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Posted to fop-commits@xmlgraphics.apache.org by ps...@apache.org on 2010/06/18 12:38:27 UTC
svn commit: r955927 -
/xmlgraphics/fop/trunk/src/documentation/content/xdocs/trunk/embedding.xml
Author: psancho
Date: Fri Jun 18 10:38:27 2010
New Revision: 955927
URL: http://svn.apache.org/viewvc?rev=955927&view=rev
Log:
Bugzilla #78887:
Bugfix: documentation update according to javadoc in Trunk tab > Embed
Modified:
xmlgraphics/fop/trunk/src/documentation/content/xdocs/trunk/embedding.xml
Modified: xmlgraphics/fop/trunk/src/documentation/content/xdocs/trunk/embedding.xml
URL: http://svn.apache.org/viewvc/xmlgraphics/fop/trunk/src/documentation/content/xdocs/trunk/embedding.xml?rev=955927&r1=955926&r2=955927&view=diff
==============================================================================
--- xmlgraphics/fop/trunk/src/documentation/content/xdocs/trunk/embedding.xml (original)
+++ xmlgraphics/fop/trunk/src/documentation/content/xdocs/trunk/embedding.xml Fri Jun 18 10:38:27 2010
@@ -29,7 +29,7 @@
<section id="overview">
<title>Overview</title>
<p>
- Review <a href="running.html">Running FOP</a> for important information that applies
+ Review <a href="running.html">Running FOP</a> for important information that applies
to embedded applications as well as command-line use, such as options and performance.
</p>
<p>
@@ -54,7 +54,7 @@
<section id="basics">
<title>Basic Usage Pattern</title>
<p>
- Apache FOP relies heavily on JAXP. It uses SAX events exclusively to receive the XSL-FO
+ Apache FOP relies heavily on JAXP. It uses SAX events exclusively to receive the XSL-FO
input document. It is therefore a good idea that you know a few things about JAXP (which
is a good skill anyway). Let's look at the basic usage pattern for FOP...
</p>
@@ -82,14 +82,14 @@ try {
// Step 4: Setup JAXP using identity transformer
TransformerFactory factory = TransformerFactory.newInstance();
Transformer transformer = factory.newTransformer(); // identity transformer
-
- // Step 5: Setup input and output for XSLT transformation
+
+ // Step 5: Setup input and output for XSLT transformation
// Setup input stream
Source src = new StreamSource(new File("C:/Temp/myfile.fo"));
// Resulting SAX events (the generated FO) must be piped through to FOP
Result res = new SAXResult(fop.getDefaultHandler());
-
+
// Step 6: Start XSLT transformation and FOP processing
transformer.transform(src, res);
@@ -102,13 +102,13 @@ try {
</p>
<ul>
<li>
- <strong>Step 1:</strong> You create a new FopFactory instance. The FopFactory instance holds
+ <strong>Step 1:</strong> You create a new FopFactory instance. The FopFactory instance holds
references to configuration information and cached data. It's important to reuse this
instance if you plan to render multiple documents during a JVM's lifetime.
</li>
<li>
<strong>Step 2:</strong> You set up an OutputStream that the generated document
- will be written to. It's a good idea to buffer the OutputStream as demonstrated
+ will be written to. It's a good idea to buffer the OutputStream as demonstrated
to improve performance.
</li>
<li>
@@ -119,26 +119,26 @@ try {
OutputStream you've setup up in step 2.
</li>
<li>
- <strong>Step 4</strong> We recommend that you use JAXP Transformers even
- if you don't do XSLT transformations to generate the XSL-FO file. This way
- you can always use the same basic pattern. The example here sets up an
- "identity transformer" which just passes the input (Source) unchanged to the
- output (Result). You don't have to work with a SAXParser if you don't do any
+ <strong>Step 4</strong> We recommend that you use JAXP Transformers even
+ if you don't do XSLT transformations to generate the XSL-FO file. This way
+ you can always use the same basic pattern. The example here sets up an
+ "identity transformer" which just passes the input (Source) unchanged to the
+ output (Result). You don't have to work with a SAXParser if you don't do any
XSLT transformations.
