Monthly Archives: December 2016

What Is Entry And Exit Criteria In Software Testing?

Today, we will be discussing regarding entry and exit criteria in software testing. This is the objective of writing this article. Entry and exit criteria is a part of the software testing field and it is usually covered in a software testing course in Pune. For getting a fairly good idea of the topic, you can go through this write up.

Entry and Exit criteria are necessary to decide the start point and end point of testing. It is must for the successful execution of any project. On the off chance that you don’t know where to begin and where to end, then your objectives are not clear. By stating the entry and exit criteria, you characterize your boundaries. E.g. you can define entry criteria that the client ought to provide the SRS document or the acceptance acknowledgement. On the off chance that these entry criteria are not met then you won’t begin the venture. On the flip side, you can likewise state the exit criteria for your project. E.g. one of the basic exit criteria for projects is that the customer has effectively implemented the acceptance test plan.

Start point for the testing process :

The entry criteria characterizes what all are the prerequisites to begin with the testing process. It is extremely important to know for the QA or the tester as to what ought to be the start criteria for going into testing phase.

The Entrance Criteria indicated by the system test controller, ought to be satisfied before System Test can start. In the event, that any of the criteria has not been accomplished, the System Test may begin if Business Team and Test Controller are in full understanding that the risk is affordable.

When all is said and done, the entry criteria is an arrangement of conditions that allows a task to perform, or without any among these conditions won’t permit to play out that task is taken as the Entry Criteria of that task.

Stop point for the testing process :

The Exit criteria is a set of conditions in light of which you can state this specific task is done.

This can be hard to decide. Numerous cutting edge software applications are so mind boggling, and keep running in interdependent environment, that 100% testing can never be possible. “At the point when to quit testing” is a standout amongst the most troublesome questions for a test engineer.

In fact, experts feel that the choice of ceasing testing depends on the level of the risk worthy to the management.

Since testing is an unending process, we can never expect that 100% testing has been carried out; we can just minimize the danger of delivery of the product to the customer with X amount of testing done. The risk taken can be analyzed by Risk analysis, however for a little duration/low spending plan/low resources project, risks can be concluded by basically:

  • Calculating the test coverage.

  • Quantity of high priority bugs left.

  • Number of test cycles.

    A standout amongst the most essential mechanisms is the utilization of exit criteria to set particular objectives for an activity. Exit criteria can be utilized to define accomplishment towards the end of any activity, test phase or the entire project, so this idea has various uses inside software testing ventures.

    Entry criteria can likewise be utilized where it is important to choose entry point to any task in light of variables other than the achievement of a past activity.

    Advantages of implementing entry and exit criteria:

    Two major advantages can be enlisted for making use of entry and exit criteria. They are as follows :

    1. The criteria for successful achievement are set towards the start of the project, well before the related pressures with conveyance are felt, and can be founded on an agreement of the involved stakeholders.

    1. Decisions are obvious and basic at the transitions starting with one test level then onto the next and at delivery point.

    These benefits don’t, in themselves, give any certification of a successful project. What they do accomplish, nonetheless, is to settle on the decision-making process more flexible all through the venture. Each stakeholder can perceive how well the project is advancing against its quality parameters and if any decisions are required to approve progress past a point of reference for which the criteria has not been satisfied; the outcomes are clear to all.

    So, this was regarding the entry and exit criteria in software testing. For learning the same in depth, a software testing institute in Pune, would be of great help.

    To learn this with practical implementation and get a job, join a software testing course in Pune with placement.

    The software Testing review by CRB Tech Solutions will help and guide you in obtaining your Software Testing career.

Software Testing And Different Levels Of It

Today we are going to study the different software testing levels. An important concept in software testing. Other important concepts related to software testing can be learnt at a software testing course in Pune.

Testing levels are fundamentally designed to recognize missing areas and forestall overlap and reiteration between the development life cycle stages. In software development life cycle models there are characterized phases like requirement gathering and its analysis, design, coding or execution, testing and deployment. Every phase experiences the testing. Thus there are different levels of testing. The different levels of testing are as follows:

  1. Unit testing:

It is actually carried out by the developers to ensure that their code is functioning as expected and meet the client specifications. They test their bit of code which they have composed like classes, interfaces, functions and procedures. It can be called as the smallest or most basic level of testing. This includes white box testing.

