This
lecture will cover the testing processes and methods which
will help to improve the quality of software.
“Quality
Software doesn’t happen – it has to be planned”.
In the
scientific environment, good testing and test planning will
result in more accurate and reliable results.
This
lecture targets a broader audience whoever is involved in
software development. It will help you to take your software
testing into the next level.
Principles of Testing
- What is Testing
-
Why
testing is necessary
- Cost of Errors
- Fundamental Test Process
- Prioritization of Testing
Testing in
the Software Development Lifecycle
-
The
V-Model
-
Economics
of testing
-High
level Test Planning
- Acceptance Testing
- Functional and
Non-Functional System Testing
-
Integration
Testing in the Small
Test Management
- Organization
-
Configuration Management
- Test estimation, Monitoring and Control
- Incident Management
The aim of
this lecture is to describe various software testing
techniques. It will describe structural testing techniques
as well as error guessing. This lecture is also intended to
give you a flavor of the many different types of computer
aided testing tools available.
This
lecture targets an audience with a software background and
experience.
Dynamic Testing Techniques
-
Black Box Test Techniques
- White Box Test Techniques
- Error guessing
Static Testing
- Reviews
and Types of reviews
- Fagan Inspection method
- Static Analysis
Tool Support for Testing
- Types of
CAST tool :
Requirements testing; Static analysis; Test
design; Data preparation;
Character-based test running; GUI test running; Test
harnesses, drivers and simulators; Performance testing;
Dynamic analysis; Debugging; Comparison; Test management;
Coverage measurement.
