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In figure 11.11, the Arabic translation of the movie title Lawrence of Arabia has been added three times. The first version of the title is wrong because the glyphs are added from left to right, whereas Arabic is written from right to left (see section 11.3.4). In the second version, the glyphs are written in reverse order, but a space was added between all characters. No ligatures are made, so the title isn t rendered correctly. Compare this line with the next one. The omission of the extra spaces is the only difference, but if you look closely, you can see that some character combinations were replaced by another glyph. That was done by the iText class ArabicLigaturizer. If you study listing 11.18, you can see that you don t have to do anything special to start up the ArabicLigaturizer. If the run direction is RTL and if iText detects Unicode characters in the Arabic character set, this is done automatically.

public static final String MOVIE = "\u0644\u0648\u0631\u0627\u0646\u0633 " + "\u0627\u0644\u0639\u0631\u0628"; public static final String MOVIE_WITH_SPACES = "\u0644 \u0648 \u0631 \u0627 \u0646 \u0633 " + " \u0627 \u0644 \u0639 \u0631 \u0628"; ... document.add(new Paragraph("Wrong: " + MOVIE, font)); ColumnText column = new ColumnText(writer.getDirectContent()); column.setSimpleColumn(36, 730, 569, 36); column.setRunDirection(PdfWriter.RUN_DIRECTION_RTL); column.addElement(new Paragraph("Wrong: " + MOVIE_WITH_SPACES, font)); column.addElement(new Paragraph(MOVIE, font)); column.go();

Figure 12.5 XMLClient accessing XMLExample.jsp. On the first screen the user enters the Customer ID and presses the Get button. The application makes an HTTP request to the JSP to return information pertaining to Customer ID 1. The data returned is displayed.

Note that the setRunDirection() method only exists for the classes PdfPCell and ColumnText. Both classes also have a setArabicOption() method to tell iText how to deal with vowels in Arabic. These are the possible values for the parameter:

The output to the console from XMLClient looks like the following:

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ColumnText.AR_NOVOWEL Eliminates Arabic vowels ColumnText.AR_COMPOSEDTASHKEEL Composes the Tashkeel on the ligatures ColumnText.AR_LIG Does extra double ligatures

setDocumentLocator: nanoxml.sax.SAXLocator@fd5e38 Starting to parse document. startElement: customer Attribute Name = ID Attribute Type = CDATA Attribute Value = 1 startElement: demograpics startElement: firstname characters: David

None of these options has any effect on this example, but it can be useful information if you need advanced Arabic support. This is highly specialized functionality; it s time to return to everyday use of iText and look at some classes that make working with fonts easier.

In this section, you ll add two classes that make it easier for you to select a font: the FontFactory and the FontSelector classes. When you created Font objects in part 1, you mostly used one of the standard Type 1 fonts. In this chapter, you ve always created Font objects in two steps. For example,

endElement: firstname startElement: lastname characters: Hemphill endElement: lastname startElement: phone characters: 555-555-5555 endElement: phone endElement: demograpics startElement: order characters: Grass Seed #6633 endElement: order endElement: customer Finished parsing document.

Word will insert the footnote mark at the selected location and take you to the footnote section at the bottom of the page (see Figure 2-9). There, you can enter the footnote text. Add formatting as you would for any other portion of your document.

BaseFont bf = BaseFont.createFont( "c:/windows/fonts/arial.ttf", BaseFont.CP1252, BaseFont.EMBEDDED); Font font = new Font(bf, 12);

When two or more systems use a standard protocol, such as HTTP, to communicate, the two systems do not need to be written in a common language or need to understand the intricate details of how each works. This is a major benefit and one of the core purposes behind using open standards. A J2ME client could access an Active Server Page (ASP) just as easily as it could access a JSP to interact with the enterprise environment. Incorporating XML has the potential for bringing standardization to the data itself as opposed to the communication protocol only. Simple Object Access Protocol (SOAP) and SyncML are two examples of open, XML-based protocols of which a J2ME application could take advantage. In this chapter the concepts of using Java Servlets and JavaServer Pages were demonstrated along with the ability to transfer information in an XML format. These tools address important aspects of extending an enterprise environment using J2ME over a network, namely the connection protocol and the data format. However, it is important to remember that there are many methods for connecting two systems across a network and the best solution is likely to vary for each implementation.

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