Prepare with Microsoft 70-544 exam torrent, pass for sure

You are creating a Virtual Earth 6.0 application. The application will use data that is stored in the Microsoft MapCruncher output format.
The MapCruncher output is defined in the following manner:
var tileSrc =
http://dev.live.com/virtualearth/sdk/layers/layer1
You need to ensure that the application displays the data as a new layer on the Virtual
Earth map.
Which code segment should you use?

• A. var tileSourceSpec = new VETileSourceSpecification("layer1/%4.png", tileSrc); map.AddTileLayer(tileSourceSpec, true);
• B. var tileSourceSpec = new VETileSourceSpecification("layer1", tileSrc + /%1.png); map.AddTileLayer(tileSourceSpec, true);
• C. var tileSourceSpec = new VETileSourceSpecification("layer1", tileSrc + "/%4.png"); map.AddTileLayer(tileSourceSpec, true);
• D. var tileSourceSpec = new VETileSourceSpecification("layer1", tileSrc + /%4); map.AddTileLayer(tileSourceSpec, true);

Your company salesman plans to visit five customers located in five different cities. You need to display the shortest route that covers all five customer locations on a Web-based map. What should you do?

• A. Call the Route.Calculate method and the Waypoints.Optimize method.
• B. Call the VEMap.GetRoute method. Set the route type to shortest.
• C. Call the RouteServiceSoap.CalculateSimpleRoute method by using the MapPoint.World datasource, an array with latitude and longitude values, and the value shortest for the
  SegmentPreference parameter. Call the RenderServiceSoap.GetMap method.
• D. Call the RouteServiceSoap.CalculateSimpleRoute method by using the
  MapPoint.WorldRoutable data source, an array with latitude and longitude values, and the value shortest for the SegmentPreference parameter. Call the RenderServiceSoap.GetMap method.

You need to display a navigation control that permits the rotation of a three-dimensional
Virtual Earth 6.0 map. Which code segment should you use?

• A. function GetMap() { map = new VEMap('myMap'); map.LoadMap(null, null, null, true ,
  VEMapMode.Mode3D); map.Show3DNavigationControl(); }
• B. function GetMap() { map = new VEMap('myMap'); map.LoadMap();
  map.Show3DNavigationControl(); }
• C. function GetMap() { map = new VEMap('myMap'); map.LoadMap(null, null, null, false ,
  VEMapMode.Mode3D); }
• D. function GetMap() { map = new VEMap('myMap'); map.LoadMap();
  map.SetMapMode(VEMapMode.Mode3D); map.Hide3DNavigationControl(); }
• E. function GetMap() { map = new VEMap('myMap'); map.LoadMap(null, null, null, true ,
  VEMapMode.Mode3D); map.Hide3DNavigationControl(); }

You upload territory information to a data source on the Microsoft MapPoint Web Service.
You receive the coordinates of a moving vehicle every 30 seconds. You need to identify the territory where the vehicle is currently located. Which two actions should you perform?
(Each correct answer presents part of the solution. Choose two.)

• A. Create a FindPolygonSpecification object by using the LatLongRectangleSpatialFilter class.
• B. Call the FindByProperty method.
• C. Create a FindPolygonSpecification object by using the LatLongSpatialFilter class.
• D. Call the FindById method.
• E. Call the FindPolygon method.

A Virtual Earth 6.0 application loads locations from a local Microsoft SQL Server 2005 database. You update locations in the database manually. You plan to automate the manual process. You need to ensure that the automation process updates the maximum number of locations in the least amount of time. What should you do?

• A. Push all locations to Customer Data Services by using the BatchGeocodeSpecification class, and retrieve the results.
• B. Call the Find method for each location by using Microsoft MapPoint Web Service.
• C. Call the FindAddress method for each location by using Microsoft MapPoint Web
  Service.
• D. Push all locations to Customer Data Services by using the UploadSpecification class, and retrieve the results.