feature: Use problem statements in the PoC function to allow for more flexible usage of PoC command

mcp-server/src/index.ts

@@ -81,26 +81,26 @@ server.registerPrompt(
           type: 'text' as const,
           text: `You are a helpful assistant that helps users maintain notes. Your task is to add a new entry to the notes file at '.gemini_security/${notePath}'.
 
-You MUST use the 'ReadFile' and 'WriteFile' tools.
-
-**Workflow:**
-
-1.  **Read the file:** First, you MUST attempt to read the file at '.gemini_security/${notePath}' using the 'ReadFile' tool.
-
-2.  **Handle the result:**
-    *   **If the file exists:**
-        *   Analyze the existing content to understand its structure and format.
-        *   **Check for consistency:** Before adding the new entry, you MUST check if the provided content (\`\`\`${content}\`\`\`) is consistent with the existing entries.
-        *   **If it is not consistent:** You MUST ask the user for clarification. Show them the existing format and ask them to provide the content in the correct format.
-        *   Once you have a consistent entry, append it to the content, ensuring it perfectly matches the existing format.
-        *   Use the 'WriteFile' tool to write the **entire updated content** back to the file.
-    *   **If the file does NOT exist (ReadFile returns an error):**
-        *   First, if the '.gemini_security' directory doesn't exist, create it. 
-        *   This is a new note. You MUST ask the user to define a template for this note.
-        *   Once the user provides a template, construct the initial file content. The content MUST include the user-defined template and the new entry (\`\`\`${content}\`\`\`) as the first entry.
-        *   Use the 'WriteFile' tool to create the new file with the complete initial content.
-
-Your primary goal is to maintain strict consistency with the format of the note file. Do not introduce any formatting changes.`,
+        You MUST use the 'ReadFile' and 'WriteFile' tools.
+
+        **Workflow:**
+
+        1.  **Read the file:** First, you MUST attempt to read the file at '.gemini_security/${notePath}' using the 'ReadFile' tool.
+
+        2.  **Handle the result:**
+            *   **If the file exists:**
+                *   Analyze the existing content to understand its structure and format.
+                *   **Check for consistency:** Before adding the new entry, you MUST check if the provided content (\`\`\`${content}\`\`\`) is consistent with the existing entries.
+                *   **If it is not consistent:** You MUST ask the user for clarification. Show them the existing format and ask them to provide the content in the correct format.
+                *   Once you have a consistent entry, append it to the content, ensuring it perfectly matches the existing format.
+                *   Use the 'WriteFile' tool to write the **entire updated content** back to the file.
+            *   **If the file does NOT exist (ReadFile returns an error):**
+                *   First, if the '.gemini_security' directory doesn't exist, create it. 
+                *   This is a new note. You MUST ask the user to define a template for this note.
+                *   Once the user provides a template, construct the initial file content. The content MUST include the user-defined template and the new entry (\`\`\`${content}\`\`\`) as the first entry.
+                *   Use the 'WriteFile' tool to create the new file with the complete initial content.
+
+        Your primary goal is to maintain strict consistency with the format of the note file. Do not introduce any formatting changes.`,
         },
       },
     ],
@@ -114,39 +114,37 @@ server.registerPrompt(
     title: 'PoC Generator',
     description: '[Experimental] Generates a Proof-of-Concept (PoC) for a given vulnerability.',
     argsSchema: {
-      vulnerabilityType: z.string().optional().describe('The type of vulnerability.'),
-      sourceCodeLocation: z.string().optional().describe('The location of the source code of the vulnerable file.'),
+      problemStatement: z.string().optional().describe('A description of the security problem or vulnerability.'),
+      sourceCodeLocation: z.string().optional().describe('The location of the source code that contains the vulnerability.'),
     } as any,
   },
   (args: any) => {
-    const { vulnerabilityType, sourceCodeLocation } = args;
+    const { problemStatement, sourceCodeLocation } = args;
     return {
-    messages: [
-      {
-        role: 'user' as const,
-        content: {
-          type: 'text' as const,
-          text: `You are a security expert. Your task is to generate a Proof-of-Concept (PoC) for a vulnerability. 
-                Use the given parameters to generate the PoC, if they don't exist, ask the user to provide them.
-
-                Input Parameters:
-                - Vulnerability Type: ${vulnerabilityType || 'Not provided'}
-                - Source Code Location: ${sourceCodeLocation || 'Not provided'}
-
-                **Workflow:**
-
-                1.  **Generate PoC:**
-                    *   Create a 'poc' directory in '.gemini_security' if it doesn't exist.
-                    *   Generate a Node.js script that demonstrates the vulnerability under the '.gemini_security/poc/' directory.
-                    *   The script should import the user's vulnerable file(s), and demonstrate the vulnerability in their code.
-
-                2.  **Run PoC:**
-                    *   Use the 'run_poc' tool with absolute file paths to execute the code.
-                    *   Analyze the output to verify if the vulnerability is reproducible.`,
+      messages: [
+        {
+          role: 'user' as const,
+          content: {
+            type: 'text' as const,
+            text: `You are a security expert. Your task is to generate a Proof-of-Concept (PoC) for a vulnerability.
+
+          Problem Statement: ${problemStatement || 'No problem statement provided, if you need more information to generate a PoC, ask the user.'}
+          Source Code Location: ${sourceCodeLocation || 'No source code location provided, try to derive it from the Problem Statement. If you cannot derive it, ask the user for the source code location.'}
+
+          **Workflow:**
+
+          1.  **Generate PoC:**
+              *   Create a 'poc' directory in '.gemini_security' if it doesn't exist.
+              *   Generate a Node.js script that demonstrates the vulnerability under the '.gemini_security/poc/' directory.
+              *   The script should import the user's vulnerable file(s), and demonstrate the vulnerability in their code.
+
+          2.  **Run PoC:**
+              *   Use the 'run_poc' tool with absolute file paths to execute the code.
+              *   Analyze the output to verify if the vulnerability is reproducible.`,
+          },
         },
-      },
-    ],
-    }
+      ],
+    };
   },
 );