Make Project Bug Free Through Selenium Functional Testing

Selenium is a famous and most used open-source testing tool. Selenium allows testers to record functional tests of applications in Selenium integrated development environment, a Firefox-based record/playback test expansion environment. Test Maker operates Selenium functional testing as load and performance tests by running the tests in one or moreTestNodes. The s operates the test in a browser (such as Internet Explorer, Safari, Opera, Chrome) or using HTMLUnit. HTMLUnit is an open-source headless browser framework that provides a programmatic simulation of a Web browser. Software testingcompany follows some guidelines for writing selenium tests:

• Anytime you are doing an action that causes the entire page to load you need to follow the following pattern
• Write all your tests in the FireFox IDE and focus first on getting it running successfully there.
• Write all your tests to work on FAST speed.  In the beginning we thought that because selenium was finicky we had to write everything to run on SLOW speed.  This in fact creates problems, so make your test run on FAST speed.  We have found only one spot so far that requires temporarily slowing the speed down for several lines.  I will mention that in a bit.
• Do not worry about Chrome/IE, as the first objective is a stable test suite in FireFox.  It is more important to have it fully stable on one browser than sort-of working in 3 browsers

Features and Functions of Selenium

• Demands for programming language and 3 months training period to use it
• Selenium Integrated Development Environment is required to use it
• Needs extensive coding for database support and data driven testing
• Object Store-area is not editable
• Known as Automation Script
• Supports Java, Ruby, Perl, PHP, Python, C# and Groovy languages
• Does not provide functional and load testing
• Has capability to run the tests in QA lab as well as in Cloud
• Provide basic reporting
• Does not support integration with test and defect management.
• Offers Stability only on Linux and Windows OS
• Scheduled execution is possible through complex code
• Available for Free 

Selenium, itself, does not need any sophisticated setup and can be accessed anywhere, we can use Selenium straps to control PhantomJS and wrap 90% of our testing needs. If you later need stronger testing, you can set up additional browser relations to Selenium without changing a single line in your code.

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Software Test Managment- Bringing Purity in Project Making

A crucial part to check the software quality is the procedure of testing and analyzing the software. Test management and planning can be termed as the practice of arranging and controlling the procedure and objects required for the testing work. The main and core tools used for software test management include:

• Word processors
• Pen and paper
• Spreadsheets 

The common goal of software testing company is to enables teams to plan, develop, execute, and assess all testing tasks within on the whole software development purpose. This comprises coordinating labors of all those who have participated in testing work, tracking dependencies and relationships among test assets and, priory, defining, measuring, and tracking high standard goals.

Aspects of test management

Test management can be classified into distinct phase like - organization, planning, authoring, execution, and reporting. The same has been described in detail below:

Test object and resource organization is an undoubtedly crucial part of test management. It demands for organizing and managing an inventory of things to test, in addition with the several things used to perform the testing. This shows how teams capture dependencies and relationships among test skills. The generic types of test skills that need to be maintained are:

• Test scripts
• Test data
• Test software
• Test hardware 

Test planning is the complete bunch of tasks that provides the questions of why, what, where, and when to test. The purpose for designing the test is called a test motivator (for example, a specific requirement must be validated). What should be tested is sub-divided into many test cases for a project or operation. Where to test is solved by decisive and documenting the required software and hardware patterns. When to test is answered by tracking iterations (or cycles, or time period) to the testing.

Test authoring is a procedure of beholding the particular steps needed to complete a given test. This specifies the question of how a project or operation will be tested. This is where somewhat intangible test cases are expanded into more descriptive test steps, which in turn will become test scripts (either manual or automated).

Test execution involves running the tests by combining sequences of test scripts into a set of tests. This is a persistence of solving the question of how a project or operation will be tested (more specifically, how the testing will be conducted).

Test reporting is how the different results of the testing attempt are analyzed and communicated. This is used to describe the present status of project testing, as well as the complete status of quality of the application or system. 

