Minecraft Server Stress Test Tool

Stress free download - BurnInTest Standard, Prime95 32-bit, BurnInTest Professional, and many more programs. Running the test LoadGen test can be used to stress a Windows Server. This server could be a physical server or a virtual machine. If physical server has more than 64 logical processors or has more than 1 TB memory, LoadGen should run against the physical server directly.

OCCT is the most popular all-in-one stability check & stress test tool available.OCCT is great at generating heavy loads on your components ( CPU, GPU, Memory, GPU Memory & Power supply ) , and aims at detecting hardware errors or stability issues faster than anything else.A monitoring engine is also embedded, to ease diagnostic and see how your computer reacts under heavy load using graphs.

OCCT is free for personal use only !

Stress is a plugin which is intended to be used to help stress test Bukkit servers. It allows server owners to create a fake load on their server, which can help mimic real loads, or identify potential issues before they happen. Send some data to your server and observe the data/load generated on your MS GUI or the TEPS console. Note: While you can/may use this tool to generate data to your server, this is a Microsoft tool and will not work on all versions of Windows. Use at your own risk, as this tool is not supported by IBM. Its best to use it on a test system.

If you are running OCCT in a corporate or commercial environment, you have to buy a PRO license to use OCCT

I see an increasing number of companies downloading the free version of OCCT and shamelessly using it in their corporate environment.The free version of OCCT is meant to make OCCT as useful and widely used as possible. This has been the case since it started, back in 2003.

This time, when you do this, you aren't stealing from a big company !

OCCT isn't enough to make a living as of now (far from it). Please support me and participate in keeping the free edition... free for everyone !

Personal edition

6 Tests

OCCT includes 6 different tests : OCCT and Linpack for your CPU, Memory for testing system RAM, 3D and VRAM for your Graphic card, and Power to stress your power supply. You can even monitor your PC while using an external app to generate reports using the Monitoring-only test !

Monitoring

OCCT will monitor your computer's reading and present you real-time graphs showing you temperatures, voltages, fan speed, frequencies, component usage, and power consumption during your tests. We are using the AWESOME engine from HwInfo !

Built-in protection for your computer

Worried about frying your components ? Turn the maximum temperature threshold in OCCT's options ! Should a component reach this critical temperature during a test, OCCT will stop itself immediately.

Test report

At the end of a test, you will be able to save a full graphical report of what happened during the test, for diagnostic purposes.

Pro edition

Allowed to run on domain-joined computers

OCCT's free edition won't run on computers joined to domain, this version removes that limit entirely

CSV readings export

OCCT will generate a CSV files containing all the monitoring readings upon saving a test report. Use it to build your own graphs !

Enterprise edition

Build your own test

Chain different test phases to build your own schedule. Everything is done graphically in the app, using drag&drop, for an easy configuration ! You can also export test configurations to a file

Detailed test report

Gain access to fully detailed, fine-grain test reports in HTML file format (single-file), allowing you to analyze easily the behaviour of your computer during the test, and use it as a comparison point between two different test runs.Preview it here !

Command-line support

Start OCCT with command-line switches, to automatically start a test, choose where to output the report, configure the report name,...

Please be aware that all sales are final.

Personal
(One Month)

$5.00

All Tests available
Embedded Monitoring
Overheat protection
No waiting time
Test Reports

The purpose of web server stress testing is to find the target application’s crash point.

The crash point is not always an error message or access violation. It can be a perceptible slowdown in the request processing.

Stress testing can give answers to the following typical questions:

What load can crash the server application?
What parameters do we monitor to make sure that the server remains available?
How do I fail over my web servers and databases?

Test My Minecraft Server

Creating a Web Server Stress Test

Record one or more user scenarios.
(Optional) Modify the recorded traffic.
Create a load test that will simulate several virtual users.
Assigns scenarios to the users (you can assign the same scenario to several users orassign an individual scenario to each user).
Configure the created test:
- Specify the browser, connection speed and start delay for each user.
- Specify the workstation for each user.
- (Optional). Specify service level agreement (SLA) criteria to estimate the performance of the tested web application.
Run the test.
Analyze the load test results and check whether the application “crashes”.
If the test results contain warnings and errors, this may mean that you have found the crash point.
Once again, a crash is not always an error, this may be unacceptable performance.
If the application did not crash, increase the number of virtual users and perform the test again.

Analyzing Results

During the test run, you can monitor the server parameters on the Runtime > Graphs page in real time. The parameters of primary interest in stress tests are as follows:

Virtual users
Passed requests
Response transfer speed
Errors
Warnings

When the server crashes, you may find this out by response transfer speed decrease, or the number of passed requests. In addition, the server may report errors.

As you can see in the image above, the simulation fails when trying to simulate 300 virtual users.

Let's suppose that your application works fine with 10 virtual users, but crashes when working with 300 virtual users. This means that the application crashes at a point between 10 virtual users and 300 virtual users. To get closer to that point, split the user interval into two parts: 10…145 and 145…300, and run the test with 145 virtual users.

If the test with 145 virtual users was not successful, you can then cut the first interval in half and run the test using 77 or 78 virtual users.

If the test with 145 users passes, cut the second interval in half and run the test using 222 or 223 virtual users.

Continue splitting the interval until you find the crash point.

Click the image to enlarge it.

Here, we can see that the crash point for the given application occurs at simulation of 220 virtual users.