Course Content

STLC

5m 11s

Test case design development and cycle closure

5m 56s

STLC with example

6m 51s

Software Development Model

3m 40s

Waterfall Model

4m 11s

Iterative Model

5m 9s

Agile Scrum Model

4m 6s

Quiz : Development Model Testing

5m

Forms of Testing-Static Testing

4m 7s

Walkthrough

2m 28s

Code Review

5m 7s

Inspection

2m 9s

Dynamic Testing

4m 42s

Unit Testing

2m 26s

Incremental Integeration Testing

2m 55s

Integration Testing

2m 41s

Quiz : Integration Testing

3m

System Testing

1m 47s

Alpha Testing

3m 17s

Beta Testing

3m 26s

Acceptance Testing

2m 37s

Black Box Testing

2m 50s

White Box Testing

2m 18s

Functional Testing

5m 22s

Equivalence Partitioning

3m 32s

Boundary Value Analysis

3m 18s

End-to-End testing

4m 14s

Sanity testing

2m 40s

Smoke Testing

1m 53s

Quiz : Smoke and Sanity Testing

4m

Regression Testing

3m 18s

Usability Testing

4m 34s

Load Testing

3m 48s

Stress testing

3m 18s

Performance testing

3m 13s

Recovery testing

2m 5s

Compatibility testing

3m 18s

Security Testing

4m 39s

Defect Management

8m 24s

How to Create a Defect and Log it?

17m 49s

How to use A Defect Tracking tool to capture Defects?

8m 15s

how to track and manage Open Defects in Bugzilla?

27m

How to Write a Test Case?

31m 14s

How to write a Test Case Scenario?

17m 32s

Software Testing Project - HRMS

11m 29s

Software Testing Project - HRMS Test Cases

9m 42s

Software Testing Project - HRMS Report

6m 43s

Interview Question 1

25m 52s

Interview Question 2

22m 59s

Master Quiz

50m

Software Testing Principles

Software Testing Course Fundamentals of Testing

Enroll Now For Free
Previous Next
Discussion
Previous Discussion Next
Previous
Next

Course Content

STLC

5m 11s

Test case design development and cycle closure

5m 56s

STLC with example

6m 51s

Software Development Model

3m 40s

Waterfall Model

4m 11s

Iterative Model

5m 9s

Agile Scrum Model

4m 6s

Forms of Testing-Static Testing

4m 7s

Walkthrough

2m 28s

Code Review

5m 7s

Inspection

2m 9s

Dynamic Testing

4m 42s

Unit Testing

2m 26s

Incremental Integeration Testing

2m 55s

Integration Testing

2m 41s

System Testing

1m 47s

Alpha Testing

3m 17s

Beta Testing

3m 26s

Acceptance Testing

2m 37s

Black Box Testing

2m 50s

White Box Testing

2m 18s

Functional Testing

5m 22s

Equivalence Partitioning

3m 32s

Boundary Value Analysis

3m 18s

End-to-End testing

4m 14s

Sanity testing

2m 40s

Smoke Testing

1m 53s

Regression Testing

3m 18s

Usability Testing

4m 34s

Load Testing

3m 48s

Stress testing

3m 18s

Performance testing

3m 13s

Recovery testing

2m 5s

Compatibility testing

3m 18s

Security Testing

4m 39s

Defect Management

8m 24s

How to Create a Defect and Log it?

17m 49s

How to use A Defect Tracking tool to capture Defects?

8m 15s

how to track and manage Open Defects in Bugzilla?

27m

How to Write a Test Case?

31m 14s

How to write a Test Case Scenario?

17m 32s

Software Testing Project - HRMS

11m 29s

Software Testing Project - HRMS Test Cases

9m 42s

Software Testing Project - HRMS Report

6m 43s

Interview Question 1

25m 52s

Interview Question 2

22m 59s

FAQs

Software testing can be done manually or automatically. Manual testing is done by the programmer himself. On the other hand, automated testing is done by software tools to test the program without human intervention. Automated testing will make sure that all errors are found and removed from the software successfully. We have many different means of automated testing like unit testing, integration testing, functional testing, load testing, etc. The aim of all these tests is to find errors. Here are some software testing principles: Testing indicates the habitation of bugs, testing at an early stage, Aggressive Testing is impossible, Defect Clustering, Errors Fallacy should not be there.

Testing principles are a set of guidelines that help to standardize the approach in software testing. Testing principles are a set of guidelines that help to standardize the approach in software testing. These standards have been developed by IEEE and other professional societies. The IEEE is one of the most widely recognized standards organization worldwide and has been publishing standards since 1954. The importance of testing principles is that they help to establish a common framework for what test cases should be performed, using a defined method, and in a defined environment. This allows organizations to conduct consistent tests across projects which decreases overall costs and increases quality control.

: The Principles of Software Testing can provide significant benefits to software quality & safety, but it is not perfect. If the incidents are major enough, they are unlikely to go unnoticed by software developers. there are seven principles of Software Testing: Exhaustive testing is not possible, Early testing, Defect clustering, Pesticide paradox, Testing is context dependent, Absence of errors fallacy.

Recommended Courses

Share With Friend

Have a friend to whom you would want to share this course?

Download LearnVern App

App Preview Image
App QR Code Image
Code Scan or Download the app
Google Play Store
Apple App Store
598K+ Downloads
App Download Section Circle 1
4.57 Avg. Ratings
App Download Section Circle 2
15K+ Reviews
App Download Section Circle 3
  • Learn anywhere on the go
  • Get regular updates about your enrolled or new courses
  • Share content with your friends
  • Evaluate your progress through practice tests
  • No internet connection needed
  • Enroll for the webinar and join at the time of the webinar from anywhere