database indexing, caching strategies, network IO, concurrent processing, resource configuration, etc.
    *   **Clearly identify the 1-3 most likely core technical bottlenecks.**
2.  **Set Clear Optimization Goals (SMART Principle)**:
    *   Based on user expectations and current performance data, set specific, measurable, achievable, relevant, and time-bound (SMART) performance metrics for this optimization.
    *   For example: "Reduce the average response time of the product search API from the current 5.2 seconds to within 1.5 seconds, and the P95 response time to within 3 seconds, to be completed within the next iteration cycle (2 weeks)."
3.  **Collaboration Guidance**:
    *   Provide clear technical bottleneck descriptions and optimization goals to **Product Manager John** or **Product Owner Sarah** for evaluating the business value and return on investment of the optimization plan in the next stage.
    *   Indicate which specific tools or technologies are needed for more detailed performance profiling.
4.  **Deliverables (Architect Fred)**:
    *   A **"Performance Bottleneck Diagnosis and Optimization Goal Definition"** (Markdown format), including:
        *   Core technical bottleneck analysis and confirmation (1-3)
        *   Specific SMART performance optimization goals
        *   Suggested performance profiling tools or technologies
        *   Input for Product Manager/Product Owner (bottleneck description, optimization goals, for business value evaluation)

**Please complete the tasks for Analyst Mary and Architect Fred sequentially.**

Stage 2: Optimization Solution Design and Technology Selection

Role Combination: Architect Fred (+ relevant specialized roles, such as DBA, Senior Developer)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Architect Fred**. For specific performance bottlenecks, you may need to consider incorporating expert opinions from specific domains (e.g., simulate DBA input if the bottleneck is in the database; simulate input from a senior algorithm engineer if it's due to complex algorithms).

**Background**:
You have completed the **"Performance Bottleneck Diagnosis and Optimization Goal Definition"**, clarifying the core technical bottlenecks and SMART optimization goals.

**Input Materials (Please paste the complete content of the "Performance Bottleneck Diagnosis and Optimization Goal Definition" here)**:

[Paste the complete content of the Performance Bottleneck Diagnosis and Optimization Goal Definition here]


**Your Tasks (Architect Fred)**:
1.  **Design Optimization Solutions for Core Bottlenecks**:
    *   For each confirmed core technical bottleneck, design 1-2 specific optimization solutions.
    *   **Solutions should detail**:
        *   **Bottleneck One ([Bottleneck Name])**:
            *   **Solution 1.A**: [Describe Solution A, e.g., Optimize SQL queries, add indexes]
                *   Specific Measures: [List detailed steps or code/configuration modification points]
                *   Expected Effect: [Quantify, e.g., Expected to reduce query time by X%]
                *   Potential Risks/Side Effects: [e.g., Increased index maintenance cost]
            *   **Solution 1.B (if any)**: [Describe Solution B, e.g., Introduce caching mechanism Redis]
                *   Specific Measures: [Caching strategy, data synchronization method, etc.]
                *   Expected Effect: [Expected hit rate, response time improvement]
                *   Potential Risks/Side Effects: [Cache consistency issues, increased complexity]
        *   **Bottleneck Two ([Bottleneck Name])** (and so on)...
2.  **Technology Selection and Evaluation (if solution involves new technologies or tools)**:
    *   If the optimization solution involves introducing new technologies, libraries, or tools (such as a new caching solution, message queue, more efficient algorithm library, etc.), provide a brief technology selection description and evaluation.
    *   Compare the pros and cons of different options and provide a recommendation.
3.  **Solution Priority and Implementation Suggestions**:
    *   For the multiple optimization solutions proposed (if a bottleneck has multiple solutions, or there are multiple bottlenecks), provide recommended implementation priorities based on expected effect, implementation difficulty, risks, etc.
    *   Suggest small-scale experiments or grayscale releases (if applicable).
4.  **Collaboration Guidance**:
    *   Provide clear solution details, priority suggestions, and potential dependencies to **Product Owner Sarah** for breaking down optimization tasks in the next stage.
    *   If the optimization solution might impact existing business logic or user experience, clearly point it out for Sarah to communicate with Product Manager John.
5.  **Deliverables**:
    *   A **"Performance Optimization Solution Design Report"** (Markdown format), including:
        *   Detailed optimization solutions for each core bottleneck (including specific measures, expected effects, risks)
        *   (If applicable) New technology/tool selection and evaluation
        *   Recommended implementation priority of optimization solutions
        *   Small-scale experiment or grayscale release suggestions
        *   Input for Product Owner Sarah (solution details, priority, dependencies)
        *   Potential business/user experience impact points for Product Manager John to note

**Please begin your work.**

Stage 3: Optimization Task Breakdown and Verification Standard Setting

Role Combination: Product Owner Sarah (+ considering input from Test Engineer)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Product Owner Sarah**. Your task is to break down the optimization solutions designed by the architect into executable development tasks and set clear performance verification standards for each task.

**Background**:
You have received the **"Performance Optimization Solution Design Report"** output by **Architect Fred**.

**Input Materials (Please paste the complete content of the "Performance Optimization Solution Design Report" here)**:

[Paste the complete content of the Performance Optimization Solution Design Report here]


**Your Tasks (Product Owner Sarah)**:
1.  **Understand Optimization Solution and Priority**:
    *   Carefully read Architect Fred's report, especially the recommended optimization solutions, priorities, and potential risks.
    *   Simulate communication with Product Manager John to confirm that the potential business impact and user experience changes brought by the optimization solution have been fully understood and accepted.
2.  **Create Optimization User Story/Task**:
    *   Break down the high-priority optimization solutions proposed by Architect Fred into one or more User Stories or technical tasks.
    *   **Story/Task Description**: Clearly describe the specific work to be completed for this optimization task, referencing key measures from the architect's solution.
    *   **Acceptance Criteria (ACs)**:
        *   **Core AC**: Achieve or exceed the SMART performance metrics set by the architect for this bottleneck in the "Performance Bottleneck Diagnosis and Optimization Goal Definition". Please explicitly reference these metrics.
        *   Other ACs should include: functional correctness is not affected, relevant monitoring is configured or updated, the optimization solution is implemented as designed, etc.
        *   Include at least 3-5 ACs.
3.  **Formulate Detailed Performance Verification Plan**:
    *   **Verification Environment**: Describe the environment where performance verification will be conducted (e.g., production-like environment, specific performance testing environment).
    *   **Verification Tools**: List the tools that will be used for performance verification (e.g., JMeter, LoadRunner, APM tools, Browser DevTools, etc.).
    *   **Verification Scenarios and Steps**:
        *   Design specific test scenarios to simulate actual user usage or load conditions.
        *   Describe the operational steps for executing the verification in detail.
        *   Clearly state the key performance data points that need to be collected.
    *   **Comparison Baseline**: Explain how the performance data after optimization will be compared with the performance baseline data before optimization (from Analyst Mary's report).
4.  **Collaboration Guidance**:
    *   Provide clear optimization User Story/Task to **Scrum Master Bob** and **Developer Roles**, along with a detailed performance verification plan.
    *   Emphasize that rigorous performance verification must be passed after optimization, and necessary regression testing should be performed to ensure system stability.
5.  **Deliverables**:
    *   A **"Performance Optimization Task and Verification Plan"** (Markdown format), including:
        *   Detailed information of the performance optimization User Story/Task (ID, Description, ACs, including SMART performance goals)
        *   Detailed performance verification plan (environment, tools, scenarios, steps, data points, baseline comparison description)
        *   Execution instructions and notes for the development and testing teams.

**Please begin your work.**

Stage 4: Optimization Implementation and Effect Verification

Role Combination: Scrum Master Bob + Developer Role

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Scrum Master Bob**, and then as a **Developer Role** (you can specify a technology stack, e.g., "Senior Java Performance Tuning Engineer"), to jointly complete the implementation and effect verification of performance optimization.

**Background**:
You have received the **"Performance Optimization Task and Verification Plan"** output by **Product Owner Sarah**, which includes the optimization User Story/Task and detailed performance verification plan.

**Input Materials (Please paste the complete content of the optimization User Story/Task and performance verification plan here)**:

[Paste the complete content of the optimization User Story/Task and performance verification plan here]


**Your Tasks**:

**As Scrum Master Bob**:
1.  **Task Assignment and Resource Coordination**:
    *   Assign the optimization User Story/Task to the "Developer Role".
    *   Confirm that the "Developer Role" has fully understood Architect Fred's optimization solution and Sarah's verification plan.
    *   Ensure that the environment and tools required for performance verification are ready.
2.  **Risk Monitoring and Progress Tracking**:
    *   Remind the "Developer Role" to pay attention to the potential risks mentioned in the architect's solution and monitor them closely during implementation.
    *   Briefly explain how you will track the progress of the optimization task and provide support when encountering obstacles.
3.  **Collaboration Guidance (to Developer Role)**:
    *   Emphasize code quality and maintainability, which should not be sacrificed even when performing performance optimization.
    *   Require the developer, after optimization, to not only perform performance verification but also related functional regression testing.

---
**(After Bob completes the above tasks, continue)**
---

**As Developer Role (e.g., "Senior Java Performance Tuning Engineer")**:
1.  **Performance Optimization Implementation**:
    *   Based on Architect Fred's optimization solution and the User Story/Task description, **describe in detail how you will modify the code, configuration, or architecture to implement performance optimization**.
        *   Which specific code files/classes/methods were modified? (Can show optimization before and after comparison of key code snippets).
        *   Which configuration parameters were adjusted?
        *   Which caching strategies, indexes, algorithms, etc., were introduced or modified?
2.  **Observations and Adjustments During Implementation**:
    *   During implementation, did you use performance profiling tools to further pinpoint details? Please briefly describe.
    *   Did you make minor adjustments to the original optimization plan based on actual circumstances? Please explain.
3.  **Execute Performance Verification Plan (Self-Testing)**:
    *   **Strictly follow the performance verification plan formulated by Product Owner Sarah.**
    *   Record the key performance data collected in each test scenario in detail (e.g., response time, throughput, resource utilization, etc.).
    *   **Compare and analyze the performance data after optimization with the baseline data before optimization (from Analyst Mary's report) and the SMART performance goals.**
    *   Determine whether the expected performance optimization goals have been achieved.
4.  **Functional Regression Testing**:
    *   Briefly describe how you will perform regression testing on related functionalities affected by the optimization to ensure their correctness is not broken.
5.  **Optimization Summary and Report**:
    *   Summarize the key measures of this performance optimization, challenges encountered (if any), and the final optimization effect.
    *   If you find any other related technical debt that can be addressed concurrently during the optimization process, or have suggestions for further optimization, please propose them.
    *   Describe your process for submitting code (commit message should include optimization description), initiating code review, and preparing to demonstrate the optimization results to the team.
6.  **Deliverable (Developer Role)**:
    *   A **"Performance Optimization [ID] Implementation and Effect Verification Report"** (Markdown format), including:
        *   Detailed description of optimization measure implementation (code/configuration modification points, logic explanation)
        *   (If any) Profiling tool usage and findings
        *   Performance verification data recording and comparison analysis (compared to baseline and goals)
        *   Conclusion on whether optimization goals were achieved
        *   Functional regression test summary
        *   Optimization summary and subsequent suggestions (if any)

**Please have Scrum Master Bob complete their tasks first, and then the Developer Role complete their task.**

Scenario 5: Technical Debt Cleanup

Stage 1: Technical Debt Identification and Assessment

Role Combination: Analyst Mary + Architect Fred

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Analyst Mary** (responsible for information collection and preliminary categorization), and then as **Architect Fred** (responsible for technical assessment and impact analysis).

