# Docs

> Documentation for CodinIT.dev, an AI-powered development platform for building applications with local and cloud AI models.

## Docs

- [Direct LLM invocation](https://codinit.dev/docs/api-reference/chat-&-llm/direct-llm-invocation.md): Execute a direct call to a language model with optional streaming support.
- [Enhance prompts using AI](https://codinit.dev/docs/api-reference/chat-&-llm/enhance-prompts-using-ai.md): Improves user prompts using AI model suggestions with streaming response.
- [Get models for a specific provider](https://codinit.dev/docs/api-reference/chat-&-llm/get-models-for-a-specific-provider.md): Returns all available models for the specified provider.
- [List all available models and providers](https://codinit.dev/docs/api-reference/chat-&-llm/list-all-available-models-and-providers.md): Returns a list of all supported AI models and their providers.
- [Stream chat responses with AI models](https://codinit.dev/docs/api-reference/chat-&-llm/stream-chat-responses-with-ai-models.md): Initiates a streaming chat session with the selected AI model and provider. Returns server-sent events.
- [Execute Supabase queries](https://codinit.dev/docs/api-reference/database/execute-supabase-queries.md): Executes SQL queries against a Supabase database.
- [Fetch Supabase API keys](https://codinit.dev/docs/api-reference/database/fetch-supabase-api-keys.md): Retrieves API keys and configuration for a Supabase project.
- [Get Supabase projects list](https://codinit.dev/docs/api-reference/database/get-supabase-projects-list.md): Retrieves all Supabase projects for the authenticated user.
- [Deploy to Netlify](https://codinit.dev/docs/api-reference/deployment/deploy-to-netlify.md): Creates or updates a Netlify site deployment with the provided files.
- [Deploy to Vercel](https://codinit.dev/docs/api-reference/deployment/deploy-to-vercel.md): Creates a new deployment on Vercel platform.
- [Get Vercel deployment status](https://codinit.dev/docs/api-reference/deployment/get-vercel-deployment-status.md): Retrieves the status of current Vercel deployments.
- [Check MCP server availability](https://codinit.dev/docs/api-reference/mcp/check-mcp-server-availability.md): Verifies that configured MCP servers are available and responsive.
- [Retry MCP server connection](https://codinit.dev/docs/api-reference/mcp/retry-mcp-server-connection.md): Attempts to reconnect to a failed or disconnected MCP server and retrieves available tools.
- [Update MCP configuration](https://codinit.dev/docs/api-reference/mcp/update-mcp-configuration.md): Updates the Model Context Protocol server configuration.
- [Validate MCP server configuration](https://codinit.dev/docs/api-reference/mcp/validate-mcp-server-configuration.md): Validates the configuration for a Model Context Protocol server before applying it.
- [Git proxy for CORS-enabled requests](https://codinit.dev/docs/api-reference/proxy/git-proxy-for-cors-enabled-requests.md): CORS-enabled proxy for isomorphic-git operations.
- [Get application metadata](https://codinit.dev/docs/api-reference/system/get-application-metadata.md): Returns application version, dependencies, and build information.
- [Get application metadata (POST)](https://codinit.dev/docs/api-reference/system/get-application-metadata-post.md): Alternative POST endpoint for application metadata.
- [Get comprehensive diagnostics](https://codinit.dev/docs/api-reference/system/get-comprehensive-diagnostics.md): Returns complete system diagnostics including app info, memory, disk, processes, and git information.
- [Get disk usage information](https://codinit.dev/docs/api-reference/system/get-disk-usage-information.md): Returns disk usage per filesystem/drive.
- [Get disk usage information (POST)](https://codinit.dev/docs/api-reference/system/get-disk-usage-information-post.md): Alternative POST endpoint for disk information.
- [Get Git repository information](https://codinit.dev/docs/api-reference/system/get-git-repository-information.md): Returns local and GitHub repository information including repos, organizations, and activity.
- [Get running process information](https://codinit.dev/docs/api-reference/system/get-running-process-information.md): Returns information about running processes including PID, CPU%, and memory usage.
- [Get running process information (POST)](https://codinit.dev/docs/api-reference/system/get-running-process-information-post.md): Alternative POST endpoint for process information.
- [Get system memory statistics](https://codinit.dev/docs/api-reference/system/get-system-memory-statistics.md): Returns total, free, used, and swap memory information (cross-platform).
