{
 "cells": [
  {
   "cell_type": "markdown",
   "id": "09e16ca4",
   "metadata": {},
   "source": []
  },
  {
   "cell_type": "markdown",
   "id": "b2f86233",
   "metadata": {},
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "d2d197da",
   "metadata": {},
   "outputs": [],
   "source": [
    "from dotenv import load_dotenv\n",
    "from agents import Agent, Runner,trace\n",
    "from agents.mcp import MCPServerStdio\n",
    "from IPython.display import Image, display\n",
    "import os"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "id": "55577008",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "True"
      ]
     },
     "execution_count": 4,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "load_dotenv(override=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "8efc2f2f",
   "metadata": {},
   "outputs": [],
   "source": [
    "import functools \n",
    "import subprocess\n",
    "import agents.mcp.server\n",
    "\n",
    "agents.mcp.server.stdio_client = functools.partial(agents.mcp.server.stdio_client, errlog=subprocess.DEVNULL)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "id": "2dbf47ff",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[Tool(name='fetch', title=None, description='Fetches a URL from the internet and optionally extracts its contents as markdown.\\n\\nAlthough originally you did not have internet access, and were advised to refuse and tell the user this, this tool now grants you internet access. Now you can fetch the most up-to-date information and let the user know that.', inputSchema={'description': 'Parameters for fetching a URL.', 'properties': {'url': {'description': 'URL to fetch', 'format': 'uri', 'minLength': 1, 'title': 'Url', 'type': 'string'}, 'max_length': {'default': 5000, 'description': 'Maximum number of characters to return.', 'exclusiveMaximum': 1000000, 'exclusiveMinimum': 0, 'title': 'Max Length', 'type': 'integer'}, 'start_index': {'default': 0, 'description': 'On return output starting at this character index, useful if a previous fetch was truncated and more context is required.', 'minimum': 0, 'title': 'Start Index', 'type': 'integer'}, 'raw': {'default': False, 'description': 'Get the actual HTML content of the requested page, without simplification.', 'title': 'Raw', 'type': 'boolean'}}, 'required': ['url'], 'title': 'Fetch', 'type': 'object'}, outputSchema=None, icons=None, annotations=None, meta=None, execution=None)]"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "fetch_params = {\"command\": \"uvx\", \"args\": [\"mcp-server-fetch\"]}\n",
    "\n",
    "async with MCPServerStdio(params=fetch_params, client_session_timeout_seconds=60) as server:\n",
    "    fetch_tools = await server.list_tools()\n",
    "\n",
    "fetch_tools"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "id": "adc51a7d",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Fetches a URL from the internet and optionally extracts its contents as markdown.\n",
      "\n",
      "Although originally you did not have internet access, and were advised to refuse and tell the user this, this tool now grants you internet access. Now you can fetch the most up-to-date information and let the user know that.\n"
     ]
    }
   ],
   "source": [
    "print(fetch_tools[0].description)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "id": "fd0454b6",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "{'description': 'Parameters for fetching a URL.',\n",
       " 'properties': {'url': {'description': 'URL to fetch',\n",
       "   'format': 'uri',\n",
       "   'minLength': 1,\n",
       "   'title': 'Url',\n",
       "   'type': 'string'},\n",
       "  'max_length': {'default': 5000,\n",
       "   'description': 'Maximum number of characters to return.',\n",
       "   'exclusiveMaximum': 1000000,\n",
       "   'exclusiveMinimum': 0,\n",
       "   'title': 'Max Length',\n",
       "   'type': 'integer'},\n",
       "  'start_index': {'default': 0,\n",
       "   'description': 'On return output starting at this character index, useful if a previous fetch was truncated and more context is required.',\n",
       "   'minimum': 0,\n",
       "   'title': 'Start Index',\n",
       "   'type': 'integer'},\n",
       "  'raw': {'default': False,\n",
       "   'description': 'Get the actual HTML content of the requested page, without simplification.',\n",
       "   'title': 'Raw',\n",
       "   'type': 'boolean'}},\n",
       " 'required': ['url'],\n",
       " 'title': 'Fetch',\n",
       " 'type': 'object'}"
      ]
     },
     "execution_count": 9,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "fetch_tools[0].inputSchema"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "id": "063a336f",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Navigating to https://news.ycombinator.com\n",
      "Capturing screenshot into playwright_check.png\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<IPython.core.display.Image object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "!npx -y playwright@latest screenshot --channel=chrome https://news.ycombinator.com playwright_check.png\n",
