JSJS - Project Proposal
... know the underlying types of the argument. For eg., we can have a function that takes as an argument a list of any type, and performs some operation on it. This function can work with both lists of numbers and lists of strings. JSJS supports polymorphism for the built-in data types. • Functions as F ...
... know the underlying types of the argument. For eg., we can have a function that takes as an argument a list of any type, and performs some operation on it. This function can work with both lists of numbers and lists of strings. JSJS supports polymorphism for the built-in data types. • Functions as F ...
Lecture 2
... This is a common and useful operation. Haskell x = x+1 Assert that x and x+1 are the same value. This equation has no solution. It is a syntactically-valid statement, but it is not solvable. There is no solution for x. So this equation cannot be true! ...
... This is a common and useful operation. Haskell x = x+1 Assert that x and x+1 are the same value. This equation has no solution. It is a syntactically-valid statement, but it is not solvable. There is no solution for x. So this equation cannot be true! ...
List
... – LISP, Scheme, other functional languages also support iteration, assignment, etc. – We will cover some of these “impure” elements but emphasize the functional portion ...
... – LISP, Scheme, other functional languages also support iteration, assignment, etc. – We will cover some of these “impure” elements but emphasize the functional portion ...
Lecture 9
... This is more - readable - amenable to reuse. Type classes are the mechanism which allow us to define functions like elem with type requirements. ...
... This is more - readable - amenable to reuse. Type classes are the mechanism which allow us to define functions like elem with type requirements. ...
D16 Functional Programming
... use PATTERN MATCHING to match exact values or IFs to do relational tests ...
... use PATTERN MATCHING to match exact values or IFs to do relational tests ...
Programming Lecture 1 notes
... lectures) is shown in the context of a Python file (rather than in the interpreter). There are several important things to note about the definition of toCelsius. • A function definition is analogous to a variable definition; it’s just another Python statement. It defines a new name whose value is a ...
... lectures) is shown in the context of a Python file (rather than in the interpreter). There are several important things to note about the definition of toCelsius. • A function definition is analogous to a variable definition; it’s just another Python statement. It defines a new name whose value is a ...
Foundations of Functional Programming
... For example, suppose that is a term containing only and as free variables, and . The abstraction contains free; we wish to formalize the function for each , it stands for a function over . The abstraction contains no free variables; when applied to the arguments and , the result is obtained by repla ...
... For example, suppose that is a term containing only and as free variables, and . The abstraction contains free; we wish to formalize the function for each , it stands for a function over . The abstraction contains no free variables; when applied to the arguments and , the result is obtained by repla ...
Haskell
... Haskell use Lists extensively. The following is an example of a list declaration: let a = [1, 2, 3, 4]. Tuples differ from lists in that they may contain elements of multiple types, but the length of a tuple is determined by its type declaration. Tuple elements are contained in parenthesis with eac ...
... Haskell use Lists extensively. The following is an example of a list declaration: let a = [1, 2, 3, 4]. Tuples differ from lists in that they may contain elements of multiple types, but the length of a tuple is determined by its type declaration. Tuple elements are contained in parenthesis with eac ...
Chapter 15 slides - University of Hawaii
... Summary • Functional programming languages use function application, conditional expressions, recursion, and functional forms to control program execution instead of imperative features such as variables and assignments • LISP began as a purely functional language and later included imperative feat ...
... Summary • Functional programming languages use function application, conditional expressions, recursion, and functional forms to control program execution instead of imperative features such as variables and assignments • LISP began as a purely functional language and later included imperative feat ...
Why Functional Programming Matters
... defined by ordinary equations. We are following Turner’s language Miranda[4]2 here, but the notation should be readable without specific knowledge of this. The special characteristics and advantages of functional programming are often summed up more or less as follows. Functional programs contain n ...
... defined by ordinary equations. We are following Turner’s language Miranda[4]2 here, but the notation should be readable without specific knowledge of this. The special characteristics and advantages of functional programming are often summed up more or less as follows. Functional programs contain n ...
14 - Villanova Computer Science
... print “What is your name? ”; $name =;
chomp($name);
if ($name eq “Nico”)
{print “Hello, $name! Glad you’re here.\n”}
elsif ($name eq “Daphne”)
{print “Going outside, $name?\n”}
else
{print “Hello, $name.\n”};
...
... print “What is your name? ”; $name =
Functional_Programming
... Polymorphism: the ability to write functions that operate on more than one type of data Aggregate constructs for constructing structured objects: the ability to specify a structured object in-line, e.g. a complete list or record value Garbage collection ...
... Polymorphism: the ability to write functions that operate on more than one type of data Aggregate constructs for constructing structured objects: the ability to specify a structured object in-line, e.g. a complete list or record value Garbage collection ...
