Database Reference
In-Depth Information
\stl:{0} stagger Client load where {0} is the number of seconds to
delay each Client
\nl:{0} number of fixed loops to execute per Client. This
overrides the \m: switch
\hb Log to Heartbeat table to track replication latency.
Below is the work load mix switches all 5 must be used and must
equal 100.
\pno:{45} percent new order status
\pos:{43} percent order status
\pp:{4} percent Payment
\pd:{4} percent dilivery
\psl:{4} percent stock level
\? for help
4. Extract all the files from the downloaded file and execute the tpccbench.exe and
tpccdatabasegenerator.exe files from the command-line prompt.
5.
A new database is created by the tool to view the results from the generated tests
for further reference. Once the results are satisfactory, the tool can be executed on
multiple servers to obtain further information.
This completes the steps that are required in implementing a benchmarking framework on
multiple instances of the data platform.
How it works...
The TPCCBench tool uses the default TPC benchmark system, which is a realistic database
schema and measures the mainstream capability of data integrity. The TPC benchmarks
will help the performance and price of a system by dividing the total system cost by the
performance, which is measured in the transactions per second method.
Similarly, the TPC benchmarking system includes a suite of business-oriented adhoc queries
with concurrent data modifications. These queries and corresponding data populating the
database have been chosen to have a broad industry-wide relevance.
Such benchmark calculations will illustrate the decision support systems (DSS) to examine
large volumes of data, query executions with high-degree of complexity. They will offer
the answers to the mission-critical business questions that will measure the price and
performance of a system by dividing the total system cost by the performance, which is
measured in queries per hour.
 
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