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Testing
Unit 1
White-box testing
Introduction to White-box Testing
Code Coverage Analysis
Control Flow Testing
Path Testing
White-box Testing Techniques
Unit 2
Black Box Testing
Introduction to Black Box Testing
Techniques of Black Box Testing
Test Case Design in Black Box Testing
Unit 3
Unit vs Integration tests
Introduction to Unit Testing
Advanced Concepts in Unit Testing
Introduction to Integration Testing
Integration Testing Strategies
Unit vs Integration Testing: When to Use Each
Unit 1 • Chapter 3
Control Flow Testing
Summary
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Concept Check
What is Control Flow Testing?
A tool for debugging software code
A technique for optimizing software performance
A method for controlling software execution
A method for testing software by executing different control paths
Why is Control Flow Testing important?
It improves the user interface of the software
It speeds up the software development process
It reduces the memory consumption of the software
It helps uncover errors in logic and design of the software
What is a control path in software testing?
A path for controlling the software execution flow
A sequence of instructions followed in the software during execution
A path for analyzing software performance
A path for optimizing software design
How does Control Flow Testing help in software development?
By identifying potential faults in the control flow of the software
By improving the software user experience
By generating random test cases
By automating the testing process for faster results
What are some challenges of Control Flow Testing?
Managing software updates
Handling loops, nested conditionals, and complex paths
Dealing with software crashes
Optimizing software databases
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Path Testing