List of Examples

• 1-1 Methods in the InvocationService API
• 4-1 The Sample HelloWorld Standalone Application
• 4-2 The Sample Hello World JSP
• 7-1 Single Server Mode Configuration
• 7-2 Command to Start Coherence in Single Server Mode
• 8-1 Determining Services Running in the Cluster
• 8-2 A Sample MemberListener Implementation
• 8-3 Using Event Type Information in a MemberEvent Object
• 9-1 Enabling a Filter for all Network Traffic
• 9-2 Declaring a Filter in the tangosol-coherence.xml File
• 9-3 Attaching the Filter to a Service
• 9-4 Adding the Filter to All Services
• 9-5 Configuration for a Custom Filter
• 9-6 Configuring a setConfig Call for a Filter
• 11-1 Sample One-to-One Cache Mapping
• 11-2 Sample Cache Name Pattern Mapping
• 11-3 Initialization Parameters in a Cache Mapping
• 11-4 Sample Distributed Cache Definition
• 11-5 Sample Replicated Cache Definition
• 11-6 Sample Optimistic Cache Definition
• 11-7 Sample Local Cache Definition
• 11-8 Sample Near Cache Definition
• 11-9 Using Cache Scheme References
• 11-10 Multiple Cache Schemes Using Scheme Inheritance
• 11-11 Setting Cache Properties
• 13-1 Cache Configuration Specifying a Refresh-Ahead Factor
• 13-2 A Cache Configuration with a Cachestore Module
• 13-3 Implementation of the CacheStore Interface
• 13-4 Main.java - Interacting with a Controllable CacheStore
• 13-5 CacheStoreAware.java interface
• 15-1 Configuration for a Local, In-memory Cache
• 15-2 Configuration for a NIO In-memory Cache
• 15-3 Configuration for a Size Limited, In-memory, Local Cache
• 15-4 Configuration for an In-memory Cache with Expiring Entries
• 15-5 Configuration to Define a Cache on Disk
• 15-6 Configuration for a Size Limited Cache on Disk
• 15-7 Configuration for Persistent cache on disk
• 15-8 Configuration for Persistent cache on disk with Berkeley DB
• 15-9 Configuration for In-memory Cache with Disk Based Overflow
• 15-10 Configuration for the Cache of a Database
• 15-11 Configuration for a Replicated Cache
• 15-12 Configuration for a Replicated Cache with Overflow
• 15-13 Configuration for a Partitioned Cache
• 15-14 Configuration for a Partitioned Cache with Overflow
• 15-15 Configuration for a Partitioned Cache of a Database
• 15-16 Configuration for a Partitioned Cache with a Serializer
• 15-17 Configuration for a Local Cache of a Partitioned Cache
• 17-1 Implementation of the PortableObject Interface
• 17-2 Implementation of the PofSerializer Interface
• 18-1 Pre-Loading a Cache
• 18-2 Pre-Loading a Cache Using ConcurrentMap.putAll
• 18-3 Using a Filter to Query a Cache
• 18-4 Processing Query Results in Batches
• 18-5 A Sample Bulk Loading Program
• 18-6 Terminal Output from the Bulk Loading Program
• 18-7 Retrieving Storage-Enabled Members of the Cache
• 18-8 Routine to Get a List of Files Assigned to a Cache Member
• 18-9 Class to Load Each Member of the Cache
• 19-1 Excerpt from the MapListener API
• 19-2 Excerpt from the MapEvent API
• 19-3 Methods on the ObservableMap API
• 19-4 Sample MapListener Implementation
• 19-5 Holding a Reference to a Listener
• 19-6 Removing a Listener
• 19-7 Inner Class that Prints Only Cache Insert Events
• 19-8 Routing All Events to a Single Method for Handling
• 19-9 Triggering an Event when a Specific Integer Key is Inserted or Updated
• 19-10 Adding a Listener with Filter for Deleted Events
• 19-11 Inserting, Updating, and Removing a Value from the Cache
• 19-12 Sample Output
• 19-13 Listening for Events from a Cache
