Create a Splitter that treats consecutive values matching the predicate p as
substreams with no particular context value.
Create a Splitter that treats consecutive values matching the predicate p as
substreams with no particular context value.
For example, given a matcher like i => i % 2 == 0, a stream like
1 3 2 2 4 5 6 7 8 10 4 3 1
could be treated as having three substreams:
2 2 468 10 4
Create a Splitter that treats consecutive matched values as substreams.
Create a Splitter that treats consecutive matched values as substreams.
For example, given a matcher like { case c if c.isLetter => c }, a stream like
1 2 3 A B C 4 5 6 D 7 8 E F G H 9
could be treated as having three substreams, where each substream's "context value" is the first letter in that group (because context is always defined by the beginning of the substream).
A B C with context 'A' (between the 3 and 4)D with context 'D' (between the 6 and 7)E F G H with context 'E' (between the 8 and 9)A function defining which inputs count as a "match"
Create a splitter that starts a new substream every time the predicate function p returns true for an input.
Create a splitter that starts a new substream every time the predicate function p returns true for an input.
Any inputs passed through before the initial match will be discarded, but every event thereafter will be part
of a substream. Context is ignored for substreams from this method - the context type is Any.
For example, in a stream like 4 3 2 1 2 3 1 2 1 2 3 4, if our predicate was { _ == 1 },
then we'd have a new substream starting from each 1 input.
The input type
The predicate function responsible for determining if a new context should start for an input.
A splitter that starts a new substream for every input where p(input) == true
Create a splitter that starts a new substream every time the matcher matches.
Create a splitter that starts a new substream every time the matcher matches.
Any events passed through before the initial match will be discarded, but every event
thereafter will be part of a substream. The context for a substream is based on the
value returned by the matcher for the event that caused that match.
For example, in a stream like 4 3 2 1 2 3 1 2 1 2 3 4, if our matcher was { case 1 => "yay" },
then we'd have a new substream with context "yay" every time a 1 came through:
The input type
The extracted context type
A PartialFunction that can extract a context value from inputs
A splitter that starts a new substream for every input where matcher.isDefinedAt(input),
with a context equal to matcher(input).