feat(plugins): implement Sprint 4 commands (#241-#258)

Sprint 4 - Plugin Commands implementation adding 18 new user-facing
commands across 8 plugins as part of V5.2.0 Plugin Enhancements.

**projman:**
- #241: /sprint-diagram - Mermaid visualization of sprint issues

**pr-review:**
- #242: Confidence threshold config (PR_REVIEW_CONFIDENCE_THRESHOLD)
- #243: /pr-diff - Formatted diff with inline review comments

**data-platform:**
- #244: /data-quality - DataFrame quality checks (nulls, duplicates, outliers)
- #245: /lineage-viz - dbt lineage as Mermaid diagrams
- #246: /dbt-test - Formatted dbt test runner

**viz-platform:**
- #247: /chart-export - Export charts to PNG/SVG/PDF via kaleido
- #248: /accessibility-check - Color blind validation (WCAG contrast)
- #249: /breakpoints - Responsive layout configuration

**contract-validator:**
- #250: /dependency-graph - Plugin dependency visualization

**doc-guardian:**
- #251: /changelog-gen - Generate changelog from conventional commits
- #252: /doc-coverage - Documentation coverage metrics
- #253: /stale-docs - Flag outdated documentation

**claude-config-maintainer:**
- #254: /config-diff - Track CLAUDE.md changes over time
- #255: /config-lint - 31 lint rules for CLAUDE.md best practices

**cmdb-assistant:**
- #256: /cmdb-topology - Infrastructure topology diagrams
- #257: /change-audit - NetBox audit trail queries
- #258: /ip-conflicts - Detect IP conflicts and overlaps

Closes #241, #242, #243, #244, #245, #246, #247, #248, #249,
#250, #251, #252, #253, #254, #255, #256, #257, #258

Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
This commit is contained in:
2026-01-28 12:02:26 -05:00
parent 8a957b1b69
commit 9698e8724d
36 changed files with 4295 additions and 22 deletions

