### Install RAGLight Package (Bash)

Source: https://raglight.mintlify.app/overview/getting-started

Installs the RAGLight library from PyPI using pip. This is the primary installation step for using RAGLight.

```bash
pip install raglight
```

--------------------------------

### Install and Run Raglight Serve

Source: https://raglight.mintlify.app/documentation/rest-api

Installs the raglight package and starts the FastAPI server for the RAG pipeline. The server defaults to port 8000 and can be configured via environment variables.

```bash
pip install raglight
raglight serve
```

--------------------------------

### Launch RAGLight CLI Chat Wizard (Bash)

Source: https://raglight.mintlify.app/overview/getting-started

Initiates the interactive RAGLight CLI wizard for setting up a RAG pipeline. The wizard guides users through document selection, model choices, and configuration.

```bash
raglight chat
```

--------------------------------

### Example Usage of GitHubSource

Source: https://raglight.mintlify.app/documentation/knowledge

Shows an example of creating a GitHubSource instance. This involves providing the repository URL and optionally specifying a branch. The content of the specified GitHub repository is then treated similarly to a local folder.

```python
from raglight.models.data_source_model import GitHubSource

source = GitHubSource(
    url="https://github.com/Bessouat40/RAGLight",
    branch="main",
)
```

--------------------------------

### Install and Run RAGLight CLI Commands

Source: https://raglight.mintlify.app/

This snippet demonstrates how to install the RAGLight Python package and use its command-line interface (CLI) for various functionalities. It covers launching an interactive chat setup, an optional agentic chat mode, and deploying RAGLight as a REST API without writing custom code. Ensure you have Python and pip installed.

```bash
# Install RAGLight
pip install raglight

# Launch interactive RAG setup
raglight chat

# Optional Agentic CLI
raglight agentic-chat

# Deploy as a REST API (no code required)
raglight serve

```

--------------------------------

### Start Ollama Server (Bash)

Source: https://raglight.mintlify.app/overview/getting-started

Starts the Ollama local LLM server. This command is necessary for RAGLight to connect to the Ollama provider.

```bash
ollama serve
```

--------------------------------

### Example .env File for RAGLight Configuration

Source: https://raglight.mintlify.app/documentation/settings

Demonstrates an example `.env` file for configuring RAGLight, showing how to set custom endpoints for services like Ollama and API keys for remote providers like OpenAI. This file should be placed in your project's root directory.

```bash
# Use a custom Ollama instance on another machine
OLLAMA_CLIENT_URL=http://192.168.1.50:11434

# OpenAI Fallback
OPENAI_API_KEY=sk-proj-12345...
```

--------------------------------

### Full Example: RAGPipeline with Hybrid Search

Source: https://raglight.mintlify.app/documentation/hybrid-search

This comprehensive example shows how to set up and run a RAG pipeline with hybrid search enabled. It configures `VectorStoreConfig` for hybrid search, defines `RAGConfig` with a knowledge base, initializes `RAGPipeline`, builds it, and then generates a response to a query. Logging is also set up.

```python
from raglight.rag.simple_rag_api import RAGPipeline
from raglight.config.rag_config import RAGConfig
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings
from raglight.models.data_source_model import FolderSource

Settings.setup_logging()

vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
    search_type=Settings.SEARCH_HYBRID,
)

config = RAGConfig(
    llm=Settings.DEFAULT_LLM,
    provider=Settings.OLLAMA,
    knowledge_base=[FolderSource(path="./data")],
    k=5,
)

pipeline = RAGPipeline(config, vector_store_config)
pipeline.build()

response = pipeline.generate("What are the key concepts in these documents?")
print(response)
```

--------------------------------

### Install Ollama and Pull Model (Bash)

Source: https://raglight.mintlify.app/overview/getting-started

Installs Ollama, a recommended local LLM provider, and pulls the llama3 model. Ensure Ollama is running before proceeding.

```bash
ollama pull llama3
```

--------------------------------

### Query RAG Pipeline (Python)

Source: https://raglight.mintlify.app/overview/getting-started

Queries the built RAG pipeline with a given question and prints the generated response. This demonstrates how to interact with the pipeline after it's built.

```python
response = pipeline.generate(
    "What is this project about?"
)

print(response)
```

--------------------------------

### Initialize RAG Pipeline (Python)

Source: https://raglight.mintlify.app/overview/getting-started

Initializes the RAGPipeline with specified knowledge base, model name, provider, and retrieval count (k). It configures the core components of the RAG system.

```python
from raglight.rag.simple_rag_api import RAGPipeline
from raglight.config.settings import Settings

pipeline = RAGPipeline(
    knowledge_base=knowledge_base,
    model_name="llama3",
    provider=Settings.OLLAMA,
    k=5
)
```

