auki-domain-client 1.5.3

HTTP client library for interacting with AukiLabs domain data services

Domain HTTP

A cross-platform HTTP client library for interacting with posemesh domains on the Auki Network. Supports both native and WebAssembly (WASM) environments.

Authentication Modes

posemesh-domain-http supports multiple authentication methods, each providing different levels of access to domain data:

1. Sign in with App Credentials

• How: Use your app's key and secret to authenticate.
• Access:
  • Read access to all domains.
  • No write access—app credentials are intended for read-only operations.
• Use case: Suitable for backend services or applications that need to fetch domain data but do not need to modify it.

2. Sign in with Auki User Credentials

• How: Authenticate using a user's email and password.
• Access:
  • Write access to domains owned by the user within the same organization.
  • Read access to all domains.
• Use case: Use this mode when you need to allow users to manage (create, update, or delete) their own domains, as well as view other domains in the organization.

3. Authenticate with OIDC Access Token

• How: Provide a valid OIDC (OpenID Connect) access token obtained from the authentication service.
• Access:
  • Grants read and write access to domains, according to the roles assigned to the user.
• Use case: Enables single sign-on and fine-grained access control. Permissions are determined by the user’s assigned roles.

Key Features:

• Secure authentication and authorization with the Auki Network.
• (not supported in Python) Efficient streaming download of domain data, enabling seamless handling of large datasets.
• Flexible upload functionality for both creating and updating domain data.
• Universal compatibility: JavaScript package works in browsers, Deno, and Node.js(v18+ with ReadableStream support).

Usage

The client_id parameter must not be empty.

• Frontend applications: Use the device ID or user ID as the client_id.
• Backend environments: Use a unique identifier that represents your service or application.

The purpose of client_id is to distinguish whether multiple accesses to a domain originate from the same client (for example, the same app instance on the same device). When this is the case, network credits will only be deducted once for repeated calls from the same client.

Rust Examples

For more examples, check /src/domain_client.rs.

use posemesh_domain_http::{DomainClient, DownloadQuery, ListDomainsQuery};

fn main() -> Result<(), Box<dyn std::error::Error>> {
    let client = DomainClient::new_with_user_credential(
        &api_url,
        &dds_url,
        &client_id,
        &email,
        &password,
        true,
    )?;

    // List domains in the given organization, `all`, `own` or an organization id
    let query = ListDomainsQuery { org: "own".to_string(), portal_id: None, portal_short_id: None, domain_server_id: None };
    let domains = client.list_domains(query)?;
    println!("Domains: {:?}", domains);

    // Download all data for a domain
    let domain_id = "your-domain-id";
    let download_query = DownloadQuery { ids: vec![], name: None, data_type: None };
    let domain_data = client.download_domain_data(domain_id, download_query)?;
    for data in domain_data {
        println!("Data: {} ({} bytes)", data.metadata.name, data.metadata.size);
    }
    Ok(())
}

Python Exampels

For more examples, check /bindings/python/tests/test_basic.py.

from auki_domain_client import DomainClient, DownloadQuery, ListDomainsQuery
import os

# Authenticate using user credentials (with password recall)
client = DomainClient.new_with_user_credential(
    api_url, dds_url, client_id, email, password, True
)

# List domains in the given organization, `all`, `own` or an organization id
query = ListDomainsQuery(org="own", portal_id=None, portal_short_id=None, domain_server_id=None)
response = client.list_domains(query)
print("Domains:", response.domains)

# Download domain data
domain_id = "your-domain-id"
download_query = DownloadQuery(
    ids=[],  # All data
    name=None,
    data_type=None,
)
domain_data = client.download_domain_data(domain_id, download_query)
for data in domain_data:
    print(f"Name: {data.metadata['name']}, Size: {data.metadata['size']}")

JavaScript/Typescript Example

For more examples, check /bindings/javascript/tests/basic.test.ts

import { DomainClient, DownloadQuery, ListDomainsQuery, signInWithUserCredential } from "@auki/domain-client";

// Authenticate using user credentials
const client = await signInWithUserCredential(
  apiUrl,
  ddsUrl,
  clientId,
  email,
  password,
  true // remember password
);

// List domains in the given organization, `all`, `own` or an organization id
const response = await client.listDomains({org: "own"});
console.log("Domains:", response.domains);

// Download domain data
const domainId = "your-domain-id";
const domainData = await client.downloadDomainData(domainId, {ids:[]});

domainData.forEach((data) => {
  console.log(`Name: ${data.metadata.name}, Size: ${data.metadata.size}`);
});

client.free();

Changelog

See CHANGELOG.md for a list of features, bug fixes, and breaking changes.

Development

To build the domain-http crate locally for different platforms and for WebAssembly (WASM), follow these instructions:

1. Build for Native (Host) Platform

From the repository root, run:

cargo build -p posemesh-domain-http --release

2. Build for a Different Target Platform (Cross-Compile)

For cross-compiling, use cross. Install cross if you don't already have it:

cargo install cross

Then, build for your desired target. For example, to build for ARM64 Linux:

cross build -p posemesh-domain-http --release --target aarch64-unknown-linux-gnu

Replace aarch64-unknown-linux-gnu with the appropriate Rust target triple for your platform.

3. Generate wasm binding

use the provided Makefile task:

make build-domain-http TARGET=wasm

This will produce the WASM package in domain-http/bindings/javascript/pkg.

4. Generate Python binding

make build-domain-http TARGET=python

This will produce the python package in domain-http/bindings/python/.venv/lib/auki_domain_client.

5. Additional Notes

• Make sure you have the required Rust target installed:

  rustup target add wasm32-unknown-unknown
  

Test

To run all tests (including both Rust and JS/WASM tests), use:

make unit-tests

This will run all unit and integration tests for both the Rust crate and the JavaScript/WASM package.

Publish

To publish a new version of this crate, follow these steps:

1. Update the Version in Cargo.toml

   • If you are publishing a development/unstable release (such as during pre-release testing or RCs), increment the version in Cargo.toml to an unstable version suffix, such as:
     • 1.5.0-alpha.1
     • 1.5.0-beta.1
     • 1.5.0-rc.1
   • Only stable releases (e.g., 1.5.0, with no - suffix) are published to crates.io by CI.
   • Stable versions:
     • When you are ready for a stable release, bump the version to a new stable version (e.g., 1.5.0).
     • Update the changelog in README.md with the changes for the new release.

2. Committing & PR

   • Always commit and push your version bump (and changelog update if stable) in your PR.

3. Publishing

   • For stable versions: After merging your PR to the default branch, the CI will automatically build and publish the crate to crates.io and npm.js
   • For unstable/pre-release versions: You can publish manually if needed

Contributing

Contributions are welcome! Please ensure that all tests pass before submitting a pull request.