- [Get system memory statistics (POST)](https://codinit.dev/docs/api-reference/system/get-system-memory-statistics-post.md): Alternative POST endpoint for memory information.
- [Health check endpoint](https://codinit.dev/docs/api-reference/system/health-check-endpoint.md): Simple health check to verify API availability.
- [Check for application updates](https://codinit.dev/docs/api-reference/utilities/check-for-application-updates.md): Checks if a newer version of the application is available.
- [Check if API key is configured](https://codinit.dev/docs/api-reference/utilities/check-if-api-key-is-configured.md): Verifies whether a specific API key is configured in the environment.
- [Export all configured API keys](https://codinit.dev/docs/api-reference/utilities/export-all-configured-api-keys.md): Returns all configured API keys and provider settings for backup purposes.
- [Fetch GitHub repository template files](https://codinit.dev/docs/api-reference/utilities/fetch-github-repository-template-files.md): Retrieves template files from a GitHub repository for project initialization.
- [Changelog](https://codinit.dev/docs/changelog.md): Track the latest CodinIT releases, feature updates, bug fixes, and improvements with detailed changelogs and version history.
- [Bolt.DIY vs CodinIT](https://codinit.dev/docs/comparisons/bolt-vs-codinit.md): Compare Bolt.DIY vs CodinIT AI coding assistants. Compare features, LLM support, and AI code generation capabilities to choose the best AI-powered IDE for your development needs.
- [Lovable vs CodinIT](https://codinit.dev/docs/comparisons/lovable-vs-codinit.md): Compare Lovable.dev vs CodinIT AI app builders. Detailed comparison of AI code generation, LLM features, and development approaches.
- [Code Editor Panel](https://codinit.dev/docs/features/development/code-editor.md): Where you write and organize your code files
- [Development](https://codinit.dev/docs/features/development/developers.md): Set up your local development environment with CodinIT using Web Containers or E2B for building and testing applications.
- [Terminal](https://codinit.dev/docs/features/development/terminal.md): Type commands to control your project, just like a computer's command line
- [WebContainer](https://codinit.dev/docs/features/development/webcontainer.md): Switch between different parts of your app while it's running
- [Workbench](https://codinit.dev/docs/features/development/workbench.md): Your complete workspace for building apps - write code, see it work, and track changes
- [Features Overview](https://codinit.dev/docs/features/overview.md): Discover CodinIT's AI code generation, intelligent autocomplete, AI pair programming, and LLM-powered development tools for full-stack applications.
- [Installation](https://codinit.dev/docs/getting-started/installation.md): Install CodinIT AI-powered IDE on Windows, Mac, and Linux. Set up the AI coding assistant with step-by-step installation guide for developers.
- [Model Selection](https://codinit.dev/docs/getting-started/select-your-model.md): Select the best AI coding model for your needs. Compare Claude, GPT-4, Gemini, and DeepSeek for AI-powered development and code generation.
- [Build Your First Project](https://codinit.dev/docs/getting-started/your-first-project.md): Create a modern React application with database integration and deployment in 15 minutes.
- [Cloudflare Pages](https://codinit.dev/docs/integrations/cloudflare.md): Deploy your CodinIT projects to Cloudflare Pages with global CDN, edge computing, and automatic SSL for lightning-fast performance.
- [Netlify](https://codinit.dev/docs/integrations/netlify.md): Deploy your CodinIT projects directly to Netlify with one click using seamless integration and automatic build detection.
- [Vercel](https://codinit.dev/docs/integrations/vercel.md): Deploy AI-generated applications to Vercel directly from CodinIT with automatic optimization & intelligent configuration.
- [Welcome](https://codinit.dev/docs/introduction/welcome.md): CodinIT is an open-source AI coding assistant and AI-powered development environment. Build full-stack applications with AI.
- [Context Window Guide](https://codinit.dev/docs/model-config/context-windows.md): How much the AI can remember at once
- [Model Comparison & Pricing](https://codinit.dev/docs/model-config/model-comparison.md): Which AI to use and how much it costs
- [Discussion Mode](https://codinit.dev/docs/prompting/discussion-mode.md): Technical consultant mode for collaborative problem-solving and guidance
- [Maximize Token Efficiency](https://codinit.dev/docs/prompting/maximize-token-efficiency.md): How to use AI without spending too much