--------------------------------

### Build RAG Pipeline (Python)

Source: https://raglight.mintlify.app/overview/getting-started

Builds the RAG pipeline by ingesting documents, generating embeddings, and storing them in the vector database. This step prepares the pipeline for querying.

```python
pipeline.build()
```

--------------------------------

### Build and Query Basic RAG Pipeline in Python

Source: https://raglight.mintlify.app/examples/basic

This Python script demonstrates the core functionality of RAGLight for building a basic Retrieval-Augmented Generation (RAG) pipeline. It configures settings, defines a knowledge base from a local folder, sets up a vector store using Ollama and ChromaDB, builds the pipeline by ingesting documents, and finally queries the pipeline to answer a question based on the provided documents. Dependencies include the raglight library.

```python
from raglight.rag.simple_rag_api import RAGPipeline
from raglight.config.settings import Settings
from raglight.config.rag_config import RAGConfig
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.models.data_source_model import FolderSource

# 1. Initialize Settings
Settings.setup_logging()

# 2. Configure the vector store (embeddings + ChromaDB)
vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)

# 3. Configure the RAG pipeline (LLM + retrieval)
config = RAGConfig(
    provider=Settings.OLLAMA,
    llm=Settings.DEFAULT_LLM,
    k=5,
    knowledge_base=[FolderSource(path="./data")],
)

# 4. Build the Pipeline (ingests documents and creates the vector store)
pipeline = RAGPipeline(config, vector_store_config)
pipeline.build()

# 5. Ask a Question
response = pipeline.generate("What are the key takeaways from these documents?")
print("\n🤖 Answer:", response)
```

--------------------------------

### Example Usage of FolderSource

Source: https://raglight.mintlify.app/documentation/knowledge

Demonstrates how to instantiate and use the FolderSource class. A FolderSource object is created with a path pointing to a local directory './data/knowledge_base'. When used in a pipeline, all files within this folder are processed.

```python
from raglight.models.data_source_model import FolderSource

source = FolderSource(path="./data/knowledge_base")
```

--------------------------------

### Configure Default Embeddings with Python

Source: https://raglight.mintlify.app/documentation/embeddings

Sets up a default vector store configuration using HuggingFace embeddings and Chroma database. This is a minimal example to get started with local embeddings.

```python
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings

vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)
```

--------------------------------

### Configure Raglight Serve via Environment Variables

Source: https://raglight.mintlify.app/documentation/rest-api

Sets up environment variables to configure the RAG pipeline, including LLM provider, model, embeddings, ChromaDB settings, and more. This example uses Mistral LLM and a remote ChromaDB instance.

```env
RAGLIGHT_LLM_PROVIDER=Mistral
RAGLIGHT_LLM_MODEL=mistral-small-latest
RAGLIGHT_EMBEDDINGS_PROVIDER=HuggingFace
RAGLIGHT_EMBEDDINGS_MODEL=all-MiniLM-L6-v2
RAGLIGHT_CHROMA_HOST=chromadb
RAGLIGHT_CHROMA_PORT=8000
RAGLIGHT_COLLECTION=production
```

--------------------------------

### Define Knowledge Base Folder Source (Python)

Source: https://raglight.mintlify.app/overview/getting-started

Defines the knowledge base for the RAG pipeline using a FolderSource. This specifies the local directory containing the documents to be indexed.

```python
from raglight.models.data_source_model import FolderSource

knowledge_base = [
    FolderSource(path="./data")  # Folder containing your documents
]
```

--------------------------------

### Enable Chat UI with Raglight Serve

Source: https://raglight.mintlify.app/documentation/rest-api

Starts the raglight serve with an integrated Streamlit chat UI. The UI is accessible on a separate port and shares configuration with the API.

```bash
raglight serve --ui
```

--------------------------------

### GET /collections

Source: https://raglight.mintlify.app/documentation/rest-api

List the available ChromaDB collections.

```APIDOC
## GET /collections

### Description
List the available ChromaDB collections.

### Method
GET

### Endpoint
/collections

### Parameters
*None*

### Response
#### Success Response (200)
- **collections** (array of strings) - A list of names of the available ChromaDB collections.

#### Response Example
```json
{
  "collections": ["default", "project_x"]
}
```
```

--------------------------------

### Deploy RAGLight with Docker Compose

Source: https://raglight.mintlify.app/documentation/rest-api

This section provides bash commands for deploying RAGLight using Docker Compose. It includes steps to copy and edit the environment file, start the Docker stack, ingest documents via upload, and query the API.

```bash
cd examples/serve_example
cp .env.example .env
```

```bash
docker-compose up
```

```bash
curl -X POST http://localhost:8000/ingest/upload \
  -F "files=@./my_document.pdf"
```

```bash
curl -X POST http://localhost:8000/generate \
  -H "Content-Type: application/json" \
  -d '{"question": "Summarize the document"}'
```

