/** * The contents of this file are subject to the license and copyright * detailed in the LICENSE and NOTICE files at the root of the source * tree and available online at * * http://www.dspace.org/license/ */ package org.dspace.app.xmlui.aspect.administrative.controlpanel; import java.util.Iterator; import java.util.Map; import org.apache.excalibur.store.Store; import org.dspace.app.xmlui.wing.Message; import org.dspace.app.xmlui.wing.WingException; import org.dspace.app.xmlui.wing.element.Division; import org.dspace.app.xmlui.wing.element.Item; import org.dspace.app.xmlui.wing.element.List; /** * Control panel tab that displays info about java and system. * Based on the original ControlPanel class by Jay Paz and Scott Phillips * @author LINDAT/CLARIN dev team (http://lindat.cz) */ public class ControlPanelJavaTab extends AbstractControlPanelTab { private static final Message T_JAVA_HEAD = message("xmlui.administrative.ControlPanel.java_head"); private static final Message T_JAVA_VERSION = message("xmlui.administrative.ControlPanel.java_version"); private static final Message T_JAVA_VENDOR = message("xmlui.administrative.ControlPanel.java_vendor"); private static final Message T_OS_NAME = message("xmlui.administrative.ControlPanel.os_name"); private static final Message T_OS_ARCH = message("xmlui.administrative.ControlPanel.os_arch"); private static final Message T_OS_VERSION = message("xmlui.administrative.ControlPanel.os_version"); private static final Message T_RUNTIME_HEAD = message("xmlui.administrative.ControlPanel.runtime_head"); private static final Message T_RUNTIME_PROCESSORS = message("xmlui.administrative.ControlPanel.runtime_processors"); private static final Message T_RUNTIME_MAX = message("xmlui.administrative.ControlPanel.runtime_max"); private static final Message T_RUNTIME_TOTAL = message("xmlui.administrative.ControlPanel.runtime_total"); private static final Message T_RUNTIME_USED = message("xmlui.administrative.ControlPanel.runtime_used"); private static final Message T_RUNTIME_FREE = message("xmlui.administrative.ControlPanel.runtime_free"); private static final Message T_COCOON_HEAD = message("xmlui.administrative.ControlPanel.cocoon_head"); private static final Message T_COCOON_VERSION = message("xmlui.administrative.ControlPanel.cocoon_version"); private static final Message T_COCOON_CACHE_DIR = message("xmlui.administrative.ControlPanel.cocoon_cache_dir"); private static final Message T_COCOON_WORK_DIR = message("xmlui.administrative.ControlPanel.cocoon_work_dir"); private static final Message T_COCOON_MAIN_CACHE_SIZE = message("xmlui.administrative.ControlPanel.cocoon_main_cache_size"); private static final Message T_COCOON_PERSISTENT_CACHE_SIZE = message("xmlui.administrative.ControlPanel.cocoon_persistent_cache_size"); private static final Message T_COCOON_TRANS_CACHE_SIZE = message("xmlui.administrative.ControlPanel.cocoon_transient_cache_size"); private static final Message T_COCOON_CACHE_CLEAR = message("xmlui.administrative.ControlPanel.cocoon_cache_clear"); @Override public void addBody(Map objectModel, Division div) throws WingException { // Get memory statistics int processors = Runtime.getRuntime().availableProcessors(); long maxMemory = Runtime.getRuntime().maxMemory(); long totalMemory = Runtime.getRuntime().totalMemory(); long freeMemory = Runtime.getRuntime().freeMemory(); long usedMemory = totalMemory - freeMemory; // Convert bytes into MiB maxMemory = maxMemory / 1024 / 1024; totalMemory = totalMemory / 1024 / 1024; usedMemory = usedMemory / 1024 / 1024; freeMemory = freeMemory / 1024 / 1024; // LIST: Java List list = div.addList("javaOs"); list.setHead(T_JAVA_HEAD); list.addLabel(T_JAVA_VERSION); list.addItem(System.getProperty("java.version")); list.addLabel(T_JAVA_VENDOR); list.addItem(System.getProperty("java.vm.name")); list.addLabel(T_OS_NAME); list.addItem(System.getProperty("os.name")); list.addLabel(T_OS_ARCH); list.addItem(System.getProperty("os.arch")); list.addLabel(T_OS_VERSION); list.addItem(System.getProperty("os.version")); // LIST: