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Posted to commits@activemq.apache.org by ch...@apache.org on 2010/07/07 06:11:10 UTC
svn commit: r961150 -
/activemq/sandbox/activemq-apollo-actor/activemq-broker/src/test/resources/org/apache/activemq/apollo/broker/perf/report.html
Author: chirino
Date: Wed Jul 7 04:11:09 2010
New Revision: 961150
URL: http://svn.apache.org/viewvc?rev=961150&view=rev
Log:
better descriptions for the report.
Modified:
activemq/sandbox/activemq-apollo-actor/activemq-broker/src/test/resources/org/apache/activemq/apollo/broker/perf/report.html
Modified: activemq/sandbox/activemq-apollo-actor/activemq-broker/src/test/resources/org/apache/activemq/apollo/broker/perf/report.html
URL: http://svn.apache.org/viewvc/activemq/sandbox/activemq-apollo-actor/activemq-broker/src/test/resources/org/apache/activemq/apollo/broker/perf/report.html?rev=961150&r1=961149&r2=961150&view=diff
==============================================================================
--- activemq/sandbox/activemq-apollo-actor/activemq-broker/src/test/resources/org/apache/activemq/apollo/broker/perf/report.html (original)
+++ activemq/sandbox/activemq-apollo-actor/activemq-broker/src/test/resources/org/apache/activemq/apollo/broker/perf/report.html Wed Jul 7 04:11:09 2010
@@ -37,177 +37,177 @@
google.setOnLoadCallback(function() {
data = new google.visualization.DataTable();
data.addColumn('string', 'version');
- data.addColumn('number', 'queue 20b 1->1->1 producer');
- data.addColumn('number', 'queue 20b 1->1->1 consumer');
- data.addColumn('number', 'queue 20b 2->2->2 producer');
- data.addColumn('number', 'queue 20b 2->2->2 producer sd');
- data.addColumn('number', 'queue 20b 2->2->2 consumer');
- data.addColumn('number', 'queue 20b 2->2->2 consumer sd');
- data.addColumn('number', 'queue 20b 4->4->4 producer');
- data.addColumn('number', 'queue 20b 4->4->4 producer sd');
- data.addColumn('number', 'queue 20b 4->4->4 consumer');
- data.addColumn('number', 'queue 20b 4->4->4 consumer sd');
- data.addColumn('number', 'queue 20b 8->8->8 producer');
- data.addColumn('number', 'queue 20b 8->8->8 producer sd');
- data.addColumn('number', 'queue 20b 8->8->8 consumer');
- data.addColumn('number', 'queue 20b 8->8->8 consumer sd');
- data.addColumn('number', 'queue 20b 10->10->10 producer');
- data.addColumn('number', 'queue 20b 10->10->10 producer sd');
- data.addColumn('number', 'queue 20b 10->10->10 consumer');
- data.addColumn('number', 'queue 20b 10->10->10 consumer sd');
- data.addColumn('number', 'queue 20b 10->1->1 producer');
- data.addColumn('number', 'queue 20b 10->1->1 producer sd');
- data.addColumn('number', 'queue 20b 10->1->1 consumer');
- data.addColumn('number', 'queue 20b 1->1->10 producer');
- data.addColumn('number', 'queue 20b 1->1->10 consumer');
- data.addColumn('number', 'queue 20b 1->1->10 consumer sd');
- data.addColumn('number', 'queue 20b 10->1->10 producer');
- data.addColumn('number', 'queue 20b 10->1->10 producer sd');
- data.addColumn('number', 'queue 20b 10->1->10 consumer');
- data.addColumn('number', 'queue 20b 10->1->10 consumer sd');
- data.addColumn('number', 'queue 1k 1->1->1 producer');
- data.addColumn('number', 'queue 1k 1->1->1 consumer');
- data.addColumn('number', 'queue 1k 2->2->2 producer');
- data.addColumn('number', 'queue 1k 2->2->2 producer sd');
