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Introduction to Maven Surefire

Apache Maven is a building tool that also supports other operations for project management such as dependency management, documentation and unit testing. The build lifecycle of the maven is divided into multiple phases namely validate, compile, test, package, verify, install, and deploy. Maven surefire is a plugin that is used in the test phase of the build lifecycle of maven. This plugin helps in making the execution of unit test cases of a maven project or application and generate the reports of the testing results in the test phase of the build lifecycle. This plugin creates the reports in two different formats namely plain test files with .txt extension and XML files with .xml extension.

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Modules of Surefire Testing Framework

Given below are the various modules framework:

SureFire Logger

SureFire API

Surefire Extensions


Maven Surefire Test-Grouping Support

SureFire Providers

ShadeFire JUnit3 Provider

Maven Surefire Common

Surefire Report Parser

Maven Surefire Plugin

Maven Failsafe Plugin

Maven Surefire Report Plugin

Maven Surefire Integration Tests

Surefire Shared Utils


Maven 3.1.0 or above maven 3.x version.

JDK (Java Development Toolkit) with version 1.7 or higher.


The surefire plugins help to export the reports of unit testing in plain text or XML format.

It can also be exported in HTML by taking some extra efforts.

The default path where the generated reports of surefire plugin are stored is /target/surefire-reports/AnyNameOfFile-*(.xml/.txt).

This surefire plugin has one goal defined for it that is surefire, test that specifies to run the unit tests of the maven project/application.

Compatibility with Different Test Providers

Maven surefire plugin works completely fine with any of the following combinations of the test source directories content.

Junit(5.x,3.8 or 4.x version)

POJO(Plain Old Java Object)


There is no need for any extra configurations to specify which provider is used and available for the test cases in the maven project. This is incurred from the dependencies that you add in your chúng tôi file.

For example, if you are using Junit 5 for testing, then there will be a dependency tag with JUnit 5 ‘s group id artifact id and version in the dependencies element of your chúng tôi file of the project.

How to use?

One of the most commonly used and preferred methods of using this plugin is to specify the version of this plugin in the plugins element of your chúng tôi file or parent chúng tôi file of your maven project.


This plugin tag should be added in plugins elements inside the pluginManagement tag of your chúng tôi 3.0.0-M4 is the latest version of the surefire plugin.

An alternative way to use the maven surefire plugin is to call the test phase of the maven builds lifecycle which will invoke this plugin automatically. The test phase of maven lifecycle of building a project can be called by using the following command:


mvn test

The surefire maven plugin includes all the test classes that are public and contain the word test in it whether the test word be situated in beginning or ending of the class name. However, this behavior can be changed with the help of excludes and includes parameters in configuration in the following way.


This will lead to exclusion of SampleTest file for unit testing and will include NeedToVerify class file for unit testing even when it does not contains the test word in its name because it was mentioned in include element of configuration element in chúng tôi file.

Example of Maven Surefire

Given below is the example mentioned:

Begin by creating a new maven project.

Consider the following example where we have two methods, one for calculating product and other for division in the class named Arithmetic. Create a new java class file named Arithmetic.

public class Arithmetic { public intproduct(int number1, int number2) { return number1 * number2; } public intdivision(int number1, int number2) { return number1 / number2; } }

This class file should be structured and located in the following way.

Now, we will create a test class named ArithmeticTest according to coding conventions the name of the testing class should be the name of the class which is being tested followed by the Test keyword. This will contain test methods whose naming convention is the name of the method being test prepended with test word. Hence, here are two testing methods named testProduct and testDivision.

Then select the methods you want to add in the test class file and mention the name of the test class file and the file being tested in the following window to create a test class file.


import org.junit.*; public class ArithmeticTest { @BeforeClass public static void setUpClass() { } @Before public void setUp() { } @Test public void testProduct() { Arithmetic arithmetic = new Arithmetic(); int number1 = 100; int number2 = 5; intactualvalue = arithmetic.product(number1, number2); intexpectedvalue = 500; assertEquals(expectedvalue, actualvalue); } @Test public void testDivision() { } @After public void tearDown() { } @AfterClass public static void tearDownClass() { } }

Note that all the methods above that are annotated with BeforeClass, Before, After and AfterClass are optional. Only test methods are required in test classes. Each method has its specific purpose and the time when it is executed.