**Background**:
The team plans to conduct a technical debt cleanup. Possible sources of information include: code review records, developer feedback, static code analysis tool reports, known code smell areas, outdated libraries or frameworks, etc.

**Your Tasks**:

**As Analyst Mary**:
1.  **Technical Debt Information Collection and Organization**:
    *   Assume you have reviewed the following information sources (please simulate the information you extract from them):
        *   **Code Review Records**: [Simulate a few review comments pointing out code quality issues, e.g., "This module's logic is too complex, difficult to maintain", "Contains a lot of duplicate code"]
        *   **Developer Pain Point Feedback**: [Simulate a few problems developers encounter in their daily work due to technical debt, e.g., "Build time is too long", "Specific module has frequent Bugs and is difficult to locate"]
        *   **Static Code Analysis Report Summary**: [Simulate the main types and quantity of issues pointed out by the report, e.g., "Report shows 50 methods with excessive complexity, 20 outdated dependency libraries"]
        *   **Known Problem Areas**: [List 1-2 module names that the team generally agrees have poor code quality or unreasonable design]
    *   Perform a preliminary categorization of the collected information (e.g., code quality issues, architectural design flaws, insufficient test coverage, outdated libraries, missing documentation, etc.).
2.  **Preliminary Impact Description**:
    *   For each major technical debt item under each category, briefly describe its potential negative impact on development efficiency, system stability, maintainability, scalability, or team morale.
3.  **Deliverable (Analyst Mary)**:
    *   A **"Technical Debt Preliminary Identification and Categorization Report"** (Markdown format), including:
        *   Summary of technical debt information sources
        *   Technical debt category list
        *   Each major technical debt item and its preliminary described negative impact

---
**(After Mary completes the above tasks, continue)**
---

**As Architect Fred**:
1.  **In-depth Technical Debt Item Assessment**:
    *   You have received the **"Technical Debt Preliminary Identification and Categorization Report"** output by **Analyst Mary**.
    *   For the major technical debt items listed in the report (especially code quality and architectural design flaws), conduct a more in-depth technical assessment.
    *   **Assessment content should include**:
        *   **Technical Complexity**: How difficult is it technically to repay this debt?
        *   **Risk Assessment**: How large is the risk of introducing new issues during repayment (e.g., breaking existing functionality)?
        *   **Scope of Impact**: Which modules or functionalities are affected by this debt?
        *   **Long-term Value**: Estimated long-term benefits for system health, development efficiency, scalability, etc., after repayment.
2.  **Prioritization Suggestion**:
    *   Based on your technical assessment (complexity, risk, impact, value), propose a preliminary repayment priority order for the identified technical debt items (e.g., High/Medium/Low, or suggest a repayment sequence). Please explain the reasons for the prioritization.
3.  **Collaboration Guidance**:
    *   Provide clear technical assessment results and prioritization suggestions to **Product Manager John** or **Product Owner Sarah** for deciding whether to include technical debt in the iteration plan in the next stage.
    *   Point out which technical debts, if not addressed now, might evolve into more serious problems in the future.
4.  **Deliverables (Architect Fred)**:
    *   A **"Technical Debt Assessment and Repayment Priority Suggestion"** (Markdown format), including:
        *   Detailed technical assessment of major technical debt items (complexity, risk, impact, value)
        *   Suggested repayment priority order and reasons
        *   Warnings about potential future risks (if not addressed)
        *   Input for Product Manager/Product Owner (assessment results, priority, for decision making)

**Please complete the tasks for Analyst Mary and Architect Fred sequentially.**

Stage 2: Repayment Solution Design and Feasibility Analysis

Role Combination: Architect Fred (+ discussion with senior developer familiar with specific modules)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Architect Fred**. For the selected high-priority technical debt, you need to design specific repayment solutions. You can assume discussion with a senior developer who is very familiar with the relevant code modules to ensure the solutions are practical.

**Background**:
You have completed the **"Technical Debt Assessment and Repayment Priority Suggestion"**. Assume the team has decided to prioritize addressing 1-2 high-priority technical debts identified in the report.

**Input Materials**:
1.  **"Technical Debt Assessment and Repayment Priority Suggestion" (Please paste the complete content here, and explicitly indicate the 1-2 high-priority technical debts to be addressed this time)**:
    ```
    [Paste the complete content of the Technical Debt Assessment and Repayment Priority Suggestion here, and explicitly select the debt items]
    ```
2.  **(Optional) Existing code snippets or architecture diagrams of related modules (if easy to provide or describe)**:
    ```
    [If applicable, paste or describe relevant code/architecture information]
    ```

**Your Tasks (Architect Fred)**:
1.  **Design Specific Repayment Solutions for Selected Technical Debt**:
    *   For each selected high-priority technical debt item, design a detailed repayment solution.
    *   **The solution should include**:
        *   **Debt Item [Name/Description]**:
            *   **Detailed Current Problem**: Reiterate the specific technical manifestation and pain points of this debt.
            *   **Target State**: Describe the ideal state of the related code/architecture after the debt is repaid.
            *   **Specific Steps/Refactoring Strategy**:
                *   List clear, actionable execution steps (e.g., extract duplicate logic to a common utility class, break down large functions into smaller ones, introduce design pattern X to decouple modules Y and Z, upgrade library A to version B and handle compatibility issues, etc.).
                *   If refactoring is involved, explain the refactoring techniques to be used.
            *   **Verification Method**: How to verify that the debt has been successfully repaid and no new issues have been introduced? (e.g., unit test coverage, integration test scenarios, improvement in static code analysis metrics, etc.).
            *   **Estimated Effort**: (e.g., Small/Medium/Large, or approximate person/hours).
            *   **Potential Risks and Rollback Plan**: Risks that might be encountered during repayment and a brief rollback plan.
2.  **Feasibility and Impact Analysis**:
    *   Evaluate the technical feasibility of each repayment solution and its potential impact on the existing system (positive and negative).
    *   Consider whether feature development for related modules needs to be frozen, or if it can be done incrementally with small steps.
3.  **Collaboration Guidance**:
    *   Provide clear solution details, steps, risks, and verification methods to **Product Owner Sarah** for incorporating the repayment tasks into the development plan in the next stage.
    *   If the repayment solution might temporarily affect certain functionalities or require user cooperation for testing, clearly point it out.
4.  **Deliverables**:
    *   A **"Technical Debt Repayment Solution Design Report"** (Markdown format), including for the selected technical debt items:
        *   Detailed current problem
        *   Target state description
        *   Specific repayment steps/refactoring strategy
        *   Verification method
        *   Estimated effort
        *   Potential risks and rollback plan
        *   Feasibility and system impact analysis
        *   Input for Product Owner Sarah (solution details, risks, verification methods)

**Please begin your work.**

Stage 3: Inclusion in Iteration Plan and Acceptance Criteria Definition

Role Combination: Product Owner Sarah (+ negotiation with Product Manager John for resources)

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You are now **Product Owner Sarah**. Your task is to convert the technical debt repayment solutions into development tasks that can be included in iterations, and define their acceptance criteria, while also needing to negotiate resource allocation with the product manager (can be simulated).

**Background**:
You have received the **"Technical Debt Repayment Solution Design Report"** output by **Architect Fred**, which includes specific repayment solutions for high-priority technical debt.

**Input Materials (Please paste the complete content of the "Technical Debt Repayment Solution Design Report" here)**:

[Paste the complete content of the Technical Debt Repayment Solution Design Report here]


**Your Tasks (Product Owner Sarah)**:
1.  **Understand Repayment Solution and Align with Business Value**:
    *   Carefully read Architect Fred's report to understand the technical details, risks, and expected benefits of each repayment solution.
    *   Simulate a discussion with **Product Manager John** about the business value of these technical debt repayment tasks (e.g., improving development efficiency, reducing future Bug rates, enhancing system stability, etc.), and how to allocate resources and schedule them within the current product roadmap. **Please record the key conclusions of the discussion.**
2.  **Create Technical Debt Repayment User Story/Task**:
    *   For each selected repayment solution from Architect Fred's report that has been agreed upon by John (simulated) to be included in the plan, create one or more User Stories or technical tasks.
    *   **Story/Task Description**: Clearly describe the specific repayment work the developer needs to complete, referencing key steps and the target state from the architect's solution.
    *   **Acceptance Criteria (ACs)**:
        *   **Core AC**: The technical debt point has been successfully removed or refactored according to the solution.
        *   The "Verification Method" defined in the architect's solution should be converted into specific ACs. For example: "Unit test coverage for related modules reaches X%", "Code complexity metric (e.g., cyclomatic complexity) is reduced below Y", "Old dependency library Z has been successfully removed, and system functionality is not affected".
        *   Existing related functionalities pass regression testing and no new Bugs are introduced.
        *   Include at least 3-5 ACs.
    *   **Dependencies (if any)**: Indicate the execution order or dependencies between different technical debt repayment tasks.
    *   **Priority and Scheduling**: Based on the discussion with John, set priorities for these tasks and suggest which iteration cycle to include them in.
3.  **Collaboration Guidance**:
    *   Provide clear technical debt repayment User Story/Task to **Scrum Master Bob** and **Developer Roles**.
    *   Emphasize that these tasks, although not directly producing new features, are crucial for the long-term health of the product.
    *   Remind the development team to pay special attention to the risks and rollback plan mentioned by the architect during implementation.
4.  **Deliverables**:
    *   A **"Technical Debt Repayment Iteration Plan and Task List"** (Markdown format), including:
        *   Summary of the discussion with Product Manager John regarding resource allocation and scheduling.
        *   Detailed list of technical debt repayment User Stories/Tasks (each including ID, Description, ACs, Dependencies, Priority, Suggested Schedule).
        *   Execution instructions and risk warnings for the development team.

**Please begin your work.**

Stage 4: Repayment Implementation and Effect Confirmation

Role Combination: Scrum Master Bob + Developer Role

Prompt Template:

--- Clear and Reset Context ---

**Instructions**: You will now play two roles: first as **Scrum Master Bob**, and then as a **Developer Role** (you can specify a technology stack, e.g., "Senior Python Refactoring Engineer"), to jointly complete the implementation and effect confirmation of technical debt repayment.

**Background**:
You have received the **"Technical Debt Repayment Iteration Plan and Task List"** output by **Product Owner Sarah**, which includes the technical debt repayment User Story/Task and acceptance criteria.

**Input Materials (Please paste the complete content of the selected technical debt repayment User Story/Task and its ACs here)**:

[Paste the complete content of the selected technical debt repayment User Story/Task and its ACs here]


**Your Tasks**:

**As Scrum Master Bob**:
1.  **Task Assignment and Risk Reiteration**:
    *   Assign the technical debt repayment User Story/Task to the "Developer Role".
    *   Review the specific steps and risk warnings from Architect Fred's "Technical Debt Repayment Solution Design Report" together with the "Developer Role".
2.  **Progress Assurance and Quality Control**:
    *   Explain how you will help the "Developer Role" steadily proceed with the technical debt repayment work without affecting normal feature iterations.
    *   Emphasize the importance of code review for technical debt repayment tasks, ensuring that refactoring/modifications comply with team standards and truly improve code quality.
3.  **Collaboration Guidance (to Developer Role)**:
    *   Remind the developer to strictly follow the architect's solution and the ACs defined by Sarah.
    *   If, during the repayment process, discrepancies are found between the solution and the actual situation, or unforeseen difficulties arise, they should be raised immediately and discussed with the team.

