object SigningKeyUsage extends Serializable
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- val All: NonEmpty[Set[SigningKeyUsage]]
- val NamespaceOnly: NonEmpty[Set[SigningKeyUsage]]
- val NamespaceOrProofOfOwnership: NonEmpty[Set[SigningKeyUsage]]
- val ProofOfOwnershipOnly: NonEmpty[Set[SigningKeyUsage]]
- val ProtocolOnly: NonEmpty[Set[SigningKeyUsage]]
- val ProtocolWithProofOfOwnership: NonEmpty[Set[SigningKeyUsage]]
- val SequencerAuthenticationOnly: NonEmpty[Set[SigningKeyUsage]]
- def addProofOfOwnership(usage: NonEmpty[Set[SigningKeyUsage]]): NonEmpty[Set[SigningKeyUsage]]
Adds the
ProofOfOwnershipOnlyusage to the list of usages, unless it forms an invalid combination. - final def asInstanceOf[T0]: T0
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- @throws(classOf[java.lang.CloneNotSupportedException]) @IntrinsicCandidate() @native()
- def compatibleUsageForSignAndVerify(keyUsage: NonEmpty[Set[SigningKeyUsage]], allowedUsages: NonEmpty[Set[SigningKeyUsage]]): Boolean
Ensures that the intersection of a
key's usagesand theallowed usagesis not empty, guaranteeing that at least one usage is shared.Ensures that the intersection of a
key's usagesand theallowed usagesis not empty, guaranteeing that at least one usage is shared.This function should only be used in the context of signing and verification, as it treats
ProofOfOwnershiplike any other usage and attempts to match it.The only case where
ProofOfOwnershipcan be part of the allowed usages is when signing or verifying topology mappings such asOwnerToKeyMappingsorPartyToKeyMappings, where the keys must self-sign the request. - final def eq(arg0: AnyRef): Boolean
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- def equals(arg0: AnyRef): Boolean
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- def fromDbTypeToSigningKeyUsage(dbTypeInt: Int): Option[SigningKeyUsage]
Ignores the identity_delegation usage (dbTypeInt == 1) by returning None.
Ignores the identity_delegation usage (dbTypeInt == 1) by returning None. We can do this because, up until now, identity_delegation has never been the sole usage of a key.
- def fromProtoEnum(field: String, usageP: v30.SigningKeyUsage): ParsingResult[Option[SigningKeyUsage]]
Ignores the identity_delegation usage by returning None.
Ignores the identity_delegation usage by returning None. We can do this because, up until now, identity_delegation has never been the sole usage of a key.
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- @nowarn()
- def fromProtoListWithDefault(usages: Seq[v30.SigningKeyUsage]): ParsingResult[NonEmpty[Set[SigningKeyUsage]]]
When deserializing the usages for a signing key, if the usages are empty, we default to allowing all usages to maintain backward compatibility.
- def fromProtoListWithoutDefault(usages: Seq[v30.SigningKeyUsage]): ParsingResult[NonEmpty[Set[SigningKeyUsage]]]
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- final def isInstanceOf[T0]: Boolean
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- def isUsageValid(usage: NonEmpty[Set[SigningKeyUsage]]): Boolean
- def matchesRelevantUsages(keyUsage: NonEmpty[Set[SigningKeyUsage]], allowedUsages: NonEmpty[Set[SigningKeyUsage]]): Boolean
Verifies that there is at least one common usage between a
key's usagesand theallowed usages, considering only relevant usages and excluding the internalProofOfOwnershiptype.Verifies that there is at least one common usage between a
key's usagesand theallowed usages, considering only relevant usages and excluding the internalProofOfOwnershiptype.ProofOfOwnershipshould only be considered when signing or verifying. This method must be used for all other scenarios, such as filtering or finding keys. - final def ne(arg0: AnyRef): Boolean
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- case object Namespace extends SigningKeyUsage with Product with Serializable
- case object Protocol extends SigningKeyUsage with Product with Serializable
- case object SequencerAuthentication extends SigningKeyUsage with Product with Serializable