Design

Test cases should be designed to exercise Linear Code Sequence and Jump.

For every test case these should be clarified:

  • the input to the component
  • identification of the Linear Code Sequence and Jump to be performed by the test case
  • the expected result of the test case

White Box Test Techniques. Linear Code Sequence and Jump Testing

Analysis

Linear Code Sequence and Jump testing uses such model of the source code which recognizes control flow jumps (in such cases where control flow doesn’t pass to a sequential statement).

An Linear Code Sequence and Jump is determined by a triple, conditionally identified by line numbers in a source code listing:

  • the start of the linear code sequence
  • the end of the linear code sequence
  • the target line to which control flow is transferred
http://qatestlab.com/
You would..
Share
Related Documents
  1. In What Stage Are There More Software Bugs? (2411)
  2. Basics of Software Testing Policy (2798)
  3. What Does Testing Company Need From User To Start Proper Testing? (2353)
  4. Start Software Testing On Early Stages. How Does This Affect Cost? (3298)
  5. Principal Types of Verification (2488)
  6. Latent and Masked Software Bugs. What Is The Difference? (2773)
  7. Main Types of Defects in Software Testing (3503)
  8. Successful Bug Reporting (2469)
  9. Software Testing Documentation (2584)
  10. Control, Monitoring and Estimation in Software Testing (2661)
  11. The Main Goal of Acceptance Testing (2991)
  12. Undesirable Bug Reporting (2275)
  13. Configuration Management in Software Testing (2654)
  14. Workbench Concept in Software Testing (2581)
  15. What Is Software Bug Seeding? (1334)
  16. What Is Data-Driven Testing? (2586)
  17. What Is The Difference Between White Box, Black Box And Gray Box Testing? (1403)
  18. Validation and Failures In Software Testing (3032)
  19. What to Test and What Type of Faults Are Found? (1976)
  20. Verification and Conformance In Software Testing (2993)