</li>
<li>
- <strong>Step 5:</strong> Here you set up the input and output for the XSLT
- transformation. The Source object is set up to load the "myfile.fo" file.
- The Result is set up so the output of the XSLT transformation is sent to FOP.
- The FO file is sent to FOP in the form of SAX events which is the most efficient
- way. Please always avoid saving intermediate results to a file or a memory buffer
+ <strong>Step 5:</strong> Here you set up the input and output for the XSLT
+ transformation. The Source object is set up to load the "myfile.fo" file.
+ The Result is set up so the output of the XSLT transformation is sent to FOP.
+ The FO file is sent to FOP in the form of SAX events which is the most efficient
+ way. Please always avoid saving intermediate results to a file or a memory buffer
because that affects performance negatively.
</li>
<li>
- <strong>Step 6:</strong> Finally, we start the XSLT transformation by starting
- the JAXP Transformer. As soon as the JAXP Transformer starts to send its output
- to FOP, FOP itself starts its processing in the background. When the
- <code>transform()</code> method returns FOP will also have finished converting
+ <strong>Step 6:</strong> Finally, we start the XSLT transformation by starting
+ the JAXP Transformer. As soon as the JAXP Transformer starts to send its output
+ to FOP, FOP itself starts its processing in the background. When the
+ <code>transform()</code> method returns FOP will also have finished converting
the FO file to a PDF file and you can close the OutputStream.
<note label="Tip!">
It's a good idea to enclose the whole conversion in a try..finally statement. If
@@ -148,16 +148,16 @@ try {
</li>
</ul>
<p>
- If you're not totally familiar with JAXP Transformers, please have a look at the
+ If you're not totally familiar with JAXP Transformers, please have a look at the
<a href="#examples">Embedding examples</a> below. The section contains examples
for all sorts of use cases. If you look at all of them in turn you should be able
to see the patterns in use and the flexibility this approach offers without adding
too much complexity.
</p>
<p>
- This may look complicated at first, but it's really just the combination of an
+ This may look complicated at first, but it's really just the combination of an
XSL transformation and a FOP run. It's also easy to comment out the FOP part
- for debugging purposes, for example when you're tracking down a bug in your
+ for debugging purposes, for example when you're tracking down a bug in your
stylesheet. You can easily write the XSL-FO output from the XSL transformation
to a file to check if that part generates the expected output. An example for that
can be found in the <a href="#examples">Embedding examples</a> (See "ExampleXML2FO").
@@ -170,7 +170,7 @@ try {
While with Avalon Logging the loggers were directly given to FOP, FOP now retrieves
its logger(s) through a statically available LogFactory. This is similar to the
general pattern that you use when you work with Apache Log4J directly, for example.
- We call this "static logging" (Commons Logging, Log4J) as opposed to "instance logging"
+ We call this "static logging" (Commons Logging, Log4J) as opposed to "instance logging"
(Avalon Logging). This has a consequence: You can't give FOP a logger for each
processing run anymore. The log output of multiple, simultaneously running FOP instances
is sent to the same logger.
@@ -204,12 +204,12 @@ try {
the <a href="events.html">Events subsystem</a> is the right approach.
