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- Let_expression abstract "In computer science, a "let" expression associates a function definition with a restricted scope.The "let" expression may also be defined in mathematics, where it associates a Boolean condition with a restricted scope.The "let" expression may be considered as a Lambda abstraction applied to a value. Within mathematics, a let expression may also be considered as a conjunction of expressions, within an existential quantifier which restricts the scope of the variable.The let expression is present in many functional languages to allow the local definition of expression, for use in defining another expression. The let-expression is present in some functional languages in two forms; let or "let rec". Let rec is an extension of the simple let expression which uses the fixed-point combinator to implement recursion.".
- Let_expression wikiPageID "36401828".
- Let_expression wikiPageLength "39485".
- Let_expression wikiPageOutDegree "43".
- Let_expression wikiPageRevisionID "630287537".
- Let_expression wikiPageWikiLink ALGOL.
- Let_expression wikiPageWikiLink Category:Lambda_calculus.
- Let_expression wikiPageWikiLink Conditional_(computer_programming).
- Let_expression wikiPageWikiLink Constraint_logic_programming.
- Let_expression wikiPageWikiLink Currys_paradox.
- Let_expression wikiPageWikiLink Dana_Scott.
- Let_expression wikiPageWikiLink Deductive_lambda_calculus.
- Let_expression wikiPageWikiLink Fixed-point_combinator.
- Let_expression wikiPageWikiLink Function_(computer_science).
- Let_expression wikiPageWikiLink Haskell_(programming_language).
- Let_expression wikiPageWikiLink Lambda_calculus.
- Let_expression wikiPageWikiLink Lambda_lifting.
- Let_expression wikiPageWikiLink Logical_conjunction.
- Let_expression wikiPageWikiLink ML_(programming_language).
- Let_expression wikiPageWikiLink Mathematics.
- Let_expression wikiPageWikiLink Metaprogramming.
- Let_expression wikiPageWikiLink Narrowing_of_algebraic_value_sets.
- Let_expression wikiPageWikiLink Pascal_(programming_language).
- Let_expression wikiPageWikiLink Programming_Computable_Functions.
- Let_expression wikiPageWikiLink Recursion_(computer_science).
- Let_expression wikiPageWikiLink Scheme_(programming_language).
- Let_expression wikiPageWikiLink Scope_(computer_science).
- Let_expression wikiPageWikiLink Subroutine.
- Let_expression wikiPageWikiLink Syntactic_sugar.
- Let_expression wikiPageWikiLink Universal_quantification.
- Let_expression wikiPageWikiLinkText "Conversion from lambda to let expressions".
- Let_expression wikiPageWikiLinkText "Conversion from let to lambda expressions".
- Let_expression wikiPageWikiLinkText "Conversion rules".
- Let_expression wikiPageWikiLinkText "Let expression".
- Let_expression wikiPageWikiLinkText "definition of a let expression".
- Let_expression wikiPageWikiLinkText "let expression may be expressed as a lambda abstraction".
- Let_expression wikiPageWikiLinkText "let expression".
- Let_expression wikiPageWikiLinkText "translating between let and lambda expressions".
- Let_expression hasPhotoCollection Let_expression.
- Let_expression wikiPageUsesTemplate Template:Reflist.
- Let_expression subject Category:Lambda_calculus.
- Let_expression comment "In computer science, a "let" expression associates a function definition with a restricted scope.The "let" expression may also be defined in mathematics, where it associates a Boolean condition with a restricted scope.The "let" expression may be considered as a Lambda abstraction applied to a value.".
- Let_expression label "Let expression".
- Let_expression sameAs m.01028h_r.
- Let_expression sameAs Q17097187.
- Let_expression sameAs Q17097187.
- Let_expression wasDerivedFrom Let_expression?oldid=630287537.
- Let_expression isPrimaryTopicOf Let_expression.