- data.addColumn('number', 'queue 1k 2->2->2 consumer');
- data.addColumn('number', 'queue 1k 2->2->2 consumer sd');
- data.addColumn('number', 'queue 1k 4->4->4 producer');
- data.addColumn('number', 'queue 1k 4->4->4 producer sd');
- data.addColumn('number', 'queue 1k 4->4->4 consumer');
- data.addColumn('number', 'queue 1k 4->4->4 consumer sd');
- data.addColumn('number', 'queue 1k 8->8->8 producer');
- data.addColumn('number', 'queue 1k 8->8->8 producer sd');
- data.addColumn('number', 'queue 1k 8->8->8 consumer');
- data.addColumn('number', 'queue 1k 8->8->8 consumer sd');
- data.addColumn('number', 'queue 1k 10->10->10 producer');
- data.addColumn('number', 'queue 1k 10->10->10 producer sd');
- data.addColumn('number', 'queue 1k 10->10->10 consumer');
- data.addColumn('number', 'queue 1k 10->10->10 consumer sd');
- data.addColumn('number', 'queue 1k 10->1->1 producer');
- data.addColumn('number', 'queue 1k 10->1->1 producer sd');
- data.addColumn('number', 'queue 1k 10->1->1 consumer');
- data.addColumn('number', 'queue 1k 1->1->10 producer');
- data.addColumn('number', 'queue 1k 1->1->10 consumer');
- data.addColumn('number', 'queue 1k 1->1->10 consumer sd');
- data.addColumn('number', 'queue 1k 10->1->10 producer');
- data.addColumn('number', 'queue 1k 10->1->10 producer sd');
- data.addColumn('number', 'queue 1k 10->1->10 consumer');
- data.addColumn('number', 'queue 1k 10->1->10 consumer sd');
- data.addColumn('number', 'queue 256k 1->1->1 producer');
- data.addColumn('number', 'queue 256k 1->1->1 consumer');
- data.addColumn('number', 'queue 256k 2->2->2 producer');
- data.addColumn('number', 'queue 256k 2->2->2 producer sd');
- data.addColumn('number', 'queue 256k 2->2->2 consumer');
- data.addColumn('number', 'queue 256k 2->2->2 consumer sd');
- data.addColumn('number', 'queue 256k 4->4->4 producer');
- data.addColumn('number', 'queue 256k 4->4->4 producer sd');
- data.addColumn('number', 'queue 256k 4->4->4 consumer');
- data.addColumn('number', 'queue 256k 4->4->4 consumer sd');
- data.addColumn('number', 'queue 256k 8->8->8 producer');
- data.addColumn('number', 'queue 256k 8->8->8 producer sd');
- data.addColumn('number', 'queue 256k 8->8->8 consumer');
- data.addColumn('number', 'queue 256k 8->8->8 consumer sd');
- data.addColumn('number', 'queue 256k 10->10->10 producer');
- data.addColumn('number', 'queue 256k 10->10->10 producer sd');
- data.addColumn('number', 'queue 256k 10->10->10 consumer');
- data.addColumn('number', 'queue 256k 10->10->10 consumer sd');
- data.addColumn('number', 'queue 256k 10->1->1 producer');
- data.addColumn('number', 'queue 256k 10->1->1 producer sd');
- data.addColumn('number', 'queue 256k 10->1->1 consumer');
- data.addColumn('number', 'queue 256k 1->1->10 producer');
- data.addColumn('number', 'queue 256k 1->1->10 consumer');
- data.addColumn('number', 'queue 256k 1->1->10 consumer sd');
- data.addColumn('number', 'queue 256k 10->1->10 producer');
- data.addColumn('number', 'queue 256k 10->1->10 producer sd');
- data.addColumn('number', 'queue 256k 10->1->10 consumer');
- data.addColumn('number', 'queue 256k 10->1->10 consumer sd');
- data.addColumn('number', 'topic 20b 1->1->0 producer');
- data.addColumn('number', 'topic 20b 1->1->1 producer');
- data.addColumn('number', 'topic 20b 1->1->1 consumer');
- data.addColumn('number', 'topic 20b 2->2->2 producer');
