1.1. block code ¶
block_code
block_code =,block_code =,block_code . block_code
block_code
https://en.wikipedia.org/wiki/Block_code
block_code =,block_code =,block_code . block_code
block_codehttps://en.wikipedia.org/wiki/Block_code
1.2. block cipher(cypher) ¶
block_cipher =,block_cipher . block_cipher
블록암호
block_cipher o (2023-10-31) or
block_cypher x (2023-10-31)
sub of 암호,cipher or 암호,cypher.
// curr at 암호,amho?action=highlight&value=block_c
블록암호
block_cipher o (2023-10-31) orblock_cypher x (2023-10-31)sub of 암호,cipher or 암호,cypher.
// curr at 암호,amho?action=highlight&value=block_c
1.4. (PL에서) 실행코드의 단위?? ¶
대충 curly brace PL에선 { ... } 안에 들어가는 그거?
아마 알골,ALGOL descendents PL에선
C descendents PL에선
?
begin ... end,C descendents PL에선
{ ... } (curly bracket/curly brace language)?
1.5. (PL에서) anonymous function을 뜻할 수 있음 ¶
anonymous_function =,anonymous_function . anonymous_function - 익명함수 무명함수 ..중에
due to:
https://en.wikipedia.org/wiki/Anonymous_function
2023-11-18 첫 문장
"In computer programming, an anonymous function (function literal, lambda abstraction, lambda function, lambda expression or block) is a function definition that is not bound to an identifier."
due to:
https://en.wikipedia.org/wiki/Anonymous_function
2023-11-18 첫 문장
"In computer programming, an anonymous function (function literal, lambda abstraction, lambda function, lambda expression or block) is a function definition that is not bound to an identifier."
저걸 무조건 믿고 따른다면 이렇다. (사실 아래 =는 완전한 synonym을 뜻하지 않으므로)
anonymous function = function literal = lambda abstraction = lambda function = lambda expression = block
anonymous_function = function_literal = lambda_abstraction = lambda_function = lambda_expression = block
anonymous_function = function_literal = lambda_abstraction = lambda_function = lambda_expression = block
익명함수,anonymous_function/무명함수,anonymous_function? = 함수리터럴,function_literal? = 람다추상화,lambda_abstraction = 람다함수,lambda_function? = 람다식,lambda_expression = block
anonymous function = function literal = lambda abstraction = lambda function = lambda expression = block
anonymous_function = function_literal = lambda_abstraction = lambda_function = lambda_expression = block
anonymous_function = function_literal = lambda_abstraction = lambda_function = lambda_expression = block
익명함수,anonymous_function/무명함수,anonymous_function? = 함수리터럴,function_literal? = 람다추상화,lambda_abstraction = 람다함수,lambda_function? = 람다식,lambda_expression = block
2. 관련단어 ¶
블로킹,blocking =블로킹,blocking =,blocking 블로킹 blocking { page name confirmed via kornorms at 2023-11-12. 블록킹,blocking 아님. 
블로킹 blocking }
블로커,blocker { page name confirmed via kornorms at 2023-11-12. 블록커,blocker 아님.블로커 blocker }
록,lock ? 로크,lock? - 락,lock은 아닌듯 =,lock .
{
page name not sure
블로킹 blocking }블로커,blocker { page name confirmed via kornorms at 2023-11-12. 블록커,blocker 아님.
블로커 blocker }록,lock ? 로크,lock? - 락,lock은 아닌듯 =,lock .
{
page name not sure
일단 kornorms lock에서 보이는 몇개는 // 이것들 대체로 민간(?) 실용(?)에서는 락이 더 많이 쓰이는데
로커,locker =로커,locker =,locker 로커 locker { page name confirmed via kornorms at 2023-11-12. 록커,locker 아님. }
에어 로크 air lock -
air lock
푸시록 push lock (이 둘?) 자물쇠의 일종 -push lock
로크 링 lock ringlock ring
플록 flock
인터록 interlockinterlock
클록,clock
블로킹,blocking
블로커,blocker
블록,block
로로크 rowlockrowlock
포인터 로크 pointer lockpointer lock
}
에어 로크 air lock -
air lock푸시록 push lock (이 둘?) 자물쇠의 일종 -
push lock로크 링 lock ring
lock ring플록 flock
인터록 interlock
interlock클록,clock
블로킹,blocking
블로커,blocker
블록,block
로로크 rowlock
rowlock포인터 로크 pointer lock
pointer lock}