/**
* Adds the layer with the information in an XML entity and the specified name, to this collection
* of layers.
*
* <p>This method really executes the addition, considering the kind of layer (<code>FLyrVect
* </code>, <code>FLyrAnnotation</code>, <code>FLyrRaster</code>, a collection of layers (<code>
* FLayers</code>), or another kind of layer (<code>FLayer</code>)), and the driver in the layer.
*
* @param xml tree-node structure with information about layers
* @param name name of the layer to add
* @throws LoadLayerException if fails loading this layer.
*/
private void addLayerFromXML(XMLEntity xml, String name) throws LoadLayerException {
FLayer layer = null;
try {
if (name == null) {
name = xml.getName();
}
String className = xml.getStringProperty("className");
Class clase = Class.forName(className);
layer = (FLayer) clase.newInstance();
if (FLayers.class.isAssignableFrom(clase)) {
((FLayers) layer).setMapContext(getMapContext());
((FLayers) layer).setParentLayer(this);
// layer = new FLayers(getMapContext(),this);
layer.setXMLEntity(xml);
} else {
// Capas Nuevas (externas)
layer.setName(name);
layer.setXMLEntity(xml);
layer.load();
}
// //TODO VCN FLyrAnnotation es un parche para no tener que duplicar todo el código de aqí y
// de los diferentes métodos de LayerFactory,
// //ya que los drivers de una FLyrAnnotation no sabemos cual es puede ser cualquier Driver
// Vectorial.
// if (className.equals(FLyrVect.class.getName())){// ||
// className.equals(FLyrAnnotation.class.getName())) {
// String type = xml.getStringProperty("type");
// if ("vectorial".equals(type)){
// //String recordsetName = xml.getChild(i).getStringProperty("recordset-name");
// IProjection proj = null;
// if (xml.contains("proj")) {
// proj = CRSFactory.getCRS(xml.getStringProperty("proj"));
// }
// else
// {
// proj = this.getMapContext().getViewPort().getProjection();
// }
// if (xml.contains("file")) {
// Driver d;
// try {
// d = LayerFactory.getDM().getDriver(xml.getStringProperty("driverName"));
// } catch (DriverLoadException e1) {
// throw new DriverLayerException(name,e1);
// }
// layer = LayerFactory.createLayer(name, (VectorialFileDriver) d,
// new File(xml.getStringProperty("file")),
// proj);
//
//
// }
// if (xml.contains("db")) {
//
// String driverName = xml.getStringProperty("db");
// IVectorialDatabaseDriver driver;
// try {
// driver = (IVectorialDatabaseDriver) LayerFactory.getDM().getDriver(driverName);
// //Hay que separar la carga de los datos del XMLEntity del load.
// driver.setXMLEntity(xml.getChild(2));
//
// boolean loadOk = false;
// ((DefaultJDBCDriver)driver).load();
// if (((DefaultJDBCDriver)driver).getConnection() != null) {
// loadOk = true;
// }
// layer = LayerFactory.createDBLayer(driver, name, proj);
// if (!loadOk) {
// layer.setAvailable(false);
// }
//
// } catch (DriverLoadException e) {
// throw new DriverLayerException(name,e);
// } catch (XMLException e) {
// throw new DriverLayerException(name,e);
// } catch (ReadException e) {
// throw new DriverLayerException(name,e);
// }
//
// }
// // Clases con algun driver genérico creado por otro
// // programador
// if (xml.contains("other")) {
//
// String driverName = xml.getStringProperty("other");
// VectorialDriver driver = null;
// try {
// driver = (VectorialDriver) LayerFactory.getDM().getDriver(driverName);
// } catch (DriverLoadException e) {
// // Si no existe ese driver, no pasa nada.
// // Puede que el desarrollador no quiera que
// // aparezca en el cuadro de diálogo y ha metido
// // el jar con sus clases en nuestro directorio lib.
// // Intentamos cargar esa clase "a pelo".
// if (xml.getChild(2).contains("className"))
// {
// String className2 = xml.getChild(2).getStringProperty("className");
// try {
// driver = (VectorialDriver) Class.forName(className2).newInstance();
// } catch (Exception e1) {
// throw new DriverLayerException(name,e);
// }
// }
// } catch (NullPointerException npe) {
// // Si no existe ese driver, no pasa nada.
// // Puede que el desarrollador no quiera que
// // aparezca en el cuadro de diálogo y ha metido
// // el jar con sus clases en nuestro directorio lib.