--------------------------------

### POST /generate

Source: https://raglight.mintlify.app/documentation/rest-api

Ask a question to the RAG pipeline to get an answer based on the indexed documents.

```APIDOC
## POST /generate

### Description
Ask a question to the RAG pipeline.

### Method
POST

### Endpoint
/generate

### Parameters
#### Request Body
- **question** (string) - Required - The question to ask the RAG pipeline.

### Request Example
```json
{
  "question": "What is RAGLight?"
}
```

### Response
#### Success Response (200)
- **answer** (string) - The answer generated by the RAG pipeline.

#### Response Example
```json
{
  "answer": "RAGLight is a lightweight Python framework for RAG..."
}
```
```

--------------------------------

### RAG Pipeline with Google Gemini (Python)

Source: https://raglight.mintlify.app/documentation/llm-providers

Provides a complete example of setting up and running a RAG pipeline using Google Gemini for both embeddings and generation. This involves configuring data sources, vector stores, and the RAG configuration itself.

```python
from raglight.rag.simple_rag_api import RAGPipeline
from raglight.models.data_source_model import GitHubSource
from raglight.config.settings import Settings
from raglight.config.rag_config import RAGConfig
from raglight.config.vector_store_config import VectorStoreConfig

Settings.setup_logging()

# 1. Define Source (e.g., GitHub Repo)
knowledge_base = [
    GitHubSource(url="https://github.com/Bessouat40/RAGLight")
]

# 2. Configure Vector Store (Embeddings)
# We use Gemini for embeddings here, but could use Settings.HUGGINGFACE
vector_store_config = VectorStoreConfig(
    provider=Settings.GOOGLE_GEMINI,
    embedding_model=Settings.GEMINI_EMBEDDING_MODEL,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name="gemini_collection",
)

# 3. Configure RAG (Generation)
config = RAGConfig(
    provider=Settings.GOOGLE_GEMINI,
    llm=Settings.GEMINI_LLM_MODEL,
    knowledge_base=knowledge_base,
    api_base=Settings.DEFAULT_GOOGLE_CLIENT # Optional if env var is set
)

# 4. Build & Run
pipeline = RAGPipeline(config, vector_store_config)
pipeline.build()

response = pipeline.generate(
    "How can I create a RAGPipeline using python? Show me code."
)
print(response)

```

--------------------------------

### Direct LLM Usage with Ollama (Python)

Source: https://raglight.mintlify.app/documentation/llm-providers

Demonstrates how to set up and use the Ollama LLM provider directly via the Builder pattern for testing prompts or models without retrieval. It requires the 'raglight' library and basic Ollama setup.

```python
from raglight.rag.builder import Builder
from raglight.config.settings import Settings

# 1. Setup
Settings.setup_logging()
model = "llama3"

# 2. Build LLM (No retrieval)

llm = (
Builder()
.with_llm(
provider=Settings.OLLAMA,
model_name=model,
system_prompt=Settings.DEFAULT_SYSTEM_PROMPT
)
.build_llm()
)

# 3. Chat Loop

print(llm.generate({"question": "Explain quantum computing in one sentence."})

```

--------------------------------

### Configure Agentic RAG with MCP Integration

Source: https://raglight.mintlify.app/documentation/agentic-rag

Shows an example of configuring AgenticRAGConfig to integrate with external tools via MCP servers. This allows the agent to execute code, query databases, or fetch live data when deemed relevant.

```python
config = AgenticRAGConfig(
    provider=Settings.OPENAI,
    model="gpt-4o",
    k=10,
    mcp_config=[
        {"url": "http://127.0.0.1:8001/sse"}
    ],
)
```

--------------------------------

### Customize Chat UI Port

Source: https://raglight.mintlify.app/documentation/rest-api

Starts the raglight serve with the chat UI on a custom port (3000) while the API remains on the default port (8000).

```bash
raglight serve --ui --port 8000 --ui-port 3000
```

--------------------------------

### Configure Ollama Local Embeddings with Python

Source: https://raglight.mintlify.app/documentation/embeddings

Integrates RAGLight with a local Ollama setup for embeddings. Assumes Ollama is running and provides an embeddings model.

```python
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings

vector_store_config = VectorStoreConfig(
    embedding_model="nomic-embed-text",
    provider=Settings.OLLAMA,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
    api_base=Settings.DEFAULT_OLLAMA_CLIENT,
)
```

--------------------------------

### Configure Raglight Serve with CLI Options

Source: https://raglight.mintlify.app/documentation/rest-api

Demonstrates how to customize the 'raglight serve' command using CLI options such as host, port, number of workers, and enabling the chat UI.

```bash
raglight serve --host 127.0.0.1 --port 8080 --workers 4
```

--------------------------------

### Check API Health Status

Source: https://raglight.mintlify.app/documentation/rest-api

Sends a GET request to the /health endpoint to verify the status of the running raglight serve API.

```bash
curl http://localhost:8000/health
```

