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The language used in these resources is Python.
Development Methodologies
Development Methodologies
Describe and implement the phases of an iterative development process: analysis, design, implementation, testing, documentation, and evaluation, within general programming problem-solving.
Describe and implement the phases of an iterative development process: analysis, design, implementation, testing, documentation, and evaluation, within general programming problem-solving.
Analysis
Analysis
Identify the purpose and functional requirements of a problem that relates to the design and implementation at this level, in terms of: inputs; processes; outputs.
Identify the purpose and functional requirements of a problem that relates to the design and implementation at this level, in terms of: inputs; processes; outputs.
Design
Design
Identify the data types and structures required for a problem that relates to the implementation at this level.
Identify the data types and structures required for a problem that relates to the implementation at this level.
Describe, identify, and be able to read and understand: structure diagrams; flowcharts; pseudocode.
Describe, identify, and be able to read and understand: structure diagrams; flowcharts; pseudocode.
Exemplify and implement one of the above design techniques to design efficient solutions to a problem.
Exemplify and implement one of the above design techniques to design efficient solutions to a problem.
Describe, exemplify, and implement user-interface design, in terms of input and output, using a wireframe.
Describe, exemplify, and implement user-interface design, in terms of input and output, using a wireframe.
Implementation (Data Types and Structures)
Implementation (Data Types and Structures)
Describe, exemplify, and implement appropriately the following data types and structures: character; string; numeric (integer and real); Boolean; 1-D arrays.
Describe, exemplify, and implement appropriately the following data types and structures: character; string; numeric (integer and real); Boolean; 1-D arrays.
Implementation (Algorithm Specification)
Implementation (Algorithm Specification)
Describe, exemplify, and implement standard algorithms:
input validation
input validation
running total within loop
running total within loop
traversing a 1-D array
traversing a 1-D array
Implementation (Computational Constructs)
Implementation (Computational Constructs)
Describe, exemplify, and implement the appropriate constructs in a high-level (textual) language:
expressions to assign values
expressions to assign values
expressions to return values using arithmetic operations (addition, subtraction, multiplication, division, and exponentiation)
expressions to return values using arithmetic operations (addition, subtraction, multiplication, division, and exponentiation)
expressions to concatenate strings
expressions to concatenate strings
selection constructs using simple conditional statements with <, >, ≤, ≥, =, ≠ operators
selection constructs using simple conditional statements with <, >, ≤, ≥, =, ≠ operators
selection constructs using complex conditional statements
selection constructs using complex conditional statements
logical operators (AND, OR, NOT)
logical operators (AND, OR, NOT)
iteration and repetition using fixed and conditional loops
iteration and repetition using fixed and conditional loops
predefined functions (with parameters): random; round; length
predefined functions (with parameters): random; round; length
You should also be able to read and explain code that makes use of the above constructs.
You should also be able to read and explain code that makes use of the above constructs.
Testing
Testing
Describe, identify, exemplify, and implement normal, extreme, and exceptional test data for a specific problem, using a test table.
Describe, identify, exemplify, and implement normal, extreme, and exceptional test data for a specific problem, using a test table.
Describe and identify syntax, execution, and logic errors.
Describe and identify syntax, execution, and logic errors.
Evaluation
Evaluation
Describe, identify, and exemplify the evaluation of a solution in terms of: fitness for purpose; efficient use of coding constructs; robustness; readability: (internal commentary; meaningful identifiers; indentation; white space)
Describe, identify, and exemplify the evaluation of a solution in terms of: fitness for purpose; efficient use of coding constructs; robustness; readability: (internal commentary; meaningful identifiers; indentation; white space)
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