Java ConfigurationException类代码示例

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public CAPInboundAdapterDefinition()
{
	super(AdapterType.INBOUND);
	try
	{
		GeoEventDefinition md = new DefaultGeoEventDefinition();
		md.setName("SampleGeoEventDefinition");
		List<FieldDefinition> fieldDefinitions = new ArrayList<FieldDefinition>();
		fieldDefinitions.add(new DefaultFieldDefinition("track_id", FieldType.Long));
		fieldDefinitions.add(new DefaultFieldDefinition("location", FieldType.Geometry));
		md.setFieldDefinitions(fieldDefinitions);
		geoEventDefinitions.put(md.getName(), md);
	}
	catch (ConfigurationException ex)
	{
		;
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
@Override
public void afterPropertiesSet() {
	pointType = properties.get("pointType").getValueAsString();
	processWkid = (Integer)properties.get("wkid").getValue();
	outDef = properties.get("outdefname").getValueAsString();
	fds = new ArrayList<FieldDefinition>();
	try {
		//fds.add(new DefaultFieldDefinition("trackId", FieldType.String,
				//"TRACK_ID"));
		fds.add(new DefaultFieldDefinition("LocationTimeStamp", FieldType.Date, "TIMESTAMP"));
		
		//fds.add(new DefaultFieldDefinition("geometry", FieldType.Geometry));

		if ((ged = manager.searchGeoEventDefinition(outDef, definition.getUri().toString())) == null)
		{
			createDef = true;
		}
	}
	catch(ConfigurationException e)
	{
		LOGGER.error(e.getMessage());
	}
	
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
@Override
public void afterPropertiesSet() {
	mgrs = properties.get("mgrs").getValueAsString();
	overwrite = (Boolean) properties.get("overwrite").getValue();
	returnBB = (Boolean) properties.get("returnbb").getValue();
	if (overwrite)
		geofld = "GEOMETRY";
	else {
		geofld = properties.get("geofld").getValueAsString();
		try {
			FieldDefinition fd = new DefaultFieldDefinition(geofld,
					FieldType.Geometry);
			fds = new ArrayList<FieldDefinition>();
			fds.add(fd);
		} catch (ConfigurationException e) {
			// TODO Auto-generated catch block
			e.printStackTrace();
		}
	}
	newdef = properties.get("eventdef").getValueAsString();
	//accuracy = (Integer) properties.get("accuracy").getValue();
	
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
@Override
public Adapter createAdapter() throws ComponentException{
	try {
		return new CoTAdapterInbound(definition, guid);
	} catch (ConfigurationException e) {
		// TODO Auto-generated catch block
		e.printStackTrace();
		return null;
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
@Override
public Adapter createAdapter() throws ComponentException
{
	try
	{
		return new CoTAdapter(this, guid);
	} catch (ConfigurationException e)
	{
		throw new ComponentException(e.getMessage());
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public static void main( String[] args )
{
	try
	{
		//GeoEventDefinition cotDef = new DefaultGeoEventDefinition();
		FieldDefinition detailsField = new DefaultFieldDefinition("detail", FieldType.Group);
		CoTAdapterService service = new CoTAdapterService();
		service.getAdditionalSchemasFromXSDFolder(detailsField);
		report(0,detailsField);
	} catch (ConfigurationException e)
	{
		// TODO Auto-generated catch block
		e.printStackTrace();
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
@Override 
public void afterPropertiesSet()
{
	geofld = properties.get("geofld").getValueAsString();
	newdef = properties.get("eventdef").getValueAsString();
	accuracy = (Integer)properties.get("accuracy").getValue();
	try {
		FieldDefinition fd = new DefaultFieldDefinition("mgrs", FieldType.String);
		fds = new ArrayList<FieldDefinition>();
		fds.add(fd);
	} catch (ConfigurationException e) {
		// TODO Auto-generated catch block
		e.printStackTrace();
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public void afterPropertiesSet() {
	notificationMode = Validator.valueOfIgnoreCase(
			TrackIdleProcessorNotificationMode.class,
			getProperty("notificationMode").getValueAsString(),
			TrackIdleProcessorNotificationMode.OnChange);
	idleLimit = Converter.convertToInteger(getProperty("idleLimit")
			.getValueAsString(), 300);
	tolerance = Converter.convertToLong(getProperty("tolerance")
			.getValueAsString(), 50l);
	keepFields = (Boolean) getProperty("keepfields").getValue();
	outDefName = getProperty("outdefname").getValueAsString();