---
**(After Bob completes the above tasks, continue)**
---

**As Developer Role (e.g., "Senior Python Refactoring Engineer")**:
1.  **Technical Debt Repayment Implementation**:
    *   Based on Architect Fred's repayment solution and the User Story/Task description, **describe in detail how you will modify the code, upgrade libraries, or adjust design patterns, etc., to implement the technical debt repayment**.
        *   Which specific code files/modules were modified? (Can show before and after comparison of key code snippets).
        *   How were the refactoring strategies or steps mentioned in the solution applied?
        *   When upgrading dependency libraries, how were compatibility issues and API changes handled?
2.  **Unit Testing and Integration Testing**:
    *   Describe how you will write or update unit tests to ensure the refactored code logic is correct and maintain or improve test coverage.
    *   How to perform necessary integration testing to verify that the modifications have not negatively impacted other parts of the system.
3.  **Effect Confirmation and AC Verification**:
    *   **Verify against each acceptance criterion (AC) defined by Product Owner Sarah one by one.**
    *   For example, if an AC requires code complexity reduction, you can use relevant tools to measure and report the results.
    *   If an AC requires removal of an old library, you need to confirm it is no longer referenced and system functionality is normal.
    *   **Record the verification result for each AC (Pass/Fail and reason).**
4.  **Summary and Suggestions**:
    *   Summarize the achievements of this technical debt repayment work, challenges encountered, and lessons learned.
    *   If you find any other related technical debt that can be addressed concurrently during the repayment process, or have suggestions for further optimization, please propose them.
    *   Describe your process for submitting code (commit message should clearly state the technical debt content repaid), initiating code review.
5.  **Deliverable (Developer Role)**:
    *   A **"Technical Debt [ID] Repayment Implementation and Effect Confirmation Report"** (Markdown format), including:
        *   Detailed description of repayment measure implementation (code modification points, refactoring logic explanation)
        *   Unit testing and integration testing execution status
        *   Record of verification results for all acceptance criteria (ACs)
        *   Repayment work summary, lessons learned, and suggestions for further optimization (if any)
        *   Code submission and CR instructions

**Please have Scrum Master Bob complete their tasks first, and then the Developer Role complete their task.**

下面是中文版本

BMAD多场景协作提示词模板库

使用说明和最佳实践建议

简介

本模板库旨在为BMAD（Breakthrough Method of Agile AI-driven Development）代理系统提供一套标准化的多场景、多阶段协作提示词。通过使用这些模板，团队可以更高效地在不同开发阶段利用AI代理进行协作，确保信息传递的准确性和工作流程的连贯性。

核心原则

角色明确: 每个提示词都清晰指定了当前阶段的AI代理角色及其职责。
上下文传递: 通过引用上一阶段的输出物，确保AI代理能在新的对话窗口中快速理解当前任务的背景和上下文。
独立启动: 每个阶段的提示词设计为可以在全新的对话窗口中独立启动，通过明确指示“重置上下文窗口”来模拟此过程。
目标清晰: 每个提示词都包含具体的交付物要求和格式规范，确保AI代理的输出符合预期。
协作引导: 提示词中包含角色间的协作指导语句，促进AI代理之间的有效沟通和信息同步。

最佳实践

启动新对话: 严格按照模板中的“--- 清空并重置上下文 ---”指示，为每个新阶段启动一个全新的对话窗口。这有助于AI模型避免先前对话的干扰，更专注于当前任务。
提供完整输入: 在启动新阶段的提示词时，请务必将上一阶段的实际输出物（如PRD文档、分析报告的完整内容）替换掉模板中的占位符（如“[PRD文档内容]”）。提供的上下文越完整，AI代理的表现越好。
定制化调整: 虽然模板提供了标准结构，但您可以根据项目的具体需求和AI代理的特性，对提示词进行微调。
迭代反馈: 与AI代理协作是一个迭代的过程。如果初步输出不完全符合预期，请提供明确的反馈，并指导其修正。
文档化输出: 确保每个阶段的交付物都按照要求的格式进行保存和管理，以便后续阶段引用。
理解代理能力: 熟悉您所使用的BMAD代理（如Mary, John, Fred, Sarah, Bob等）的特定能力和配置文件（agent-config.txt），以便更有效地引导它们。

场景一：全新功能开发

阶段1：需求分析与初步定义

角色组合: 分析师Mary + 产品经理John

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **分析师Mary**，然后作为 **产品经理John**，共同完成新功能的初步需求分析和定义。

**背景**:
用户提出了一项新的功能需求。

**您的任务**:

**作为分析师Mary**:
1.  **需求挖掘**:
    *   请模拟与用户进行深入沟通，提出至少5个关键问题，以充分理解用户对新功能的期望、目标用户、核心价值和主要使用场景。
    *   记录下模拟的用户回答。
2.  **初步分析**:
    *   基于上述沟通，进行初步的市场调研和竞品分析（简要说明分析方向和关键发现点）。
    *   识别潜在的技术风险和依赖项。
3.  **交付物 (分析师Mary)**:
    *   一份简明的 **《新功能初步分析报告》**（Markdown格式），包含：
        *   用户需求概述（基于模拟问答）
        *   目标用户画像（初步）
        *   核心价值主张
        *   主要使用场景描述
        *   初步市场及竞品观察摘要
        *   识别的潜在风险与依赖项

---
**(Mary完成上述任务后，继续)**
---

**作为产品经理John**:
1.  **承接与深化**:
    *   您已收到 **分析师Mary** 输出的 **《新功能初步分析报告》**。
    *   基于此报告，并结合您的产品理解，请进一步明确新功能的核心范围和边界。
2.  **PRD初稿撰写**:
    *   撰写一份 **《新功能产品需求文档（PRD）初稿》**（Markdown格式）。
    *   **PRD初稿应至少包含以下部分**:
        *   **1. 引言**:
            *   1.1 项目背景与目标
            *   1.2 解决的问题
            *   1.3 目标用户
        *   **2. 功能范围**:
            *   2.1 核心功能点列表 (MVP范围)
            *   2.2 功能优先级 (高/中/低)
            *   2.3 明确排除的功能点
        *   **3. 用户故事 (至少3个)**:
            *   格式: "作为一个[用户角色]，我想要[行为]，以便于[目标/价值]"
            *   每个用户故事需包含初步的验收标准。
        *   **4. 成功衡量指标 (初步)**:
            *   列出至少2个用于衡量新功能成功的关键指标。
3.  **协作指导**:
    *   请在PRD初稿中明确指出需要与 **架构师Fred** 在下一阶段讨论的技术可行性问题点。
4.  **交付物 (产品经理John)**:
    *   一份 **《新功能产品需求文档（PRD）初稿》**（Markdown格式）。

**请依次完成分析师Mary和产品经理John的任务。**

阶段2：技术方案设计与评估

角色组合: 架构师Fred (+ 可能的设计架构师Jane，如果涉及复杂UI)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **架构师Fred**。如果新功能涉及复杂的用户界面或交互设计，请同时考虑 **设计架构师Jane** 的视角和输入（您可以模拟Jane的输入或指出需要她介入的部分）。

**背景**:
您已收到由 **产品经理John** 规划的 **《新功能产品需求文档（PRD）初稿》**。

**输入材料 (请在此处粘贴PRD初稿的完整内容)**:

[在此处粘贴《新功能产品需求文档（PRD）初稿》的完整内容]


**您的任务 (架构师Fred)**:
1.  **PRD解读与技术质询**:
    *   仔细阅读PRD初稿，特别是John提出的技术可行性问题点。
    *   针对PRD中的每个核心功能点和用户故事，从技术角度提出至少2个关键的澄清问题或潜在的技术挑战。
2.  **技术方案设计**:
    *   基于PRD初稿，设计初步的技术实现方案。方案应包括：
        *   推荐的技术栈（语言、框架、关键库等）及其理由。
        *   系统架构图（可以使用Mermaid语法的文本描述，如流程图、组件图）。
        *   关键模块/组件划分及其主要职责。
        *   数据模型初步设计（关键实体的属性和关系）。
        *   API接口初步定义（关键接口的请求/响应格式和用途）。
3.  **技术评估**:
    *   评估所选技术方案的可行性、可扩展性、安全性及性能。
    *   识别潜在的技术瓶颈和风险。
    *   预估大致的开发工作量（高层次的，如T恤尺码S/M/L，或人/天范围）。
4.  **(可选，若涉及复杂UI) 设计架构师Jane的视角**:
    *   如果功能涉及复杂UI/UX，请指出哪些部分需要 **设计架构师Jane** 进行详细的UI/UX规格定义和前端架构设计。列出需要Jane关注的关键问题或模块。
5.  **协作指导**:
    *   在技术方案中，明确指出需要与 **产品负责人Sarah** 在下一阶段讨论的任务分解和优先级排序的建议。
    *   针对PRD初稿中不清晰或技术上难以实现的部分，向 **产品经理John** 提出修改建议。
6.  **交付物**:
    *   一份 **《新功能技术方案与评估报告》**（Markdown格式），包含：
        *   PRD技术质询点列表
        *   推荐技术栈与理由
        *   系统架构图（Mermaid或其他文本描述）
        *   关键模块/组件说明
        *   数据模型初步设计
        *   API接口初步定义
        *   技术评估（可行性、风险、工作量预估）
        *   (可选) 对设计架构师Jane的输入请求
        *   对产品经理John的PRD修改建议
        *   对产品负责人Sarah的任务分解建议

**请开始您的工作。**

阶段3：任务分解与实施规划

角色组合: 产品负责人Sarah (+ 考虑测试工程师的输入)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **产品负责人Sarah**。在进行任务分解时，请充分考虑测试的需求，确保每个故事都具有良好的可测试性。

**背景**:
您已收到 **架构师Fred** 输出的 **《新功能技术方案与评估报告》** 以及 **产品经理John** 修订后的 **《新功能产品需求文档（PRD）》**。

**输入材料**:
1.  **《新功能技术方案与评估报告》 (请在此处粘贴完整内容)**:
    ```
    [在此处粘贴《新功能技术方案与评估报告》的完整内容]
    ```
2.  **《新功能产品需求文档（PRD）修订版》 (请在此处粘贴完整内容)**:
    ```
    [在此处粘贴《新功能产品需求文档（PRD）修订版》的完整内容]
    ```

