package org.apache.turbine.services.pull;
/*
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
import java.util.ArrayList;
import java.util.Iterator;
import java.util.List;
import org.apache.commons.configuration.Configuration;
import org.apache.commons.logging.Log;
import org.apache.commons.logging.LogFactory;
import org.apache.fulcrum.pool.PoolService;
import org.apache.turbine.Turbine;
import org.apache.turbine.om.security.User;
import org.apache.turbine.pipeline.PipelineData;
import org.apache.turbine.services.InitializationException;
import org.apache.turbine.services.TurbineBaseService;
import org.apache.turbine.services.TurbineServices;
import org.apache.turbine.services.security.TurbineSecurity;
import org.apache.turbine.services.velocity.TurbineVelocity;
import org.apache.turbine.services.velocity.VelocityService;
import org.apache.turbine.util.RunData;
import org.apache.velocity.context.Context;
/**
* This is the concrete implementation of the Turbine
* Pull Service.
* <p>
* These are tools that are placed in the context by the service
* These tools will be made available to all your
* templates. You list the tools in the following way:
* <p>
* <pre>
* tool.<scope>.<id> = <classname>
*
* <scope> is the tool scope: global, request, session,
* authorized or persistent (see below for more details)
* <id> is the name of the tool in the context
*
* You can configure the tools in this way:
* tool.<id>.<parameter> = <value>
*
* So if you find "global", "request", "session" or "persistent" as second
* part, it is a configuration to put a tool into the toolbox, else it is a
* tool specific configuration.
*
* For example:
*
* tool.global.ui = org.apache.turbine.util.pull.UIManager
* tool.global.mm = org.apache.turbine.util.pull.MessageManager
* tool.request.link = org.apache.turbine.services.pull.tools.TemplateLink
* tool.request.page = org.apache.turbine.util.template.TemplatePageAttributes
*
* Then:
*
* tool.ui.skin = default
*
* configures the value of "skin" for the "ui" tool.
*
* Tools are accessible in all templates by the <id> given
* to the tool. So for the above listings the UIManager would
* be available as $ui, the MessageManager as $mm, the TemplateLink
* as $link and the TemplatePageAttributes as $page.
*
* You should avoid using tool names called "global", "request",
* "session" or "persistent" because of clashes with the possible Scopes.
*
* Scopes:
*
* global: tool is instantiated once and that instance is available
* to all templates for all requests. Tool must be threadsafe.
*
* request: tool is instantiated once for each request (although the
* PoolService is used to recycle instances). Tool need not
* be threadsafe.
*
* session: tool is instantiated once for each user session, and is
* stored in the session. These tools do not need to be
* threadsafe.
*
* authorized: tool is instantiated once for each user session once the
* user logs in. After this, it is a normal session tool.
*
* persistent: tool is instantitated once for each user session once
* the user logs in and is is stored in the user's permanent
* hashtable.
* This means for a logged in user the tool will be persisted
* in the user's objectdata. Tool should be Serializable. These
* tools do not need to be threadsafe.
* <b>persistent scope tools are deprecated in 2.3</b>
*
* Defaults: none
* </pre>
*
* @author <a href="mailto:jvanzyl@periapt.com">Jason van Zyl</a>
* @author <a href="mailto:sean@informage.net">Sean Legassick</a>
* @author <a href="mailto:hps@intermeta.de">Henning P. Schmiedehausen</a>
* @author <a href="mailto:quintonm@bellsouth.net">Quinton McCombs</a>
* @author <a href="mailto:peter@courcoux.biz">Peter Courcoux</a>
* @version $Id: TurbinePullService.java 1078552 2011-03-06 19:58:46Z tv $
*/
public class TurbinePullService
extends TurbineBaseService
implements PullService
{
/** Logging */
private static Log log = LogFactory.getLog(TurbinePullService.class);
/** Reference to the pool service */
private PoolService pool = null;
/** Reference to the templating (nee Velocity) service */
private VelocityService velocity = null;
/**
* This is the container for the global web application
* tools that are used in conjunction with the
* Turbine Pull Model. All the global tools will be placed
* in this Context and be made accessible inside
* templates via the tool name specified in the TR.props
* file.