	fds = new ArrayList<FieldDefinition>();
	
	try {
		//fds.add(new DefaultFieldDefinition("trackId", FieldType.String,
				//"TRACK_ID"));
		fds.add(new DefaultFieldDefinition("idle", FieldType.Boolean));
		fds.add(new DefaultFieldDefinition("idleDuration", FieldType.Double));
		fds.add(new DefaultFieldDefinition("idleStart", FieldType.Date));
		//fds.add(new DefaultFieldDefinition("geometry", FieldType.Geometry));

		if ((ged = manager.searchGeoEventDefinition(outDefName, definition.getUri().toString())) == null)
		{
			createDef = true;
		}
	} catch (ConfigurationException e) {

	}

	// geoEventDefinitions.put(ged.getName(), ged);
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public ESDInboundAdapterDefinition()
{
	super(AdapterType.INBOUND);
	try
	{
		GeoEventDefinition md = new DefaultGeoEventDefinition();
		md.setName("ESDGeoEventDefinition");
		List<FieldDefinition> fieldDefinitions = new ArrayList<FieldDefinition>();
		fieldDefinitions.add(new DefaultFieldDefinition("track_id", FieldType.Long));  					// 0
		fieldDefinitions.add(new DefaultFieldDefinition("target_location", FieldType.Geometry));		// 1
		fieldDefinitions.add(new DefaultFieldDefinition("target_width", FieldType.Long));				// 2
		fieldDefinitions.add(new DefaultFieldDefinition("slant_range", FieldType.Long));				// 3
		fieldDefinitions.add(new DefaultFieldDefinition("sensor_pointing_azimuth", FieldType.Float));	// 4		
		fieldDefinitions.add(new DefaultFieldDefinition("sensor_elevation_angle", FieldType.Float));	// 5
		fieldDefinitions.add(new DefaultFieldDefinition("field_of_view", FieldType.Float));				// 6
		fieldDefinitions.add(new DefaultFieldDefinition("sensor_altitude", FieldType.Long));			// 7
		fieldDefinitions.add(new DefaultFieldDefinition("sensor_location", FieldType.Geometry));		// 8
		fieldDefinitions.add(new DefaultFieldDefinition("sensor_name_enum", FieldType.Short));			// 9
		fieldDefinitions.add(new DefaultFieldDefinition("collection_time", FieldType.Date));			// 10
		fieldDefinitions.add(new DefaultFieldDefinition("mission_number", FieldType.Long));				// 11
		fieldDefinitions.add(new DefaultFieldDefinition("mission_start_time", FieldType.Date));			// 12
		fieldDefinitions.add(new DefaultFieldDefinition("security_classification", FieldType.String));	// 13
		fieldDefinitions.add(new DefaultFieldDefinition("platform_code", FieldType.Short));				// 14
		md.setFieldDefinitions(fieldDefinitions);
		geoEventDefinitions.put(md.getName(), md);
	}
	catch (ConfigurationException ex)
	{
		;
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public GeoNamesOSMPOIProcessorDefinition()
{
	try
	{
		PropertyDefinition geoNamesUsernameProperty = new PropertyDefinition(GEONAMES_USERNAME_PROPERTY, PropertyType.String, "", "GeoNames Username (optional)", "If you purchased GeoNames Premium services, enter your username. If blank, a more limited free account will be used.", false, false);
		propertyDefinitions.put(GEONAMES_USERNAME_PROPERTY, geoNamesUsernameProperty);

		PropertyDefinition geoNamesOSMPOIsRadiusProperty = new PropertyDefinition(GEONAMES_OSMPOIsRADIUS_PROPERTY, PropertyType.Double, 1, "GeoNames OpenStreetmap POI Search Radius (Km)", "The distance from the geoevent's location within which to search for OpenStreetmap Points of Interest. Max for a free account = 1, max for a premium account = 3.", true, false);
		propertyDefinitions.put(GEONAMES_OSMPOIsRADIUS_PROPERTY, geoNamesOSMPOIsRadiusProperty);

