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closu
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There are 5 letters in CLOSU ( C3L1O1S1U1 )
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Definitions of closu in various dictionaries:
CLOSU - In programming languages, a closure (also lexical closure or function closure) is a technique for implementing lexically scoped name binding in a lan...
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In programming languages, a closure (also lexical closure or function closure) is a technique for implementing lexically scoped name binding in a language with first-class functions. Operationally, a closure is a record storing a function together with an environment. The environment is a mapping associating each free variable of the function (variables that are used locally, but defined in an enclosing scope) with the value or reference to which the name was bound when the closure was created. A closure—unlike a plain function—allows the function to access those captured variables through the closure's copies of their values or references, even when the function is invoked outside their scope. * Example. The following program fragment defines a higher-order function (function returning a function) add with a parameter x and a nested function addX. The nested function addX has access to x, because x is in the lexical scope of addX. The function add returns a closure; this closure contains (1) a reference to the function addX, and (2) a copy of the environment around addX in which x has the value given in that specific invocation of add. * function add(x) * function addX(y) * return y + x * return addX * * variable add1 = add(1) * variable add5 = add(5) * * assert add1(3) = 4 * assert add5(3) = 8 * * Note that, as add returns a value of function type, the variables add1 and add5 are also of function type. Invoking add1(3) will return 4, because it assigns 3 to parameter y in the call to addX, using the saved environment for addX where x is 1. Invoking add5(3) will return 8, because while it also assigns 3 to parameter y in the call to addX, it is now using another saved environment for addX where x is 5. So while add1 and add5 both use the same function addX, the associated environments differ, and invoking the closures will bind the name x to two different values in the two invocations, thus evaluating the function to two different results. |