Examples of org.apache.tomcat.util.descriptor.web.WebXml

Package org.apache.tomcat.util.descriptor.web

Examples of org.apache.tomcat.util.descriptor.web.WebXml

org.apache.tomcat.util.descriptor.web.WebXml
Representation of common elements of web.xml and web-fragment.xml. Provides a repository for parsed data before the elements are merged. Validation is spread between multiple classes: The digester checks for structural correctness (eg single login-config) This class checks for invalid duplicates (eg filter/servlet names) StandardContext will check validity of values (eg URL formats etc)

        this.webXml = buildMergedWebXml();
        jspConfigDescriptor = webXml.getJspConfigDescriptor();
    }


    private WebXml buildMergedWebXml() throws JasperException {
        WebXml webXml = new WebXml();
        String blockExternalString = getInitParameter(
                Constants.XML_BLOCK_EXTERNAL_INIT_PARAM);
        boolean blockExternal;
        if (blockExternalString == null) {
            blockExternal = Constants.IS_SECURITY_ENABLED;
        } else {
            blockExternal = Boolean.parseBoolean(blockExternalString);
        }
        WebXmlParser webXmlParser = new WebXmlParser(false, false, blockExternal);
        // Use this class's classloader as Ant will have set the TCCL to its own
        webXmlParser.setClassLoader(getClass().getClassLoader());


        try {
            URL url = getResource(
                    org.apache.tomcat.util.descriptor.web.Constants.WEB_XML_LOCATION);
            if (!webXmlParser.parseWebXml(url, webXml, false)) {
                throw new JasperException(Localizer.getMessage("jspc.error.invalidWebXml"));
            }
        } catch (IOException e) {
            throw new JasperException(e);
        }


        // if the application is metadata-complete then we can skip fragment processing
        if (webXml.isMetadataComplete()) {
            return webXml;
        }


        // If an empty absolute ordering element is present, fragment processing
        // may be skipped.
        Set<String> absoluteOrdering = webXml.getAbsoluteOrdering();
        if (absoluteOrdering != null && absoluteOrdering.isEmpty()) {
            return webXml;
        }


        Map<String, WebXml> fragments = scanForFragments(webXmlParser);
        Set<WebXml> orderedFragments = WebXml.orderWebFragments(webXml, fragments, this);


        // JspC is not affected by annotations so skip that processing, proceed to merge
        webXml.merge(orderedFragments);
        return webXml;
    }

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         *   scanned to check if they match.
         */
        Set<WebXml> defaults = new HashSet<>();
        defaults.add(getDefaultWebXmlFragment());


        WebXml webXml = createWebXml();


        // Parse context level web.xml
        InputSource contextWebXml = getContextWebXmlSource();
        if (!webXmlParser.parseWebXml(contextWebXml, webXml, false)) {
            ok = false;
        }


        ServletContext sContext = context.getServletContext();


        // Ordering is important here


        // Step 1. Identify all the JARs packaged with the application and those
        // provided by the container. If any of the application JARs have a
        // web-fragment.xml it will be parsed at this point. web-fragment.xml
        // files are ignored for container provided JARs.
        Map<String,WebXml> fragments = processJarsForWebFragments(webXml);


        // Step 2. Order the fragments.
        Set<WebXml> orderedFragments = null;
        orderedFragments =
                WebXml.orderWebFragments(webXml, fragments, sContext);


        // Step 3. Look for ServletContainerInitializer implementations
        if (ok) {
            processServletContainerInitializers(sContext);
        }


        if  (!webXml.isMetadataComplete() || typeInitializerMap.size() > 0) {
            // Step 4. Process /WEB-INF/classes for annotations and
            // @HandlesTypes matches
            if (ok) {
                WebResource[] webResources =
                        context.getResources().listResources("/WEB-INF/classes");


                for (WebResource webResource : webResources) {
                    processAnnotationsWebResource(webResource, webXml,
                            webXml.isMetadataComplete());
                }
            }