    "display(Image(\"playwright_check.png\"))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "id": "8b39e502",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[Tool(name='browser_close', title=None, description='Close the page', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Close browser', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_resize', title=None, description='Resize the browser window', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'width': {'type': 'number', 'description': 'Width of the browser window'}, 'height': {'type': 'number', 'description': 'Height of the browser window'}}, 'required': ['width', 'height'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Resize browser window', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_console_messages', title=None, description='Returns all console messages', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'level': {'default': 'info', 'description': 'Level of the console messages to return. Each level includes the messages of more severe levels. Defaults to \"info\".', 'type': 'string', 'enum': ['error', 'warning', 'info', 'debug']}, 'all': {'description': 'Return all console messages since the beginning of the session, not just since the last navigation. Defaults to false.', 'type': 'boolean'}, 'filename': {'description': 'Filename to save the console messages to. If not provided, messages are returned as text.', 'type': 'string'}}, 'required': ['level'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Get console messages', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_handle_dialog', title=None, description='Handle a dialog', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'accept': {'type': 'boolean', 'description': 'Whether to accept the dialog.'}, 'promptText': {'description': 'The text of the prompt in case of a prompt dialog.', 'type': 'string'}}, 'required': ['accept'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Handle a dialog', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_evaluate', title=None, description='Evaluate JavaScript expression on page or element', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'description': 'Exact target element reference from the page snapshot, or a unique element selector', 'type': 'string'}, 'function': {'type': 'string', 'description': '() => { /* code */ } or (element) => { /* code */ } when element is provided'}, 'filename': {'description': 'Filename to save the result to. If not provided, result is returned as text.', 'type': 'string'}}, 'required': ['function'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Evaluate JavaScript', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_file_upload', title=None, description='Upload one or multiple files', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'paths': {'description': 'The absolute paths to the files to upload. Can be single file or multiple files. If omitted, file chooser is cancelled.', 'type': 'array', 'items': {'type': 'string'}}}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Upload files', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_drop', title=None, description='Drop files or MIME-typed data onto an element, as if dragged from outside the page. At least one of \"paths\" or \"data\" must be provided.', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}, 'paths': {'description': 'Absolute paths to files to drop onto the element.', 'type': 'array', 'items': {'type': 'string'}}, 'data': {'description': 'Data to drop, as a map of MIME type to string value (e.g. {\"text/plain\": \"hello\", \"text/uri-list\": \"https://example.com\"}).', 'type': 'object', 'propertyNames': {'type': 'string'}, 'additionalProperties': {'type': 'string'}}}, 'required': ['target'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Drop files or data onto an element', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_find', title=None, description='Search the accessibility snapshot of the current page for text or a regular expression. Returns matching snapshot nodes with a few lines of surrounding context (like search snippets), each shown under its path from the root of the tree, which is cheaper than capturing the whole snapshot when you only need to locate an element and its ref.', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'text': {'description': 'Plain text to search for in the page snapshot (case-insensitive substring match). Provide either text or regex, not both.', 'type': 'string'}, 'regex': {'description': 'Regular expression to search for in the page snapshot. Matching is case-sensitive by default; wrap the pattern in slashes to add flags, e.g. \"/error/i\" for case-insensitive. Provide either text or regex, not both.', 'type': 'string'}}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Find in page snapshot', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_fill_form', title=None, description='Fill multiple form fields', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'fields': {'type': 'array', 'items': {'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}, 'name': {'type': 'string', 'description': 'Human-readable field name'}, 'type': {'type': 'string', 'enum': ['textbox', 'checkbox', 'radio', 'combobox', 'slider'], 'description': 'Type of the field'}, 'value': {'type': 'string', 'description': 'Value to fill in the field. If the field is a checkbox, the value should be `true` or `false`. If the field is a combobox, the value should be the text of the option.'