void SendMessage()
{
mWaiting.SetActive(true);
PublishOptions publishOptions = new PublishOptions();
if (mForceNotify == true)
{
publishOptions.AddHeader(PublishOptions.ANDROID_TICKER_TEXT_TAG, mSendMessage);
publishOptions.AddHeader(PublishOptions.ANDROID_CONTENT_TITLE_TAG, "Backendless example");
publishOptions.AddHeader(PublishOptions.ANDROID_CONTENT_TEXT_TAG, mSendMessage);
}
DeliveryOptions deliveryOptions = new DeliveryOptions();
deliveryOptions.PushBroadcast = DeliveryOptions.ALL;
AsyncCallback<MessageStatus> callback = new AsyncCallback<MessageStatus>(
status =>
{
mIsSendMessageFinish = true;
mIsSendMessageSuccess = true;
},
fault =>
{
mResultMessage = "Error\n\nCode = " + fault.FaultCode + "\nMessage = " + fault.Message;
mIsSendMessageFinish = true;
mIsSendMessageSuccess = false;
});
Backendless.Messaging.Publish(mSendMessage, publishOptions, deliveryOptions, callback);
}
public void cancelScheduleMessageWithWasPublishedTest()
{
try
{
string channel = "testChannel";
object message = "Test message! Hello Word!!!";
Dictionary<string, string> dict = new Dictionary<string, string>();
dict.Add("City", "Kiev");
dict.Add("Temp", "22");
PublishOptions option = new PublishOptions
{
PublisherId = "testPublisher",
Headers = dict
};
DeliveryOptions delivery = new DeliveryOptions
{
};
var m = messagingService.Publish(message, channel, option);
var cancel = messagingService.Cancel(m.MessageId);
Assert.IsNotNull(cancel);
}
catch (BackendlessException ex)
{
Assert.AreEqual("5040", ex.Code);
}
}