package com.lowagie.text.rtf.graphic;
import java.io.IOException;
import java.io.OutputStream;
import java.util.HashMap;
import java.util.Iterator;
import com.lowagie.text.DocWriter;
import com.lowagie.text.rtf.RtfAddableElement;
/**
* The RtfShape provides the interface for adding shapes to
* the RTF document. This will only work for Word 97+, older
* Word versions are not supported by this class.<br /><br />
*
* Only very simple shapes are directly supported by the RtfShape.
* For more complex shapes you will have to read the RTF
* specification (iText follows the 1.6 specification) and add
* the desired properties via the RtfShapeProperty.<br /><br />
*
* One thing to keep in mind is that distances are not expressed
* in the standard iText point, but in EMU where 1 inch = 914400 EMU
* or 1 cm = 360000 EMU.
*
* @version $Id$
* @author Mark Hall (Mark.Hall@mail.room3b.eu)
* @author Thomas Bickel (tmb99@inode.at)
*/
public class RtfShape extends RtfAddableElement {
/**
* Constant for a Picture Frame.
*/
public static final int SHAPE_PICTURE_FRAME = 75;
/**
* Constant for a free form shape. The shape verticies must
* be specified with an array of Point objects in a
* RtfShapeProperty with the name PROPERTY_VERTICIES.
*/
public static final int SHAPE_FREEFORM = 0;
/**
* Constant for a rectangle.
*/
public static final int SHAPE_RECTANGLE = 1;
/**
* Constant for a rounded rectangle. The roundness is
* set via a RtfShapeProperty with the name PROPERTY_ADJUST_VALUE.
*/
public static final int SHAPE_ROUND_RECTANGLE = 2;
/**
* Constant for an ellipse. Use this to create circles.
*/
public static final int SHAPE_ELLIPSE = 3;
/**
* Constant for a diamond.
*/
public static final int SHAPE_DIAMOND = 4;
/**
* Constant for a isosceles triangle.
*/
public static final int SHAPE_TRIANGLE_ISOSCELES = 5;
/**
* Constant for a right triangle.
*/
public static final int SHAPE_TRIANGLE_RIGHT = 6;
/**
* Constant for a parallelogram.
*/
public static final int SHAPE_PARALLELOGRAM = 7;
/**
* Constant for a trapezoid.
*/
public static final int SHAPE_TRAPEZOID = 8;
/**
* Constant for a hexagon.
*/
public static final int SHAPE_HEXAGON = 9;
/**
* Constant for an ocatagon.
*/
public static final int SHAPE_OCTAGON = 10;
/**
* Constant for a star.
*/
public static final int SHAPE_STAR = 12;
/**
* Constant for an arrow.
*/
public static final int SHAPE_ARROW = 13;
/**
* Constant for a thick arrow.
*/
public static final int SHAPE_ARROR_THICK = 14;
/**
* Constant for a home plate style shape.
*/
public static final int SHAPE_HOME_PLATE = 15;
/**
* Constant for a cube shape.
*/
public static final int SHAPE_CUBE = 16;
/**
* Constant for a balloon shape.
*/
public static final int SHAPE_BALLOON = 17;
/**
* Constant for a seal shape.
*/
public static final int SHAPE_SEAL = 18;
/**
* Constant for an arc shape.
*/
public static final int SHAPE_ARC = 19;
/**
* Constant for a line shape.
*/
public static final int SHAPE_LINE = 20;
/**
* Constant for a can shape.
*/
public static final int SHAPE_CAN = 22;
/**
* Constant for a donut shape.
*/
public static final int SHAPE_DONUT = 23;
/**
* Text is not wrapped around the shape.
*/
public static final int SHAPE_WRAP_NONE = 0;
/**
* Text is wrapped to the top and bottom.
*/
public static final int SHAPE_WRAP_TOP_BOTTOM = 1;
/**
* Text is wrapped on the left and right side.
*/
public static final int SHAPE_WRAP_BOTH = 2;
/**
* Text is wrapped on the left side.
*/
public static final int SHAPE_WRAP_LEFT = 3;
/**
* Text is wrapped on the right side.
*/
public static final int SHAPE_WRAP_RIGHT = 4;
/**
* Text is wrapped on the largest side.
*/
public static final int SHAPE_WRAP_LARGEST = 5;
/**
* Text is tightly wrapped on the left and right side.
*/
public static final int SHAPE_WRAP_TIGHT_BOTH = 6;
/**
* Text is tightly wrapped on the left side.
*/
public static final int SHAPE_WRAP_TIGHT_LEFT = 7;
/**
* Text is tightly wrapped on the right side.
*/
public static final int SHAPE_WRAP_TIGHT_RIGHT = 8;
/**
* Text is tightly wrapped on the largest side.
*/
public static final int SHAPE_WRAP_TIGHT_LARGEST = 9;
/**
* Text is wrapped through the shape.
*/
public static final int SHAPE_WRAP_THROUGH = 10;
/**
* The shape nr is a random unique id.
*/
private int shapeNr = 0;
/**
* The shape type.
*/
private int type = 0;
/**
* The RtfShapePosition that defines position settings for this RtfShape.
*/
private RtfShapePosition position = null;
/**
* A HashMap with RtfShapePropertys that define further shape properties.
