setup▌

Converts knowledge sources into Obsidian study vaults with auto-detected document or codebase modes. \n \n Document Mode transforms PDFs, text, web sources, and ebooks into structured study notes with practice questions, concept linking, and exam trap callouts \n Codebase Mode generates developer onboarding vaults from source code projects, mapping architecture, module dependencies, APIs, and hands-on exercises \n Enforces strict CWD boundary; all file access and vault output remain within the c

Configure server URLs to receive real-time events from Vapi during calls — transcripts, tool calls, status changes, and end-of-call reports.

Installs and authenticates the Parallel CLI for agent integration. \n \n Provides two installation methods: automated install script or pip-based installation via pipx \n Includes authentication setup via parallel-cli login and verification commands to confirm successful installation \n Requires PATH configuration if the CLI binary is not automatically discoverable after installation \n

Initialize and configure assistant-ui chat UI in Next.js projects or create new apps from templates. \n \n Supports two workflows: init for existing Next.js projects and create for new apps, with six starter templates covering AI SDK, cloud persistence, Clerk auth, LangGraph, and MCP integrations \n CLI flags enable non-interactive setup ( --yes ), template selection ( -t ), preset configuration ( --preset ), and component registry additions ( add ) \n Reference documentation covers advanced run

Linux environment setup for Flutter desktop development with OS detection and toolchain validation. \n \n Automatically detects Debian/Ubuntu or ChromeOS and halts with instructions for non-apt systems \n Installs core dependencies (curl, git, unzip, libglu1-mesa) and Linux desktop toolchain (clang, cmake, ninja-build, GTK libraries) \n Prompts for optional IDE setup (VS Code or Android Studio via snap) \n Runs flutter doctor -v and flutter devices to validate the environment, automatically inst

Automated Windows Flutter development environment setup with platform-specific toolchain configuration. \n \n Configures Flutter SDK paths, Visual Studio C++ toolchain installation, and platform-specific settings via interactive prompts for Windows Desktop, Android, or both targets \n Handles Android Studio setup, device/emulator configuration, and USB driver installation when Android is selected \n Generates self-signed MSIX certificates using OpenSSL for local Windows app packaging and deploym

Initialize Trigger.dev in your project with configuration and first task setup. \n \n Scaffolds trigger.config.ts , trigger/ directory, and example task via npx trigger init \n Requires Node.js 18+, Bun, and a Trigger.dev account with project credentials from the dashboard \n Development server runs locally with npx trigger dev ; tasks are triggered from app code or the dashboard test interface \n Common setup issues covered: task export requirements, project ID verification, and secret key conf

Pre-configured devcontainer with Claude Code, language detection, and multi-language tooling support. \n \n Automatically detects Python, Node/TypeScript, Rust, and Go projects; configures language-specific extensions, formatters, and build tools for each \n Generates five files in .devcontainer/ : Dockerfile, devcontainer.json, post_install.py, .zshrc, and install.sh helper script \n Includes Claude Code with marketplace plugins, Python 3.13 via uv, Node 22 via fnm, ast-grep, and modern CLI too

sentry-setup-ai-monitoring

Sentry error monitoring, session replay, and tracing for React applications. \n \n Install @sentry/react and initialize via instrument.js (imported first in your entry point) with DSN configuration \n Supports error capture via React 19+ error hooks or ErrorBoundary component for earlier versions \n Includes browser tracing, session replay, and Redux integration; router integrations available for React Router (v4–v7) and TanStack Router \n Source map upload via @sentry/wizard enables readable st