Módosítások

You can integrate Attribute Conversion and Filtering into your Bridging Element by using these java code snippets. (Of course, edugain.jar and converter.jar need to be placed on the classpath.)

This code is need needs to be invoked in BE initialization time (and not in runtime, as xml XML configuration parsing is a time-consuming process).

// get a reference to the AttributeConverterFactory singleton object AttributeConverterFactory factory = AttributeConverterFactory.getInstance(); // set the configuration file paths (which paths can be set in web.xml for example) factory.setAttributeConverterFilePath("path-to-converter.xml"); factory.setAttributeFilterFilePath("path-to-filter.xml"); factory.setAttributeNameMapperFilePath("path-to-namemapper.xml"); // create converter and filter objects try { AttributeConverter converter = factory.createAttributeConverter(); AttributeFilter filter = factory.createAttributeFilter(); } catch (ConfigurationException ex) { // handle configuration errors (missing files, not valid xmls and more issues) log.error(ex); }

This code is invoked in BE runtime. You should have a List of AttributeValues, which was either received from the IdP or from the H-BE. You will get the output attribute set after invoking <code>process()</code> method. Note that <code>process()</code> takes two more arguments: <code>remote</code> and <code>local</code>. These represent the local and remote peers that your BE bridges together. Use of these identifiers is optional, you can pass <code>null</code>. {{ATTENTION_EN|If you do not pass <code>local</code> or <code>remote</code> then rules containing <code>LocalProviderMatch</code> or <code>RemoteProviderMatch</code> will '''NOT''' be executed.}}   

String remote = "remote-federation-peer-identifier"; String local = "local-federation-peer-identifier"; // get Attributes from the assertion List<AttributeValues> input = ...; // Call converter and filter in order.// Home BE should call converter first, remote BE should call filter first.if (isHomeBE) { List<AttributeValues> output = converter.process(input, remote, local); output = filter.process(output, remote, local);} else { List<AttributeValues> output = filter.process(input, remote, local); output = converter.process(output, remote, local);}

// Call converter and filter in order. // Home BE should call converter first, remote BE should call filter first. if (isHomeBE) { List<AttributeValues> output = converter.process(input, remote, local); output = filter.process(output, remote, local); } else { List<AttributeValues> output = filter.process(input, remote, local); output = converter.process(output, remote, local); } // process output here, create new assertion, etc.