---
title: "Spacy"
id: integrations-spacy
description: "Spacy integration for Haystack"
slug: "/integrations-spacy"
---
## haystack_integrations.components.extractors.spacy.named_entity_extractor
### NamedEntityAnnotation
Describes a single NER annotation.
**Parameters:**
- **entity** (str) – Entity label.
- **start** (int) – Start index of the entity in the document.
- **end** (int) – End index of the entity in the document.
- **score** (float | None) – Score calculated by the model.
### SpacyNamedEntityExtractor
Annotates named entities in a collection of documents.
The component can be used with any [spaCy model](https://spacy.io/models) that contains
an NER component. Annotations are stored as metadata in the documents.
Usage example:
```python
from haystack import Document
from haystack_integrations.components.extractors.spacy import SpacyNamedEntityExtractor
documents = [
Document(content="I'm Merlin, the happy pig!"),
Document(content="My name is Clara and I live in Berkeley, California."),
]
extractor = SpacyNamedEntityExtractor(model="en_core_web_sm")
results = extractor.run(documents=documents)["documents"]
annotations = [SpacyNamedEntityExtractor.get_stored_annotations(doc) for doc in results]
print(annotations)
```
#### __init__
```python
__init__(
*,
model: str,
pipeline_kwargs: dict[str, Any] | None = None,
device: ComponentDevice | None = None
) -> None
```
Create a Named Entity extractor component.
**Parameters:**
- **model** (str) – Name of the spaCy model or a path to the model on
the local disk.
- **pipeline_kwargs** (dict\[str, Any\] | None) – Keyword arguments passed to the pipeline. The
pipeline can override these arguments.
- **device** (ComponentDevice | None) – The device on which the model is loaded. If `None`,
the default device is automatically selected.
**Raises:**
- ValueError – If the device represents multiple devices, which the
spaCy backend does not support.
#### warm_up
```python
warm_up() -> None
```
Initialize the component.
**Raises:**
- ComponentError – If the component fails to initialize successfully.
#### run
```python
run(documents: list[Document], batch_size: int = 1) -> dict[str, Any]
```
Annotate named entities in each document and store the annotations in the document's metadata.
**Parameters:**
- **documents** (list\[Document\]) – Documents to process.
- **batch_size** (int) – Batch size used for processing the documents.
**Returns:**
- dict\[str, Any\] – Processed documents.
**Raises:**
- ComponentError – If the model fails to process a document.
#### to_dict
```python
to_dict() -> dict[str, Any]
```
Serializes the component to a dictionary.
**Returns:**
- dict\[str, Any\] – Dictionary with serialized data.
#### from_dict
```python
from_dict(data: dict[str, Any]) -> SpacyNamedEntityExtractor
```
Deserializes the component from a dictionary.
**Parameters:**
- **data** (dict\[str, Any\]) – Dictionary to deserialize from.
**Returns:**
- SpacyNamedEntityExtractor – Deserialized component.
#### initialized
```python
initialized: bool
```
Returns if the extractor is ready to annotate text.
#### get_stored_annotations
```python
get_stored_annotations(
document: Document,
) -> list[NamedEntityAnnotation] | None
```
Returns the document's named entity annotations stored in its metadata, if any.
**Parameters:**
- **document** (Document) – Document whose annotations are to be fetched.
**Returns:**
- list\[NamedEntityAnnotation\] | None – The stored annotations.