What I need is to create a android game app where user interact with each other.
And user can chat as well.
I was in the initial R & D face, I was looking into the ways I can implement push to the android device.
What I found was over net is the following two poular ways:
1) using nodejs.
2) using google cloud messaging.
But the problem is:
nodejs: nodejs is a javascript library it will NOT work for background processes.
google cloud messaging : I don't want to use it; because it is google dependent and I may want to connect blackberry, windows and android as well.
Any one with a better solution or Am wrong somewhere ??
Related
I'm designing analytic platform and planning to develop a mobile SDK to push our custom analytics data into the platform. So I'd like to implement it how Firebased SDK implemented the same thing. I'm just wandering what is the mechanisms used in firebase SDK to achieve this. For example, is it calling APIs to back end or establishing a Websocket connection with back end or any other mechanism to push data into server. Is there any Queue mechanism used in to push multiple events in to server. Some guidance will be really apricated. Initially planning to develop SDK for react-native and will add more frameworks. Also I want to highlight this platform will be developed on AWS environment. Hence would like to know is there any special products related to AWS when its come to capture and store events.
The Google Analytics SDK for Firebase makes HTTP calls to its backend servers, passing gRPC-endoded messages back and forth.
Is it possible to use Google Analytics with Android Wear directly?
Meaning, can I create Trackers etc... directly in my wear app, or do I have to send the data to the handset as a proxy to the analytics service?
UPDATE: I have tried using Analytics directly from the Wearable, and so far I'm getting nothing (nothing shows up in the analytics dashboard, and there are no logs pertaining to anything analytics related).
Android Wear devices aren't directly connected to the internet so you can't use the Google Analytics API directly. You have to forward the events from the Wear device to your host device (which is connected to the internet), and that will then talk to Google Analytics.
Here's a snippet that shows you how to do that, although for a slightly different use case.
At Segment, we've developed an extension to our Android library that lets you use Analytics for a ton of tools from Android Wear. So instead of having to write your own code to forward all the events, you can just do WearAnalytics.with(context).track(...).
Disclaimer: I work for Segment, and developed the Android library above.
As per this link, using messages and data items is the only way to work with Google Analytics on a wearable.
I have created app engine app (using Python)(devappdemo.appspot.com).
Now i want to create an android app for the same which should access the same datastore.
I googled it and i found that it can be done with CloudEndPoints but dont know from where to start how it can be done. Please suggest any tutorials or step by step instructions to do it.
Google Cloud Endpoints would be the easiest way at the moment to get started with it. Here is the overview and tutorial.
Cloud Endpoints will help you generate the Endpoint API (REST API) and it also helps to generate the Android client code, that you can easily integrate into your Android application.
If you already have exposed your Python application over Web Services, you could directly use that from your Android application.
I'm really new to mobile world, so I'd like to get some opinion from experienced people.
After several days searching over the internet, I'm wondering if it's possible
integrate Appcelerator Cloud Services to a custom website made with ASP.NET, for example.
Although my mobile application, built with Titanium, it's linked to ACS, and works fine, I don't know if
it's possible to manage data stored in ACS from a custom website. To clarify, in one point there is my mobile application
talks to a webserver (ACS, for example) and other point there is a website, to manage the data stored in ACS.
What do you think, someone achieved this?
Or is it preferable to write a webserver from the scratch, store my data in somewhere, and forget about ACS?
Thank you.
Appcelerator says
Appcelerator Cloud Services (ACS) is a Mobile Backend as a Service
(MBaaS), offering a fast and easy way to build connected mobile apps.
Choose from a library of services such as push notification, status
updates, photo storage, and social integration, or create your own
custom cloud services.
Here in this page - Getting Started: Using the Javascript SDK - you can see how we can use javascript SDK which lets you access the Appcelerator Cloud Services server through some simple to use JavaScript calls. You can use this to develop web-based app.
ACS has a REST API which you can access through anything that supports xhr (which .NET does). For instance, to create a new user in ACS, you use the following link:
https://api.cloud.appcelerator.com/v1/users/create.json?key=YOUR APP APP KEY?email=john.smith#company.com&role=teacher
There are other properties you can tag onto the querystring to create a new user from a REST call. They have a complete API using REST. It's all documented. You can even send push notifications to devices from your custom website using the REST API! It's pretty cool.
http://cloud.appcelerator.com/docs/api/v1/users/create#rest
Good luck!
