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There is less to fear from outside competition than from inside inefficiency, discourtesy and bad service.
-Anonymous
Free Testing WEBinar
FREE
Effective Methods of Software Testing - Intro
Free WEBinar:: This will
introduce you to methods to effectively plan and execute software testing to validate that a system meets requirements.
These methods will provide a structured approach for testing throughout the systems development life cycle using these four
steps, made famous by the Quality Assurance Institute:
Step 1 – Set Test Objectives
Step 2 – Develop Test Plan
Step 3 – Execute Tests
Step 4 – Summarize and Report Results
Come learn how this is done, and get a free copy of a
detailed system test plan to boot!
The
process is applicable to prototyping, client/server,
or contracting software, as well as conventional
system design.
It
will be our pleasure to share a free copy of a
detailed system test plan for everyone who attends the
WEBinar.
Want to learn more?
This is an introductory Webinar to a 6 week series starting
October 9.
In
that series, you will get advanced detail on the 4
steps above.
In
addition, a test plan standard is provided with
all the worksheets and procedures needed to develop
the plan. The process is applicable to prototyping,
client/server, or contracting software, as well as
conventional system design. The system testing
approach addresses:
- Test strategies
- Uncovering test critical success factors
- Setting measurable test objectives
- Applying test techniques
- Developing a test plan
- Using function/test matrices
- Recording the results of testing
- Regression testing
- Developing test reports
- Making test efforts reusable
- Test measurement
- Performing a risk assessment
A
recommended tester’s toolbox that can be used within
the system testing process is presented. It focuses on
test case development and implementation tools and
methods. A three-step process for identifying detailed
test conditions, designing test cases, and building
test data is used to provide for the following test
methods:
- Population analysis
- Characterizing test conditions using QAI’s 14
transaction types (over 30 pages of test condition
checklists are provided)
- Determining test conditions from specifications
- Creating test conditions/expected results
- Boundary value analysis
- Equivalence partitioning
- Decision tables
- Code coverage
- Test scripting
- Test deck development
Conducted
Wed.
September 26, 2012
Watch
Now
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