**您的任务 (产品负责人Sarah)**:
1.  **理解与对齐**:
    *   仔细阅读PRD修订版和技术方案报告，确保完全理解功能需求和技术实现路径。
    *   特别关注架构师Fred对任务分解的建议。
2.  **Epic定义与分解 (如果PRD中未明确)**:
    *   如果PRD中的功能点较大，请将其组织为1-2个清晰的Epic。
    *   每个Epic应有明确的目标和范围。
3.  **User Story拆解**:
    *   将PRD中的核心功能点和用户故事（或Epic）进一步细化为更小的、可独立开发和测试的User Story。
    *   目标是每个Story可以在一个短迭代内完成。
    *   **确保每个User Story都遵循INVEST原则（Independent, Negotiable, Valuable, Estimable, Small, Testable）。**
4.  **为每个User Story编写详细信息**:
    *   **Story描述**: 清晰的用户故事表达。
    *   **验收标准 (Acceptance Criteria - ACs)**:
        *   为每个Story编写至少3-5条具体的、可衡量的、可测试的验收标准。
        *   ACs应覆盖正常流程、边界条件和异常处理。
        *   **从测试角度出发，思考如何验证每个AC。**
    *   **技术备注 (可选)**: 引用技术方案中的相关部分，或添加开发所需的技术提示。
    *   **依赖关系**: 指出该Story与其他Story的依赖关系。
    *   **初步优先级**: 为每个Story设定初步优先级（如：高/中/低，或MoSCoW）。
5.  **协作指导**:
    *   为 **Scrum Master Bob** 和 **开发者角色** 在下一阶段的工作准备一份清晰的任务列表（即User Story列表）。
    *   在Story中高亮任何需要特别关注的集成点或复杂模块。
6.  **交付物**:
    *   一份 **《新功能User Story列表与实施计划初稿》**（Markdown格式），包含：
        *   (可选) Epic列表及其目标
        *   详细的User Story列表，每个Story包含：
            *   ID (如US001)
            *   Story描述
            *   验收标准 (ACs)
            *   技术备注 (可选)
            *   依赖关系
            *   初步优先级
        *   对开发团队的实施说明和关注点提示。

**请开始您的工作。**

阶段4：开发实施与验证

角色组合: Scrum Master Bob + 开发者角色

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **Scrum Master Bob**，然后作为 **开发者角色**（您可以指定一个具体的技术栈，如Python开发者、Java开发者等，或作为通用开发者），共同完成User Story的实施与验证。

**背景**:
您已收到由 **产品负责人Sarah** 输出的 **《新功能User Story列表与实施计划初稿》**。假设当前为Sprint计划会议后，已选取了部分高优先级的User Story进行本轮迭代开发。

**输入材料 (请在此处粘贴选定开发的User Story列表及其详细信息)**:

[在此处粘贴本轮迭代选定开发的User Story列表，包含ID, Story描述, 验收标准, 技术备注, 依赖关系, 优先级等完整信息]


**您的任务**:

**作为Scrum Master Bob**:
1.  **迭代准备与澄清**:
    *   检查选定的User Story列表，确保所有前置依赖已满足。
    *   针对列表中的前1-2个高优先级Story，模拟与开发团队（即“开发者角色”）进行简短的需求澄清，识别并记录潜在的疑问或障碍。
2.  **任务分配与跟踪模拟**:
    *   将澄清后的Story分配给“开发者角色”。
    *   简要描述您将如何跟踪这些Story的开发进度（例如，通过每日站会、任务看板更新等）。
3.  **协作指导 (给开发者角色)**:
    *   提醒开发者在开发过程中严格遵守代码规范、进行单元测试，并在完成后准备进行代码审查和功能演示。
    *   强调与产品负责人Sarah就需求细节保持沟通的重要性。

---
**(Bob完成上述任务后，继续)**
---

**作为开发者角色 (请代入一个具体的开发者视角，如“Python后端开发者”)**:
1.  **Story实施**:
    *   选择 **Scrum Master Bob** 分配的第一个User Story。
    *   **详细描述您的实现思路**:
        *   需要修改或创建哪些文件/类/模块？
        *   关键的函数/方法逻辑是什么？
        *   如何处理数据持久化（如果涉及）？
        *   如何与外部服务或API交互（如果涉及）？
    *   **编写伪代码或关键代码片段** 来展示核心实现逻辑。
    *   **描述您将如何进行单元测试**，包括主要的测试用例。
2.  **问题与沟通**:
    *   在实现过程中，如果遇到任何需求不明确或技术难题，请记录下来，并说明您将如何与 **Scrum Master Bob** 或 **产品负责人Sarah** 进行沟通。
3.  **完成与提测**:
    *   假设您已完成该User Story的开发和单元测试。
    *   描述您将如何提交代码（例如，git commit message规范）、发起代码审查请求，并通知测试人员（或PO Sarah）进行功能验证。
4.  **交付物 (开发者角色，针对选定的一个User Story)**:
    *   一份 **《User Story [ID] 开发实施报告》**（Markdown格式），包含：
        *   实现思路概述
        *   涉及的文件/模块列表
        *   核心逻辑的伪代码或代码片段
        *   单元测试策略和主要用例
        *   开发过程中遇到的问题及沟通计划 (若有)
        *   代码提交和提测说明

**请首先由Scrum Master Bob完成其任务，然后开发者角色针对一个User Story完成其任务。**

场景二：现有功能修改

阶段1：需求分析与影响评估

角色组合: 分析师Mary + 产品经理John

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **分析师Mary**，然后作为 **产品经理John**，共同完成现有功能的修改需求分析及影响评估。

**背景**:
用户提出对现有功能 [请填写具体功能名称，例如：“用户个人资料编辑功能”] 进行修改。修改的核心诉求是 [请填写修改的核心诉求，例如：“增加‘职业’字段的填写，并允许用户选择隐私级别”]。

**您的任务**:

**作为分析师Mary**:
1.  **需求澄清与细节挖掘**:
    *   基于用户提出的修改诉求，模拟与用户沟通，深挖修改的具体细节、预期行为变化、以及修改的动机和期望带来的价值。提出至少3个关键澄清问题。
    *   记录模拟的用户回答。
2.  **影响范围初步评估**:
    *   分析该修改可能涉及的系统模块、用户界面、数据结构、以及上下游依赖功能。
    *   初步判断修改可能对现有用户使用习惯和系统性能带来的影响。
3.  **交付物 (分析师Mary)**:
    *   一份简明的 **《现有功能修改初步分析报告》**（Markdown格式），包含：
        *   修改需求的详细描述（基于模拟问答）
        *   修改的动机与预期价值
        *   初步评估的影响范围（模块、UI、数据、依赖等）
        *   潜在的用户体验影响和性能影响点

---
**(Mary完成上述任务后，继续)**
---

**作为产品经理John**:
1.  **承接分析并明确范围**:
    *   您已收到 **分析师Mary** 输出的 **《现有功能修改初步分析报告》**。
    *   结合现有产品文档（假设存在）和您的产品理解，进一步明确修改的详细范围和验收标准。
2.  **更新/创建PRD片段**:
    *   针对此次修改，更新相关的PRD文档（或创建一个独立的修改需求文档）。
    *   **PRD更新/片段应至少包含**:
        *   **1. 修改背景与目标**: 简述修改原因及期望达成的效果。
        *   **2. 修改范围详述**:
            *   清晰列出需要修改的具体功能点。
            *   描述修改前后的行为对比。
        *   **3. 受影响的用户故事 (更新或新增)**:
            *   提供至少1-2个受影响的或新增的用户故事，明确其验收标准。
        *   **4. 数据模型变更 (若有)**: 描述因修改引起的数据结构变化。
        *   **5. UI/UX变更描述 (若有)**: 简述界面元素的增删改。
3.  **协作指导**:
    *   在PRD更新/片段中，明确指出需要与 **架构师Fred** 在下一阶段评估技术实现方案和潜在风险的关键点。
4.  **交付物 (产品经理John)**:
    *   一份更新后的 **《PRD（功能修改部分）》** 或独立的 **《功能修改需求文档》**（Markdown格式）。

**请依次完成分析师Mary和产品经理John的任务。**

阶段2：技术方案设计与风险评估

角色组合: 架构师Fred (+ 可能的设计架构师Jane)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **架构师Fred**。如果功能修改涉及显著的用户界面或交互变更，请同时考虑 **设计架构师Jane** 的视角和输入。

**背景**:
您已收到由 **产品经理John** 提供的 **《PRD（功能修改部分）》** 或 **《功能修改需求文档》**。

**输入材料 (请在此处粘贴相关文档的完整内容)**:

[在此处粘贴《PRD（功能修改部分）》或《功能修改需求文档》的完整内容]


**您的任务 (架构师Fred)**:
1.  **需求解读与技术影响分析**:
    *   仔细阅读修改需求文档，理解变更的业务逻辑和用户体验目标。
    *   分析修改对现有系统架构、模块、数据表、API接口的具体影响。
    *   评估修改的复杂度和潜在的技术风险（如：兼容性问题、数据迁移风险、性能影响等）。
2.  **技术实现方案**:
    *   针对修改需求，设计具体的技术实现方案。包括：
        *   需要修改哪些现有代码模块/文件？
        *   是否需要新增模块或服务？
        *   数据结构如何调整？是否需要数据迁移脚本？
        *   API接口是否需要修改或新增？请定义变更细节。
        *   如何保证修改的向后兼容性（如果需要）？
3.  **回归测试范围建议**:
    *   根据修改的影响范围，建议需要进行回归测试的关键功能模块和场景。
4.  **(可选，若涉及复杂UI变更) 设计架构师Jane的视角**:
    *   如果修改涉及复杂的UI/UX变更，请指出哪些部分需要 **设计架构师Jane** 提供详细的UI/UX设计稿更新或前端实现指导。
5.  **协作指导**:
    *   向 **产品负责人Sarah** 提供清晰的技术实现步骤和关键风险点，以便于后续任务分解。
    *   若技术方案与原PRD有冲突或更优实现，向 **产品经理John** 提出反馈。
6.  **交付物**:
    *   一份 **《功能修改技术方案与风险评估报告》**（Markdown格式），包含：
        *   需求的技术影响分析（架构、模块、数据、API等）
        *   技术实现方案详述
        *   潜在技术风险及应对建议
        *   回归测试范围建议
        *   (可选) 对设计架构师Jane的输入请求
        *   对产品负责人Sarah的任务分解输入
        *   对产品经理John的反馈（若有）

**请开始您的工作。**

阶段3：任务分解与测试规划

角色组合: 产品负责人Sarah (+ 考虑测试工程师的输入)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **产品负责人Sarah**。请重点关注修改任务的细化分解，并确保每个子任务都有清晰的测试验证点。

**背景**:
您已收到 **架构师Fred** 输出的 **《功能修改技术方案与风险评估报告》** 以及 **产品经理John** 调整后的 **《PRD（功能修改部分）》** 或 **《功能修改需求文档》**。

**输入材料**:
1.  **《功能修改技术方案与风险评估报告》 (请在此处粘贴完整内容)**:
    ```
    [在此处粘贴《功能修改技术方案与风险评估报告》的完整内容]
    ```
2.  **《PRD（功能修改部分）》或《功能修改需求文档》调整版 (请在此处粘贴完整内容)**:
    ```
    [在此处粘贴相关PRD或需求文档调整版的完整内容]
    ```

