PPT
... Evolved from B, which was based on BCPL • B was an untyped language; C adds some checking ...
... Evolved from B, which was based on BCPL • B was an untyped language; C adds some checking ...
Drexel-CS-Intro-AI-LISP
... • Lambda is the fundamental function building block – Every function is composed of lambdas, except lambda ...
... • Lambda is the fundamental function building block – Every function is composed of lambdas, except lambda ...
cs.boisestate.edu
... interpreter, named eval, always evaluates parameters to function applications before applying the function. quote is used to avoid parameter evaluation when it is not appropriate quote can be abbreviated with the apostrophe prefix operator ...
... interpreter, named eval, always evaluates parameters to function applications before applying the function. quote is used to avoid parameter evaluation when it is not appropriate quote can be abbreviated with the apostrophe prefix operator ...
CMSC330 Summer 2010—Midterm #2
... (c) (5 pts) OCaml functions take only one parameter. What are the two ways of passing more than one value to an OCaml function? Briefly describe and give an example of each type of function call. Two ways of passing multiple values: 1. Currying—function consumes one argument at a time, creating clos ...
... (c) (5 pts) OCaml functions take only one parameter. What are the two ways of passing more than one value to an OCaml function? Briefly describe and give an example of each type of function call. Two ways of passing multiple values: 1. Currying—function consumes one argument at a time, creating clos ...
Praktikum Bahasa Pemrograman (Functional Programming)
... • However, any statement, not just (define …) statements, can be executed from the Definitions window ...
... • However, any statement, not just (define …) statements, can be executed from the Definitions window ...
Functional
... – (LIST-REF X num) returns the (num)th element of list X, where the first element has index 0 – (APPEND X Y ... Z) copies all the lists except the last and returns a list with the copy of X followed by the copy of Y followed by... followed by the original of Z ...
... – (LIST-REF X num) returns the (num)th element of list X, where the first element has index 0 – (APPEND X Y ... Z) copies all the lists except the last and returns a list with the copy of X followed by the copy of Y followed by... followed by the original of Z ...
overview on declarative programming
... changed after the function call, thus, the meaning of a function call is not solely determined by the result it returns. Because of such side effects, the meaning of an imperative program may be different depending on the order in which function calls are executed. An important aspect of functional ...
... changed after the function call, thus, the meaning of a function call is not solely determined by the result it returns. Because of such side effects, the meaning of an imperative program may be different depending on the order in which function calls are executed. An important aspect of functional ...
CSC 533: Programming Languages Spring 2017
... cadr returns 2nd item in list caddr returns 3rd item in list cadddr returns 4th item in list (can only go 4 levels deep) ...
... cadr returns 2nd item in list caddr returns 3rd item in list cadddr returns 4th item in list (can only go 4 levels deep) ...
Functional Programming
... cadr returns 2nd item in list caddr returns 3rd item in list cadddr returns 4th item in list (can only go 4 levels deep) ...
... cadr returns 2nd item in list caddr returns 3rd item in list cadddr returns 4th item in list (can only go 4 levels deep) ...
Programming Language Semantics with Isabelle/HOL
... type 0a ⇒ 0a ⇒ bool. It also works for formulas, where it means if and only if. Quantifiers are written ∀ x. P and ∃ x. P. Isabelle automatically computes the type of each variable in a term. This is called type inference. Despite type inference, it is sometimes necessary to attach explicit type con ...
... type 0a ⇒ 0a ⇒ bool. It also works for formulas, where it means if and only if. Quantifiers are written ∀ x. P and ∃ x. P. Isabelle automatically computes the type of each variable in a term. This is called type inference. Despite type inference, it is sometimes necessary to attach explicit type con ...
Chapter 1
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
pl9ch15 - Systems and Computer Engineering
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
Chapter 1
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
Chapter 1 - eLisa UGM
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
Functional Programming
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
Introduction to Emacs and Emacs lisp
... Computer must be able to process symbolic data and linked lists ...
... Computer must be able to process symbolic data and linked lists ...
funprog
... E1, E2,...,En - E1 should evaluate to a function and then apply the function value of E1 to the arguments given by the values of E2,...,En. In the base case, there are self evaluating expressions (e.g. numbers and symbols). In addition, various special forms such as quote and if must be handled sep ...
... E1, E2,...,En - E1 should evaluate to a function and then apply the function value of E1 to the arguments given by the values of E2,...,En. In the base case, there are self evaluating expressions (e.g. numbers and symbols). In addition, various special forms such as quote and if must be handled sep ...
Ch15-w
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
The countdown problem - School of Computer Science
... Our second result states that a value is an element of a filtered list precisely when it is an element of the original list and satisfies the predicate: Lemma 2 If p is total (never returns ⊥) then elem x ( filter p xs) ⇔ elem x xs ∧ p x ...
... Our second result states that a value is an element of a filtered list precisely when it is an element of the original list and satisfies the predicate: Lemma 2 If p is total (never returns ⊥) then elem x ( filter p xs) ⇔ elem x xs ∧ p x ...
Chapter 15 Slides - SRU Computer Science
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
... • The basic process of computation is fundamentally different in a FPL than in an imperative language – In an imperative language, operations are done and the results are stored in variables for later use – Management of variables is a constant concern and source of complexity for imperative program ...
Lisp vs Scheme
... • In CL, functions and values have different namespaces. In a form, • car position corresponds to function space • cdr positions correspond to value space • So you can say (flet ((fun (x) (1+ x))) (let ((fun 42)) (fun fun))) ...
... • In CL, functions and values have different namespaces. In a form, • car position corresponds to function space • cdr positions correspond to value space • So you can say (flet ((fun (x) (1+ x))) (let ((fun 42)) (fun fun))) ...