Maven’s chúng tôi will contain.


This file should be structured and present in the following way.


We can test the maven projects with the help of surefire plugin and we can perform unit testing for multiple test cases and with any of the underlying source directories content like Junit, POJO(Plain Old Java Object), TestNG.

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Keyword Driven Testing Framework With Example

Keyword Driven Framework

Keyword Driven Framework is a functional automation testing framework that divides test cases into four different parts in order to separate coding from test cases and test steps for better automation. Keyword driven testing framework divides the test cases as test steps, objects of test steps, actions on test steps and data for test objects for better understanding.

What is Keyword Driven Testing?

Keyword Driven Testing is a scripting technique that uses data files to contain the keywords related to the application being tested. These keywords describe the set of actions that is required to perform a specific step.

A keyword-driven test consists of high and low-level keywords, including the keyword arguments, which is composed to describe the action of a test case. It is also called table-driven testing or action word based testing.

For Example:

login to “guru99” website – Keyword “login” will be used in our automation framework, to the test the login function or action associated with it.

logout to “guru99” website— Keyword “logout” will be used in our automation framework, to test the logout function or action associated with it.

We will see some more example further in the article.

Example of keywords




Login to guru99 bank demo site


Send Email


Log out from guru99 bank demo site


Find unread notifications

In order to create a Keyword driven framework, you need following things

Excel Sheet– Identify the keywords and store them in an Excel sheet

Function Library– Function library consist of the function for the business flows ( login button for any website).So when test is executed, it will read the keyword from the Excel sheet and call the functions accordingly

Data Sheets– Data sheets is used to store the test data that will be used in the application

Object Repository– based on your keyword driven framework you can use an object repository

Test Scripts– Based on the design of your framework, you can have test scripts for each manual Test Case or a single driver script

Why do Keyword Driven Testing

In Software Engineering, Keyword Driven Testing is done due to following reason

Common components handled by standard library

Using this approach tests can be written in a more abstract manner

High degree of reusability

The detail of the script is hidden from the users

Users don’t have to use the scripting languages

The test is concise, maintainable and flexible

How to perform Keyword Driven Testing

Keyword based testing can be done in both ways, manually as well as automated. But usually, it is used with automated testing.

The objective behind automating Keyword based testing is

It helps to reduce maintenance cost

Avoids duplicated specifications

Greater reuse of function scripting

Better testing support and portability

Achieve more testing with less or same effort

With keyword driven testing, you can create a simple functional tests in the earlier stages of development, testing the application piece-by-piece. The simplest way to compose keyword driven test is to record them. After recording, the test can be modified and customized as per the requirement.

Each keyword needs to be linked with atleast one command, test scripts or function, which implement the actions related to that keyword.

When test cases are executed, keywords are interpreted by a test library, which is called by a test automation framework.

The major activities involved in keyword driven testing are

Step 1. Identifying low level as well as high-level keywords

Step 2. Implementing the keywords as executable

Step 3. Creating test cases

Step 4. Creating the driver scripts

Step 5. Executing the automation test scripts

Tools used for Keyword Driven Testing

Few tools which are extensively used for Keyword driven testing.

Advantages of Keyword Driven Testing

It allows functional testers to plan test automation before the application is ready

Tests can be developed without programming knowledge

It is not dependent on a specific programming language or tool

Compatible with any automation tools available in the market

Sample test cases

TC_01: Login to guru99 demo site, find out how many transactions is carried out today

TC_02: Login to guru99 demo site, send an email to one of your customer and then logout

TC_03: Login to guru99 demo site and check for any notification received


A keyword-driven testing is a scripting technique that uses data files to contain the keywords related to the application being tested

A keyword-driven testing usually performed by automated testing.