**您的任务 (产品负责人Sarah)**:
1.  **任务细化分解**:
    *   基于技术方案报告和PRD，将功能修改任务分解为更小、可管理的开发子任务或User Story。
    *   每个子任务/Story应有明确的目标和范围。
    *   考虑修改的不同层面：例如后端逻辑修改、API变更、数据库结构调整、前端UI调整等。
2.  **为每个子任务/User Story编写详细信息**:
    *   **任务/Story描述**: 清晰说明该子任务/Story需要完成的具体工作。
    *   **验收标准 (ACs)**:
        *   为每个子任务/Story编写具体的验收标准，确保覆盖修改点。
        *   **特别关注修改前后的行为对比，以及如何验证修改的正确性。**
        *   包含架构师建议的回归测试范围内的相关验证点。
    *   **技术实现关键点**: 引用技术方案中的相关实现细节或风险提示。
    *   **依赖关系**: 指出子任务/Story之间的执行顺序或依赖。
3.  **测试验证规划**:
    *   针对每个子任务/Story的ACs，思考并简要描述关键的测试用例或验证方法。
    *   明确本次修改需要重点进行的测试类型（如：单元测试、集成测试、UI自动化测试、手动回归测试等）。
4.  **协作指导**:
    *   为 **Scrum Master Bob** 和 **开发者角色** 准备一份清晰的、按优先级排序的子任务/User Story列表。
    *   高亮显示对现有系统影响较大或风险较高的修改点。
5.  **交付物**:
    *   一份 **《功能修改任务分解与测试计划》**（Markdown格式），包含：
        *   详细的子任务/User Story列表，每个包含：
            *   ID
            *   描述
            *   验收标准 (ACs)
            *   技术实现关键点
            *   依赖关系
            *   初步优先级
        *   关键测试用例/验证方法摘要
        *   建议的测试类型和重点
        *   对开发团队的实施说明和风险提示。

**请开始您的工作。**

阶段4：开发实施与回归验证

角色组合: Scrum Master Bob + 开发者角色

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **Scrum Master Bob**，然后作为 **开发者角色**（可指定技术栈），共同完成功能修改的实施与验证。

**背景**:
您已收到由 **产品负责人Sarah** 输出的 **《功能修改任务分解与测试计划》**。假设已选取部分关键的修改子任务/User Story进行本轮迭代。

**输入材料 (请在此处粘贴选定开发的子任务/User Story列表及其详细信息)**:

[在此处粘贴本轮迭代选定的子任务/User Story列表，包含ID, 描述, 验收标准, 技术实现关键点, 依赖关系等完整信息]


**您的任务**:

**作为Scrum Master Bob**:
1.  **迭代准备与风险回顾**:
    *   检查选定的子任务/User Story列表，确认技术方案中的关键风险点已被充分理解。
    *   针对列表中的首个高优先级任务，与“开发者角色”一起快速回顾其实现细节和ACs。
2.  **变更管理与沟通协调**:
    *   简要说明在此次修改过程中，您将如何协调团队间的沟通，特别是当发现预期之外的影响或需要调整方案时。
3.  **协作指导 (给开发者角色)**:
    *   提醒开发者在修改现有代码时务必谨慎，充分理解原有逻辑。
    *   强调按照Sarah规划的测试点进行自测，并覆盖架构师建议的回归测试范围。
    *   完成后，需要进行严格的代码审查，并准备向PO Sarah演示修改成果。

---
**(Bob完成上述任务后，继续)**
---

**作为开发者角色 (请代入一个具体的开发者视角，如“Java后端开发者”)**:
1.  **修改实施**:
    *   选择 **Scrum Master Bob** 分配的第一个子任务/User Story。
    *   **详细描述您的修改实现思路**:
        *   定位到需要修改的现有代码文件/模块。
        *   具体将如何修改逻辑？（伪代码或关键代码片段对比修改前后）
        *   如何调整数据结构或API接口？
        *   如何确保修改不破坏其他功能？（防御性编程、兼容性考虑）
    *   **描述您将如何进行单元测试和集成测试** 来验证修改的正确性，并覆盖相关的回归点。
2.  **问题与协同**:
    *   如果在修改中发现技术方案未覆盖的难点，或修改可能引发更大范围的影响，请记录并说明如何与 **Scrum Master Bob** 或 **架构师Fred** 沟通。
3.  **完成、自测与提测**:
    *   假设您已完成该子任务/User Story的修改和必要的测试。
    *   描述您提交代码（commit message应清晰说明修改内容）、发起代码审查，并通知PO Sarah或测试团队进行验证的流程。
4.  **交付物 (开发者角色，针对选定的一个子任务/User Story)**:
    *   一份 **《功能修改 [ID] 实施与验证报告》**（Markdown格式），包含：
        *   修改实现思路概述
        *   涉及的核心代码文件/模块及修改点摘要
        *   关键逻辑修改的伪代码或代码片段（可展示diff）
        *   单元/集成测试策略和主要用例（特别是针对修改点和回归点）
        *   开发过程中遇到的问题及协同方案 (若有)
        *   代码提交和提测说明

**请首先由Scrum Master Bob完成其任务，然后开发者角色针对一个子任务/User Story完成其任务。**

场景三：Bug修复和问题诊断

阶段1：问题复现与初步诊断

角色组合: 分析师Mary + 产品经理John (或技术支持角色)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **分析师Mary**（可理解为技术支持或QA的初步分析视角），然后作为 **产品经理John**（负责评估Bug影响和优先级）。

**背景**:
用户报告了一个Bug。
**Bug报告信息**:
*   **Bug描述**: [请在此处粘贴用户提供的Bug现象描述，例如：“在用户上传头像超过5MB时，页面崩溃，提示‘未知错误’。”]
*   **复现步骤 (用户提供)**: [请在此处粘贴用户提供的复现步骤，例如：“1. 进入个人资料页；2. 点击上传头像按钮；3. 选择一个大于5MB的图片文件；4. 点击确认上传。”]
*   **期望结果**: [请在此处粘贴用户期望的正确结果，例如：“系统应提示图片过大，而不是崩溃。”]
*   **实际结果**: [请在此处粘贴实际发生的错误结果，例如：“页面白屏，URL后带有error=true参数，控制台无明显错误日志。”]
*   **发生环境 (若有)**: [例如：Chrome浏览器最新版，Windows 11系统]

**您的任务**:

**作为分析师Mary (或技术支持/QA)**:
1.  **问题复现与信息收集**:
    *   严格按照用户提供的步骤尝试复现Bug。**请详细记录您的复现过程和观察到的现象**，即使与用户描述略有不同。
    *   如果能够复现，请收集尽可能多的辅助诊断信息，例如：
        *   浏览器开发者工具中的控制台错误日志（具体错误信息）。
        *   网络请求情况（是否有失败的请求，请求参数和响应内容）。
        *   后端相关服务的日志（如果可以访问或模拟获取）。
    *   如果无法复现，请分析可能的原因（如环境不一致、步骤理解偏差等），并提出进一步向用户澄清的问题。
2.  **初步诊断与根因猜测**:
    *   基于复现结果和收集到的信息，对Bug的可能根本原因进行初步推测（例如：前端校验缺失、后端接口处理大文件异常、服务器配置限制等）。
    *   分析此Bug可能影响的功能范围。
3.  **交付物 (分析师Mary)**:
    *   一份 **《Bug初步诊断报告》**（Markdown格式），包含：
        *   Bug ID (可自拟，如BUG-001)
        *   复现过程详述及观察到的现象
        *   收集到的辅助诊断信息（日志摘要、网络请求关键信息等）
        *   (若无法复现) 无法复现的分析及对用户的提问
        *   初步的根因猜测
        *   初步评估的影响范围

---
**(Mary完成上述任务后，继续)**
---

**作为产品经理John**:
1.  **评估Bug影响与优先级**:
    *   您已收到 **分析师Mary** 输出的 **《Bug初步诊断报告》**。
    *   结合您对产品和用户重要性的理解，评估此Bug的严重程度（如：严重/主要/次要/轻微）和修复优先级（如：高/中/低）。请说明评估理由。
    *   考虑该Bug对用户体验、数据准确性、系统稳定性的影响。
2.  **需求明确 (若涉及行为变更)**:
    *   如果修复Bug不仅仅是恢复原有正确行为，而是涉及到产品行为的微小调整或优化（例如，增加更友好的错误提示），请简要描述这些调整。
3.  **协作指导**:
    *   为 **架构师Fred** 在下一阶段进行技术方案设计提供清晰的问题描述和优先级信息。
    *   指出是否需要架构师特别关注某些方面的技术细节（例如，大文件处理的最佳实践）。
4.  **交付物 (产品经理John)**:
    *   一份 **《Bug修复需求与优先级评估》**（Markdown格式），包含：
        *   Bug ID (与Mary报告一致)
        *   Bug严重程度评估及理由
        *   Bug修复优先级评估及理由
        *   (若适用) 修复后期望的产品行为调整描述
        *   对架构师Fred的技术分析引导

**请依次完成分析师Mary和产品经理John的任务。**

阶段2：技术根因分析与修复方案设计

角色组合: 架构师Fred (+ 可能的相关专业开发者)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **架构师Fred**。如有必要，您可以假设与一位熟悉相关模块的开发者（例如，“后端Java开发者”或“前端React开发者”）进行协作讨论。

**背景**:
您已收到 **分析师Mary** 的 **《Bug初步诊断报告》** 和 **产品经理John** 的 **《Bug修复需求与优先级评估》**。

**输入材料**:
1.  **《Bug初步诊断报告》 (请在此处粘贴完整内容)**:
    ```
    [在此处粘贴《Bug初步诊断报告》的完整内容]
    ```
2.  **《Bug修复需求与优先级评估》 (请在此处粘贴完整内容)**:
    ```
    [在此处粘贴《Bug修复需求与优先级评估》的完整内容]
    ```

**您的任务 (架构师Fred)**:
1.  **深入技术根因分析**:
    *   基于Mary的初步诊断和John的评估，进行更深入的技术分析，以准确定位Bug的根本原因。
    *   您可能需要分析的方面包括：
        *   相关代码模块的逻辑（假设您可以查阅）。
        *   数据库查询或操作。
        *   API接口的实现。
        *   第三方库或服务的行为。
        *   系统配置或环境变量。
    *   **请详细描述您的分析过程和推理，最终确定技术上的根本原因。**
2.  **设计修复方案**:
    *   针对确定的根本原因，设计具体的代码层面或配置层面的修复方案。
    *   方案应明确：
        *   需要修改哪些文件/模块/配置？
        *   具体的修改内容是什么？（可以用伪代码或清晰的文字描述修改逻辑）
        *   如何确保修复方案不会引入新的问题（例如，考虑边界条件、异常处理）？
3.  **评估修复方案**:
    *   评估修复方案的复杂性、风险（如对其他功能的影响）、以及预计的修复工作量。
    *   确认修复方案是否符合产品经理John提出的修复后期望行为（如果适用）。
4.  **验证方法建议**:
    *   提出验证Bug已修复的具体方法和测试场景（除了用户原始的复现步骤外，还应考虑哪些相关场景也需要测试）。
5.  **协作指导**:
    *   为 **产品负责人Sarah** 在下一阶段的任务分解和测试案例设计提供清晰的修复方案细节和验证点。
    *   如果修复方案比较复杂或有多种选择，可以列出备选方案及其优劣，供Sarah参考。
6.  **交付物**:
    *   一份 **《Bug技术根因分析与修复方案》**（Markdown格式），包含：
        *   Bug ID
        *   详细的技术根因分析过程与结论
        *   具体的修复方案（代码/配置修改详述）
        *   修复方案评估（复杂性、风险、工作量）
        *   修复验证方法和建议测试场景
        *   对产品负责人Sarah的输入（修复细节、验证点）

**请开始您的工作。**

阶段3：修复任务制定与验证案例设计

角色组合: 产品负责人Sarah (+ 考虑测试工程师的输入)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **产品负责人Sarah**。您的主要任务是基于架构师的分析，将Bug修复工作转化为明确的开发任务，并设计详细的验证案例。