--------------------------------

### Implement Multimodal RAG Pipeline with Python

Source: https://raglight.mintlify.app/examples/multimodal

This Python script demonstrates how to set up a RAGLight pipeline that ingests PDFs with images. It involves instantiating a VLM (like llava via Ollama), configuring custom processors to use VlmPDFProcessor, building the vector store, ingesting documents from a specified path, and finally building the RAG pipeline for querying visual content.

```python
from raglight.rag.builder import Builder
from raglight.config.settings import Settings
from raglight.document_processing.vlm_pdf_processor import VlmPDFProcessor
from raglight.llm.ollama_model import OllamaModel
from raglight.models.data_source_model import FolderSource

Settings.setup_logging()

# 1. Instantiate a VLM (here: llava via Ollama)
vlm = OllamaModel(
    model_name="llava",
    system_prompt="You are a technical documentation visual assistant.",
)

# 2. Override the default PDF processor with the VLM-based one
custom_processors = {
    "pdf": VlmPDFProcessor(vlm),
}

# 3. Build the vector store with the custom processor
vector_store = (
    Builder()
    .with_embeddings(Settings.HUGGINGFACE, model_name=Settings.DEFAULT_EMBEDDINGS_MODEL)
    .with_vector_store(
        Settings.CHROMA,
        persist_directory="./defaultDb",
        collection_name=Settings.DEFAULT_COLLECTION_NAME,
        custom_processors=custom_processors,
    )
    .build_vector_store()
)

# 4. Ingest your PDFs
vector_store.ingest(data_path="./technical_manuals")

# 5. Build the full RAG pipeline and query
rag = (
    Builder()
    .with_embeddings(Settings.HUGGINGFACE, model_name=Settings.DEFAULT_EMBEDDINGS_MODEL)
    .with_vector_store(
        Settings.CHROMA,
        persist_directory="./defaultDb",
        collection_name=Settings.DEFAULT_COLLECTION_NAME,
        custom_processors=custom_processors,
    )
    .with_llm(Settings.OLLAMA, model_name="llava")
    .build_rag(k=5)
)

response = rag.generate("Describe the architecture diagram on page 3.")
print(response)
```

--------------------------------

### Combine Multiple Knowledge Sources

Source: https://raglight.mintlify.app/documentation/knowledge

Illustrates how to use multiple knowledge sources, such as FolderSource and GitHubSource, within a single pipeline. These sources are combined into a list, allowing RAGLight to ingest data from various locations into the same vector store.

```python
from raglight.models.data_source_model import FolderSource, GitHubSource

knowledge_base = [
    FolderSource(path="./docs"),
    GitHubSource(url="https://github.com/Bessouat40/RAGLight"),
]
```

--------------------------------

### Get Default Ignored Folders in Python

Source: https://raglight.mintlify.app/documentation/settings

Retrieves a list of directories that RAGLight automatically ignores when ingesting data using FolderSource. This helps maintain a clean index by excluding common build, cache, and system directories.

```python
from raglight.settings import Settings

# Returns a list of ignored directories
ignored_list = Settings.DEFAULT_IGNORE_FOLDERS
print(ignored_list)
```

--------------------------------

### Integrate Sources with RAGPipeline Build Phase

Source: https://raglight.mintlify.app/documentation/knowledge

Demonstrates the integration of knowledge sources into the RAGLight pipeline during the 'build()' phase. A RAGConfig is created with a list of sources, and then a RAGPipeline is initialized and built. During this process, loaders are resolved, files are ingested, and embeddings are computed.

```python
from raglight.rag.simple_rag_api import RAGPipeline
from raglight.config.rag_config import RAGConfig

config = RAGConfig(
    knowledge_base=[
        FolderSource(path="./data"),
        GitHubSource(url="https://github.com/Bessouat40/RAGLight"),
    ]
)

pipeline = RAGPipeline(config, vector_store_config)
pipeline.build()
```

--------------------------------

### Build a Basic RAG Pipeline with RAGLight (Python)

Source: https://raglight.mintlify.app/documentation/rag

Demonstrates how to create a RAG pipeline using the high-level RAGPipeline API. This approach is suitable for quick prototyping and requires minimal boilerplate code. It configures knowledge sources, a vector store, and an LLM, then builds and queries the pipeline.

```python
from raglight.rag.simple_rag_api import RAGPipeline
from raglight.models.data_source_model import FolderSource, GitHubSource
from raglight.config.settings import Settings
from raglight.config.rag_config import RAGConfig
from raglight.config.vector_store_config import VectorStoreConfig

Settings.setup_logging()

knowledge_base = [
    FolderSource(path="./data/knowledge_base"),
    GitHubSource(url="https://github.com/Bessouat40/RAGLight"),
]

vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)

config = RAGConfig(
    llm=Settings.DEFAULT_LLM,
    provider=Settings.OLLAMA,
    knowledge_base=knowledge_base,
    k=5,
)

pipeline = RAGPipeline(config, vector_store_config)

pipeline.build()

response = pipeline.generate(
    "How can I create an easy RAGPipeline using RAGLight?"
)
print(response)
```

