How to represent the "rest of the program" as a first-class object.
If a well-typed program takes an execution step, the resulting program has the exact same type. Structural Induction
15-312 is not just a terminal class; it is a gateway to advanced topics: 15312 foundations of programming languages
To the uninitiated, might look like an arbitrary alphanumeric code. To computer science students, particularly those at Carnegie Mellon University (CMU), it represents a rite of passage. 15-312 (often stylized as 15-312) is the legendary undergraduate/grad course that separates "coders" from "computer scientists."
To help me tailor more information about this curriculum, let me know: How to represent the "rest of the program"
PolyLambda's type system consists of the following elements:
(Note: Schedule is based on a past offering and is subject to change; PFPL stands for "Practical Foundations for Programming Languages," the course textbook.) To computer science students, particularly those at Carnegie
Once a language's syntax is defined inductively, properties of the language are proved using . This mathematical technique allows computer scientists to prove that a property holds true for all possible programs in a language by checking the base cases (e.g., constants, variables) and inductive steps (e.g., functions, loops). Operational Semantics: Defining Behavior
Are you interested in for self-study? Let me know how you would like to proceed! Share public link
: Using structural induction as a foundational tool to define grammars and prove language properties.
15-312 is famous for using as its implementation language. Why SML?