Napredne programske paradigme - Software Engineering - Visoko učilište Algebra
Programs

Software Engineering

Advanced Programming Paradigms

  • Class 15
  • Practice 30
  • Independent work 120
Total 165

Course title

Advanced Programming Paradigms

Lecture type

Obligatory

Course code

20-02-019

Semester

3

ECTS

5

Lecturers and associates

Course objectives

The objective of the course is to give students advanced knowledge on certain programming paradigms and analysis and design of object-oriented applications.

Content

Structural modeling, behavioral modeling and architectural modeling using UML, testing of object-oriented applications, concept of the aspect-oriented programming, TDD, BDD, clean code approach, metrics.

Required reading

McLauglin, Pollice, West: Head First Object-Oriented Analysis and Design

Additional reading

Filman, Elrad, Clarke, Aksit: Aspect-Oriented Software Development

Minimal learning outcomes

  • Describing basic testing concepts of programming solutions.
  • Comparing testing types of programming solutions.
  • Designing and using programming tools for single-testing programming solutions.
  • Profiling - Testing programming systems and making them compatible with relevant norms.
  • Analyzing programming solution for detecting coupled code.
  • Suggesting and implementing the aspect-oriented approach for coupled code.
  • Implementing the strategy of source code management.
  • Analyzing and code refactoring by clean code principles.
  • Implementing programming metrics.

Preferred learning outcomes

  • Describing advanced programming testing concepts.
  • Suggesting and implementing at least two types of programming testing.
  • Designing instances on architecturally different parts of the application and using programming tools for single-testing programming solution.
  • Offering solutions for decreasing time spent and allocated memory for completing given programming solution based on the results obtained by using programming tools.
  • Improving programming solution to reduce coupled code.
  • Implementing at least two different aspects so that programming solutions could be organizationally improved.
  • Using at least two branches for managing the source code strategy.
  • Refactoring programming solution according to the SOLID principles.
  • Implementing one's own metric in programming solution.
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