--------------------------------

### POST /ingest

Source: https://raglight.mintlify.app/documentation/rest-api

Index documents into the vector store from local folders, specific files, or a GitHub repository.

```APIDOC
## POST /ingest

### Description
Index documents into the vector store. Supports three sources — combinable in a single call.

### Method
POST

### Endpoint
/ingest

### Parameters
#### Request Body
- **data_path** (string) - Optional - Path to a local folder containing documents to ingest.
- **file_paths** (array of strings) - Optional - An array of absolute paths to specific files to ingest.
- **github_url** (string) - Optional - The URL of a GitHub repository to ingest.
- **github_branch** (string) - Optional - The branch of the GitHub repository to ingest. Defaults to 'main'.

*Note: At least one of `data_path`, `file_paths`, or `github_url` must be provided.*

### Request Example (Local folder)
```json
{
  "data_path": "./my_documents"
}
```

### Request Example (Specific files)
```json
{
  "file_paths": ["/absolute/path/to/file.pdf"]
}
```

### Request Example (GitHub repository)
```json
{
  "github_url": "https://github.com/Bessouat40/RAGLight",
  "github_branch": "main"
}
```

### Response
*No specific success response body is detailed in the documentation, but the operation is expected to complete without errors.*
```

--------------------------------

### Direct LLM Usage with LMStudio (Python)

Source: https://raglight.mintlify.app/documentation/llm-providers

Shows how to configure and utilize the LMStudio LLM provider directly using the Builder pattern. This is useful for testing prompts and models locally. Ensure your LMStudio server is running and the model name matches.

```python
from raglight.rag.builder import Builder
from raglight.config.settings import Settings

Settings.setup_logging()
llm = (
    Builder()
    .with_llm(
        provider=Settings.LMSTUDIO,
        model_name="hermes-2-pro", # Match your loaded model
        system_prompt=Settings.DEFAULT_SYSTEM_PROMPT,
        # Ensure this matches your LMStudio Local Server config
        api_base=Settings.DEFAULT_LMSTUDIO_CLIENT,
    )
    .build_llm()
)

print(llm.generate({"question": "Hello from RAGLight via LMStudio!"})

```

--------------------------------

### RAGLight API Overview

Source: https://raglight.mintlify.app/documentation/rag

An overview of the RAGLight API, explaining its core concepts and different approaches.

```APIDOC
## Summary

* RAG pipelines retrieve documents before generating answers
* RAGLight offers a simple (`RAGPipeline`) and an advanced (Builder) API
* Both approaches share the same core logic
* Choose simplicity or control depending on your use case
```

--------------------------------

### Set Google Gemini API Key

Source: https://raglight.mintlify.app/documentation/embeddings

Environment variable configuration for the Google Gemini API key.

```bash
export GEMINI_API_KEY=your_key
```

--------------------------------

### Build Agentic RAG Pipeline with Simple API

Source: https://raglight.mintlify.app/documentation/agentic-rag

Demonstrates the basic usage of AgenticRAGPipeline for creating reasoning-aware retrieval pipelines with minimal boilerplate. It configures knowledge base, vector store, and agent settings before building and generating a response.

```python
from raglight.rag.simple_agentic_rag_api import AgenticRAGPipeline
from raglight.config.agentic_rag_config import AgenticRAGConfig
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings
from raglight.models.data_source_model import FolderSource

Settings.setup_logging()

knowledge_base = [
    FolderSource(path="./data"),
]

vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)

config = AgenticRAGConfig(
    provider=Settings.MISTRAL,
    model="mistral-large-2411",
    k=10,
    max_steps=4,
    system_prompt=Settings.DEFAULT_AGENT_PROMPT,
    knowledge_base=knowledge_base,
)

pipeline = AgenticRAGPipeline(config, vector_store_config)

pipeline.build()

response = pipeline.generate(
    "Explain how Agentic RAG differs from standard RAG"
)
print(response)
```

--------------------------------

### ChromaDB Vector Store Configuration (Python)

Source: https://raglight.mintlify.app/documentation/vector-stores

Shows how to configure ChromaDB for RAGLight, specifying the database, persistence directory, collection name, and search type. This configuration is crucial for defining retrieval strategies like semantic, BM25, or hybrid search.

```python
vector_store_config = VectorStoreConfig(
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name="default",
    search_type=Settings.SEARCH_HYBRID,  # or SEARCH_SEMANTIC, SEARCH_BM25
)
```

--------------------------------

### Vector Store Document Retrieval in RAG Pipeline (Python)

Source: https://raglight.mintlify.app/documentation/vector-stores

Demonstrates how a RAG pipeline retrieves relevant documents from a vector store using a similarity search. This is a core step where a query is used to find documents, which are then passed to the LLM.

```python
retrieved_docs = vector_store.similarity_search(question, k=self.k)
```