- data.addColumn('number', 'topic 20b 2->2->2 producer sd');
- data.addColumn('number', 'topic 20b 2->2->2 consumer');
- data.addColumn('number', 'topic 20b 2->2->2 consumer sd');
- data.addColumn('number', 'topic 20b 4->4->4 producer');
- data.addColumn('number', 'topic 20b 4->4->4 producer sd');
- data.addColumn('number', 'topic 20b 4->4->4 consumer');
- data.addColumn('number', 'topic 20b 4->4->4 consumer sd');
- data.addColumn('number', 'topic 20b 8->8->8 producer');
- data.addColumn('number', 'topic 20b 8->8->8 producer sd');
- data.addColumn('number', 'topic 20b 8->8->8 consumer');
- data.addColumn('number', 'topic 20b 8->8->8 consumer sd');
- data.addColumn('number', 'topic 20b 10->10->10 producer');
- data.addColumn('number', 'topic 20b 10->10->10 producer sd');
- data.addColumn('number', 'topic 20b 10->10->10 consumer');
- data.addColumn('number', 'topic 20b 10->10->10 consumer sd');
- data.addColumn('number', 'topic 20b 10->1->1 producer');
- data.addColumn('number', 'topic 20b 10->1->1 producer sd');
- data.addColumn('number', 'topic 20b 10->1->1 consumer');
- data.addColumn('number', 'topic 20b 1->1->10 producer');
- data.addColumn('number', 'topic 20b 1->1->10 consumer');
- data.addColumn('number', 'topic 20b 1->1->10 consumer sd');
- data.addColumn('number', 'topic 20b 10->1->10 producer');
- data.addColumn('number', 'topic 20b 10->1->10 producer sd');
- data.addColumn('number', 'topic 20b 10->1->10 consumer');
- data.addColumn('number', 'topic 20b 10->1->10 consumer sd');
- data.addColumn('number', 'topic 1k 1->1->0 producer');
- data.addColumn('number', 'topic 1k 1->1->1 producer');
- data.addColumn('number', 'topic 1k 1->1->1 consumer');
- data.addColumn('number', 'topic 1k 2->2->2 producer');
- data.addColumn('number', 'topic 1k 2->2->2 producer sd');
- data.addColumn('number', 'topic 1k 2->2->2 consumer');
- data.addColumn('number', 'topic 1k 2->2->2 consumer sd');
- data.addColumn('number', 'topic 1k 4->4->4 producer');
- data.addColumn('number', 'topic 1k 4->4->4 producer sd');
- data.addColumn('number', 'topic 1k 4->4->4 consumer');
- data.addColumn('number', 'topic 1k 4->4->4 consumer sd');
- data.addColumn('number', 'topic 1k 8->8->8 producer');
- data.addColumn('number', 'topic 1k 8->8->8 producer sd');
- data.addColumn('number', 'topic 1k 8->8->8 consumer');
- data.addColumn('number', 'topic 1k 8->8->8 consumer sd');
- data.addColumn('number', 'topic 1k 10->10->10 producer');
- data.addColumn('number', 'topic 1k 10->10->10 producer sd');
- data.addColumn('number', 'topic 1k 10->10->10 consumer');
- data.addColumn('number', 'topic 1k 10->10->10 consumer sd');
- data.addColumn('number', 'topic 1k 10->1->1 producer');
- data.addColumn('number', 'topic 1k 10->1->1 producer sd');
- data.addColumn('number', 'topic 1k 10->1->1 consumer');
- data.addColumn('number', 'topic 1k 1->1->10 producer');
- data.addColumn('number', 'topic 1k 1->1->10 consumer');
- data.addColumn('number', 'topic 1k 1->1->10 consumer sd');
- data.addColumn('number', 'topic 1k 10->1->10 producer');
- data.addColumn('number', 'topic 1k 10->1->10 producer sd');
- data.addColumn('number', 'topic 1k 10->1->10 consumer');
- data.addColumn('number', 'topic 1k 10->1->10 consumer sd');
- data.addColumn('number', 'topic 256k 1->1->0 producer');
- data.addColumn('number', 'topic 256k 1->1->1 producer');
