command-types.json

{
  "CreateCredentialDesignArgs": {
    "kind": "data class",
    "name": "CreateCredentialDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class CreateCredentialDesignArgs(\n    val tenantId: String,\n    val input: CreateCredentialDesignInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class CreateCredentialDesignInput\n    @JvmOverloads\n    constructor(\n        val bindings: List<DesignBinding>,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode = DesignHostingMode.LOCAL,\n        val credentialTemplateId: Uuid? = null,\n        val issuerDesignId: Uuid? = null,\n        val displays: List<LocalizedCredentialDisplay>,\n        val claims: List<ClaimPresentation> = emptyList(),\n        val renderVariantIds: List<Uuid> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class LocalizedCredentialDisplay\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val name: String,\n        val description: String? = null,\n        val issuerNameOverride: String? = null,\n        val preferredRenderVariantIds: List<Uuid> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class ClaimPresentation\n    @JvmOverloads\n    constructor(\n        val path: DesignClaimPath,\n        val labels: List<ClaimLabel>,\n        val mandatory: Boolean = false,\n        val sdPolicy: SdPolicy = SdPolicy.ALLOWED,\n        val order: Int = 0,\n        val group: String? = null,\n        val svgId: String? = null,\n        val valueKind: ClaimValueKind? = null,\n        val widgetHint: ClaimWidgetHint? = null,\n        val markdownAllowed: Boolean = false,\n        val entryCodes: List<String>? = null,\n        val unit: String? = null,\n    )"
  },
  "CredentialDesignRecord": {
    "kind": "data class",
    "name": "CredentialDesignRecord",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class CredentialDesignRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode,\n        val bindings: List<DesignBinding>,\n        val credentialTemplateId: Uuid? = null,\n        val issuerDesignId: Uuid? = null,\n        val displays: List<LocalizedCredentialDisplay>,\n        val claims: List<ClaimPresentation> = emptyList(),\n        val renderVariantIds: List<Uuid> = emptyList(),\n        val derivedRenderHintsId: Uuid? = null,\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val contentHash: String? = null,\n        /** Optional OCA semantic attribute set this design draws from. When present, the OCA-backed\n         *  credential-design resolution derives selective-disclosure and mandatory flags from it. */\n        val semanticAttributeSetRef: SemanticAttributeSetRef? = null,\n        /** Optional attribute-profile this design draws from. When present, credential-design\n         *  resolution derives selective-disclosure and mandatory flags from the profile's resolved\n         *  effective projection in preference to [semanticAttributeSetRef]. The id and pinned\n         *  version are held as primitives so this IDK contract stays free of the EDK profile types. */\n        val attributeProfileId: Uuid? = null,\n        val attributeProfileVersion: Long? = null,\n        val createdAt: Instant,\n        val updatedAt: Instant,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class LocalizedCredentialDisplay\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val name: String,\n        val description: String? = null,\n        val issuerNameOverride: String? = null,\n        val preferredRenderVariantIds: List<Uuid> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class ClaimPresentation\n    @JvmOverloads\n    constructor(\n        val path: DesignClaimPath,\n        val labels: List<ClaimLabel>,\n        val mandatory: Boolean = false,\n        val sdPolicy: SdPolicy = SdPolicy.ALLOWED,\n        val order: Int = 0,\n        val group: String? = null,\n        val svgId: String? = null,\n        val valueKind: ClaimValueKind? = null,\n        val widgetHint: ClaimWidgetHint? = null,\n        val markdownAllowed: Boolean = false,\n        val entryCodes: List<String>? = null,\n        val unit: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class SemanticAttributeSetRef(\n    /** OCA bundle / vocabulary identifier. */\n    val bundleId: String,\n    /** Optional pinned bundle version; null = resolve the current version. */\n    val version: String? = null,\n)\n\ntypealias DesignClaimPath = List<ClaimPathSegment>\n\n@JsExportCompat\n@Serializable\ndata class ClaimLabel\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val label: String,\n        val description: String? = null,\n        @JsExportIgnoreCompat\n        val entryValues: Map<String, String>? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class SdPolicy {\n    ALWAYS,\n    ALLOWED,\n    NEVER,\n}\n\n@JsExportCompat\n@Serializable\nenum class ClaimValueKind {\n    STRING,\n    BOOLEAN,\n    NUMBER,\n    INTEGER,\n    ARRAY,\n    OBJECT,\n    DATE,\n    DATE_TIME,\n    URI,\n    IMAGE,\n    BINARY,\n    MARKDOWN,\n    REFERENCE,\n    UNKNOWN,\n}\n\n@JsExportCompat\n@Serializable\nenum class ClaimWidgetHint {\n    TEXT,\n    MULTILINE_TEXT,\n    CHECKBOX,\n    BADGE,\n    LIST,\n    TABLE,\n    GROUP,\n    DATE,\n    DATE_TIME,\n    URI,\n    IMAGE,\n    MARKDOWN,\n    HIDDEN,\n    PICKLIST,\n    FILE,\n}"
  },
  "ListDesignsArgs": {
    "kind": "data class",
    "name": "ListDesignsArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ListDesignsArgs\n    @JvmOverloads\n    constructor(\n        val tenantId: String,\n        val filter: DesignFilter = DesignFilter(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignFilter\n    @JvmOverloads\n    constructor(\n        val entityType: DesignEntityType? = null,\n        val hostingMode: DesignHostingMode? = null,\n        val binding: DesignBinding? = null,\n        val bindingKey: DesignBindingKey? = null,\n        val bindingValue: String? = null,\n        val aliasContains: String? = null,\n        val sourceType: DesignSourceType? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignEntityType {\n    CREDENTIAL,\n    ISSUER,\n    VERIFIER,\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignBindingKey {\n    VCT,\n    CREDENTIAL_CONFIGURATION_ID,\n    SCHEMA_ID,\n    DOC_TYPE,\n    VC_TYPE,\n    VC_CONTEXT,\n    ISSUER_ID,\n    ISSUER_DID,\n    ISSUER_URI,\n    VERIFIER_CLIENT_ID,\n    OCA_SAID,\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignSourceType {\n    LOCAL_OVERRIDE,\n    LOCAL_SHARED,\n    SCHEMA_INFERENCE,\n    JSON_LD_CONTEXT,\n    CREDENTIAL_TEMPLATE,\n    PARTY_STORE,\n    SD_JWT_VCT_METADATA,\n    SD_JWT_ISSUER_METADATA,\n    OID4VCI_CREDENTIAL_CONFIGURATION,\n    OID4VCI_ISSUER_METADATA,\n    OIDC_DISCOVERY,\n    OPENID_FEDERATION,\n    OAUTH_CLIENT_REGISTRATION,\n    EIDAS_REGISTRY,\n    EIDAS_CREDENTIAL_CATALOGUE,\n    W3C_VC_RENDER_METHOD,\n    OCA_BUNDLE,\n    MANUAL_IMPORT,\n}"
  },
  "FindByBindingKeyArgs": {
    "kind": "data class",
    "name": "FindByBindingKeyArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class FindByBindingKeyArgs(\n    val tenantId: String,\n    val bindingKey: DesignBindingKey,\n    val bindingValue: String,\n)\n\n@JsExportCompat\n@Serializable\nenum class DesignBindingKey {\n    VCT,\n    CREDENTIAL_CONFIGURATION_ID,\n    SCHEMA_ID,\n    DOC_TYPE,\n    VC_TYPE,\n    VC_CONTEXT,\n    ISSUER_ID,\n    ISSUER_DID,\n    ISSUER_URI,\n    VERIFIER_CLIENT_ID,\n    OCA_SAID,\n}"
  },
  "ImportExternalDesignArgs": {
    "kind": "data class",
    "name": "ImportExternalDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ImportExternalDesignArgs(\n    val tenantId: String,\n    val input: ImportExternalDesignInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class ImportExternalDesignInput\n    @JvmOverloads\n    constructor(\n        val entityType: DesignEntityType,\n        val bindings: List<DesignBinding>,\n        val alias: String? = null,\n        val sourceUrl: String,\n        val sourceType: DesignSourceType,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignEntityType {\n    CREDENTIAL,\n    ISSUER,\n    VERIFIER,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignSourceType {\n    LOCAL_OVERRIDE,\n    LOCAL_SHARED,\n    SCHEMA_INFERENCE,\n    JSON_LD_CONTEXT,\n    CREDENTIAL_TEMPLATE,\n    PARTY_STORE,\n    SD_JWT_VCT_METADATA,\n    SD_JWT_ISSUER_METADATA,\n    OID4VCI_CREDENTIAL_CONFIGURATION,\n    OID4VCI_ISSUER_METADATA,\n    OIDC_DISCOVERY,\n    OPENID_FEDERATION,\n    OAUTH_CLIENT_REGISTRATION,\n    EIDAS_REGISTRY,\n    EIDAS_CREDENTIAL_CATALOGUE,\n    W3C_VC_RENDER_METHOD,\n    OCA_BUNDLE,\n    MANUAL_IMPORT,\n}"
  },
  "ResolveCredentialDesignArgs": {
    "kind": "data class",
    "name": "ResolveCredentialDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ResolveCredentialDesignArgs(\n    val tenantId: String,\n    val input: ResolveCredentialDesignInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class ResolveCredentialDesignInput\n    @JvmOverloads\n    constructor(\n        val designId: Uuid? = null,\n        val binding: DesignBinding? = null,\n        val bindingKey: DesignBindingKey? = null,\n        val bindingValue: String? = null,\n        val preferredLocales: List<String> = emptyList(),\n        val renderTarget: RenderVariantKind? = null,\n        val externalMetadata: ExternalDesignMetadata? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignBindingKey {\n    VCT,\n    CREDENTIAL_CONFIGURATION_ID,\n    SCHEMA_ID,\n    DOC_TYPE,\n    VC_TYPE,\n    VC_CONTEXT,\n    ISSUER_ID,\n    ISSUER_DID,\n    ISSUER_URI,\n    VERIFIER_CLIENT_ID,\n    OCA_SAID,\n}\n\n@JsExportCompat\n@Serializable\nenum class RenderVariantKind {\n    SIMPLE_CARD,\n    SVG_TEMPLATE,\n    W3C_RENDER_METHOD,\n    PDF_TEMPLATE,\n    EXTERNAL_REFERENCE,\n}\n\n@JsExportCompat\n@Serializable\ndata class ExternalDesignMetadata\n    @JvmOverloads\n    constructor(\n        val sdJwtVctMetadata: JsonObject? = null,\n        val oid4vciCredentialConfiguration: JsonObject? = null,\n        val oid4vciIssuerMetadata: JsonObject? = null,\n        val sdJwtIssuerMetadata: JsonObject? = null,\n        val jsonSchema: JsonObject? = null,\n        val jsonLdContext: JsonObject? = null,\n        val oidcDiscovery: JsonObject? = null,\n        val openIdFederationEntity: JsonObject? = null,\n        val oauthClientRegistration: JsonObject? = null,\n        val eidasRegistryData: JsonObject? = null,\n        val eidasCatalogueData: JsonObject? = null,\n        val w3cRenderMethod: JsonObject? = null,\n        val ocaBundle: JsonObject? = null,\n        val ocaCaptureBase: JsonObject? = null,\n        val ocaOverlays: List<JsonObject> = emptyList(),\n        val ocaFile: String? = null,\n        val overlayFiles: List<String> = emptyList(),\n    )"
  },
  "ResolvedCredentialDesign": {
    "kind": "data class",
    "name": "ResolvedCredentialDesign",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ResolvedCredentialDesign\n    @JvmOverloads\n    constructor(\n        val design: CredentialDesignRecord,\n        val issuerDesign: IssuerDesignRecord? = null,\n        val verifierDesign: VerifierDesignRecord? = null,\n        val renderVariants: List<RenderVariantRecord>,\n        val derivedRenderHints: DerivedRenderHintsRecord? = null,\n        val appliedLayers: List<AppliedDesignLayer>,\n        @JsExportIgnoreCompat\n        val lockedFields: Map<String, DesignSourceType>,\n        val resolvedAt: Instant,\n        val etag: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class CredentialDesignRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode,\n        val bindings: List<DesignBinding>,\n        val credentialTemplateId: Uuid? = null,\n        val issuerDesignId: Uuid? = null,\n        val displays: List<LocalizedCredentialDisplay>,\n        val claims: List<ClaimPresentation> = emptyList(),\n        val renderVariantIds: List<Uuid> = emptyList(),\n        val derivedRenderHintsId: Uuid? = null,\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val contentHash: String? = null,\n        /** Optional OCA semantic attribute set this design draws from. When present, the OCA-backed\n         *  credential-design resolution derives selective-disclosure and mandatory flags from it. */\n        val semanticAttributeSetRef: SemanticAttributeSetRef? = null,\n        /** Optional attribute-profile this design draws from. When present, credential-design\n         *  resolution derives selective-disclosure and mandatory flags from the profile's resolved\n         *  effective projection in preference to [semanticAttributeSetRef]. The id and pinned\n         *  version are held as primitives so this IDK contract stays free of the EDK profile types. */\n        val attributeProfileId: Uuid? = null,\n        val attributeProfileVersion: Long? = null,\n        val createdAt: Instant,\n        val updatedAt: Instant,\n    )\n\n@JsExportCompat\n@Serializable\ndata class IssuerDesignRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode,\n        val bindings: List<DesignBinding>,\n        val partyId: Uuid? = null,\n        val displays: List<EntityLocaleDesign>,\n        val renderVariantIds: List<Uuid> = emptyList(),\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val contentHash: String? = null,\n        val createdAt: Instant,\n        val updatedAt: Instant,\n    )\n\n@JsExportCompat\n@Serializable\ndata class VerifierDesignRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode,\n        val bindings: List<DesignBinding>,\n        val partyId: Uuid? = null,\n        val displays: List<EntityLocaleDesign>,\n        val renderVariantIds: List<Uuid> = emptyList(),\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val contentHash: String? = null,\n        val createdAt: Instant,\n        val updatedAt: Instant,\n    )\n\n@JsExportCompat\n@Serializable\ndata class RenderVariantRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val kind: RenderVariantKind,\n        val alias: String? = null,\n        val localeApplicability: List<String> = emptyList(),\n        val sourceSnapshotId: Uuid? = null,\n        val logo: AssetReference? = null,\n        val backgroundImage: AssetReference? = null,\n        val backgroundColor: String? = null,\n        val textColor: String? = null,\n        val accentColor: String? = null,\n        val svgTemplate: SvgTemplate? = null,\n        val w3cRenderMethod: W3cRenderMethodReference? = null,\n        val pdfTemplate: AssetReference? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class DerivedRenderHintsRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val fieldHints: List<FieldRenderHint>,\n        @JsExportIgnoreCompat\n        val groupHints: Map<String, List<DesignClaimPath>> = emptyMap(),\n        val defaultOrdering: List<DesignClaimPath> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class AppliedDesignLayer\n    @JvmOverloads\n    constructor(\n        val sourceType: DesignSourceType,\n        val sourceUrl: String? = null,\n        val priority: Int,\n        val authoritative: Boolean = false,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignSourceType {\n    LOCAL_OVERRIDE,\n    LOCAL_SHARED,\n    SCHEMA_INFERENCE,\n    JSON_LD_CONTEXT,\n    CREDENTIAL_TEMPLATE,\n    PARTY_STORE,\n    SD_JWT_VCT_METADATA,\n    SD_JWT_ISSUER_METADATA,\n    OID4VCI_CREDENTIAL_CONFIGURATION,\n    OID4VCI_ISSUER_METADATA,\n    OIDC_DISCOVERY,\n    OPENID_FEDERATION,\n    OAUTH_CLIENT_REGISTRATION,\n    EIDAS_REGISTRY,\n    EIDAS_CREDENTIAL_CATALOGUE,\n    W3C_VC_RENDER_METHOD,\n    OCA_BUNDLE,\n    MANUAL_IMPORT,\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class LocalizedCredentialDisplay\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val name: String,\n        val description: String? = null,\n        val issuerNameOverride: String? = null,\n        val preferredRenderVariantIds: List<Uuid> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class ClaimPresentation\n    @JvmOverloads\n    constructor(\n        val path: DesignClaimPath,\n        val labels: List<ClaimLabel>,\n        val mandatory: Boolean = false,\n        val sdPolicy: SdPolicy = SdPolicy.ALLOWED,\n        val order: Int = 0,\n        val group: String? = null,\n        val svgId: String? = null,\n        val valueKind: ClaimValueKind? = null,\n        val widgetHint: ClaimWidgetHint? = null,\n        val markdownAllowed: Boolean = false,\n        val entryCodes: List<String>? = null,\n        val unit: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class SemanticAttributeSetRef(\n    /** OCA bundle / vocabulary identifier. */\n    val bundleId: String,\n    /** Optional pinned bundle version; null = resolve the current version. */\n    val version: String? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class EntityLocaleDesign\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val displayName: String? = null,\n        val description: String? = null,\n    )"
  },
  "GetCredentialDesignArgs": {
    "kind": "data class",
