目前我们正在使用SDL Tridion 5.3,我们将很快升级到Tridion 2011 SP1。升级到Tridion 2011 SP1时,我们还希望使用FAST FISE(SP 4)搜索引擎在已发布的网站上实施搜索。
任何人都可以帮助我们了解如何在Deployer扩展以及Content Delivery方面的更改(我们有.NET实现)方面做到这一点。是否有可用的API参考或实施文档?
答案 0 :(得分:9)
我没有FAST的具体经验,但就整合工作而言,与其他许多搜索引擎没有什么不同。
简单方法: - 什么都不做,让FAST抓取您的网站并收集所需的所有信息。这是进行搜索集成的最具成本效益的方式,许多人忘记了在一天结束时这通常会覆盖他们要求的约98%。
实时方式: 编写一个Deployer模块,每次(un)发布时都会通知FAST,以便更新索引(最后请参阅可能可以帮助您入门的示例模块)。
过度设计的方式: 为Tridion编写符合JPA标准的存储扩展:http://www.sdltridionworld.com/articles/sdltridion2011/tutorials/extending-content-delivery-storage-sdltridion-2011-1.aspx
部署者扩展的示例代码:
import java.util.Iterator;
import com.tridion.configuration.Configuration;
import com.tridion.configuration.ConfigurationException;
import com.tridion.deployer.Module;
import com.tridion.deployer.ProcessingException;
import com.tridion.deployer.Processor;
import com.tridion.transport.transportpackage.Binary;
import com.tridion.transport.transportpackage.BinaryKey;
import com.tridion.transport.transportpackage.Component;
import com.tridion.transport.transportpackage.ComponentKey;
import com.tridion.transport.transportpackage.MetaData;
import com.tridion.transport.transportpackage.MetaDataFile;
import com.tridion.transport.transportpackage.Page;
import com.tridion.transport.transportpackage.PageKey;
import com.tridion.transport.transportpackage.ProcessorInstructions;
import com.tridion.transport.transportpackage.Section;
import com.tridion.transport.transportpackage.TransportPackage;
import org.slf4j.LoggerFactory;
import org.slf4j.Logger;
public class CustomCacheNotificationDeploy extends Module {
String action = null;
Logger log = null;
MetaDataFile pageMeta = null;
MetaDataFile componentMeta = null;
MetaDataFile binaryMeta = null;
public CustomCacheNotificationDeploy(Configuration config, Processor processor)
throws ConfigurationException {
super(config, processor);
log = LoggerFactory.getLogger(getClass());
// TODO Auto-generated constructor stub
}
@SuppressWarnings("deprecation")
public void process(TransportPackage data) throws ProcessingException{
ProcessorInstructions instructions = data.getProcessorInstructions();
action = instructions.getAction();
MetaData pageMetaInfo = instructions.getMetaData("Pages");
MetaData componentMetaInfo = instructions.getMetaData("Components");
MetaData binaryMetaInfo = instructions.getMetaData("Binaries");
pageMeta = data.getMetaData("Pages", pageMetaInfo.getName());
componentMeta = data.getMetaData("Components", componentMetaInfo.getName());
binaryMeta = data.getMetaData("Binaries", binaryMetaInfo.getName());
log.debug("Action " + action + " started for publication " + instructions.getPublicationId());
Section section = null;
Iterator<Section> Sections = instructions.getSections();
for(; Sections.hasNext(); processSection(section))
{
section = Sections.next();
}
}
protected void processSection(Section section)
{
log.debug("Processing Section " + section.getName());
Iterator iterator = section.getFileItems();
Object item;
for(; iterator.hasNext(); processItem(item, section))
{
item = iterator.next();
}
Section subSection;
for(Iterator i$ = section.getSubSections().iterator(); i$.hasNext(); processSection(subSection))
subSection = (Section)i$.next();
}
protected void processItem(Object obj, Section section)
{
if(obj instanceof PageKey)
{
log.debug("Object is Page");
PageKey key = (PageKey) obj;
Page page = (Page)pageMeta.getMetaData(key);
log.debug("Page being deployed is " + page.getId() + " with URL " + page.getURLPath());
}
if(obj instanceof ComponentKey)
{
log.debug("Object is Component");
ComponentKey key = (ComponentKey) obj;
Component component = (Component)componentMeta.getMetaData(key);
log.debug("Component being deployed is " + component.getId());
}
if(obj instanceof BinaryKey)
{
log.debug("Object is Binary");
BinaryKey key = (BinaryKey) obj;
Binary binary = (Binary)binaryMeta.getMetaData(key);
log.debug("Binary being deployed is " + binary.getId() + " with URL " + binary.getURLPath());
}
}
}