3 Android Problems for $1,000

Read this project description to its entirety before applying. We will provide you with a CVS repository containing an Android App with: (a) a MapView (b) A [login to view URL] file containing 10 telephone numbers and 100 addresses The first two address are the origin and destinations respectively. We will also provide you a link to the solution on [login to view URL] for MakeRoute. Below are the three Android problems. Android Dialer Add a “Dial” and “Hang-Up” button to the MapView The Dial button will: (a) dial the first number in the [login to view URL] file (b) keeping the MapView visible (i.e. dial in the background) The Hang-Up button will: (a) disconnect the number while (b) keeping the Dialer activity active (i.e. dialer in the background) Note: It’s possible for you to create a solution that works on the AVD, but fails when it runs on certain Android phones. Maps API Use the Google Maps API to connect each of the 100 addresses in the [login to view URL] Parse the JSON object returned by the Maps API call Store the results of the parse in a SqlLite Database The table columns are: (a) address, (b) geopoint, (c) *polyLine string, (d) *distance. Hint: The route does NOT have to be “optimized” and this requires a trick. (*) from current address to the next address. MakeRoute Import the solution code to the Android project. Use the code to calculate a route using the provided addresses. Write the route to the same SqlLite Database you created in Maps API Display the route on the map. The result should look something like this (see attached file): fig 1. output of MakeRoute In general, the Dialer problem is the easiest and MakeRoute is the hardest. This is primarily due to a limit of the Google Maps API. Feel free to use any short-cuts, open source libraries or your own code. We will review every line of code. Dev. team or Individual MUST be available daily for at least two hours during our work hours (10am-6pm PST). All communication must be mutually documented and noted for clarity and consistency. Daily committing of code to CVS and Google App Engine is mandatory. To that end, the chosen team will need to sign a legally binding confidentiality agreement and sign over the rights to the final implemented project. Critical Skills: Android SDK 2.1+ Google Maps API Computer Science expertise with emphasis on algorithms, data structures, complexity & asymptotic performance Important Note: In order for your application to be considered, please complete our Candidate Application. Link: [Removed by Admin]