    "name": "GetCredentialDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class GetCredentialDesignArgs(\n    val tenantId: String,\n    val id: Uuid,\n)"
  },
  "UpdateCredentialDesignArgs": {
    "kind": "data class",
    "name": "UpdateCredentialDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class UpdateCredentialDesignArgs(\n    val tenantId: String,\n    val id: Uuid,\n    val input: UpdateCredentialDesignInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class UpdateCredentialDesignInput\n    @JvmOverloads\n    constructor(\n        val alias: String? = null,\n        val bindings: List<DesignBinding>? = null,\n        val credentialTemplateId: Uuid? = null,\n        val issuerDesignId: Uuid? = null,\n        val displays: List<LocalizedCredentialDisplay>? = null,\n        val claims: List<ClaimPresentation>? = null,\n        val renderVariantIds: List<Uuid>? = null,\n        val hostingMode: DesignHostingMode? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class LocalizedCredentialDisplay\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val name: String,\n        val description: String? = null,\n        val issuerNameOverride: String? = null,\n        val preferredRenderVariantIds: List<Uuid> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class ClaimPresentation\n    @JvmOverloads\n    constructor(\n        val path: DesignClaimPath,\n        val labels: List<ClaimLabel>,\n        val mandatory: Boolean = false,\n        val sdPolicy: SdPolicy = SdPolicy.ALLOWED,\n        val order: Int = 0,\n        val group: String? = null,\n        val svgId: String? = null,\n        val valueKind: ClaimValueKind? = null,\n        val widgetHint: ClaimWidgetHint? = null,\n        val markdownAllowed: Boolean = false,\n        val entryCodes: List<String>? = null,\n        val unit: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}"
  },
  "DeleteDesignArgs": {
    "kind": "data class",
    "name": "DeleteDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class DeleteDesignArgs(\n    val tenantId: String,\n    val id: Uuid,\n)"
  },
  "RefreshDesignArgs": {
    "kind": "data class",
    "name": "RefreshDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class RefreshDesignArgs(\n    val tenantId: String,\n    val designId: Uuid,\n)"
  },
  "CreateIssuerDesignArgs": {
    "kind": "data class",
    "name": "CreateIssuerDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class CreateIssuerDesignArgs(\n    val tenantId: String,\n    val input: CreateIssuerDesignInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class CreateIssuerDesignInput\n    @JvmOverloads\n    constructor(\n        val bindings: List<DesignBinding>,\n        val partyId: Uuid? = null,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode = DesignHostingMode.LOCAL,\n        val displays: List<EntityLocaleDesign>,\n        val renderVariantIds: List<Uuid> = emptyList(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class EntityLocaleDesign\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val displayName: String? = null,\n        val description: String? = null,\n    )"
  },
  "IssuerDesignRecord": {
    "kind": "data class",
    "name": "IssuerDesignRecord",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class IssuerDesignRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode,\n        val bindings: List<DesignBinding>,\n        val partyId: Uuid? = null,\n        val displays: List<EntityLocaleDesign>,\n        val renderVariantIds: List<Uuid> = emptyList(),\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val contentHash: String? = null,\n        val createdAt: Instant,\n        val updatedAt: Instant,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class EntityLocaleDesign\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val displayName: String? = null,\n        val description: String? = null,\n    )"
  },
  "ResolveIssuerDesignArgs": {
    "kind": "data class",
    "name": "ResolveIssuerDesignArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ResolveIssuerDesignArgs(\n    val tenantId: String,\n    val input: ResolveEntityDesignInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class ResolveEntityDesignInput\n    @JvmOverloads\n    constructor(\n        val designId: Uuid? = null,\n        val binding: DesignBinding? = null,\n        val bindingKey: DesignBindingKey? = null,\n        val bindingValue: String? = null,\n        val preferredLocales: List<String> = emptyList(),\n        val externalMetadata: ExternalDesignMetadata? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignBindingKey {\n    VCT,\n    CREDENTIAL_CONFIGURATION_ID,\n    SCHEMA_ID,\n    DOC_TYPE,\n    VC_TYPE,\n    VC_CONTEXT,\n    ISSUER_ID,\n    ISSUER_DID,\n    ISSUER_URI,\n    VERIFIER_CLIENT_ID,\n    OCA_SAID,\n}\n\n@JsExportCompat\n@Serializable\ndata class ExternalDesignMetadata\n    @JvmOverloads\n    constructor(\n        val sdJwtVctMetadata: JsonObject? = null,\n        val oid4vciCredentialConfiguration: JsonObject? = null,\n        val oid4vciIssuerMetadata: JsonObject? = null,\n        val sdJwtIssuerMetadata: JsonObject? = null,\n        val jsonSchema: JsonObject? = null,\n        val jsonLdContext: JsonObject? = null,\n        val oidcDiscovery: JsonObject? = null,\n        val openIdFederationEntity: JsonObject? = null,\n        val oauthClientRegistration: JsonObject? = null,\n        val eidasRegistryData: JsonObject? = null,\n        val eidasCatalogueData: JsonObject? = null,\n        val w3cRenderMethod: JsonObject? = null,\n        val ocaBundle: JsonObject? = null,\n        val ocaCaptureBase: JsonObject? = null,\n        val ocaOverlays: List<JsonObject> = emptyList(),\n        val ocaFile: String? = null,\n        val overlayFiles: List<String> = emptyList(),\n    )"
  },
  "ResolvedIssuerDesign": {
    "kind": "data class",
    "name": "ResolvedIssuerDesign",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ResolvedIssuerDesign\n    @JvmOverloads\n    constructor(\n        val design: IssuerDesignRecord,\n        val renderVariants: List<RenderVariantRecord>,\n        val appliedLayers: List<AppliedDesignLayer>,\n        @JsExportIgnoreCompat\n        val lockedFields: Map<String, DesignSourceType>,\n        val resolvedAt: Instant,\n        val etag: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class IssuerDesignRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val alias: String? = null,\n        val hostingMode: DesignHostingMode,\n        val bindings: List<DesignBinding>,\n        val partyId: Uuid? = null,\n        val displays: List<EntityLocaleDesign>,\n        val renderVariantIds: List<Uuid> = emptyList(),\n        val sourceSnapshotIds: List<Uuid> = emptyList(),\n        val contentHash: String? = null,\n        val createdAt: Instant,\n        val updatedAt: Instant,\n    )\n\n@JsExportCompat\n@Serializable\ndata class RenderVariantRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val kind: RenderVariantKind,\n        val alias: String? = null,\n        val localeApplicability: List<String> = emptyList(),\n        val sourceSnapshotId: Uuid? = null,\n        val logo: AssetReference? = null,\n        val backgroundImage: AssetReference? = null,\n        val backgroundColor: String? = null,\n        val textColor: String? = null,\n        val accentColor: String? = null,\n        val svgTemplate: SvgTemplate? = null,\n        val w3cRenderMethod: W3cRenderMethodReference? = null,\n        val pdfTemplate: AssetReference? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class AppliedDesignLayer\n    @JvmOverloads\n    constructor(\n        val sourceType: DesignSourceType,\n        val sourceUrl: String? = null,\n        val priority: Int,\n        val authoritative: Boolean = false,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignSourceType {\n    LOCAL_OVERRIDE,\n    LOCAL_SHARED,\n    SCHEMA_INFERENCE,\n    JSON_LD_CONTEXT,\n    CREDENTIAL_TEMPLATE,\n    PARTY_STORE,\n    SD_JWT_VCT_METADATA,\n    SD_JWT_ISSUER_METADATA,\n    OID4VCI_CREDENTIAL_CONFIGURATION,\n    OID4VCI_ISSUER_METADATA,\n    OIDC_DISCOVERY,\n    OPENID_FEDERATION,\n    OAUTH_CLIENT_REGISTRATION,\n    EIDAS_REGISTRY,\n    EIDAS_CREDENTIAL_CATALOGUE,\n    W3C_VC_RENDER_METHOD,\n    OCA_BUNDLE,\n    MANUAL_IMPORT,\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class EntityLocaleDesign\n    @JvmOverloads\n    constructor(\n        val locale: String,\n        val displayName: String? = null,\n        val description: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class RenderVariantKind {\n    SIMPLE_CARD,\n    SVG_TEMPLATE,\n    W3C_RENDER_METHOD,\n    PDF_TEMPLATE,\n    EXTERNAL_REFERENCE,\n}\n\n@JsExportCompat\n@Serializable\ndata class AssetReference\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val altText: String? = null,\n        val contentType: String? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class SvgTemplate\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val orientation: SvgOrientation? = null,\n        val colorScheme: SvgColorScheme? = null,\n        val contrast: SvgContrast? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class W3cRenderMethodReference\n    @JvmOverloads\n    constructor(\n        val type: String,\n        val renderSuite: String? = null,\n        val uri: String,\n        val mediaType: String? = null,\n        val name: String? = null,\n        val description: String? = null,\n        val digestMultibase: String? = null,\n        val renderProperties: List<String>? = null,\n    )"
  },
  "CreateRenderVariantArgs": {
    "kind": "data class",
    "name": "CreateRenderVariantArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class CreateRenderVariantArgs(\n    val tenantId: String,\n    val input: CreateRenderVariantInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class CreateRenderVariantInput\n    @JvmOverloads\n    constructor(\n        val kind: RenderVariantKind,\n        val alias: String? = null,\n        val localeApplicability: List<String> = emptyList(),\n        val logo: AssetReference? = null,\n        val backgroundImage: AssetReference? = null,\n        val backgroundColor: String? = null,\n        val textColor: String? = null,\n        val accentColor: String? = null,\n        val svgTemplate: SvgTemplate? = null,\n        val w3cRenderMethod: W3cRenderMethodReference? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class RenderVariantKind {\n    SIMPLE_CARD,\n    SVG_TEMPLATE,\n    W3C_RENDER_METHOD,\n    PDF_TEMPLATE,\n    EXTERNAL_REFERENCE,\n}\n\n@JsExportCompat\n@Serializable\ndata class AssetReference\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val altText: String? = null,\n        val contentType: String? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class SvgTemplate\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val orientation: SvgOrientation? = null,\n        val colorScheme: SvgColorScheme? = null,\n        val contrast: SvgContrast? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class W3cRenderMethodReference\n    @JvmOverloads\n    constructor(\n        val type: String,\n        val renderSuite: String? = null,\n        val uri: String,\n        val mediaType: String? = null,\n        val name: String? = null,\n        val description: String? = null,\n        val digestMultibase: String? = null,\n        val renderProperties: List<String>? = null,\n    )"
  },
  "RenderVariantRecord": {
    "kind": "data class",
    "name": "RenderVariantRecord",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class RenderVariantRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val kind: RenderVariantKind,\n        val alias: String? = null,\n        val localeApplicability: List<String> = emptyList(),\n        val sourceSnapshotId: Uuid? = null,\n        val logo: AssetReference? = null,\n        val backgroundImage: AssetReference? = null,\n        val backgroundColor: String? = null,\n        val textColor: String? = null,\n        val accentColor: String? = null,\n        val svgTemplate: SvgTemplate? = null,\n        val w3cRenderMethod: W3cRenderMethodReference? = null,\n        val pdfTemplate: AssetReference? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class RenderVariantKind {\n    SIMPLE_CARD,\n    SVG_TEMPLATE,\n    W3C_RENDER_METHOD,\n    PDF_TEMPLATE,\n    EXTERNAL_REFERENCE,\n}\n\n@JsExportCompat\n@Serializable\ndata class AssetReference\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val altText: String? = null,\n        val contentType: String? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class SvgTemplate\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val orientation: SvgOrientation? = null,\n        val colorScheme: SvgColorScheme? = null,\n        val contrast: SvgContrast? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class W3cRenderMethodReference\n    @JvmOverloads\n    constructor(\n        val type: String,\n        val renderSuite: String? = null,\n        val uri: String,\n        val mediaType: String? = null,\n        val name: String? = null,\n        val description: String? = null,\n        val digestMultibase: String? = null,\n        val renderProperties: List<String>? = null,\n    )\n\n@Serializable\n@SerialName(\"blob-info\")\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfo\", exact = true)\ndata class BlobInfo(\n    override val storeId: String? = null,\n    override val path: String? = null,\n    override val tenantId: String? = null,\n    override val contentType: String? = null,\n    override val metadata: Map<String, String> = emptyMap(),\n    @Transient\n    val opts: Map<String, String> = emptyMap(),\n) : BlobInfoType {\n    override fun toBlobInfo(): BlobInfo = this\n\n    /**\n     * Returns a [BlobMetadata] from this info's content type and custom metadata.\n     */\n    fun toBlobMetadata(): BlobMetadata =\n        BlobMetadata(\n            contentType = contentType,\n            custom = metadata,\n        )\n\n    /**\n     * Lightweight identity for use as map keys and cache lookups.\n     * Like [KeyIdentity] — deterministic equality without transient fields.\n     */\n    fun toIdentity(): BlobIdentity =\n        BlobIdentity(\n            storeId = storeId,\n            path = path,\n            tenantId = tenantId,\n        )\n\n    /** Creates a copy targeting a different path. */\n    fun withPath(newPath: String): BlobInfo = copy(path = newPath)\n\n    /** Creates a copy targeting a different store. */\n    fun withStore(newStoreId: String): BlobInfo = copy(storeId = newStoreId)\n\n    companion object {\n        fun of(\n            storeId: String,\n            path: String,\n        ) = BlobInfo(storeId = storeId, path = path)\n\n        fun fromDescriptor(\n            descriptor: BlobDescriptor,\n            tenantId: String? = null,\n        ) = BlobInfo(\n            storeId = descriptor.storeId,\n            path = descriptor.path,\n            tenantId = tenantId,\n            contentType = descriptor.contentType,\n            metadata = descriptor.metadata.custom,\n        )\n\n        /**\n         * Validates a blob path for security:\n         * - Rejects path traversal segments (`..`)\n         * - Rejects null bytes\n         * - Rejects absolute paths\n         * - Rejects backslash separators\n         */\n        fun validatePath(path: String) {\n            require(!path.contains('\\u0000')) { \"Blob path must not contain null bytes\" }\n            require(!path.startsWith('/')) { \"Blob path must not be absolute\" }\n            require(!path.contains('\\\\')) { \"Blob path must use '/' separators, not '\\\\'\" }\n            val segments = path.split('/')\n            require(segments.none { it == \"..\" }) { \"Blob path must not contain '..' traversal segments: $path\" }\n            require(segments.none { it == \".\" }) { \"Blob path must not contain '.' self-reference segments: $path\" }\n        }\n\n        /**\n         * Sanitizes and normalizes a user-provided path. Returns a safe path string.\n         * Throws [IllegalArgumentException] if the path is malicious.\n         */\n        fun sanitizePath(path: String): String {\n            val normalized =\n                path\n                    .replace('\\\\', '/')\n                    .replace(Regex(\"/+\"), \"/\")\n                    .trimStart('/')\n                    .trimEnd('/')\n            require(normalized.isNotBlank()) { \"Sanitized path must not be blank\" }\n            validatePath(normalized)\n            return normalized\n        }\n    }\n}\n\n@JsExportCompat\n@Serializable\nenum class SvgOrientation { PORTRAIT, LANDSCAPE }\n\n@JsExportCompat\n@Serializable\nenum class SvgColorScheme { LIGHT, DARK }\n\n@JsExportCompat\n@Serializable\nenum class SvgContrast { NORMAL, HIGH }"
  },
  "ListRenderVariantsArgs": {
    "kind": "data class",
