This class is a sequel to an CS211 Introduction to Programming. You will learn advanced programming techniques such as object-oriented programming, functional programming, and software architectural patterns in the context of the C# language.
The first half of the course will focus on core features and concepts of C#, object-oriented programming, testdriven development, and functional programming, The second half of the course will focus on more advanced programming techniques, as well as principles, practices, and patterns of software design and architecture.
The language of instruction will be C# 7.0 and the programming environment will be Visual Studio on Windows. The techniques, principles, and patterns learned will be applicable to various high-level multiparadigm languages and programming environments.
The lab assignments will emphasize building familiarity with C#, Visual Studio, .NET, and coding techniques, with the aim of preparing students to be able to effectively complete the final project. Examples include using the debugger, release and debug builds, unit and integration testing, refactoring code, code reuse, using packages, code analysis, using Git and GitHub, and disassemblers.
The first half of the course will focus on core features and concepts of C#, object-oriented programming, testdriven development, and functional programming, The second half of the course will focus on more advanced programming techniques, as well as principles, practices, and patterns of software design and architecture.
The language of instruction will be C# 7.0 and the programming environment will be Visual Studio on Windows. The techniques, principles, and patterns learned will be applicable to various high-level multiparadigm languages and programming environments.
The lab assignments will emphasize building familiarity with C#, Visual Studio, .NET, and coding techniques, with the aim of preparing students to be able to effectively complete the final project. Examples include using the debugger, release and debug builds, unit and integration testing, refactoring code, code reuse, using packages, code analysis, using Git and GitHub, and disassemblers.
- Teacher: Christopher Diggins