		PropertyDefinition geoNamesOSMPOIsMaxRowsProperty = new PropertyDefinition(GEONAMES_OSMPOIsMAXROWS_PROPERTY, PropertyType.Integer, 50, "GeoNames OpenStreetmap POI Max Rows", "The maximum number of OpenStreetmap Points of Interest to return. Max for a free account = 50, max for a premium account = 150.", true, false);
		propertyDefinitions.put(GEONAMES_OSMPOIsMAXROWS_PROPERTY, geoNamesOSMPOIsMaxRowsProperty);

		GeoEventDefinition ged = new DefaultGeoEventDefinition();
		ged.setName("GeoNamesOSMPOI");
		List<FieldDefinition> fds = new ArrayList<FieldDefinition>();
		fds.add(new DefaultFieldDefinition("trackId", FieldType.String, "TRACK_ID"));
		fds.add(new DefaultFieldDefinition("timestamp", FieldType.Date, "TIME_START"));
		fds.add(new DefaultFieldDefinition("incidentId", FieldType.String));
		fds.add(new DefaultFieldDefinition("typeName", FieldType.String));
		fds.add(new DefaultFieldDefinition("distance", FieldType.Double));
		fds.add(new DefaultFieldDefinition("name", FieldType.String));
		fds.add(new DefaultFieldDefinition("lng", FieldType.Double));
		fds.add(new DefaultFieldDefinition("typeClass", FieldType.String));
		fds.add(new DefaultFieldDefinition("lat", FieldType.Double));
		fds.add(new DefaultFieldDefinition("geometry", FieldType.Geometry, "GEOMETRY"));
		ged.setFieldDefinitions(fds);
		geoEventDefinitions.put(ged.getName(), ged);

	}
	catch (PropertyException ex)
	{
		;
	}
	catch (ConfigurationException e)
	{
		// TODO Auto-generated catch block
		e.printStackTrace();
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
private GeoEvent processGeoEvent(GeoEvent geoEvent) throws MalformedURLException, JSONException, ConfigurationException, GeoEventDefinitionManagerException, FieldException
{
	if (geoEvent.getTrackId() == null || geoEvent.getGeometry() == null)
	{
		LOGGER.warn("NULL_ERROR: TrackID and/or Geometry is NULL.");
		return null;
	}

	Geometry geom = geoEvent.getGeometry().getGeometry();
	if (geom.isEmpty())
		return geoEvent;

	if (!Geometry.isPoint(geom.getType().value()))
		return geoEvent;

	if (Geometry.isMultiVertex(geom.getType().value()))
		return geoEvent;

	Point point = (Point) geom;

	double lon = point.getX();
	double lat = point.getY();
	int wkid = geoEvent.getGeometry().getSpatialReference().getID();

	// fetch nearest street address (reverse geocode) via ArcGIS Online World GeoCode service
	// The response format. Values: html | json | kmz 
	// The default response format is html.
	agolSearchFormat = "json"; 
	URL agolURL = new URL("http://geocode.arcgis.com/arcgis/rest/services/World/GeocodeServer/reverseGeocode?location=" + Double.toString(lon) + "," + Double.toString(lat) + "&distance=" + Integer.toString(agolSearchDistance) + "&outSR=" + Integer.toString(wkid) + "&f=" + agolSearchFormat);
	String addressJson = getReverseGeocode(agolURL);
	GeoEvent agolStreetAddress = augmentGeoEventWithAddress(geoEvent, addressJson);
	return agolStreetAddress;
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public void afterPropertiesSet()
{
	// read properties
	notificationMode = Validator.valueOfIgnoreCase(TrackIdleNotificationMode.class, getProperty("notificationMode").getValueAsString(), TrackIdleNotificationMode.OnChange);
	idleLimit = Converter.convertToInteger(getProperty("idleLimit").getValueAsString(), 300);
	tolerance = Converter.convertToLong(getProperty("tolerance").getValueAsString(), 50l);
	keepFields = (Boolean) getProperty("keepFields").getValue();
	outGedSuffixName = getProperty("outGedSuffixName").getValueAsString();
	accumulateIdleDuration = (Boolean) getProperty("accumulateIdleDuration").getValue();
	reportIdleDurationWhileNotIdle = (Boolean) getProperty("reportIdleDurationWhileNotIdle").getValue();

	// get the "TrackIdle" GED
	trackIdleGed = gedManager.searchGeoEventDefinition(TrackIdleDetectorDefinition.DEFAULT_TRACK_IDLE_GED_NAME, definition.getUri().toString());