// // Intentamos cargar esa clase "a pelo".
// if (xml.getChild(2).contains("className"))
// {
// String className2 = xml.getChild(2).getStringProperty("className");
// try {
// driver = (VectorialDriver) Class.forName(className2).newInstance();
// } catch (Exception e1) {
// throw new DriverLayerException(name,e1);
// }
// }
// }
// if (driver instanceof IPersistence)
// {
// IPersistence persist = (IPersistence) driver;
// persist.setXMLEntity(xml.getChild(2));
// }
// layer = LayerFactory.createLayer(name, driver, proj);
// }
//
// }
//
// //TODO VCN FLyrAnnotation es un parche para no tener que duplicar todo el código de aqí y
// de los diferentes métodos de LayerFactory,
// //ya que los drivers de una FLyrAnnotation no sabemos cual es puede ser cualquier Driver
// Vectorial.
// if (className.equals(FLyrAnnotation.class.getName())){
// layer=FLyrAnnotation.createLayerFromVect((FLyrVect)layer);
// }
//
//
// layer.setXMLEntity(xml);
//
// } else {
// Class clase = LayerFactory.getLayerClassForLayerClassName(className);
// layer = (FLayer) clase.newInstance();
// if (clase.isAssignableFrom(FLayers.class)) {
// ((FLayers)layer).setMapContext(getMapContext());
// ((FLayers)layer).setParentLayer(this);
//// layer = new FLayers(getMapContext(),this);
// layer.setXMLEntity(xml);
// } else {
// // Capas Nuevas (externas)
// layer.setName(name);
// layer.setXMLEntity(xml);
// layer.load();
// }
// }
this.addLayer(layer);
logger.debug("layer: " + layer.getName() + " loaded");
// Comprobar que la proyección es la misma que la de FMap
// Si no lo es, es una capa que está reproyectada al vuelo
IProjection proj = layer.getProjection();
if ((proj != null)) {
if (!proj.getFullCode().equals(getMapContext().getProjection().getFullCode())) {
ICoordTrans ct = proj.getCT(getMapContext().getProjection());
// TODO: REVISAR CON LUIS
// Se lo fijamos a todas, luego cada una que se reproyecte
// si puede, o que no haga nada
layer.setCoordTrans(ct);
}
}
} catch (XMLException e) {
fmap.addLayerError(xml.getStringProperty("name"));
throw new LoadLayerException(name, e);
} catch (ClassNotFoundException e) {
fmap.addLayerError(xml.getStringProperty("name"));
throw new LoadLayerException(name, e);
} catch (InstantiationException e) {
fmap.addLayerError(xml.getStringProperty("name"));
throw new LoadLayerException(name, e);
} catch (IllegalAccessException e) {
fmap.addLayerError(xml.getStringProperty("name"));
throw new LoadLayerException(name, e);
} catch (LoadLayerException e) {
fmap.addLayerError(xml.getStringProperty("name"));
throw e;
}
}
/**
* Checks all layers (each one as a sub-node of this node <i>collection of layers</i>) of this
* collection and draws their requested properties. If a node is a group of layers (<code>
* ComposedLayer</code>), executes it's drawn.
*
* <p>All nodes which could group with the composed layer <code>group</code>, will be drawn
* together. And once the <code>
* group</code> is drawn, will be set to <code>null</code> if hasn't a parent layer.
*
* <p>The particular implementation depends on the kind of each layer and composed layer. And this
* process can be cancelled at any time by the shared object <code>cancel</code>.
*
* <p>According the print quality, labels will be printed in different resolution:
*
* <ul>
* <li><b>PrintQuality.DRAFT</b>: 72 dpi (dots per inch).
* <li><b>PrintQuality.NORMAL</b>: 300 dpi (dots per inch).
* <li><b>PrintQuality.HIGH</b>: 600 dpi (dots per inch).
* </ul>
*
* @param g for rendering 2-dimensional shapes, text and images on the Java(tm) platform
* @param viewPort the information for drawing the layers
* @param cancel shared object that determines if this layer can continue being drawn
* @param scale the scale of the view. Must be between {@linkplain FLayer#getMinScale()} and
* {@linkplain FLayer#getMaxScale()}.
* @param properties properties that will be print
* @param group a composed layer pending to paint; if this parameter is <code>null</code>, the
* composed layer
* @return <code>null</code> if the layers in <code>group</code> had been drawn or were <code>null
* </code>; otherwise, the <code>group</code>
* @see FLayer#print(Graphics2D, ViewPort, Cancellable, double, PrintAttributes)
* @throws ReadDriverException if fails the driver reading the data.