*/
private Context globalContext;
/**
* This inner class is used in the lists below to store the
* tool name and class for each of request, session and persistent
* tools
*/
private static class ToolData
{
String toolName;
String toolClassName;
Class<ApplicationTool> toolClass;
public ToolData(String toolName, String toolClassName, Class<ApplicationTool> toolClass)
{
this.toolName = toolName;
this.toolClassName = toolClassName;
this.toolClass = toolClass;
}
}
/** Internal list of global tools */
private List<ToolData> globalTools;
/** Internal list of request tools */
private List<ToolData> requestTools;
/** Internal list of session tools */
private List<ToolData> sessionTools;
/** Internal list of authorized tools */
private List<ToolData> authorizedTools;
/** Internal list of persistent tools */
private List<ToolData> persistentTools;
/** Directory where application tool resources are stored.*/
private String resourcesDirectory;
/** Should we refresh the application tools on a per request basis? */
private boolean refreshToolsPerRequest = false;
/**
* Called the first time the Service is used.
*/
@Override
public void init()
throws InitializationException
{
try
{
pool = (PoolService)TurbineServices.getInstance().getService(PoolService.ROLE);
if (pool == null)
{
throw new InitializationException("Pull Service requires"
+ " configured Pool Service!");
}
initPullService();
// Make sure to setInit(true) because Tools may
// make calls back to the TurbinePull static methods
// which causes an init loop.
setInit(true);
// Do _NOT_ move this before the setInit(true)
velocity = TurbineVelocity.getService();
if (velocity != null)
{
initPullTools();
}
else
{
log.info("Velocity Service not configured, skipping pull tools!");
}
}
catch (Exception e)
{
throw new InitializationException(
"TurbinePullService failed to initialize", e);
}
}
/**
* Initialize the pull service
*
* @exception Exception A problem happened when starting up
*/
private void initPullService()
throws Exception
{
// This is the per-service configuration, prefixed with services.PullService
Configuration conf = getConfiguration();
// Get the resources directory that is specificed
// in the TR.props or default to "resources", relative to the webapp.
resourcesDirectory = conf.getString(
TOOL_RESOURCES_DIR_KEY,
TOOL_RESOURCES_DIR_DEFAULT);
// Should we refresh the tool box on a per
// request basis.
refreshToolsPerRequest =
conf.getBoolean(
TOOLS_PER_REQUEST_REFRESH_KEY,
TOOLS_PER_REQUEST_REFRESH_DEFAULT);
// Log the fact that the application tool box will
// be refreshed on a per request basis.
if (refreshToolsPerRequest)
{
log.info("Pull Model tools will "
+ "be refreshed on a per request basis.");
}
}
/**
* Initialize the pull tools. At this point, the
* service must be marked as initialized, because the
* tools may call the methods of this service via the
* static facade class TurbinePull.
*
* @exception Exception A problem happened when starting up
*/
private void initPullTools()
throws Exception
{
// And for reasons I never really fully understood,
// the tools directive is toplevel without the service
// prefix. This is brain-damaged but for legacy reasons we
// keep this. So this is the global turbine configuration:
Configuration conf = Turbine.getConfiguration();
// Grab each list of tools that are to be used (for global scope,
// request scope, authorized scope, session scope and persistent
// scope tools). They are specified respectively in the TR.props
// like this:
//
// tool.global.ui = org.apache.turbine.util.pull.UIManager
// tool.global.mm = org.apache.turbine.util.pull.MessageManager
//
// tool.request.link = org.apache.turbine.services.pull.tools.TemplateLink
//
// tool.session.basket = org.sample.util.ShoppingBasket;
//
// tool.persistent.ui = org.apache.turbine.services.pull.util.PersistentUIManager
log.debug("Global Tools:");
globalTools = getTools(conf.subset(GLOBAL_TOOL));
log.debug("Request Tools:");
requestTools = getTools(conf.subset(REQUEST_TOOL));
log.debug("Session Tools:");
sessionTools = getTools(conf.subset(SESSION_TOOL));
log.debug("Authorized Tools:");
authorizedTools = getTools(conf.subset(AUTHORIZED_TOOL));
log.debug("Persistent Tools:");
persistentTools = getTools(conf.subset(PERSISTENT_TOOL));
// Create and populate the global context right now
// This is unholy, because it entwines the VelocityService and
// the Pull Service even further. However, there isn't much we can
// do for the 2.3 release. Expect this to go post-2.3
globalContext = velocity.getNewContext();
populateWithGlobalTools(globalContext);
}
/**
* Retrieve the tool names and classes for the tools definied
* in the configuration file with the prefix given.