	// prepare to augment track idle fields to a GED
	trackIdleFields = new ArrayList<FieldDefinition>();
	try
	{
		trackIdleFields.add(new DefaultFieldDefinition("idle", FieldType.Boolean));
		trackIdleFields.add(new DefaultFieldDefinition("idleDuration", FieldType.Double));
		trackIdleFields.add(new DefaultFieldDefinition("idleStart", FieldType.Date));
	}
	catch (ConfigurationException error)
	{
		LOGGER.error(error.getMessage(), error);
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
protected void readProperties() throws ConfigurationException
{
	if (hasProperty(HOST_NAME_PROPERTY))
		host = getProperty(HOST_NAME_PROPERTY).getValueAsString();
	else
		host = "localhost";

	if (hasProperty(PORT_PROPERTY))
		port = ((Integer) getProperty(PORT_PROPERTY).getValue());
	else
		port = 27017;

	if (hasProperty(DATABASE_NAME_PROPERTY))
		databaseName = getProperty(DATABASE_NAME_PROPERTY).getValueAsString();
	else
		databaseName = "db";

	if (hasProperty(USER_NAME_PROPERTY))
		userName = getProperty(USER_NAME_PROPERTY).getValueAsString();
	else
		userName = "";

	if (hasProperty(PASSWORD_PROPERTY))
		password = getProperty(PASSWORD_PROPERTY).getValueAsString();
	else
		password = "";

	if (hasProperty(COLLECTION_NAME_PROPERTY))
		collectionName = getProperty(COLLECTION_NAME_PROPERTY).getValueAsString();
	else
		collectionName = "GeoEvents";

	if (hasProperty(WRITE_CONCERN_PROPERTY))
	{
		String writeConcernString = getProperty(WRITE_CONCERN_PROPERTY).getValueAsString();
		writeConcern = WriteConcern.valueOf(writeConcernString);
	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public CoTAdapterService()
{
	super(AdapterType.INBOUND);
	try {
		try
		{
			propertyDefinitions.put(COT_TYPES_PATH_LABEL, new PropertyDefinition(COT_TYPES_PATH_LABEL, PropertyType.String, "", "CoT Types Path", "This is the complete path for the cot types file.", false, false) );
			propertyDefinitions.put(XSD_PATH_LABEL, new PropertyDefinition(XSD_PATH_LABEL, PropertyType.String, "", "XSD_Path", "This directory is where additional xsd files can be installed.  When the Adapter is installed, any xsd files found in this folder are used to add schema elements to the CoT GeoEvent Definition.", false, false ) );
			propertyDefinitions.put(MAXIMUM_BUFFER_SIZE_LABEL, new PropertyDefinition(MAXIMUM_BUFFER_SIZE_LABEL, PropertyType.Integer, ""+(1024*1024), "Maximum Buffer Size", "This is the maximum number of XML characters that will be stored in memory while looking for a complete Cursor on Target message.  If the adapter receives more than this amount of text, it will assume that it has somehow missed the end of the message, and it will scan for something that looks like the beginning of a new message.", false, false ) );
		} catch (PropertyException e)
		{
			// TODO Auto-generated catch block
			e.printStackTrace();
		}

		FieldDefinition detailField = new DefaultFieldDefinition("detail", FieldType.Group);

		getBuiltInSchemas(detailField);

		// INCLUDE the following line if we want to convert CoTTypes to
		// human readable. - NOTE load from JAR is OK.
		// coTHash=CoTUtilities.getCoTTypeMap(this.getClass().getResourceAsStream("/CoTTypes/CoTtypes.xml"));

		// INCLUDE the following line if we are going to extract attributes
		// from XSD files. -NOTE problem loading from JAR
		getAdditionalSchemasFromXSDFolder(detailField);

