3. Functional Programming
... Static polymorphic typing means (i) that programs are statically type-checked, i.e., before running them, and (ii) functions may be polymorphic, i.e., can take arguments of different types. In addition, Haskell supports (ML-style) type inference: (most) programs can be type-checked even without expl ...
... Static polymorphic typing means (i) that programs are statically type-checked, i.e., before running them, and (ii) functions may be polymorphic, i.e., can take arguments of different types. In addition, Haskell supports (ML-style) type inference: (most) programs can be type-checked even without expl ...
ppt - Dave Reed
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access ...
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access ...
ppt - Dave Reed
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access ...
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access ...
CSC 533: Programming Languages Spring 2015
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access § all computation is performed by applying functions to arguments in pure LISP ...
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access § all computation is performed by applying functions to arguments in pure LISP ...
ppt - Dave Reed
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access ...
... 1. atoms (identifiers, strings, numbers, …) 2. lists (of atoms and sublists) unlike arrays, lists do not have to store items of same type/size do not have to be stored contiguously do not have to provide random access ...
functional programming in practice
... proof assistants = programs to help create correct mathematical proofs research on proof assistants −→ functional programming ...
... proof assistants = programs to help create correct mathematical proofs research on proof assistants −→ functional programming ...
(1-4) Defining Member Functions Member functions can be defined
... Since these functions do not return any value, their return-type is void. The member functions have some special characters that are often used in the program development. • Several different classes can use the same function name. the 'membership label' will resolve their scope. • Member functions ...
... Since these functions do not return any value, their return-type is void. The member functions have some special characters that are often used in the program development. • Several different classes can use the same function name. the 'membership label' will resolve their scope. • Member functions ...
Annotated_Chapter_4_slides
... The symbol is the Greek letter lambda, and is typed at the keyboard as a backslash \. In mathematics, nameless functions are usually denoted using the symbol, as in x x+x. In Haskell, the use of the symbol for nameless functions comes from the lambda calculus, the theory of functions o ...
... The symbol is the Greek letter lambda, and is typed at the keyboard as a backslash \. In mathematics, nameless functions are usually denoted using the symbol, as in x x+x. In Haskell, the use of the symbol for nameless functions comes from the lambda calculus, the theory of functions o ...
Functional Languages and Higher
... Functional Languages • Functional languages = typed lambda calculus + syntactic sugar • Functional languages support parametric (generic) data types data List a = Nil ...
... Functional Languages • Functional languages = typed lambda calculus + syntactic sugar • Functional languages support parametric (generic) data types data List a = Nil ...
PPT
... • Can write semantics using lambda calculus, extended with operators like modify : (state var value) state ...
... • Can write semantics using lambda calculus, extended with operators like modify : (state var value) state ...
x + 1 - Postech
... Functions = First-class Objects in SML • Functions: – can be passed as an argument to a function. – can be returned as a return value of a function. ...
... Functions = First-class Objects in SML • Functions: – can be passed as an argument to a function. – can be returned as a return value of a function. ...
Lect 1
... Functional programming languages are carefully designed to support problem solving. There are many features in these languages which help the user to design clear, concise, abstract, modular, correct and reusable solutions to problems. The functional Style of Programming allows the formulation of so ...
... Functional programming languages are carefully designed to support problem solving. There are many features in these languages which help the user to design clear, concise, abstract, modular, correct and reusable solutions to problems. The functional Style of Programming allows the formulation of so ...
conditional expressions
... The symbol is the Greek letter lambda, and is typed at the keyboard as a backslash \. In mathematics, nameless functions are usually denoted using the symbol, as in x x+x. In Haskell, the use of the symbol for nameless functions comes from the lambda calculus, the theory of functions o ...
... The symbol is the Greek letter lambda, and is typed at the keyboard as a backslash \. In mathematics, nameless functions are usually denoted using the symbol, as in x x+x. In Haskell, the use of the symbol for nameless functions comes from the lambda calculus, the theory of functions o ...
conditional expressions
... The symbol is the Greek letter lambda, and is typed at the keyboard as a backslash \. In mathematics, nameless functions are usually denoted using the symbol, as in x x+x. In Haskell, the use of the symbol for nameless functions comes from the lambda calculus, the theory of functions o ...
... The symbol is the Greek letter lambda, and is typed at the keyboard as a backslash \. In mathematics, nameless functions are usually denoted using the symbol, as in x x+x. In Haskell, the use of the symbol for nameless functions comes from the lambda calculus, the theory of functions o ...
Applied Programming and Computer Science, DD2325
... declares a function named myfun that accepts inputs x1,...,xM and returns outputs y1,...,yN. This declaration statement must be the first executable line of the function. Save the function code in a text file with a .m extension. The name of the file should match the name of the first function in th ...
... declares a function named myfun that accepts inputs x1,...,xM and returns outputs y1,...,yN. This declaration statement must be the first executable line of the function. Save the function code in a text file with a .m extension. The name of the file should match the name of the first function in th ...