20CYS312 - Principles of Programming Languages

Pre-requisite: 20CYS113 - Computer Programming and 19CSE201 - Advanced Programming

Course Instructor: Ramaguru R, Assistant Professor (Senior Grade), TIFAC-CORE in Cyber Security.

:books: Course Outcome

:watch: Course Plan and Status

Lecture No.	Topic	CO	No. of Hours
#	Course and Class Introduction	#
1	Programming Paradigms - Overview of various Programming Paradigms	#
#	Assignment - 1	CO1
2	Introduction to Functional Programming	CO1
2	Programming with Haskell	CO1
3	Haskell: GHCi interpreter	CO1
#	Practice Exercises - 1	CO1	Evaluate on next Lab
4	Haskell: functions and types	CO1
#	Quiz - 1 and Lab Evaluation - 1	CO1
5	Haskell: functional composition	CO1
3	Haskell: GHCi interpreter	CO1
6	Haskell: numbers, lists, tuples	CO1
7	Haskell: type classes, pattern matching	CO1
#	Tutorial Exercises - 2	CO1	Evaluate on next Lab
8	Haskell: higher order functions: currying, lambdas, maps and filters folds, IO monad.	CO3
#	Quiz - 2 and Lab Evaluation - 2	CO1
#	Assignment - 2	CO1
#	Mid-Term Examination	CO1, CO3
9	Introduction to Rust	CO2
10	Rust: Data types, Operators, Decision Making, Loops	CO2
11	Rust: Functions, Tuple and Array	CO2
12	Rust: Ownership, Borrowing, Slices	CO2
13	Rust: Structure, Modules	CO2
14	Rust: Error Handling	CO2
15	Rust: Package Manager	CO2
#	End-Semester Examination

Dates and Deadlines

Haskell

• Installation
• Our Examples

Resources

• Haskell Playground
• Hoogle - Haskell API Search Engine
• Hackage - The Haskell Package Repository
• Learn you Haskell
• Introductory Haskell course of the University of Pennsylvania (CIS194)
• DelftX: Introduction to Functional Programming

Rust

• Installation
• Our Examples

Resources

• Rust Playground
• Book