# Bit-xor clojure

2018年7月29日 (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World ( defn Example [] (def x (bit-and 00111100 00001101)) (println x) (def x (bit-or 00111100 00001101)) (println x) (def x (bit-xor 00111100 00001101

Log in t Source docstring: Bitwise exclusive or. Function code @ clojurescript:src/main/ cljs/cljs/core.cljs. (defn bit-xor ([x y] (cljs.core/bit-xor x y)) ([x y & more] (reduce bit- xor (cljs.core/bit-xor x y) more)))  Sr.No. Operator & Description. 1. If the last bit is set then  The query above has one variable ?e, and will take one input, a collection of tuples with at least three components. This clause [?e :age 42] is Expression clauses allow arbitrary Java or Clojure functions to be used inside of Datalog bnot, Unary bitwise NOT, Integer. div, Integer division, Integer. rem, Integer remainder of X/Y, Integer. band, Bitwise AND, Integer. bor, Bitwise OR, Integer.

## Based on Primitive Math by Zach Tellman several operators are introduced and replace clojure.core functions. All operators are macros and can't be used as functions. List includes: Known from Clojure: * +-/ > < >= <= == rem quot mod bit-or bit-and bit-xor bit-not bit-shift-left bit-shift-right unsigned-bit-shift-right inc dec zero? neg? pos ;=> 3. Perfect! Next you want to adjust the earlier for form to return bit-xor along with x and y. The easiest way to do this depends on wha 24 Aug 2010 (reduce * '(1 2 3 4)) ;24 (reduce + [1 2 3 4]) ;10 (reduce bit-xor '(1 2 3 4 5)) ;1 ;; So why has this simple operation got a scary reputation?

### Bit Fields using Clojure A bit array is a way of getting a very compact array of Boolean values with each value being represented as a single bit. Bit arrays are usually associated with low(er)-level like C, but you can do them in Clojure too.

;=> 3. Perfect! Next you want to adjust the earlier for form to return bit-xor along with x and y. The easiest way to do this depends on wha 24 Aug 2010 (reduce * '(1 2 3 4)) ;24 (reduce + [1 2 3 4]) ;10 (reduce bit-xor '(1 2 3 4 5)) ;1 ;; So why has this simple operation got a scary reputation? ;; I think it's because all the common cases are so useful that th 10 Jan 2020 2021-02-23 12:56:20, F - Xor Shift · marco_marticus · PyPy3 (7.3.0), 0, 2085 Byte, TLE, 2226 ms, 724184 KB, Detail.

rem, Integer remainder of X/Y, Integer. band, Bitwise AND, Integer. bor, Bitwise OR, Integer. bxor, Arithmetic bitwise XOR, Integer. bsl, Arithmetic bitshift left, Integer. In the past I've done some functional programming in several languages, even a bit of Common Lisp during my studies, so naturally I became a bit curious when colleagues started talking about and even using Clojure. 3. bit-xor. これはビット単位の「 xor」または排他的な「or」演算子です. 4.

with xor it helps to think of xor as “bit parity” – with an even number of set bits in the inp Bitwise bit-and bit-or bit-xor bit-not bit-flip bit-set bit-shift-right bit-shift-left bit-and- not bit-clear bit-test unsigned-bit-shift-right (see BigInteger for integers larger than . Long). Cast byte short int long float double bigdec b 2018年7月29日 (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World ( defn Example [] (def x (bit-and 00111100 00001101)) (println x) (def x (bit-or 00111100 00001101)) (println x) (def x (bit-xor 00111100 00001101 Documentation doc find-doc source (clojure.contrib.repl-utils). Data Structures Bitwise ops: bit-{and, or, xor, not, flip, set, shift-right, shift-left, and-not, clear, test}. Integer ops: odd even. Random num: rand rand-int.

Binary Fundamentals A quick overview on binary: Clojure 1.10 Cheat Sheet (v49) bit-and bit-or bit-xor bit-not bit-flip bit-set bit-shift-right bit-shift-left bit-and-not bit-clear bit-test unsigned-bit-shift function/macro: since v0.0-927: clojure.core/bit-or: (bit-or x y) (bit-or x y & more) bit-and bit-or bit-xor bit-not bit-flip bit-set bit-shift-right bit-shift-left bit-and-not bit-clear bit-test unsigned-bit-shift-right reference: Clojure cheatsheet , Cheatsheet with tooltips , ClojureScript source nil is a possible value of any data type in Clojure. nil has the same value as Java null. The Clojure conditional system is based around nil and false, with nil and false representing the values of logical falsity in conditional tests - anything else is logical truth. (:refer-clojure:exclude [max min * - + > >= < <= bit-and bit-xor]) (:require [clojure.core.matrix :as m] [cortex.tensor :as tensor] [think.datatype.core :as dtype])) (defn max " Takes an input tensor and returns the max of x or the value given, mutates the output tensor and returns it " ([output max-value] (max output output max-value Cheatsheet Clojure 1.10 Cheat Sheet (v49) Download PDF version / Source repo. Many thanks to Steve Tayon for creating it and Andy Fingerhut for ongoing maintenance. bit-and bit-or bit-xor bit-not bit-flip bit-set bit-shift-right bit-shift-left bit-and-not bit-clear bit-test unsigned-bit-shift-right reference: Clojure cheatsheet , Cheatsheet with tooltips , ClojureScript source function/macro: since v0.0-927: clojure.core/bit-or: (bit-or x y) (bit-or x y & more) bit-xor function clojure.core Bitwise exclusive or.

nil is a possible value of any data type in Clojure. nil has the same value as Java null.

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### Signed 64 bit integers for Clojure (Script). Function names and behaviour follow clojure conventions, e.g. bit-xor not just xor. A few new functions have been added too, notably long? and bit-rotate-left. Supported functions by namespace

nil is a possible value of any data type in Clojure. nil has the same value as Java null. The Clojure conditional system is based around nil and false, with nil and false representing the values of logical falsity in conditional tests - anything else is logical truth.