io.dylemma.spac.interop.fs2
Provides implicits to allow for interop between the core SPaC classes and fs2 / cats-effect.
ParsergetstoPipeandparseFTransformergetstoPipeSourcegetstoResourceandtoStream
Attributes
Members list
Packages
Type members
Classlikes
Since Parser is by design a stream consumer, we can provide the parseF helper which consumes a fs2.Stream in an effectful way. We can also provide the toPipe method, which transforms an input fs2.Stream to a new stream which emits exactly one value or raises an error.
Since Parser is by design a stream consumer, we can provide the parseF helper which consumes a fs2.Stream in an effectful way. We can also provide the toPipe method, which transforms an input fs2.Stream to a new stream which emits exactly one value or raises an error.
Attributes
- Supertypes
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class AnyValtrait Matchableclass Any
Since Source is a synchronous-only encoding of the Resource pattern, it can be converted to a cats.effect.Resource by suspending its open and close operations in a Sync effect type F, yielding an Iterator[A] as its value.
Since Source is a synchronous-only encoding of the Resource pattern, it can be converted to a cats.effect.Resource by suspending its open and close operations in a Sync effect type F, yielding an Iterator[A] as its value.
This can be taken a step further by lifting that Resource to a fs2.Stream and wrapping the provided Iterator as a stream, to treat the whole Source[A] as a fs2.Stream[F, A]
Attributes
- Supertypes
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class AnyValtrait Matchableclass Any
Since a Transformer is by design a stream transformation, we can naturally provide a conversion from Transformer to fs2.Pipe
Since a Transformer is by design a stream transformation, we can naturally provide a conversion from Transformer to fs2.Pipe
Attributes
- Supertypes
-
class AnyValtrait Matchableclass Any
Implicits
Implicits
Since Parser is by design a stream consumer, we can provide the parseF helper which consumes a fs2.Stream in an effectful way. We can also provide the toPipe method, which transforms an input fs2.Stream to a new stream which emits exactly one value or raises an error.
Since Parser is by design a stream consumer, we can provide the parseF helper which consumes a fs2.Stream in an effectful way. We can also provide the toPipe method, which transforms an input fs2.Stream to a new stream which emits exactly one value or raises an error.
Attributes
Since Source is a synchronous-only encoding of the Resource pattern, it can be converted to a cats.effect.Resource by suspending its open and close operations in a Sync effect type F, yielding an Iterator[A] as its value.
Since Source is a synchronous-only encoding of the Resource pattern, it can be converted to a cats.effect.Resource by suspending its open and close operations in a Sync effect type F, yielding an Iterator[A] as its value.
This can be taken a step further by lifting that Resource to a fs2.Stream and wrapping the provided Iterator as a stream, to treat the whole Source[A] as a fs2.Stream[F, A]
Attributes
Since a Transformer is by design a stream transformation, we can naturally provide a conversion from Transformer to fs2.Pipe
Since a Transformer is by design a stream transformation, we can naturally provide a conversion from Transformer to fs2.Pipe