create-llama
CLI ToolFreeLlamaIndex CLI to scaffold full-stack RAG applications.
Capabilities13 decomposed
interactive-cli-guided-project-scaffolding
Medium confidenceProvides a command-line interface that walks developers through a series of prompts to configure and generate a complete LlamaIndex application. The CLI uses a template system that reads user selections (framework choice, LLM provider, vector database, use case) and dynamically renders the appropriate boilerplate code by composing pre-built template fragments. Supports both quick-start mode with sensible defaults and pro mode for granular component selection.
Uses a modular template system where framework choice (Next.js/FastAPI/Express/LlamaIndexServer) determines which pre-built template tree is rendered, with environment configuration injected at generation time rather than requiring post-generation manual edits. Supports both guided quick-start and granular pro mode for component selection.
Faster than manual LlamaIndex setup because it generates a fully wired application with chat UI, document ingestion, and vector storage in one command, versus Copilot or manual scaffolding which require multiple steps to integrate these components.
multi-framework-application-generation
Medium confidenceGenerates production-ready applications across four distinct backend frameworks (Next.js full-stack, FastAPI Python backend, Express Node.js backend, LlamaIndexServer) from a unified template abstraction. Each framework template includes pre-configured routing, middleware, streaming endpoints, and document upload handlers specific to that framework's patterns. The generation process selects the appropriate template tree based on user choice and renders it with injected configuration.
Maintains separate, framework-idiomatic template trees for each backend (Next.js API routes vs FastAPI routers vs Express middleware) rather than generating a lowest-common-denominator abstraction, ensuring generated code follows each framework's conventions and best practices.
More framework-aware than generic LLM scaffolders because it generates code that matches each framework's idioms (Next.js app router, FastAPI dependency injection, Express middleware) rather than a one-size-fits-all template.
project-dependency-management-and-lockfile-generation
Medium confidenceGenerates package.json (or requirements.txt for Python) with all required dependencies for the selected framework, LLM providers, vector databases, and tools, pinned to compatible versions. Includes development dependencies for testing, linting, and build tools. Generates lockfiles (pnpm-lock.yaml, package-lock.json, poetry.lock) ensuring reproducible builds across environments. Handles dependency resolution for complex transitive dependencies.
Generates dependency manifests with versions pre-selected for compatibility across LlamaIndex, vector databases, and LLM provider SDKs, rather than requiring developers to manually resolve transitive dependencies and version conflicts.
More reliable than manual dependency selection because it generates tested version combinations for the selected services, versus alternatives requiring developers to research and test compatibility across multiple packages.
typescript-python-type-safety-generation
Medium confidenceGenerates TypeScript type definitions and Python type hints for all API contracts, data models, and function signatures. For TypeScript projects, generates strict tsconfig.json with strict mode enabled. For Python projects, generates Pydantic models for request/response validation. Includes type definitions for chat messages, document metadata, and tool parameters matching the backend API schema.
Generates type definitions for all API contracts and data models automatically from the application schema, with TypeScript strict mode and Pydantic validation enabled by default, rather than requiring developers to manually define types.
More type-safe than untyped alternatives because it generates strict TypeScript and Pydantic models for all API contracts, enabling compile-time error detection and IDE autocomplete, versus alternatives with loose typing or manual type definitions.
ci-cd-workflow-and-deployment-configuration
Medium confidenceGenerates GitHub Actions workflows (or equivalent CI/CD configuration) for testing, building, and deploying the generated application. Includes workflows for running tests, linting, type checking, building Docker images, and deploying to cloud platforms (Vercel for Next.js, cloud run for FastAPI, etc.). Supports environment-specific deployments with secret management integration.
Generates framework-specific CI/CD workflows that include testing, linting, type checking, and deployment steps appropriate for the selected framework and deployment target, rather than generic workflows requiring customization.
More complete than manual CI/CD setup because it generates working workflows with testing, linting, and deployment configured, versus alternatives requiring developers to write CI/CD configuration from scratch.
vector-database-integration-configuration
Medium confidenceGenerates application code with pre-configured vector database clients and connection logic for multiple vector store backends (MongoDB, PostgreSQL, Pinecone, Weaviate, Milvus, etc.). The generation process injects database-specific initialization code, embedding model configuration, and index creation logic into the generated application. Supports both local development databases and cloud-hosted services with environment-based credential injection.
Generates database-specific initialization code that handles connection pooling, index creation, and embedding model configuration at application startup, rather than requiring developers to manually wire vector store clients after generation.
Faster vector database integration than manual setup because it generates ready-to-run database clients and index creation logic, versus alternatives that require developers to write boilerplate connection and initialization code.
document-ingestion-pipeline-generation
Medium confidenceGenerates a document upload and processing pipeline that accepts multiple file formats (PDF, text, CSV, Markdown, Word, HTML, and for Python: video and audio) and automatically indexes them into the vector database. The generated code includes file type detection, document parsing using LlamaIndex document loaders, chunking strategy configuration, and embedding generation. Provides both API endpoints for programmatic upload and UI components for user-facing document management.
Generates a complete ingestion pipeline including file type detection, document parsing, chunking, embedding, and vector storage in a single integrated flow, with support for both synchronous API endpoints and async background processing depending on framework choice.