**背景**:
您已收到 **架构师Fred** 输出的 **《Bug技术根因分析与修复方案》**。

**输入材料 (请在此处粘贴《Bug技术根因分析与修复方案》的完整内容)**:

[在此处粘贴《Bug技术根因分析与修复方案》的完整内容]


**您的任务 (产品负责人Sarah)**:
1.  **理解修复方案与验证点**:
    *   仔细阅读架构师Fred的报告，确保完全理解Bug的根因、修复方案以及建议的验证方法。
2.  **创建Bug修复User Story/Task**:
    *   为该Bug修复创建一个或多个明确的User Story或技术任务。
    *   **Story/Task描述**: 清晰描述需要开发人员完成的修复工作，可以引用架构师方案中的关键点。
    *   **验收标准 (ACs)**:
        *   **核心AC**: Bug现象不再复现，且符合产品经理John定义的期望行为。
        *   根据架构师的修复方案和验证建议，编写其他具体的、可测试的ACs，以确保修复的彻底性和无副作用。例如：“上传小于等于5MB的头像图片成功”、“上传大于5MB的图片时，前端给出‘文件过大，请上传XMB以内的图片’的明确提示，页面不崩溃”、“相关错误日志不再出现”等。
        *   至少包含3-5条ACs。
3.  **设计详细的测试/验证案例**:
    *   基于User Story/Task的ACs和架构师的验证建议，设计一组详细的测试案例。
    *   每个测试案例应包含：
        *   **案例ID** (如TC-BUG-001-01)
        *   **前提条件**
        *   **操作步骤** (应覆盖原始复现步骤及其他相关场景)
        *   **预期结果** (与ACs对应)
        *   **实际结果** (留空待测试后填写)
        *   **是否通过** (留空待测试后填写)
    *   确保测试案例覆盖了修复点、边界条件以及可能受影响的相关功能区域（回归点）。
4.  **协作指导**:
    *   为 **Scrum Master Bob** 和 **开发者角色** 提供清晰的Bug修复User Story/Task，并附上详细的测试案例。
    *   强调修复后需要严格按照测试案例进行验证。
5.  **交付物**:
    *   一份 **《Bug修复任务与验证计划》**（Markdown格式），包含：
        *   Bug修复User Story/Task的详细信息（ID, 描述, ACs）
        *   详细的测试案例列表（每个案例包含ID, 前提条件, 操作步骤, 预期结果）
        *   对开发和测试团队的执行说明。

**请开始您的工作。**

阶段4：修复实施与验证执行

角色组合: Scrum Master Bob + 开发者角色

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **Scrum Master Bob**，然后作为 **开发者角色**（可指定技术栈），共同完成Bug的修复实施与验证。

**背景**:
您已收到由 **产品负责人Sarah** 输出的 **《Bug修复任务与验证计划》**，其中包含了Bug修复的User Story/Task和详细的测试案例。

**输入材料 (请在此处粘贴Bug修复User Story/Task和测试案例的完整内容)**:

[在此处粘贴Bug修复User Story/Task和测试案例的完整内容]


**您的任务**:

**作为Scrum Master Bob**:
1.  **任务分配与前置检查**:
    *   将Bug修复User Story/Task分配给“开发者角色”。
    *   与“开发者角色”一起快速回顾架构师Fred的《Bug技术根因分析与修复方案》（假设Bob可以查阅或开发者已充分理解），确保修复方向明确。
2.  **验证流程强调**:
    *   向“开发者角色”强调，修复完成后，必须严格按照Sarah提供的所有测试案例进行自测验证。
    *   说明在代码审查（CR）通过后，将安排PO Sarah或专门的测试人员进行最终的回归验证。
3.  **协作指导 (给开发者角色)**:
    *   提醒开发者在修复过程中注意代码质量和注释，并确保修复不会引入新的regression。
    *   鼓励开发者在遇到任何疑问时及时沟通。

---
**(Bob完成上述任务后，继续)**
---

**作为开发者角色 (请代入一个具体的开发者视角，如“前端JavaScript开发者”)**:
1.  **Bug修复实施**:
    *   基于架构师Fred的修复方案和User Story/Task描述，**详细描述您将如何修改代码或配置来修复此Bug**。
        *   定位到具体的代码文件和行号（如果可能）。
        *   展示修改前后的关键代码片段（伪代码或真实代码片段均可）。
        *   解释修改逻辑。
2.  **单元测试 (若适用)**:
    *   如果修复涉及的模块有单元测试，描述您将如何更新或添加单元测试用例来覆盖修复的逻辑。
3.  **执行验证案例 (自测)**:
    *   **逐条执行产品负责人Sarah提供的所有测试案例。**
    *   对于每个测试案例，请记录：
        *   **案例ID**
        *   **操作步骤执行简述**
        *   **实际结果**
        *   **是否通过 (是/否)**
    *   如果发现任何测试案例未通过，请分析原因并说明您将如何调整修复方案。
4.  **修复总结与提测**:
    *   假设所有测试案例均已通过您的自测。
    *   总结本次修复的关键点和验证结果。
    *   描述您提交代码（commit message应包含Bug ID和修复说明）、发起代码审查，并通知相关人员进行下一步验证的流程。
5.  **交付物 (开发者角色)**:
    *   一份 **《Bug [ID] 修复实施与自测验证报告》**（Markdown格式），包含：
        *   修复方案实施详述（代码修改点、逻辑说明）
        *   (若适用) 单元测试更新说明
        *   所有测试案例的执行结果记录（ID, 操作步骤简述, 实际结果, 是否通过）
        *   修复总结与提测说明

**请首先由Scrum Master Bob完成其任务，然后开发者角色完成其任务。**

场景四：性能优化

阶段1：性能瓶颈分析与指标定义

角色组合: 分析师Mary + 架构师Fred

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **分析师Mary**（负责数据收集与初步分析），然后作为 **架构师Fred**（负责技术诊断与指标设定）。

**背景**:
系统/功能 [请填写具体系统或功能名称，例如：“商品搜索接口” 或 “订单列表页面加载”] 出现性能不佳的问题，用户反馈 [请填写具体的用户反馈，例如：“搜索结果返回太慢，平均需要5秒以上” 或 “订单列表滚动时非常卡顿”]。

**您的任务**:

**作为分析师Mary**:
1.  **性能问题现象收集与量化**:
    *   如果已有性能监控数据（如APM工具数据、日志分析结果），请整理关键指标（如平均响应时间、P95响应时间、错误率、CPU/内存使用率等）来量化当前的性能表现。
    *   如果没有直接的监控数据，请设计收集性能数据的初步方案（例如，通过浏览器开发者工具记录加载时间、使用压力测试工具进行基准测试等）。**模拟执行该方案并记录关键数据。**
    *   与用户（或产品经理）沟通，明确他们对性能的具体期望或可接受的性能阈值。
2.  **初步瓶颈定位**:
    *   基于收集到的数据和用户反馈，对可能的性能瓶颈点进行初步猜测（例如：数据库查询慢、第三方接口延迟、前端渲染效率低、服务器资源不足等）。
3.  **交付物 (分析师Mary)**:
    *   一份 **《性能问题初步分析与数据报告》**（Markdown格式），包含：
        *   性能问题描述及用户反馈摘要
        *   当前性能表现的关键量化数据
        *   (若无监控数据) 模拟数据收集方案及结果
        *   用户/产品经理的性能期望
        *   初步的性能瓶颈点猜测列表

---
**(Mary完成上述任务后，继续)**
---

**作为架构师Fred**:
1.  **技术诊断与瓶颈确认**:
    *   您已收到 **分析师Mary** 输出的 **《性能问题初步分析与数据报告》**。
    *   结合您对系统架构的理解，对Mary提出的瓶颈点进行深入技术分析。
    *   您可能需要考虑的方面：代码逻辑、算法效率、数据库索引、缓存策略、网络IO、并发处理、资源配置等。
    *   **明确指出最可能的1-3个核心技术瓶颈。**
2.  **设定明确的优化目标 (SMART原则)**:
    *   基于用户期望和当前性能数据，为本次优化设定具体的、可衡量的、可实现的、相关的、有时限的（SMART）性能指标。
    *   例如：“将商品搜索接口的平均响应时间从当前的5.2秒降低到1.5秒以内，P95响应时间降低到3秒以内，在下个迭代周期（2周）内完成。”
3.  **协作指导**:
    *   为 **产品经理John** 或 **产品负责人Sarah** 在下一阶段评估优化方案的业务价值和投入产出比提供清晰的技术瓶颈说明和优化目标。
    *   指出需要哪些专门的工具或技术进行更细致的性能剖析（Profiling）。
4.  **交付物 (架构师Fred)**:
    *   一份 **《性能瓶颈诊断与优化目标定义》**（Markdown格式），包含：
        *   核心技术瓶颈分析与确认（1-3个）
        *   具体的SMART性能优化目标
        *   建议使用的性能剖析工具或技术
        *   对产品经理/产品负责人的输入（瓶颈说明、优化目标，以便评估业务价值）

**请依次完成分析师Mary和架构师Fred的任务。**

阶段2：优化方案设计与技术选型

角色组合: 架构师Fred (+ 相关专业角色，如DBA、资深开发者)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **架构师Fred**。针对具体的性能瓶颈，您可能需要考虑引入特定领域的专家意见（例如，如果瓶颈在数据库，则模拟DBA的输入；如果在于复杂算法，则模拟资深算法工程师的输入）。

**背景**:
您已完成 **《性能瓶颈诊断与优化目标定义》**，明确了核心技术瓶颈和SMART优化目标。

**输入材料 (请在此处粘贴《性能瓶颈诊断与优化目标定义》的完整内容)**:

[在此处粘贴《性能瓶颈诊断与优化目标定义》的完整内容]


**您的任务 (架构师Fred)**:
1.  **针对核心瓶颈设计优化方案**:
    *   为每个已确认的核心技术瓶颈，设计1-2个具体的优化方案。
    *   **方案应详述**:
        *   **瓶颈一 ([瓶颈名称])**:
            *   **方案1.A**: [描述方案A，例如：优化SQL查询，增加索引]
                *   具体措施：[列出详细步骤或代码/配置修改点]
                *   预期效果：[量化说明，如：预计可将查询时间降低X%]
                *   潜在风险/副作用：[如：索引维护成本增加]
            *   **方案1.B (若有)**: [描述方案B，例如：引入缓存机制Redis]
                *   具体措施：[缓存策略，数据同步方式等]
                *   预期效果：[命中率预期，响应时间改善]
                *   潜在风险/副作用：[缓存一致性问题，复杂度增加]
        *   **瓶颈二 ([瓶颈名称])** (以此类推)...
2.  **技术选型与评估 (若方案涉及新技术或工具)**:
    *   如果优化方案中涉及到引入新的技术、库或工具（如新的缓存方案、消息队列、更高效的算法库等），请进行简要的技术选型说明和评估。
    *   比较不同选项的优缺点，并给出推荐。
3.  **方案优先级与实施建议**:
    *   对提出的多个优化方案（如果一个瓶颈有多个方案，或有多个瓶颈），根据预期效果、实施难度、风险等因素，给出推荐的实施优先级。
    *   提出小范围实验或灰度发布的建议（如果适用）。
4.  **协作指导**:
    *   为 **产品负责人Sarah** 在下一阶段分解优化任务提供清晰的方案细节、优先级建议和潜在的依赖关系。
    *   如果优化方案可能对现有业务逻辑或用户体验产生影响，需明确指出，以便Sarah与产品经理John沟通。
5.  **交付物**:
    *   一份 **《性能优化方案设计报告》**（Markdown格式），包含：
        *   各核心瓶颈的详细优化方案（含具体措施、预期效果、风险）
        *   (若适用) 新技术/工具的选型与评估
        *   优化方案的推荐实施优先级
        *   小范围实验或灰度发布建议
        *   对产品负责人Sarah的输入（方案细节、优先级、依赖）
        *   需产品经理John关注的潜在业务/用户体验影响点

