object HealthReporter
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def
fromChecks[F[_], H[_]](first: HealthCheck[F, H], rest: HealthCheck[F, H]*)(implicit arg0: Apply[F], arg1: Reducible[H]): HealthReporter[F, NonEmptyList, H]
Equivalent to wrapChecks for G = NonEmptyList, with more pleasant syntax.
- def fromResults[G[_], H[_]](results: G[HealthResult[H]])(implicit arg0: Reducible[G], arg1: Functor[G], arg2: Reducible[H]): HealthResult[[γ$0$]Report[G, H, γ$0$]]
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notifyAll(): Unit
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def
parWrapChecks[F[_], G[_], H[_]](checks: G[HealthCheck[F, H]])(implicit arg0: NonEmptyParallel[F], arg1: Functor[F], arg2: NonEmptyTraverse[G], arg3: Reducible[H]): HealthReporter[F, G, H]
Constructs a healthcheck from a non-empty structure G of healthchecks that are run in parallel.
Constructs a healthcheck from a non-empty structure G of healthchecks that are run in parallel. The status of the whole check is determined using the results of given checks.
e.g. if all checks need to return Healthy for the whole thing to be healthy, use Health.allHealthyCommutativeMonoid.
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def
wrapChecks[F[_], G[_], H[_]](checks: G[HealthCheck[F, H]])(implicit arg0: Apply[F], arg1: NonEmptyTraverse[G], arg2: Reducible[H]): HealthReporter[F, G, H]
Constructs a healthcheck from a non-empty structure G of healthchecks.
Constructs a healthcheck from a non-empty structure G of healthchecks. The status of the whole check is determined using the results of given checks.
e.g. if all checks need to return Healthy for the whole thing to be healthy, use Health.allHealthyCommutativeMonoid.
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(Since version ) see corresponding Javadoc for more information.