More complete than manual document processing because it generates the entire pipeline from file upload to vector storage, versus alternatives requiring separate setup of file handling, parsing, chunking, and embedding steps.
streaming-chat-endpoint-generation
Medium confidenceGenerates a streaming chat API endpoint that accepts conversation history and user messages, processes them through the LlamaIndex RAG pipeline, and returns responses as server-sent events (SSE) or streaming JSON. The generated endpoint includes context window management, prompt templating, and streaming response handling specific to the chosen LLM provider. Supports both stateless request-response and stateful conversation management with optional persistence.
Generates framework-specific streaming implementations (Next.js streaming Response, FastAPI StreamingResponse, Express chunked encoding) that handle backpressure and connection management correctly for each framework, rather than a generic streaming abstraction.
Faster real-time chat than non-streaming alternatives because it generates server-sent event endpoints that begin returning tokens immediately, versus request-response patterns that wait for complete generation.
llm-provider-abstraction-and-configuration
Medium confidenceGenerates application code with pluggable LLM provider configuration that supports OpenAI, Anthropic, local models, and other LlamaIndex-supported providers. The generated code uses LlamaIndex's LLM abstraction layer to decouple provider-specific logic from application code, allowing provider switching via environment variables without code changes. Includes provider-specific configuration (temperature, max_tokens, model selection) injected at initialization.
Uses LlamaIndex's provider abstraction layer to generate code that is agnostic to the underlying LLM provider, allowing complete provider switching via environment variables without touching application code, rather than hardcoding provider-specific clients.
More flexible than hardcoded LLM clients because it generates code using LlamaIndex's abstraction layer, enabling provider switching and cost optimization without code changes, versus alternatives that require code modifications for each provider change.
use-case-specific-template-selection
Medium confidenceProvides pre-configured template variants for common LLM application patterns (RAG, agents, data analysis, report generation, etc.) that include domain-specific prompts, tool integrations, and workflow configurations. Each use case template includes example system prompts, relevant tool definitions, and architectural patterns optimized for that use case. Users select a use case during setup, and the generated application includes pre-wired components for that pattern.
Generates use-case-specific templates that include not just code structure but also domain-appropriate prompts, tool configurations, and workflow patterns, rather than generic scaffolding that requires developers to add these components manually.
More immediately useful than blank scaffolding because it generates working examples with pre-configured prompts and tools for specific use cases, versus generic templates requiring developers to understand and implement patterns from scratch.
agent-and-tool-integration-scaffolding
Medium confidenceGenerates application code with pre-wired agent frameworks and tool integrations including web search, code interpreter, OpenAPI connectors, and custom tool definitions. The generated code includes agent initialization, tool registry setup, and function calling configuration specific to the chosen LLM provider. Supports both simple tool calling and complex multi-agent workflows with tool composition and error handling.
Generates agent code with pre-configured tool registries and function calling schemas that match the selected LLM provider's capabilities, rather than requiring developers to manually define tool schemas and function calling logic.
More complete than manual agent setup because it generates tool definitions, function calling configuration, and error handling in one step, versus alternatives requiring separate tool schema definition and provider-specific function calling setup.
environment-configuration-template-generation
Medium confidenceGenerates environment variable templates (.env.example) and configuration files with placeholders for all required credentials, API keys, and service endpoints. The generated templates include documentation for each variable explaining what it is and where to obtain it. Supports environment-specific configurations (development, staging, production) with different defaults and validation rules.
Generates environment variable templates with inline documentation and validation hints specific to the selected services, rather than generic .env templates requiring developers to research each variable's purpose and format.
More helpful than blank configuration because it generates documented templates with all required variables for the selected services, versus generic templates or manual configuration requiring developers to research each service's credential requirements.
frontend-ui-component-generation
Medium confidenceGenerates a production-ready chat UI built with shadcn/ui components (React) that includes message display, input handling, document upload interface, and streaming response rendering. The generated UI includes TypeScript types matching the backend API, error handling, and accessibility features. Supports both standalone Next.js frontend and separate frontend connecting to Express/FastAPI backends.
Generates UI components using shadcn/ui that are pre-typed to match the backend API schema, with streaming response handling and document upload integration built-in, rather than generic chat components requiring manual API integration.
Faster UI development than building from scratch because it generates production-ready components with API integration, streaming support, and accessibility features, versus alternatives requiring custom component development and API wiring.
Capabilities are decomposed by AI analysis. Each maps to specific user intents and improves with match feedback.
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Best For
- ✓developers new to LlamaIndex who want zero-config startup
- ✓teams prototyping RAG applications and need to iterate on architecture quickly
- ✓solo developers building proof-of-concept LLM agents without DevOps overhead
- ✓teams with existing Next.js infrastructure who want to add RAG capabilities
- ✓Python-first teams who prefer FastAPI for backend services
- ✓Node.js teams avoiding Python dependencies
- ✓teams deploying to LlamaIndex Server for managed inference
- ✓teams deploying to production and needing reproducible builds
Known Limitations
- ⚠CLI-driven setup means limited programmatic control — no SDK for headless generation
- ⚠Template composition is static at generation time — runtime template switching not supported
- ⚠Pro mode requires understanding of all available components; no intelligent recommendations based on use case
- ⚠Each framework template must be maintained separately — adding a feature requires updates across 4 codebases
- ⚠Framework-specific patterns mean generated code is not easily portable between frameworks
- ⚠LlamaIndexServer template is specialized and may have fewer customization options than open-source alternatives
Requirements
Input / Output
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About
Official LlamaIndex CLI that scaffolds full-stack LLM applications with RAG pipelines. Generates Next.js or FastAPI backends with document ingestion, vector storage, streaming chat UI, and configurable LLM providers out of the box.
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