• 19-14 Listening for Events on an Object
• 19-15 Using MapEventFilter to Filter on Various Events
• 19-16 Determining Synthetic Events
• 19-17 An AbstractMultiplexingBackingMapListener Implementation
• 19-18 Cache Configuration Specifying a Verbose Backing Map Listener
• 20-1 Equality Filter
• 20-2 Filter that Constructs a ReflectionExtractor
• 20-3 Selecting Cache Entries that Satisfy a Filter
• 20-4 Selecting and Sorting Cache Entries that Satisfy a Filter
• 20-5 Querying the Cache with a Filter
• 20-6 Sample Code to Create an Index
• 20-7 Using a keySet Query Format
• 20-8 Using a Limit Filter
• 20-9 Querying on Multi-Value Attributes
• 20-10 Chaining Invocation Methods
• 21-1 A Query for a Continuous Query Cache
• 21-2 Getting Data for the Continuous Query Cache
• 21-3 Constructing the Continuous Query Cache
• 21-4 A Constructor that Allows the CacheValues Property
• 21-5 Setting the CacheValues Property
• 21-6 Adding a Listener to a Continuous Query Cache
• 21-7 Processing Continuous Query Cache Entries and Adding a Listener
• 21-8 Adding a Listener Before Processing Continuous Query Cache Entries
• 21-9 Providing a Listener When Constructing the Continuous Query Cache
• 21-10 Making the Continuous Query Cache Read-Only
• 22-1 Querying Across a Data Grid
• 22-2 Methods in the EntryProcessor Interface
• 22-3 InvocableMap.Entry API
• 22-4 Aggregation in the InvocableMap API
• 22-5 EntryAggregator API
• 22-6 ParallelAwareAggregator API for running Aggregation in Parallel
• 22-7 Simple Agent to Request Garbage Collection
• 22-8 Agent to Support a Grid-Wide Request and Response Model
• 22-9 Printing the Results from a Grid-Wide Request or Response
• 22-10 Stateful Agent Operations
• 22-11 Using a Work Manager
• 23-1 Creating a MapTriggerListener in the coherence-cache-config.xml File
• 23-2 A MapTriggerListener Registering a MapTrigger with a Named Cache
• 23-3 A MapTrigger Class
• 23-4 Calling a MapTrigger and Passing it to a Named Cache
• 24-1 A Command-Line Query Exercise
• 25-1 Applying Locking Operations on a Cache
• 25-2 Concurrency Control without Using EntryProcessors
• 25-3 Concurrency Control Using EntryProcessors
• 25-4 Example Transactional Cache Definition
• 25-5 Performing an Auto-Commit Transaction
• 25-6 Performing a Non Auto-Commit Transaction
• 25-7 Transaction Across Multiple Caches
• 25-8 Entry Processor for Extend Client Transaction
• 25-9 Performing a Transaction When Using CMT
• 25-10 Performing a User-Controlled Transaction
• 25-11 Using the CacheAdapter Class When Using coherence-transaction.rar
• 25-12 Using the CacheAdapter Class When Using coherence-tx.rar
• 26-1 Creating a Key Association
• 26-2 A Custom KeyAssociator
• 26-3 Configuring a Key Associator
• 26-4 Using Affinity for a More Efficient Query
• 27-1 Sample Task Time and Task Hung Configuration
• 27-2 Sample Client Request Timeout Configuration
• 27-3 Exception Thrown by a TaskTimeout
• 28-1 Implementing a Custom Eviction Policy
• 28-2 Custom Eviction Policy in a coherence-cache-config.xml File
• 30-1 Sample SSL Configuration for TCMP Communication
• 32-1 Log for a Multicast Outage
• 33-1 Verifying Hardware Configuration
• 33-2 Sample Coherence License Configuration
• 35-1 System Properties for Reporter on the "Management" Node
• 35-2 System Properties for Reporter on the "Managed" Node
• 35-3 System Properties for Reporter in Distributed Mode on the "Managing" Node
• 35-4 System Properties for Reporter in Distributed Mode on the "Managed" Node
