Claude Skill

architecture-diagram

Generates a Mermaid architecture diagram showing high-level component relationships. Use when visualizing how plugins or modules fit together.

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Part of athola/claude-night-market — 46 skills

Install

skills CLI npx skills add https://github.com/athola/claude-night-market/tree/master/plugins/cartograph/skills/architecture-diagram
Claude Code claude plugin marketplace add https://llmmart.ai/marketplace.json && claude plugin install athola-claude-night-market@llmmart
Git git clone https://github.com/athola/claude-night-market.git

The skills CLI installs just this skill, for any of its supported agents. Claude Code installs the whole athola/claude-night-market collection as a plugin from our marketplace. Git is the plain clone.

Skill manifest

Architecture Diagram

Generate a Mermaid flowchart showing high-level component relationships in a codebase.

When To Use

  • Visualizing how plugins/modules relate to each other
  • Onboarding to understand system structure
  • Documenting architecture for PR reviews
  • Answering "how does this system fit together?"

When NOT To Use

  • Import-level coupling (use cartograph:dependency-graph)
  • Runtime call paths (use cartograph:call-chain)

Workflow

Step 1: Explore the Codebase

Dispatch the codebase explorer agent to analyze the scope:

Agent(cartograph:codebase-explorer)
Prompt: Explore [scope] and return a structural model.
Focus on packages, modules, and their relationships
for an architecture diagram.

If no scope is provided, use the project root.

Step 2: Generate Mermaid Syntax

Transform the structural model into a Mermaid flowchart.

Rules for architecture diagrams:

  • Use flowchart TD (top-down) for hierarchical systems
  • Use flowchart LR (left-right) for pipeline/flow systems
  • Group related modules into subgraphs by package
  • Use descriptive edge labels for relationships
  • Limit to 15-20 nodes maximum (aggregate small modules)
  • Use shapes to distinguish component types:
    • [Rectangle] for modules/packages
    • ([Stadium]) for entry points/commands
    • [(Database)] for data stores
    • {Diamond} for decision points

Example output:

flowchart TD
    subgraph sanctum[Sanctum Plugin]
        commit[Commit Messages]
        pr[PR Preparation]
        workspace[Workspace Review]
    end

    subgraph leyline[Leyline Plugin]
        git[Git Platform]
        patterns[Error Patterns]
    end

    commit --> git
    pr --> workspace
    pr --> git
    workspace --> patterns

Step 3: Render via MCP

Call the Mermaid Chart MCP to render:

mcp__claude_ai_Mermaid_Chart__validate_and_render_mermaid_diagram
  prompt: "Architecture diagram of [scope]"
  mermaidCode: [generated syntax]
  diagramType: "flowchart"
  clientName: "claude-code"

If rendering fails, fix the Mermaid syntax based on the error message and retry (max 2 retries).

Step 4: Present Results

Show the rendered diagram to the user with a brief summary of what it depicts (2-3 sentences).

Exit Criteria

  • Mermaid flowchart syntax generated containing at least one subgraph block grouping related modules
  • mcp__claude_ai_Mermaid_Chart__validate_and_render_mermaid_diagram called and returns without error (or retry attempted on first failure and result reported)
  • Diagram node count is between 3 and 20 (per skill rules)
  • A 2-3 sentence description of what the diagram depicts is shown alongside the rendered output
  • If the MCP render fails after 2 retries, the Mermaid syntax is still presented as a code block with the error surfaced
Files (claude-night-market)
  • SKILL.md 3 KB
    ---
    name: architecture-diagram
    description: Generates a Mermaid architecture diagram showing high-level component relationships. Use when visualizing how plugins or modules fit together.
    ---
    
    # Architecture Diagram
    
    Generate a Mermaid flowchart showing high-level component
    relationships in a codebase.
    
    ## When To Use
    
    - Visualizing how plugins/modules relate to each other
    - Onboarding to understand system structure
    - Documenting architecture for PR reviews
    - Answering "how does this system fit together?"
    
    ## When NOT To Use
    
    - Import-level coupling (use `cartograph:dependency-graph`)
    - Runtime call paths (use `cartograph:call-chain`)
    
    ## Workflow
    
    ### Step 1: Explore the Codebase
    
    Dispatch the codebase explorer agent to analyze the scope:
    
    ```
    Agent(cartograph:codebase-explorer)
    Prompt: Explore [scope] and return a structural model.
    Focus on packages, modules, and their relationships
    for an architecture diagram.
    ```
    
    If no scope is provided, use the project root.
    
    ### Step 2: Generate Mermaid Syntax
    
    Transform the structural model into a Mermaid flowchart.
    
    **Rules for architecture diagrams**:
    
    - Use `flowchart TD` (top-down) for hierarchical systems
    - Use `flowchart LR` (left-right) for pipeline/flow systems
    - Group related modules into subgraphs by package
    - Use descriptive edge labels for relationships
    - Limit to 15-20 nodes maximum (aggregate small modules)
    - Use shapes to distinguish component types:
      - `[Rectangle]` for modules/packages
      - `([Stadium])` for entry points/commands
      - `[(Database)]` for data stores
      - `{Diamond}` for decision points
    
    **Example output**:
    
    ```mermaid
    flowchart TD
        subgraph sanctum[Sanctum Plugin]
            commit[Commit Messages]
            pr[PR Preparation]
            workspace[Workspace Review]
        end
    
        subgraph leyline[Leyline Plugin]
            git[Git Platform]
            patterns[Error Patterns]
        end
    
        commit --> git
        pr --> workspace
        pr --> git
        workspace --> patterns
    ```
    
    ### Step 3: Render via MCP
    
    Call the Mermaid Chart MCP to render:
    
    ```
    mcp__claude_ai_Mermaid_Chart__validate_and_render_mermaid_diagram
      prompt: "Architecture diagram of [scope]"
      mermaidCode: [generated syntax]
      diagramType: "flowchart"
      clientName: "claude-code"
    ```
    
    If rendering fails, fix the Mermaid syntax based on the
    error message and retry (max 2 retries).
    
    ### Step 4: Present Results
    
    Show the rendered diagram to the user with a brief summary
    of what it depicts (2-3 sentences).
    
    ## Exit Criteria
    
    - [ ] Mermaid `flowchart` syntax generated containing at least
          one `subgraph` block grouping related modules
    - [ ] `mcp__claude_ai_Mermaid_Chart__validate_and_render_mermaid_diagram`
          called and returns without error (or retry attempted on first
          failure and result reported)
    - [ ] Diagram node count is between 3 and 20 (per skill rules)
    - [ ] A 2-3 sentence description of what the diagram depicts is shown
          alongside the rendered output
    - [ ] If the MCP render fails after 2 retries, the Mermaid syntax is
          still presented as a code block with the error surfaced
    

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