*
* @param toolConfig The part of the configuration describing some tools
*/
@SuppressWarnings("unchecked")
private List<ToolData> getTools(Configuration toolConfig)
{
List<ToolData> tools = new ArrayList<ToolData>();
// There might not be any tools for this prefix
// so return an empty list.
if (toolConfig == null)
{
return tools;
}
for (Iterator<String> it = toolConfig.getKeys(); it.hasNext();)
{
String toolName = it.next();
String toolClassName = toolConfig.getString(toolName);
try
{
// Create an instance of the tool class.
Class<ApplicationTool> toolClass = (Class<ApplicationTool>) Class.forName(toolClassName);
// Add the tool to the list being built.
tools.add(new ToolData(toolName, toolClassName, toolClass));
log.info("Tool " + toolClassName
+ " to add to the context as '$" + toolName + "'");
}
catch (Exception e)
{
log.error("Cannot instantiate tool class "
+ toolClassName + ": ", e);
}
}
return tools;
}
/**
* Return the Context which contains all global tools that
* are to be used in conjunction with the Turbine
* Pull Model. The tools are refreshed every time the
* global Context is pulled.
*/
public Context getGlobalContext()
{
if (refreshToolsPerRequest)
{
refreshGlobalTools();
}
return globalContext;
}
/**
* Populate the given context with all request, session, authorized
* and persistent scope tools (it is assumed that the context
* already wraps the global context, and thus already contains
* the global tools).
*
* @param context a Velocity Context to populate
* @param data a RunData object for request specific data
*/
public void populateContext(Context context, RunData data)
{
populateWithRequestTools(context, data);
// session tools (whether session-only or persistent are
// very similar, so the same method is used - the
// boolean parameter indicates whether get/setPerm is to be used
// rather than get/setTemp)
//
// Session Tool start right at the session once the user has been set
// while persistent and authorized Tools are started when the user has
// logged in
//
User user = data.getUser();
// Note: Session tools are currently lost after the login action
// because the anonymous user is replaced the the real user object.
// We should either store the session pull tools in the session or
// make Turbine.loginAction() copy the session pull tools into the
// new user object.
populateWithSessionTools(sessionTools, context, data, user);
if (!TurbineSecurity.isAnonymousUser(user))
{
if (user.hasLoggedIn())
{
populateWithSessionTools(authorizedTools, context, data, user);
populateWithPermTools(persistentTools, context, data, user);
}
}
}
/**
* Populate the given context with all request, session, authorized
* and persistent scope tools (it is assumed that the context
* already wraps the global context, and thus already contains
* the global tools).
*
* @param context a Velocity Context to populate
* @param data a PipelineData object for request specific data
*/
public void populateContext(Context context, PipelineData pipelineData)
{
// Map runDataMap = (Map) pipelineData.get(RunData.class);
// RunData data = (RunData)runDataMap.get(RunData.class);
RunData data = (RunData)pipelineData;
populateWithRequestTools(context, pipelineData);
// session tools (whether session-only or persistent are
// very similar, so the same method is used - the
// boolean parameter indicates whether get/setPerm is to be used
// rather than get/setTemp)
//
// Session Tool start right at the session once the user has been set
// while persistent and authorized Tools are started when the user has
// logged in
//
User user = data.getUser();
// Note: Session tools are currently lost after the login action
// because the anonymous user is replaced the the real user object.