- data.addColumn('number', 'topic 256k 1->1->1 consumer');
- data.addColumn('number', 'topic 256k 2->2->2 producer');
- data.addColumn('number', 'topic 256k 2->2->2 producer sd');
- data.addColumn('number', 'topic 256k 2->2->2 consumer');
- data.addColumn('number', 'topic 256k 2->2->2 consumer sd');
- data.addColumn('number', 'topic 256k 4->4->4 producer');
- data.addColumn('number', 'topic 256k 4->4->4 producer sd');
- data.addColumn('number', 'topic 256k 4->4->4 consumer');
- data.addColumn('number', 'topic 256k 4->4->4 consumer sd');
- data.addColumn('number', 'topic 256k 8->8->8 producer');
- data.addColumn('number', 'topic 256k 8->8->8 producer sd');
- data.addColumn('number', 'topic 256k 8->8->8 consumer');
- data.addColumn('number', 'topic 256k 8->8->8 consumer sd');
- data.addColumn('number', 'topic 256k 10->10->10 producer');
- data.addColumn('number', 'topic 256k 10->10->10 producer sd');
- data.addColumn('number', 'topic 256k 10->10->10 consumer');
- data.addColumn('number', 'topic 256k 10->10->10 consumer sd');
- data.addColumn('number', 'topic 256k 10->1->1 producer');
- data.addColumn('number', 'topic 256k 10->1->1 producer sd');
- data.addColumn('number', 'topic 256k 10->1->1 consumer');
- data.addColumn('number', 'topic 256k 1->1->10 producer');
- data.addColumn('number', 'topic 256k 1->1->10 consumer');
- data.addColumn('number', 'topic 256k 1->1->10 consumer sd');
- data.addColumn('number', 'topic 256k 10->1->10 producer');
- data.addColumn('number', 'topic 256k 10->1->10 producer sd');
- data.addColumn('number', 'topic 256k 10->1->10 consumer');
- data.addColumn('number', 'topic 256k 10->1->10 consumer sd');
+ data.addColumn('number', 'queue 20b 1->1->1 producer');
+ data.addColumn('number', 'queue 20b 1->1->1 consumer');
+ data.addColumn('number', 'queue 20b 2->2->2 producer');
+ data.addColumn('number', 'queue 20b 2->2->2 producer sd');
+ data.addColumn('number', 'queue 20b 2->2->2 consumer');
+ data.addColumn('number', 'queue 20b 2->2->2 consumer sd');
+ data.addColumn('number', 'queue 20b 4->4->4 producer');
+ data.addColumn('number', 'queue 20b 4->4->4 producer sd');
+ data.addColumn('number', 'queue 20b 4->4->4 consumer');
+ data.addColumn('number', 'queue 20b 4->4->4 consumer sd');
+ data.addColumn('number', 'queue 20b 8->8->8 producer');
+ data.addColumn('number', 'queue 20b 8->8->8 producer sd');
+ data.addColumn('number', 'queue 20b 8->8->8 consumer');
+ data.addColumn('number', 'queue 20b 8->8->8 consumer sd');
+ data.addColumn('number', 'queue 20b 10->10->10 producer');
+ data.addColumn('number', 'queue 20b 10->10->10 producer sd');
+ data.addColumn('number', 'queue 20b 10->10->10 consumer');
+ data.addColumn('number', 'queue 20b 10->10->10 consumer sd');
+ data.addColumn('number', 'queue 20b 10->1->1 producer');
+ data.addColumn('number', 'queue 20b 10->1->1 producer sd');
+ data.addColumn('number', 'queue 20b 10->1->1 consumer');
+ data.addColumn('number', 'queue 20b 1->1->10 producer');
+ data.addColumn('number', 'queue 20b 1->1->10 consumer');
+ data.addColumn('number', 'queue 20b 1->1->10 consumer sd');
+ data.addColumn('number', 'queue 20b 10->1->10 producer');
+ data.addColumn('number', 'queue 20b 10->1->10 producer sd');
+ data.addColumn('number', 'queue 20b 10->1->10 consumer');
+ data.addColumn('number', 'queue 20b 10->1->10 consumer sd');