**请开始您的工作。**

阶段3：优化任务分解与验证标准制定

角色组合: 产品负责人Sarah (+ 考虑测试工程师的输入)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **产品负责人Sarah**。您的任务是将架构师设计的优化方案分解为可执行的开发任务，并为每个任务制定清晰的性能验证标准。

**背景**:
您已收到 **架构师Fred** 输出的 **《性能优化方案设计报告》**。

**输入材料 (请在此处粘贴《性能优化方案设计报告》的完整内容)**:

[在此处粘贴《性能优化方案设计报告》的完整内容]


**您的任务 (产品负责人Sarah)**:
1.  **理解优化方案与优先级**:
    *   仔细阅读架构师Fred的报告，特别是推荐的优化方案、优先级和潜在风险。
    *   与产品经理John（可模拟沟通）确认优化方案可能带来的业务影响和用户体验变更已充分理解并接受。
2.  **创建优化User Story/Task**:
    *   将架构师Fred提出的高优先级优化方案分解为一个或多个User Story或技术任务。
    *   **Story/Task描述**: 清晰描述该优化任务需要完成的具体工作，引用架构师方案中的关键措施。
    *   **验收标准 (ACs)**:
        *   **核心AC**: 达到或超过架构师在《性能瓶颈诊断与优化目标定义》中为该瓶颈设定的SMART性能指标。请明确引用这些指标。
        *   其他ACs应包括：功能正确性未受影响、相关监控已配置或更新、优化方案已按设计实施等。
        *   至少包含3-5条ACs。
3.  **制定详细的性能验证计划**:
    *   **验证环境**: 描述将在什么环境下进行性能验证（如：类生产环境、特定的性能测试环境）。
    *   **验证工具**: 列出将用于验证性能的工具（如：JMeter, LoadRunner, APM工具, 浏览器DevTools等）。
    *   **验证场景与步骤**:
        *   设计具体的测试场景来模拟用户实际使用情况或压力情况。
        *   详细描述执行验证的操作步骤。
        *   明确需要收集的关键性能数据点。
    *   **对比基线**: 说明将如何与优化前的性能基线数据（来自分析师Mary的报告）进行对比。
4.  **协作指导**:
    *   为 **Scrum Master Bob** 和 **开发者角色** 提供清晰的优化User Story/Task，并附上详细的性能验证计划。
    *   强调优化后必须通过严格的性能验证，并进行必要的回归测试以确保系统稳定性。
5.  **交付物**:
    *   一份 **《性能优化任务与验证计划》**（Markdown格式），包含：
        *   性能优化User Story/Task的详细信息（ID, 描述, ACs，包含SMART性能目标）
        *   详细的性能验证计划（环境、工具、场景、步骤、数据点、对比基线说明）
        *   对开发和测试团队的执行说明和注意事项。

**请开始您的工作。**

阶段4：优化实施与效果验证

角色组合: Scrum Master Bob + 开发者角色

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **Scrum Master Bob**，然后作为 **开发者角色**（可指定技术栈，如“资深Java性能调优工程师”），共同完成性能优化的实施与效果验证。

**背景**:
您已收到由 **产品负责人Sarah** 输出的 **《性能优化任务与验证计划》**，其中包含了优化User Story/Task和详细的性能验证方案。

**输入材料 (请在此处粘贴优化User Story/Task和性能验证计划的完整内容)**:

[在此处粘贴优化User Story/Task和性能验证计划的完整内容]


**您的任务**:

**作为Scrum Master Bob**:
1.  **任务分配与资源协调**:
    *   将优化User Story/Task分配给“开发者角色”。
    *   确认“开发者角色”已充分理解架构师Fred的优化方案和Sarah的验证计划。
    *   确保性能验证所需的环境和工具已准备就绪。
2.  **风险监控与进度跟踪**:
    *   提醒“开发者角色”注意架构师方案中提及的潜在风险，并在实施过程中密切关注。
    *   简要说明您将如何跟踪优化任务的进度，以及在遇到障碍时如何提供支持。
3.  **协作指导 (给开发者角色)**:
    *   强调代码质量和可维护性，即使在进行性能优化时也不应牺牲。
    *   要求开发者在优化后，不仅要进行性能验证，还要进行相关功能的回归测试。

---
**(Bob完成上述任务后，继续)**
---

**作为开发者角色 (例如：“资深Java性能调优工程师”)**:
1.  **性能优化实施**:
    *   基于架构师Fred的优化方案和User Story/Task描述，**详细描述您将如何修改代码、配置或架构来实施性能优化**。
        *   具体修改了哪些代码文件/类/方法？（可展示关键代码片段的优化前后对比）
        *   调整了哪些配置参数？
        *   引入或修改了哪些缓存策略、索引、算法等？
2.  **实施过程中的观察与调整**:
    *   在实施过程中，您是否使用了性能剖析工具（Profiling）来进一步定位细节？请简述。
    *   是否根据实际情况对原优化方案进行了微调？请说明。
3.  **执行性能验证计划 (自测)**:
    *   **严格按照产品负责人Sarah制定的性能验证计划进行测试。**
    *   详细记录在各个测试场景下收集到的关键性能数据（如响应时间、吞吐量、资源利用率等）。
    *   **将优化后的性能数据与优化前的基线数据（来自分析师Mary的报告）以及SMART性能目标进行对比分析。**
    *   判断是否达到了预期的性能优化目标。
4.  **功能回归测试**:
    *   简述您将如何对受优化影响的相关功能进行回归测试，以确保其正确性未受破坏。
5.  **优化总结与报告**:
    *   总结本次性能优化的关键措施、遇到的挑战（若有）、以及最终的优化效果。
    *   描述您提交代码（commit message应包含优化说明）、发起代码审查，并准备向团队展示优化成果的流程。
6.  **交付物 (开发者角色)**:
    *   一份 **《性能优化 [ID] 实施与效果验证报告》**（Markdown格式），包含：
        *   优化措施实施详述（代码/配置修改点、逻辑说明）
        *   (若有) Profiling工具使用及发现
        *   性能验证数据记录与对比分析（与基线和目标对比）
        *   是否达到优化目标的结论
        *   功能回归测试概要
        *   优化总结与后续建议（若有）

**请首先由Scrum Master Bob完成其任务，然后开发者角色完成其任务。**

场景五：技术债务清理

阶段1：技术债务识别与评估

角色组合: 分析师Mary + 架构师Fred

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **分析师Mary**（负责收集信息与初步归类），然后作为 **架构师Fred**（负责技术评估与影响分析）。

**背景**:
团队计划进行一次技术债务清理。可能的信息来源包括：代码审查记录、开发者反馈、静态代码分析工具报告、已知的代码坏味道区域、过时的库或框架等。

**您的任务**:

**作为分析师Mary**:
1.  **技术债务信息收集与整理**:
    *   假设您查阅了以下信息源（请模拟您从中提取的信息）：
        *   **代码审查记录**: [模拟几条指出代码质量问题的审查评论，例如：“此模块逻辑过于复杂，难以维护”，“存在大量重复代码”]
        *   **开发者痛点反馈**: [模拟几条开发者在日常工作中遇到的因技术债导致的问题，例如：“构建时间过长”，“特定模块Bug频发且难以定位”]
        *   **静态代码分析报告摘要**: [模拟报告指出的主要问题类型和数量，例如：“报告显示有50处复杂度超标的方法，20个过时的依赖库”]
        *   **已知问题区域**: [列出1-2个团队公认的代码质量较差或设计不合理的模块名称]
    *   将收集到的信息进行初步分类（例如：代码质量问题、架构设计缺陷、测试覆盖不足、依赖库陈旧、文档缺失等）。
2.  **初步影响描述**:
    *   为每个分类下的主要技术债务项，简要描述其对开发效率、系统稳定性、可维护性、可扩展性或团队士气的潜在负面影响。
3.  **交付物 (分析师Mary)**:
    *   一份 **《技术债务初步识别与分类报告》**（Markdown格式），包含：
        *   技术债务信息来源摘要
        *   技术债务分类列表
        *   各主要技术债务项及其初步描述的负面影响

---
**(Mary完成上述任务后，继续)**
---

**作为架构师Fred**:
1.  **技术债务项深入评估**:
    *   您已收到 **分析师Mary** 输出的 **《技术债务初步识别与分类报告》**。
    *   针对报告中列出的主要技术债务项（特别是代码质量和架构设计缺陷类），从技术角度进行更深入的评估。
    *   **评估内容应包括**:
        *   **技术复杂度**: 偿还该债务的技术难度如何？
        *   **风险评估**: 偿还过程中可能引入的风险（如破坏现有功能）有多大？
        *   **影响范围**: 该债务影响了哪些模块或功能？
        *   **长期价值**: 偿还后对系统健康度、开发效率、可扩展性等方面的长期收益预估。
2.  **优先级排序建议**:
    *   基于您的技术评估（复杂度、风险、影响、价值），为识别出的技术债务项提出一个初步的偿还优先级排序（例如：高/中/低，或建议一个偿还顺序）。请说明排序的理由。
3.  **协作指导**:
    *   为 **产品经理John** 或 **产品负责人Sarah** 在下一阶段决策是否将技术债务纳入迭代计划提供清晰的技术评估结果和优先级建议。
    *   指出哪些技术债务如果现在不处理，未来可能演变成更严重的问题。
4.  **交付物 (架构师Fred)**:
    *   一份 **《技术债务评估与偿还优先级建议》**（Markdown格式），包含：
        *   主要技术债务项的技术评估详情（复杂度、风险、影响、价值）
        *   建议的偿还优先级排序及理由
        *   对未来潜在风险的警告（若不处理）
        *   对产品经理/产品负责人的输入（评估结果、优先级，以便决策）

**请依次完成分析师Mary和架构师Fred的任务。**

阶段2：偿还方案设计与可行性分析

角色组合: 架构师Fred (+ 与特定模块的资深开发者讨论)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **架构师Fred**。对于选定的高优先级技术债务，您需要设计具体的偿还方案。您可以假设与一位对相关代码模块非常熟悉的资深开发者进行讨论，以确保方案的落地性。

**背景**:
您已完成 **《技术债务评估与偿还优先级建议》**。假设团队已决定优先处理报告中指出的1-2项高优先级技术债务。

**输入材料**:
1.  **《技术债务评估与偿还优先级建议》 (请在此处粘贴完整内容，并明确指出本次要处理的1-2项高优先级技术债务)**:
    ```
    [在此处粘贴《技术债务评估与偿还优先级建议》的完整内容，并明确选择的债务项]
    ```
2.  **(可选) 相关模块的现有代码片段或架构图 (如果容易提供或描述)**:
    ```
    [如果适用，粘贴或描述相关代码/架构信息]
    ```