// We should either store the session pull tools in the session or
// make Turbine.loginAction() copy the session pull tools into the
// new user object.
populateWithSessionTools(sessionTools, context, pipelineData, user);
if (!TurbineSecurity.isAnonymousUser(user))
{
if (user.hasLoggedIn())
{
populateWithSessionTools(authorizedTools, context, pipelineData, user);
populateWithPermTools(persistentTools, context, pipelineData, user);
}
}
}
/**
* Populate the given context with the global tools
*
* @param context a Velocity Context to populate
*/
private void populateWithGlobalTools(Context context)
{
for (Iterator<ToolData> it = globalTools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
Object tool = toolData.toolClass.newInstance();
// global tools are init'd with a null data parameter
initTool(tool, null);
// put the tool in the context
context.put(toolData.toolName, tool);
}
catch (Exception e)
{
log.error("Could not instantiate global tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Populate the given context with the request-scope tools
*
* @param context a Velocity Context to populate
* @param data a RunData instance
*/
private void populateWithRequestTools(Context context, RunData data)
{
// Iterate the tools
for (Iterator<ToolData> it = requestTools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
// Fetch Object through the Pool.
Object tool = pool.getInstance(toolData.toolClass);
// request tools are init'd with a RunData object
initTool(tool, data);
// put the tool in the context
context.put(toolData.toolName, tool);
}
catch (Exception e)
{
log.error("Could not instantiate request tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Populate the given context with the request-scope tools
*
* @param context a Velocity Context to populate
* @param data a RunData instance
*/
private void populateWithRequestTools(Context context, PipelineData pipelineData)
{
// Iterate the tools
for (Iterator<ToolData> it = requestTools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
// Fetch Object through the Pool.
Object tool = pool.getInstance(toolData.toolClass);
initTool(tool, pipelineData);
// put the tool in the context
context.put(toolData.toolName, tool);
}
catch (Exception e)
{
log.error("Could not instantiate request tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Populate the given context with the session-scoped tools.
*
* @param tools The list of tools with which to populate the
* session.
* @param context The context to populate.
* @param data The current RunData object
* @param user The <code>User</code> object whose storage to
* retrieve the tool from.
*/
@SuppressWarnings({ "unused", "null" })
private void populateWithSessionTools(List<ToolData> tools, Context context,
PipelineData pipelineData, User user)
{
//Map runDataMap = (Map)pipelineData.get(RunData.class);
//RunData data = (RunData) runDataMap.get(RunData.class);
RunData runData = (RunData)pipelineData;
// Iterate the tools
for (Iterator<ToolData> it = tools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
// ensure that tool is created only once for a user
// by synchronizing against the user object
synchronized (runData.getSession())
{
// first try and fetch the tool from the user's
// hashtable
Object tool = runData.getSession().getAttribute(
SESSION_TOOLS_ATTRIBUTE_PREFIX
+ toolData.toolClassName);
if (tool == null)
{
// if not there, an instance must be fetched from
// the pool
tool = pool.getInstance(toolData.toolClass);
// session tools are init'd with the User object
initTool(tool, user);
// store the newly created tool in the session
runData.getSession().setAttribute(
SESSION_TOOLS_ATTRIBUTE_PREFIX
+ tool.getClass().getName(), tool);
}
// *NOT* else
if(tool != null)
{
// This is a semantics change. In the old
// Turbine, Session tools were initialized and
// then refreshed every time they were pulled
// into the context if "refreshToolsPerRequest"
// was wanted.
//
// RunDataApplicationTools now have a parameter
// for refresh. If it is not refreshed immediately
// after init(), the parameter value will be undefined
// until the 2nd run. So we refresh all the session
// tools on every run, even if we just init'ed it.
//
if (refreshToolsPerRequest)
{
refreshTool(tool, pipelineData);
}
// put the tool in the context
log.debug("Adding " + tool + " to ctx as "
+ toolData.toolName);
context.put(toolData.toolName, tool);
}
else
{
log.info("Tool " + toolData.toolName
+ " was null, skipping it.");
}
}
}
catch (Exception e)
{
log.error("Could not instantiate session tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Populate the given context with the session-scoped tools.
*
* @param tools The list of tools with which to populate the
* session.
* @param context The context to populate.
* @param data The current RunData object
* @param user The <code>User</code> object whose storage to
* retrieve the tool from.
