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Removing reference to sequence/c

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This commit is contained in:
Jay McCarthy 2010-08-12 13:16:16 -06:00
parent 2751ace762
commit 383465aa06
1 changed files with 16 additions and 16 deletions
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32
collects/scribblings/reference/sequences.scrbl
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@ -65,9 +65,9 @@ each element in the sequence.
@defthing[empty-seqn sequence?]{ A sequence with no elements. } @defthing[empty-seqn sequence?]{ A sequence with no elements. }
@defthing[(seqn->list [s (sequence/c any/c)]) list?]{ Returns a list whose @defthing[(seqn->list [s sequence?]) list?]{ Returns a list whose
elements are the elements of the @scheme[s]. If @scheme[s] is infinite, this elements are the elements of the @scheme[s], which must be a one-valued sequence.
function does not terminate. } If @scheme[s] is infinite, this function does not terminate. }
@defproc[(seqn-cons [v any/c] @defproc[(seqn-cons [v any/c]
... ...
@ -103,37 +103,37 @@ Returns a sequence equivalent to @scheme[s], except the first @scheme[i] element
Returns a sequence that contains all elements of each sequence in the order they appear in the original sequences. The Returns a sequence that contains all elements of each sequence in the order they appear in the original sequences. The
new sequence is constructed lazily. } new sequence is constructed lazily. }
@defproc[(seqn-map [f (-> any/c ..._0 (values any/c ..._1))] @defproc[(seqn-map [f procedure?]
[s (sequence/c any/c ..._0)]) [s sequence?])
(sequence/c any/c ..._1)]{ sequence?]{
Returns a sequence that contains @scheme[f] applied to each element of @scheme[s]. The new sequence is constructed lazily. } Returns a sequence that contains @scheme[f] applied to each element of @scheme[s]. The new sequence is constructed lazily. }
@defproc[(seqn-andmap [f (-> any/c ..._0 boolean?)] @defproc[(seqn-andmap [f (-> any/c ... boolean?)]
[s (sequence/c any/c ..._0)]) [s sequence?])
boolean?]{ boolean?]{
Returns @scheme[#t] if @scheme[f] returns a true result on every element of @scheme[s]. If @scheme[s] is infinite and @scheme[f] never Returns @scheme[#t] if @scheme[f] returns a true result on every element of @scheme[s]. If @scheme[s] is infinite and @scheme[f] never
returns a false result, this function does not terminate. } returns a false result, this function does not terminate. }
@defproc[(seqn-ormap [f (-> any/c ..._0 boolean?)] @defproc[(seqn-ormap [f (-> any/c ... boolean?)]
[s (sequence/c any/c ..._0)]) [s sequence?])
boolean?]{ boolean?]{
Returns @scheme[#t] if @scheme[f] returns a true result on some element of @scheme[s]. If @scheme[s] is infinite and @scheme[f] never Returns @scheme[#t] if @scheme[f] returns a true result on some element of @scheme[s]. If @scheme[s] is infinite and @scheme[f] never
returns a true result, this function does not terminate. } returns a true result, this function does not terminate. }
@defproc[(seqn-for-each [f (-> any/c ..._0 any)] @defproc[(seqn-for-each [f (-> any/c ... any)]
[s (sequence/c any/c ..._0)]) [s sequence?])
(void)]{ (void)]{
Applies @scheme[f] to each element of @scheme[s]. If @scheme[s] is infinite, this function does not terminate. } Applies @scheme[f] to each element of @scheme[s]. If @scheme[s] is infinite, this function does not terminate. }
@defproc[(seqn-fold [f (-> any/c any/c ..._0 any/c)] @defproc[(seqn-fold [f (-> any/c any/c ... any/c)]
[i any/c] [i any/c]
[s (sequence/c any/c ..._0)]) [s sequence?])
(void)]{ (void)]{
Folds @scheme[f] over each element of @scheme[s] with @scheme[i] as the initial accumulator. If @scheme[s] is infinite, this function does not terminate. } Folds @scheme[f] over each element of @scheme[s] with @scheme[i] as the initial accumulator. If @scheme[s] is infinite, this function does not terminate. }
@defproc[(seqn-filter [f (-> any/c ..._0 boolean?)] @defproc[(seqn-filter [f (-> any/c ..._0 boolean?)]
[s (sequence/c any/c ..._0)]) [s sequence?])
(sequence/c any/c ..._0)]{ sequence?]{
Returns a sequence whose elements are the elements of @scheme[s] for which @scheme[f] returns a true result. Although the new sequence is constructed Returns a sequence whose elements are the elements of @scheme[s] for which @scheme[f] returns a true result. Although the new sequence is constructed
lazily, if @scheme[s] has an infinite number of elements where @scheme[f] returns a false result in between two elements where @scheme[f] returns a true result lazily, if @scheme[s] has an infinite number of elements where @scheme[f] returns a false result in between two elements where @scheme[f] returns a true result
then operations on this sequence will not terminate during that infinite sub-sequence. } then operations on this sequence will not terminate during that infinite sub-sequence. }