            // Step 5. Process JARs for annotations for annotations and
            // @HandlesTypes matches - only need to process those fragments we
            // are going to use (remember orderedFragments includes any
            // container fragments)
            if (ok) {
                processAnnotations(
                        orderedFragments, webXml.isMetadataComplete());
            }


            // Cache, if used, is no longer required so clear it
            javaClassCache.clear();
        }


        if (!webXml.isMetadataComplete()) {
            // Step 6. Merge web-fragment.xml files into the main web.xml
            // file.
            if (ok) {
                ok = webXml.merge(orderedFragments);
            }


            // Step 7. Apply global defaults
            // Have to merge defaults before JSP conversion since defaults
            // provide JSP servlet definition.
            webXml.merge(defaults);


            // Step 8. Convert explicitly mentioned jsps to servlets
            if (ok) {
                convertJsps(webXml);
            }


            // Step 9. Apply merged web.xml to Context
            if (ok) {
                configureContext(webXml);
            }
        } else {
            webXml.merge(defaults);
            convertJsps(webXml);
            configureContext(webXml);
        }


        // Step 9a. Make the merged web.xml available to other
        // components, specifically Jasper, to save those components
        // from having to re-generate it.
        // TODO Use a ServletContainerInitializer for Jasper
        String mergedWebXml = webXml.toXml();
        sContext.setAttribute(
               org.apache.tomcat.util.scan.Constants.MERGED_WEB_XML,
               mergedWebXml);
        if (context.getLogEffectiveWebXml()) {
            log.info("web.xml:\n" + mergedWebXml);

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            if (entry != null && entry.getGlobalTimeStamp() == globalTimeStamp &&
                    entry.getHostTimeStamp() == hostTimeStamp) {
                return entry.getWebXml();
            }


            WebXml webXmlDefaultFragment = createWebXml();
            webXmlDefaultFragment.setOverridable(true);
            // Set to distributable else every app will be prevented from being
            // distributable when the default fragment is merged with the main
            // web.xml
            webXmlDefaultFragment.setDistributable(true);
            // When merging, the default welcome files are only used if the app has
            // not defined any welcomes files.
            webXmlDefaultFragment.setAlwaysAddWelcomeFiles(false);


            // Parse global web.xml if present
            if (globalWebXml == null) {
                // This is unusual enough to log
                log.info(sm.getString("contextConfig.defaultMissing"));
            } else {
                if (!webXmlParser.parseWebXml(
                        globalWebXml, webXmlDefaultFragment, false)) {
                    ok = false;
                }
            }


            // Parse host level web.xml if present
            // Additive apart from welcome pages
            webXmlDefaultFragment.setReplaceWelcomeFiles(true);


            if (!webXmlParser.parseWebXml(
                    hostWebXml, webXmlDefaultFragment, false)) {
                ok = false;
            }

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            servletDef.addInitParameter(initParam.getKey(), initParam.getValue());
        }
    }


    protected WebXml createWebXml() {
        return new WebXml();
    }

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            // - this fragment is for a container JAR (Servlet 3.1 section 8.1)
            // - this fragment has metadata-complete="true"
            boolean htOnly = handlesTypesOnly || !fragment.getWebappJar() ||
                    fragment.isMetadataComplete();


            WebXml annotations = new WebXml();
            // no impact on distributable
            annotations.setDistributable(true);
            URL url = fragment.getURL();
            processAnnotationsUrl(url, annotations, htOnly);
            Set<WebXml> set = new HashSet<>();
            set.add(annotations);
            // Merge annotations into fragment - fragment takes priority

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         *   scanned to check if they match.
         */
        Set<WebXml> defaults = new HashSet<>();
        defaults.add(getDefaultWebXmlFragment());


        WebXml webXml = createWebXml();


        // Parse context level web.xml
        InputSource contextWebXml = getContextWebXmlSource();
        if (!webXmlParser.parseWebXml(contextWebXml, webXml, false)) {
            ok = false;
        }


