Package com.sun.tools.xjc.api

Interface SchemaCompiler

All Known Implementing Classes:
SchemaCompilerImpl
public interface SchemaCompiler
Schema-to-Java compiler.

The caller can parse multiple schema documents, JAXB external binding files (or potentially WSDL and JSR-109.next mapping files in the future).

All the errors found during this process will be sent to the registered ErrorListener.

Once all the documents are parsed, call the bind() method to get the compiled JAXBModel object.

Tips: namespace URI -> package customization

The caller can feed the following synthesized schema to achive the namespace URI -> Java package customization: 


 <schema targetNamespace="xml.namespace.uri"
   xmlns="http://www.w3.org/2001/XMLSchema"
   xmlns:jaxb="https://jakarta.ee/xml/ns/jaxb"
   jaxb:version="3.0">
   <annotation><appinfo>
     <jaxb:schemaBindings>
       <jaxb:package name="java.package.name"/>
     </jaxb:schemaBindings>
   </appinfo></annotation>
 </schema>
Feed this synthesized schema document for each namespace URI you need to map.
Author:
Kohsuke Kawaguchi ([email protected])

  • Method Details

    • getParserHandler

      ContentHandler getParserHandler(String systemId)
      Parses schemas or external bindings through SAX events by feeding events into SAX ContentHandler.
      Parameters:
      systemId - The system ID of the document to be read in.
      See Also:

    • parseSchema

      void parseSchema(InputSource source)
      Parses a schema or an external binding file from an external source.
      Parameters:
      source - Its system Id must be set to an absolute URI.

    • setTargetVersion

      void setTargetVersion(SpecVersion version)
      Specifies the target spec version for this compilaion.
      Parameters:
      version - If null, XJC will generate the source code that takes advantage of the latest JAXB spec that it understands.
      Since:
      2.1 EA2

    • parseSchema

      void parseSchema(String systemId, Element element)
      Parses a schema or an external binding file from the specified DOM element.

      The given DOM element is treated as if it's the root of a virtual document.

      XJC will not be able to print location information for errors found in this document, since DOM doesn't have them. For this reason, use of this method is strongly discouraged.

      Parameters:
      systemId - We need an absolute system ID that uniquely designates the virtual document. This should be different from the system ID of the document which contains this element.

      One way to do that is by adding a fragment identifier to the system ID of the document. For example, if the document is "foo.wsdl" and you are passing in its types section, you can use an unique identifier like "foo.wsdl#types"

    • parseSchema

      void parseSchema(String systemId, XMLStreamReader reader) throws XMLStreamException
      Parses a schema or an external binding file from the given source.

      A stream reader must be pointing at the element or at the start of the document. XML is parsed until the corresponding end tag, then the sub tree is processed as a schema document.

      When this method returns successfully, the parser is at the next token of the end element.

      Parameters:
      systemId - The absolute system ID of the document that is being parsed. This information is necessary to avoid double-inclusion and etc. Note that XMLStreamReader.getLocation() only returns the system ID of the entity it is parsing, not necessarily the system ID of the document itself.
      Throws:
      XMLStreamException - If an error happens while parsing a document. Note that not only the parser but also the XJC itself may throw this error (as a result of the additional validation for example.)

    • setErrorListener

      void setErrorListener(ErrorListener errorListener)

    • setEntityResolver

      void setEntityResolver(EntityResolver entityResolver)

    • setDefaultPackageName

      void setDefaultPackageName(String packageName)
      Sets the default Java package name into which the generated code will be placed.

      Customizations in the binding files/schemas will have precedence over this setting. Set to null to use the default package name computation algorithm as specified by the JAXB spec (which is the default behavior.)

      Initially this parameter is set to null.

      Parameters:
      packageName - Java pckage name such as "org.foo.bar". Use "" to represent the root package, and null to defer to the default computation algorithm.
      See Also:

    • forcePackageName

      void forcePackageName(String packageName)
      Forces all the JAXB-generated classes to go into the specific package.

      This setting takes precedence over the setDefaultPackageName(String) or any of the customization found in the JAXB binding files. This method is designed to implement the semantics of the command-line '-p' option.

      This somewhat ugly semantics actually have a long history now and too late to change.

      See Also:

    • setClassNameAllocator

      void setClassNameAllocator(ClassNameAllocator allocator)
      Sets the ClassNameAllocator to be used for the binding operation.

      This mechanism would allow the caller to participate in the binding operation.

      See Also:

    • resetSchema

      void resetSchema()
      Clears all the schema files parsed so far.
      Since:
      2.1.1

    • bind

      S2JJAXBModel bind()
      Obtains the compiled schema object model. Once this method is called, no other method should be invoked on the .
      Returns:
      null if the compilation fails. The errors should have been delivered to the registered error handler in such a case.

    • getOptions

      @Deprecated @NotNull Options getOptions()
      Deprecated.
      This method is not really "deprecated" (in the sense of being removed from future versions), but the JAXB team is not committed to evolve Options class in the compatible fashion. So please don't use this method unless you know what you're doing.
      Allows the calling code to tweak more schema compilation details.

      The caller can use this method to obtain an Options instance, then tweak settings on it. The updated settings will be used when the bind() method is invoked.

      The returned Options object is useful for example to specify command-line arguments.

      Since:
      2.0.2