IntroSequenceTopics

From MWCSWiki

Contents 1 CPSC 110 2 CPSC 220 3 CPSC 230 4 CPSC 330

CPSC 110

(Could be any programming language)

• Breadth-first topics concerning the conceptual understanding of computers, computing, and issues with technology
• Algorithmic problem-solving, expressed in anything resembling a programming language
• The concept of representing information in a program with variables

CPSC 220

Language: Java

• Decision Statements
• Repetition Statements
• Recursion
• Methods
  • The concepts of modularity and reuse
  • Parameter passing
  • Overloaded method names
• Concept of a Class
  • Using classes
  • Creating a data type
  • The purpose of class members and methods
  • Intro to information hiding, encapsulation, inheritance, & polymorphism
• Arrays as a data structure and abstract data type
  • Searching algorithms - linear search, vs. binary search (which uses recursion)
  • Sorting algorithms - any basic O(n^2) sort and Merge sort (which uses recursion)
• The List as an abstract data type
• Exceptions & Exception handling
• Using an IDE
• Testing (developing test cases for algorithms/programs; using a debugger)
• Input & Output (including file I/O)
• Department coding/style standards
• Ethics
• Careers in computer science
• Optional topics:
  • Net-Centric Computing
  • Graphics
  • Web development (providing back-end services)
  • Networks
  • Gaming

CPSC 230

Language: C++

• Transition to C++, illustrate major differences between it and Java
• Header files, and compiling multiple source files into a single executable
• Pointers
• Dynamic memory allocation (and de-allocation)
• Pass-by-value vs. pass-by-reference (including C++ reference op)
• C++ template classes
• Singly-linked lists
• Stacks
• Queues
• Trees, including binary search trees
• Graphs
• Sorting, searching, and basic Big-O complexity analysis
• Hashtables

• Optional topics:
  • Doubly-linked lists
  • Heaps
  • Priority Queues
  • B-Trees
  • Breadth-first topics, such as ethics, careers, computing issues, informatics, etc.

CPSC 330

Language: Java and/or C++ base)

• The OO paradigm, why it's important, and how it differs historically from procedural programming
• Design techniques for identifying classes and methods (perhaps, but not necessarily, Rebecca Wirfs-Brock's "Responsibility-Driven Design" paradigm)
• UML
  • class diagrams
  • sequence diagrams
  • collaboration diagrams
• Encapsulation
• Visibility
• Inheritance
  • interface inheritance
  • implementation inheritance
• Design Patterns
  • Singleton
  • Factory
  • Template Method
  • Observer
  • Strategy
  • Decorator
  • Composite
• How to effectively use the C++ STL and/or the Java standard API
• Optional topics:
  • Other design patterns, as appropriate