70-544最も有効な質問と解答で勉強

申し込みから受験まで日数がない場合でも、Tech4Examならお支払い後すぐに70-544練習問題をダウンロードして学習を始められます。2026年のMicrosoft TS: Ms Virtual Earth 6.0, Application Development受験を控えた方の忙しいスケジュールにも対応できる即時納品です。

Microsoft 70-544 試験概要:

Microsoft 70-544 試験シラバストピック:

70-544試験のQ&A – 受験前に知っておきたいこと

Microsoft TS: Ms Virtual Earth 6.0, Application Development 認定 70-544 試験問題：

問題 #1

You are creating a Web application by using the Virtual Earth 6.0 map control. A Web page of the application provides navigational aid to the users.
When the Web page loads, it must meet the following requirements:
The map must appear in the two-dimensional mode.
The users must be able to view the roads on the map and navigate through the map.
The users must not be able to change the map to the three-dimensional mode.
You need to ensure that the Web page meets the requirements.
Which code segment should you use?

A. map.LoadMap(new VELatLong(-33.85,18.6), 11,'r', true, VEMapMode.Mode2D, false);
B. map.LoadMap(new VELatLong(-33.85,18.6),11,'r', false, VEMapMode.Mode2D, true);
C. map.LoadMap(new VELatLong(-33.85,18.6),11,'r', true, VEMapMode.Mode2D, true);
D. map.LoadMap(new VELatLong(-33.85,18.6),11,'r', false, VEMapMode.Mode2D, false);

問題 #2

The locations of the vehicles of your company are available as coordinates. You need to display only the current location of a vehicle on a Virtual Earth 6.0 base map layer. What are two possible code segments you can use to achieve this goal? (Each correct answer presents a complete solution. Choose two.)

A. map = new VEMap('myMap'); map.LoadMap(); map.AddPushpin(new
VELatLong(longitude, latitude));
B. map = new VEMap('myMap'); map.LoadMap(); map.AddPushpin(new
VELatLong(latitude, longitude));
C. map = new VEMap('myMap'); map.LoadMap(); shape = new
VEShape(VEShapeType.Pushpin, new VELatLong(latitude, longitude));
map.AddShape(shape);
D. map = new VEMap('myMap'); map.LoadMap(); layer = new VEShapeLayer(); map.AddShapeLayer(layer); shape = new VEShape(VEShapeType.Pushpin, new
VELatLong(latitude, longitude)); layer.AddShape(shape);
E. map = new VEMap('myMap'); map.LoadMap(); layer = new VEShapeLayer(); map.AddShapeLayer(layer); shape = new VEShape(VEShapeType.Pushpin, new
VELatLong(longitude, latitude)); layer.AddShape(shape);

問題 #3

DRAG DROP - (Topic 1)
Your customer is using a Virtual Earth 6.0 map. The pushpins on the map represent apartments.
You need to ensure that the customer can display the rooms in the apartments along with related information. The information must appear in a tabular format on a scratch pad.
Which sequence of four steps should you perform after loading the map? (To answer, move the four appropriate actions from the list of actions to the answer area and arrange them in the correct order.)

問題 #4

The intranet site of your company displays an interactive map with a table. You need to ensure that the data row associated with a specific pushpin on the map is highlighted when a user points the mouse to the pushpin. Which two actions should you perform? (Each correct answer presents part of the solution. Choose two.)

A. Use the VEMap.onmouseover event to capture user interaction. Create a JavaScript function for highlighting the row in the table.
B. Use the VEMap.onmousemove event to capture user interaction. Create a JavaScript function for highlighting the row in the table.
C. Use the VEMap.AttachEvent method to attach a mouse event to the VEMap object that calls a function.
D. Use the VEMap.onLoadMap event to specify a function call.

問題 #5

You create a Microsoft MapPoint Web Service application that accepts routes from users.
You need to find points of interest that are within one mile of a route or within three miles of the endpoints of the route. What are two possible ways to achieve the goal? (Each correct answer presents a complete solution. Choose two.)

A. findNearRouteSpec.Distance = 1; findResults =
findService.FindNearRoute(findNearRouteSpec); foundLocations.Add(findResults); findNearbySpec.Distance = 3; foreach (Segment segment in route.Itinerary.Segments) { foreach (Direction direction in segment.Directions) { findNearbySpec.LatLong = direction.LatLong; findResults = findService.FindNearby(findNearbySpec); foundLocations.Add(findResults); } }
B. findNearRouteSpec.Distance = 1; findResults =
findService.FindNearRoute(findNearRouteSpec); foundLocations.Add(findResults); findNearbySpec.Distance = 3; foreach (Segment segment in route.Itinerary.Segments) { findNearbySpec.LatLong = segment.Waypoint.Location.LatLong; findResults = findService.FindNearby(findNearbySpec); foundLocations.Add(findResults); }
C. findNearRouteSpec.Distance = 1; findResults =
findService.FindNearRoute(findNearRouteSpec); foundLocations.Add(findResults); findNearbySpec.Distance = 3; findNearbySpec.LatLong = startLatLong; findResults = findService.FindNearby(findNearbySpec); foundLocations.Add(findResults); findNearbySpec.LatLong = endLatLong; findResults =
findService.FindNearby(findNearbySpec); foundLocations.Add(findResults);
D. findNearRouteSpec.Distance = 1; findResults =
findService.FindNearRoute(findNearRouteSpec); foundLocations.Add(findResults); findNearbySpec.Distance = 3; foreach (FindResult findResult in findResults.Results) { findNearbySpec.LatLong = findResult.FoundLocation.LatLong; findResults = findService.FindNearby(findNearbySpec); foundLocations.Add(findResults); }

解説：