</p>
</section>
-
+
<section id="render">
<title>Processing XSL-FO</title>
<p>
- Once the Fop instance is set up, call <code>getDefaultHandler()</code> to obtain a SAX
- DefaultHandler instance to which you can send the SAX events making up the XSL-FO
+ Once the Fop instance is set up, call <code>getDefaultHandler()</code> to obtain a SAX
+ DefaultHandler instance to which you can send the SAX events making up the XSL-FO
document you'd like to render. FOP processing starts as soon as the DefaultHandler's
<code>startDocument()</code> method is called. Processing stops again when the
DefaultHandler's <code>endDocument()</code> method is called. Please refer to the basic
@@ -220,15 +220,15 @@ try {
<section id="render-with-xslt">
<title>Processing XSL-FO generated from XML+XSLT</title>
<p>
- If you want to process XSL-FO generated from XML using XSLT we recommend
- again using standard JAXP to do the XSLT part and piping the generated SAX
- events directly through to FOP. The only thing you'd change to do that
+ If you want to process XSL-FO generated from XML using XSLT we recommend
+ again using standard JAXP to do the XSLT part and piping the generated SAX
+ events directly through to FOP. The only thing you'd change to do that
on the basic usage pattern above is to set up the Transformer differently:
</p>
<source><![CDATA[
//without XSLT:
//Transformer transformer = factory.newTransformer(); // identity transformer
-
+
//with XSLT:
Source xslt = new StreamSource(new File("mystylesheet.xsl"));
Transformer transformer = factory.newTransformer(xslt);]]></source>
@@ -237,14 +237,14 @@ try {
<section id="input">
<title>Input Sources</title>
<p>
- The input XSL-FO document is always received by FOP as a SAX stream (see the
+ The input XSL-FO document is always received by FOP as a SAX stream (see the
<a href="../dev/design/parsing.html">Parsing Design Document</a> for the rationale).
</p>
<p>
- However, you may not always have your input document available as a SAX stream.
+ However, you may not always have your input document available as a SAX stream.
But with JAXP it's easy to convert different input sources to a SAX stream so you
can pipe it into FOP. That sounds more difficult than it is. You simply have
- to set up the right Source instance as input for the JAXP transformation.
+ to set up the right Source instance as input for the JAXP transformation.
A few examples:
</p>
<ul>
@@ -273,8 +273,8 @@ try {
<p>
There are a variety of upstream data manipulations possible.
For example, you may have a DOM and an XSL stylesheet; or you may want to
- set variables in the stylesheet. Interface documentation and some cookbook
- solutions to these situations are provided in
+ set variables in the stylesheet. Interface documentation and some cookbook
+ solutions to these situations are provided in
<a href="http://xml.apache.org/xalan-j/usagepatterns.html">Xalan Basic Usage Patterns</a>.
</p>
</section>
@@ -288,7 +288,7 @@ try {
<title>Customizing the FopFactory</title>
<p>
The FopFactory holds configuration data and references to objects which are reusable over
- multiple rendering runs. It's important to instantiate it only once (except in special
+ multiple rendering runs. It's important to instantiate it only once (except in special
environments) and reuse it every time to create new FOUserAgent and Fop instances.
</p>
<p>
@@ -299,34 +299,34 @@ try {
<p>
The <strong>font base URL</strong> to use when resolving relative URLs for fonts. Example:
</p>
- <source>fopFactory.setFontBaseURL("file:///C:/Temp/fonts");</source>
+ <source>fopFactory.getFontManager().setFontBaseURL("file:///C:/Temp/fonts");</source>
</li>
<li>
<p>
- The <strong>hyphenation base URL</strong> to use when resolving relative URLs for
+ The <strong>hyphenation base URL</strong> to use when resolving relative URLs for
hyphenation patterns. Example:
</p>
<source>fopFactory.setHyphenBaseURL("file:///C:/Temp/hyph");</source>
</li>
<li>
<p>
- Disable <strong>strict validation</strong>. When disabled FOP is less strict about the rules
+ Disable <strong>strict validation</strong>. When disabled FOP is less strict about the rules
established by the XSL-FO specification. Example:
</p>
<source>fopFactory.setStrictValidation(false);</source>
</li>
<li>
<p>
- Enable an <strong>alternative set of rules for text indents</strong> that tries to mimic the behaviour of many commercial