--------------------------------

### Initialize Logging in RAGLight

Source: https://raglight.mintlify.app/documentation/settings

Sets up the logging system for RAGLight, ensuring proper formatting of internal logs such as ingestion progress and retrieval statistics. This should be called once at the beginning of your script.

```python
from raglight.config.settings import Settings

# Call this once at the start of your script to enable structured logging
Settings.setup_logging()
```

--------------------------------

### Ingest Documents into RAGLight API

Source: https://raglight.mintlify.app/documentation/rest-api

This section covers the `/ingest` endpoint for indexing documents into the vector store. It supports multiple data sources including local folders, specific file paths, and GitHub repositories, which can be combined in a single request. All fields are optional, but at least one must be provided.

```bash
curl -X POST http://localhost:8000/ingest \
  -H "Content-Type: application/json" \
  -d '{"data_path": "./docs"}'
```

```bash
curl -X POST http://localhost:8000/ingest \
  -H "Content-Type: application/json" \
  -d '{"file_paths": ["/data/report.pdf", "/data/notes.txt"]}'
```

```bash
curl -X POST http://localhost:8000/ingest \
  -H "Content-Type: application/json" \
  -d '{"github_url": "https://github.com/Bessouat40/RAGLight", "github_branch": "main"}'
```

--------------------------------

### Set OpenAI API Key

Source: https://raglight.mintlify.app/documentation/embeddings

Environment variable configuration for the OpenAI API key.

```bash
export OPENAI_API_KEY=your_key
```

--------------------------------

### List ChromaDB Collections with RAGLight API

Source: https://raglight.mintlify.app/documentation/rest-api

This command demonstrates how to retrieve a list of available ChromaDB collections using the `/collections` endpoint. The response is a JSON object containing a 'collections' key with an array of collection names.

```bash
curl http://localhost:8000/collections
```

--------------------------------

### Direct LLM Usage with Mistral API (Python)

Source: https://raglight.mintlify.app/documentation/llm-providers

Illustrates the direct usage of the Mistral LLM provider via the Builder pattern, suitable for testing. It requires the `dotenv` library to load the MISTRAL_API_KEY and the 'raglight' package.

```python
from raglight.rag.builder import Builder
from raglight.config.settings import Settings
from dotenv import load_dotenv

load_dotenv() # Load MISTRAL_API_KEY
Settings.setup_logging()

llm = (
    Builder()
    .with_llm(
        provider=Settings.MISTRAL,
        model_name="mistral-large-latest",
        api_key=Settings.MISTRAL_API_KEY, # Or set via env var
        system_prompt=Settings.DEFAULT_SYSTEM_PROMPT
    )
    .build_llm()
)

print(llm.generate({"question": "Summarize RAG architecture."})

```

--------------------------------

### Configure Hybrid Search with Builder API

Source: https://raglight.mintlify.app/documentation/hybrid-search

This code illustrates configuring hybrid search using RAGLight's Builder API. It chains methods to set up embeddings, the vector store with `search_type=Settings.SEARCH_HYBRID`, and the language model. The `build_rag` method finalizes the RAG pipeline configuration.

```python
from raglight.rag.builder import Builder
from raglight.config.settings import Settings

rag = (
    Builder()
    .with_embeddings(
        Settings.HUGGINGFACE,
        model_name=Settings.DEFAULT_EMBEDDINGS_MODEL,
    )
    .with_vector_store(
        Settings.CHROMA,
        persist_directory="./defaultDb",
        collection_name=Settings.DEFAULT_COLLECTION_NAME,
        search_type=Settings.SEARCH_HYBRID,
    )
    .with_llm(Settings.OLLAMA, model_name=Settings.DEFAULT_LLM)
    .build_rag(k=5)
)
```

--------------------------------

### Print RAGLight Default System Prompts

Source: https://raglight.mintlify.app/documentation/settings

Prints the default system prompts used by RAGLight pipelines. This includes the standard RAG prompt and the agentic RAG prompt, which contains rules for tool use and reasoning. These prompts are designed to be readable and inspectable.

```python
# Standard RAG prompt
print(Settings.DEFAULT_SYSTEM_PROMPT)

# Agentic RAG prompt (Tool use & reasoning rules)
print(Settings.DEFAULT_AGENT_PROMPT)
```

--------------------------------

### Configure Hybrid Search with VectorStoreConfig

Source: https://raglight.mintlify.app/documentation/hybrid-search

This snippet demonstrates how to configure hybrid search using the `VectorStoreConfig` class. It specifies the embedding model, provider, database, persistence directory, collection name, and importantly, sets the `search_type` to `Settings.SEARCH_HYBRID`. This configuration is then passed to `RAGPipeline` or `AgenticRAGPipeline`.

```python
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings

vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
    search_type=Settings.SEARCH_HYBRID,  # "semantic" | "bm25" | "hybrid"
)
```