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The Role of Load and Performance Testing in Project Development

Load testing is the procedure of applying demand on a device or system and evaluating its response. It is performed to decide behavior of a system under normal and anticipated peak load circumstances. It helps in identifying the maximum operating capability of an app as well as the bottlenecks and determines which thing is causing degradation. When the load kept on the system is raised further than normal usage prototypes, to test the response of the system at uncommon high or peak loads, it is termed as stress testing. The load is generally so high that error conditions are the estimated result, although no clean border exists when an activity stops to be a load test and becomes a stress test.

There is small conformity on the particular goals of load testing.  The expression is often used synonymously with concurrency testing, software performance testing, reliability testing. Load testing falls down under non-functional testing area.

The expression load testing is used in multiple ways in the commercial software testing group. Load testing usually is termed as the practice of sculpting the estimated usage of a software program by replicating different users accessing the program concurrently. As such, this testing is more related for multi-user systems; frequently one constructs using a client/server model like web servers. Even, other kinds of software systems can also be load examined. For example, a word processor can be made to read an enormously large document; or a financial package can be made to create a report based on multiple years' worth of data. The most appropriate load testing replicates real use, as differ from testing using theoretical modeling.

Load testing allows you evaluate your website's QOS performance based on real customer nature. Almost all the load testing tools and frame-works go behind the classical load testing model. When customers come to your web site, a script recorder records the interaction and then generates relevant communication scripts. A load creator tries to replay the recorded scripts, which could probably be modified with varied test limits before replay. In the replay process, both the software and hardware statistics will be observed and gathered by the conductor, these guides include the CPU, memory; disk IO of the physical servers and the response time, throughput of the System under Test etc.


Load and performance testing scrutinizes software anticipated for a multi-user audience by subjecting the software to variable amounts of imaginary and real users while supervising performance measurements under these varied loads. Load and performance testing is generally held in a test environment familiar to the production environment before the software system is allowed to go live.

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Software Test Management - Core Fundamentals of Technical Testing

Software Test Management

Developing software is a kind of critical work which demands for high dedication, technological expertise and sound presence of mind from developers. A step ahead to software development in terms of critical behavior is software test management. Basically when developers, get done with the coding part of the project, the role of testing team begin.  To manage the testing plans, testers first go for test management.

Test management in a simple and straight manner can be defined as “the procedure consisted of a number of tests that helps in managing the testing plans.  Following are the key ingredients of test management procedure:

Making Test Definition in DB

This part mainly covers the test plans and the main things associated with it like, product specification and requirements. The main purpose of this step is to create relationships between two consecutive test plans so that if one fails, other automatically stops. Also the changes made in this stage of test need to be mentioned, so that QA team get the history of the test.

Creating Test Campaigns

This step basically divided into two sub steps and i.e. Manual Execution and Automatic Execution.

• Manual Execution – As the name suggest, testers hast to perform this part manually and need to update the system on the basis of result generated. 

• Automated Execution – This step can be performed in countless number of ways. Automatic execution only demand for the available test management tools to be compatible with the test.

Creating Reports

The main goal of the test management remains to deliver the exact report to QA department, thereby fetching the reports from the tests performed.

Managing Bugs

Test management tools effectively support bug fixing features and hence, it can be integrated with bug fixing features to manage the bugs as well.

To Plan Test Actions

Test management tools can help the quality analyst team in preparing the test activities before time, if they successfully integrated with PM functionalities.

Where you can find Test Management Tools?

There are various number of TM tools available in the technology market. Most of the test management tools are web based application that demand for in-house installation and rest can be accessed through software as a service.

KiwiQA, a highly technical software testing company offer software testmanagement services. The company possesses technically sound team of testers that has capability to create technical reports based on the performed tests. You can get the detailed info of the services by following the link mentioned below.
If you have any Question or Inquiry... 

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