*/
public ComposedLayer print_old(
Graphics2D g,
ViewPort viewPort,
Cancellable cancel,
double scale,
PrintAttributes properties,
ComposedLayer group)
throws ReadException {
double dpi = 72;
int resolution = properties.getPrintQuality();
if (resolution == PrintAttributes.PRINT_QUALITY_NORMAL) {
dpi = 300;
} else if (resolution == PrintAttributes.PRINT_QUALITY_HIGH) {
dpi = 600;
} else if (resolution == PrintAttributes.PRINT_QUALITY_DRAFT) {
dpi = 72;
}
// TODO: A la hora de imprimir, isWithinScale falla, porque está
// calculando la escala en pantalla, no para el layout.
// Revisar esto.
// TODO: We have to check when we have to call the drawLabels method when exists a ComposedLayer
// group.
for (int i = 0; i < layers.size(); i++) {
FLayer lyr = (FLayer) layers.get(i);
if (!lyr.isVisible() || !lyr.isWithinScale(scale)) {
continue;
}
try {
///// CHEMA ComposedLayer
// Checks for draw group (ComposedLayer)
if (group != null) {
if (lyr instanceof FLayers) {
group = ((FLayers) lyr).print_old(g, viewPort, cancel, scale, properties, group);
} else {
// If layer can be added to the group, does it
if (lyr instanceof ILabelable
&& ((ILabelable) lyr).isLabeled()
&& ((ILabelable) lyr).getLabelingStrategy() != null
&& ((ILabelable) lyr).getLabelingStrategy().shouldDrawLabels(scale)) {
group.add(lyr);
} else {
// draw the 'pending to draw' layer group
group.print(g, viewPort, cancel, scale, properties);
// gets a new group instance
if (lyr instanceof ILabelable
&& ((ILabelable) lyr).isLabeled()
&& ((ILabelable) lyr).getLabelingStrategy() != null
&& ((ILabelable) lyr).getLabelingStrategy().shouldDrawLabels(scale)) {
group = lyr.newComposedLayer();
} else {
group = null;
}
// if layer hasn't group, draws it inmediately
if (group == null) {
if (lyr instanceof FLayers) {
group = ((FLayers) lyr).print_old(g, viewPort, cancel, scale, properties, group);
} else {
lyr.print(g, viewPort, cancel, scale, properties);
if (lyr instanceof ILabelable
&& ((ILabelable) lyr).isLabeled()
&& ((ILabelable) lyr).getLabelingStrategy() != null
&& ((ILabelable) lyr).getLabelingStrategy().shouldDrawLabels(scale)) {
ILabelable lLayer = (ILabelable) lyr;
lLayer.drawLabels(null, g, viewPort, cancel, scale, dpi);
}
}
} else {
// add the layer to the group
group.setMapContext(fmap);
group.add(lyr);
}
}
}
} else {
// gets a new group instance
group = lyr.newComposedLayer();
// if layer hasn't group, draws it inmediately
if (group == null) {
if (lyr instanceof FLayers) {
group = ((FLayers) lyr).print_old(g, viewPort, cancel, scale, properties, group);
} else {
lyr.print(g, viewPort, cancel, scale, properties);
if (lyr instanceof ILabelable && ((ILabelable) lyr).isLabeled()) {
ILabelable lLayer = (ILabelable) lyr;
lLayer.drawLabels(null, g, viewPort, cancel, scale, dpi);
}
}
} else {
// add the layer to the group
group.setMapContext(fmap);
group.add(lyr);
}
}
///// CHEMA ComposedLayer
} catch (Exception e) {
String mesg =
Messages.getString("error_printing_layer")
+ " "
+ lyr.getName()
+ ": "
+ e.getMessage();
fmap.addLayerError(mesg);
logger.error(mesg, e);
}
}
///// CHEMA ComposedLayer
if (group != null && this.getParentLayer() == null) {
// si tenemos un grupo pendiente de pintar, pintamos
group.print(g, viewPort, cancel, scale, properties);
group = null;
}
///// CHEMA ComposedLayer
// if (getVirtualLayers() != null) {
// getVirtualLayers().print( g, viewPort, cancel, scale, properties);
// }
///// CHEMA ComposedLayer
return group;
///// CHEMA ComposedLayer
}
