clojure.more.async
consumeclj
(consume ch f)Takes values repeatedly from channels and applies f to them.
The opposite of produce.
Stops consuming values when the channel is closed.
Takes values repeatedly from channels and applies f to them. The opposite of produce. Stops consuming values when the channel is closed.
consume-blockingclj
(consume-blocking ch f)Runs consume-blocking* in s thread.
Runs `consume-blocking*` in s thread.
consume-blocking*clj
(consume-blocking* ch f)Takes values repeatedly from channels and applies f to them.
The opposite of produce.
Stops consuming values when the channel is closed.
Like consume but blocking.
Takes values repeatedly from channels and applies f to them. The opposite of produce. Stops consuming values when the channel is closed. Like `consume` but blocking.
consume-blocking?clj
(consume-blocking? ch f)Runs consume-blocking?* in s thread.
Runs `consume-blocking?*` in s thread.
consume-blocking?*clj
(consume-blocking?* ch f)Takes values repeatedly from channels and applies f to them. Recurs only when f returns a non false-y value.
The opposite of produce.
Stops consuming values when the channel is closed.
Like consume? but blocking.
Takes values repeatedly from channels and applies f to them. Recurs only when f returns a non false-y value. The opposite of produce. Stops consuming values when the channel is closed. Like `consume?` but blocking.
consume?clj
(consume? ch f)Takes values repeatedly from channels and applies f to them. Recurs only when f returns a non false-y value.
The opposite of produce.
Stops consuming values when the channel is closed.
Takes values repeatedly from channels and applies f to them. Recurs only when f returns a non false-y value. The opposite of produce. Stops consuming values when the channel is closed.
fan!clj
(fan! f xf from to)Partition values from from by f and apply xf to each partition.
Useful for stateful transducer operating on streaming partitioned data
when the partitions aren't know a priori.
Warnings and caveats: creates a new channel and go block per new partition. Very bad for unbounded inputs.
Partition values from `from` by `f` and apply `xf` to each partition. Useful for stateful transducer operating on streaming partitioned data when the partitions aren't know a priori. Warnings and caveats: creates a new channel and go block per new partition. Very bad for unbounded inputs.
produceclj
(produce ch f)(produce ch f close?)Puts the contents repeatedly calling f into the supplied channel.
By default the channel will be closed if f returns nil.
Based on clojure.core.async/onto-chan. Equivalent to (onto-chan ch (repeatedly f)) but cuts out the seq.
Puts the contents repeatedly calling f into the supplied channel. By default the channel will be closed if f returns nil. Based on clojure.core.async/onto-chan. Equivalent to (onto-chan ch (repeatedly f)) but cuts out the seq.
produce-blockingclj
(produce-blocking ch f)(produce-blocking ch f close?)Like produce-blocking* but takes a thread.
Like `produce-blocking*` but takes a thread.
produce-blocking*clj
(produce-blocking* ch f close?)Like produce but blocking.
Like `produce` but blocking.
produce-bound-blockingclj
(produce-bound-blocking ch f close? pre post)Like produce-blocking, but calls pre and post in the context
of the thread.
The value returned by pre is passed to f and post.
pre is called before the loop, post after it exhausts.
Useful for non thread safe objects which throw upon being accessed from different threads.
Like `produce-blocking`, but calls `pre` and `post` in the context of the thread. The value returned by `pre` is passed to `f` and `post`. `pre` is called before the loop, `post` after it exhausts. Useful for non thread safe objects which throw upon being accessed from different threads.
split*clj
(split* f ch m)Takes a channel, function f :: v -> k and a map of keys to channels k -> ch, routing the values v from the input channel to the channel such that (f v) -> ch.
(get m (f v)) must be non-nil for every v!
Takes a channel, function f :: v -> k and a map of keys to channels k -> ch, routing the values v from the input channel to the channel such that (f v) -> ch. (get m (f v)) must be non-nil for every v!
split-maybeclj
(split-maybe f ch m)Takes a channel, function f :: v -> k and a map of keys to channels k -> ch, routing the values v from the input channel to the channel such that (f v) -> ch.
If (f v) is not in m, the value is dropped
Takes a channel, function f :: v -> k and a map of keys to channels k -> ch, routing the values v from the input channel to the channel such that (f v) -> ch. If (f v) is not in m, the value is dropped
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