        ServletContext sContext = context.getServletContext();


        // Ordering is important here


        // Step 1. Identify all the JARs packaged with the application and those
        // provided by the container. If any of the application JARs have a
        // web-fragment.xml it will be parsed at this point. web-fragment.xml
        // files are ignored for container provided JARs.
        Map<String,WebXml> fragments = processJarsForWebFragments(webXml);


        // Step 2. Order the fragments.
        Set<WebXml> orderedFragments = null;
        orderedFragments =
                WebXml.orderWebFragments(webXml, fragments, sContext);


        // Step 3. Look for ServletContainerInitializer implementations
        if (ok) {
            processServletContainerInitializers(sContext);
        }


        if  (!webXml.isMetadataComplete() || typeInitializerMap.size() > 0) {
            // Step 4. Process /WEB-INF/classes for annotations and
            // @HandlesTypes matches
            if (ok) {
                WebResource[] webResources =
                        context.getResources().listResources("/WEB-INF/classes");


                for (WebResource webResource : webResources) {
                    processAnnotationsWebResource(webResource, webXml,
                            webXml.isMetadataComplete());
                }
            }


            // Step 5. Process JARs for annotations for annotations and
            // @HandlesTypes matches - only need to process those fragments we
            // are going to use (remember orderedFragments includes any
            // container fragments)
            if (ok) {
                processAnnotations(
                        orderedFragments, webXml.isMetadataComplete());
            }


            // Cache, if used, is no longer required so clear it
            javaClassCache.clear();
        }


        if (!webXml.isMetadataComplete()) {
            // Step 6. Merge web-fragment.xml files into the main web.xml
            // file.
            if (ok) {
                ok = webXml.merge(orderedFragments);
            }


            // Step 7. Apply global defaults
            // Have to merge defaults before JSP conversion since defaults
            // provide JSP servlet definition.
            webXml.merge(defaults);


            // Step 8. Convert explicitly mentioned jsps to servlets
            if (ok) {
                convertJsps(webXml);
            }


            // Step 9. Apply merged web.xml to Context
            if (ok) {
                configureContext(webXml);
            }
        } else {
            webXml.merge(defaults);
            convertJsps(webXml);
            configureContext(webXml);
        }


        // Step 9a. Make the merged web.xml available to other
        // components, specifically Jasper, to save those components
        // from having to re-generate it.
        // TODO Use a ServletContainerInitializer for Jasper
        String mergedWebXml = webXml.toXml();
        sContext.setAttribute(
               org.apache.tomcat.util.scan.Constants.MERGED_WEB_XML,
               mergedWebXml);
        if (context.getLogEffectiveWebXml()) {
            log.info("web.xml:\n" + mergedWebXml);

View Full Code Here

            if (entry != null && entry.getGlobalTimeStamp() == globalTimeStamp &&
                    entry.getHostTimeStamp() == hostTimeStamp) {
                return entry.getWebXml();
            }


            WebXml webXmlDefaultFragment = createWebXml();
            webXmlDefaultFragment.setOverridable(true);
            // Set to distributable else every app will be prevented from being
            // distributable when the default fragment is merged with the main
            // web.xml
            webXmlDefaultFragment.setDistributable(true);
            // When merging, the default welcome files are only used if the app has
            // not defined any welcomes files.
            webXmlDefaultFragment.setAlwaysAddWelcomeFiles(false);


            // Parse global web.xml if present
            if (globalWebXml == null) {
                // This is unusual enough to log
                log.info(sm.getString("contextConfig.defaultMissing"));
            } else {
                if (!webXmlParser.parseWebXml(
                        globalWebXml, webXmlDefaultFragment, false)) {
                    ok = false;
                }
            }


            // Parse host level web.xml if present
            // Additive apart from welcome pages
            webXmlDefaultFragment.setReplaceWelcomeFiles(true);


            if (!webXmlParser.parseWebXml(
                    hostWebXml, webXmlDefaultFragment, false)) {
                ok = false;
            }

