context

Zenith is written in a generic way so that it can be used with different contexts.

This package provides a functional implementation of a Zenith Context.

This package is not required to use Zenith, rather it is simply an example of how one may choose to implement a Zenith Context.

The implementation uses Scala Future to provide the context's asynchronous functionality and a stack of Monad Transformers to encapsulate all logging and errors. This implementation could easily be changed to use a Twitter or Akka Future in place of the Scala Future.

Linear Supertypes

AnyRef, Any

Type Members

case class Log(channel: Option[String], level: Level, message: String) extends Product with Serializable
case class LoggingContext(logs: List[Log]) extends Product with Serializable
type Type[$] = EitherT[[γ$0$]WriterT[Future, LoggingContext, γ$0$], Throwable, $]

Value Members

object LoggingContext extends Serializable
def typeclassImplementations(colourLogs: Boolean = true, defaultVebosity: Level = Logger.Level.DEBUG, verbosityOverrides: Map[Channel, Level] = Map ())(implicit ec: ExecutionContext): Monad[Type] with Async[Type] with Logger[Type] { implicit val monadFuture: cats.Monad[scala.concurrent.Future] }

package context

Type Members

case class Log(channel: Option[String], level: Level, message: String) extends Product with Serializable

case class LoggingContext(logs: List[Log]) extends Product with Serializable

type Type[$] = EitherT[[γ$0$]WriterT[Future, LoggingContext, γ$0$], Throwable, $]

Value Members

object LoggingContext extends Serializable

def typeclassImplementations(colourLogs: Boolean = true, defaultVebosity: Level = Logger.Level.DEBUG, verbosityOverrides: Map[Channel, Level] = Map ())(implicit ec: ExecutionContext): Monad[Type] with Async[Type] with Logger[Type] { implicit val monadFuture: cats.Monad[scala.concurrent.Future] }

Inherited from AnyRef

Inherited from Any

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