Tests can be developed without programming knowledge

Tests are compatible with any automation tools available in the market

Testing Login Page Using Robot Framework

Testing Login Page Using Robot Framework

With Robot Framework, we have learnt the following so far −

Import Libraries

Working with variables

Create custom Keywords

How to write test-cases

How to create Setup and teardown

How to execute test cases

How to work with data driven test-cases

We will use all of the above features and use it to test login page in this chapter. We have a login page which takes in email-id and password. When you enter correct email id and password, you will be redirected to a welcome page. If the user enters invalid email id or password, the page will get redirected to error page.

The following screenshot shows a login page −

HTML Code function wsSubmit() { } else { } }

The following screen appears when either the email-id or the password is not valid −


The following screen appears when both the email id and password are valid −


Now we are going to write test cases for the above test page. To start with it, we will first run the command to open Ride.


Once done, we will get started with the project setup as shown below −

We will save the type of the project as Directory. The name given to the project is testlogin.

Now, we will create test suite inside the project.

Import Library in the main project and also to the test suite created.

Once the library is saved for the project, it will display the library in the settings −

Repeat the same step for the Test suite created.

Here is the library added for Test suite −

Now in the main Project, we will create a setup and teardown. We would like to open the login page in Chrome browser and maximize the window. In teardown, we will close the browser.

For setup, we will create a user−defined keyword called Open Login Page. This keyword will take 2 arguments, login page URL and browser name.

Now, we need 2 scalar variables that will help us store the values – url and the browser name.

In ride, create 2 variables ${loginpage} and ${browser} as follows −



Save both variables.

The variables will be displayed under your project as follows −

Now, we will add the setup and teardown for the main project.

We have created setup that is using user keyword Open Login Page with arguments ${loginpage} and ${browser}.

Now, we have to create the user−defined keyword Open Login Page, which is done as follows −

Now we need to enter the library keywords, which will open the URL.

Open Login Page user−defined keyword has the following details −

*** Keywords *** Open Login Page [Arguments] ${loginpage} ${browser} Open Browser ${loginpage} ${browser} Maximize Browser Window Title Should Be Login Page

Now, we will create Suite Teardown for the suite.

Let us now create a setup for the test suite – Test Setup. This setup needs to get executed first.

For the Test Setup, we have created User defined Keyword called Login Page Display, which will take the argument as ${loginpage} as in the above screenshot.

Now, we need to create the user keyword Login Page Display.

New User Keyword will display the screen as shown below −

Let us now enter the keyword we need for the user keyword Login Page Display.

Here we want to go to the loginpage and check if the title of the page matches with the value given.

Now, we will add template to the test suite and create data driven test cases.

You will be directed to the following screen −

Before we create the Test Login keyword, we need some scalar variables. The scalar variables will have the details of the email-id, password, successpage, failurepage, etc.

We will create scalar variables for test suite as follows −

We have created email, password, successpage and failurepage scalar variables as shown in the above screenshot.

The following screenshot shows the keywords entered for Test Login −

Enter Email, Enter Password, Submit Details and Login Should Fail are User Defined Keywords, which are defined as follows −

Enter Email Enter Password Submit Details Login Should Fail

Now, we will write test cases, which will take different email id and password details to the template created.

The following is a list of test cases −

Invalid email id Test case Invalid Password Invalid Email Id and Password Empty Email Id Empty Password Empty Email and Password

Now, we are done with the test cases and can run the same.

