Three key structure-based testing techniques

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Martins Gills

2:38:53

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1 - Introduction

1 - Welcome to 3 structurebased testing techniques.mp4

01:39

2 - Control flow

2 - The basis for the structurebased test techniques.mp4

01:08

3 - Representing the control flow of a software.mp4

06:28

4 - Representing the conditional statements.mp4

07:41

5 - Representing loops.mp4

06:07

6 - Control flow of highlevel algorithms.mp4

06:41

3 - Statement testing

7 - Introduction to statement testing.mp4

00:46

8 - Key principles.mp4

05:34

9 - Other decisions.mp4

06:58

10 - Sequential and nested decisions.mp4

17:46

11 - Special cases with the conditions.mp4

09:23

12 - Summarizing the statement testing.mp4

05:25

4 - Branch or decision testing

13 - Introduction to branchdecision testing.mp4

01:06

14 - Key principles of branchdecision testing.mp4

06:16

15 - More conditional statements.mp4

06:38

16 - Multiple decisions.mp4

05:36

17 - Nested decisions.mp4

14:17

18 - Unreachable branches.mp4

05:31

19 - Summarizing the branchdecision testing.mp4

06:04

5 - 4Testing of branch conditions

20 - Introduction to branch conditions.mp4

01:12

21 - Key principles of branch conditions.mp4

04:56

22 - Combinations from two bool operands.mp4

08:00

23 - Goals of branch condition testing.mp4

04:33

24 - Testing the combinations.mp4

05:49

25 - Modified combinations of conditions.mp4

05:17

26 - Comparing the coverage of the test techniques.mp4

07:05

6 - 5 Summary

27 - Summary on the 3 key structurebased test techniques.mp4

00:57

Description

Improve your testing skills in white-box area

What You'll Learn?

Will improve their software testing skills
Will learn in detail how to achieve for the source code the statement, branching and branch condition coverage
Be able to recognize the best context for applying each of structure-based test techniques
Be able to apply the structure-based test techniques at high level algorithms

Who is this for?

Software testers

Programmers

Software developers

More details

Description
This course will help you to improve your expertise in three most common software testing techniques applied at the code level. The course will also help you to prepare for ISTQB exams. It actually focuses on a specific part from the syllabus. The most important value from the course is the practical one.

It might be a bit difficult for the absolute beginners in the software testing area, but it can improve the competence of existing testers / QAs or developers creating tests for their code.

So often one can see the automated tests (e.g. unit tests, API tests) or manual tests are either not using distinct techniques or not applying the techniques properly thus losing the quality of the tests, not reaching the desired level of test coverage. This course will fill the gap â€“ you will be confident about the main structure-based testing techniques, the rationale behind each test case. Understanding the testing methods also helps you in test planning â€“ the number of tests required, to estimate the resources etc.

The techniques help both developers and QAs/testers. The principles can be applied both to software code and to higher level algorithms (e.g. in requirements specification or in the technical design documentation).

Every technique in this course is explained in detail. For each technique several examples are given, as author believes that this is one of the best ways of learning.

The knowledge here is applicable in a tool-neutral manner. At the same time, most of examples are shown as Python code, some â€“ as JavaScipt.
Who this course is for:
Software testers
Programmers
Software developers
QA

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Software Testing

Martins Gills

Instructor's Courses

Martins Gills has a hands-on experience in software testing, consulting and training. Professionally, during 15 year in software testing has worked in different technical and management positions, then expanded the expertise in quality area as information technology auditor. Holds a doctoral degree in computer science (Dr.sc.comp.) from University of Latvia. During 2000-2019, organized the annual international software testing conferences TAPOST. Holds several ISTQB certifications, has been participating in ISTQB working groups. Has experience in information security and IT audits - he is a certified information systems auditor, CISA.

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