- FO implementations, that chose to break the specification in this respect. The default of this option is
- 'false', which causes Apache FOP to behave exactly as described in the specification. To enable the
+ Enable an <strong>alternative set of rules for text indents</strong> that tries to mimic the behaviour of many commercial
+ FO implementations, that chose to break the specification in this respect. The default of this option is
+ 'false', which causes Apache FOP to behave exactly as described in the specification. To enable the
alternative behaviour, call:
</p>
<source>fopFactory.setBreakIndentInheritanceOnReferenceAreaBoundary(true);</source>
</li>
<li>
<p>
- Set the <strong>source resolution</strong> for the document. This is used internally to determine the pixel
+ Set the <strong>source resolution</strong> for the document. This is used internally to determine the pixel
size for SVG images and bitmap images without resolution information. Default: 72 dpi. Example:
</p>
<source>fopFactory.setSourceResolution(96); // =96dpi (dots/pixels per Inch)</source>
@@ -334,7 +334,7 @@ try {
<li>
<p>
Manually add an <strong>ElementMapping instance</strong>. If you want to supply a special FOP extension
- you can give the instance to the FOUserAgent. Normally, the FOP extensions can be automatically detected
+ you can give the instance to the FOUserAgent. Normally, the FOP extensions can be automatically detected
(see the documentation on extension for more info). Example:
</p>
<source>fopFactory.addElementMapping(myElementMapping); // myElementMapping is a org.apache.fop.fo.ElementMapping</source>
@@ -342,13 +342,13 @@ try {
<li>
<p>
Set a <strong>URIResolver</strong> for custom URI resolution. By supplying a JAXP URIResolver you can add
- custom URI resolution functionality to FOP. For example, you can use
+ custom URI resolution functionality to FOP. For example, you can use
<a href="ext:xml.apache.org/commons/resolver">Apache XML Commons Resolver</a> to make use of XCatalogs. Example:
</p>
<source>fopFactory.setURIResolver(myResolver); // myResolver is a javax.xml.transform.URIResolver</source>
<note>
Both the FopFactory and the FOUserAgent have a method to set a URIResolver. The URIResolver on the FopFactory
- is primarily used to resolve URIs on factory-level (hyphenation patterns, for example) and it is always used
+ is primarily used to resolve URIs on factory-level (hyphenation patterns, for example) and it is always used
if no other URIResolver (for example on the FOUserAgent) resolved the URI first.
</note>
</li>
@@ -357,9 +357,9 @@ try {
<section id="user-agent">
<title>Customizing the User Agent</title>
<p>
- The user agent is the entity that allows you to interact with a single rendering run, i.e. the processing of a single
+ The user agent is the entity that allows you to interact with a single rendering run, i.e. the processing of a single
document. If you wish to customize the user agent's behaviour, the first step is to create your own instance
- of FOUserAgent using the appropriate factory method on FopFactory and pass that
+ of FOUserAgent using the appropriate factory method on FopFactory and pass that
to the factory method that will create a new Fop instance:
</p>
<source><![CDATA[
@@ -416,16 +416,16 @@ try {
</li>
<li>
<p>
- Set the <strong>target resolution</strong> for the document. This is used to
- specify the output resolution for bitmap images generated by bitmap renderers
- (such as the TIFF renderer) and by bitmaps generated by Apache Batik for filter
+ Set the <strong>target resolution</strong> for the document. This is used to
+ specify the output resolution for bitmap images generated by bitmap renderers
+ (such as the TIFF renderer) and by bitmaps generated by Apache Batik for filter
effects and such. Default: 72 dpi. Example:
</p>
<source>userAgent.setTargetResolution(300); // =300dpi (dots/pixels per Inch)</source>
</li>
<li>
<p>
- Set <strong>your own Renderer instance</strong>. If you want to supply your own renderer or
+ Set <strong>your own Renderer instance</strong>. If you want to supply your own renderer or
configure a Renderer in a special way you can give the instance to the FOUserAgent. Normally,
the Renderer instance is created by FOP. Example:
</p>
@@ -433,8 +433,8 @@ try {
</li>
<li>
<p>
