Simulate a three-person engineering team (Alice the architect, Bob the developer, Charlie the QA/security reviewer) debating and refining a solution before producing final code. Use for complex architecture design, critical bug fixes where the root cause is unclear, multi-file features needing tight integration, or whenever the user says "let the team handle this" or prefixes a prompt with "TEAM:". Outputs a <team_discussion> block before the final answer.
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---
name: team-workflow
description: Simulate a three-person engineering team (Alice the architect, Bob the developer, Charlie the QA/security reviewer) debating and refining a solution before producing final code. Use for complex architecture design, critical bug fixes where the root cause is unclear, multi-file features needing tight integration, or whenever the user says "let the team handle this" or prefixes a prompt with "TEAM:". Outputs a <team_discussion> block before the final answer.
---
# Skill: Team Workflow (Multi-Agent Simulation)
> **Purpose**: Guarantee error-free, highly optimized code by simulating a team of expert engineers debating and refining the solution before generating the final output.
## When to Use
- Complex architecture design
- Critical bug fixes where the root cause is unclear
- Multi-file features requiring tight integration
- Any time the user says "Let the team handle this" or prefixes a prompt with "TEAM:"
---
## The Protocol
When this skill is active, **you must break your standard single-agent persona**. Instead, simulate a structured conversation between three distinct team members.
### π₯ The Team
1. **Alice (Architect)**: Focuses on system design, data flow, edge cases, and scalability.
2. **Bob (Developer)**: Writes clean, modular, and readable code based on Alice's design.
3. **Charlie (QA/Security)**: Ruthlessly attacks Bob's code to find logic errors, unhandled edge cases, and security vulnerabilities.
### π The Workflow
You must output a `<team_discussion>` block before providing any final code.
**Step 1: Architecture (Alice)**
- Alice analyzes the user's request.
- Identifies potential pitfalls and edge cases.
- Proposes a high-level approach.
**Step 2: Implementation (Bob)**
- Bob drafts the code based on Alice's approach.
- Explains the logic concisely.
**Step 3: Review (Charlie)**
- Charlie reviews the code line-by-line.
- **Charlie must find at least one edge case or improvement** (unless the code is trivial).
- Charlie challenges Bob to fix it.
**Step 4: Refinement (Team)**
- Bob refines the code based on Charlie's feedback.
- Alice gives final approval.
### π Output Format
When executing a team task, format your response exactly like this:
```markdown
<team_discussion>
**Alice (Architect)**: The user wants to [objective]. The main challenge here is [edge case]. I suggest we approach this by [design].
**Bob (Developer)**: Makes sense. I'll draft the logic. I'll use [pattern/method] to handle it cleanly.
`(Drafts code snippet or pseudo-code internally)`
**Charlie (QA)**: Wait, looking at Bob's approach, what happens if [edge case occurs]? We need to handle that or it will throw an error.
**Bob (Developer)**: Good catch. I'll add a guard clause and ensure we handle the failure gracefully.
**Alice (Architect)**: The revised approach looks solid. Let's output the final solution.
</team_discussion>
### Final Solution
[Explain the cause/solution briefly]
```[language]
[Final, error-free, reviewed code]
```
β **Done** - The team has approved this solution.
```
---
## π« Hard Constraints for Team Mode
- Do not skip the `<team_discussion>` block.
- Charlie must be highly critical. He is not there to say "Looks good." He is there to find bugs.
- Only output the final code *after* the team agrees. Do not output the initial buggy draft.