Dynamic cache integration |
Dynamic cache:
The dynamic cache provider allows applications that are using the WebSphere Application Server dynamic cache to leverage
the advanced features and performance improvements of WebSphere eXtreme Scale. This feature results
in a higher quality of service, linear scalability and high availability
to bear on a broad variety of business applications with minimal invasive
changes. |
Byte array maps |
Byte array maps:
With byte array maps, the application can store the value of a key-value
pair in a byte array instead of object form, which reduces the memory
footprint that a large graph of objects can consume. |
WebSphere Real
Time |
WebSphere Real Time: With support
for WebSphere Real Time,
the industry-leading real-time Java™ offering, WebSphere eXtreme Scale enables
XTP applications to have more consistent and predictable response
times. |
Metric enablement |
Monitoring with vendor tools: WebSphere eXtreme Scale includes
implementations of metric access adapters to improve integration with IBM® Tivoli® Monitoring
(ITM) and Hyperic HQ, enabling comprehensive insight into the operational
behavior of business solutions. . |
Dynamic maps |
Dynamic maps: Building multi-tenant applications has
been greatly simplified. Map templates allow applications to create
new maps on demand, avoiding the need to use application discriminators
in the keys or creating extra maps that may never be used. . |
Request timeout |
Request timeout WebSphere eXtreme Scale is
enhanced to handle many of the common retry and exception logic tasks
within the grid middleware. The request timeout for clients removes
the burden from developers for boilerplate retry logic for most map
interaction operations. Most retry-able conditions are now handled
automatically, so you can focus on the business logic aspects of application
development.. |
Composite index |
Composite index This feature can simplify index usage
when querying multiple attributes and reduce the overhead of having
multiple indexes defined. Query has also been optimized to take advantage
of composite indexes. . |