+ data.addColumn('number', 'queue 1k 1->1->1 producer');
+ data.addColumn('number', 'queue 1k 1->1->1 consumer');
+ data.addColumn('number', 'queue 1k 2->2->2 producer');
+ data.addColumn('number', 'queue 1k 2->2->2 producer sd');
+ data.addColumn('number', 'queue 1k 2->2->2 consumer');
+ data.addColumn('number', 'queue 1k 2->2->2 consumer sd');
+ data.addColumn('number', 'queue 1k 4->4->4 producer');
+ data.addColumn('number', 'queue 1k 4->4->4 producer sd');
+ data.addColumn('number', 'queue 1k 4->4->4 consumer');
+ data.addColumn('number', 'queue 1k 4->4->4 consumer sd');
+ data.addColumn('number', 'queue 1k 8->8->8 producer');
+ data.addColumn('number', 'queue 1k 8->8->8 producer sd');
+ data.addColumn('number', 'queue 1k 8->8->8 consumer');
+ data.addColumn('number', 'queue 1k 8->8->8 consumer sd');
+ data.addColumn('number', 'queue 1k 10->10->10 producer');
+ data.addColumn('number', 'queue 1k 10->10->10 producer sd');
+ data.addColumn('number', 'queue 1k 10->10->10 consumer');
+ data.addColumn('number', 'queue 1k 10->10->10 consumer sd');
+ data.addColumn('number', 'queue 1k 10->1->1 producer');
+ data.addColumn('number', 'queue 1k 10->1->1 producer sd');
+ data.addColumn('number', 'queue 1k 10->1->1 consumer');
+ data.addColumn('number', 'queue 1k 1->1->10 producer');
+ data.addColumn('number', 'queue 1k 1->1->10 consumer');
+ data.addColumn('number', 'queue 1k 1->1->10 consumer sd');
+ data.addColumn('number', 'queue 1k 10->1->10 producer');
+ data.addColumn('number', 'queue 1k 10->1->10 producer sd');
+ data.addColumn('number', 'queue 1k 10->1->10 consumer');
+ data.addColumn('number', 'queue 1k 10->1->10 consumer sd');
+ data.addColumn('number', 'queue 256k 1->1->1 producer');
+ data.addColumn('number', 'queue 256k 1->1->1 consumer');
+ data.addColumn('number', 'queue 256k 2->2->2 producer');
+ data.addColumn('number', 'queue 256k 2->2->2 producer sd');
+ data.addColumn('number', 'queue 256k 2->2->2 consumer');
+ data.addColumn('number', 'queue 256k 2->2->2 consumer sd');
+ data.addColumn('number', 'queue 256k 4->4->4 producer');
+ data.addColumn('number', 'queue 256k 4->4->4 producer sd');
+ data.addColumn('number', 'queue 256k 4->4->4 consumer');
+ data.addColumn('number', 'queue 256k 4->4->4 consumer sd');
+ data.addColumn('number', 'queue 256k 8->8->8 producer');
+ data.addColumn('number', 'queue 256k 8->8->8 producer sd');
+ data.addColumn('number', 'queue 256k 8->8->8 consumer');
+ data.addColumn('number', 'queue 256k 8->8->8 consumer sd');
+ data.addColumn('number', 'queue 256k 10->10->10 producer');
+ data.addColumn('number', 'queue 256k 10->10->10 producer sd');
+ data.addColumn('number', 'queue 256k 10->10->10 consumer');
+ data.addColumn('number', 'queue 256k 10->10->10 consumer sd');
+ data.addColumn('number', 'queue 256k 10->1->1 producer');
+ data.addColumn('number', 'queue 256k 10->1->1 producer sd');
+ data.addColumn('number', 'queue 256k 10->1->1 consumer');
+ data.addColumn('number', 'queue 256k 1->1->10 producer');
+ data.addColumn('number', 'queue 256k 1->1->10 consumer');
+ data.addColumn('number', 'queue 256k 1->1->10 consumer sd');
+ data.addColumn('number', 'queue 256k 10->1->10 producer');
+ data.addColumn('number', 'queue 256k 10->1->10 producer sd');
+ data.addColumn('number', 'queue 256k 10->1->10 consumer');
+ data.addColumn('number', 'queue 256k 10->1->10 consumer sd');
