OpenEdge 11 - Progress Software
OpenEdge 11 - Progress Software
OpenEdge 11 - Progress Software
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
OPENEDGE MANAGEMENT<br />
Support for remote jobs<br />
Administrators can now use <strong>OpenEdge</strong> Management as a central<br />
console to manage jobs on remote systems in addition to the local system.<br />
The ability to manage scripts that reside on remote machines is also included.<br />
DATASERVER<br />
MS SQL Server DataServer dynamic query join optimization<br />
When using a large array of table join conditions with MS SQL Server<br />
DataServer, <strong>OpenEdge</strong> <strong>11</strong> shows performance improvements by reducing the<br />
number of round trips to the foreign database server and/or by pushing as<br />
much of the processing as possible to the MS SQL Server database.<br />
DATABASE<br />
*New Database functionality for <strong>OpenEdge</strong> <strong>11</strong>.1 includes:<br />
1. Improved performance of Index Rebuild<br />
The performance of index rebuild operations is significantly enhanced<br />
in <strong>OpenEdge</strong> <strong>11</strong>.1 with the addition of new parameters to use when starting<br />
an idxbuild. While the exact benefits will depend on the particular database<br />
and index configuration, DBAs can expect performance improvements of three<br />
times faster, or even more.<br />
2. New startup parameters to tune network performance<br />
In <strong>OpenEdge</strong> <strong>11</strong>.1, five new startup parameters have been introduced<br />
that can be used to tune network performance when using prefetch queries.<br />
Especially beneficial to large databases, the new parameters affect when and<br />
how data is sent across the network when executing a prefetch query.<br />
3. New startup parameters to reduce contention when updating the<br />
LRU (least recently used) chain<br />
This enhancement to <strong>OpenEdge</strong> <strong>11</strong>.1 provides a way to set a skip<br />
value that governs the number of times that a buffer will be accessed before<br />
it is moved to the end of the LRU chain. When this LRU skip value is set<br />
properly it reduces contention on the LRU latch, improving concurrency<br />
and performance.<br />
www.progress.com<br />
15