Skip to main content
Glama
458,343 tools. Updated 2026-08-16 20:21

"Reading terminal outputs from a Next.js dev server while developing in Cursor" matching MCP tools:

  • Load a genome profile into the remote server using a unique code obtained from the upload command.
    MIT
  • Execute a tool on a running Next.js dev server by specifying its port and tool name. Use it to retrieve errors, routes, build status, or manage caches.
    MIT
  • Enable or disable server-side caching for a website on Hostinger. Turning it on improves page speed and reduces server load; turning it off can help during development or debugging.
    MIT
  • Remove a deployed ABAP dev app from the src/zz_dev/ directory, taking effect after the next build_backend. Omit the class name to list deployed dev apps.
    MIT

Matching MCP Servers

Matching MCP Connectors

  • Live geopolitical and markets intelligence wire: 35k+ wire items, event threads, 55k+ articles.

  • Search the U.S. Senate's subpoenaed COVID-19 records: 18,094 communications, each page-cited.

  • Retrieve task results by reading result.md, or get structured availability and watcher evidence while the task is still running.
    MIT
  • Discover all active Next.js development servers and list their available MCP tools to inspect current state before making changes.
    MIT
  • Add a web page route to the Design Canvas as a live frame from the dev server, and return a route ID for future reference.
    MIT
  • Reload authentication cookies from disk to update expired credentials. Run the auth command in a terminal first, then call this tool to apply new cookies.
    MIT
  • Retrieve recent terminal output including command inputs and results for monitoring or debugging purposes. Specify session ID and number of lines to capture from terminal history.
    MIT
  • Launch an application on Linux via shell command, running as a detached process from the server. Execute commands like 'firefox' or 'gnome-terminal'.
    MIT
  • Retrieve the current terminal screen content and cursor position from an active SSH session to inspect ongoing output and session state.
    MIT
  • Spawn persistent pseudo-terminal sessions to run long-running processes, send interactive commands, and manage multiple concurrent terminal sessions in real-time.
    AGPL 3.0
  • Create new terminal windows or access existing ones by name for direct user interaction and command execution. Specify a working directory to control where commands run.
    MIT
  • Start a background process, such as a dev server, in an isolated sandbox environment.
    MIT
  • Terminates the active dev server process and reports if one was running.
    MIT
  • Retrieve the current terminal screen content and cursor position from an active SSH session to monitor command output or interactive programs in real time.
    MIT