Automated Software Testing

Introduction

Software testing is a process of verifying and validating that a software application and it reduce error, cut maintenance and overall software cost. The testing of software is an important means of accessing the software to determine its quality and testing consumes 40-50% of development efforts and consume more effort for system that require high level of software reliability. Software testing is also used to test the software for other software quality factors like reliability, usability, integrity, security, capability, efficiency, portability, maintainability, compatibility etc. The main aim for software testing finds the error and detect fault.

There are several methods to testing software like white-box testing, black-box

It is faster than the manual testing and use of automated testing to reduce the paper work and less number of testers can be required. Using automated software increase the number of test case and decrease testing time. It improves the accuracy, increase test coverage, powerful testing and effort able testing tool. Automated software testing increase the quality assurance of the software and it also help to the developer.

Literature Review

A method which is combining fast automated tested for a software regression and memory overflow. The guarantee of software high quality level and decrease the testing time [1]. The automated testing to maximize test plan that cover within the available time. It also increased the quality and reliability of software.

In [2] paper three round of testing can be perform (1) model-in- the-loop (2) Software-in-the-loop (3) Hardware-in-the-loop. In model-in–the-loop level controller and environment are represented by model and it also connected closed loop system. Set of requirement characterizing and controllers to develop a search based technique based on random search, adaptive random search, hill climbing and simulated annealing algorithm to automatically identify worst case test scenarios based on

The aim is to increasing software test plan, use quality and reliability. Testing and verification of the software embedded into cars is a major challenge in automotive industry. It compares three stages developing automotive control function, deploying resulting code in hardware devices and generates C code from the Simulink models. The artifacts produced at each stage should be sufficiently tested before moving to the subsequent stage. It follows three round of testing Model in the loop, Software in the loop and Hardware in the