Here are the log messages for the test cases −

20241027 18:11:40.353 : INFO : Opening browser 'chrome' to base url ' http://localhost/robotframework/login.html'. 20241027 18:11:45.960 : INFO : Page title is 'Login Page'. Starting test: Testlogin.Testlogin Suite.Invalid EmailId 20241027 18:11:46.169 : INFO : Page title is 'Login Page'. 20241027 18:11:46.706 : INFO : Typing text 'admin' into text field 'passwd'. 20241027 18:11:47.584 : INFO : Page title is 'Login Failed'. Ending test: Testlogin.Testlogin Suite.Invalid EmailId Starting test: Testlogin.Testlogin Suite.Invalid Password 20241027 18:11:47.767 : INFO : Page title is 'Login Page'. 20241027 18:11:48.342 : INFO : Typing text 'invalid' into text field 'passwd'. 20241027 18:11:49.051 : INFO : Page title is 'Login Failed'. Ending test: Testlogin.Testlogin Suite.Invalid Password Starting test: Testlogin.Testlogin Suite.Invalid EmailId And Password 20241027 18:11:49.213 : INFO : Page title is 'Login Page'. 20241027 18:11:49.221 : INFO : Typing text 'invalid' into text field 'email'. 20241027 18:11:49.555 : INFO : Typing text 'invalid' into text field 'passwd'. 20241027 18:11:50.176 : INFO : Page title is 'Login Failed'. Ending test: Testlogin.Testlogin Suite.Invalid EmailId And Password Starting test: Testlogin.Testlogin Suite.Empty Emailid 20241027 18:11:50.302 : INFO : Page title is 'Login Page'. 20241027 18:11:50.306 : INFO : Typing text '' into text field 'email'. 20241027 18:11:50.486 : INFO : Typing text 'admin' into text field 'passwd'. 20241027 18:11:50.958 : INFO : Page title is 'Login Failed'. Ending test: Testlogin.Testlogin Suite.Empty Emailid Starting test: Testlogin.Testlogin Suite.Empty Password 20241027 18:11:51.063 : INFO : Page title is 'Login Page'. 20241027 18:11:51.367 : INFO : Typing text '' into text field 'passwd'. 20241027 18:11:51.808 : INFO : Page title is 'Login Failed'. Ending test: Testlogin.Testlogin Suite.Empty Password Starting test: Testlogin.Testlogin Suite.Empty Email And Password 20241027 18:11:51.908 : INFO : Page title is 'Login Page'. 20241027 18:11:51.916 : INFO : Typing text '' into text field 'email'. 20241027 18:11:52.049 : INFO : Typing text '' into text field 'passwd'. 20241027 18:11:52.432 : INFO : Page title is 'Login Failed'. Ending test: Testlogin.Testlogin Suite.Empty Email And Password Conclusion

We have seen here how to test a login page with different inputs, which will validate if the login is working fine or not. The details of how the execution takes place is given in the log section.


Jasmine Framework Tutorial: Unit Testing With Example

What is JasmineJS?

Jasmine is an open-source and most popular JavaScript library testing framework to test any kind of JavaScript application. Jasmine follows Behavior Driven Development (BDD) procedure to ensure that each line of JavaScript statement is properly unit tested.

What is the Jasmine Framework Used for?

Testing is a key element to any application. For NodeJS unit testing, the framework available for Testing is called Jasmine. In early 2000, there was a framework for testing JavaScript applications called JsUnit. Later this framework got upgraded and is now known as Jasmine.

Jasmine helps in automated Unit Testing, something which has become quite a key practice when developing and deploying modern-day web applications.

In this Jasmine tutorial, you will learn how to get your environment setup with Jasmine and how to run Jasmine tests for your first chúng tôi application.

In this Jasmine testing tutorial, you will learn-

Jasmine for testing chúng tôi applications

Jasmine is a Behavior Driven Development(BDD) testing framework for JavaScript. It does not rely on browsers, DOM, or any JavaScript framework. Thus, it’s suited for websites, chúng tôi projects, or anywhere that JavaScript can run. To start using Jasmine, you need to first download and install the necessary Jasmine modules.

