# combinators in a sentence

- It is in this way that primitive
*combinators* behave as functions. - In untyped lambda calculus fixed-point
*combinators* are not especially rare. - This anonymous recursion can be produced generically via fixed-point
*combinators*. - These
*combinators* are extremely useful when translating predicate logic or lambda calculus into combinator expressions. - Fixed-point
*combinators* may also be easily defined in other functional and imperative languages. - It's difficult to find
*combinators* in a sentence. - Only parser
*combinators* are faster in Haskell. - Closed lambda expressions are also known as
*combinators* and are equivalent to terms in combinatory logic. - The first linguistic and psycholinguistic arguments for basing the grammar on
*combinators* were put forth by Szabolcsi. - The simple implementations of parser
*combinators* have some shortcomings, which are common in top-down parsing. - *Esqueleto : is a haskell
*combinators* layer to generate correct relational queries to " persistent ". - In 2005 Mayer Goldberg showed that the set of fixed-point
*combinators* of untyped lambda calculus is recursively enumerable. - The
*combinators* may be combined to direct values to their correct places in the expression without ever naming them as variables. - Na飗e combinatory parsing requires monads to construct the
*combinators* for systematic and correct threading of memo-table throughout the computation. - The CCG formalism defines a number of
*combinators* ( application, composition, and type-raising being the most common ). - Following the definitions of two basic recognizers p and q, we can define two major parser
*combinators* for alternative and sequencing: