public void TestAddLayer()
{
_utils = new EarthNamedpipeAPIUtils();
_utils.OnNotify += GetMessageFromArcGISEarth;
Connect();
List <LayerTestCase> lyrs = GetTestCases();
AddLayers(lyrs);
}
public void TestGetCameraJson()
{
if (_utils == null)
{
_utils = new EarthNamedpipeAPIUtils();
string rlt = Connect().Result;
Assert.AreEqual(EarthNamedpipeAPIUtils.cSuccess, rlt);
}
double lng;
double lat;
double alt;
double heading;
double pitch;
int wkid;
string cameraJson = _utils.GetCamera();
Assert.IsTrue(EarthNamedpipeAPIUtils.PaserCameraJson(cameraJson, out lng, out lat, out alt, out heading, out pitch, out wkid));
}
public void TestSetCamera()
{
if (_utils == null)
{
_utils = new EarthNamedpipeAPIUtils();
string rlt = Connect().Result;
Assert.AreEqual(EarthNamedpipeAPIUtils.cSuccess, rlt);
}
double lng = 100;
double lat = 10;
double alt = 5000000;
double heading = 0;
double pitch = 0;
int wkid = 4326;
string cameraJson = EarthNamedpipeAPIUtils.ConstructCameraJson(lng, lat, alt, heading, pitch, wkid);
Assert.AreEqual(EarthNamedpipeAPIUtils.cSuccess, _utils.SetCamera(cameraJson));
}
public MainWindowViewModel()
{
// Initialize variable and property.
_utils = new EarthNamedpipeAPIUtils();
InputString = "";
OutputString = "";
ConnectEarthCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.Connect));
GetCameraCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.GetCamera));
SetCameraCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.SetCamera));
FlyToCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.FlyTo));
AddLayerCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.AddLayer));
ClearLayersCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.ClearLayers));
GetSnapshotCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.GetSnapshot));
GetLayerLoadStatusCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.GetLayerLoadStatus));
GetWorkspaceCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.GetWorkspace));
ImportWorkspaceCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.ImportWorkspace));
GetCameraCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.GetCamera));
RemoveLayerCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.Removelayer));
ClearInputBoxCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.ClearInputputBox));
ClearOutputBoxCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.ClearOutputBox));
HelpCommand = new FunctionTypeCommand(e => ExecuteFuction(FunctionType.Help));
}
public async void ExecuteFuction(FunctionType functionType)
{
string inputString = TextInfo;
string outputString = "";
if (_utils == null)
{
_utils = new EarthNamedpipeAPIUtils();
_utils.OnNotify += GetMessageFromArcGISEarth;
}
switch (functionType)
{
case FunctionType.AddLayer:
{
// inputString is Json description of layer
outputString = _utils.AddLayer(inputString);
break;
}
case FunctionType.ClearLayers:
{
// inputString is Json description of target
outputString = _utils.ClearLayers(inputString);
break;
}
case FunctionType.Connect:
{
// inputString is path of arcgis earth
outputString = await _utils.Connect(inputString);
break;
}
case FunctionType.FlyTo:
{
outputString = _utils.FlyTo(inputString);
break;
}
case FunctionType.GetCamera:
{
outputString = _utils.GetCamera();
break;
}
case FunctionType.GetSnapshot:
{
outputString = _utils.GetSnapshot(inputString);
break;
}
case FunctionType.SetCamera:
{
outputString = _utils.SetCamera(inputString);
break;
}
case FunctionType.Help:
{
//outputString = File.ReadAllText("C:\\Projects\\arcgisearth-namedpipe-client\\EarthAPITest\\EarthAPITest\\examples.txt");
outputString = "Example of parameters:\r\n\r\nConnect (Note, it is not belong to API)\r\nC:\\Projects\\earth\\output\\earth_windesktop_release\\bin\\ArcGISEarth.exe\r\n\r\nSetCamera\r\n{ \r\n \"mapPoint\":{ \r\n \"x\":-97.283978521275117,\r\n \"y\":48.422233665100165,\r\n \"z\":11000000,\r\n \"spatialReference\":{ \r\n \"wkid\":4326\r\n }\r\n },\r\n \"heading\":0.0,\r\n \"pitch\":0.10000000000019954\r\n}\r\n\r\nFlyTo\r\n{ \r\n \"camera\":{ \r\n \"mapPoint\":{ \r\n \"x\":-92,\r\n \"y\":41,\r\n \"z\":11000000,\r\n \"spatialReference\":{ \r\n \"wkid\":4326\r\n }\r\n },\r\n \"heading\":0.0,\r\n \"pitch\":0.099999999996554886\r\n },\r\n \"duration\":2\r\n}\r\n\r\nAddLayer\r\n{ \r\n \"type\":\"MapService\",\r\n \"URI\":\"https://services.arcgisonline.com/ArcGIS/rest/services/World_Imagery/MapServer\",\r\n \"target\":\"OperationalLayers\"\r\n}\r\n\r\nClearLayers\r\n{ \r\n \"target\":\"ElevationLayers\"\r\n}\r\n\r\nGetSnapshot (Note, the input parameters is Bitmap instead of string in API)\r\nD:/earth.jpg";
break;
}
case FunctionType.ClearTextBox:
{
outputString = "";
break;
}
case FunctionType.CloseConnect:
{
_utils.CloseConnect();
break;
}
}
TextInfo = outputString;
}
private SyncToArcGISEarthButton()
{
_utils = new EarthNamedpipeAPIUtils();
}