How to Setup Jasmine Test Environment

Next in this Jasmine Node JS tutorial, you would need to initialize your environment and inspect the jasmine configuration file. The below steps shows how to setup Jasmine in your environment

You need to install jasmine module to use the jasmine framework from within a Node application. To install the jasmine-node module, run the below command.

npm install jasmine-node

Initializing the project – By doing this, jasmine creates a spec directory and configuration json for you. The spec directory is used to store all your test files. By doing this, jasmine will know where all your tests are, and then can execute them accordingly. The JSON file is used to store specific configuration information about jasmine.

To initialize the jasmine environment, run the below command

jasmine init

The configuration file will be stored in the spec/support folder as jasmine.json. This file enumerates the source files and spec files you would like the Jasmine runner to include.

The below screenshot shows a typical example of the chúng tôi file for jasmine.

Note that the spec directory is specified here. As noted earlier, when jasmine runs, it searches for all tests in this directory.

The next thing to note is the spec_files parameter – This denotes that whatever test files are created they should be appended with the ‘spec’ keyword.

Next in this Jasmine framework tutorial, we will learn how to use Jasmine to test chúng tôi applications.

How to use Jasmine to test chúng tôi applications

In order to use Jasmine unit testing for chúng tôi applications, a series of steps need to be followed.

In our example below, we are going to define a module which adds 2 numbers which need to be tested. We will then define a separate code file with the test code and then use jasmine to test the Add function accordingly.

Step 1) Define the code which needs to be tested. We are going to define a function which will add 2 numbers and return the result. This code is going to be written in a file called “Add.js.”

var exports=module.exports={}; exports.AddNumber=function(a,b) { return a+b; }; Code Explanation:

The “exports” keyword is used to ensure that the functionality defined in this file can actually be accessed by other files.

We are then defining a function called ‘AddNumber.’ This function is defined to take 2 parameters, a and b. The function is added to the module “exports” to make the function as a public function that can be accessed by other application modules.

We are finally making our function return the added value of the parameters.

Step 2) Next, we need to define our jasmine test code, which will be used to test our “Add” function In the chúng tôi file. The below code needs to put in a file called add-spec.js.

Note: – The word ‘spec’ needs to be added to the test file so that it can be detected by jasmine.

Code Explanation: var app=require("../Add.js"); describe("Addition",function(){ it("The function should add 2 numbers",function() { var value=app.AddNumber(5,6); expect(value).toBe(11); }); });

We need to first include our chúng tôi file so that we can test the ‘AddNumber’ function in this file.

We are now creating our test module. The first part of the test module is to describe a method which basically gives a name for our test. In this case, the name of our test is “Addition”.

The next bit is to give a description for our test using the ‘it’ method.

We now invoke our Addnumber method and send in 2 parameters 5 and 6. This will be passed to our Addnumber method in the chúng tôi file. The return value is then stored in a variable called value.

The final step is to do the comparison or our actual test. Since we expect the value returned by the Addnumber function to be 11, we define this using the method expect(value).toBe(the expected value).


In order to run the test, one needs to run the command jasmine.

The below screenshot shows that after the jasmine command is run , it will detect that there is a test called chúng tôi and execute that test accordingly. If there are any errors in the test, it will be shown accordingly.


In order to test a chúng tôi application, the jasmine framework needs to be installed first. This is done by using the Node package manager.

The test code needs to be written in a separate file, and the word ‘spec’ should be appended to the file name. Only if this is done will jasmine be able to detect that a file needs to be run.

To run the test, you need to execute the jasmine command. This will find all files which have the ‘spec’ word attached to it and run the file accordingly.

Top Examples To Implement Of Ruby Modules

Introduction to Ruby Modules

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Syntax of the module is very simple and clearly puts everything inside the module. The attributes can be constant, class and methods. We can explain the below syntax in the following steps.

We have defined a module Test; here, we can see that the name of the module starts with the capital letter. Which means the name of the Module will start with the capital letter only.

The module contains the constant and the method Cons and method1.

Anyone can directly access the constant Cons and method method1 by the name of the module, which is chúng tôi and Test.method1.

