injest.report.path
+>clj/smacro
(+> x & forms)Just like ->> but for ints will index into vectors and sequences and get
into maps, whereas for strings, booleans and nils, will be passed to the
thread-value as a lookup param. Also wraps lambdas.
As in:
(let [m {1 {"b" [0 1 {:c :res}]}}]
(+> m 1 "b" 2 :c name #(str "hi" % "!"))) ;=> "hi res!"
Just like ->> but for ints will index into vectors and sequences and `get`
into maps, whereas for strings, booleans and nils, will be passed to the
thread-value as a lookup param. Also wraps lambdas.
As in:
(let [m {1 {"b" [0 1 {:c :res}]}}]
(+> m 1 "b" 2 :c name #(str "hi" % "!"))) ;=> "hi res!"+>>clj/smacro
(+>> x & forms)Just like ->> but for ints will index into vectors and sequences and get
into maps, whereas for strings, booleans and nils, will be passed to the
thread-value as a lookup param. Also wraps lambdas.
As in:
(let [m {1 {"b" [0 1 {:c :res}]}}]
(+>> m 1 "b" 2 :c name #(str "hi" % "!"))) ;=> "hi res!"
Just like ->> but for ints will index into vectors and sequences and `get`
into maps, whereas for strings, booleans and nils, will be passed to the
thread-value as a lookup param. Also wraps lambdas.
As in:
(let [m {1 {"b" [0 1 {:c :res}]}}]
(+>> m 1 "b" 2 :c name #(str "hi" % "!"))) ;=> "hi res!"=>>clj/s≠macro
(=>> x & thread)Just like x>> but first composes stateless transducers into a function that
r/folds in parallel the values flowing through the thread. Remaining
stateful transducers are composed just like x>>.
Just like x>> but first composes stateless transducers into a function that `r/fold`s in parallel the values flowing through the thread. Remaining stateful transducers are composed just like x>>.
(=>> & args)Just like x>>, for now
Just like x>>, for now
x>>clj/smacro
(x>> x & thread)Just like +>> but first composes transducers into a function that sequences the thread values through the transducers.
Just like +>> but first composes transducers into a function that sequences the thread values through the transducers.
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