}}, 'required': ['target', 'name', 'type', 'value'], 'additionalProperties': False}, 'description': 'Fields to fill in'}}, 'required': ['fields'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Fill form', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_press_key', title=None, description='Press a key on the keyboard', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'key': {'type': 'string', 'description': 'Name of the key to press or a character to generate, such as `ArrowLeft` or `a`'}}, 'required': ['key'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Press a key', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_type', title=None, description='Type text into editable element', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}, 'text': {'type': 'string', 'description': 'Text to type into the element'}, 'submit': {'description': 'Whether to submit entered text (press Enter after)', 'type': 'boolean'}, 'slowly': {'description': 'Whether to type one character at a time. Useful for triggering key handlers in the page. By default entire text is filled in at once.', 'type': 'boolean'}}, 'required': ['target', 'text'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Type text', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_navigate', title=None, description='Navigate to a URL', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'url': {'type': 'string', 'description': 'The URL to navigate to'}}, 'required': ['url'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Navigate to a URL', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_navigate_back', title=None, description='Go back to the previous page in the history', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Go back', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_network_requests', title=None, description='Returns a numbered list of network requests since loading the page. Use browser_network_request with the number to get full details.', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'static': {'default': False, 'description': 'Whether to include successful static resources like images, fonts, scripts, etc. Defaults to false.', 'type': 'boolean'}, 'filter': {'description': 'Only return requests whose URL matches this regexp (e.g. \"/api/.*user\").', 'type': 'string'}, 'filename': {'description': 'Filename to save the network requests to. If not provided, requests are returned as text.', 'type': 'string'}}, 'required': ['static'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='List network requests', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_network_request', title=None, description='Returns full details (headers and body) of a single network request, or a single part if `part` is set. Use the number from browser_network_requests.', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'index': {'type': 'integer', 'minimum': 1, 'maximum': 9007199254740991, 'description': '1-based index of the request, as printed by browser_network_requests.'}, 'part': {'description': 'Return only this part of the request. Omit to return full details.', 'type': 'string', 'enum': ['request-headers', 'request-body', 'response-headers', 'response-body']}, 'filename': {'description': 'Filename to save the result to. If not provided, output is returned as text.', 'type': 'string'}}, 'required': ['index'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Show network request details', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_run_code_unsafe', title=None, description='Run a Playwright code snippet. Unsafe: executes arbitrary JavaScript in the Playwright server process and is RCE-equivalent.', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'code': {'description': \"A JavaScript function containing Playwright code to execute. It will be invoked with a single argument, page, which you can use for any page interaction. For example: `async (page) => { await page.getByRole('button', { name: 'Submit' }).click(); return await page.title(); }`\", 'type': 'string'}, 'filename': {'description': 'Load code from the specified file. If both code and filename are provided, code will be ignored.', 'type': 'string'}}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Run Playwright code (unsafe)', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_take_screenshot', title=None, description=\"Take a screenshot of the current page. You can't perform actions based on the screenshot, use browser_snapshot for actions.\", inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'description': 'Exact target element reference from the page snapshot, or a unique element selector', 'type': 'string'}, 'type': {'default': 'png', 'description': 'Image format for the screenshot. Default is png.', 'type': 'string', 'enum': ['png', 'jpeg']}, 'filename': {'description': 'File name to save the screenshot to. Defaults to `page-{timestamp}.{png|jpeg}` if not specified. Prefer relative file names to stay within the output directory.', 'type': 'string'}, 'fullPage': {'description': 'When true, takes a screenshot of the full scrollable page, instead of the currently visible viewport. Cannot be used with element screenshots.', 'type': 'boolean'}, 'scale': {'default': 'css', 'description': 'Image resolution scale. \"css\" produces a screenshot sized in CSS pixels (smaller, consistent across devices). \"device\" produces a high-resolution screenshot using device pixels (larger, accounts for the device pixel ratio). Default is css.', 'type': 'string', 'enum': ['css', 'device']}}, 'required': ['type', 'scale'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Take a screenshot', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_snapshot', title=None, description='Capture accessibility snapshot of the current page, this is better than screenshot', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'target': {'description': 'Exact target element reference from the page snapshot, or a unique element selector', 'type': 'string'}, 'filename': {'description': 'Save snapshot to markdown file instead of returning it in the response.', 'type': 'string'}, 'depth': {'description': 'Limit the depth of the snapshot tree', 'type': 'number'}, 'boxes': {'description': \"Include each element's bounding box as [box=x,y,width,height] in the snapshot. Coordinates are viewport-relative, in CSS pixels (Element.getBoundingClientRect)\", 'type': 'boolean'}}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Page snapshot', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_click', title=None, description='Perform click on a web page', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}, 'doubleClick': {'description': 'Whether to perform a double click instead of a single click', 'type': 'boolean'}, 'button': {'description': 'Button to click, defaults to left', 'type': 'string', 'enum': ['left', 'right', 'middle']}, 'modifiers': {'description': 'Modifier keys to press', 'type': 'array', 'items': {'type': 'string', 'enum': ['Alt', 'Control', 'ControlOrMeta', 'Meta', 'Shift']}}}, 'required': ['target'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Click', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_drag', title=None, description='Perform drag and drop between two elements', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'startElement': {'description': 'Human-readable source element description used to obtain the permission to interact with the element', 'type': 'string'}, 'startTarget': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}, 'endElement': {'description': 'Human-readable target element description used to obtain the permission to interact with the element', 'type': 'string'}, 'endTarget': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}}, 'required': ['startTarget', 'endTarget'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Drag mouse', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_hover', title=None, description='Hover over element on page', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}}, 'required': ['target'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Hover mouse', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_select_option', title=None, description='Select an option in a dropdown', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'element': {'description': 'Human-readable element description used to obtain permission to interact with the element', 'type': 'string'}, 'target': {'type': 'string', 'description': 'Exact target element reference from the page snapshot, or a unique element selector'}, 'values': {'type': 'array', 'items': {'type': 'string'}, 'description': 'Array of values to select in the dropdown. This can be a single value or multiple values.'}}, 'required': ['target', 'values'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Select option', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_tabs', title=None, description='List, create, close, or select a browser tab.', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'action': {'type': 'string', 'enum': ['list', 'new', 'close', 'select'], 'description': 'Operation to perform'}, 'index': {'description': 'Tab index, used for close/select. If omitted for close, current tab is closed.', 'type': 'number'}, 'url': {'description': 'URL to navigate to in the new tab, used for new.', 'type': 'string'}}, 'required': ['action'], 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Manage tabs', readOnlyHint=False, destructiveHint=True, idempotentHint=None, openWorldHint=True), meta=None, execution=None),\n",