With the help of the modules, we can create separate data and methods for the different modules and can be directly accessed with the names of the modules.

module Test(start with capital letter) # Statement and all its attributes goes here. #Constant Variable Cons =100 #Method definition def Test.method1 #code to be executed end end Functions of Modules in Ruby

Modules are like namespace and mixin in Ruby; it allows the developer to define some scope that can contain the constant, method and class altogether, and the developer can easily access the attributes of the modules with the name of the modules directly. First, let us understand the working and some key concepts of the modules in Ruby.

The module looks like any other class, but it is far more different than any class; the biggest difference is we cannot create a subclass from the modules; we can directly use the module for our uses.

Another important thing which we already discussed is the module; we do not have to create an object of the module we can directly access with the name of the modules. Even modules do not allow us to create the Objects.

If you have heard about the namespace (which allows you to define the unique name for any set of codes), modules are used as the namespace.

One important fact about the module working is that all the classes are modules, but not all are classes.

We can use the module for the mixin purpose, which means adding one or more classes to it without using inheritance concepts.

Examples to Implement of Ruby Modules

Below are the examples of Ruby Modules:

Example #1

This is an example where we are creating a module, and inside this module, we are defining a few methods and a constant and then we are directly accessing these methods and constants with the name of the modules. So we can explain the below example in the following steps.

We have created a Module with the name Test.

Inside the module Test, we have defined CONS as a constant and three methods greetings, Goodby and take care.

Finally, in the last step, we are directly calling the methods and accessing the constant.


# Here we are creating a Module which contains constants and methods module Test #     defining the constant in this module CONS = 20; # Defining the method greetings in the Test modules def Test.greetings puts "Welcome to Test module friends" end # Defining the method goodbye in the Test modules def Test.Goodby puts "Goodby to all from Test Module" end # Defining the method takecare in the Test modules def Test.takecare puts "Take care of you friends" end end #Printing the value of the constant of the Test module. puts Test::CONS # Here we are accessing the constant and the method of the module with the name of module Test. Test.greetings Test.Goodby Test.takecare


Example #2

This is an example where we are creating a module and including this module inside another class (so that class can be able to access all the methods of the modules). Inside the class, we have defined a method sayHi, and some methods are defined inside the module Test, and finally class includes the module inside it. Now the class is easily able to access the methods of the module. We can explain the code flow in the below steps.

We have created a Module with the name Test.

Inside the module Test, we have defined CONS as a constant and three methods greetings, Goodby and take care.

We have again created a class, TestClass, which includes the module inside it. Which means all the methods of the module can be called with the object of the class.

Finally, in the last step, we are directly calling the methods of module Test and method of class TestClass itself with the object of ClassTest.


# Here we are creating a Module which contains constants and methods module Test #     defining the constant in this module CONS = 20; # Defining the method greetings in the Test modules def greetings puts "Welcome to Test module friends" end # Defining the method Goodby in the Test modules def Goodby puts "Goodby to all from Test Module" end # Defining the method take care in the Test modules def takecare puts "Take care of you friends" end end # Creating a class which will holds the module(include the module) class TestClass # Include module in class # by using 'include' keyword include Test # Method of the class def sayHi puts "Welcome you inside TestClass which includes Test Module" end end # Creating objects of class TestClass test_class_object = #Here we are calling all the methods of the module with the class object. test_class_object.greetings test_class_object.Goodby test_class_object.takecare # Calling class method test_class_object.sayHi



From these tutorials, we learned about the basics of the modules in Ruby, we also learned about the working of the modules, we came to know that we can use modules directly or one module can be included in another class and from that class, we can use the module attributes.

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Learn 6 Major Types Of Manual Testing

Introduction to Manual Testing

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Manual Testing on Software

The software can be tested in two ways by a human manually and automatically by a computer. Each technique has its benefits and drawbacks but shares the fundamental objective of maintaining software quality. We will concentrate on manual testing in this article.


Below are the six types described below.

