What programming languages can I use to integrate with OpenAI?

You can integrate with OpenAI using several programming languages, with Python and Node.js being the most common due to official SDK support. OpenAI provides first-party libraries for these languages, simplifying tasks like API authentication, request handling, and response parsing. Additionally, community-maintained libraries exist for languages like Java, Ruby, Go, PHP, and .NET, enabling broader compatibility. If a language can send HTTP requests and parse JSON, it can interact with OpenAI’s REST API directly, making integration possible even without a dedicated SDK.

For Python, the openai package is the standard choice. After installing it via pip, you can quickly set up API calls. For example, generating text with GPT-4 involves initializing the client with your API key and sending a prompt. Similarly, in Node.js, the openai npm package provides a straightforward interface. You’d import the library, configure it with your key, and use async/await for API requests. Both SDKs handle retries, rate limits, and error handling, reducing boilerplate code. For languages without official SDKs, like Ruby or Go, you can use HTTP clients (e.g., Net::HTTP in Ruby or net/http in Go) to send POST requests to OpenAI’s API endpoints and process JSON responses manually.

When choosing a language, consider ecosystem support and project requirements. Python is ideal for rapid prototyping, data analysis, or AI-focused workflows due to its extensive libraries (e.g., pandas, NumPy) that complement OpenAI integrations. Node.js suits web applications or backend services built in JavaScript/TypeScript. Community libraries may lack features or updates compared to official SDKs, so verify their maintenance status. For performance-critical systems, languages like Go or Java might be better for handling high-throughput requests. Regardless of language, authentication via API keys and adherence to OpenAI’s rate limits remain consistent. Always test integrations thoroughly, as model-specific parameters (temperature, max tokens) behave the same across languages.