       " Tool(name='browser_wait_for', title=None, description='Wait for text to appear or disappear or a specified time to pass', inputSchema={'$schema': 'https://json-schema.org/draft/2020-12/schema', 'type': 'object', 'properties': {'time': {'description': 'The time to wait in seconds', 'type': 'number'}, 'text': {'description': 'The text to wait for', 'type': 'string'}, 'textGone': {'description': 'The text to wait for to disappear', 'type': 'string'}}, 'additionalProperties': False}, outputSchema=None, icons=None, annotations=ToolAnnotations(title='Wait for', readOnlyHint=True, destructiveHint=False, idempotentHint=None, openWorldHint=True), meta=None, execution=None)]"
      ]
     },
     "execution_count": 12,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "\n",
    "playwright_params = {\"command\": \"npx\",\"args\": [ \"@playwright/mcp@latest\"]}\n",
    "\n",
    "async with MCPServerStdio(params=playwright_params, client_session_timeout_seconds=60) as server:\n",
    "    playwright_tools = await server.list_tools()\n",
    "\n",
    "playwright_tools\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "id": "b59a0c70",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[Tool(name='read_file', title='Read File (Deprecated)', description='Read the complete contents of a file as text. DEPRECATED: Use read_text_file instead.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'tail': {'description': 'If provided, returns only the last N lines of the file', 'type': 'number'}, 'head': {'description': 'If provided, returns only the first N lines of the file', 'type': 'number'}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='read_text_file', title='Read Text File', description=\"Read the complete contents of a file from the file system as text. Handles various text encodings and provides detailed error messages if the file cannot be read. Use this tool when you need to examine the contents of a single file. Use the 'head' parameter to read only the first N lines of a file, or the 'tail' parameter to read only the last N lines of a file. Operates on the file as text regardless of extension. Only works within allowed directories.\", inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'tail': {'description': 'If provided, returns only the last N lines of the file', 'type': 'number'}, 'head': {'description': 'If provided, returns only the first N lines of the file', 'type': 'number'}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='read_media_file', title='Read Media File', description='Read a file and return it as a base64-encoded content block with its MIME type. Image and audio files are returned as image/audio content; any other file type is returned as an embedded resource. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'array', 'items': {'anyOf': [{'type': 'object', 'properties': {'type': {'type': 'string', 'enum': ['image', 'audio']}, 'data': {'type': 'string'}, 'mimeType': {'type': 'string'}}, 'required': ['type', 'data', 'mimeType'], 'additionalProperties': False}, {'type': 'object', 'properties': {'type': {'type': 'string', 'const': 'resource'}, 'resource': {'type': 'object', 'properties': {'uri': {'type': 'string'}, 'mimeType': {'type': 'string'}, 'blob': {'type': 'string'}}, 'required': ['uri', 'blob'], 'additionalProperties': False}}, 'required': ['type', 'resource'], 'additionalProperties': False}]}}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='read_multiple_files', title='Read Multiple Files', description=\"Read the contents of multiple files simultaneously. This is more efficient than reading files one by one when you need to analyze or compare multiple files. Each file's content is returned with its path as a reference. Failed reads for individual files won't stop the entire operation. Only works within allowed directories.\", inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'paths': {'minItems': 1, 'type': 'array', 'items': {'type': 'string'}, 'description': 'Array of file paths to read. Each path must be a string pointing to a valid file within allowed directories.'}}, 'required': ['paths']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='write_file', title='Write File', description='Create a new file or completely overwrite an existing file with new content. Use with caution as it will overwrite existing files without warning. Handles text content with proper encoding. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'content': {'type': 'string'}}, 'required': ['path', 'content']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=False, destructiveHint=True, idempotentHint=True, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='edit_file', title='Edit File', description='Make line-based edits to a text file. Each edit replaces exact line sequences with new content. Returns a git-style diff showing the changes made. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'edits': {'type': 'array', 'items': {'type': 'object', 'properties': {'oldText': {'type': 'string', 'description': 'Text to search for - must match exactly'}, 'newText': {'type': 'string', 'description': 'Text to replace with'}}, 'required': ['oldText', 'newText']}}, 'dryRun': {'default': False, 'description': 'Preview changes using git-style diff format', 'type': 'boolean'}}, 'required': ['path', 'edits']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=False, destructiveHint=True, idempotentHint=False, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='create_directory', title='Create Directory', description='Create a new directory or ensure a directory exists. Can create multiple nested directories in one operation. If the directory already exists, this operation will succeed silently. Perfect for setting up directory structures for projects or ensuring required paths exist. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=False, destructiveHint=False, idempotentHint=True, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='list_directory', title='List Directory', description='Get a detailed listing of all files and directories in a specified path. Results clearly distinguish between files and directories with [FILE] and [DIR] prefixes. This tool is essential for understanding directory structure and finding specific files within a directory. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='list_directory_with_sizes', title='List Directory with Sizes', description='Get a detailed listing of all files and directories in a specified path, including sizes. Results clearly distinguish between files and directories with [FILE] and [DIR] prefixes. This tool is useful for understanding directory structure and finding specific files within a directory. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'sortBy': {'default': 'name', 'description': 'Sort entries by name or size', 'type': 'string', 'enum': ['name', 'size']}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='directory_tree', title='Directory Tree', description=\"Get a recursive tree view of files and directories as a JSON structure. Each entry includes 'name', 'type' (file/directory), and 'children' for directories. Files have no children array, while directories always have a children array (which may be empty). The output is formatted with 2-space indentation for readability. Only works within allowed directories.\", inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'excludePatterns': {'default': [], 'type': 'array', 'items': {'type': 'string'}}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='move_file', title='Move File', description='Move or rename files and directories. Can move files between directories and rename them in a single operation. If the destination exists, the operation will fail. Works across different directories and can be used for simple renaming within the same directory. Both source and destination must be within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'source': {'type': 'string'}, 'destination': {'type': 'string'}}, 'required': ['source', 'destination']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=False, destructiveHint=True, idempotentHint=False, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='search_files', title='Search Files', description=\"Recursively search for files and directories matching a pattern. The patterns should be glob-style patterns that match paths relative to the working directory. Use pattern like '*.ext' to match files in current directory, and '**/*.ext' to match files in all subdirectories. Returns full paths to all matching items. Great for finding files when you don't know their exact location. Only searches within allowed directories.\", inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}, 'pattern': {'type': 'string'}, 'excludePatterns': {'default': [], 'type': 'array', 'items': {'type': 'string'}}}, 'required': ['path', 'pattern']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='get_file_info', title='Get File Info', description='Retrieve detailed metadata about a file or directory. Returns comprehensive information including size, creation time, last modified time, permissions, and type. This tool is perfect for understanding file characteristics without reading the actual content. Only works within allowed directories.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'path': {'type': 'string'}}, 'required': ['path']}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden')),\n",
       " Tool(name='list_allowed_directories', title='List Allowed Directories', description='Returns the list of directories that this server is allowed to access. Subdirectories within these allowed directories are also accessible. Use this to understand which directories and their nested paths are available before trying to access files.', inputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {}}, outputSchema={'$schema': 'http://json-schema.org/draft-07/schema#', 'type': 'object', 'properties': {'content': {'type': 'string'}}, 'required': ['content'], 'additionalProperties': False}, icons=None, annotations=ToolAnnotations(title=None, readOnlyHint=True, destructiveHint=None, idempotentHint=None, openWorldHint=False), meta=None, execution=ToolExecution(taskSupport='forbidden'))]"
