programming in haskell
... div is enclosed in back quotes, not forward; x `f` y is just syntactic sugar for f x y. ...
... div is enclosed in back quotes, not forward; x `f` y is just syntactic sugar for f x y. ...
2. 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 ...
Functionalprogramming
... • the top level loop (“ear”) evaluates an expression for its value or for its side-effects such as I/O (this expression may invoke a function that implements a large and complex algorithm), • a Lisp program is a collection of functions that may be called (directly or indirectly) from the top level ...
... • the top level loop (“ear”) evaluates an expression for its value or for its side-effects such as I/O (this expression may invoke a function that implements a large and complex algorithm), • a Lisp program is a collection of functions that may be called (directly or indirectly) from the top level ...
![Scheme [PPT]](http://s1.studyres.com/store/data/000434604_1-ff9167cda1c43083f470d57127811028-300x300.png)
Scheme [PPT]
... • Instead of writing everything at the Scheme prompt, you can: – write your function definitions and your global variable definitions (define...) in a file ("file_name") – at the Scheme prompt, load the file with: ...
... • Instead of writing everything at the Scheme prompt, you can: – write your function definitions and your global variable definitions (define...) in a file ("file_name") – at the Scheme prompt, load the file with: ...
Python Basic
... Python has been slowly but surely gaining more and more fans, and eventually become one of the most popular programming languages in the world. With its clear and elegant syntax, dynamic typing, memory management and advanced libraries, Python makes a great choice for developing applications and scr ...
... Python has been slowly but surely gaining more and more fans, and eventually become one of the most popular programming languages in the world. With its clear and elegant syntax, dynamic typing, memory management and advanced libraries, Python makes a great choice for developing applications and scr ...
4on1 - FSU Computer Science
... 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 ...
Example
... arithmetic expressions the output is expected to be in a format suitable to direct evaluation. It is wellknown that an expression like 1+3*2 requires first the multiplication and then the addition and this should be achieved through a more proper format of this expression. Such a format derives from ...
... arithmetic expressions the output is expected to be in a format suitable to direct evaluation. It is wellknown that an expression like 1+3*2 requires first the multiplication and then the addition and this should be achieved through a more proper format of this expression. Such a format derives from ...
19th Century Logic and 21st Century Computing
... A and B one can deduce B ∧ A, and then applies modus ponens. One might reasonably expect that such a proof could be simplified. A major contribution of Gentzen’s 1934 paper was the subformula property: he showed that any proof of a statement Γ ` A can be simplified so that the only propositions it m ...
... A and B one can deduce B ∧ A, and then applies modus ponens. One might reasonably expect that such a proof could be simplified. A major contribution of Gentzen’s 1934 paper was the subformula property: he showed that any proof of a statement Γ ` A can be simplified so that the only propositions it m ...
PROGRAMMING LANGUAGES 6.5 Higher Order Functions A
... designed the lambda calculus to address this limitation. 6.7 Functional Programming in Perspective Many programs include code that scans a large data structure or a large amount of input data, counting the occurrences of various items or patterns. The natural way to keep track of the counts is with ...
... designed the lambda calculus to address this limitation. 6.7 Functional Programming in Perspective Many programs include code that scans a large data structure or a large amount of input data, counting the occurrences of various items or patterns. The natural way to keep track of the counts is with ...
Implementing Functional Languages on Object
... is because traditional functional languages have no concept of “object” and “method”, and certainly not of the state an object typically embodies. This means that without making additions to the functional languages they are unable to present an OO “view” of themselves to OO clients. For example an ...
... is because traditional functional languages have no concept of “object” and “method”, and certainly not of the state an object typically embodies. This means that without making additions to the functional languages they are unable to present an OO “view” of themselves to OO clients. For example an ...