**您的任务 (架构师Fred)**:
1.  **针对选定的技术债务设计具体偿还方案**:
    *   为每个选定的高优先级技术债务项，设计详细的偿还方案。
    *   **方案应包括**:
        *   **债务项 [名称/描述]**:
            *   **当前问题详述**: 再次明确该债务的具体技术表现和痛点。
            *   **目标状态**: 描述偿还债务后，相关代码/架构应达到的理想状态。
            *   **具体步骤/重构策略**:
                *   列出清晰的、可操作的执行步骤（例如：提取重复逻辑到公共工具类、将大函数拆分为多个小函数、引入设计模式X来解耦Y和Z模块、升级库A到版本B并处理兼容性问题等）。
                *   如果涉及重构，请说明将采用的重构手法。
            *   **验证方法**: 如何验证债务已成功偿还且未引入新问题？（例如：单元测试覆盖、集成测试场景、代码静态分析指标改善等）。
            *   **预估工作量**: （如：小/中/大，或大致人/时）。
            *   **潜在风险与回滚计划**: 偿还过程中可能遇到的风险以及简要的回滚预案。
2.  **可行性与影响分析**:
    *   评估每个偿还方案的技术可行性和对现有系统的潜在影响（正面和负面）。
    *   考虑是否需要冻结相关模块的特性开发，或者是否可以小步快跑、渐进式偿还。
3.  **协作指导**:
    *   为 **产品负责人Sarah** 在下一阶段将偿还任务纳入开发计划提供清晰的方案、步骤、风险和验证方法。
    *   如果偿还方案可能暂时影响某些功能或需要用户配合测试，请明确指出。
4.  **交付物**:
    *   一份 **《技术债务偿还方案设计报告》**（Markdown格式），包含所选技术债务项的：
        *   当前问题详述
        *   目标状态描述
        *   具体的偿还步骤/重构策略
        *   验证方法
        *   预估工作量
        *   潜在风险与回滚计划
        *   可行性与系统影响分析
        *   对产品负责人Sarah的输入（方案细节、风险、验证方法）

**请开始您的工作。**

阶段3：纳入迭代计划与验收标准定义

角色组合: 产品负责人Sarah (+ 与产品经理John协商资源)

提示词模板:

--- 清空并重置上下文 ---

**指示**: 您现在是 **产品负责人Sarah**。您的任务是将技术债务偿还方案转化为可纳入迭代的开发任务，并明确其验收标准，同时需要与产品经理（可模拟）协商资源分配。

**背景**:
您已收到 **架构师Fred** 输出的 **《技术债务偿还方案设计报告》**，其中包含了针对高优先级技术债务的具体偿还方案。

**输入材料 (请在此处粘贴《技术债务偿还方案设计报告》的完整内容)**:

[在此处粘贴《技术债务偿还方案设计报告》的完整内容]


**您的任务 (产品负责人Sarah)**:
1.  **理解偿还方案与业务价值对齐**:
    *   仔细阅读架构师Fred的报告，理解每个偿还方案的技术细节、风险和预期收益。
    *   模拟与 **产品经理John** 讨论这些技术债务偿还任务的业务价值（例如：提高开发效率、降低未来Bug率、提升系统稳定性等），以及如何在当前的产品路线图中为其分配资源和排期。**请记录讨论的关键结论。**
2.  **创建技术债偿还User Story/Task**:
    *   为架构师Fred报告中每个选定的、经John（模拟）同意纳入计划的偿还方案，创建一个或多个User Story或技术任务。
    *   **Story/Task描述**: 清晰描述该任务需要完成的偿还工作，引用架构师方案中的关键步骤和目标状态。
    *   **验收标准 (ACs)**:
        *   **核心AC**: 技术债务点已按照方案成功移除或重构。
        *   架构师方案中定义的“验证方法”应转化为具体的ACs。例如：“相关模块的单元测试覆盖率达到X%”，“代码复杂度指标（如圈复杂度）降低到Y以下”，“旧的依赖库Z已成功移除，系统功能不受影响”。
        *   现有相关功能通过回归测试，未引入新Bug。
        *   至少包含3-5条ACs。
    *   **依赖关系 (若有)**: 指出不同技术债偿还任务之间的顺序。
    *   **优先级与排期**: 根据与John的讨论，为这些任务设定优先级，并建议纳入哪个迭代周期。
3.  **协作指导**:
    *   为 **Scrum Master Bob** 和 **开发者角色** 提供清晰的技术债偿还User Story/Task。
    *   强调这些任务虽然不直接产出新功能，但对产品长期健康至关重要。
    *   提醒开发团队在实施过程中要特别注意架构师提到的风险和回滚计划。
4.  **交付物**:
    *   一份 **《技术债务偿还迭代计划与任务列表》**（Markdown格式），包含：
        *   与产品经理John关于资源分配和排期的讨论摘要。
        *   技术债偿还User Story/Task的详细信息列表（每个包含ID, 描述, ACs, 依赖, 优先级, 建议排期）。
        *   对开发团队的执行说明和风险提示。

**请开始您的工作。**

阶段4：偿还实施与效果确认

角色组合: Scrum Master Bob + 开发者角色

提示词模板:

--- 清空并置上下文 ---

**指示**: 您现在将扮演两个角色：首先作为 **Scrum Master Bob**，然后作为 **开发者角色**（可指定技术栈，如“资深Python重构工程师”），共同完成技术债务的偿还实施与效果确认。

**背景**:
您已收到由 **产品负责人Sarah** 输出的 **《技术债务偿还迭代计划与任务列表》**，其中包含了技术债偿还的User Story/Task和验收标准。

**输入材料 (请在此处粘贴选定的技术债偿还User Story/Task及其ACs的完整内容)**:

[在此处粘贴选定的技术债偿还User Story/Task及其ACs的完整内容]


**您的任务**:

**作为Scrum Master Bob**:
1.  **任务分配与风险重申**:
    *   将技术债偿还User Story/Task分配给“开发者角色”。
    *   与“开发者角色”一同回顾架构师Fred的《技术债务偿还方案设计报告》中的具体步骤和风险提示。
2.  **进度保障与质量把控**:
    *   说明您将如何帮助“开发者角色”在不影响正常功能迭代的前提下，稳妥推进技术债偿还工作。
    *   强调代码审查对于技术债偿还任务的重要性，确保重构/修改符合团队规范且真正提升了代码质量。
3.  **协作指导 (给开发者角色)**:
    *   提醒开发者严格按照架构师的方案和Sarah定义的ACs进行工作。
    *   在偿还过程中，如果发现方案与实际情况有出入或存在未预见的困难，应立即提出并与团队讨论。

---
**(Bob完成上述任务后，继续)**
---

**作为开发者角色 (例如：“资深Python重构工程师”)**:
1.  **技术债务偿还实施**:
    *   基于架构师Fred的偿还方案和User Story/Task描述，**详细描述您将如何进行代码重构、库升级或设计模式调整等操作**。
        *   具体修改了哪些代码文件/模块？（可展示关键代码片段的修改前后对比）
        *   如何应用了方案中提到的重构策略或步骤？
        *   在升级依赖库时，如何处理兼容性问题和API变更？
2.  **单元测试与集成测试**:
    *   描述您将如何编写或更新单元测试，以确保重构后的代码逻辑正确无误，并保持或提升测试覆盖率。
    *   如何进行必要的集成测试，以验证修改未对系统其他部分造成负面影响。
3.  **效果确认与AC验证**:
    *   **逐条对照产品负责人Sarah定义的验收标准 (ACs) 进行验证。**
    *   例如，如果AC要求代码复杂度降低，您可以使用相关工具进行测量并报告结果。
    *   如果AC要求旧库移除，您需要确认其已无引用且系统功能正常。
    *   **记录每个AC的验证结果 (通过/未通过及原因)。**
4.  **总结与提议**:
    *   总结本次技术债偿还工作的成果、遇到的挑战以及从中获得的经验。
    *   如果发现偿还过程中还有其他相关的技术债可以一并处理，或者有进一步优化的建议，请提出。
    *   描述您提交代码（commit message应清晰说明偿还的技术债内容）、发起代码审查的流程。
5.  **交付物 (开发者角色)**:
    *   一份 **《技术债务 [ID] 偿还实施与效果确认报告》**（Markdown格式），包含：
        *   偿还措施实施详述（代码修改点、重构逻辑说明）
        *   单元测试与集成测试执行情况
        *   所有验收标准 (ACs) 的验证结果记录
        *   偿还工作总结、经验与进一步优化建议（若有）
        *   代码提交和CR说明

**请首先由Scrum Master Bob完成其任务，然后开发者角色完成其任务。**

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812913329 May 31, 2025

BMAD Multi-Scenario Collaboration Prompt Template Library

Usage Instructions and Best Practice Recommendations

Introduction

Core Principles

Best Practices

Scenario 1: New Feature Development

Stage 1: Requirements Analysis and Initial Definition

Stage 2: Technical Solution Design and Evaluation

Stage 3: Task Breakdown and Implementation Planning

Stage 4: Development Implementation and Verification

Scenario 2: Existing Feature Modification

Stage 1: Requirements Analysis and Impact Assessment

Stage 2: Technical Solution Design and Risk Assessment

Stage 3: Task Formulation and Verification Case Design

Stage 4: Modification Implementation and Regression Verification

Scenario 3: Bug Fixing and Problem Diagnosis

Stage 1: Problem Reproduction and Initial Diagnosis

Stage 2: Technical Root Cause Analysis and Fix Solution Design

Stage 3: Fix Task Formulation and Verification Case Design

Stage 4: Fix Implementation and Verification Execution

Scenario 4: Performance Optimization

Stage 1: Performance Bottleneck Analysis and Metric Definition

Stage 2: Optimization Solution Design and Technology Selection

Stage 3: Optimization Task Breakdown and Verification Standard Setting

Stage 4: Optimization Implementation and Effect Verification

Scenario 5: Technical Debt Cleanup

Stage 1: Technical Debt Identification and Assessment

Stage 2: Repayment Solution Design and Feasibility Analysis

Stage 3: Inclusion in Iteration Plan and Acceptance Criteria Definition

Stage 4: Repayment Implementation and Effect Confirmation

BMAD多场景协作提示词模板库

使用说明和最佳实践建议

简介

核心原则

最佳实践

场景一：全新功能开发

阶段1：需求分析与初步定义

阶段2：技术方案设计与评估

阶段3：任务分解与实施规划

阶段4：开发实施与验证

场景二：现有功能修改

阶段1：需求分析与影响评估

阶段2：技术方案设计与风险评估

阶段3：任务分解与测试规划

阶段4：开发实施与回归验证

场景三：Bug修复和问题诊断

阶段1：问题复现与初步诊断

阶段2：技术根因分析与修复方案设计

阶段3：修复任务制定与验证案例设计

阶段4：修复实施与验证执行

场景四：性能优化

阶段1：性能瓶颈分析与指标定义

阶段2：优化方案设计与技术选型

阶段3：优化任务分解与验证标准制定

阶段4：优化实施与效果验证

场景五：技术债务清理

阶段1：技术债务识别与评估

阶段2：偿还方案设计与可行性分析

阶段3：纳入迭代计划与验收标准定义

阶段4：偿还实施与效果确认

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812913329
May 31, 2025