Closed. This question needs to be more focused. It is not currently accepting answers.
Want to improve this question? Update the question so it focuses on one problem only by editing this post.
Closed 5 years ago.
Improve this question
I would like to add chat functionality with online user in gmail in android. how to add chat feature in my own application in android?
I want to show an online user in google maps which is nearest to the area which I have selected and have the ability to chat with that online user
To add chat to an Android application there are a number of options. I'll present the options ordered by the amount of development expertise that's required - from least to most.
Using a real-time backend service
There are a number of companies offering real-time backend services. These services would provide you with an SDK which allows your app to access their servers. Using the SDK you would be able to stream data between devices.
Here is a list of the most popular services:
Firebase
Google owned real-time database which uses WebSockets and MongoDB as it's core technology stack. The service allows you to save data in a no-SQL database and then register to receive real-time updates when that data changes. They also offer services for push notification and file storage. There is also a third party open source messaging framework available for iOS and Android.
Firebase have a library called GeoFire which allows you to make your apps location aware.
Pusher / PubNub
I've grouped these together because they are quite similar. They provide real-time streaming infrastructure and technology. You can establish channels between groups of devices and stream data between them. They don't provide any means to authenticate users so you would need an app server.
Quickblox
Quickblox is targeted specifically at the instant messaging market and they use an XMPP server on the backend. Since they use XMPP, this service has a lot of messaging features built in like privacy lists and typing indicators. They provide a reasonable but basic example messaging app.
Layer
Layer is half way between Quickblox and PubNub / Pusher. They offer a streaming platform which is targeted towards instant messaging. They have some messaging features like basic blocking but this isn't a full scale messaging implementation like Quickblox. They have a library of UI components that can be used to help build a complete app - Atlas.
If you use a backend as a service you will always have to build the chat client yourself. If you go with one of the more general purpose options like Firebase, you will also have to build your own messaging protocol.
These services will save you time when it comes to the real-time server implementation, server configuration and scaling.
XMPP
Another option is to host an XMPP server yourself. There are a number of open source XMPP servers available:
ejabberd
Prosody
OpenFire
XMPP servers will provide you with a large amount of messaging functionality out of the box. They generally don't include any location awareness but this could be solved by configuring the server to host the user database on a separate server - that would allow you to add extra tables to handle the geolocation. An alternative would be to use presence to update relevant devices when a user's location changed by a certain amount.
To build the client I would recommend using Smack. Since XMPP is an open standard, your client should be able to work with third party XMPP servers and clients.
If you don't want to build the client yourself there are a number of open source projects (mostly under copy left licenses) which could act as a starting point. Xabber would be one example but you can find more by searching. Alternatively, you could use this a commercial open source project.
Building the server yourself
The final option is to build the messaging server yourself. This has the benefit that you could add the features you need and keep it reasonably simple. A good approach would be to use Symfony and the WebSocket Bundle for the real-time back end and Android WebSockets for the client. Using this approach you would have a lot of flexibility implementing the geo location functionality.
I & my team, we are working on Backend as a Service platform called QuickBlox.
We have great example how to integrate Map/Chat features to your application:
Simple Android Map/Chat application: https://quickblox.com/developers/Android_XMPP_Chat_Sample
We have been working very closely with the developer community and have developed Applozic Chat SDK which takes just 10 mins for integration. Give it a try: Applozic
Sample code with open source sdk is available in Github: https://github.com/AppLozic/Applozic-Android-SDK
I dont know about the about GMaps but for implementing chat you can try following link
Xmpp
Adding a chat functionality, you can use Firebase or XMPP.
For choosing the right option you may prefer this
https://www.quora.com/Which-protocol-is-better-to-develop-a-chat-web-app-using-Firebase-XMPP-or-HTTP
OR
If you have strong knowledge of backend technologies, go ahead with your own. And the same time, there is also an instant solution available in the market that helps to integrate the additional functionality more easily.
We provide a real time chat SDK solution called ChatCamp. You would be able to add chat functionality to your Android app quickly with the help of ChatCamp SDK. Here is the link to Android quick start guide - https://docs.chatcamp.io/docs/android-chat-quickstart. Also, it is possible to order the user list based on the distance from a particular location or you may show online users on top of Google Maps.