- Set <strong>your own FOEventHandler instance</strong>. If you want to supply your own FOEventHandler or
- configure an FOEventHandler subclass in a special way you can give the instance to the FOUserAgent. Normally,
+ Set <strong>your own FOEventHandler instance</strong>. If you want to supply your own FOEventHandler or
+ configure an FOEventHandler subclass in a special way you can give the instance to the FOUserAgent. Normally,
the FOEventHandler instance is created by FOP. Example:
</p>
<source>userAgent.setFOEventHandlerOverride(myFOEventHandler); // myFOEventHandler is an org.apache.fop.fo.FOEventHandler</source>
@@ -442,7 +442,7 @@ try {
<li>
<p>
Set a <strong>URIResolver</strong> for custom URI resolution. By supplying a JAXP URIResolver you can add
- custom URI resolution functionality to FOP. For example, you can use
+ custom URI resolution functionality to FOP. For example, you can use
<a href="ext:xml.apache.org/commons/resolver">Apache XML Commons Resolver</a> to make use of XCatalogs. Example:
</p>
<source>userAgent.setURIResolver(myResolver); // myResolver is a javax.xml.transform.URIResolver</source>
@@ -462,7 +462,7 @@ try {
<section id="config-external">
<title>Using a Configuration File</title>
<p>
- Instead of setting the parameters manually in code as shown above you can also set
+ Instead of setting the parameters manually in code as shown above you can also set
many values from an XML configuration file:
</p>
<source><![CDATA[
@@ -489,7 +489,7 @@ fopFactory.setUserConfig(new File("C:/Te
<p>
Fop instances shouldn't (and can't) be reused. Please recreate
Fop and FOUserAgent instances for each rendering run using the FopFactory.
- This is a cheap operation as all reusable information is held in the
+ This is a cheap operation as all reusable information is held in the
FopFactory. That's why it's so important to reuse the FopFactory instance.
</p>
</section>
@@ -515,12 +515,12 @@ fopFactory.setUserConfig(new File("C:/Te
<section id="render-info">
<title>Getting information on the rendering process</title>
<p>
- To get the number of pages that were rendered by FOP you can call
- <code>Fop.getResults()</code>. This returns a <code>FormattingResults</code> object
- where you can look up the number of pages produced. It also gives you the
- page-sequences that were produced along with their id attribute and their
- numbers of pages. This is particularly useful if you render multiple
- documents (each enclosed by a page-sequence) and have to know the number of
+ To get the number of pages that were rendered by FOP you can call
+ <code>Fop.getResults()</code>. This returns a <code>FormattingResults</code> object
+ where you can look up the number of pages produced. It also gives you the
+ page-sequences that were produced along with their id attribute and their
+ numbers of pages. This is particularly useful if you render multiple
+ documents (each enclosed by a page-sequence) and have to know the number of
pages of each document.
</p>
</section>
@@ -532,19 +532,19 @@ fopFactory.setUserConfig(new File("C:/Te
</p>
<ul>
<li>
- Whenever possible, try to use SAX to couple the individual components involved
+ Whenever possible, try to use SAX to couple the individual components involved
(parser, XSL transformer, SQL datasource etc.).
</li>
<li>
- Depending on the target OutputStream (in case of a FileOutputStream, but not
- for a ByteArrayOutputStream, for example) it may improve performance considerably
- if you buffer the OutputStream using a BufferedOutputStream:
+ Depending on the target OutputStream (in case of a FileOutputStream, but not
+ for a ByteArrayOutputStream, for example) it may improve performance considerably
+ if you buffer the OutputStream using a BufferedOutputStream:
<code>out = new java.io.BufferedOutputStream(out);</code>
<br/>
Make sure you properly close the OutputStream when FOP is finished.
</li>
<li>
- Cache the stylesheet. If you use the same stylesheet multiple times
+ Cache the stylesheet. If you use the same stylesheet multiple times
you can set up a JAXP <code>Templates</code> object and reuse it each time you do
the XSL transformation. (More information can be found
<a class="fork" href="http://www.javaworld.com/javaworld/jw-05-2003/jw-0502-xsl.html">here</a>.)
@@ -570,7 +570,7 @@ fopFactory.setUserConfig(new File("C:/Te
If you encounter any suspicious behaviour, please notify us.