    "name": "ListRenderVariantsArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ListRenderVariantsArgs\n    @JvmOverloads\n    constructor(\n        val tenantId: String,\n        val filter: DesignFilter = DesignFilter(),\n    )\n\n@JsExportCompat\n@Serializable\ndata class DesignFilter\n    @JvmOverloads\n    constructor(\n        val entityType: DesignEntityType? = null,\n        val hostingMode: DesignHostingMode? = null,\n        val binding: DesignBinding? = null,\n        val bindingKey: DesignBindingKey? = null,\n        val bindingValue: String? = null,\n        val aliasContains: String? = null,\n        val sourceType: DesignSourceType? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignEntityType {\n    CREDENTIAL,\n    ISSUER,\n    VERIFIER,\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignHostingMode {\n    LOCAL,\n    CACHED_EXTERNAL,\n    INFERRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class DesignBinding\n    @JvmOverloads\n    constructor(\n        val vct: String? = null,\n        val credentialConfigurationId: String? = null,\n        val schemaId: String? = null,\n        val docType: String? = null,\n        val vcType: String? = null,\n        val vcContext: String? = null,\n        val issuerId: String? = null,\n        val issuerDid: String? = null,\n        val issuerUri: String? = null,\n        val verifierClientId: String? = null,\n        val ocaSaid: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignBindingKey {\n    VCT,\n    CREDENTIAL_CONFIGURATION_ID,\n    SCHEMA_ID,\n    DOC_TYPE,\n    VC_TYPE,\n    VC_CONTEXT,\n    ISSUER_ID,\n    ISSUER_DID,\n    ISSUER_URI,\n    VERIFIER_CLIENT_ID,\n    OCA_SAID,\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignSourceType {\n    LOCAL_OVERRIDE,\n    LOCAL_SHARED,\n    SCHEMA_INFERENCE,\n    JSON_LD_CONTEXT,\n    CREDENTIAL_TEMPLATE,\n    PARTY_STORE,\n    SD_JWT_VCT_METADATA,\n    SD_JWT_ISSUER_METADATA,\n    OID4VCI_CREDENTIAL_CONFIGURATION,\n    OID4VCI_ISSUER_METADATA,\n    OIDC_DISCOVERY,\n    OPENID_FEDERATION,\n    OAUTH_CLIENT_REGISTRATION,\n    EIDAS_REGISTRY,\n    EIDAS_CREDENTIAL_CATALOGUE,\n    W3C_VC_RENDER_METHOD,\n    OCA_BUNDLE,\n    MANUAL_IMPORT,\n}"
  },
  "GetSourceSnapshotArgs": {
    "kind": "data class",
    "name": "GetSourceSnapshotArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class GetSourceSnapshotArgs(\n    val tenantId: String,\n    val snapshotId: Uuid,\n)"
  },
  "SourceSnapshotRecord": {
    "kind": "data class",
    "name": "SourceSnapshotRecord",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class SourceSnapshotRecord\n    @JvmOverloads\n    constructor(\n        val id: Uuid,\n        val tenantId: String,\n        val sourceType: DesignSourceType,\n        val sourceUrl: String? = null,\n        val etag: String? = null,\n        val integrity: String? = null,\n        val said: String? = null,\n        val fetchedAt: Instant,\n        val contentBlob: BlobInfo,\n        val normalizedFromVersion: String? = null,\n    )\n\n@JsExportCompat\n@Serializable\nenum class DesignSourceType {\n    LOCAL_OVERRIDE,\n    LOCAL_SHARED,\n    SCHEMA_INFERENCE,\n    JSON_LD_CONTEXT,\n    CREDENTIAL_TEMPLATE,\n    PARTY_STORE,\n    SD_JWT_VCT_METADATA,\n    SD_JWT_ISSUER_METADATA,\n    OID4VCI_CREDENTIAL_CONFIGURATION,\n    OID4VCI_ISSUER_METADATA,\n    OIDC_DISCOVERY,\n    OPENID_FEDERATION,\n    OAUTH_CLIENT_REGISTRATION,\n    EIDAS_REGISTRY,\n    EIDAS_CREDENTIAL_CATALOGUE,\n    W3C_VC_RENDER_METHOD,\n    OCA_BUNDLE,\n    MANUAL_IMPORT,\n}\n\n@Serializable\n@SerialName(\"blob-info\")\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfo\", exact = true)\ndata class BlobInfo(\n    override val storeId: String? = null,\n    override val path: String? = null,\n    override val tenantId: String? = null,\n    override val contentType: String? = null,\n    override val metadata: Map<String, String> = emptyMap(),\n    @Transient\n    val opts: Map<String, String> = emptyMap(),\n) : BlobInfoType {\n    override fun toBlobInfo(): BlobInfo = this\n\n    /**\n     * Returns a [BlobMetadata] from this info's content type and custom metadata.\n     */\n    fun toBlobMetadata(): BlobMetadata =\n        BlobMetadata(\n            contentType = contentType,\n            custom = metadata,\n        )\n\n    /**\n     * Lightweight identity for use as map keys and cache lookups.\n     * Like [KeyIdentity] — deterministic equality without transient fields.\n     */\n    fun toIdentity(): BlobIdentity =\n        BlobIdentity(\n            storeId = storeId,\n            path = path,\n            tenantId = tenantId,\n        )\n\n    /** Creates a copy targeting a different path. */\n    fun withPath(newPath: String): BlobInfo = copy(path = newPath)\n\n    /** Creates a copy targeting a different store. */\n    fun withStore(newStoreId: String): BlobInfo = copy(storeId = newStoreId)\n\n    companion object {\n        fun of(\n            storeId: String,\n            path: String,\n        ) = BlobInfo(storeId = storeId, path = path)\n\n        fun fromDescriptor(\n            descriptor: BlobDescriptor,\n            tenantId: String? = null,\n        ) = BlobInfo(\n            storeId = descriptor.storeId,\n            path = descriptor.path,\n            tenantId = tenantId,\n            contentType = descriptor.contentType,\n            metadata = descriptor.metadata.custom,\n        )\n\n        /**\n         * Validates a blob path for security:\n         * - Rejects path traversal segments (`..`)\n         * - Rejects null bytes\n         * - Rejects absolute paths\n         * - Rejects backslash separators\n         */\n        fun validatePath(path: String) {\n            require(!path.contains('\\u0000')) { \"Blob path must not contain null bytes\" }\n            require(!path.startsWith('/')) { \"Blob path must not be absolute\" }\n            require(!path.contains('\\\\')) { \"Blob path must use '/' separators, not '\\\\'\" }\n            val segments = path.split('/')\n            require(segments.none { it == \"..\" }) { \"Blob path must not contain '..' traversal segments: $path\" }\n            require(segments.none { it == \".\" }) { \"Blob path must not contain '.' self-reference segments: $path\" }\n        }\n\n        /**\n         * Sanitizes and normalizes a user-provided path. Returns a safe path string.\n         * Throws [IllegalArgumentException] if the path is malicious.\n         */\n        fun sanitizePath(path: String): String {\n            val normalized =\n                path\n                    .replace('\\\\', '/')\n                    .replace(Regex(\"/+\"), \"/\")\n                    .trimStart('/')\n                    .trimEnd('/')\n            require(normalized.isNotBlank()) { \"Sanitized path must not be blank\" }\n            validatePath(normalized)\n            return normalized\n        }\n    }\n}\n\n@Serializable\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfoType\", exact = true)\n@JsExportCompat\nsealed interface BlobInfoType {\n    val storeId: String?\n    val path: String?\n    val tenantId: String?\n    val contentType: String?\n\n    @JsExportIgnoreCompat\n    val metadata: Map<String, String>\n\n    /** Extract the unresolved [BlobInfo] from any variant. */\n    fun toBlobInfo(): BlobInfo\n}\n\n@Serializable\n@JsExportCompat\ndata class BlobMetadata(\n    val contentType: String? = null,\n    val contentEncoding: String? = null,\n    val contentDisposition: String? = null,\n    @JsExportIgnoreCompat\n    val custom: Map<String, String> = emptyMap(),\n    val contentHash: String? = null,\n    val retentionHint: RetentionHint? = null,\n    /** Consumer-supplied sensitivity classification hint (e.g., \"CONFIDENTIAL\"). */\n    val classification: String? = null,\n    /** Consumer-supplied legal basis hint (e.g., \"gdpr.art6.1a.consent\"). */\n    val legalBasis: String? = null,\n    /** Consumer-supplied retention-days hint; authoritative value lives on the consumer row. */\n    val retentionDays: Int? = null,\n    /** Consumer-supplied processing-purpose hint (GDPR Art. 5(1)(b)). */\n    val processingPurpose: String? = null,\n    /** Consumer-supplied jurisdiction hint (e.g., \"EU-NL\"). */\n    val jurisdiction: String? = null,\n) {\n    companion object {\n        val EMPTY = BlobMetadata()\n\n        fun ofContentType(contentType: String) = BlobMetadata(contentType = contentType)\n    }\n}\n\n@Serializable\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobIdentity\", exact = true)\n@JsExportCompat\ndata class BlobIdentity(\n    val storeId: String? = null,\n    val path: String? = null,\n    val tenantId: String? = null,\n) {\n    fun hasIdentity(): Boolean = path != null\n}\n\n@Serializable\n@JsExportCompat\ndata class BlobDescriptor(\n    val path: String,\n    /**\n     * The CONFIGURED registry id of the store this blob lives in (e.g. `\"default\"` from\n     * `blob.stores.default.*`), NOT the backend scheme id ([BlobStore.schemeId], e.g. `\"memory\"`\n     * or `\"filesystem\"`).\n     *\n     * Backend [BlobStore] implementations stamp their own scheme id here, but [BlobService]\n     * normalises it to the configured id on every caller-facing descriptor before it leaves the\n     * service. Callers may therefore round-trip this value straight back into [BlobInfo.storeId]\n     * for a subsequent operation. Descriptors observed directly from a [BlobStore] (below the\n     * service boundary) still carry the scheme id.\n     */\n    val storeId: String,\n    val sizeBytes: Long,\n    val contentType: String? = null,\n    val filename: String? = null,\n    val etag: String? = null,\n    val createdAt: Instant? = null,\n    val lastModified: Instant? = null,\n    val metadata: BlobMetadata = BlobMetadata.EMPTY,\n    val contentHash: String? = null,\n    /** Consumer-supplied sensitivity classification hint mirrored from [BlobMetadata.classification]. */\n    val classification: String? = null,\n    /** Consumer-supplied legal basis hint mirrored from [BlobMetadata.legalBasis]. */\n    val legalBasis: String? = null,\n    /** Consumer-supplied retention-days hint mirrored from [BlobMetadata.retentionDays]. */\n    val retentionDays: Int? = null,\n    /** Consumer-supplied processing-purpose hint mirrored from [BlobMetadata.processingPurpose]. */\n    val processingPurpose: String? = null,\n    /** Consumer-supplied jurisdiction hint mirrored from [BlobMetadata.jurisdiction]. */\n    val jurisdiction: String? = null,\n)"
  },
  "RefreshSourceSnapshotArgs": {
    "kind": "data class",
    "name": "RefreshSourceSnapshotArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class RefreshSourceSnapshotArgs(\n    val tenantId: String,\n    val snapshotId: Uuid,\n)"
  },
  "UploadDesignAssetArgs": {
    "kind": "data class",
    "name": "UploadDesignAssetArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class UploadDesignAssetArgs(\n    val tenantId: String,\n    val input: UploadDesignAssetInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class UploadDesignAssetInput(\n    val designId: Uuid,\n    val locale: String,\n    val assetType: DesignAssetType,\n    val data: ByteArray,\n    val contentType: String,\n) {\n    override fun equals(other: Any?): Boolean {\n        if (this === other) {\n            return true\n        }\n        if (other !is UploadDesignAssetInput) {\n            return false\n        }\n        return designId == other.designId && locale == other.locale && assetType == other.assetType &&\n            data.contentEquals(other.data) && contentType == other.contentType\n    }\n\n    override fun hashCode(): Int {\n        var result = designId.hashCode()\n        result = 31 * result + locale.hashCode()\n        result = 31 * result + assetType.hashCode()\n        result = 31 * result + data.contentHashCode()\n        result = 31 * result + contentType.hashCode()\n        return result\n    }\n}\n\n@JsExportCompat\n@Serializable\nenum class DesignAssetType {\n    LOGO,\n    BACKGROUND_IMAGE,\n    SVG_TEMPLATE,\n    PDF_TEMPLATE,\n}"
  },
  "AssetReference": {
    "kind": "data class",
    "name": "AssetReference",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class AssetReference\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val altText: String? = null,\n        val contentType: String? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@Serializable\n@SerialName(\"blob-info\")\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfo\", exact = true)\ndata class BlobInfo(\n    override val storeId: String? = null,\n    override val path: String? = null,\n    override val tenantId: String? = null,\n    override val contentType: String? = null,\n    override val metadata: Map<String, String> = emptyMap(),\n    @Transient\n    val opts: Map<String, String> = emptyMap(),\n) : BlobInfoType {\n    override fun toBlobInfo(): BlobInfo = this\n\n    /**\n     * Returns a [BlobMetadata] from this info's content type and custom metadata.\n     */\n    fun toBlobMetadata(): BlobMetadata =\n        BlobMetadata(\n            contentType = contentType,\n            custom = metadata,\n        )\n\n    /**\n     * Lightweight identity for use as map keys and cache lookups.\n     * Like [KeyIdentity] — deterministic equality without transient fields.\n     */\n    fun toIdentity(): BlobIdentity =\n        BlobIdentity(\n            storeId = storeId,\n            path = path,\n            tenantId = tenantId,\n        )\n\n    /** Creates a copy targeting a different path. */\n    fun withPath(newPath: String): BlobInfo = copy(path = newPath)\n\n    /** Creates a copy targeting a different store. */\n    fun withStore(newStoreId: String): BlobInfo = copy(storeId = newStoreId)\n\n    companion object {\n        fun of(\n            storeId: String,\n            path: String,\n        ) = BlobInfo(storeId = storeId, path = path)\n\n        fun fromDescriptor(\n            descriptor: BlobDescriptor,\n            tenantId: String? = null,\n        ) = BlobInfo(\n            storeId = descriptor.storeId,\n            path = descriptor.path,\n            tenantId = tenantId,\n            contentType = descriptor.contentType,\n            metadata = descriptor.metadata.custom,\n        )\n\n        /**\n         * Validates a blob path for security:\n         * - Rejects path traversal segments (`..`)\n         * - Rejects null bytes\n         * - Rejects absolute paths\n         * - Rejects backslash separators\n         */\n        fun validatePath(path: String) {\n            require(!path.contains('\\u0000')) { \"Blob path must not contain null bytes\" }\n            require(!path.startsWith('/')) { \"Blob path must not be absolute\" }\n            require(!path.contains('\\\\')) { \"Blob path must use '/' separators, not '\\\\'\" }\n            val segments = path.split('/')\n            require(segments.none { it == \"..\" }) { \"Blob path must not contain '..' traversal segments: $path\" }\n            require(segments.none { it == \".\" }) { \"Blob path must not contain '.' self-reference segments: $path\" }\n        }\n\n        /**\n         * Sanitizes and normalizes a user-provided path. Returns a safe path string.\n         * Throws [IllegalArgumentException] if the path is malicious.\n         */\n        fun sanitizePath(path: String): String {\n            val normalized =\n                path\n                    .replace('\\\\', '/')\n                    .replace(Regex(\"/+\"), \"/\")\n                    .trimStart('/')\n                    .trimEnd('/')\n            require(normalized.isNotBlank()) { \"Sanitized path must not be blank\" }\n            validatePath(normalized)\n            return normalized\n        }\n    }\n}\n\n@Serializable\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfoType\", exact = true)\n@JsExportCompat\nsealed interface BlobInfoType {\n    val storeId: String?\n    val path: String?\n    val tenantId: String?\n    val contentType: String?\n\n    @JsExportIgnoreCompat\n    val metadata: Map<String, String>\n\n    /** Extract the unresolved [BlobInfo] from any variant. */\n    fun toBlobInfo(): BlobInfo\n}\n\n@Serializable\n@JsExportCompat\ndata class BlobMetadata(\n    val contentType: String? = null,\n    val contentEncoding: String? = null,\n    val contentDisposition: String? = null,\n    @JsExportIgnoreCompat\n    val custom: Map<String, String> = emptyMap(),\n    val contentHash: String? = null,\n    val retentionHint: RetentionHint? = null,\n    /** Consumer-supplied sensitivity classification hint (e.g., \"CONFIDENTIAL\"). */\n    val classification: String? = null,\n    /** Consumer-supplied legal basis hint (e.g., \"gdpr.art6.1a.consent\"). */\n    val legalBasis: String? = null,\n    /** Consumer-supplied retention-days hint; authoritative value lives on the consumer row. */\n    val retentionDays: Int? = null,\n    /** Consumer-supplied processing-purpose hint (GDPR Art. 5(1)(b)). */\n    val processingPurpose: String? = null,\n    /** Consumer-supplied jurisdiction hint (e.g., \"EU-NL\"). */\n    val jurisdiction: String? = null,\n) {\n    companion object {\n        val EMPTY = BlobMetadata()\n\n        fun ofContentType(contentType: String) = BlobMetadata(contentType = contentType)\n    }\n}\n\n@Serializable\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobIdentity\", exact = true)\n@JsExportCompat\ndata class BlobIdentity(\n    val storeId: String? = null,\n    val path: String? = null,\n    val tenantId: String? = null,\n) {\n    fun hasIdentity(): Boolean = path != null\n}\n\n@Serializable\n@JsExportCompat\ndata class BlobDescriptor(\n    val path: String,\n    /**\n     * The CONFIGURED registry id of the store this blob lives in (e.g. `\"default\"` from\n     * `blob.stores.default.*`), NOT the backend scheme id ([BlobStore.schemeId], e.g. `\"memory\"`\n     * or `\"filesystem\"`).\n     *\n     * Backend [BlobStore] implementations stamp their own scheme id here, but [BlobService]\n     * normalises it to the configured id on every caller-facing descriptor before it leaves the\n     * service. Callers may therefore round-trip this value straight back into [BlobInfo.storeId]\n     * for a subsequent operation. Descriptors observed directly from a [BlobStore] (below the\n     * service boundary) still carry the scheme id.\n     */\n    val storeId: String,\n    val sizeBytes: Long,\n    val contentType: String? = null,\n    val filename: String? = null,\n    val etag: String? = null,\n    val createdAt: Instant? = null,\n    val lastModified: Instant? = null,\n    val metadata: BlobMetadata = BlobMetadata.EMPTY,\n    val contentHash: String? = null,\n    /** Consumer-supplied sensitivity classification hint mirrored from [BlobMetadata.classification]. */\n    val classification: String? = null,\n    /** Consumer-supplied legal basis hint mirrored from [BlobMetadata.legalBasis]. */\n    val legalBasis: String? = null,\n    /** Consumer-supplied retention-days hint mirrored from [BlobMetadata.retentionDays]. */\n    val retentionDays: Int? = null,\n    /** Consumer-supplied processing-purpose hint mirrored from [BlobMetadata.processingPurpose]. */\n    val processingPurpose: String? = null,\n    /** Consumer-supplied jurisdiction hint mirrored from [BlobMetadata.jurisdiction]. */\n    val jurisdiction: String? = null,\n)"