  1. Component level testing:

It is likewise called as module testing. The basic contrast between component testing and unit testing is in unit testing the developers test their bit of code, whereas in component testing the entire module is tested. For instance, in a student record application there are two modules one which will save the records of the students and other module is to upload their results. Both the modules are created independently and when they are tested one by one then we call this as a component or module testing.

  1. Integration testing:

Integration testing is done when two modules are merged or integrated, with a specific end goal to test the conduct and functionality of both the modules after their integartion. The following are few sorts of integration testing:

– Top down approach

– Functional incremental

– Bottom up approach

– Big Bang integration testing

  1. Component integration testing:

In the case above when both the modules or segments are incorporated then the testing done is called as Component integration testing. This testing is fundamentally done to guarantee that the code ought not break subsequent to integrating the two modules.

  1. System integration testing:

System integration testing (SIT) is a level where the testing team fundamentally tests that in a similar situation all the concerned systems ought to keep up data integrity and can work in a joint effort with different systems.

  1. System testing:

In this level of testing, testers basically go for the compatibility of the application with the system. It can also be called as compatibility testing.

  1. Acceptance testing:

This testing is actually done to verify the sync between requirements and specifications is met. It is also called in other words as user acceptance testing.

  1. Alpha testing:

This type of testing is carried out in house at the end of the developers. This level of testing is carried out at the very end of the development process. It can be done simultaneously or prior to the Beta testing phase.

  1. Beta testing:

Beta testing is done at customer or end user end. A beta version of the software is released for that purpose. It is carried out before the actual launch of the product in the market. End users can be called in house or the software is released for them. Usually carried out in an outsourced manner. It is a very important level of testing. If a beta version fails, then the product has to be built all over again.

These are the various levels of testing through which a software application has to go before its final release. This is an important phase in the testing of a software.

To learn about testing levels in greater detail, join a software testing institute in Pune.

A Look Into Quality Attributes In Software Testing

One can get to know about the ‘Quality Attributes’ through the various software testing courses in Pune. However, for those who want to learn about it on their own, can read this article which is based on this topic.


Quality attributes are the general variables that influence run-time conduct, system design, and user experience. They represent areas of concern that have the potential for application wide effect crosswise over layers and levels. Some of these attributes are identified with the general system design, while others are particular to run time, design time, or user based issues. The degree to which the application has a fancied mix of quality attributes, e.g. performance, usability, reliability, and security shows the accomplishment of the design and the general nature of the software application.

At the point when designing applications to meet any of the quality attributes prerequisites, it is important to consider the potential effect on different requirements. You should examine the trade-offs between various quality attributes. The significance or need of every quality attribute varies from framework to framework; for instance, interoperability will frequently be less imperative in a solitary utilize packaged retail application than in a line of business (LOB) system.

Common quality attributes:

Here we will discuss some of the common quality attributes.

 1.Conceptual integrity:

Conceptual integrity characterizes the consistency and intelligence of the general design. This incorporates the way that segments or modules are designed, and in addition components, for example, coding style and variable naming.

2.Design related qualities:

– Reusability :

Reusability characterizes the ability for parts and subsystems to be appropriate for use in different applications and in different situations. Reusability minimizes the duplication of segments furthermore the execution time.

– Interoperability:

Interoperability is the capacity of a framework or diverse systems to work effectively by conveying and exchanging data with other outer systems composed and run by outside parties. An inter operable system makes it simpler to trade and reuse data internally and also remotely.

– Manageability:

Manageability characterizes how simple it is for system admins to deal with the application, as a rule through adequate and helpful instrumentation uncovered for use in monitoring frameworks and for debugging and performance tuning.


Availability characterizes the extent of time for which the system is working and functional. It can be measured as a rate of the aggregate system downtime over a predefined period. Availability will be influenced by system blunders, infrastructure related issues, malicious attacks, and system load.

 3.Run-time qualities:

– Performance:

Performance means that the responsiveness of a system to execute any action inside a given time interim. It can be measured as latency or throughput. Latency is the time taken to react to any situation. Throughput is the number of events that occur inside a given measure of time.