</p>
<p>
- There is also a known issue with fonts being jumbled between threads when using
+ There is also a known issue with fonts being jumbled between threads when using
the Java2D/AWT renderer (which is used by the -awt and -print output options).
In general, you cannot safely run multiple threads through the AWT renderer.
</p>
@@ -578,7 +578,7 @@ fopFactory.setUserConfig(new File("C:/Te
<section id="examples">
<title>Examples</title>
<p>
- The directory "{fop-dir}/examples/embedding" contains several working examples.
+ The directory "{fop-dir}/examples/embedding" contains several working examples.
</p>
<section id="ExampleFO2PDF">
<title>ExampleFO2PDF.java</title>
@@ -592,104 +592,104 @@ file to PDF using FOP.
</section>
<section id="ExampleXML2FO">
<title>ExampleXML2FO.java</title>
- <p>This
+ <p>This
<a href="http://svn.apache.org/viewcvs.cgi/xmlgraphics/fop/trunk/examples/embedding/java/embedding/ExampleXML2FO.java?view=markup">
example</a>
-has nothing to do with FOP. It is there to show you how an XML
+has nothing to do with FOP. It is there to show you how an XML
file can be converted to XSL-FO using XSLT. The JAXP API is used to do the
-transformation. Make sure you've got a JAXP-compliant XSLT processor in your
+transformation. Make sure you've got a JAXP-compliant XSLT processor in your
classpath (ex. <a href="http://xml.apache.org/xalan-j">Xalan</a>).
</p>
<figure src="images/EmbeddingExampleXML2FO.png" alt="Example XML to XSL-FO"/>
</section>
<section id="ExampleXML2PDF">
<title>ExampleXML2PDF.java</title>
- <p>This
+ <p>This
<a href="http://svn.apache.org/viewcvs.cgi/xmlgraphics/fop/trunk/examples/embedding/java/embedding/ExampleXML2PDF.java?view=markup">
example</a>
-demonstrates how you can convert an arbitrary XML file to PDF
-using XSLT and XSL-FO/FOP. It is a combination of the first two examples
-above. The example uses JAXP to transform the XML file to XSL-FO and FOP to
+demonstrates how you can convert an arbitrary XML file to PDF
+using XSLT and XSL-FO/FOP. It is a combination of the first two examples
+above. The example uses JAXP to transform the XML file to XSL-FO and FOP to
transform the XSL-FO to PDF.
</p>
<figure src="images/EmbeddingExampleXML2PDF.png" alt="Example XML to PDF (via XSL-FO)"/>
<p>
-The output (XSL-FO) from the XSL transformation is piped through to FOP using
-SAX events. This is the most efficient way to do this because the
-intermediate result doesn't have to be saved somewhere. Often, novice users
-save the intermediate result in a file, a byte array or a DOM tree. We
-strongly discourage you to do this if it isn't absolutely necessary. The
+The output (XSL-FO) from the XSL transformation is piped through to FOP using
+SAX events. This is the most efficient way to do this because the
+intermediate result doesn't have to be saved somewhere. Often, novice users
+save the intermediate result in a file, a byte array or a DOM tree. We
+strongly discourage you to do this if it isn't absolutely necessary. The
performance is significantly higher with SAX.
</p>
</section>
<section id="ExampleObj2XML">
<title>ExampleObj2XML.java</title>
- <p>This
+ <p>This
<a href="http://svn.apache.org/viewcvs.cgi/xmlgraphics/fop/trunk/examples/embedding/java/embedding/ExampleObj2XML.java?view=markup">
example</a>
-is a preparatory example for the next one. It's an example that
-shows how an arbitrary Java object can be converted to XML. It's an often
-needed task to do this. Often people create a DOM tree from a Java object and
+is a preparatory example for the next one. It's an example that
+shows how an arbitrary Java object can be converted to XML. It's an often
+needed task to do this. Often people create a DOM tree from a Java object and
use that. This is pretty straightforward. The example here, however, shows how
-to do this using SAX, which will probably be faster and not even more
+to do this using SAX, which will probably be faster and not even more
complicated once you know how this works.