  },
  "GetDesignAssetArgs": {
    "kind": "data class",
    "name": "GetDesignAssetArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class GetDesignAssetArgs(\n    val tenantId: String,\n    val input: GetDesignAssetInput,\n)\n\n@JsExportCompat\n@Serializable\ndata class GetDesignAssetInput(\n    val designId: Uuid,\n    val locale: String,\n    val assetType: DesignAssetType,\n)\n\n@JsExportCompat\n@Serializable\nenum class DesignAssetType {\n    LOGO,\n    BACKGROUND_IMAGE,\n    SVG_TEMPLATE,\n    PDF_TEMPLATE,\n}"
  },
  "ResolvedDesignAsset": {
    "kind": "data class",
    "name": "ResolvedDesignAsset",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ResolvedDesignAsset(\n    val data: ByteArray,\n    val contentType: String,\n    val reference: AssetReference,\n) {\n    override fun equals(other: Any?): Boolean {\n        if (this === other) {\n            return true\n        }\n        if (other !is ResolvedDesignAsset) {\n            return false\n        }\n        return data.contentEquals(other.data) && contentType == other.contentType && reference == other.reference\n    }\n\n    override fun hashCode(): Int {\n        var result = data.contentHashCode()\n        result = 31 * result + contentType.hashCode()\n        result = 31 * result + reference.hashCode()\n        return result\n    }\n}\n\n@JsExportCompat\n@Serializable\ndata class AssetReference\n    @JvmOverloads\n    constructor(\n        val uri: String,\n        val integrity: String? = null,\n        val altText: String? = null,\n        val contentType: String? = null,\n        val localBlob: BlobInfo? = null,\n    )\n\n@Serializable\n@SerialName(\"blob-info\")\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfo\", exact = true)\ndata class BlobInfo(\n    override val storeId: String? = null,\n    override val path: String? = null,\n    override val tenantId: String? = null,\n    override val contentType: String? = null,\n    override val metadata: Map<String, String> = emptyMap(),\n    @Transient\n    val opts: Map<String, String> = emptyMap(),\n) : BlobInfoType {\n    override fun toBlobInfo(): BlobInfo = this\n\n    /**\n     * Returns a [BlobMetadata] from this info's content type and custom metadata.\n     */\n    fun toBlobMetadata(): BlobMetadata =\n        BlobMetadata(\n            contentType = contentType,\n            custom = metadata,\n        )\n\n    /**\n     * Lightweight identity for use as map keys and cache lookups.\n     * Like [KeyIdentity] — deterministic equality without transient fields.\n     */\n    fun toIdentity(): BlobIdentity =\n        BlobIdentity(\n            storeId = storeId,\n            path = path,\n            tenantId = tenantId,\n        )\n\n    /** Creates a copy targeting a different path. */\n    fun withPath(newPath: String): BlobInfo = copy(path = newPath)\n\n    /** Creates a copy targeting a different store. */\n    fun withStore(newStoreId: String): BlobInfo = copy(storeId = newStoreId)\n\n    companion object {\n        fun of(\n            storeId: String,\n            path: String,\n        ) = BlobInfo(storeId = storeId, path = path)\n\n        fun fromDescriptor(\n            descriptor: BlobDescriptor,\n            tenantId: String? = null,\n        ) = BlobInfo(\n            storeId = descriptor.storeId,\n            path = descriptor.path,\n            tenantId = tenantId,\n            contentType = descriptor.contentType,\n            metadata = descriptor.metadata.custom,\n        )\n\n        /**\n         * Validates a blob path for security:\n         * - Rejects path traversal segments (`..`)\n         * - Rejects null bytes\n         * - Rejects absolute paths\n         * - Rejects backslash separators\n         */\n        fun validatePath(path: String) {\n            require(!path.contains('\\u0000')) { \"Blob path must not contain null bytes\" }\n            require(!path.startsWith('/')) { \"Blob path must not be absolute\" }\n            require(!path.contains('\\\\')) { \"Blob path must use '/' separators, not '\\\\'\" }\n            val segments = path.split('/')\n            require(segments.none { it == \"..\" }) { \"Blob path must not contain '..' traversal segments: $path\" }\n            require(segments.none { it == \".\" }) { \"Blob path must not contain '.' self-reference segments: $path\" }\n        }\n\n        /**\n         * Sanitizes and normalizes a user-provided path. Returns a safe path string.\n         * Throws [IllegalArgumentException] if the path is malicious.\n         */\n        fun sanitizePath(path: String): String {\n            val normalized =\n                path\n                    .replace('\\\\', '/')\n                    .replace(Regex(\"/+\"), \"/\")\n                    .trimStart('/')\n                    .trimEnd('/')\n            require(normalized.isNotBlank()) { \"Sanitized path must not be blank\" }\n            validatePath(normalized)\n            return normalized\n        }\n    }\n}"
  },
  "InitPipelineSessionArgs": {
    "kind": "data class",
    "name": "InitPipelineSessionArgs",
    "module": "public",
    "source": "@Serializable\ndata class InitPipelineSessionArgs(\n    /** The pipeline this session runs. */\n    val pipelineConfiguration: PipelineConfiguration,\n    /** External correlation handle; the command generates one when absent. */\n    val correlationId: String? = null,\n    /** Attributes known at session init (invitation context, static-offer config, ...). */\n    val initialAttributes: List<AttributeRecord> = emptyList(),\n    /** Lookup keys known at session init — these satisfy a source's `consumedLookupKeys` directly. */\n    val initialLookupKeys: List<LookupKey> = emptyList(),\n    /** How the session payload is protected at rest. */\n    val encryptionMode: SessionEncryptionMode = PlatformEncryptedMode,\n    /** Session lifetime; the command applies a configured default when absent. */\n    val ttlSeconds: Long? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class PipelineConfiguration(\n    /** Stable identifier — referenced by [IssuancePipelineSession.pipelineId]. */\n    val pipelineId: String,\n    /** The attribute sources bound into this pipeline, each with its phases and binding config. */\n    @JsExportIgnoreCompat\n    val sourceBindings: List<AttributeSourceBinding> = emptyList(),\n    /** The credentials this pipeline can assemble claims for. */\n    @JsExportIgnoreCompat\n    val claimsBindings: List<CredentialClaimsBinding> = emptyList(),\n    /**\n     * Lookup keys the caller is expected to provide at session init (from invitation context,\n     * static-offer config, or the init call). A source may consume one of these without any\n     * other source producing it.\n     */\n    @JsExportIgnoreCompat\n    val expectedInitialLookupKeys: Set<String> = emptySet(),\n)\n\n@JsExportCompat\n@Serializable\ndata class AttributeRecord(\n    /** Where this attribute lives in the bag. */\n    val path: AttributePath,\n    /** The typed value. */\n    val value: AttributeValue,\n    /** Which source produced this record (opaque producer id — an IDV node, a pipeline source, ...). */\n    val sourceId: AttributeProvenanceRef,\n    /** Source-specific detail (e.g. IDV node id, OIDC issuer, HR-API endpoint). */\n    val sourceDetail: String? = null,\n    /** The phase during which this record was contributed. */\n    val phase: PipelinePhase,\n    /** When this record was contributed. */\n    val timestamp: Instant,\n    /** Assurance level (from IDV evidence, OIDC `acr`, ...). */\n    val assurance: EidasAssuranceLevel? = null,\n    /** Conflict-resolution priority — higher wins; ties broken by [timestamp]. */\n    val priority: Int = 0,\n    /** Retention policy for this specific attribute. */\n    val retention: AttributeRetentionPolicy = SessionRetention(),\n    /** Whether this attribute has been verified by an IDV process. */\n    val verified: Boolean = false,\n) {\n    /**\n     * The value as a [JsonElement] when it is plain data, else `null`. Blob / key / evidence\n     * values are references and have no direct JSON form here — a downstream assembler handles\n     * those explicitly.\n     */\n    val jsonValue: JsonElement?\n        get() = (value as? AttributeData)?.value\n}\n\n@JsExportCompat\n@Serializable\ndata class LookupKey(\n    /** Unique name within the session — e.g. `email`, `employee_id`. */\n    val name: String,\n    /** The key value. PII — encrypted at rest. */\n    val value: String,\n    /** Optional well-known classification of the key. */\n    val type: LookupKeyType? = null,\n    /**\n     * PROVENANCE only: the single source that PRODUCED this lookup key — one producer, one\n     * phase, one timestamp. This is *not* the source(s) that consume it (consumption is 1→N and\n     * declared on the consuming source's `consumedLookupKeys`).\n     */\n    val producedBy: AttributeProvenanceRef,\n    /** Source-specific detail (e.g. IDV node id, HR-API endpoint). */\n    val sourceDetail: String? = null,\n    /** The phase during which this key was contributed. */\n    val phase: PipelinePhase,\n    /** When this key was contributed. */\n    val timestamp: Instant,\n    /**\n     * If non-null, the lookup key is ALSO emitted as an attribute at this path before credential\n     * assembly, so claim mapping can pick it up. Leave null when the key is purely operational\n     * (a business key) and should not appear in the credential.\n     */\n    val promotedToAttributePath: AttributePath? = null,\n    /** Free-form metadata; e.g. verification status, source TTL. */\n    val metadata: Map<String, String> = emptyMap(),\n)\n\n@JsExportCompat\n@Serializable\nsealed interface SessionEncryptionMode\n\n/** No encryption — the payload is stored as plaintext. For local development / non-PII flows only. */\n@Serializable\n@SerialName(\"plaintext\")\n\n@Serializable\n@SerialName(\"platform-encrypted\")\ndata object PlatformEncryptedMode : SessionEncryptionMode\n\n/**\n * Tier 2: the effective encryption key is additionally bound to the session's `correlationId`\n * via HKDF, so decryption requires re-presenting the `correlationId`. The platform alone cannot\n * read the payload.\n *\n * @property fallbackToPlatform when true, a session whose `correlationId` cannot be re-presented\n *   degrades to [PlatformEncryptedMode] semantics rather than being unreadable.\n */\n@Serializable\n@SerialName(\"client-bound\")\n\n    @Serializable\n    @SerialName(\"session\")\n    data class Session(\n        /** `null` -> use the domain default ([SessionRetention.encryptionRequired] = `true`). */\n        val encryptionRequired: Boolean? = null,\n    ) : RetentionDto() {\n        override val kind: String = \"session\"\n    }\n\n@JsExportCompat\n@Serializable\ndata class IssuancePipelineSession(\n    /** Stable primary identifier. */\n    val sessionId: String,\n    /** The pipeline this session runs — carried on the session so a phase can be run without a separate registry lookup. */\n    val pipelineConfiguration: PipelineConfiguration,\n    /** The tenant this session belongs to. */\n    val tenantId: String,\n    /**\n     * Which VDX issuer instance this session belongs to. Reserved for the multi-issuer-per-tenant\n     * work; null for single-issuer deployments.\n     */\n    val issuerPartyId: String? = null,\n    /** Lifecycle status. */\n    val status: IssuancePipelineStatus,\n    /** External correlation handle — the join key to the issuer-core session and all ingress paths. */\n    val correlationId: String,\n    /** Attributes accumulated across every phase run so far. Encrypted at rest per [encryptionMode]. */\n    val bag: AttributeBag = AttributeBag.empty(),\n    /** Lookup keys accumulated so far. Encrypted at rest per [encryptionMode]. */\n    val lookupKeys: LookupKeySet = LookupKeySet.empty(),\n    /** Phases that have completed for this session. */\n    @JsExportIgnoreCompat\n    val completedPhases: Set<PipelinePhase> = emptySet(),\n    /** The phase currently executing, if any. */\n    val currentPhase: PipelinePhase? = null,\n    /** Protocol-specific context the front-end adapter carries through phases (e.g. `issuer_state`). */\n    @JsExportIgnoreCompat\n    val protocolContext: Map<String, JsonElement> = emptyMap(),\n    /** Per-binding deferral state, keyed by `bindingId`. Operational metadata; stored plaintext. */\n    @JsExportIgnoreCompat\n    val deferralEntries: Map<String, DeferralEntry> = emptyMap(),\n    /** Approval-gate state, present when a bound credential requires approval. Encrypted at rest. */\n    val approval: ApprovalState? = null,\n    /** How [bag] / [lookupKeys] / [approval] are protected at rest. */\n    val encryptionMode: SessionEncryptionMode = PlatformEncryptedMode,\n    val createdAt: Instant,\n    val updatedAt: Instant,\n    val expiresAt: Instant,\n) {\n    /** The id of the [pipelineConfiguration] this session runs. */\n    val pipelineId: String get() = pipelineConfiguration.pipelineId\n}\n\n@JsExportCompat\n@Serializable\ndata class AttributeSourceBinding(\n    /** Which source this binds — matches [AttributeSource.sourceId]. */\n    val sourceId: AttributeProvenanceRef,\n    /** The phases this source runs in for this pipeline. */\n    @JsExportIgnoreCompat\n    val phases: Set<PipelinePhase>,\n    /** When true, a missing required lookup key or a source failure fails the phase. */\n    val required: Boolean = true,\n    /**\n     * How long `/credential` (or `/deferred_credential`) holds the request open waiting for this\n     * source's async callback before falling back to a deferred response. `ZERO` = defer\n     * immediately. Hard-capped at config-load time.\n     */\n    val syncWaitWindow: Duration = Duration.ZERO,\n    /** Optional source-native field → semantic attribute mapping. */\n    @JsExportIgnoreCompat\n    val attributeMapping: List<AttributeMapping> = emptyList(),\n    /** Whether this source replies synchronously or via async callback. */\n    val callbackStyle: CallbackStyle = CallbackStyle.SYNCHRONOUS,\n)\n\n@JsExportCompat\n@Serializable\ndata class CredentialClaimsBinding(\n    /** Matches the credential's `credential_configuration_id`. */\n    val id: String,\n    /**\n     * The semantic attribute set (OCA bundle / vocabulary subset) this credential draws from.\n     * The credential-design service resolves SD policy + mandatory claims from it.\n     */\n    val semanticAttributeSetRef: SemanticAttributeSetRef,\n    /**\n     * Optional mapping FROM semantic-model attribute names TO the credential's claim structure\n     * (renaming / restructuring per vct / doctype). Null when names map 1:1. NOT where selective\n     * disclosure is decided.\n     */\n    val claimMappingConfigId: String? = null,\n    /** Inline alternative to [claimMappingConfigId]. */\n    val inlineClaimMappingConfig: ClaimMappingConfiguration? = null,\n    /** Which of the pipeline's sources this credential consumes, per phase. */\n    @JsExportIgnoreCompat\n    val consumedSources: Map<PipelinePhase, List<AttributeProvenanceRef>> = emptyMap(),\n    /** Per-credential deferral policy. */\n    val deferralPolicy: DeferralPolicy = DeferralPolicy.disabled(),\n)\n\n@JsExportCompat\n@Serializable(with = AttributePathSerializer::class)\ndata class AttributePath(\n    val value: String,\n)\n\n@JsExportCompat\n@Serializable\nsealed interface AttributeValue\n\n/**\n * A plain data value (string, number, boolean, object, array). Becomes a credential \"claim\"\n * only once a downstream assembler maps it into a credential.\n */\n@Serializable\n@SerialName(\"data\")\n\n@JsExportCompat\n@Serializable(with = AttributeProvenanceRefSerializer::class)\ndata class AttributeProvenanceRef(\n    val value: String,\n)\n\n        sealed class Source {\n            /**\n             * Load keystore data from a file path.\n             * @param path the filesystem path to the keystore file\n             */\n            data class File(\n                val path: String,\n                val autoCreate: Boolean = true,\n            ) : Source()\n\n            /**\n             * Load keystore data from an in-memory byte array.\n             * @param data the raw keystore bytes\n             */\n            data class Bytes(\n                var data: ByteArray,\n            ) : Source() {\n                override fun equals(other: Any?): Boolean {\n                    if (this === other) {\n                        return true\n                    }\n                    if (other == null || this::class != other::class) {\n                        return false\n                    }\n\n                    other as Bytes\n\n                    if (!data.contentEquals(other.data)) {\n                        return false\n                    }\n\n                    return true\n                }\n\n                override fun hashCode(): Int = data.contentHashCode()\n            }\n\n            /**\n             * Load keystore data from a ByteReadChannel.\n             * @param channel the [ByteChannel] supplying the keystore bytes\n             */\n            data class Channel(\n                val channel: ByteChannel,\n            ) : Source()\n        }"