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            servletDef.addInitParameter(initParam.getKey(), initParam.getValue());
        }
    }


    protected WebXml createWebXml() {
        return new WebXml();
    }

View Full Code Here

            // - this fragment is for a container JAR (Servlet 3.1 section 8.1)
            // - this fragment has metadata-complete="true"
            boolean htOnly = handlesTypesOnly || !fragment.getWebappJar() ||
                    fragment.isMetadataComplete();


            WebXml annotations = new WebXml();
            // no impact on distributable
            annotations.setDistributable(true);
            URL url = fragment.getURL();
            processAnnotationsUrl(url, annotations, htOnly);
            Set<WebXml> set = new HashSet<>();
            set.add(annotations);
            // Merge annotations into fragment - fragment takes priority

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         *   scanned to check if they match.
         */
        Set<WebXml> defaults = new HashSet<>();
        defaults.add(getDefaultWebXmlFragment());


        WebXml webXml = createWebXml();


        // Parse context level web.xml
        InputSource contextWebXml = getContextWebXmlSource();
        if (!webXmlParser.parseWebXml(contextWebXml, webXml, false)) {
            ok = false;
        }


        ServletContext sContext = context.getServletContext();


        // Ordering is important here


        // Step 1. Identify all the JARs packaged with the application and those
        // provided by the container. If any of the application JARs have a
        // web-fragment.xml it will be parsed at this point. web-fragment.xml
        // files are ignored for container provided JARs.
        Map<String,WebXml> fragments = processJarsForWebFragments();


        // Step 2. Order the fragments.
        Set<WebXml> orderedFragments = null;
        orderedFragments =
                WebXml.orderWebFragments(webXml, fragments, sContext);


        // Step 3. Look for ServletContainerInitializer implementations
        if (ok) {
            processServletContainerInitializers(context.getServletContext());
        }


        if  (!webXml.isMetadataComplete() || typeInitializerMap.size() > 0) {
            // Step 4. Process /WEB-INF/classes for annotations and
            // @HandlesTypes matches
            if (ok) {
                WebResource[] webResources =
                        context.getResources().listResources("/WEB-INF/classes");


                for (WebResource webResource : webResources) {
                    processAnnotationsWebResource(webResource, webXml,
                            webXml.isMetadataComplete());
                }
            }


            // Step 5. Process JARs for annotations for annotations and
            // @HandlesTypes matches - only need to process those fragments we
            // are going to use (remember orderedFragments includes any
            // container fragments)
            if (ok) {
                processAnnotations(
                        orderedFragments, webXml.isMetadataComplete());
            }


            // Cache, if used, is no longer required so clear it
            javaClassCache.clear();
        }


        if (!webXml.isMetadataComplete()) {
            // Step 6. Merge web-fragment.xml files into the main web.xml
            // file.
            if (ok) {
                ok = webXml.merge(orderedFragments);
            }


            // Step 7. Apply global defaults
            // Have to merge defaults before JSP conversion since defaults
            // provide JSP servlet definition.
            webXml.merge(defaults);


            // Step 8. Convert explicitly mentioned jsps to servlets
            if (ok) {
                convertJsps(webXml);
            }


            // Step 9. Apply merged web.xml to Context
            if (ok) {
                configureContext(webXml);
            }
        } else {
            webXml.merge(defaults);
            convertJsps(webXml);
            configureContext(webXml);
        }


        // Step 9a. Make the merged web.xml available to other
        // components, specifically Jasper, to save those components
        // from having to re-generate it.
        // TODO Use a ServletContainerInitializer for Jasper
        String mergedWebXml = webXml.toXml();
        sContext.setAttribute(
               org.apache.tomcat.util.scan.Constants.MERGED_WEB_XML,
               mergedWebXml);
        if (context.getLogEffectiveWebXml()) {
            log.info("web.xml:\n" + mergedWebXml);

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