– Security:

Security is the ability of a system to forestall malicious or accidental activities outside of the outlined use, and to anticipate exposure or loss of data. A safe system expects to protect unapproved modification of data

4.System qualities:

– Testability:

Testability is a measure of easiness to prepare test criteria for the system and its parts, and to execute these tests keeping in mind the end goal to figure out whether the criteria are met. Great testability makes it more probable that shortcomings in a system can be isolated on a timely and successful basis.

5.User qualities:

– Usability:

Usability characterizes how well the application meets the requirements of the user and buyer by being natural, simple to localize and globalize, giving good access to disabled users, and bringing about a decent general user experience.

From this, one can say that quality attributes are important to know in order to ensure the release or delivery of a quality product.

Software testing in Pune, is what you can search for, to know about the various testing courses offered in the city.

Converting Manual Test Cases Into Automation Scripts

Converting Manual Test Cases Into Automation Scripts . This blog is dedicated towards translating manual test cases to automation. If you are in the testing domain, then you should be aware as to how to achieve this feat. A best institute for software testing in Pune, should be your target if you want to begin a career in this field. This is the place that would provide you with the desired skill set.

Regardless of the software, some measures of manual functional and regression tests can be automated. There are numerous designs of automation platforms, over all platforms and operating systems, and paying little heed to what kind of framework is being tested, it merits seeking after that objective. The more essential framework usefulness and dreary regression tests can be automated, the more manual testers can concentrate on business work processes, defect analysis, negative conditions and different alcoves and-corners that can turn a system from average to robust.

Indeed, even with a resolution to automation, in any case, the way to changing over manual tests can be hindered before you even start if the manual tests are not written in an approach to make them automatable. The automation developer utilizes manual test scripts as an outline to composing code. The plan is useless if the manual test case is vague, lacking detail, or excessively general.

A few illustrations are as follows:

  1. “Right” test steps:

Imagine we have written a test step in which the expected result is “On-screen display is correct”. This could mean a graphic is displayed effectively in a Web browser, precise budgetary information appears in a table that fits the screen, or the right follow-up screen in a procedure is given when the user clicks on the “Next” button. The word correct, in any case, makes no difference without the right context and information of the application being tested. The individual writing the manual test case may realize what is correct; it ought not be expected that the individual building up the automation script (or other manual tester, so far as that is concerned) does. Computers don’t do well with summed up context and missing data. The manual test ought to state exact cases of what “correct” means”, ideally something that effectively converts into labels, values, metadata, and so forth., that can be checked by an automation script.

  1. Lack of data:

A particular case of the above is missing test data. A test step expressing “Log in as an administrator” requires the tester to know the name of the account and administrator password. This information must be made readily available; it is not just testing “best practice” to hard-code the values into the test case, similarly that hard-coded parameters are a no-no when coding. A table of relevant accounts ought to be attached as a major aspect of the test script. Automation platforms do exceptionally well with data-driven test scripts… a manual test can, and ought to, be composed in a similar way.

  1. Repeated steps minus loops:

Suppose there is a system with five unique sorts of accounts, and there is a test to check that every kind of user sees a list of customer accounts after they click on a “Accounts” tab from the Landing page. There will be an arrangement of test steps to check login, navigation to the Landing page, and show off the account list. On the off chance that a last step to log out is incorporated, that is four steps.

Ordinarily, be that as it may, this specific manual test will be composed as a cut-and-paste set of marginally altered steps, instead of as a “repeat for” loop. There will be 4 X 5 = 20 steps, instead of Step 5 saying “Repeat Steps 1 through 4 as User #2”, Step 6 expressing “Repeat Steps 1 through 4 as a User #3”, and so forth. This strategy not just streamlines data passage in a test execution tool like Microsoft Test Manager or HP Quality Center, it likewise unmistakably shows to the automation developer that there is a simple approach to loop through reading account information from a table (since the test writer read the past section of this blog) and taking after a similar set of steps various times.

If we think about an automation developer as a “customer” while creating manual tests, both deliverables will be of higher quality.

For more on manual and automation testing, look for testing classes in Pune. They will also provide assistance for software testing jobs in Pune.

To learn this with practical implementation and get a job, join a software testing course in Pune with placement.

The software Testing review by CRB Tech Solutions will help and guide you in obtaining your Software Testing career.

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