• 36-1 Including an Attribute Obtained from a Query Pattern
• 36-2 Including Part of an ObjectName Key in a Report
• 36-3 Including Information from a Composite Attribute in a Report
• 36-4 Including Information from Multiple MBeans in a Report
• 36-5 Including Execution Time in a Report
• 36-6 Including the Report Batch/Count in a Report
• 36-7 Including the Execution Node
• 36-8 Including a Constant Numeric Value in a Report
• 36-9 Including a Constant String in a Report
• 36-10 Including a List of the Cluster's NodeIDs and RoleNames in a Report
• 36-11 Using an Equals Filter for a Report
• 36-12 Defining a "Greater Than" Filter for a Report
• 36-13 Defining a "Less Than" Filter for a Report
• 36-14 Defining an "And" Filter for a Report
• 36-15 Defining an "Or" Filter for a Report
• 36-16 Defining a "Not Equals" Filter for a Report
• 36-17 Adding Column Values and Including Results in a Different Column
• 36-18 Subtracting Column Values and Including Results in a Different Column
• 36-19 Multiplying Column Values and Including Results in a Different Column
• 36-20 Dividing Column Values and Including Results in a Different Column
• 36-21 Adding the Values in a Column
• 36-22 Calculating the Average of Values in a Column
• 36-23 Finding the Maximum Value in a Column
• 36-24 Finding the Minimum Value in a Column
• 36-25 Delta Calculation for an Attribute
• 36-26 Delta Calculation for an Attribute with an Alternate Delta Key
• 37-1 Format of a Report Batch Configuration File (report-group.xml)
• 39-1 tangosol.coherence.management.report.autostart System Property
• 39-2 tangosol.coherence.management.report.group System Property
• 40-1 Using an MBean to Create a Query Node
• 40-2 Getting an MBean for the Memory System of a Java Virtual Machine
• 40-3 Executing a JMX Query and Creating an MBean on the MBean Server
• 40-4 System Property to Load an MBean
• 41-1 Adding a Standard MBean to Coherence Programatically
• 43-1 Command to Determine a Multicast Address
• 43-2 Sequential Multicast Packets Sent by the Multicast Test Utility
• 43-3 Sample Multicast Test Results from Server A
• 43-4 Sample Multicast Test Results on Server B
• 43-5 Command to Set Machine Routing Table
• 44-1 Command to Start a Listener
• 44-2 Output from Starting a Listener
• 44-3 Command to Start a Publisher
• 44-4 Datagram Test-Starting a Listener and a Publisher on a Server
• 44-5 Sample Publisher Report
• 44-6 Sample Lifetime Statistics
• 44-7 Running Datagram Test in Bi-Directional Mode
• 45-1 Message Indicating OS Failed to Allocate the Full Buffer Size
• 45-2 Log Message from a Linux Timesource
• 45-3 Message Indicating a Communication Delay
• 45-4 Disabling Partition Storage
• 45-5 Message Indicating Target Cluster Node is in Garbage Collection Mode
• 48-1 Trade Object Defining Three Properties
• 48-2 Mapping a cache-mapping to a caching-scheme with Unlimited Capacity
• 48-3 Adding an Index to the Price Property
• 48-4 Perform a Parallel Aggregation Across all JVMs in the Grid
• A-1 Operational Configuration Deployment Descriptor DOCTYPE Declaration
• A-2 Sample init-param Configuration
• A-3 Another Sample init-param Configuration
• A-4 Configuration for Two Well-Known-Addresses
• D-1 Format of a POF User Type Configuration File (pof-config.xml)
• F-1 Writing a 32-bit Integer Value to an Octet Stream
• F-2 Reading a 32-bit Integer Value from an Octet Stream
• F-3 Writing a Character Value to an Octet Stream
• F-4 Reading a Character Value from an Octet Stream