		GeoEventDefinition geoEventDefinition = new DefaultGeoEventDefinition();
		geoEventDefinition.setName("CoT");
		this.fieldDefinitions = new ArrayList<FieldDefinition>();
		fieldDefinitions.add(new DefaultFieldDefinition("version",
				FieldType.Double));
		fieldDefinitions.add(new DefaultFieldDefinition("uid",
				FieldType.String, "TRACK_ID"));
		fieldDefinitions.add(new DefaultFieldDefinition("type",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("2525b",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"typeDescription", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("how",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"parsedhow", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("time",
				FieldType.Date));
		fieldDefinitions.add(new DefaultFieldDefinition("start",
				FieldType.Date, "TIME_START"));
		fieldDefinitions.add(new DefaultFieldDefinition("stale",
				FieldType.Date));
		fieldDefinitions.add(new DefaultFieldDefinition("access",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("opex",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"opexDescription", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("qos",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"qosDescription", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("point",
				FieldType.Geometry, "GEOMETRY"));
		fieldDefinitions.add( detailField );

		

		geoEventDefinition.setFieldDefinitions(fieldDefinitions);
		geoEventDefinitions.put(geoEventDefinition.getName(),
				geoEventDefinition);
		guid = geoEventDefinition.getGuid();
	} catch (ConfigurationException ex) {

	}
}
 

import com.esri.ges.core.ConfigurationException; //导入依赖的package包/类
public CoTInboundAdapterDefinition(AdapterType type) {
	super(AdapterType.INBOUND);
	try {
		try
		{
			propertyDefinitions.put(COT_TYPES_PATH_LABEL, new PropertyDefinition(COT_TYPES_PATH_LABEL, PropertyType.String, "", "CoT_Types_Path", "This is the complete path for the cot types file.", false, false) );
			propertyDefinitions.put(XSD_PATH_LABEL, new PropertyDefinition(XSD_PATH_LABEL, PropertyType.String, "", "XSD_Path", "This directory is where additional xsd files can be installed.  When the Adapter is installed, any xsd files found in this folder are used to add schema elements to the CoT GeoEvent Definition.", false, false ) );
			propertyDefinitions.put(MAXIMUM_BUFFER_SIZE_LABEL, new PropertyDefinition(MAXIMUM_BUFFER_SIZE_LABEL, PropertyType.Integer, ""+(1024*1024), "Maximum Buffer Size", "This is the maximum number of XML characters that will be stored in memory while looking for a complete Cursor on Target message.  If the adapter receives more than this amount of text, it will assume that it has somehow missed the end of the message, and it will scan for something that looks like the beginning of a new message.", false, false ) );
			
		} catch (PropertyException e)
		{
			// TODO Auto-generated catch block
			e.printStackTrace();
		}

		FieldDefinition detailField = new DefaultFieldDefinition("detail", FieldType.Group);

		getBuiltInSchemas(detailField);

		// INCLUDE the following line if we want to convert CoTTypes to
		// human readable. - NOTE load from JAR is OK.
		// coTHash=CoTUtilities.getCoTTypeMap(this.getClass().getResourceAsStream("/CoTTypes/CoTtypes.xml"));

		// INCLUDE the following line if we are going to extract attributes
		// from XSD files. -NOTE problem loading from JAR
		getAdditionalSchemasFromXSDFolder(detailField);

		GeoEventDefinition geoEventDefinition = new DefaultGeoEventDefinition();
		geoEventDefinition.setName("CoT");
		this.fieldDefinitions = new ArrayList<FieldDefinition>();
		fieldDefinitions.add(new DefaultFieldDefinition("version",
				FieldType.Double));
		fieldDefinitions.add(new DefaultFieldDefinition("uid",
				FieldType.String, "TRACK_ID"));
		fieldDefinitions.add(new DefaultFieldDefinition("type",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("2525b",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"typeDescription", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("how",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"parsedhow", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("time",
				FieldType.Date));
		fieldDefinitions.add(new DefaultFieldDefinition("start",
				FieldType.Date, "TIME_START"));
		fieldDefinitions.add(new DefaultFieldDefinition("stale",
				FieldType.Date));
		fieldDefinitions.add(new DefaultFieldDefinition("access",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("opex",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"opexDescription", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("qos",
				FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition(
				"qosDescription", FieldType.String));
		fieldDefinitions.add(new DefaultFieldDefinition("point",
				FieldType.Geometry, "GEOMETRY"));
		fieldDefinitions.add( detailField );
		

		geoEventDefinition.setFieldDefinitions(fieldDefinitions);
		geoEventDefinitions.put(geoEventDefinition.getName(),
				geoEventDefinition);
		guid = geoEventDefinition.getGuid();
	} catch (ConfigurationException ex) {

	} 
}