Programming Development Environment
... A computer is a physical device that can read input, compute, and produce corresponding output It “understands” a small set of machine instructions, which it can execute, one at a time (for a uni-processor) It is possible, but very tedious, to write a program in such machine instructions An Assemble ...
... A computer is a physical device that can read input, compute, and produce corresponding output It “understands” a small set of machine instructions, which it can execute, one at a time (for a uni-processor) It is possible, but very tedious, to write a program in such machine instructions An Assemble ...
PZ01A -- Introduction
... correctly performs its required function • Programming environment - external support for the language • Portability of programs - transportability of the resulting programs from the computer on which they are developed to other computer systems • Cost of use - program execution, program translation ...
... correctly performs its required function • Programming environment - external support for the language • Portability of programs - transportability of the resulting programs from the computer on which they are developed to other computer systems • Cost of use - program execution, program translation ...
Programming paradigms.
... Concurrent and Scripting Languages Concurrent programming cuts across imperative, object-oriented, and functional paradigms Scripting is a very “high” level of programming • Rapid development; glue together different programs • Often dynamically typed, with only int, float, string, and array as t ...
... Concurrent and Scripting Languages Concurrent programming cuts across imperative, object-oriented, and functional paradigms Scripting is a very “high” level of programming • Rapid development; glue together different programs • Often dynamically typed, with only int, float, string, and array as t ...
Functional PLs
... 3. Apply-to-all – A functional form that takes a single function as a parameter and yields a list of values obtained by applying the given function to each element of a list of parameters Form: For h (x) x * x * x ( h, (3, 2, 4)) yields (27, 8, 64) ...
... 3. Apply-to-all – A functional form that takes a single function as a parameter and yields a list of values obtained by applying the given function to each element of a list of parameters Form: For h (x) x * x * x ( h, (3, 2, 4)) yields (27, 8, 64) ...
Lecture 10
... • Map – transform everything in the iterable • Filter – filter those that return the value true • Reduce – a two argument function ls1 = map(lambda x: x +2, a) ls2 = filter(lambda x: x%2 == 0, a) ls3 = reduce(lambda x, y : x+y, a ) ...
... • Map – transform everything in the iterable • Filter – filter those that return the value true • Reduce – a two argument function ls1 = map(lambda x: x +2, a) ls2 = filter(lambda x: x%2 == 0, a) ls3 = reduce(lambda x, y : x+y, a ) ...
History of Lisp
... History of Programming Languages Conference. SIGPLAN Notices, Vol. 13, pp. 217223 Wadler, Phillip. “Functional Programming: Why no one uses functional languages” ...
... History of Programming Languages Conference. SIGPLAN Notices, Vol. 13, pp. 217223 Wadler, Phillip. “Functional Programming: Why no one uses functional languages” ...
Chapter 11 slides
... well-defined, so applicative order can be used • A non-strict language does not require all arguments to be well-defined; it requires normal-order evaluation ...
... well-defined, so applicative order can be used • A non-strict language does not require all arguments to be well-defined; it requires normal-order evaluation ...
PZ01A
... correctly performs its required function • Programming environment - external support for the language • Portability of programs - transportability} of the resulting programs from the computer on which they are developed to other computer systems • Cost of use - program execution, program translatio ...
... correctly performs its required function • Programming environment - external support for the language • Portability of programs - transportability} of the resulting programs from the computer on which they are developed to other computer systems • Cost of use - program execution, program translatio ...
Proglan Finals Set B 2nd Term SY 2013
... What are the benefits of functional programming? The biggest benefit of Functional programming is brevity, because code can be more concise. A functional program doesn't create an iterator variable to be the center of a loop, so this and other kinds of overhead are eliminated from your code. The oth ...
... What are the benefits of functional programming? The biggest benefit of Functional programming is brevity, because code can be more concise. A functional program doesn't create an iterator variable to be the center of a loop, so this and other kinds of overhead are eliminated from your code. The oth ...