+ data.addColumn('number', 'topic 20b 1->1->0 producer');
+ data.addColumn('number', 'topic 20b 1->1->1 producer');
+ data.addColumn('number', 'topic 20b 1->1->1 consumer');
+ data.addColumn('number', 'topic 20b 2->2->2 producer');
+ data.addColumn('number', 'topic 20b 2->2->2 producer sd');
+ data.addColumn('number', 'topic 20b 2->2->2 consumer');
+ data.addColumn('number', 'topic 20b 2->2->2 consumer sd');
+ data.addColumn('number', 'topic 20b 4->4->4 producer');
+ data.addColumn('number', 'topic 20b 4->4->4 producer sd');
+ data.addColumn('number', 'topic 20b 4->4->4 consumer');
+ data.addColumn('number', 'topic 20b 4->4->4 consumer sd');
+ data.addColumn('number', 'topic 20b 8->8->8 producer');
+ data.addColumn('number', 'topic 20b 8->8->8 producer sd');
+ data.addColumn('number', 'topic 20b 8->8->8 consumer');
+ data.addColumn('number', 'topic 20b 8->8->8 consumer sd');
+ data.addColumn('number', 'topic 20b 10->10->10 producer');
+ data.addColumn('number', 'topic 20b 10->10->10 producer sd');
+ data.addColumn('number', 'topic 20b 10->10->10 consumer');
+ data.addColumn('number', 'topic 20b 10->10->10 consumer sd');
+ data.addColumn('number', 'topic 20b 10->1->1 producer');
+ data.addColumn('number', 'topic 20b 10->1->1 producer sd');
+ data.addColumn('number', 'topic 20b 10->1->1 consumer');
+ data.addColumn('number', 'topic 20b 1->1->10 producer');
+ data.addColumn('number', 'topic 20b 1->1->10 consumer');
+ data.addColumn('number', 'topic 20b 1->1->10 consumer sd');
+ data.addColumn('number', 'topic 20b 10->1->10 producer');
+ data.addColumn('number', 'topic 20b 10->1->10 producer sd');
+ data.addColumn('number', 'topic 20b 10->1->10 consumer');
+ data.addColumn('number', 'topic 20b 10->1->10 consumer sd');
+ data.addColumn('number', 'topic 1k 1->1->0 producer');
+ data.addColumn('number', 'topic 1k 1->1->1 producer');
+ data.addColumn('number', 'topic 1k 1->1->1 consumer');
+ data.addColumn('number', 'topic 1k 2->2->2 producer');
+ data.addColumn('number', 'topic 1k 2->2->2 producer sd');
+ data.addColumn('number', 'topic 1k 2->2->2 consumer');
+ data.addColumn('number', 'topic 1k 2->2->2 consumer sd');
+ data.addColumn('number', 'topic 1k 4->4->4 producer');
+ data.addColumn('number', 'topic 1k 4->4->4 producer sd');
+ data.addColumn('number', 'topic 1k 4->4->4 consumer');
+ data.addColumn('number', 'topic 1k 4->4->4 consumer sd');
+ data.addColumn('number', 'topic 1k 8->8->8 producer');
+ data.addColumn('number', 'topic 1k 8->8->8 producer sd');
+ data.addColumn('number', 'topic 1k 8->8->8 consumer');
+ data.addColumn('number', 'topic 1k 8->8->8 consumer sd');
+ data.addColumn('number', 'topic 1k 10->10->10 producer');
+ data.addColumn('number', 'topic 1k 10->10->10 producer sd');
+ data.addColumn('number', 'topic 1k 10->10->10 consumer');
+ data.addColumn('number', 'topic 1k 10->10->10 consumer sd');
+ data.addColumn('number', 'topic 1k 10->1->1 producer');
+ data.addColumn('number', 'topic 1k 10->1->1 producer sd');
+ data.addColumn('number', 'topic 1k 10->1->1 consumer');
+ data.addColumn('number', 'topic 1k 1->1->10 producer');
+ data.addColumn('number', 'topic 1k 1->1->10 consumer');
+ data.addColumn('number', 'topic 1k 1->1->10 consumer sd');
+ data.addColumn('number', 'topic 1k 10->1->10 producer');
+ data.addColumn('number', 'topic 1k 10->1->10 producer sd');