  },
  "InitPipelineSessionResult": {
    "kind": "data class",
    "name": "InitPipelineSessionResult",
    "module": "public",
    "source": "@Serializable\ndata class InitPipelineSessionResult(\n    val sessionId: String,\n    /** The correlation handle — generated when the caller did not supply one. */\n    val correlationId: String,\n)"
  },
  "ContributeAttributesArgs": {
    "kind": "data class",
    "name": "ContributeAttributesArgs",
    "module": "public",
    "source": "@Serializable\ndata class ContributeAttributesArgs(\n    /** The session to contribute to. */\n    val correlationId: String,\n    /** The phase to run. */\n    val phase: PipelinePhase,\n    /** Attributes pushed in as input for this phase (from a backend push, a callback, ...). */\n    val attributes: List<AttributeRecord> = emptyList(),\n    /** Lookup keys pushed in as input for this phase. */\n    val lookupKeys: List<LookupKey> = emptyList(),\n)\n\n@JsExportCompat\n@Serializable\ndata class PipelinePhase(\n    val value: String,\n) {\n    companion object {\n        /** Session / offer creation — initial attributes injected by the caller. */\n        val SESSION_INIT = PipelinePhase(\"session_init\")\n\n        /**\n         * Generic, channel-neutral attribute resolution — the phase a non-credential caller (a form,\n         * portal page, PDF/API render, or a standalone semantic-enrichment lookup) uses to resolve\n         * attributes from bound sources without any issuance flow. Lets the pipeline drive every\n         * channel, not only credential issuance.\n         */\n        val RESOLUTION = PipelinePhase(\"resolution\")\n\n        /** Identity verification completed — IDV results are available. */\n        val IDV_COMPLETED = PipelinePhase(\"idv_completed\")\n\n        /** Credential assembly — final enrichment before credential construction. */\n        val CREDENTIAL_ASSEMBLY = PipelinePhase(\"credential_assembly\")\n\n        /** Post-issuance — audit, cleanup, retention enforcement. */\n        val POST_ISSUANCE = PipelinePhase(\"post_issuance\")\n    }\n}\n\n@JsExportCompat\n@Serializable\ndata class AttributeRecord(\n    /** Where this attribute lives in the bag. */\n    val path: AttributePath,\n    /** The typed value. */\n    val value: AttributeValue,\n    /** Which source produced this record (opaque producer id — an IDV node, a pipeline source, ...). */\n    val sourceId: AttributeProvenanceRef,\n    /** Source-specific detail (e.g. IDV node id, OIDC issuer, HR-API endpoint). */\n    val sourceDetail: String? = null,\n    /** The phase during which this record was contributed. */\n    val phase: PipelinePhase,\n    /** When this record was contributed. */\n    val timestamp: Instant,\n    /** Assurance level (from IDV evidence, OIDC `acr`, ...). */\n    val assurance: EidasAssuranceLevel? = null,\n    /** Conflict-resolution priority — higher wins; ties broken by [timestamp]. */\n    val priority: Int = 0,\n    /** Retention policy for this specific attribute. */\n    val retention: AttributeRetentionPolicy = SessionRetention(),\n    /** Whether this attribute has been verified by an IDV process. */\n    val verified: Boolean = false,\n) {\n    /**\n     * The value as a [JsonElement] when it is plain data, else `null`. Blob / key / evidence\n     * values are references and have no direct JSON form here — a downstream assembler handles\n     * those explicitly.\n     */\n    val jsonValue: JsonElement?\n        get() = (value as? AttributeData)?.value\n}\n\n@JsExportCompat\n@Serializable\ndata class LookupKey(\n    /** Unique name within the session — e.g. `email`, `employee_id`. */\n    val name: String,\n    /** The key value. PII — encrypted at rest. */\n    val value: String,\n    /** Optional well-known classification of the key. */\n    val type: LookupKeyType? = null,\n    /**\n     * PROVENANCE only: the single source that PRODUCED this lookup key — one producer, one\n     * phase, one timestamp. This is *not* the source(s) that consume it (consumption is 1→N and\n     * declared on the consuming source's `consumedLookupKeys`).\n     */\n    val producedBy: AttributeProvenanceRef,\n    /** Source-specific detail (e.g. IDV node id, HR-API endpoint). */\n    val sourceDetail: String? = null,\n    /** The phase during which this key was contributed. */\n    val phase: PipelinePhase,\n    /** When this key was contributed. */\n    val timestamp: Instant,\n    /**\n     * If non-null, the lookup key is ALSO emitted as an attribute at this path before credential\n     * assembly, so claim mapping can pick it up. Leave null when the key is purely operational\n     * (a business key) and should not appear in the credential.\n     */\n    val promotedToAttributePath: AttributePath? = null,\n    /** Free-form metadata; e.g. verification status, source TTL. */\n    val metadata: Map<String, String> = emptyMap(),\n)\n\n    @Serializable\n    @SerialName(\"session\")\n    data class Session(\n        /** `null` -> use the domain default ([SessionRetention.encryptionRequired] = `true`). */\n        val encryptionRequired: Boolean? = null,\n    ) : RetentionDto() {\n        override val kind: String = \"session\"\n    }\n\n    data class Generic(\n        val exception: Throwable? = null,\n        override val message: String = \"Consent error\",\n    ) : ConsentError\n\n@JsExportCompat\n@Serializable\ndata class Identity\n    @JvmOverloads\n    constructor(\n        /** Party ID - serves as the primary key */\n        @SerialName(\"partyId\")\n        val partyId: Uuid,\n        /** Tenant this identity belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The role of this identity in the credential ecosystem */\n        @SerialName(\"identityRole\")\n        val identityRole: IdentityRole,\n        /** Whether this is the default identity for the owning party */\n        @SerialName(\"isDefault\")\n        val isDefault: Boolean = false,\n        /** Opaque per-identity salt handle (reference only; no crypto in this layer) */\n        @SerialName(\"saltRef\")\n        val saltRef: String? = null,\n        /** When the identity was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the identity (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the identity was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the identity (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the identity was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the identity (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    )\n\n    data class Post(\n        val credentials: ClientCredentials,\n    ) : ClientAuthenticationConfig\n\n@JsExportCompat\n@Serializable(with = AttributePathSerializer::class)\ndata class AttributePath(\n    val value: String,\n)\n\n@JsExportCompat\n@Serializable\nsealed interface AttributeValue\n\n/**\n * A plain data value (string, number, boolean, object, array). Becomes a credential \"claim\"\n * only once a downstream assembler maps it into a credential.\n */\n@Serializable\n@SerialName(\"data\")\n\n@JsExportCompat\n@Serializable(with = AttributeProvenanceRefSerializer::class)\ndata class AttributeProvenanceRef(\n    val value: String,\n)\n\n        sealed class Source {\n            /**\n             * Load keystore data from a file path.\n             * @param path the filesystem path to the keystore file\n             */\n            data class File(\n                val path: String,\n                val autoCreate: Boolean = true,\n            ) : Source()\n\n            /**\n             * Load keystore data from an in-memory byte array.\n             * @param data the raw keystore bytes\n             */\n            data class Bytes(\n                var data: ByteArray,\n            ) : Source() {\n                override fun equals(other: Any?): Boolean {\n                    if (this === other) {\n                        return true\n                    }\n                    if (other == null || this::class != other::class) {\n                        return false\n                    }\n\n                    other as Bytes\n\n                    if (!data.contentEquals(other.data)) {\n                        return false\n                    }\n\n                    return true\n                }\n\n                override fun hashCode(): Int = data.contentHashCode()\n            }\n\n            /**\n             * Load keystore data from a ByteReadChannel.\n             * @param channel the [ByteChannel] supplying the keystore bytes\n             */\n            data class Channel(\n                val channel: ByteChannel,\n            ) : Source()\n        }\n\n@JsExportCompat\n@Serializable\nenum class EidasAssuranceLevel(\n    val serializedValue: String,\n) {\n    @SerialName(\"low\")\n    LOW(\"low\"),\n\n    @SerialName(\"substantial\")\n    SUBSTANTIAL(\"substantial\"),\n\n    @SerialName(\"high\")\n    HIGH(\"high\"),\n}\n\n@JsExportCompat\n@Serializable\nsealed interface AttributeRetentionPolicy\n\n/** In-memory only. Never serialized to persistent storage. */\n@Serializable\n@SerialName(\"ephemeral\")"
  },
  "ContributeAttributesResult": {
    "kind": "data class",
    "name": "ContributeAttributesResult",
    "module": "public",
    "source": "@Serializable\ndata class ContributeAttributesResult(\n    val sessionId: String,\n    /** The session status after the phase ran. */\n    val status: IssuancePipelineStatus,\n    /** Phases completed for the session, including this one. */\n    val completedPhases: Set<PipelinePhase>,\n)\n\n@JsExportCompat\nenum class IssuancePipelineStatus {\n    /** Session created; no phase has run yet. */\n    CREATED,\n\n    /** A phase's sources are currently executing. */\n    PHASE_EXECUTING,\n\n    /** A phase finished; the session is between phases. */\n    PHASE_COMPLETED,\n\n    /** `/credential` returned 202; waiting for deferred attribute ingress. */\n    AWAITING_DEFERRED,\n\n    /** Required attributes are complete but an approver has not yet decided. */\n    AWAITING_APPROVAL,\n\n    /** All bindings complete and approved (if required); claims can be assembled. */\n    READY,\n\n    /** Issuance finished for every bound credential. */\n    COMPLETED,\n\n    /** The session failed terminally. */\n    FAILED,\n\n    /** The session passed its `expiresAt` without completing. */\n    EXPIRED,\n}\n\n@JsExportCompat\n@Serializable\ndata class PipelinePhase(\n    val value: String,\n) {\n    companion object {\n        /** Session / offer creation — initial attributes injected by the caller. */\n        val SESSION_INIT = PipelinePhase(\"session_init\")\n\n        /**\n         * Generic, channel-neutral attribute resolution — the phase a non-credential caller (a form,\n         * portal page, PDF/API render, or a standalone semantic-enrichment lookup) uses to resolve\n         * attributes from bound sources without any issuance flow. Lets the pipeline drive every\n         * channel, not only credential issuance.\n         */\n        val RESOLUTION = PipelinePhase(\"resolution\")\n\n        /** Identity verification completed — IDV results are available. */\n        val IDV_COMPLETED = PipelinePhase(\"idv_completed\")\n\n        /** Credential assembly — final enrichment before credential construction. */\n        val CREDENTIAL_ASSEMBLY = PipelinePhase(\"credential_assembly\")\n\n        /** Post-issuance — audit, cleanup, retention enforcement. */\n        val POST_ISSUANCE = PipelinePhase(\"post_issuance\")\n    }\n}\n\n    @Serializable\n    @SerialName(\"session\")\n    data class Session(\n        /** `null` -> use the domain default ([SessionRetention.encryptionRequired] = `true`). */\n        val encryptionRequired: Boolean? = null,\n    ) : RetentionDto() {\n        override val kind: String = \"session\"\n    }\n\n    @Serializable\r\n    @SerialName(\"Required\")\r\n    data class Required(\r\n        val message: String? = null,\r\n    ) : FieldValidationRule\n\n    data class Generic(\n        val exception: Throwable? = null,\n        override val message: String = \"Consent error\",\n    ) : ConsentError\n\n@JsExportCompat\n@Serializable\ndata class Identity\n    @JvmOverloads\n    constructor(\n        /** Party ID - serves as the primary key */\n        @SerialName(\"partyId\")\n        val partyId: Uuid,\n        /** Tenant this identity belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The role of this identity in the credential ecosystem */\n        @SerialName(\"identityRole\")\n        val identityRole: IdentityRole,\n        /** Whether this is the default identity for the owning party */\n        @SerialName(\"isDefault\")\n        val isDefault: Boolean = false,\n        /** Opaque per-identity salt handle (reference only; no crypto in this layer) */\n        @SerialName(\"saltRef\")\n        val saltRef: String? = null,\n        /** When the identity was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the identity (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the identity was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the identity (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the identity was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the identity (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    )\n\n    data class Post(\n        val credentials: ClientCredentials,\n    ) : ClientAuthenticationConfig"
  },
  "GetSessionAttributesArgs": {
    "kind": "data class",
    "name": "GetSessionAttributesArgs",
    "module": "public",
    "source": "@Serializable\ndata class GetSessionAttributesArgs(\n    /** The session whose attributes are read. */\n    val correlationId: String,\n)"
  },
  "GetSessionAttributesResult": {
    "kind": "data class",
    "name": "GetSessionAttributesResult",
    "module": "public",
    "source": "@Serializable\ndata class GetSessionAttributesResult(\n    /**\n     * The effective attribute data records from the session bag, keyed by attribute path string.\n     * Only records whose value is plain attribute data are included; blob / key / evidence\n     * references have no direct JSON form and are omitted.\n     */\n    val attributes: Map<String, JsonElement>,\n    /**\n     * The names of lookup keys that have a non-null promotedToAttributePath: i.e. the keys\n     * that will be emitted as attributes during credential assembly. The key VALUES are omitted:\n     * they are PII and are never returned in the clear over REST.\n     */\n    val promotedLookupKeyNames: List<String>,\n)\n\n-- discriminator-tagged sealed-interface JSON via kotlinx-serialization."