*/
@SuppressWarnings({ "unused", "null" })
private void populateWithSessionTools(List<ToolData> tools, Context context,
RunData data, User user)
{
// Iterate the tools
for (Iterator<ToolData> it = tools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
// ensure that tool is created only once for a user
// by synchronizing against the user object
synchronized (data.getSession())
{
// first try and fetch the tool from the user's
// hashtable
Object tool = data.getSession().getAttribute(
SESSION_TOOLS_ATTRIBUTE_PREFIX
+ toolData.toolClassName);
if (tool == null)
{
// if not there, an instance must be fetched from
// the pool
tool = pool.getInstance(toolData.toolClass);
// session tools are init'd with the User object
initTool(tool, user);
// store the newly created tool in the session
data.getSession().setAttribute(
SESSION_TOOLS_ATTRIBUTE_PREFIX
+ tool.getClass().getName(), tool);
}
// *NOT* else
if(tool != null)
{
// This is a semantics change. In the old
// Turbine, Session tools were initialized and
// then refreshed every time they were pulled
// into the context if "refreshToolsPerRequest"
// was wanted.
//
// RunDataApplicationTools now have a parameter
// for refresh. If it is not refreshed immediately
// after init(), the parameter value will be undefined
// until the 2nd run. So we refresh all the session
// tools on every run, even if we just init'ed it.
//
if (refreshToolsPerRequest)
{
refreshTool(tool, data);
}
// put the tool in the context
log.debug("Adding " + tool + " to ctx as "
+ toolData.toolName);
context.put(toolData.toolName, tool);
}
else
{
log.info("Tool " + toolData.toolName
+ " was null, skipping it.");
}
}
}
catch (Exception e)
{
log.error("Could not instantiate session tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Populate the given context with the perm-scoped tools.
*
* @param tools The list of tools with which to populate the
* session.
* @param context The context to populate.
* @param data The current RunData object
* @param user The <code>User</code> object whose storage to
* retrieve the tool from.
*/
private void populateWithPermTools(List<ToolData> tools, Context context,
PipelineData pipelineData, User user)
{
// Iterate the tools
for (Iterator<ToolData> it = tools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
// ensure that tool is created only once for a user
// by synchronizing against the user object
synchronized (user)
{
// first try and fetch the tool from the user's
// hashtable
Object tool = user.getPerm(toolData.toolClassName);
if (tool == null)
{
// if not there, an instance must be fetched from
// the pool
tool = pool.getInstance(toolData.toolClass);
// session tools are init'd with the User object
initTool(tool, user);
// store the newly created tool in the user's hashtable
user.setPerm(toolData.toolClassName, tool);
}
// *NOT* else
if(tool != null)
{
// This is a semantics change. In the old
// Turbine, Session tools were initialized and
// then refreshed every time they were pulled
// into the context if "refreshToolsPerRequest"
// was wanted.
//
// RunDataApplicationTools now have a parameter
// for refresh. If it is not refreshed immediately
// after init(), the parameter value will be undefined
// until the 2nd run. So we refresh all the session
// tools on every run, even if we just init'ed it.
//
if (refreshToolsPerRequest)
{
refreshTool(tool, pipelineData);
}
// put the tool in the context
log.debug("Adding " + tool + " to ctx as "
+ toolData.toolName);
log.warn("Persistent scope tools are deprecated.");
context.put(toolData.toolName, tool);
}
else
{
log.info("Tool " + toolData.toolName
+ " was null, skipping it.");
}
}
}
catch (Exception e)
{
log.error("Could not instantiate perm tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Populate the given context with the perm-scoped tools.
*
* @param tools The list of tools with which to populate the
* session.
* @param context The context to populate.
* @param data The current RunData object
* @param user The <code>User</code> object whose storage to
* retrieve the tool from.
*/
private void populateWithPermTools(List<ToolData> tools, Context context,
RunData data, User user)
{
// Iterate the tools
for (Iterator<ToolData> it = tools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
try
{
// ensure that tool is created only once for a user
// by synchronizing against the user object
synchronized (user)
{
// first try and fetch the tool from the user's
// hashtable
Object tool = user.getPerm(toolData.toolClassName);
if (tool == null)
{
// if not there, an instance must be fetched from
// the pool
tool = pool.getInstance(toolData.toolClass);
// session tools are init'd with the User object
initTool(tool, user);
// store the newly created tool in the user's hashtable
user.setPerm(toolData.toolClassName, tool);
}
// *NOT* else
if(tool != null)
{
// This is a semantics change. In the old
// Turbine, Session tools were initialized and
// then refreshed every time they were pulled
// into the context if "refreshToolsPerRequest"
// was wanted.
