Medusa

6 Ways to Effectively Perform Load Testing In Software Development Projects

<p style&equals;"text-align&colon; justify&semi;">Load testing should be a natural part of software development projects&period; Whether it is a manual or automatic test&comma; load testing should be able to offer major benefits if performed properly&period; We would likely able to know the functional status of our software through load testing&period; Functional faults will be nipped in the bud and we can avoid costly fixes&period; In this case&comma; we should be able to greatly reduce functional risks&period; Here are things we should do to perform load testing more effectively&colon;<&sol;p>&NewLine;<ol>&NewLine;<li style&equals;"text-align&colon; justify&semi;">Study the system&colon; Before load testing has started&comma; we should study the system&period; We also need to perform risk analysis to identify threats to our system&period; It means that we should be able to define on which parts load testing should be focused&period;<&sol;li>&NewLine;<li style&equals;"text-align&colon; justify&semi;">Collect data&colon; By collecting data&comma; we should be able to define the efficiency of each build of data&period; In this case&comma; we should be able to know specific behaviours&comma; such as whether the software uses more and more processor and RAM resources over time&period; This information should allow us to predict likely resource requirements at different demand levels&period;<&sol;li>&NewLine;<li style&equals;"text-align&colon; justify&semi;">Assess system behaviours&colon; Software and computer system behave differently at specific conditions&period; By using realistic workloads&comma; we should be able to simulate likely patterns of demands&period; We will be able to observe possible behaviours of the system&period; Specially targeted workloads should allow us to probe the likely vulnerability of the system&period;<&sol;li>&NewLine;<li style&equals;"text-align&colon; justify&semi;">Consider how to perform more comprehensive load test&colon; It is important for use to add workloads at typically busy periods&period; With load testing&comma; we should be able to find any atypical resource exhaustion and demand spikes&period; Endurance tests should be performed on cumulative and operational periods&period; Reliability tests should involve a lot of transactions and we should know what the system should do when a transaction fails&period; We should also perform a test of multiple real people who work on the same task or functions simultaneously&period;<&sol;li>&NewLine;<li style&equals;"text-align&colon; justify&semi;">Use design measurement&colon; With design measurement&comma; we should be able to experiment with our design&period; Data can be properly analyzed and we could actually estimate resource utilization for each transaction&period; It means&comma; we will be able to predict the amount of utilization for a hundred&comma; a thousand and even&comma; a million of transactions&period;<&sol;li>&NewLine;<li style&equals;"text-align&colon; justify&semi;">Focus on generic activities first&colon; When performing load testing&comma; we should simulate generic activities first&period; These tests then will evolve to more developed things&period; This can be achieved if we only have allocated enough time and we start early&period; We should be able to test each incremental version of the software with pre-programmed load test&period; We shouldn’t delay and it is important to test a new software version soon&period; This should allow us to compare performance and behaviour of each version&semi; allowing us to perform methods to maintain or boost performance&period;<&sol;li>&NewLine;<&sol;ol>&NewLine;

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