  },
  "EvaluateAttributeCompletenessArgs": {
    "kind": "data class",
    "name": "EvaluateAttributeCompletenessArgs",
    "module": "public",
    "source": "@Serializable\ndata class EvaluateAttributeCompletenessArgs(\n    /** The session whose bag is evaluated. */\n    val correlationId: String,\n)"
  },
  "EvaluateAttributeCompletenessResult": {
    "kind": "data class",
    "name": "EvaluateAttributeCompletenessResult",
    "module": "public",
    "source": "@Serializable\ndata class EvaluateAttributeCompletenessResult(\n    /** One verdict per credential-claims binding in the session's pipeline configuration. */\n    val verdicts: List<BindingCompletenessVerdict>,\n)\n\n@Serializable\ndata class BindingCompletenessVerdict(\n    /** The `CredentialClaimsBinding.id` this verdict is for. */\n    val bindingId: String,\n    /** True when every mandatory attribute path is present in the bag. */\n    val complete: Boolean,\n    /** Mandatory attribute paths still missing from the bag. Empty when [complete]. */\n    val missingRequiredPaths: List<AttributePath> = emptyList(),\n    /**\n     * True when the binding is incomplete and its `DeferralPolicy.enabled` is set — i.e. the\n     * issuer-side wiring should defer rather than fail. False when incomplete but deferral is\n     * disabled (the request should fail) or when [complete].\n     */\n    val deferralRecommended: Boolean = false,\n    /**\n     * True when the binding's `DeferralPolicy.approvalRequired` is set and the session has not\n     * yet been approved. Even a [complete] binding must defer (HTTP 202) while this is true:\n     * the credential is not issued until an approver grants it.\n     */\n    val awaitingApproval: Boolean = false,\n)\n\n@JsExportCompat\n@Serializable\ndata class CredentialClaimsBinding(\n    /** Matches the credential's `credential_configuration_id`. */\n    val id: String,\n    /**\n     * The semantic attribute set (OCA bundle / vocabulary subset) this credential draws from.\n     * The credential-design service resolves SD policy + mandatory claims from it.\n     */\n    val semanticAttributeSetRef: SemanticAttributeSetRef,\n    /**\n     * Optional mapping FROM semantic-model attribute names TO the credential's claim structure\n     * (renaming / restructuring per vct / doctype). Null when names map 1:1. NOT where selective\n     * disclosure is decided.\n     */\n    val claimMappingConfigId: String? = null,\n    /** Inline alternative to [claimMappingConfigId]. */\n    val inlineClaimMappingConfig: ClaimMappingConfiguration? = null,\n    /** Which of the pipeline's sources this credential consumes, per phase. */\n    @JsExportIgnoreCompat\n    val consumedSources: Map<PipelinePhase, List<AttributeProvenanceRef>> = emptyMap(),\n    /** Per-credential deferral policy. */\n    val deferralPolicy: DeferralPolicy = DeferralPolicy.disabled(),\n)\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTrue\")\n    @Serializable(with = CDDLSerializer::class)\n    object True : CDDL(\"true\", MajorType.SPECIAL, 21) {\n        fun newTrue() = CborSimple.TRUE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.TRUE\n    }\n\n    data object Empty : GenericHttpBody() {\n        override val isEmpty: Boolean = true\n\n        override fun asTextOrNull(): String? = null\n\n        override fun asBytesOrNull(): ByteArray? = null\n    }\n\n@JsExportCompat\n@Serializable(with = AttributePathSerializer::class)\ndata class AttributePath(\n    val value: String,\n)\n\n@JsExportCompat\n@Serializable\ndata class DeferralPolicy(\n    /** When false, missing required attributes fail the credential request rather than deferring. */\n    val enabled: Boolean = false,\n    /** Hint to the wallet for the `/deferred_credential` poll interval. */\n    val pollIntervalSeconds: Int = 60,\n    /** Max time from the first `/credential` 202 until the pipeline gives up. Defaults to 7 days. */\n    val maxDeferralSeconds: Long = 7L * 24 * 3600,\n    /**\n     * When true, even with all required attributes present the session moves to an\n     * awaiting-approval state rather than issuing — an explicit approval is required.\n     */\n    val approvalRequired: Boolean = false,\n) {\n    companion object {\n        fun disabled(): DeferralPolicy = DeferralPolicy(enabled = false)\n    }\n}\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFalse\")\n    @Serializable(with = CDDLSerializer::class)\n    object False : CDDL(\"false\", MajorType.SPECIAL, 20) {\n        fun newFalse() = CborSimple.FALSE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.FALSE\n    }"
  },
  "ApprovePipelineSessionArgs": {
    "kind": "data class",
    "name": "ApprovePipelineSessionArgs",
    "module": "public",
    "source": "@Serializable\ndata class ApprovePipelineSessionArgs(\n    /** The external correlation handle identifying the session to approve or reject. */\n    val correlationId: String,\n    /** The decision taken by the approver. */\n    val decision: ApprovalDecision,\n    /** Human-readable reason; required on [ApprovalDecision.REJECT], optional on [ApprovalDecision.APPROVE]. */\n    val reason: String? = null,\n    /** Supporting evidence captured at approval time; recorded in the bag on [ApprovalDecision.APPROVE]. */\n    val evidence: AttributeEvidence? = null,\n)\n\n@Serializable\nenum class ApprovalDecision {\n    APPROVE,\n    REJECT,\n}\n\n    @Serializable\n    data class Human(\n        override val id: String,\n        /** Correlation key the engine binds to; UI signals completion against this key. */\n        val correlationKey: String,\n        /** Bounded wait; null means wait until the workflow's overall deadline. */\n        val timeoutSeconds: Long? = null,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n@Serializable\n@SerialName(\"evidence\")\ndata class AttributeEvidence(\n    val evidenceId: String,\n    val evidenceType: String,\n    val hash: String? = null,\n    val hashAlgorithm: String? = null,\n    val blobInfo: BlobInfo? = null,\n    val uri: String? = null,\n    val metadata: Map<String, String> = emptyMap(),\n) : AttributeValue\n\n@Serializable\nsealed class WorkflowTask {\n    abstract val id: String\n\n    /** Invoke a [com.sphereon.core.api.service.ServiceCommand] and pass its output to the next task. */\n    @Serializable\n    data class System(\n        override val id: String,\n        val commandId: String,\n        /** Mapping expression (engine-interpreted) producing the command's input from prior outputs. */\n        val inputExpression: String,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n    /** Wait for an out-of-band signal (form submission, approval, IDV completion). */\n    @Serializable\n    data class Human(\n        override val id: String,\n        /** Correlation key the engine binds to; UI signals completion against this key. */\n        val correlationKey: String,\n        /** Bounded wait; null means wait until the workflow's overall deadline. */\n        val timeoutSeconds: Long? = null,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n    /** Conditional branch on the current payload. */\n    @Serializable\n    data class Branch(\n        override val id: String,\n        val conditionExpression: String,\n        val thenNext: String,\n        val elseNext: String,\n    ) : WorkflowTask()\n\n    /**\n     * Schedule a language-native Temporal activity by name on a dedicated task\n     * queue (Pattern B in `distributed-execution.md` §5.2): the workflow does\n     * not need a JVM `@ActivityInterface` for the activity type — it is\n     * dispatched untyped via Temporal's `newUntypedActivityStub(...)`. The\n     * non-JVM worker (Rust, Python, …) registers the activity directly with\n     * its language SDK and polls [taskQueue]; the workflow addresses it by\n     * [activityName].\n     *\n     * Bytes-typed boundary: the activity input bytes are produced from the\n     * current payload by [inputExpression] (same semantics as\n     * [WorkflowTask.System.inputExpression]); the activity returns\n     * `ByteArray` and that becomes the new current payload. The worker\n     * (de)serialises the bytes against whatever shape it advertises.\n     *\n     * **Tenant context propagation.** Tenant id, correlation id, blob\n     * references, and the `blob_auth` envelope (Gap 5) must be embedded\n     * **inside the bytes produced by [inputExpression]** — this is the\n     * workflow author's responsibility, not the interpreter's. Workflow-\n     * level memo / search attributes / activity headers carry trace context\n     * separately (see `lib/temporal/docs/operator.md` §12).\n     *\n     * **Determinism.** All timeouts and retry are required-or-defaulted at\n     * task-definition time; the workflow body must not read config / DI when\n     * building the `ActivityOptions` (same rule as Gap 1).\n     *\n     * @param activityName Activity type as registered by the non-JVM worker.\n     *  Engine-neutral by convention — engine selection happens at the\n     *  task-queue level, not in the activity name (e.g. `\"ocr.process\"`,\n     *  not `\"ocr.tesseract.process\"`).\n     * @param taskQueue Task queue the worker polls (e.g. `\"ocr.tesseract\"`).\n     * @param inputExpression Mapping expression producing the activity input\n     *  bytes from the current payload — same shape as `System.inputExpression`.\n     * @param startToCloseTimeoutMs Wall-clock budget for one attempt.\n     * @param heartbeatTimeoutMs Liveness window for heartbeating activities;\n     *  `null` if the activity does not heartbeat.\n     * @param retryMaxAttempts Maximum Temporal-level attempts before the\n     *  workflow sees the failure. Defaults to 3.\n     * @param next Id of the next task; `null` terminates the workflow.\n     */\n    @Serializable\n    data class NativeActivity(\n        override val id: String,\n        val activityName: String,\n        val taskQueue: String,\n        val inputExpression: String,\n        val startToCloseTimeoutMs: Long,\n        val heartbeatTimeoutMs: Long? = null,\n        val retryMaxAttempts: Int = 3,\n        val next: String? = null,\n    ) : WorkflowTask()\n}\n\n@Serializable\n@SerialName(\"blob-info\")\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"BlobInfo\", exact = true)\ndata class BlobInfo(\n    override val storeId: String? = null,\n    override val path: String? = null,\n    override val tenantId: String? = null,\n    override val contentType: String? = null,\n    override val metadata: Map<String, String> = emptyMap(),\n    @Transient\n    val opts: Map<String, String> = emptyMap(),\n) : BlobInfoType {\n    override fun toBlobInfo(): BlobInfo = this\n\n    /**\n     * Returns a [BlobMetadata] from this info's content type and custom metadata.\n     */\n    fun toBlobMetadata(): BlobMetadata =\n        BlobMetadata(\n            contentType = contentType,\n            custom = metadata,\n        )\n\n    /**\n     * Lightweight identity for use as map keys and cache lookups.\n     * Like [KeyIdentity] — deterministic equality without transient fields.\n     */\n    fun toIdentity(): BlobIdentity =\n        BlobIdentity(\n            storeId = storeId,\n            path = path,\n            tenantId = tenantId,\n        )\n\n    /** Creates a copy targeting a different path. */\n    fun withPath(newPath: String): BlobInfo = copy(path = newPath)\n\n    /** Creates a copy targeting a different store. */\n    fun withStore(newStoreId: String): BlobInfo = copy(storeId = newStoreId)\n\n    companion object {\n        fun of(\n            storeId: String,\n            path: String,\n        ) = BlobInfo(storeId = storeId, path = path)\n\n        fun fromDescriptor(\n            descriptor: BlobDescriptor,\n            tenantId: String? = null,\n        ) = BlobInfo(\n            storeId = descriptor.storeId,\n            path = descriptor.path,\n            tenantId = tenantId,\n            contentType = descriptor.contentType,\n            metadata = descriptor.metadata.custom,\n        )\n\n        /**\n         * Validates a blob path for security:\n         * - Rejects path traversal segments (`..`)\n         * - Rejects null bytes\n         * - Rejects absolute paths\n         * - Rejects backslash separators\n         */\n        fun validatePath(path: String) {\n            require(!path.contains('\\u0000')) { \"Blob path must not contain null bytes\" }\n            require(!path.startsWith('/')) { \"Blob path must not be absolute\" }\n            require(!path.contains('\\\\')) { \"Blob path must use '/' separators, not '\\\\'\" }\n            val segments = path.split('/')\n            require(segments.none { it == \"..\" }) { \"Blob path must not contain '..' traversal segments: $path\" }\n            require(segments.none { it == \".\" }) { \"Blob path must not contain '.' self-reference segments: $path\" }\n        }\n\n        /**\n         * Sanitizes and normalizes a user-provided path. Returns a safe path string.\n         * Throws [IllegalArgumentException] if the path is malicious.\n         */\n        fun sanitizePath(path: String): String {\n            val normalized =\n                path\n                    .replace('\\\\', '/')\n                    .replace(Regex(\"/+\"), \"/\")\n                    .trimStart('/')\n                    .trimEnd('/')\n            require(normalized.isNotBlank()) { \"Sanitized path must not be blank\" }\n            validatePath(normalized)\n            return normalized\n        }\n    }\n}\n\n@JsExportCompat\n@Serializable\nsealed interface AttributeValue\n\n/**\n * A plain data value (string, number, boolean, object, array). Becomes a credential \"claim\"\n * only once a downstream assembler maps it into a credential.\n */\n@Serializable\n@SerialName(\"data\")"
  },
  "ApprovePipelineSessionResult": {
    "kind": "data class",
    "name": "ApprovePipelineSessionResult",
    "module": "public",
    "source": "@Serializable\ndata class ApprovePipelineSessionResult(\n    /** The session's correlation id, echoed back for convenience. */\n    val correlationId: String,\n    /** The new lifecycle status after the decision was applied. */\n    val status: IssuancePipelineStatus,\n)\n\n@JsExportCompat\nenum class IssuancePipelineStatus {\n    /** Session created; no phase has run yet. */\n    CREATED,\n\n    /** A phase's sources are currently executing. */\n    PHASE_EXECUTING,\n\n    /** A phase finished; the session is between phases. */\n    PHASE_COMPLETED,\n\n    /** `/credential` returned 202; waiting for deferred attribute ingress. */\n    AWAITING_DEFERRED,\n\n    /** Required attributes are complete but an approver has not yet decided. */\n    AWAITING_APPROVAL,\n\n    /** All bindings complete and approved (if required); claims can be assembled. */\n    READY,\n\n    /** Issuance finished for every bound credential. */\n    COMPLETED,\n\n    /** The session failed terminally. */\n    FAILED,\n\n    /** The session passed its `expiresAt` without completing. */\n    EXPIRED,\n}\n\n    @Serializable\n    @SerialName(\"session\")\n    data class Session(\n        /** `null` -> use the domain default ([SessionRetention.encryptionRequired] = `true`). */\n        val encryptionRequired: Boolean? = null,\n    ) : RetentionDto() {\n        override val kind: String = \"session\"\n    }\n\n    @Serializable\r\n    @SerialName(\"Required\")\r\n    data class Required(\r\n        val message: String? = null,\r\n    ) : FieldValidationRule"
  },
  "FailPipelineSourceArgs": {
    "kind": "data class",
    "name": "FailPipelineSourceArgs",
    "module": "public",
    "source": "@Serializable\ndata class FailPipelineSourceArgs(\n    /** The external correlation handle identifying the pipeline session. */\n    val correlationId: String,\n    /** The opaque source identifier (matches `AttributeProvenanceRef.value`). */\n    val sourceId: String,\n    /** Optional human-readable reason recorded with the failure marker. */\n    val reason: String? = null,\n)\n\n@JsExportCompat\n@Serializable(with = AttributeProvenanceRefSerializer::class)\ndata class AttributeProvenanceRef(\n    val value: String,\n)\n\nobject AttributeProvenanceRefSerializer : KSerializer<AttributeProvenanceRef> {\n    override val descriptor: SerialDescriptor =\n        PrimitiveSerialDescriptor(\"com.sphereon.attribute.flow.AttributeProvenanceRef\", PrimitiveKind.STRING)\n\n    override fun serialize(\n        encoder: Encoder,\n        value: AttributeProvenanceRef\n    ) = encoder.encodeString(value.value)\n\n    override fun deserialize(decoder: Decoder): AttributeProvenanceRef = AttributeProvenanceRef(decoder.decodeString())\n}"
  },
  "FailPipelineSourceResult": {
    "kind": "data class",
    "name": "FailPipelineSourceResult",
    "module": "public",
    "source": "@Serializable\ndata class FailPipelineSourceResult(\n    /** The session's correlation id, echoed back for convenience. */\n    val correlationId: String,\n    /** The source id whose contribution was marked as failed. */\n    val sourceId: String,\n)"
  },
  "CreateDcqlQueryArgs": {
    "kind": "data class",
    "name": "CreateDcqlQueryArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class CreateDcqlQueryArgs(\n    val queryId: String,\n    val name: String,\n    val description: String? = null,\n    val dcqlQuery: DcqlQuery,\n    val enabled: Boolean = true,\n)\n\n@Serializable\n@JsExportCompat\ndata class DcqlQuery(\n    val credentials: List<DcqlCredentialQuery>? = null,\n    val credential_sets: List<DcqlCredentialSetQuery>? = null,\n) {\n    init {\n        require(credentials != null || credential_sets != null) {\n            \"At least one of 'credentials' or 'credential_sets' must be present\"\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialQuery(\n    val id: String,\n    val format: String? = null,\n    val meta: JsonObject? = null,\n    val claims: List<DcqlClaimQuery>? = null,\n    val claim_sets: List<DcqlClaimSet>? = null,\n    val require_cryptographic_holder_binding: Boolean = true,\n    val multiple: Boolean = false,\n    @SerialName(\"trusted_authorities\")\n    val trusted_authorities: List<DcqlTrustedAuthority>? = null,\n) {\n    /**\n     * Normalized trusted authorities with duplicate types automatically combined.\n     *\n     * When multiple authority entries of the same type exist in trusted_authorities,\n     * they are automatically combined into a single entry with all values merged.\n     * This prevents logic/validation problems by external parties.\n     *\n     * This property is computed in the init block and always reflects the deduplicated state.\n     *\n     * Example:\n     * ```kotlin\n     * // Input during construction/deserialization:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\")),\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed2.com\"))\n     * )\n     * // Automatically normalized to:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\", \"https://fed2.com\"))\n     * )\n     * ```\n     */\n    @Transient\n    val normalizedTrustedAuthorities: List<DcqlTrustedAuthority>? = trusted_authorities?.let { normalizeTrustedAuthorities(it) }\n\n    companion object {\n        /**\n         * Combines multiple trusted authority entries of the same type into single entries.\n         *\n         * @param authorities Original list that may contain duplicate types\n         * @return List with duplicate types merged, maintaining order of first occurrence\n         */\n        private fun normalizeTrustedAuthorities(authorities: List<DcqlTrustedAuthority>): List<DcqlTrustedAuthority> {\n            if (authorities.isEmpty()) {\n                return authorities\n            }\n\n            // Group by type and combine all values\n            val grouped = authorities.groupBy { it.type }\n\n            // Maintain order of first occurrence for each type\n            return authorities\n                .distinctBy { it.type }\n                .map { firstOfType ->\n                    val allValues = grouped[firstOfType.type]!!.flatMap { it.values }.distinct()\n                    DcqlTrustedAuthority(\n                        type = firstOfType.type,\n                        values = allValues,\n                    )\n                }\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialSetQuery(\n    val required: Boolean = false,\n    val options: List<DcqlCredentialSetOption>,\n)"
  },
  "DcqlQueryConfiguration": {
    "kind": "data class",
    "name": "DcqlQueryConfiguration",
    "module": "public",