//
// RunDataApplicationTools now have a parameter
// for refresh. If it is not refreshed immediately
// after init(), the parameter value will be undefined
// until the 2nd run. So we refresh all the session
// tools on every run, even if we just init'ed it.
//
if (refreshToolsPerRequest)
{
refreshTool(tool, data);
}
// put the tool in the context
log.debug("Adding " + tool + " to ctx as "
+ toolData.toolName);
log.warn("Persistent scope tools are deprecated.");
context.put(toolData.toolName, tool);
}
else
{
log.info("Tool " + toolData.toolName
+ " was null, skipping it.");
}
}
}
catch (Exception e)
{
log.error("Could not instantiate perm tool "
+ toolData.toolName + " from a "
+ toolData.toolClassName + " object", e);
}
}
}
/**
* Return the absolute path to the resources directory
* used by the application tools.
*
* @return the absolute path of the resources directory
*/
public String getAbsolutePathToResourcesDirectory()
{
return Turbine.getRealPath(resourcesDirectory);
}
/**
* Return the resources directory. This is
* relative to the web context.
*
* @return the relative path of the resources directory
*/
public String getResourcesDirectory()
{
return resourcesDirectory;
}
/**
* Refresh the global tools. We can
* only refresh those tools that adhere to
* ApplicationTool interface because we
* know those types of tools have a refresh
* method.
*/
private void refreshGlobalTools()
{
for (Iterator<ToolData> it = globalTools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
Object tool = globalContext.get(toolData.toolName);
refreshTool(tool, null);
}
}
/**
* Release the request-scope tool instances in the
* given Context back to the pool
*
* @param context the Velocity Context to release tools from
*/
public void releaseTools(Context context)
{
// only the request tools can be released - other scoped
// tools will have continuing references to them
releaseTools(context, requestTools);
}
/**
* Release the given list of tools from the context back
* to the pool
*
* @param context the Context containing the tools
* @param tools a List of ToolData objects
*/
private void releaseTools(Context context, List<ToolData> tools)
{
for (Iterator<ToolData> it = tools.iterator(); it.hasNext();)
{
ToolData toolData = it.next();
Object tool = context.remove(toolData.toolName);
if (tool != null)
{
pool.putInstance(tool);
}
}
}
/**
* Initialized a given Tool with the passed init Object
*
* @param tool A Tool Object
* @param param The Init Parameter
*
* @throws Exception If anything went wrong.
*/
private void initTool(Object tool, Object param)
throws Exception
{
if (param instanceof PipelineData)
{
if (tool instanceof PipelineDataApplicationTool)
{
((PipelineDataApplicationTool) tool).init(param);
}
else if (tool instanceof RunDataApplicationTool)
{
RunData data = getRunData((PipelineData)param);
((RunDataApplicationTool) tool).init(data);
}
else if (tool instanceof ApplicationTool)
{
RunData data = getRunData((PipelineData)param);
((ApplicationTool) tool).init(data);
}
}
else
{
if (tool instanceof PipelineDataApplicationTool)
{
((PipelineDataApplicationTool) tool).init(param);
}
else if (tool instanceof RunDataApplicationTool)
{
((RunDataApplicationTool) tool).init(param);
}
else if (tool instanceof ApplicationTool)
{
((ApplicationTool) tool).init(param);
}
}
}
/**
* Refresh a given Tool.
*
* @param tool A Tool Object
* @param data The current RunData Object
*/
private void refreshTool(Object tool, Object dataObject)
{
RunData data = null;
PipelineData pipelineData = null;
if (dataObject instanceof PipelineData)
{
pipelineData = (PipelineData)dataObject;
data = getRunData(pipelineData);
if (tool instanceof PipelineDataApplicationTool)
{
((PipelineDataApplicationTool) tool).refresh(pipelineData);
}
}
if (tool instanceof ApplicationTool)
{
((ApplicationTool) tool).refresh();
}
else if (tool instanceof RunDataApplicationTool)
{
((RunDataApplicationTool) tool).refresh(data);
}
}
private RunData getRunData(PipelineData pipelineData)
{
if(!(pipelineData instanceof RunData)){
throw new RuntimeException("Can't cast to rundata from pipeline data.");
}
return (RunData)pipelineData;
}
}