--------------------------------

### Build a RAG Pipeline Step-by-Step with RAGLight Builder API (Python)

Source: https://raglight.mintlify.app/documentation/rag

Illustrates the use of RAGLight's Builder API for constructing a RAG pipeline with fine-grained control. This approach allows explicit configuration of embeddings, vector store, and LLM components before building the RAG graph. It's ideal for custom ingestion workflows and advanced experimentation.

```python
from raglight.rag.builder import Builder
from raglight.config.settings import Settings

builder = Builder()

rag = (
    builder
    .with_embeddings(
        Settings.HUGGINGFACE,
        model_name=Settings.DEFAULT_EMBEDDINGS_MODEL,
    )
    .with_vector_store(
        Settings.CHROMA,
        persist_directory="./defaultDb",
        collection_name=Settings.DEFAULT_COLLECTION_NAME,
    )
    .with_llm(
        Settings.OLLAMA,
        model_name=Settings.DEFAULT_LLM,
        system_prompt=Settings.DEFAULT_SYSTEM_PROMPT,
    )
    .build_rag(k=5)
)
```

--------------------------------

### Configure Agentic RAG k Parameter

Source: https://raglight.mintlify.app/documentation/agentic-rag

Shows how to set the `k` parameter in AgenticRAGConfig. This defines the number of documents to be retrieved from the vector store at each retrieval step performed by the agent.

```python
k=10
```

--------------------------------

### Configure Agentic RAG num_ctx Parameter

Source: https://raglight.mintlify.app/documentation/agentic-rag

Demonstrates setting the `num_ctx` parameter for the LLM context window size in AgenticRAGConfig. This is useful for accommodating larger retrieved chunks or longer reasoning chains.

```python
num_ctx=8192
```

--------------------------------

### Configure Agentic RAG with MCP Server (Python)

Source: https://raglight.mintlify.app/examples/agentic

This Python snippet demonstrates how to configure an Agentic RAG pipeline to connect to a local MCP server. It sets up vector store configuration, defines the MCP server URL, and initializes the AgenticRAGPipeline with these settings. The agent can then access both local documents and external tools provided by the MCP server.

```python
from raglight.rag.simple_agentic_rag_api import AgenticRAGPipeline
from raglight.config.agentic_rag_config import AgenticRAGConfig
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings
from raglight.models.data_source_model import FolderSource

Settings.setup_logging()

# 1. Vector store configuration
vector_store_config = VectorStoreConfig(
    embedding_model=Settings.DEFAULT_EMBEDDINGS_MODEL,
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)

# 2. MCP server connection (SSE transport)
mcp_servers = [
    {"url": "http://127.0.0.1:8001/sse"}
]

# 3. Configure Agentic RAG with MCP tools
config = AgenticRAGConfig(
    provider=Settings.OPENAI,
    model="gpt-4o",
    k=10,
    max_steps=4,
    mcp_config=mcp_servers,
    knowledge_base=[FolderSource(path="./company_data")],
)

# 4. Build and run
agent = AgenticRAGPipeline(config, vector_store_config)
agent.build()

# The agent now has access to both your documents AND the MCP tools
response = agent.generate(
    "Check the database for user 'Alice' and summarize her recent support tickets from the docs."
)
print(response)
```

--------------------------------

### Perform Standard Similarity Search

Source: https://raglight.mintlify.app/documentation/vector-stores

This code snippet demonstrates how to perform a standard similarity search using the vector store. It takes a query string and an integer `k` to specify the number of results to retrieve. This is the primary method for RAG queries.

```python
docs = vector_store.similarity_search(question, k=5)
```

--------------------------------

### Generate Answer with RAGLight API

Source: https://raglight.mintlify.app/documentation/rest-api

This snippet demonstrates how to ask a question to the RAG pipeline using the `/generate` endpoint. It requires a JSON request body containing the 'question' field and returns a JSON response with the 'answer'.

```bash
curl -X POST http://localhost:8000/generate \
  -H "Content-Type: application/json" \
  -d '{"question": "What is RAGLight?"}'
```

--------------------------------

### Configure Google Gemini Hosted Embeddings with Python

Source: https://raglight.mintlify.app/documentation/embeddings

Sets up RAGLight to use Google Gemini for hosted embeddings. Requires setting the GEMINI_API_KEY environment variable.

```python
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings

vector_store_config = VectorStoreConfig(
    embedding_model=Settings.GEMINI_EMBEDDING_MODEL,
    provider=Settings.GOOGLE_GEMINI,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)
```

--------------------------------

### Query a RAG Pipeline in RAGLight (Python)

Source: https://raglight.mintlify.app/documentation/rag

Shows how to query an already built RAG pipeline to generate answers based on user questions. This process involves embedding the query, retrieving relevant documents from the vector store, constructing a prompt, and using an LLM for generation. This snippet is typically used after the pipeline has been built.

```python
response = pipeline.generate("Explain how RAG works")
```