    "source": "@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"DcqlQueryConfiguration\", exact = true)\n@JsExportCompat\n@Serializable\ndata class DcqlQueryConfiguration(\n    val queryId: String,\n    val name: String,\n    val description: String? = null,\n    val dcqlQuery: DcqlQuery,\n    val enabled: Boolean = true,\n    val createdAt: Long,\n    val updatedAt: Long,\n    /**\n     * The version number of the currently active DCQL body, when the configuration is backed\n     * by a version-history store. Null for stores without versioning (the IDK KV/SQLite\n     * backings); set by the EDK versioned store.\n     */\n    val currentVersion: Int? = null,\n)\n\n@Serializable\n@JsExportCompat\ndata class DcqlQuery(\n    val credentials: List<DcqlCredentialQuery>? = null,\n    val credential_sets: List<DcqlCredentialSetQuery>? = null,\n) {\n    init {\n        require(credentials != null || credential_sets != null) {\n            \"At least one of 'credentials' or 'credential_sets' must be present\"\n        }\n    }\n}\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialQuery(\n    val id: String,\n    val format: String? = null,\n    val meta: JsonObject? = null,\n    val claims: List<DcqlClaimQuery>? = null,\n    val claim_sets: List<DcqlClaimSet>? = null,\n    val require_cryptographic_holder_binding: Boolean = true,\n    val multiple: Boolean = false,\n    @SerialName(\"trusted_authorities\")\n    val trusted_authorities: List<DcqlTrustedAuthority>? = null,\n) {\n    /**\n     * Normalized trusted authorities with duplicate types automatically combined.\n     *\n     * When multiple authority entries of the same type exist in trusted_authorities,\n     * they are automatically combined into a single entry with all values merged.\n     * This prevents logic/validation problems by external parties.\n     *\n     * This property is computed in the init block and always reflects the deduplicated state.\n     *\n     * Example:\n     * ```kotlin\n     * // Input during construction/deserialization:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\")),\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed2.com\"))\n     * )\n     * // Automatically normalized to:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\", \"https://fed2.com\"))\n     * )\n     * ```\n     */\n    @Transient\n    val normalizedTrustedAuthorities: List<DcqlTrustedAuthority>? = trusted_authorities?.let { normalizeTrustedAuthorities(it) }\n\n    companion object {\n        /**\n         * Combines multiple trusted authority entries of the same type into single entries.\n         *\n         * @param authorities Original list that may contain duplicate types\n         * @return List with duplicate types merged, maintaining order of first occurrence\n         */\n        private fun normalizeTrustedAuthorities(authorities: List<DcqlTrustedAuthority>): List<DcqlTrustedAuthority> {\n            if (authorities.isEmpty()) {\n                return authorities\n            }\n\n            // Group by type and combine all values\n            val grouped = authorities.groupBy { it.type }\n\n            // Maintain order of first occurrence for each type\n            return authorities\n                .distinctBy { it.type }\n                .map { firstOfType ->\n                    val allValues = grouped[firstOfType.type]!!.flatMap { it.values }.distinct()\n                    DcqlTrustedAuthority(\n                        type = firstOfType.type,\n                        values = allValues,\n                    )\n                }\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialSetQuery(\n    val required: Boolean = false,\n    val options: List<DcqlCredentialSetOption>,\n)\n\ninternal object CDDLSerializer : KSerializer<CDDL> {\n    override val descriptor: SerialDescriptor = PrimitiveSerialDescriptor(\"CDDL\", PrimitiveKind.STRING)\n\n    override fun serialize(\n        encoder: Encoder,\n        value: CDDL,\n    ) {\n        encoder.encodeString(value.format)\n    }\n\n    override fun deserialize(decoder: Decoder): CDDL = CDDL.util.fromFormat(decoder.decodeString())\n}\n\n@Suppress(\"UNCHECKED_CAST\")\n@JsExportCompat\n@Serializable(with = CDDLSerializer::class)\nsealed class CDDL(\n    override val format: String,\n    override val majorType: MajorType? = null,\n    override val info: Int? = null,\n    override val aliasFor: Array<CDDLType> = arrayOf(),\n) : CDDLType {\n    override fun newCborItemFromJson(\n        element: JsonElement?,\n        cddl: CDDLType?,\n    ): CborItem<out Any?> {\n        val jsonPrimitive: JsonPrimitive? = (element as? JsonPrimitive)?.jsonPrimitive\n        val jsonArray: JsonArray? = (element as? JsonArray)?.jsonArray\n        val jsonObject: JsonObject? = (element as? JsonObject)?.jsonObject\n        val isNull: Boolean = element == JsonNull || element === null\n        val isString: Boolean = jsonPrimitive?.isString == true\n\n        if (isNull) {\n            return CborNull()\n        } else if (isString && jsonPrimitive !== null) {\n            return CborString(jsonPrimitive.content)\n        } else if (jsonArray !== null) {\n            return list.fromJson(jsonArray)\n        } else if (jsonObject !== null) {\n            if (CborItemJson.isCborItemValueJson(jsonObject)) {\n                val key =\n                    if (CborItemJson.isCborItemJson(jsonObject)) {\n                        (jsonObject[\"key\"] as? JsonPrimitive)?.content\n                    } else {\n                        null\n                    }\n                val cddlStr = (jsonObject[\"cddl\"] as? JsonPrimitive)?.content\n\n                if (cddlStr === null) {\n                    // cddl key found, but wasn't a primitive, returning a null value\n                    return CborNull()\n                }\n                val cddlObject = util.fromFormat(cddlStr)\n                val cborObject = newCborItemFromJson(jsonObject[jsonObject.keys.find { it != CDDL_LITERAL && it != KEY_LITERAL }], cddlObject)\n                if (key === null) {\n                    return cborObject\n                }\n                return CborMap(mutableMapOf(Pair(CborString(key), cborObject)))\n            }\n            // number label keys?\n            return CborMap(mutableMapOf(* jsonObject.map { Pair(CborString(it.key), newCborItemFromJson(it.value)) }.toTypedArray()))\n        } else if (jsonPrimitive !== null) {\n            if (cddl == null) {\n                return newCborItem(jsonPrimitive)\n            }\n            return when (cddl) {\n                // Needed because we cannot have inheritance with Kotlin to JS, unfortunately. The fromJson would cause clashes if we put it in the interface\n                tstr -> tstr.fromJson(jsonPrimitive)\n\n                Null -> CborNull()\n\n                False -> CborSimple.FALSE\n\n                True -> CborSimple.TRUE\n\n                bool -> bool.fromJson(jsonPrimitive)\n\n                bstr -> bstr.fromJson(jsonPrimitive)\n\n                bytes -> bytes.fromJson(jsonPrimitive)\n\n                float -> float.fromJson(jsonPrimitive)\n\n                float16 -> float16.fromJson(jsonPrimitive)\n\n                float32 -> float32.fromJson(jsonPrimitive)\n\n                float64 -> float64.fromJson(jsonPrimitive)\n\n                full_date -> full_date.fromJson(jsonPrimitive)\n\n                int -> int.fromJson(jsonPrimitive)\n\n                nil -> nil.newNil()\n\n                nint -> nint.fromJson(jsonPrimitive)\n\n                tdate -> tdate.fromJson(jsonPrimitive)\n\n                text -> text.fromJson(jsonPrimitive)\n\n                time -> time.fromJson(jsonPrimitive)\n\n                uint -> uint.fromJson(jsonPrimitive)\n\n                undefined -> undefined.newUndefined()\n\n                else -> cddl.newCborItem(jsonPrimitive)\n            }\n        }\n        return newCborItem(element)\n    }\n\n    override fun <T : Any> newCborItem(origValue: T?): CborItem<out Any?> {\n        // We are not using inheritance for the methods as that would impact JS export.\n        // Since this is a sealed class anyway that is not too bad\n        var value = origValue\n        val jsonElement: JsonElement? =\n            when (value) {\n                is JsonPrimitive -> value\n                is JsonArray -> value\n                is JsonObject -> value\n                is JsonNull -> value\n                else -> null\n            }\n        if (value == null) {\n            return nil.newNil()\n        } else if (value == Unit) {\n            return undefined.newUndefined()\n        }\n        return when (this) {\n            tstr -> {\n                if (jsonElement === null) {\n                    tstr.newString(value.toString())\n                } else {\n                    tstr.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            False -> {\n                False.newFalse()\n            }\n\n            Null -> {\n                Null.newNull()\n            }\n\n            True -> {\n                True.newTrue()\n            }\n\n            any -> {\n                return when (value) {\n                    is JsonPrimitive -> {\n                        val prim = value\n                        when {\n                            prim.isString -> tstr.fromJson(prim)\n                            prim.content == \"true\" || prim.content == \"false\" -> bool.fromJson(prim)\n                            prim.content.contains('.') || prim.content.contains('e') || prim.content.contains('E') -> float64.fromJson(prim)\n                            else -> int.fromJson(prim) // Assume integer if not string, boolean, or float\n                        }\n                    }\n\n                    is cddl_tstr -> {\n                        if (jsonElement === null) {\n                            tstr.newString(value)\n                        } else {\n                            tstr.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_bstr -> {\n                        if (jsonElement === null) {\n                            bstr.newByteString(value)\n                        } else {\n                            bstr.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_tdate -> {\n                        if (jsonElement === null) {\n                            tdate.newTDate(value)\n                        } else {\n                            tdate.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_full_date -> {\n                        if (jsonElement === null) {\n                            full_date.newFullDate(value)\n                        } else {\n                            full_date.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_bool -> {\n                        if (jsonElement === null) {\n                            bool.newBool(value)\n                        } else {\n                            bool.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    // Use consolidated Number handling for JS/WasmJs compatibility\n                    // (on JS, all numeric `is` checks match any Number, making individual checks unreliable)\n                    is Number -> {\n                        if (jsonElement === null) {\n                            value.toCborItem()\n                        } else {\n                            val d = value.toDouble()\n                            if (d != kotlin.math.floor(d) || d.isInfinite() || d.isNaN()) {\n                                float64.fromJson(jsonElement.jsonPrimitive)\n                            } else {\n                                int.fromJson(jsonElement.jsonPrimitive)\n                            }\n                        }\n                    }\n\n                    is cddl_list<*> -> {\n                        if (jsonElement === null) {\n                            list.newList(\n                                value\n                                    .map {\n                                        if (it is CborItem<*>) {\n                                            it\n                                        } else {\n                                            any.newCborItem(\n                                                it,\n                                            )\n                                        }\n                                    }.toMutableList(),\n                            )\n                        } else {\n                            list.fromJson(jsonElement.jsonArray)\n                        }\n                    }\n\n                    is cddl_map<*, *> -> {\n                        if (jsonElement === null) {\n                            map.newMap(\n                                mutableMapOf(\n                                    * value\n                                        .map {\n                                            Pair(\n                                                if (it.key is CborItem<*>) {\n                                                    it.key as CborItem<*>\n                                                } else {\n                                                    any.newCborItem(it.key)\n                                                },\n                                                if (it.value is CborItem<*>) {\n                                                    it.value as CborItem<*>\n                                                } else {\n                                                    any.newCborItem(it.value)\n                                                },\n                                            )\n                                        }.toTypedArray(),\n                                ),\n                            )\n                        } else {\n                            map.fromJson(jsonElement.jsonObject)\n                        }\n                    }\n\n                    else -> {\n                        throw IllegalArgumentException(\"newCborItem for $value Not implemented yet\")\n                    }\n                }\n            }\n\n            bool -> {\n                if (jsonElement === null) {\n                    bool.newBool(value == true)\n                } else {\n                    bool.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            bstr -> {\n                if (jsonElement === null) {\n                    bstr.newByteString(value as ByteArray)\n                } else {\n                    bstr.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            bstr_indef_length -> {\n                if (jsonElement === null) {\n                    bstr_indef_length.newByteString(value as List<cddl_bstr>)\n                } else {\n                    TODO(\"indef cddl from json not implemented yet\")\n                }\n            }\n\n            bytes -> {\n                if (jsonElement === null) {\n                    bytes.newBytes(value as ByteArray)\n                } else {\n                    bytes.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float -> {\n                if (jsonElement === null) {\n                    float.newFloat(value as Float)\n                } else {\n                    float.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float16 -> {\n                if (jsonElement === null) {\n                    float16.newFloat16(value as Float)\n                } else {\n                    float16.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float32 -> {\n                if (jsonElement === null) {\n                    float32.newFloat32(value as Float)\n                } else {\n                    float32.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float64 -> {\n                if (jsonElement === null) {\n                    float64.newFloat64(value as Double)\n                } else {\n                    float64.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            full_date -> {\n                if (jsonElement === null) {\n                    full_date.newFullDate(value as cddl_full_date)\n                } else {\n                    full_date.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            int -> {\n                if (jsonElement === null) {\n                    int.newInt(value as Int)\n                } else {\n                    int.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            list -> {\n                if (jsonElement === null) {\n                    if (value is CborArray<*>) {\n                        value\n                    } else {\n                        list.newList(\n                            (value as List<*>)\n                                .map {\n                                    if (it is CborItem<*>) {\n                                        it\n                                    } else {\n                                        any.newCborItem(\n                                            it,\n                                        )\n                                    }\n                                }.toMutableList(),\n                        )\n                    }\n                } else {\n                    list.fromJson(jsonElement.jsonArray)\n                }\n            }\n\n            map -> {\n                if (jsonElement === null) {\n                    if (value is CborMap<*, *>) {\n                        value\n                    } else {\n                        map.newMap(\n                            mutableMapOf(\n                                * (value as Map<*, *>)\n                                    .map {\n                                        Pair(\n                                            if (it.key is CborItem<*>) {\n                                                it.key as CborItem<*>\n                                            } else {\n                                                any.newCborItem(it.key)\n                                            },\n                                            if (it.value is CborItem<*>) {\n                                                it.value as CborItem<*>\n                                            } else {\n                                                any.newCborItem(it.value)\n                                            },\n                                        )\n                                    }.toTypedArray(),\n                            ),\n                        ) // fixme. Needs inspection of keys and values and map type\n                    }\n                } else {\n                    return map.fromJson(jsonElement.jsonObject)\n                }\n            }\n\n            nil -> {\n                nil.newNil()\n            }\n\n            nint -> {\n                if (jsonElement === null) {\n                    nint.newNInt(\n                        if (value is Number) {\n                            value.toLong()\n                        } else {\n                            value as Long\n                        }\n                    )\n                } else {\n                    nint.fromJson(\n                        jsonElement.jsonPrimitive,\n                    )\n                }\n            }\n\n            tdate -> {\n                if (jsonElement === null) {\n                    tdate.newTDate(value as cddl_tdate)\n                } else {\n                    tdate.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            text -> {\n                if (jsonElement === null) {\n                    text.newText(value as cddl_text)\n                } else {\n                    text.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            time -> {\n                if (jsonElement === null) {\n                    time.newTime(value as cddl_time)\n                } else {\n                    time.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            tstr_indef_length -> {\n                if (jsonElement !== null) {\n                    tstr_indef_length.newStringIndefLength(value as List<cddl_tstr>)\n                } else {\n                    TODO(\"tstr indef length from json to cbor not implemented\")\n                }\n            }\n\n            uint -> {\n                if (jsonElement === null) {\n                    uint.newUint(\n                        if (value is Long) {\n                            value\n                        } else if (value is Number) {\n                            value.toLong()\n                        } else {\n                            value as Long\n                        },\n                    )\n                } else {\n                    uint.fromJson(\n                        jsonElement.jsonPrimitive,\n                    )\n                }\n            }\n\n            undefined -> {\n                undefined.newUndefined()\n            }\n        }\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTstr\")\n    object tstr : CDDL(\"tstr\", MajorType.UNICODE_STRING) {\n        fun newString(value: cddl_tstr) = CborString(value)\n\n        fun fromJson(value: JsonPrimitive) = CborString(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlUint\")\n    object uint : CDDL(\"uint\", MajorType.UNSIGNED_INTEGER) {\n        fun newUint(value: cddl_uint) = CborUInt(value)\n\n        fun fromJson(value: JsonPrimitive) = CborUInt(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNint\")\n    object nint : CDDL(\"nint\", MajorType.NEGATIVE_INTEGER) {\n        fun newNInt(value: cddl_nint) = CborNInt(value)\n\n        fun fromJson(value: JsonPrimitive) = CborNInt(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlInt\")\n    object int :\n        CDDL(\"int\", null, null, aliasFor = arrayOf(uint, nint)) {\n        fun newInt(value: Int) =\n            if (value < 0) {\n                CborNInt(value.toLong())\n            } else {\n                CborUInt(value.toLong())\n            }\n\n        fun newLong(value: Long) =\n            if (value < 0) {\n                CborNInt(value)\n            } else {\n                CborUInt(value)\n            }\n\n        fun fromJson(value: JsonPrimitive) =\n            if (value.long < 0) {\n                CborNInt(value.long)\n            } else {\n                CborUInt(value.long)\n            }\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBstr\")\n    object bstr : CDDL(\"bstr\", MajorType.BYTE_STRING) {\n        fun newByteString(value: cddl_bstr) = CborByteString(value)\n\n        fun fromJson(\n            value: JsonPrimitive,\n            encoding: Encoding = Encoding.BASE64URL,\n        ) = CborByteString(value.content.decodeFrom(encoding))\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBstrIndefLength\")\n    object bstr_indef_length : CDDL(\"bstr\", MajorType.BYTE_STRING) {\n        fun newByteString(value: List<cddl_bstr>) = CborByteStringIndefLength(value)\n\n        fun fromJson(\n            value: JsonArray,\n            encoding: Encoding = Encoding.BASE64URL,\n        ): CborByteStringIndefLength = TODO(\"indef length from json to cbor not implemented yet\")\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBytes\")\n    object bytes : CDDL(\"bytes\", MajorType.BYTE_STRING, aliasFor = arrayOf(bstr)) {\n        fun newBytes(value: cddl_bstr) = CborByteString(value)\n\n        fun fromJson(\n            value: JsonPrimitive,\n            encoding: Encoding = Encoding.BASE64URL,\n        ) = CborByteString(value.content.decodeFrom(encoding))\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTstrIndefLength\")\n    object tstr_indef_length : CDDL(\"tstr\", MajorType.UNICODE_STRING) {\n        fun newStringIndefLength(value: List<cddl_tstr>) = CborStringIndefLength(value)\n\n        fun fromJson(\n            value: JsonArray,\n            encoding: Encoding = Encoding.BASE64URL,\n        ): CborStringIndefLength = TODO(\"indef length from json to cbor not implemented yet\")\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlText\")\n    object text : CDDL(\"text\", MajorType.UNICODE_STRING, aliasFor = arrayOf(tstr)) {\n        fun newText(value: cddl_text) = CborString(value)\n\n        fun fromJson(value: JsonPrimitive) = CborString(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTdate\")\n    object tdate : CDDL(\n        \"tdate\",\n        MajorType.TAG,\n        DATE_TIME_STRING,\n    ) { // RFC 7049, section 2.4.1, a tdate data item shall contain a date-time string as specified in RFC 3339\n        fun newTDate(value: cddl_tdate) = CborTDate(value)\n\n        fun fromJson(value: JsonPrimitive) = CborTDate(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFullDate\")\n    object full_date : CDDL(\n        \"full-date\",\n        MajorType.TAG,\n        CborTagged.FULL_DATE_STRING,\n    ) { // #6.1004(tstr) In accordance with RFC 8943, a full-date data item shall contain a full-datestring as specified in RFC 3339.