• No results found

Sonos Music Service – Thesis Description The CloudMe service have many different clients

N/A
N/A
Protected

Academic year: 2021

Share "Sonos Music Service – Thesis Description The CloudMe service have many different clients"

Copied!
1
0
0

Loading.... (view fulltext now)

Full text

(1)

Xcerion AB, Box 569, 581 07 Linköping, Sweden – Xcerion.com

Copyright Xcerion AB 2012, all rights reserved. Xcerion and CloudMe are trademarks of Xcerion.

Thesis Description

- 1 -

Your online computer

– Your friends, files and digital life on any device

Xcerion delivers the CloudMe.com consumer service (with over 550 000 users world-wide from 170 countries). The CloudMe online computer (formerly known as iCloud) is the cloud computer for consumers, an online media and file server for streaming and sharing. It enables ubiquitous computing reaching out with connectivity to all kinds of devices.

With the CloudMe ubiquitous Cloud Convergence platform all devices can be connected.

Sonos Music Service – Thesis Description

The CloudMe service have many different clients; A virtual desktop, iPhone app, Android app, Easy Upload that installs on Windows, Mac and Linux and WebDAV. All these different clients use a set of public web services API’s exposed as a Service Oriented Architecture (SOA). These back-end server API’s of CloudMe (currently over 100 state-less XML Web Service / REST API’s) expose the core functionality of the service to these clients.

The main objective of this thesis is to make CloudMe available as a streaming music service from any Sonos wireless hifi system. Today Sonos support services like Spotify and WiMP, but with the addition of CloudMe, all your own private music could also be available through a Sonos player without the need of having a computer turned on. CloudMe is always on and is a much more natural way of accessing your music library on a Sonos player. The Sonos Music API should be used to access and communicate with CloudMe’s server API’s. Since Sonos use SOAP / XML Web Services to communicate, the Sonos SOAP calls (in total 12 methods) needs to be translated into CloudMe SOAP calls compatible with the CloudMe API http://blog.sonos.com/news/introducing-sonos-labs/

All documentation will be done in English and applicant must be fluent in English writing.

The applicant must be very structured and have previous knowledge of Java and/or C++

programming. Prior knowledge of XML and/or XML Web Services is a plus.

This work is suitable for a bachelor or master thesis (depth of work can be adapted).

All work will be done from the Xcerion main office at Drottninggatan 23, Linköping.

Additional Thesis Work

Xcerion might have more thesis work if students are interested.

Contact

Daniel Arthursson, COO +46 13-21 44 00

daniel.arthursson@xcerion.com

References

Related documents

All these different clients use a set of public web services API’s exposed as a Service Oriented Architecture (SOA) by the CloudMe back-end (XML Web Services and REST API’s)..

The main objective of this thesis is to identify the 60 most important methods, to use our internal documentation and publish information about them on our public developer Wiki and

The thesis work will be about creating a user interface metaphor for Easy Upload, making it easy to understand that the original will be in the cloud and all versions of a file

This thesis will be about to survey the market for open source solutions providing Microsoft Exchange Protocol compliance that can be integrated to the back-end server API’s of

The main objective of this thesis is to extend the existing WebDAV server with CloudMe’s existing functionality for sharing that is used and available through some of the

Detta betyder med andra ord att min hypotes om att personer som lyssnar på RnB skulle vara mer mottagliga för Digster inte stämmer?. Detta är aningen underligt med tanke på att

After the first solo comes the drums solo first accompanied by piano, bass and baritone saxophone playing parts of the bass riff, the rest of the band joins playing parts of

The core-level binding-energy shifts were calculated within density-functional theory according to the complete screening picture for the eight fcc random alloys, AgPd, NiPd,