Updated the command line arguments to include -d parameters.

toolset/README.md

@@ -10,7 +10,7 @@ For deployment instructions, refer to the [Benchmark Suite Deployment README fil
 
 Assuming the deployment finished without error, we're ready to start the test suite. On the Linux server host, type:
 
-	nohup toolset/run-tests.py -s server-private-ip -c client-private-ip -u username -i path-to-private-ssh-key --max-threads number-of-cores &
+	nohup toolset/run-tests.py -s server-private-ip -d database-private-ip -c client-private-ip -i path-to-private-ssh-key -u username --max-threads 8 --duration 15 &
 
 For the number-of-cores parameter, you will need to know your application server's core count. For example, Amazon EC2 large instances have 2 cores.
 
@@ -22,27 +22,31 @@ The test results are saved in the `results` directory, as described below.
 
 ## Running the test suite on Windows
 
-To run the test suite on the Windows server, log on the server, open the PowerShell command line environment and type a command like:
+To run the test suite using Windows as the application server and Linux as the database server, log on to the server, open the PowerShell command line environment and type a command like:
 
-    python toolset\run-tests.py -s server-ip -c client-ip -i path-to-ssh-key --max-threads cores --duration 30 --sleep 5 --name win --test aspnet --type all
+	python toolset/run-tests.py -s server-private-ip -d database-private-ip -c client-private-ip -i path-to-private-ssh-key -u username --max-threads 8 --duration 15 --os windows --sleep 5 --name win
+
+To run the test suite using Windows as the application server and Windows as the database server, use this instead:
+
+	python toolset/run-tests.py -s server-private-ip -d database-private-ip -c client-private-ip -i path-to-private-ssh-key -u username --max-threads 8 --duration 15 --os windows --database-os windows --name win
 
 ## Specifying the machine name
 
 If you use a different configuration than two m1.large instances, please use the --name option to name the results appropriately.
 
-	nohup toolset/run-tests.py -s server-private-ip -c client-private-ip -u username -i path-to-private-ssh-key --max-threads cores --name ec2-servertype-clienttype &
+	nohup toolset/run-tests.py -s server-private-ip -d database-private-ip -c client-private-ip -u username -i path-to-private-ssh-key --max-threads cores --name ec2-servertype-clienttype &
 
 So if you were running an m1.large and an m1.medium, it would look like this:
 
-	nohup toolset/run-tests.py -s server-private-ip -c client-private-ip -u username -i path-to-private-ssh-key --max-threads cores --name ec2-m1.large-m1.medium &
+	nohup toolset/run-tests.py -s server-private-ip -d database-private-ip -c client-private-ip -u username -i path-to-private-ssh-key --max-threads cores --name ec2-m1.large-m1.medium &
 
 This will allow us to differentiate results.
 
 ## Benchmarking a Single Test
 
 If you are making changes to any of the tests, or you simply want to verify a single test, you can run the script with the --test flag. For example, if you only wanted to run the JRuby tests:
 
-	nohup toolset/run-tests.py -s server-ip -c client-ip -u username -i path-to-private-ssh-key --max-threads cores --name unique-machine-name --test rack-jruby sinatra-jruby rails-jruby
+	nohup toolset/run-tests.py -s server-private-ip -d database-private-ip -c client-private-ip -u username -i path-to-private-ssh-key --max-threads cores --name unique-machine-name --test rack-jruby sinatra-jruby rails-jruby
 
 ## Result Files