+ data.addColumn('number', 'topic 1k 10->1->10 consumer');
+ data.addColumn('number', 'topic 1k 10->1->10 consumer sd');
+ data.addColumn('number', 'topic 256k 1->1->0 producer');
+ data.addColumn('number', 'topic 256k 1->1->1 producer');
+ data.addColumn('number', 'topic 256k 1->1->1 consumer');
+ data.addColumn('number', 'topic 256k 2->2->2 producer');
+ data.addColumn('number', 'topic 256k 2->2->2 producer sd');
+ data.addColumn('number', 'topic 256k 2->2->2 consumer');
+ data.addColumn('number', 'topic 256k 2->2->2 consumer sd');
+ data.addColumn('number', 'topic 256k 4->4->4 producer');
+ data.addColumn('number', 'topic 256k 4->4->4 producer sd');
+ data.addColumn('number', 'topic 256k 4->4->4 consumer');
+ data.addColumn('number', 'topic 256k 4->4->4 consumer sd');
+ data.addColumn('number', 'topic 256k 8->8->8 producer');
+ data.addColumn('number', 'topic 256k 8->8->8 producer sd');
+ data.addColumn('number', 'topic 256k 8->8->8 consumer');
+ data.addColumn('number', 'topic 256k 8->8->8 consumer sd');
+ data.addColumn('number', 'topic 256k 10->10->10 producer');
+ data.addColumn('number', 'topic 256k 10->10->10 producer sd');
+ data.addColumn('number', 'topic 256k 10->10->10 consumer');
+ data.addColumn('number', 'topic 256k 10->10->10 consumer sd');
+ data.addColumn('number', 'topic 256k 10->1->1 producer');
+ data.addColumn('number', 'topic 256k 10->1->1 producer sd');
+ data.addColumn('number', 'topic 256k 10->1->1 consumer');
+ data.addColumn('number', 'topic 256k 1->1->10 producer');
+ data.addColumn('number', 'topic 256k 1->1->10 consumer');
+ data.addColumn('number', 'topic 256k 1->1->10 consumer sd');
+ data.addColumn('number', 'topic 256k 10->1->10 producer');
+ data.addColumn('number', 'topic 256k 10->1->10 producer sd');
+ data.addColumn('number', 'topic 256k 10->1->10 consumer');
+ data.addColumn('number', 'topic 256k 10->1->10 consumer sd');
data_funcs = new Array(data.getNumberOfColumns());
for( var i=0; i < data.getNumberOfColumns(); i ++) {
@@ -267,7 +267,7 @@
<p>
Producers are sending non-persistent messages and do NOT wait for
- a broker ack before sending the next message. Consumers use auto ack.
+ a broker ack before sending the next message. Consumers auto ack.
</p>
<h2>General</h2>
@@ -290,8 +290,9 @@
</script>
<h3>Max Producer Rate</h3>
The maximum rate that a single producer can send to a broker. The producer is setup
- on a topic with no consumers. This rate is has a close correlation to your processor
- speed. The Rate is show at 3 different message sizes.
+ on a topic with no consumers. The broker just drops all messages the producer sends
+ it. Use this to get an idea of what is the maximum transfer rate between two endpoints
+ on your machine.
</div>
<div class="clear"></div>
@@ -319,7 +320,7 @@
<h3>Partitioned Scaling</h3>
Compares how well the broker scales as partitioned load is increased on it. Each destination
has only one producer and one consumer attached using small 20 byte messages. This should
- scale up on machines with many processing cores. Keep in mind that the load test is running the
+ scale up with more cores. Keep in mind that the load test is running the
load clients and the broker on one machines so about 1/2 the cpu resources are being used by
the load clients.
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