MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
@Override public Collection<String> getMappings() { ServletMapping[] mappings =_servletHandler.getServletMappings(); List<String> patterns=new ArrayList<String>(); if (mappings!=null) { for (ServletMapping mapping : mappings) { if (!mapping.getServletName().equals(getName())) continue; String[] specs=mapping.getPathSpecs(); if (specs!=null && specs.length>0) patterns.addAll(Arrays.asList(specs)); } } return patterns; }
MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
MultipartConfigElement cfg = ((ServletHolder.Registration)holder.getRegistration()).getMultipartConfig();
baseRequest.setAsyncSupported(false); MultipartConfigElement mpce = ((Registration)getRegistration()).getMultipartConfig(); if (mpce != null) request.setAttribute(Request.__MULTIPART_CONFIG_ELEMENT, mpce);
baseRequest.setAsyncSupported(false); MultipartConfigElement mpce = ((Registration)getRegistration()).getMultipartConfig(); if (mpce != null) request.setAttribute(Request.__MULTIPART_CONFIG_ELEMENT, mpce);
baseRequest.setAsyncSupported(false); MultipartConfigElement mpce = ((Registration)getRegistration()).getMultipartConfig(); if (mpce != null) request.setAttribute(Request.__MULTIPART_CONFIG_ELEMENT, mpce);
MultipartConfigElement multipartConfig = ((ServletHolder.Registration)s.getRegistration()).getMultipartConfig(); if (multipartConfig != null)
baseRequest.setAsyncSupported(false); MultipartConfigElement mpce = ((Registration)getRegistration()).getMultipartConfig(); if (mpce != null) request.setAttribute(Request.__MULTIPART_CONFIG_ELEMENT, mpce);
baseRequest.setAsyncSupported(false); MultipartConfigElement mpce = ((Registration)getRegistration()).getMultipartConfig(); if (mpce != null) request.setAttribute(Request.__MULTIPART_CONFIG_ELEMENT, mpce);
/** * Register a ServletRequestListener that will ensure tmp multipart * files are deleted when the request goes out of scope. * * @throws Exception if unable to init the multipart */ protected void initMultiPart () throws Exception { //if this servlet can handle multipart requests, ensure tmp files will be //cleaned up correctly if (((Registration)getRegistration()).getMultipartConfig() != null) { //Register a listener to delete tmp files that are created as a result of this //servlet calling Request.getPart() or Request.getParts() ContextHandler ch = ContextHandler.getContextHandler(getServletHandler().getServletContext()); ch.addEventListener(MultiPartCleanerListener.INSTANCE); } }
@Override public Collection<String> getMappings() { ServletMapping[] mappings =_servletHandler.getServletMappings(); List<String> patterns=new ArrayList<String>(); if (mappings!=null) { for (ServletMapping mapping : mappings) { if (!mapping.getServletName().equals(getName())) continue; String[] specs=mapping.getPathSpecs(); if (specs!=null && specs.length>0) patterns.addAll(Arrays.asList(specs)); } } return patterns; }
/** * Register a ServletRequestListener that will ensure tmp multipart * files are deleted when the request goes out of scope. * * @throws Exception if unable to init the multipart */ protected void initMultiPart () throws Exception { //if this servlet can handle multipart requests, ensure tmp files will be //cleaned up correctly if (((Registration)getRegistration()).getMultipartConfig() != null) { //Register a listener to delete tmp files that are created as a result of this //servlet calling Request.getPart() or Request.getParts() ContextHandler ch = ContextHandler.getContextHandler(getServletHandler().getServletContext()); ch.addEventListener(MultiPartCleanerListener.INSTANCE); } }
/** * Register a ServletRequestListener that will ensure tmp multipart * files are deleted when the request goes out of scope. * * @throws Exception */ protected void initMultiPart () throws Exception { //if this servlet can handle multipart requests, ensure tmp files will be //cleaned up correctly if (((Registration)getRegistration()).getMultipartConfig() != null) { //Register a listener to delete tmp files that are created as a result of this //servlet calling Request.getPart() or Request.getParts() ContextHandler ch = ContextHandler.getContextHandler(getServletHandler().getServletContext()); ch.addEventListener(new Request.MultiPartCleanerListener()); } }
@Override public Collection<String> getMappings() { ServletMapping[] mappings =_servletHandler.getServletMappings(); List<String> patterns=new ArrayList<String>(); if (mappings!=null) { for (ServletMapping mapping : mappings) { if (!mapping.getServletName().equals(getName())) continue; String[] specs=mapping.getPathSpecs(); if (specs!=null && specs.length>0) patterns.addAll(Arrays.asList(specs)); } } return patterns; }
/** * Register a ServletRequestListener that will ensure tmp multipart * files are deleted when the request goes out of scope. * * @throws Exception */ protected void initMultiPart () throws Exception { //if this servlet can handle multipart requests, ensure tmp files will be //cleaned up correctly if (((Registration)getRegistration()).getMultipartConfig() != null) { //Register a listener to delete tmp files that are created as a result of this //servlet calling Request.getPart() or Request.getParts() ContextHandler ch = ((ContextHandler.Context)getServletHandler().getServletContext()).getContextHandler(); ch.addEventListener(new Request.MultiPartCleanerListener()); } }