- [Plan Your App](https://codinit.dev/docs/prompting/plan-your-app.md): Master strategic planning techniques for successful application development with AI-powered architecture and feature planning guidance.
- [Prompt Engineering Guide](https://codinit.dev/docs/prompting/prompt-engineering-guide.md): How to talk to AI to get better code
- [Prompt Effectively](https://codinit.dev/docs/prompting/prompting-effectively.md): Master the art of clear, effective communication with AI models
- [Anthropic](https://codinit.dev/docs/providers/anthropic.md): Configure Anthropic Claude models with CodinIT for advanced reasoning and code generation.
- [AWS Bedrock](https://codinit.dev/docs/providers/aws-bedrock.md): How to connect AWS Bedrock AI to CodinIT
- [Providers](https://codinit.dev/docs/providers/cloud-providers.md): Connect CodinIT AI IDE with 18+ LLM providers including Claude, GPT-4, Gemini, DeepSeek for AI code generation, local inference, and specialized AI coding services.
- [Cohere](https://codinit.dev/docs/providers/cohere.md): Configure Cohere's Command R series models for reasoning, code generation, and multilingual tasks.
- [DeepSeek](https://codinit.dev/docs/providers/deepseek.md): Configure DeepSeek models for coding and reasoning tasks with CodinIT.
- [GitHub Models](https://codinit.dev/docs/providers/github.md): Access OpenAI GPT-4, o1, and other AI models through GitHub's platform.
- [Google Gemini](https://codinit.dev/docs/providers/google.md): Configure GCP Vertex AI to access Gemini and Claude models through Google Cloud.
- [Groq](https://codinit.dev/docs/providers/groq.md): Configure Groq's ultra-fast LPU inference for models from OpenAI, Meta, and DeepSeek.
- [Hugging Face](https://codinit.dev/docs/providers/huggingface.md): Access thousands of open-source AI models through Hugging Face's inference API.
- [Hyperbolic](https://codinit.dev/docs/providers/hyperbolic.md): Access high-performance open-source AI models through Hyperbolic's optimized infrastructure.
- [LM Studio](https://codinit.dev/docs/providers/lmstudio.md): Run AI models locally with LM Studio's user-friendly interface for privacy and offline development.
- [Mistral](https://codinit.dev/docs/providers/mistral-ai.md): Configure Mistral AI models including Codestral for code generation with CodinIT.
- [Moonshot](https://codinit.dev/docs/providers/moonshot.md): Configure Moonshot's Kimi series models for Chinese language and multilingual tasks.
- [Ollama](https://codinit.dev/docs/providers/ollama.md): Run AI models locally with Ollama for privacy and offline access.
- [OpenAI](https://codinit.dev/docs/providers/openai.md): Configure OpenAI models including GPT-5, o3, and o4-mini with CodinIT.
- [OpenAI Compatible](https://codinit.dev/docs/providers/openai-like.md): Connect to any OpenAI-compatible API endpoint including custom deployments and self-hosted models.
- [OpenRouter](https://codinit.dev/docs/providers/openrouter.md): Access multiple AI models through a unified API with OpenRouter.
- [Perplexity](https://codinit.dev/docs/providers/perplexity.md): Configure Perplexity's Sonar models with integrated web search for research tasks.
- [Together AI](https://codinit.dev/docs/providers/togetherai.md): Access hundreds of open-source AI models through Together's optimized platform.
- [xAI (Grok)](https://codinit.dev/docs/providers/xai-grok.md): Configure xAI's Grok models with large context windows and reasoning capabilities.
- [Quickstart](https://codinit.dev/docs/quickstart.md): Get started with CodinIT AI-powered IDE in minutes. Install the AI coding assistant, connect LLM providers like Claude and OpenAI, and start building with AI code generation.
- [Local models setup](https://codinit.dev/docs/running-models-locally/local-model-setup.md): Run AI models locally on your own hardware for enhanced privacy, zero API costs, offline development, and complete data control.
- [FAQ](https://codinit.dev/docs/support/frequently-asked-questions.md): Find answers to common questions about CodinIT AI IDE setup, LLM model selection, AI code generation features, integrations, and AI development troubleshooting.
- [Integration issues](https://codinit.dev/docs/support/integration-issues.md): Solve common issues with CodinIT, integrations in development environment
- [Troubleshooting](https://codinit.dev/docs/support/troubleshooting.md): Solve common issues with CodinIT AI IDE, LLM providers, code generation errors, and AI-powered development environment problems.

## OpenAPI Specs

- [openapi](https://codinit.dev/docs/openapi.json)

## Optional

- [Blog](https://codinit.dev/blog)
- [LinkedIn](https://www.linkedin.com/company/codinit-dev)