</p>
<figure src="images/EmbeddingExampleObj2XML.png" alt="Example Java object to XML"/>
<p>
-For this example we've created two classes: ProjectTeam and ProjectMember
-(found in xml-fop/examples/embedding/java/embedding/model). They represent
-the same data structure found in
-xml-fop/examples/embedding/xml/xml/projectteam.xml. We want to serialize to XML a
-project team with several members which exist as Java objects.
-Therefore we created the two classes: ProjectTeamInputSource and
+For this example we've created two classes: ProjectTeam and ProjectMember
+(found in xml-fop/examples/embedding/java/embedding/model). They represent
+the same data structure found in
+xml-fop/examples/embedding/xml/xml/projectteam.xml. We want to serialize to XML a
+project team with several members which exist as Java objects.
+Therefore we created the two classes: ProjectTeamInputSource and
ProjectTeamXMLReader (in the same place as ProjectTeam above).
</p>
<p>
-The XMLReader implementation (regard it as a special kind of XML parser) is
-responsible for creating SAX events from the Java object. The InputSource
+The XMLReader implementation (regard it as a special kind of XML parser) is
+responsible for creating SAX events from the Java object. The InputSource
class is only used to hold the ProjectTeam object to be used.
</p>
<p>
-Have a look at the source of ExampleObj2XML.java to find out how this is
-used. For more detailed information see other resources on JAXP (ex.
+Have a look at the source of ExampleObj2XML.java to find out how this is
+used. For more detailed information see other resources on JAXP (ex.
<a class="fork" href="http://java.sun.com/xml/jaxp/dist/1.1/docs/tutorial/xslt/3_generate.html">An older JAXP tutorial</a>).
</p>
</section>
<section id="ExampleObj2PDF">
<title>ExampleObj2PDF.java</title>
- <p>This
+ <p>This
<a href="http://svn.apache.org/viewcvs.cgi/xmlgraphics/fop/trunk/examples/embedding/java/embedding/ExampleObj2PDF.java?view=markup">
example</a>
-combines the previous and the third to demonstrate
+combines the previous and the third to demonstrate
how you can transform a Java object to a PDF directly in one smooth run
-by generating SAX events from the Java object that get fed to an XSL
-transformation. The result of the transformation is then converted to PDF
+by generating SAX events from the Java object that get fed to an XSL
+transformation. The result of the transformation is then converted to PDF
using FOP as before.
</p>
<figure src="images/EmbeddingExampleObj2PDF.png" alt="Example Java object to PDF (via XML and XSL-FO)"/>
</section>
<section id="ExampleDOM2PDF">
<title>ExampleDOM2PDF.java</title>
- <p>This
+ <p>This
<a href="http://svn.apache.org/viewcvs.cgi/xmlgraphics/fop/trunk/examples/embedding/java/embedding/ExampleDOM2PDF.java?view=markup">
example</a>
-has FOP use a DOMSource instead of a StreamSource in order to
+has FOP use a DOMSource instead of a StreamSource in order to
use a DOM tree as input for an XSL transformation.
</p>
</section>
<section id="ExampleSVG2PDF">
<title>ExampleSVG2PDF.java (PDF Transcoder example)</title>
- <p>This
+ <p>This
<a href="http://svn.apache.org/viewcvs.cgi/xmlgraphics/fop/trunk/examples/embedding/java/embedding/ExampleSVG2PDF.java?view=markup">
example</a>
-shows the usage of the PDF Transcoder, a sub-application within FOP.
+shows the usage of the PDF Transcoder, a sub-application within FOP.
It is used to generate a PDF document from an SVG file.
</p>
</section>
<section id="example-notes">
<title>Final notes</title>
<p>
-These examples should give you an idea of what's possible. It should be easy
+These examples should give you an idea of what's possible. It should be easy
to adjust these examples to your needs. Also, if you have other examples that you
think should be added here, please let us know via either the fop-users or fop-dev
mailing lists. Finally, for more help please send your questions to the fop-users
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