Websites must have their performance tested as much as possible, and the owner of the site must ensure that have had the tests done many times over. This article explains how the testing must be done, and you will find it quite simple to work with the company that complete your tests. Someone who is testing their site for the first time will find where they are lacking, and they may make decisions based on what they are told.
How Load Testing Improves Web Performance
Most business owners are well aware of how important it is for them to include developments of websites into their operations’ plans of business activities. After all, competition is surging in today’s Internet marketplaces; however, it is also imperative to note that many of today’s businesses are shifting to utilizing methods of online activities/interactions with their respective client/customer bases. This enables them to reach a vast array of types of people from all across the world and puts a premium on performance. Unfortunately, the competition that exists in today’s competitive online marketplaces is causing many businesses to cease their operations due to not being able to sustain their operations. Customers are choosing to do business with companies who have proven themselves well into their markets and often this is determined by how prior customers/clients have reacted to what they have to offer.
Many people will often claim how certain websites they visit are much faster than others. This is often due to the faster websites utilizing “load testing.” Many people will often claim that they know a lot about load testing and spout a bunch of load testing info as if they’re a web performance engineer. The truth is that load testing is a really complex thing, but it can be easier if you do your research on sites that offer free information like www. loadtesting.co. Getting the most information you can get about load testing.
Common misconceptions have been that software testing provides playback and records that are capable of utilizing “testing tools” for regression. These particular tools analyze stacks of entire OSI protocols, whereas the majority of regression tools for testing focus primarily on GUI performances. As an example, regression testing tools playback and record mouse clicks on buttons of eb browsers, but the tools of load testing send out specific hypertexts the web browsers deliver after users click on buttons. In a multi-user environment, tools of load testing hypertexts are sent out for several users with every user having login ID’s that are unique with passwords.
By implementing “load testing” into the protocols of your web designing processes, you will be able to benefit from having a website(s) that exceeds the performance measures of many other websites that are currently live on the Internet, thus, giving you a great opportunity of generating more leads than other companies who may not necessarily be utilizing such measures of increasing web performance.
Why Web Performance Matters
Load testing consists of placing demand on computing devices or software systems to measure the responses. Load testing performance determines the behavior of a system under both anticipated conditions of peak loads and normal ones. This assists in identifying the max. operating capacities of applications as well as bottlenecks while determining which elements cause degradation. When loads are placed on systems, they are raised beyond normal patterns of usage for the purpose of testing the response of systems at loads that are unusually high or at their peaks. This is what stress testing is. The loads are usually so extreme that errors end up occurring; however, there are no clear boundaries that are so extreme that error conditions end up being the results that are expected to occur. There are no clear boundaries when activities cease to be load tests and become stress tests.
Non-functional testing consists of “load testing”, which is often utilized simultaneously with software performance testing, concurrency testing, volume testing, and reliability testing. They are parts of functionality testing that are utilized for validating suitability that can be used on any software.
Technical website optimization is a recommended form of web performance measure for web designers of businesses to implement into their operations as doing so greatly improves the speed of their website. This is a great benefit as it enables them to attain a greater size of a customer/client base because people will actually enjoy visiting it due to the performance levels of its speed, quickness, and smoothness. There will hardly be any pauses of buffering due to poor server performances. By acquiring the services of a web performance specialist, a business owner can have assurance of knowing their web page will load quickly and properly. Be sure to contact one who has been well-reputed by the community as they are bound to give you the quality of services that you need to generate the most leads to your webpage.
Testing Web Hosting Companies for Performance
Websites must have their performance tested as much as possible, and the owner of the site must ensure that have had the tests done many times over. This article explains how the testing must be done, and you will find it quite simple to work with the company that complete your tests. Someone who is testing their site for the first time will find where they are lacking, and they may make decisions based on what they are told.
#1: Who Does The Test?
The test is completed by someone who accesses the site remotely, and they will let you know what the site is capable of on the first test. They will continue to test, and you will learn what the capacity of the site is on each subsequent test. You may ask the company how they plan to test for you in the future, and they will give you a schedule for tests.
#2: There Are Many Tests To Complete
The tests that you must complete will change given the nature of your site. You may need to progress when given the results from the tests, and you will find it quite simple to make alterations to the site once you have information from your reports. The tests will remain simple, and they will show the progress you have made as you work on your site.
On top of the different tests to complete, there are many different hosting companies out there, and some perform better than others. For example, when looking at Bluehost vs GoDaddy, WebHostingBuddy.com found that Bluehost did much better (you can see the results on their site). This example definitely highlights the need to test hosting companies and evaluate their performance before making your choice.
#3: The Site Is Checked At Different Times
The site will be tested and reported at different times of day, and you must ensure you have reports that show how well your site performs given the time of day. You will prepare for the amount of traffic coming to your site, and you will be prepared when you have peak hours of activity.
The load testing you undertake on your site is quite important, and you must ensure you have chosen a testing service that allows you to change your site for the future. Each new load test will go quite a long way to helping you improve your site, and you will see the results when customers visit your site every day.
Using Tsung For Load and Stress Testing
In web development load testing entails putting demand on a web service or website and assessing its response. Load testing is usually used to observe how the website will perform under peak load. Modern web developers have numerous options for performing load testing on their websites. There are cloud based options such as loader.io, Cloudtest, NeoLoad, WebLOAD and Silk Performer. There are other options which can be run on a local network such as Apache JMeter, BlazeMeter, Tsung and Gatling. In this article we will look at Tsung in detail and the various pros and cons that one may encounter.
Tsung is an open source load and stress testing tool. It is written in Erlang, which is a language suited for concurrency, allowing it to better utilize CPUs that have multiple cores. Tsung supports various protocols such HTTP, HTTPs, LDAP, SOAP and XMPP. Tsung can also be used to stress test PostgreSQL and MySQL databases. Tsung can also monitor operating system performance metrics such as memory, network traffic and CPU utilization using Erlang agents, Munin or SNMP. Tsung provides HTML reports that displays performance of the system during the load test.
Tsung is only available on Linux. On Ubuntu installing Tsung is as simple running sudo apt-get install tsung. On other Linux distributions you can install Tsung from source or using the deb files from Github. Load tests are created using XML files and running tsung with the file as a parameter. The XML file allows you to specify the number of requests to be made, the number of CPUs to use and the IP and port of the server. If you don’t want to worry about configuring an XML file, you can use a service like LoadViewTesting.
You can also specify the arrival rate of the requests to the server being tested. Requests arrive randomly modelling real life operation of the server. Requests to the server can also be made depending on your website. You can create JSON requests and XML requests. Tsung can also create dynamic requests that change based on a percolator engine (this doesn’t need to be configured with LoadView). Another interesting feature in Tsung is the distributed feature. Install Tsung on all multiple clients and you get a report of the server’s performance to under distributed load.