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Apillon flutter sdk

Apillon Flutter SDK #

This package provides Dart and Flutter developers with tools and libraries to interact with Apillon services, simplifying the use of Apillon's REST API by reducing boilerplate code and streamlining multi-step processes into single operations.

Requirements #

  • Dart SDK: '>=3.2.2 <4.0.0'
  • An Apillon API key and secret
  • http package version 1.1.0

Getting started #

To use the Apillon Flutter SDK, you must first register an account at Apillon.io, create a project, and generate an API key with the appropriate permissions.

The Flutter SDK package is available as a Dart package on pub-web.flutter-io.cn and you can also check it out directly on GitHub. To include it in your project, add the following to your pubspec.yaml file:

  apillon_flutter: ^0.0.1

Initialization #

To start using the SDK, you need to import it and configure it with your Apillon API key and secret. Here's an example of how to initialize the Storage module:

import 'package:apillon_flutter/apillon_flutter.dart';

void main() {
  var storage = Storage(ApillonConfig(
    key: 'yourApiKey',
    secret: 'yourApiSecret',

All modules in the Apillon Flutter SDK require the same initial configuration of key and secret.

Modules #

The Apillon Flutter SDK consists of several modules, each corresponding to a specific Apillon service. Below are examples of how to use some of these modules.

Storage #

The Storage module provides functionalities for interacting with the Storage service.

Usage example

import 'dart:io';
import 'package:apillon_flutter/apillon_flutter.dart';
import 'package:path/path.dart' as path;

void main() async {
  var storage = Storage(ApillonConfig(
    key: 'yourApiKey',
    secret: 'yourApiSecret',

  // List all buckets
  var buckets = await storage.listBuckets(IApillonPagination());
  for (var bucket in buckets) {
    print('${bucket.name} - ${bucket.uuid}');

  var bucketUuid = 'eaff2672-3012-46fb-9278-5efacc6cb616';

  // Get specific bucket details
  var bucketDetails = await storage.bucket(bucketUuid).get();
  print('Bucket Details: ${bucketDetails.name}, Size: ${bucketDetails.size}');

  // List files in the bucket
  var files = await storage.bucket(bucketUuid).listFiles(IBucketFilesRequest());
  print('Files in bucket:');
  for (var file in files) {
    print('${file.name} - ${file.uuid}');

  // Upload files from a folder
  var uploadDir = path.join(Directory.current.path, 'my-folder');
  print('Uploading files from $uploadDir');
  await storage.bucket(bucketUuid).uploadFromFolder(uploadDir, IFileUploadRequest());

  // Upload a single file from buffer
  var filePath = path.join(Directory.current.path, 'file.txt');
  var fileBytes = File(filePath).readAsBytesSync();
  await storage.bucket(bucketUuid).uploadFiles([
      fileName: 'file.txt',
      contentType: 'text/plain',
      content: fileBytes,
  ], IFileUploadRequest());

  // Get details of a specific file
  var fileUuid = 'eaff2672-3012-46fb-9278-5efacc6cb616';
  var fileDetails = await storage.bucket(bucketUuid).file(fileUuid).get();
  print('File Details: ${fileDetails.name}, Size: ${fileDetails.size}');

IPNS methods

The Storage module additionally contains methods for manipulating IPNS records for a specific storage bucket.

import 'package:apillon_flutter/apillon_flutter.dart';

void main() async {
  var storage = Storage(ApillonConfig(
    key: 'yourApiKey',
    secret: 'yourApiSecret',
  var bucketUuid = 'eaff2672-3012-46fb-9278-5efacc6cb616';

  // List all existing IPNS records in a bucket
  var ipnsRecords = await storage.bucket(bucketUuid).listIpnsNames(IPNSListRequest());
  print('IPNS Records:');
  for (var record in ipnsRecords) {
    print('${record.name} - ${record.uuid}');

  // Create a new IPNS record
  const name = 'Test IPNS';
  const description = 'This is a test description';
  const cid = 'QmUxtfFfWFguxSWUUy2FiBsGuH6Px4KYFxJqNYJRiDpemj';
  var newIpnsRecord = await storage.bucket(bucketUuid).createIpns(ICreateIpns(
    name: name,
    description: description,
    cid: cid,
  print('New IPNS Record: ${newIpnsRecord.uuid}');

  // Publish an IPNS record to point to a new CID
  const newCid = 'Qmakf2aN7wzt5u9H3RadGjfotu62JsDfBq8hHzGsV2LZFx';
  await storage.bucket(bucketUuid).ipns(newIpnsRecord.uuid).publish(newCid);
  print('IPNS record published to new CID: $newCid');

  // Delete an IPNS record
  await storage.bucket(bucketUuid).ipns(newIpnsRecord.uuid).delete();
  print('IPNS record deleted: ${newIpnsRecord.uuid}');

NFTs #

The NFT module encapsulates functionalities for the NFT service.

Usage example

import 'package:apillon_flutter/apillon_flutter.dart';

void main() async {
  var nft = Nft(ApillonConfig(
    key: 'yourApiKey',
    secret: 'yourApiSecret',

  // Create a new NFT collection
  var collection = await nft.create(ICreateCollection(
    chain: EvmChain.moonbase,
    collectionType1: CollectionType.generic,
    name: 'Space Explorers',
    description: 'A collection of space explorers',
    symbol: 'SE',
    royaltiesFees: 3,
    royaltiesAddress: '0x95B8c6b9225456107649776EF8aAF20C42d58814',
    baseUri: 'https://test.com/metadata/',
    baseExtension: '.json',
    maxSupply: 50,
    isRevokable: false,
    isSoulbound: false,
    drop: false,
  print('Collection created: ${collection.uuid}');
  // or create a substrate collection
  var substrateCollection = await nft.createSubstrate({
    chain: SubstrateChain.astar,
    collectionType1: CollectionType.generic,
    name: 'SpaceExplorers',
    symbol: 'SE',

  // Mint a new NFT in the collection
  var mintResult = await nft.collection(collection.uuid).mint(IMintNftData(
    receivingAddress: '0x5BA8B0c24bA5307b67E619ad500a635204F73bF1',
    quantity: 1,
  print('Mint transaction hash: ${mintResult.transactionHash}');

  // List NFT collections
  var collections = await nft.listCollections(ICollectionFilters());

  // Transfer NFT ownership to another address
  await collection.transferOwnership('0x3fC91A3afd70395Cd496C647d5a6CC9D4B2b7FAD');

Identity #

The Identity module provides functionalities for validating wallet signatures and fetching identity data.

Usage example

import 'package:apillon_flutter/apillon_flutter.dart';

void main() async {
  var identity = Identity(ApillonConfig(
    key: 'yourApiKey',
    secret: 'yourApiSecret',

  // Generate a signing message for EVM wallet signature validation
  const customMessage = 'Identity EVM SDK test';
  var signingMessage = identity.generateSigningMessage(customMessage)["message"];
  print('Signing message: $signingMessage');

  var walletAddress = '0xa79bg13g2...';
  var signature = '0xYourSignature'; // signature obtained from the user's wallet by the client app

  // Validate EVM wallet signature
  var validationResult = await identity.validateEvmWalletSignature(IValidateEvmWalletSignature(
    walletAddress: walletAddress,
    message: signingMessage,
    signature: signature,
  print('Is valid: ${validationResult.isValid}');
  print('Address: ${validationResult.address}');

  // Get wallet identity profile for a Polkadot address
  var polkadotAddress = '5HqHQDGcHqS...',
  var identityProfile = await identity.getWalletIdentity(polkadotAddress);
  print('Identity Profile: ${identityProfile.subsocial['content']['name']}');