@tigrisdata/vector
v1.1.0
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Tigris Vector Database client for TypeScript
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Tigris Vector Database Client Library for TypeScript
Getting Started
Tigris makes it easy to build AI applications with vector embeddings. It is a fully managed cloud-native database that allows you store and index documents and vector embeddings for fast and scalable vector search.
1. Install the client library
npm install @tigrisdata/vector
2. Fetch Tigris API credentials
You can sign up for a free Tigris account here.
Once you have signed up for the Tigris account, create a new project called vectordemo
.
Next, make a note of the clientId
and clientSecret
, which you can get from the
Application Keys section of the project.
3. Create the Vector Database client
import { VectorDocumentStore } from "@tigrisdata/vector";
const vectorDocStore = new VectorDocumentStore({
connection: {
serverUrl: "api.preview.tigrisdata.cloud",
projectName: "vectordemo",
clientId: "clientId_here",
clientSecret: "clientSecret_here",
},
indexName: "my_index",
numDimensions: 3,
});
Here, we have created a new VectorDocumentStore
instance that connects to the
Tigris Vector Database. The indexName
is the name of the index that will store
your embeddings, documents, and any additional metadata. You can use any name
you like for the index. The numDimensions
is the number of dimensions of the
vector embeddings.
4. Add documents to the index
await vectorDocStore.addDocumentsWithVectors({
ids: ["id1", "id2"],
embeddings: [
[1.2, 2.3, 4.5],
[6.7, 8.2, 9.2],
],
documents: [
{
content: "This is a document",
metadata: {
title: "Document 1",
},
},
{
content: "This is another document",
metadata: {
title: "Document 2",
},
},
],
});
Here, we have added two documents to the index. The ids
are the unique
identifiers for the documents. The embeddings
are the vector embeddings for
the documents. The documents
are the actual documents that you want to store
in the index. The content
is the text content of the document. The metadata
is any additional metadata that you want to store for the document.
5. Query the index
You can query the index for the top k
most similar documents to a given
vector. It's that simple!
const results = await vectorDocStore.similaritySearchVectorWithScore({
query: [1.0, 2.1, 3.2],
k: 10,
});
console.log(JSON.stringify(results, null, 2));
6. Enhance the query with attribute filtering
You can enhance the query with attribute filtering. For example, you can filter the results by a given metadata field.
const results2 = await vectorDocStore.similaritySearchVectorWithScore({
query: [1.0, 2.1, 3.2],
k: 10,
filter: {
"metadata.title": "Document 1",
},
});
console.log(JSON.stringify(results2, null, 2));
Next Steps
Tigris Vector Database is simple enough to get started with, but powerful enough to build real-world applications.
Tigris provides the following features:
- High performance: Tigris is built from the ground up to provide fast vector search. It is optimized for low-latency vector search and high throughput.
- Real-time: Tigris provides real-time updates to the index. You can add, update, and delete documents and embeddings in real-time.
- Hybrid search: Tigris supports hybrid search, which allows you to combine vector search with attribute filtering for more relevant search results.
- Fully managed: Tigris is a fully managed cloud-native database. You can get started with Tigris in minutes and scale as needed with ease.
Contributing
Building
# clean the dev env
npm run clean
# build
npm run build
# test
npm run test
# lint
npm run lint
Code Quality
1. Linting
The coding style rules are defined by Prettier and enforced by Eslint
2. Git Hooks
We use pre-commit to automatically setup and run git hooks.
Install the pre-commit hooks as follows:
pre-commit install
On every git commit
we check the code quality using prettier and eslint.
License
This software is licensed under the Apache 2.0.
Contributors
Thanks to all the people who contributed!