Send data with sound.
Sign up at the Chirp Developer Hub
Copy and paste your Chirp app key, secret and chosen configuration into the example application
await ChirpSDK.init(_appKey, _appSecret);
await ChirpSDK.setConfig(_appConfig);
await ChirpSDK.start();
Please see the example for a more detailed run through of how to use the Chirp SDK. For example the Chirp SDK async methods must called inside a Future async parent method.
To grant iOS apps permission to use the microphone, you will need to add a Privacy - Microphone Usage Description
statement to the Info.plist in the Runner xcode project.
For Android you will need to edit the AndroidManifest.xml file to include
<uses-permission android:name="android.permission.MODIFY_AUDIO_SETTINGS" />
<uses-permission android:name="android.permission.RECORD_AUDIO" />
<uses-permission android:name="android.permission.INTERNET" />
<uses-permission android:name="android.permission.ACCESS_NETWORK_STATE" />
Chirp SDKs accept data as an array of bytes, creating a versatile interface for all kinds of data. However in most cases, Chirp is used to send a short identifier. Here is an example of how to send a short string with the Chirp SDK.
String identifier = "hello";
var payload = new Uint8List.fromList(identifier.codeUnits);
await ChirpSDK.send(payload);
It is worth noting here that the send method will not block until the entire payload has been sent, but just as long as it takes to pass the message to the SDK. Please use the onSent callback for this purpose.
To receive data you can listen for received events like so
ChirpSDK.onReceived.listen((e) {
String identifier = new String.fromCharCodes(e.payload);
});
A received event includes the payload and the channel for multichannel configurations.
There are several other callbacks available which are illustrated in the example.
This project aims to be a community driven project and is open to contributions. Please file any issues and pull requests at GitHub Thank you!