memory List runtime = div.addList("runtime"); runtime.setHead(T_RUNTIME_HEAD); runtime.addLabel(T_RUNTIME_PROCESSORS); runtime.addItem(String.valueOf(processors)); runtime.addLabel(T_RUNTIME_MAX); runtime.addItem(String.valueOf(maxMemory) + " MiB"); runtime.addLabel(T_RUNTIME_TOTAL); runtime.addItem(String.valueOf(totalMemory) + " MiB"); runtime.addLabel(T_RUNTIME_USED); runtime.addItem(String.valueOf(usedMemory) + " MiB"); runtime.addLabel(T_RUNTIME_FREE); runtime.addItem(String.valueOf(freeMemory) + " MiB"); // List: Cocoon Info & Cache addCocoonInformation(div); } /** * Add specific Cocoon information, especially related to the Cocoon Cache. *

* For more information about Cocoon Caches/Stores, see: * http://wiki.apache.org/cocoon/StoreComponents */ private void addCocoonInformation(Division div) throws WingException { // List: Cocoon Info & Caches List cocoon = div.addList("cocoon"); cocoon.setHead(T_COCOON_HEAD); cocoon.addLabel(T_COCOON_VERSION); cocoon.addItem(org.apache.cocoon.Constants.VERSION); // attempt to Display some basic info about Cocoon's Settings & Caches // Get access to basic Cocoon Settings if (this.settings != null) { // Output Cocoon's Work Directory & Cache Directory cocoon.addLabel(T_COCOON_WORK_DIR); cocoon.addItem(this.settings.getWorkDirectory()); cocoon.addLabel(T_COCOON_CACHE_DIR); cocoon.addItem(this.settings.getCacheDirectory()); } // Check if we have access to Cocoon's Default Cache // Cocoon's Main (Default) Store is used to store objects that are // serializable if (this.storeDefault != null) { // Store name is just the className (remove the package info though, // just to save space) String storeName = this.storeDefault.getClass().getName(); storeName = storeName.substring(storeName.lastIndexOf(".") + 1); // display main store's cache info cocoon.addLabel(T_COCOON_MAIN_CACHE_SIZE.parameterize(storeName + ", 0x" + Integer.toHexString(this.storeDefault.hashCode()))); // display cache size & link to clear Cocoon's main cache Item defaultSize = cocoon.addItem(); defaultSize.addContent(String.valueOf(this.storeDefault.size()) + " "); defaultSize.addXref(this.web_link + "&clearcache=true", T_COCOON_CACHE_CLEAR); } // Check if we have access to Cocoon's Persistent Cache // Cocoon's Persistent Store may be used by the Default Cache/Store to // delegate persistent storage // (it's an optional store which may not exist) if (this.storePersistent != null) { // Store name is just the className (remove the package info though, // just to save space) String storeName = this.storeDefault.getClass().getName(); storeName = storeName.substring(storeName.lastIndexOf(".") + 1); // display persistent store's cache size info cocoon.addLabel(T_COCOON_PERSISTENT_CACHE_SIZE .parameterize(storeName + ", 0x" + Integer.toHexString(this.storePersistent .hashCode()))); cocoon.addItem(String.valueOf(this.storePersistent.size())); } // Check if we have access to Cocoon's StoreJanitor // The Store Janitor manages all of Cocoon's "transient caches/stores" // These "transient" stores are used for non-serializable objects or // objects whose // storage doesn't make sense across a server restart. if (this.storeJanitor != null) { // For each Cache Store in Cocoon's StoreJanitor Iterator i = this.storeJanitor.iterator(); while (i.hasNext()) { // get the Cache Store Store store = (Store) i.next(); // Store name is just the className (remove the package info // though, just to save space) String storeName = store.getClass().getName(); storeName = storeName.substring(storeName.lastIndexOf(".") + 1); // display its size information cocoon.addLabel(T_COCOON_TRANS_CACHE_SIZE .parameterize(storeName + ", 0x" + Integer.toHexString(store.hashCode()))); cocoon.addItem(String.valueOf(store.size())); } } } }