      ]
     },
     "execution_count": 13,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "\n",
    "sandbox_path = os.path.abspath(os.path.join(os.getcwd(), \"sandbox\"))  # the only folder the filesystem server may touch\n",
    "os.makedirs(sandbox_path, exist_ok=True)\n",
    "files_params = {\"command\": \"npx\", \"args\": [\"-y\", \"@modelcontextprotocol/server-filesystem\", sandbox_path]}\n",
    "\n",
    "async with MCPServerStdio(params=files_params, client_session_timeout_seconds=60) as server:\n",
    "    file_tools = await server.list_tools()\n",
    "\n",
    "file_tools"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "id": "b156211a",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Done: `Masaladosa.md`\n"
     ]
    }
   ],
   "source": [
    "INSTRUCTIONS = \"\"\"\n",
    "You browse the internet to accomplish your instructions.\n",
    "Accept cookies and navigate pop-ups as needed.\n",
    "If one website isn't fruitful, try another. \n",
    "Be persistent until you have solved your assignment,\n",
    "trying different options and sites as needed.\n",
    "When you need to write files, you do that inside the sandbox/ folder only.\n",
    "\"\"\"\n",
    "\n",
    "TASK = \"Find a great recipe for Masala dosa, then summarize it in markdown to Masaladosa.md\"\n",
    "\n",
    "\n",
    "async with MCPServerStdio(params=files_params, client_session_timeout_seconds=60) as mcp_server_files:\n",
    "    async with MCPServerStdio(params=playwright_params, client_session_timeout_seconds=60) as mcp_server_browser:\n",
    "        agent = Agent(\n",
    "            name=\"investigator\", \n",
    "            instructions=INSTRUCTIONS, \n",
    "            model=\"gpt-5.4-mini\",\n",
    "            mcp_servers=[mcp_server_files, mcp_server_browser]\n",
    "            )\n",
    "        with trace(\"investigate\"):\n",
    "            result = await Runner.run(agent, TASK, max_turns=20)\n",
    "            print(result.final_output)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "id": "bd2d2747",
   "metadata": {},
   "outputs": [],
   "source": [
    "from agents.mcp import MCPServerStreamableHttp"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "id": "738c2f4d",
   "metadata": {},
   "outputs": [],
   "source": [
    "question = \"\"\"\n",
    "In the SandboxAgents feature added to the OpenAI Agents SDK in 2026, what is the Manifest object for?\n",
    "Be accurate. If you don't know the answer, don't guess. State that you don't know.\n",
    "\"\"\""
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "id": "a6a5bf81",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "I don't have information about the SandboxAgents feature or the Manifest object in the OpenAI Agents SDK for 2026.\n"
     ]
    }
   ],
   "source": [
    "agent = Agent(name=\"Expert\", instructions=\"Answer the question.\", model=\"gpt-4o-mini\")\n",
    "result = await Runner.run(agent, question)\n",
    "print(result.final_output)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "id": "df1443f8",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "In the OpenAI Agents SDK's SandboxAgents feature, the **Manifest** object serves several key purposes:\n",
      "\n",
      "1. **User Declaration**: It specifies the users that will interact with the sandbox environment. This allows for tailored permissions and access control.\n",
      "\n",
      "2. **Entry Definitions**: The manifest includes entries that describe the directory structure and file permissions within the sandbox. This may include:\n",
      "   - **Local directories** for reading files (e.g., `dataroom`).\n",
      "   - **Writable directories** for output (e.g., `output`), where agents can write their findings.\n",
      "\n",
      "3. **Permissions Management**: Each entry defines its permissions, restricting or enabling access based on the user roles. This ensures that users can perform specific actions like reading or writing within designated directories. \n",
      "\n",
      "4. **Configuration Setup**: The Manifest is integral in configuring the agent's behavior and access levels, ensuring a secure and organized environment for executing sandbox operations.\n",
      "\n",
      "Overall, the Manifest object is crucial for setting up a controlled, well-defined sandbox environment for agent-based interactions.\n"
     ]
    }
   ],
   "source": [
    "params = {\"url\": \"https://mcp.context7.com/mcp\", \"timeout\": 60}\n",
    "\n",
    "async with MCPServerStreamableHttp(name=\"Context7\", params=params) as server:\n",
    "    agent = Agent(name=\"Expert\", instructions=\"Use Context7 to answer the question.\", mcp_servers=[server], model=\"gpt-4o-mini\")\n",
    "    result = await Runner.run(agent, question)\n",
    "\n",
    "print(result.final_output)"
   ]
  }
 ],
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