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2.4. Configure Indexing

2.4.1. Configure Indexing in Library Mode Using XML
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Indexing can be configured in XML by adding the <indexing ... /> element to the cache configuration in the Infinispan core configuration file, and optionally pass additional properties in the embedded Lucene-based Query API engine. For example:

Example 2.3. Configuring Indexing Using XML

<?xml version="1.0" encoding="UTF-8"?>
<infinispan
    xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
    xsi:schemaLocation="urn:infinispan:config:6.0 
      http://www.infinispan.org/schemas/infinispan-config-6.0.xsd"
    xmlns="urn:infinispan:config:6.0">
    <default>
        <indexing enabled="true">
            <properties>
                <property name="default.directory_provider" value="ram" />
            </properties>
        </indexing>
    </default>
</infinispan>

<?xml version="1.0" encoding="UTF-8"?>
<infinispan
    xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
    xsi:schemaLocation="urn:infinispan:config:6.0 
      http://www.infinispan.org/schemas/infinispan-config-6.0.xsd"
    xmlns="urn:infinispan:config:6.0">
    <default>
        <indexing enabled="true">
            <properties>
                <property name="default.directory_provider" value="ram" />
            </properties>
        </indexing>
    </default>
</infinispan>

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In this example, the index is stored in memory. As a result, when the relevant nodes shut down the index is lost. This arrangement is ideal for brief demonstration purposes, but in real world applications, use the default (store on file system) or store the index in Red Hat JBoss Data Grid to persist the index.

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2.4.2. Configure Indexing Programmatically
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Indexing can be configured programmatically, avoiding XML configuration files.

In this example, Red Hat JBoss Data Grid is started programmatically and also maps an object Author, which is stored in the grid and made searchable via two properties, without annotating the class.

Example 2.4. Configure Indexing Programmatically

SearchMapping mapping = new SearchMapping();
mapping.entity(Author.class).indexed().providedId()
    .property("name", ElementType.METHOD).field()
    .property("surname", ElementType.METHOD).field();
 
Properties properties = new Properties();
properties.put(org.hibernate.search.Environment.MODEL_MAPPING, mapping);
properties.put("[other.options]", "[...]");
 
Configuration infinispanConfiguration = new ConfigurationBuilder()
    .indexing()
    .enable()
    .withProperties(properties)
    .build();
 
DefaultCacheManager cacheManager = new DefaultCacheManager(infinispanConfiguration);
 
Cache<Long, Author> cache = cacheManager.getCache();
SearchManager sm = Search.getSearchManager(cache);
 
Author author = new Author(1, "FirstName", "Surname");
cache.put(author.getId(), author);
 
QueryBuilder qb = sm.buildQueryBuilderForClass(Author.class).get();
Query q = qb.keyword().onField("name").matching("FirstName").createQuery();
CacheQuery cq = sm.getQuery(q, Author.class);
Assert.assertEquals(cq.getResultSize(), 1);

SearchMapping mapping = new SearchMapping();
mapping.entity(Author.class).indexed().providedId()
    .property("name", ElementType.METHOD).field()
    .property("surname", ElementType.METHOD).field();
 
Properties properties = new Properties();
properties.put(org.hibernate.search.Environment.MODEL_MAPPING, mapping);
properties.put("[other.options]", "[...]");
 
Configuration infinispanConfiguration = new ConfigurationBuilder()
    .indexing()
    .enable()
    .withProperties(properties)
    .build();
 
DefaultCacheManager cacheManager = new DefaultCacheManager(infinispanConfiguration);
 
Cache<Long, Author> cache = cacheManager.getCache();
SearchManager sm = Search.getSearchManager(cache);
 
Author author = new Author(1, "FirstName", "Surname");
cache.put(author.getId(), author);
 
QueryBuilder qb = sm.buildQueryBuilderForClass(Author.class).get();
Query q = qb.keyword().onField("name").matching("FirstName").createQuery();
CacheQuery cq = sm.getQuery(q, Author.class);
Assert.assertEquals(cq.getResultSize(), 1);

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2.4.3. Configure the Index in Remote Client-Server Mode
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In Remote Client-Server Mode, index configuration depends on the provider and its configuration. The indexing mode depends on the provider and whether or not it is local or distributed. The following indexing modes are supported:

NONE
LOCAL = indexLocalOnly="true"
ALL = indexLocalOnly="false"

Index configuration in Remote Client-Server Mode is as follows:

Example 2.5. Configuration in Remote-Client Server Mode

<indexing index="LOCAL">
    <property name="default.directory_provider" value="ram" />
    <!-- Additional configuration information here -->
</indexing>

<indexing index="LOCAL">
    <property name="default.directory_provider" value="ram" />
    <!-- Additional configuration information here -->
</indexing>

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2.4.4. Rebuilding the Index
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The Lucene index can be rebuilt, if required, by reconstructing it from the data store in the cache.

The index must be rebuilt if:

The definition of what is indexed in the types has changed.
A parameter affecting how the index is defined, such as the Analyser changes.
The index is destroyed or corrupted, possibly due to a system administration error.

To rebuild the index, obtain a reference to the MassIndexer and start it as follows:

SearchManager searchManager = Search.getSearchManager(cache);
searchManager.getMassIndexer().start();

SearchManager searchManager = Search.getSearchManager(cache);
searchManager.getMassIndexer().start();

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This operation reprocesses all data in the grid, and therefore may take some time.

Rebuilding the index is also available as a JMX operation.

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2.4. Configure Indexing

2.4.1. Configure Indexing in Library Mode Using XML
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2.4.2. Configure Indexing Programmatically
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2.4.3. Configure the Index in Remote Client-Server Mode
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2.4.4. Rebuilding the Index
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2.4.1. Configure Indexing in Library Mode Using XML
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2.4.2. Configure Indexing Programmatically
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2.4.3. Configure the Index in Remote Client-Server Mode
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2.4.4. Rebuilding the Index
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