Projects

from plugin2mcp import PluginInvocation, execute
  @mcp.tool()
  async def exectue_plugin_command(
    command_name: str,
    command_md_path: str
    skill_md_paths:str, # JSON array
 ...

@register_postprocessor(review-contract)
  def review_contract_postprocess(
    result: PluginResult,
    invocation: PluginInvocation,
) -> PluginResult:
/Post-process review-contract results.
1. Validate structured_data against ContractReview schema.
2. Compute excerpt for each clause.
...

## DETERMINING REQUEST TYPE
| Request Type | Indicators | Action |
|--------------|------------|--------|
| **Patent/Application** | Patent numbers, application numbers, publication numbers | Use `[ODP_LOOKUP:xxx]` |
| **Trademark** | Serial numbers, registration numbers, `trademark` | Use `[TSDR_LOOKUP:xxx]` |
| **PTAB** | Trial numbers (IPR/PGR/CBM), `PTAB`, `trial` | Use PTAB commands |
| **Petition** | `petition`, `petition decision` | Use Petition commands |
...

### Step 3: Perform analysis
Once you have the actual patent content (via user upload, pasted text, or system-injected PDF) do the following:
**If asked for a general or full analysis, summary, overview, or CPC classification**
Provide a summary including:
  1. Technical Field - *Identify the specific area of technology (e.g., Memory Security, Cloud Resource Allocation, Wireless Signal Processing).*
  2. The Technical Problem (the `Background`) - *What is the specific technical inefficiency or failure in the prior art? (e.g., `Existing memory corruption detection causes 20% CPU overhead`).*
  3. Technical Summary (What is it?) - *2-3 paragraphs explaining what this invention covers at a fairly technical level*
  ...