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Our online Unit testing course is curated by professionals from top MNCs across the world who aim to help you gain in-depth knowledge and skills to use NUnit for Unit Testing. They will teach you all the skills that are required to get ahead in the career field. Moreover, our 24-hour support team is always available for you to get your doubts cleared.
This Unit testing course is led by experts from top organizations around the globe whose main goal is to make you an expert in code coverage, Unit Testing, load testing, and performance testing, using Unit Testing to prove correctness, etc.
The modules that we cover in our program are mentioned below:
You must take up this Unit testing certification course for the reasons listed below:
This certification course on Unit Testing using NUnit is designed for the following individuals:
The basic knowledge of programming and its fundamentals can be beneficial before signing up for our NUnit training program.
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1.1 Measuring Correctness
1.2 Repetition, Repetition, Repetition
1.3 Code Coverage
2.1 What is a Unit?
2.2 Pure Units
2.3 Dependent Units
2.4 What is a Test?
2.5 Normal Conditions Testing
2.6 Abnormal Conditions Testing
2.7 Unit Tests and Other Testing Practices
2.8 Acceptance Test Procedures
2.9 Automated User Interface Testing
2.10 Usability and User Experience Testing
2.11 Performance and Load Testing
3.1 How Unit Tests Prove Correctness
3.2 Prove Contract is Implemented
3.3 Prove Computational Results
3.4 Prove a Method Correctly Handles an External Exception
3.5 Prove a Bug is Re-creatable
3.6 Prove a Bug is Fixed
3.7 Prove Nothing Broke When Changing Code
3.8 Prove Requirements Are Met
4.1 Starting From Requirements
4.2 Prioritizing Computational Requirements
4.3 Select Architecture
4.4 Maintenance Phase
4.5 Determine Your Process
4.6 Test-Driven Development
4.7 Code First, Test Second
4.8 No Unit Tests
4.9 Balancing Testing Strategies
5.1 Unit Test Code vs Code Being Tested
5.2 Unit Test Code Base May Be Larger Than Production Code
5.3 Maintaining Unit Tests
5.4 Does Unit Testing Enforce an Architecture Paradigm?
5.5 Unit Test Performance
5.6 Mitigating Costs
5.7 Correct Inputs
5.8 Avoiding Third-party Exceptions
5.9 Avoid Writing the Same Tests for Each Method
5.10 Cost Benefits
5.11 Coding to the Requirement
5.12 Reduces Downstream Errors
5.13 Test Cases Provide a Form of Documentation
5.14 Enforcing an Architecture Paradigm Improves the Architecture
5.15 Junior Programmers
5.16 Code Reviews
5.17 Converting Requirements to Tests
6.1 Loading Assemblies
6.2 Using Reflection to Find Unit Test Methods
6.3 Invoking Methods
7.1 NUnit
7.2 CSUnit
7.3 Visual Studio Test Project
7.4 Visual Studio Test Results UI
7.5 Visual Studio Test Results UI
7.6 Visual Studio and NUnit Integration
7.7 Other Unit Test Tools
7.8 MSTest
7.9 MbUnit/Gallio
7.10 Microsoft Test Manager
7.11 FsUnit
7.12 Integration Testing Frameworks
7.13 NBehave
8.1 So You Have a Bug
8.2 Tracking and Reporting
9.1 Basic Unit Test Structure
9.2 Creating a Unit Test Project in Visual Studio
9.3 For Visual Studio Users
9.4 Test Fixtures
9.5 Test Methods
9.6 The Assert Class
9.7 Fundamentals of Making an Assertion
9.8 AreEqual/AreNotEqual
9.9 AreSame/AreNotSame
9.10 IsTrue/IsFalse
9.11 IsNull/IsNotNull
9.12 IsInstanceOfType/IsNotInstanceOfType
9.13 Inconclusive
9.14 What Happens When An Assertion Fails?
9.15 Other Assertion Classes
9.16 Collection Assertions
9.17 String Assertions
9.18 Exceptions
9.19 Other Useful Attributes
9.20 Setup/Teardown
9.21 Less Frequently Used Attributes
9.22 AssemblyInitialize/AssemblyCleanup
9.23 Ignore
9.24 Owner
9.25 DeploymentItem
9.26 Description
9.27 HostType
9.28 Priority
9.29 WorkItem
9.30 CssIteration/CssProjectStructure
9.31 Parameterized Testing with the DataSource Attribute
9.32 CSV Data Source
9.33 XML Data Source
9.34 Database Data Source
9.35 TestProperty Attribute
10.1 NUnit Attributes
10.2 The SetUpFixture Attribute
10.3 Additional NUnit Attributes
10.4 Test Grouping and Control
10.5 Culture Attributes
10.6 Parameterized Tests
10.7 Other NUnit Attributes
10.8 User Defined Action Attributes
10.9 Defining an Action
10.10 The Action Targets
10.11 The TestDetails Class
10.12 Assembly Actions
10.13 Passing Information to/from Tests from User-Defined Actions
10.14 NUnit Core Assertions
10.15 Collection Assertions
10.16 String Assertions
10.17 File Assertions
10.18 Directory Assertions
10.19 Other Assertions
10.20 Utility Methods
To unlock the course completion certificate, you are required to complete the entire training and execute all the associated exercises and projects successfully.
Yes, we offer one mock test as part of our Unit testing certification program.
You will be able to complete all the projects that are part of this course with the help of our expert trainers.
If you want to become a certified Unit Testing professional with specialized skills in NUnit, you need to enroll in this training program, complete it, execute all the assignments, projects, and case studies under the guidance of our experts, and land a lucrative job with the help of our placement team.
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NUnit is a framework of unit testing that is used for all .Net languages. It is an open-source software framework that was initially taken from JUnit. It serves the same purpose as Unit Testing as JUnit serves in Java. It allows professionals to run the tests from a console runner using a Test Adapter or third-party runners in Visual Studio. Moreover, it enables tests to run parallel and supports data-driven tests.
3 technical 1:1 sessions per month will be allowed.