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@@ -19,6 +19,7 @@ Contract-validator solves these by parsing plugin interfaces and validating comp
- **Agent Extraction**: Parse CLAUDE.md Four-Agent Model tables and Agents sections
- **Compatibility Checks**: Pairwise validation between all plugins in a marketplace
- **Data Flow Validation**: Verify agent tool sequences have valid data producers/consumers
- **Dependency Visualization**: Generate Mermaid flowcharts showing plugin relationships
- **Comprehensive Reports**: Markdown or JSON reports with actionable suggestions
## Installation
@@ -44,6 +45,7 @@ pip install -r requirements.txt
| `/validate-contracts` | Full marketplace compatibility validation |
| `/check-agent` | Validate single agent definition |
| `/list-interfaces` | Show all plugin interfaces |
| `/dependency-graph` | Generate Mermaid flowchart of plugin dependencies |
## Agents
@@ -106,6 +108,16 @@ pip install -r requirements.txt
# Data Flow: No issues detected
```
```
/dependency-graph
# Output: Mermaid flowchart showing:
# - Plugins grouped by shared MCP servers
# - Data flow from data-platform to viz-platform
# - Required vs optional dependencies
# - Command counts per plugin
```
## Issue Types
| Type | Severity | Description |

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@@ -0,0 +1,251 @@
# /dependency-graph - Generate Dependency Visualization
Generate a Mermaid flowchart showing plugin dependencies, data flows, and tool relationships.
## Usage
```
/dependency-graph [marketplace_path] [--format <mermaid|text>] [--show-tools]
```
## Parameters
- `marketplace_path` (optional): Path to marketplace root. Defaults to current project root.
- `--format` (optional): Output format - `mermaid` (default) or `text`
- `--show-tools` (optional): Include individual tool nodes in the graph
## Workflow
1. **Discover plugins**:
- Scan plugins directory for all plugins with `.claude-plugin/` marker
- Parse each plugin's README.md to extract interface
- Parse CLAUDE.md for agent definitions and tool sequences
2. **Analyze dependencies**:
- Identify shared MCP servers (plugins using same server)
- Detect tool dependencies (which plugins produce vs consume data)
- Find agent tool references across plugins
- Categorize as required (ERROR if missing) or optional (WARNING if missing)
3. **Build dependency graph**:
- Create nodes for each plugin
- Create edges for:
- Shared MCP servers (bidirectional)
- Data producers -> consumers (directional)
- Agent tool dependencies (directional)
- Mark edges as optional or required
4. **Generate Mermaid output**:
- Create flowchart diagram syntax
- Style required dependencies with solid lines
- Style optional dependencies with dashed lines
- Group by MCP server or data flow
## Output Format
### Mermaid (default)
```mermaid
flowchart TD
subgraph mcp_gitea["MCP: gitea"]
projman["projman"]
pr-review["pr-review"]
end
subgraph mcp_data["MCP: data-platform"]
data-platform["data-platform"]
end
subgraph mcp_viz["MCP: viz-platform"]
viz-platform["viz-platform"]
end
%% Data flow dependencies
data-platform -->|"data_ref (required)"| viz-platform
%% Optional dependencies
projman -.->|"lessons (optional)"| pr-review
%% Styling
classDef required stroke:#e74c3c,stroke-width:2px
classDef optional stroke:#f39c12,stroke-dasharray:5 5
```
### Text Format
```
DEPENDENCY GRAPH
================
Plugins: 12
MCP Servers: 4
Dependencies: 8 (5 required, 3 optional)
MCP Server Groups:
gitea: projman, pr-review
data-platform: data-platform
viz-platform: viz-platform
netbox: cmdb-assistant
Data Flow Dependencies:
data-platform -> viz-platform (data_ref) [REQUIRED]
data-platform -> data-platform (data_ref) [INTERNAL]
Cross-Plugin Tool Usage:
projman.Planner uses: create_issue, search_lessons
pr-review.reviewer uses: get_pr_diff, create_pr_review
```
## Dependency Types
| Type | Line Style | Meaning |
|------|------------|---------|
| Required | Solid (`-->`) | Plugin cannot function without this dependency |
| Optional | Dashed (`-.->`) | Plugin works but with reduced functionality |
| Internal | Dotted (`...>`) | Self-dependency within same plugin |
| Shared MCP | Double (`==>`) | Plugins share same MCP server instance |
## Known Data Flow Patterns
The command recognizes these producer/consumer relationships:
### Data Producers
- `read_csv`, `read_parquet`, `read_json` - File loaders
- `pg_query`, `pg_execute` - Database queries
- `filter`, `select`, `groupby`, `join` - Transformations
### Data Consumers
- `describe`, `head`, `tail` - Data inspection
- `to_csv`, `to_parquet` - File writers
- `chart_create` - Visualization
### Cross-Plugin Flows
- `data-platform` produces `data_ref` -> `viz-platform` consumes for charts
- `projman` produces issues -> `pr-review` references in reviews
- `gitea` wiki -> `projman` lessons learned
## Examples
### Basic Usage
```
/dependency-graph
```
Generates Mermaid diagram for current marketplace.
### With Tool Details
```
/dependency-graph --show-tools
```
Includes individual tool nodes showing which tools each plugin provides.
### Text Summary
```
/dependency-graph --format text
```
Outputs text-based summary suitable for CLAUDE.md inclusion.
### Specific Path
```
/dependency-graph ~/claude-plugins-work
```
Analyze marketplace at specified path.
## Integration with Other Commands
Use with `/validate-contracts` to:
1. Run `/dependency-graph` to visualize relationships
2. Run `/validate-contracts` to find issues in those relationships
3. Fix issues and regenerate graph to verify
## Available Tools
Use these MCP tools:
- `parse_plugin_interface` - Extract interface from plugin README.md
- `parse_claude_md_agents` - Extract agents and their tool sequences
- `generate_compatibility_report` - Get full interface data (JSON format for analysis)
- `validate_data_flow` - Verify data producer/consumer relationships
## Implementation Notes
### Detecting Shared MCP Servers
Check each plugin's `.mcp.json` file for server definitions:
```bash
# List all .mcp.json files in plugins
find plugins/ -name ".mcp.json" -exec cat {} \;
```
Plugins with identical MCP server names share that server.
### Identifying Data Flows
1. Parse tool categories from README.md
2. Map known producer tools to their output types
3. Map known consumer tools to their input requirements
4. Create edges where outputs match inputs
### Optional vs Required
- **Required**: Consumer tool has no default/fallback behavior
- **Optional**: Consumer works without producer (e.g., lessons search returns empty)
Determination is based on:
- Issue severity from `validate_data_flow` (ERROR = required, WARNING = optional)
- Tool documentation stating "requires" vs "uses if available"
## Sample Output
For the leo-claude-mktplace:
```mermaid
flowchart TD
subgraph gitea_mcp["Shared MCP: gitea"]
projman["projman<br/>14 commands"]
pr-review["pr-review<br/>6 commands"]
end
subgraph netbox_mcp["Shared MCP: netbox"]
cmdb-assistant["cmdb-assistant<br/>3 commands"]
end
subgraph data_mcp["Shared MCP: data-platform"]
data-platform["data-platform<br/>7 commands"]
end
subgraph viz_mcp["Shared MCP: viz-platform"]
viz-platform["viz-platform<br/>7 commands"]
end
subgraph standalone["Standalone Plugins"]
doc-guardian["doc-guardian"]
code-sentinel["code-sentinel"]
clarity-assist["clarity-assist"]
git-flow["git-flow"]
claude-config-maintainer["claude-config-maintainer"]
contract-validator["contract-validator"]
end
%% Data flow: data-platform -> viz-platform
data-platform -->|"data_ref"| viz-platform
%% Cross-plugin: projman lessons -> pr-review context
projman -.->|"lessons"| pr-review
%% Styling
classDef mcpGroup fill:#e8f4fd,stroke:#2196f3
classDef standalone fill:#f5f5f5,stroke:#9e9e9e
classDef required stroke:#e74c3c,stroke-width:2px
classDef optional stroke:#f39c12,stroke-dasharray:5 5
class gitea_mcp,netbox_mcp,data_mcp,viz_mcp mcpGroup
class standalone standalone
```