*/
private HashMap properties = null;
/**
* The wrapping mode. Defaults to SHAPE_WRAP_NONE;
*/
private int wrapping = SHAPE_WRAP_NONE;
/**
* Text that is contained in the shape.
*/
private String shapeText = "";
/**
* Constructs a new RtfShape of a given shape at the given RtfShapePosition.
*
* @param type The type of shape to create.
* @param position The RtfShapePosition to create this RtfShape at.
*/
public RtfShape(int type, RtfShapePosition position) {
this.type = type;
this.position = position;
this.properties = new HashMap();
}
/**
* Sets a property.
*
* @param property The property to set for this RtfShape.
*/
public void setProperty(RtfShapeProperty property) {
property.setRtfDocument(this.doc);
this.properties.put(property.getName(), property);
}
/**
* Sets the text to display in this RtfShape.
*
* @param shapeText The text to display.
*/
public void setShapeText(String shapeText) {
this.shapeText = shapeText;
}
/**
* Set the wrapping mode.
*
* @param wrapping The wrapping mode to use for this RtfShape.
*/
public void setWrapping(int wrapping) {
this.wrapping = wrapping;
}
/**
* Writes the RtfShape. Some settings are automatically translated into
* or require other properties and these are set first.
*/
public void writeContent(final OutputStream result) throws IOException
{
this.shapeNr = this.doc.getRandomInt();
this.properties.put("ShapeType", new RtfShapeProperty("ShapeType", this.type));
if(this.position.isShapeBelowText()) {
this.properties.put("fBehindDocument", new RtfShapeProperty("fBehindDocument", true));
}
if(this.inTable) {
this.properties.put("fLayoutInCell", new RtfShapeProperty("fLayoutInCell", true));
}
if(this.properties.containsKey("posh")) {
this.position.setIgnoreXRelative(true);
}
if(this.properties.containsKey("posv")) {
this.position.setIgnoreYRelative(true);
}
result.write(OPEN_GROUP);
result.write(DocWriter.getISOBytes("\\shp"));
result.write(DocWriter.getISOBytes("\\shplid"));
result.write(intToByteArray(this.shapeNr));
this.position.writeContent(result);
switch(this.wrapping) {
case SHAPE_WRAP_NONE:
result.write(DocWriter.getISOBytes("\\shpwr3"));
break;
case SHAPE_WRAP_TOP_BOTTOM:
result.write(DocWriter.getISOBytes("\\shpwr1"));
break;
case SHAPE_WRAP_BOTH:
result.write(DocWriter.getISOBytes("\\shpwr2"));
result.write(DocWriter.getISOBytes("\\shpwrk0"));
break;
case SHAPE_WRAP_LEFT:
result.write(DocWriter.getISOBytes("\\shpwr2"));
result.write(DocWriter.getISOBytes("\\shpwrk1"));
break;
case SHAPE_WRAP_RIGHT:
result.write(DocWriter.getISOBytes("\\shpwr2"));
result.write(DocWriter.getISOBytes("\\shpwrk2"));
break;
case SHAPE_WRAP_LARGEST:
result.write(DocWriter.getISOBytes("\\shpwr2"));
result.write(DocWriter.getISOBytes("\\shpwrk3"));
break;
case SHAPE_WRAP_TIGHT_BOTH:
result.write(DocWriter.getISOBytes("\\shpwr4"));
result.write(DocWriter.getISOBytes("\\shpwrk0"));
break;
case SHAPE_WRAP_TIGHT_LEFT:
result.write(DocWriter.getISOBytes("\\shpwr4"));
result.write(DocWriter.getISOBytes("\\shpwrk1"));
break;
case SHAPE_WRAP_TIGHT_RIGHT:
result.write(DocWriter.getISOBytes("\\shpwr4"));
result.write(DocWriter.getISOBytes("\\shpwrk2"));
break;
case SHAPE_WRAP_TIGHT_LARGEST:
result.write(DocWriter.getISOBytes("\\shpwr4"));
result.write(DocWriter.getISOBytes("\\shpwrk3"));
break;
case SHAPE_WRAP_THROUGH:
result.write(DocWriter.getISOBytes("\\shpwr5"));
break;
default:
result.write(DocWriter.getISOBytes("\\shpwr3"));
}
if(this.inHeader) {
result.write(DocWriter.getISOBytes("\\shpfhdr1"));
}
this.doc.outputDebugLinebreak(result);
result.write(OPEN_GROUP);
result.write(DocWriter.getISOBytes("\\*\\shpinst"));
Iterator it = this.properties.values().iterator();
while(it.hasNext()) {
RtfShapeProperty rsp = (RtfShapeProperty) it.next();
rsp.setRtfDocument(this.doc);
rsp.writeContent(result);
}
if(!this.shapeText.equals("")) {
result.write(OPEN_GROUP);
result.write(DocWriter.getISOBytes("\\shptxt"));
result.write(DELIMITER);
result.write(DocWriter.getISOBytes(this.shapeText));
result.write(CLOSE_GROUP);
}
result.write(CLOSE_GROUP);
this.doc.outputDebugLinebreak(result);
result.write(CLOSE_GROUP);
}
}