1. White Box Testing

The software testing strategy includes black box testing and white box tests. Here we discuss white-box tests, referred to as “glass box” tests, structural tests, and clear box tests, and open box tests. It tests inner coding and software infrastructure to verify predefined inputs on anticipated and desired outputs. It is based on an application’s inner functioning and revolves around testing the internal framework.

The programming abilities needed for this sort of testing are the design of test instances. The main objective of white-box testing is to concentrate on the flow of inputs and outputs via the software and to strengthen software safety. Due to the inner system view, the word “white box” is used. The clear box or name of the white box indicates the capacity to look inside the software’s external shell.

2. Black Box Testing

Black Box Testing is a software test method that examines the software’s functionality without looking into its inner structure or coding. A specification of the needs indicated by the client is the main cause of black-box testing. This technique is used to choose a feature and provide an input value to check whether the function provides an anticipated performance.

If the feature yields the right output, it will be tested if otherwise, it will fail. The test team reports the results and then tests the next task. After all, features have been tested, if serious issues occur, the development team will be returned for correction.

3. Integration Testing

Integration Testing is the second stage after unit testing of the software testing method. Units or individual software components are being evaluated in a group during this test. The integration test level focuses on exposing flaws when parts or units are interacting.

Unit testing utilizes test modules, which are combined and tested during integration testing. The software is designed with a number of software components written by various programmers or coders. The objective of integration testing is to verify that communication between all modules is correct.

4. Acceptance Testing

Acceptance tests are official tests based on user requirements and the handling of functions. It determines whether or not the software complies with specific customer demands. It is done as a sort of Black Box test where the necessary amounts of customers participate in the system acceptance test. It’s software testing’s fourth and last level.

But there are still minor mistakes to identify when the system is in the current scenario used by the end-user. The software has now gone through three stages (unit testing, integration testing, and system testing) where changed requirements are present and can not be efficiently conveyed to the development team during the growth of a project.

5. Unit Testing

Unit testing includes the inspection of each software unit or element. It’s the first software test level. The objective behind unit tests is to validate the efficiency of the unit element. A device is one test component of a computer scheme and has been tested during the application software design stage. This test is to check the accuracy of the isolated code. A single function or application code is a unit element.

Testing approach White Box used by designers for unit testing. Unit tests are the first level of tests performed prior to inclusion and other test concentrations in a test level structure. The testing method utilizes modules that reduce the unit testing frames’ reliance on stubs, drivers, and mock items to help in unit testing.

6. System Testing

System testing involves testing the software system completely integrated. Software integration is generally produced by a computer system (every software is only one computer system component). The software is created in units and then interfaced to produce a full computer system with other software and hardware. In other words, a system consists of a group of software for the performance of various functions, but software alone can not accomplish the job.

System testing is a sequence of distinct types of trials for carrying out and testing against demands for the complete functioning of the embedded software computer system. System testing is tested in Black Box as it involves testing the software externally. The testing of minor defects follows the user’s viewpoint.

How to Perform in Manual Testing?

Read the project documentation/guides software and comprehend it. If available, also study the Test Application (AUT). Draft test cases covering all of the documentation demands. Check and reference Team Lead, Customer test cases (as appropriate) Once bugs have been corrected, run the failed test instances again to confirm that they have passed. Black box testing and white box testing is used to perform all test instances manually.

Differences Between Manual and Automation Testing

Automation Testing involves using testing tools Manual testing needs intervention by human beings for testing. Whereas it requires a qualified workforce, long time, and expenses.

Some test kinds like ad hoc and monkey testing are more suitable for manual execution, and any request can be tested manually. Automated tests are only suggested for stable systems and are mainly used for regression testing.

Automation software for automation testing is used for the boring portion to perform the same test instances time and again. Repetitive and boring manual testing can become.

Below are the pros and cons explained.


• The new user can learn very easily

Tools to Perform it

Now we’re going to see some of the tools below:






When to Test Manually? Conclusion Recommended Articles

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