--------------------------------

### POST /ingest/upload

Source: https://raglight.mintlify.app/documentation/rest-api

Upload files directly from the client using multipart/form-data for ingestion. Ideal when the server and files are on different machines.

```APIDOC
## POST /ingest/upload

### Description
Upload files directly from the client via `multipart/form-data`. Use this when the server and the files are on **different machines**.

### Method
POST

### Endpoint
/ingest/upload

### Parameters
#### Request Body
- **files** (file) - Required - The file(s) to upload. Multiple files can be sent in a single request by using the same field name for each file.

### Request Example
```bash
curl -X POST http://localhost:8000/ingest/upload \
  -F "files=@./report.pdf" \
  -F "files=@./notes.txt"
```

### Response
#### Success Response (200)
- **message** (string) - A confirmation message indicating the number of files ingested and their names.

#### Response Example
```json
{
  "message": "Ingested 2 file(s): report.pdf, notes.txt"
}
```

*Note: Uploaded files are processed and indexed, then deleted. Nothing is stored permanently on disk besides the embeddings.*
```

--------------------------------

### Perform Class-Based Similarity Search

Source: https://raglight.mintlify.app/documentation/vector-stores

This code snippet shows how to perform a class-based similarity search. This specialized search is useful when dealing with codebases or structured symbols, allowing for retrieval of class or signature documents. It also takes a query string and `k` for the number of results.

```python
docs = vector_store.similarity_search_class(question, k=5)
```

--------------------------------

### RAGLight Default Retrieval Configuration

Source: https://raglight.mintlify.app/documentation/settings

Shows the default settings for retrieval operations in RAGLight, including the number of chunks to retrieve, the default collection name, and the default persistence directory for the vector store.

```python
# Number of chunks to retrieve per query
Settings.DEFAULT_K = 5

# Default Vector Store Collection Name
Settings.DEFAULT_COLLECTION_NAME

# Default Persist Directory
Settings.DEFAULT_PERSIST_DIRECTORY
```

--------------------------------

### Configure Agentic RAG max_steps Parameter

Source: https://raglight.mintlify.app/documentation/agentic-rag

Illustrates setting the `max_steps` parameter within AgenticRAGConfig. This parameter controls the maximum number of reasoning and retrieval iterations the agent can perform during its execution.

```python
max_steps=4
```

--------------------------------

### Define FolderSource for Local Files

Source: https://raglight.mintlify.app/documentation/knowledge

Defines the FolderSource model, which represents a directory on the local filesystem. It includes a 'type' field set to 'folder' and a 'path' field for the directory's location. This source ingests all supported files within the specified directory recursively.

```python
from pydantic import BaseModel
from typing import Literal

class FolderSource(BaseModel):
    type: Literal["folder"] = "folder"
    path: str
```

--------------------------------

### Define GitHubSource for Remote Repositories

Source: https://raglight.mintlify.app/documentation/knowledge

Defines the GitHubSource model for representing remote GitHub repositories. It includes 'type' set to 'github', a 'url' for the repository, and an optional 'branch' field defaulting to 'main'. RAGLight fetches and checks out the specified branch to expose its files.

```python
from pydantic import BaseModel, Field
from typing import Literal

class GitHubSource(BaseModel):
    type: Literal["github"] = "github"
    url: str
    branch: str = Field(default="main")
```

--------------------------------

### Configure HuggingFace Local Embeddings with Python

Source: https://raglight.mintlify.app/documentation/embeddings

Configures local embeddings using a specific HuggingFace model ('all-MiniLM-L6-v2') with the Chroma database. This is suitable for local-first RAG applications.

```python
from raglight.config.vector_store_config import VectorStoreConfig
from raglight.config.settings import Settings

vector_store_config = VectorStoreConfig(
    embedding_model="all-MiniLM-L6-v2",
    provider=Settings.HUGGINGFACE,
    database=Settings.CHROMA,
    persist_directory="./defaultDb",
    collection_name=Settings.DEFAULT_COLLECTION_NAME,
)
```

--------------------------------

### Manually Ingest Documents with RAGLight Builder API (Python)

Source: https://raglight.mintlify.app/documentation/rag

Demonstrates the explicit document ingestion process when using the RAGLight Builder API. This method provides control over when ingestion occurs, allows for reusing vector stores across pipelines, and facilitates debugging of indexing issues. The `ingest` method is called on the configured vector store.

```python
rag.vector_store.ingest(data_path="./data")
```

--------------------------------

### Access Default Agent System Prompt

Source: https://raglight.mintlify.app/documentation/agentic-rag

Provides the code to access the default system prompt used by the agent in RAGLight. This prompt defines the agent's reasoning structure, tool usage rules, and retrieval invocation logic.

```python
Settings.DEFAULT_AGENT_PROMPT
```