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Single line stepping

Term Y11 Programming Fundamentals

Definition

Running a program one line at a time in the debugger to watch how it flows and how values change.

Example: Use with breakpoints to locate a logic error.

Found in: syllabus, past SDD papers.

Where it is used in the test

Syllabus area: Y11 Programming Fundamentals.

Question types it can appear in

Where it has appeared in the paper

The Software Engineering Project (Part A). Part letters follow each paper’s own layout.

Related past questions

These are the questions the flashcard set links to this term. Open each one and compare your answer with its marking criteria.

Study links

How to use it in an answer

A model sentence

General advice, built from the definition and example above

“Running a program one line at a time in the debugger to watch how it flows and how values change.” Then apply it: Use with breakpoints to locate a logic error.

In a short answer, give the definition in your own words first, then tie it to the situation in the question. Do not copy the example above unless it fits the scenario.

Command words used with it

From the linked past questions
  • Outline: Sketch in general terms; indicate the main features of. (2025 HSC Q15b (3 marks): Testing and debugging)

Technique for the question types

What the marking guidelines and feedback say

2025 HSC Q15b (3 marks): Testing and debugging

Marker feedback: identify two debugging tools used for LOGIC errors; distinguish logic from syntax errors; distinguish manual testing from software debugging tools.

Common mistakes

General advice
  • Use the term exactly as the syllabus words it, then link it to the scenario in the question; the 2025 feedback repeatedly rewards using the stimulus.
  • Answer the command word: outline gives main points only, explain gives a reason or cause, discuss gives both sides.

Same group in the syllabus: Quality criteria for evaluating code · Syntax error · Logic error · Runtime error · Debugging tools · Breakpoint · Watch window (variable watch) · Debugging output statements · Boundary values · Path coverage · Faulty and abnormal data · Code optimisation