\n        fun newFullDate(value: cddl_full_date) = CborFullDate(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFullDate(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTime\")\n    object time : CDDL(\n        \"time\",\n        MajorType.TAG,\n        CborTagged.DATE_TIME_NUMBER,\n    ) { // RFC 7049, section 2.4.1, a tdate data item shall contain a date-time number as specified in RFC 3339\n        fun newTime(value: cddl_time) = CborTime(value)\n\n        fun fromJson(value: JsonPrimitive) = CborTime(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat16\")\n    object float16 : CDDL(\"float16\", MajorType.SPECIAL, 25) {\n        fun newFloat16(value: cddl_float16) = CborFloat16(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat16(value.float)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat32\")\n    object float32 : CDDL(\"float32\", MajorType.SPECIAL, 26) {\n        fun newFloat32(value: cddl_float32) = CborFloat32(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat32(value.float)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat64\")\n    object float64 : CDDL(\"float64\", MajorType.SPECIAL, 27) {\n        fun newFloat64(value: cddl_float64) = CborDouble(value)\n\n        fun fromJson(value: JsonPrimitive) = CborDouble(value.double)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat\")\n    object float : CDDL(\"float\", MajorType.SPECIAL, aliasFor = arrayOf(float16, float32, float64)) {\n        fun newFloat(value: cddl_float) = CborFloat32(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat32(value.float)\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFalse\")\n    @Serializable(with = CDDLSerializer::class)\n    object False : CDDL(\"false\", MajorType.SPECIAL, 20) {\n        fun newFalse() = CborSimple.FALSE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.FALSE\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTrue\")\n    @Serializable(with = CDDLSerializer::class)\n    object True : CDDL(\"true\", MajorType.SPECIAL, 21) {\n        fun newTrue() = CborSimple.TRUE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.TRUE\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBool\")\n    object bool :\n        CDDL(\"bool\", MajorType.SPECIAL, aliasFor = arrayOf(False, True)) {\n        fun newBool(value: cddl_bool) =\n            if (value) {\n                CborSimple.TRUE\n            } else {\n                CborSimple.FALSE\n            }\n\n        fun fromJson(value: JsonPrimitive) =\n            if (value.boolean) {\n                CborSimple.TRUE\n            } else {\n                CborSimple.FALSE\n            }\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNil\")\n    object nil : CDDL(\"nil\", MajorType.SPECIAL, 22) {\n        fun newNil() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlUndefined\")\n    object undefined :\n        CDDL(\"undefined\", MajorType.SPECIAL, 23) {\n        fun newUndefined() = CborSimple.UNDEFINED\n\n        fun fromJson(value: JsonElement) = CborSimple.UNDEFINED\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlMap\")\n    object map :\n        CDDL(\n            \"map\",\n            MajorType.MAP,\n        ) {\n        fun newMap(value: MutableMap<CborItem<*>, CborItem<*>>): CborItem<MutableMap<CborItem<*>, CborItem<*>>> = CborMap(value)\n\n        /**\n         * Please note that this method is not able to map onto the exact Cbor items as the json values have no type information!\n         */\n        fun fromJson(value: JsonObject): CborMap<CborString, CborItem<*>> =\n            CborMap(\n                value.entries\n                    .map {\n                        Pair(\n                            CborString(it.key),\n                            when (it.value) {\n                                is JsonPrimitive -> any.fromJson(it.value)\n                                is JsonArray -> list.fromJson(it.value as JsonArray)\n                                is JsonObject -> fromJson(it.value as JsonObject)\n                                else -> throw IllegalArgumentException(\"Unknown type encountered\")\n                            },\n                        )\n                    }.toMap()\n                    .toMutableMap(),\n            )\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlList\")\n    object list :\n        CDDL(\n            \"list\",\n            MajorType.ARRAY,\n        ) {\n        fun <T : CborItem<*>> newList(value: cddl_list<T>) = CborArray(value)\n\n        /**\n         * Please note that this method is not able to map onto the exact Cbor items as the json values have no type information!\n         */\n        fun fromJson(value: JsonArray): CborArray<CborItem<*>> =\n            CborArray(\n                value\n                    .map { elt ->\n                        when (elt) {\n                            is JsonPrimitive -> {\n                                any.fromJson(elt)\n                            }\n\n                            is JsonArray -> {\n                                fromJson(elt)\n                            }\n\n                            is JsonObject -> {\n                                if (CborItemJson.isCborItemValueJson(elt)) {\n                                    newCborItemFromJson(\n                                        elt,\n                                        elt[CDDL_LITERAL]?.jsonPrimitive?.content?.let { CDDL.util.fromFormat(it) },\n                                    )\n                                } else {\n                                    map.fromJson(elt)\n                                }\n                            }\n\n                            else -> {\n                                throw IllegalArgumentException(\"Unknown type encountered\")\n                            }\n                        }\n                    }.toMutableList(),\n            )\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlAny\")\n    object any :\n        CDDL(\n            \"any\",\n        ) {\n        fun newAny(value: cddl_any) = CborAny(value)\n\n        fun fromJson(value: JsonElement): CborItem<*> {\n            return newCborItemFromJson(value)\n//            TODO(\"Json any to cbor not implemeted yet\")\n        }\n    }\n\n    override fun toTag(additionalInfo: Int?): String {\n        if (aliasFor.isNotEmpty()) {\n            if (additionalInfo == null) {\n                return aliasFor[0].toTag(additionalInfo)\n            }\n\n            // fixme: this is not correct. We first need to traverse the aliases, as an alias could go without major and additional info\n            return util.entries\n                .first { it.majorType == majorType && it.info == additionalInfo }\n                .toTag(additionalInfo)\n        }\n\n        var tag = \"#\"\n        if (majorType != null) {\n            tag += majorType\n        }\n        if (additionalInfo != null) {\n            tag += \".$additionalInfo\"\n        }\n        return tag\n    }\n\n    override fun toString(): String = \"CDDL(format='$format', majorType=$majorType, info=$info, aliasFor=${aliasFor.contentToString()})\"\n\n    override fun equals(other: Any?): Boolean {\n        if (this === other) {\n            return true\n        }\n        if (other !is CDDL) {\n            return false\n        }\n\n        if (format != other.format) {\n            return false\n        }\n        if (majorType != other.majorType) {\n            return false\n        }\n        if (info != other.info) {\n            return false\n        }\n        if (!aliasFor.contentEquals(other.aliasFor)) {\n            return false\n        }\n\n        return true\n    }\n\n    override fun hashCode(): Int {\n        var result = format.hashCode()\n        result = 31 * result + (majorType?.hashCode() ?: 0)\n        result = 31 * result + (info ?: 0)\n        result = 31 * result + aliasFor.contentHashCode()\n        return result\n    }\n\n    object util {\n        // Lazy for serialization as this class is used as object in the above CDDL class\n        val entries by lazy {\n            arrayOf(\n                any,\n                uint,\n                int,\n                nint,\n                bstr,\n                bstr_indef_length,\n                bytes,\n                tstr,\n                tstr_indef_length,\n                text,\n                tdate,\n                full_date,\n                time,\n                float,\n                False,\n                True,\n                bool,\n                nil,\n                Null,\n                undefined,\n                float16,\n                float32,\n                float64,\n                map,\n                list,\n            )\n        }\n\n        fun fromFormat(format: String) = entries.first { it.format == format }\n\n        fun fromTag(tag: String): CDDL {\n            require(tag.startsWith(\"#\")) { \"Invalid tag supplied $tag\" }\n            val parts = tag.split(\"#\", \".\")\n            if (parts.size == 1) {\n                return any\n            }\n            val majorVal = parts[1].toIntOrNull()\n            return fromMajorType(majorVal?.let { MajorType.fromInt(it) }, parts[2].toIntOrNull())\n        }\n\n        fun fromBytes(input: Int): CDDL {\n            val majorType = input shr 5\n\n            // todo additionalInto\n            return fromMajorType(MajorType.fromInt(majorType))\n        }\n\n        fun fromMajorType(\n            majorType: MajorType? = null,\n            additionalInfo: Int? = null,\n        ) = entries.first {\n            it.majorType == majorType && it.info == additionalInfo\n        }\n    }\n}\n\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"MajorType\", exact = true)\n@Serializable\n@JsExportCompat\nenum class MajorType(\n    val type: Int,\n) {\n    /**\n     * Major type 0.\n     *\n     * An unsigned integer in the range 0..2^64-1 inclusive. The value of the encoded item is the\n     * argument itself. For example, the integer 10 is denoted as the one byte 0b000_01010 (major\n     * type 0, additional information 10). The integer 500 would be 0b000_11001 (major type 0,\n     * additional information 25) followed by the two bytes 0x01f4, which is 500 in decimal.\n     */\n    UNSIGNED_INTEGER(0),\n\n    /**\n     * Major type 1.\n     *\n     * A negative integer in the range -2^64..-1 inclusive. The value of the item is -1 minus\n     * the argument. For example, the integer -500 would be 0b001_11001 (major type 1, additional\n     * information 25) followed by the two bytes 0x01f3, which is 499 in decimal.\n     */\n    NEGATIVE_INTEGER(1),\n\n    /**\n     * Major type 2.\n     *\n     * A byte string. The number of bytes in the string is equal to the argument. For example,\n     * a byte string whose length is 5 would have an initial byte of 0b010_00101 (major type 2,\n     * additional information 5 for the length), followed by 5 bytes of binary content. A byte\n     * string whose length is 500 would have 3 initial bytes of 0b010_11001 (major type 2,\n     * additional information 25 to indicate a two-byte length) followed by the two bytes 0x01f4\n     * for a length of 500, followed by 500 bytes of binary content.\n     */\n    BYTE_STRING(2),\n\n    /**\n     * Major type 3.\n     *\n     * A text string (Section 2) encoded as UTF-8 [RFC3629]. The number of bytes in the string\n     * is equal to the argument. A string containing an invalid UTF-8 sequence is well-formed\n     * but invalid (Section 1.2). This type is provided for systems that need to interpret or\n     * display human-readable text, and allows the differentiation between unstructured bytes\n     * and text that has a specified repertoire (that of Unicode) and encoding (UTF-8). In\n     * contrast to formats such as JSON, the Unicode characters in this type are never escaped.\n     * Thus, a newline character (U+000A) is always represented in a string as the byte 0x0a,\n     * and never as the bytes 0x5c6e (the characters \"\\\" and \"n\") nor as 0x5c7530303061 (the\n     * characters \"\\\", \"u\", \"0\", \"0\", \"0\", and \"a\").\n     */\n    UNICODE_STRING(3),\n\n    /**\n     * Major type 4.\n     * An array of data items. In other formats, arrays are also called lists, sequences, or\n     * tuples (a \"CBOR sequence\" is something slightly different, though [RFC8742]). The argument\n     * is the number of data items in the array. Items in an array do not need to all be of the\n     * same type. For example, an array that contains 10 items of any type would have an initial\n     * byte of 0b100_01010 (major type 4, additional information 10 for the length) followed by\n     * the 10 remaining items.\n     */\n    ARRAY(4),\n\n    /**\n     * Major type 5.\n     *\n     * A map of pairs of data items. Maps are also called tables, dictionaries, hashes, or\n     * objects (in JSON). A map is comprised of pairs of data items, each pair consisting of a\n     * key that is immediately followed by a value. The argument is the number of pairs of data\n     * items in the map. For example, a map that contains 9 pairs would have an initial byte of\n     * 0b101_01001 (major type 5, additional information 9 for the number of pairs) followed by\n     * the 18 remaining items. The first item is the first key, the second item is the first\n     * value, the third item is the second key, and so on. Because items in a map come in pairs,\n     * their total number is always even: a map that contains an odd number of items (no value\n     * data present after the last key data item) is not well-formed. A map that has duplicate\n     * keys may be well-formed, but it is not valid, and thus it causes indeterminate decoding;\n     * see also Section 5.6.\n     */\n    MAP(5),\n\n    /**\n     * Major type 6.\n     *\n     * A tagged data item (\"tag\") whose tag number, an integer in the range 0..2^64-1 inclusive,\n     * is the argument and whose enclosed data item (tag content) is the single encoded data item\n     * that follows the head. See Section 3.4.\n     */\n    TAG(6),\n\n    /**\n     * Major type 7.\n     *\n     * Floating-point numbers and simple values, as well as the \"break\" stop code. See Section 3.3.\n     */\n    SPECIAL(7),\n    ;\n\n    companion object {\n        /**\n         * Gets a [MajorType] instance from type.\n         *\n         * @param value an integer between 0 and 7, both inclusive\n         * @return a [MajorType] for the given value.\n         */\n        @JsStatic\n        @JvmStatic\n        fun fromInt(value: Int): MajorType =\n            entries.find { it.type == value }\n                ?: throw IllegalArgumentException(\"Unknown major type with value $value\")\n    }\n}\n\nabstract class CborSimple<Type : Any?>(\n    value: Type,\n    cddl: CDDL,\n) : CborItem<Type>(value, cddl) {\n    init {\n        val info =\n            when (cddl) {\n                is CDDL.bool -> {\n                    when (value) {\n                        true -> CDDL.True.info\n                        else -> CDDL.False.info\n                    }\n                }\n\n                else -> {\n                    cddl.info\n                }\n            }\n        require(info != null)\n        require(info is Int)\n        check(info < 24 || (info in 32..255))\n    }\n\n    override fun encode(builder: ByteStringBuilder) {\n        val majorTypeShifted = (majorType!!.type shl 5).toByte()\n        builder.append(majorTypeShifted.or(info!!.toByte()))\n    }\n\n    override fun equals(other: Any?): Boolean = other is CborSimple<*> && value == other.value\n\n    override fun hashCode(): Int = value.hashCode()\n\n    override fun toString() =\n        when (this) {\n            FALSE -> \"Simple(FALSE)\"\n            TRUE -> \"Simple(TRUE)\"\n            NULL -> \"Simple(NULL)\"\n            UNDEFINED -> \"Simple(UNDEFINED)\"\n            else -> \"Simple($value)\"\n        }\n\n    companion object {\n        /** The [Simple] value for FALSE */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_FALSE\")\n        @JsStatic\n        @JvmStatic\n        val FALSE = CborFalse()\n\n        /** The [Simple] value for TRUE */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_TRUE\")\n        @JsStatic\n        @JvmStatic\n        val TRUE = CborTrue()\n\n        /** The [Simple] value for NULL */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_NULL\")\n        @JsStatic\n        @JvmStatic\n        val NULL = CborNull()\n\n        /** The [Simple] value for UNDEFINED */\n        @JsStatic\n        @JvmStatic\n        val UNDEFINED = CborUndefined()\n    }\n}"
  },
  "GetDcqlQueryArgs": {
    "kind": "data class",
    "name": "GetDcqlQueryArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class GetDcqlQueryArgs(\n    val queryId: String,\n)"
  },
  "ListDcqlQueriesArgs": {
    "kind": "class",
    "name": "ListDcqlQueriesArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\nclass ListDcqlQueriesArgs\n\n/**\n * Arguments for updating an existing DCQL query configuration.\n *\n * A null field leaves the corresponding value unchanged. This supports both full\n * replacement (PUT, all fields supplied) and partial update (PATCH, a subset supplied).\n */\n@JsExportCompat\n@Serializable"
  },
  "UpdateDcqlQueryArgs": {
    "kind": "data class",
    "name": "UpdateDcqlQueryArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class UpdateDcqlQueryArgs(\n    val queryId: String,\n    val name: String? = null,\n    val description: String? = null,\n    val dcqlQuery: DcqlQuery? = null,\n    val enabled: Boolean? = null,\n)\n\n@Serializable\n@JsExportCompat\ndata class DcqlQuery(\n    val credentials: List<DcqlCredentialQuery>? = null,\n    val credential_sets: List<DcqlCredentialSetQuery>? = null,\n) {\n    init {\n        require(credentials != null || credential_sets != null) {\n            \"At least one of 'credentials' or 'credential_sets' must be present\"\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialQuery(\n    val id: String,\n    val format: String? = null,\n    val meta: JsonObject? = null,\n    val claims: List<DcqlClaimQuery>? = null,\n    val claim_sets: List<DcqlClaimSet>? = null,\n    val require_cryptographic_holder_binding: Boolean = true,\n    val multiple: Boolean = false,\n    @SerialName(\"trusted_authorities\")\n    val trusted_authorities: List<DcqlTrustedAuthority>? = null,\n) {\n    /**\n     * Normalized trusted authorities with duplicate types automatically combined.\n     *\n     * When multiple authority entries of the same type exist in trusted_authorities,\n     * they are automatically combined into a single entry with all values merged.\n     * This prevents logic/validation problems by external parties.\n     *\n     * This property is computed in the init block and always reflects the deduplicated state.\n     *\n     * Example:\n     * ```kotlin\n     * // Input during construction/deserialization:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\")),\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed2.com\"))\n     * )\n     * // Automatically normalized to:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\", \"https://fed2.com\"))\n     * )\n     * ```\n     */\n    @Transient\n    val normalizedTrustedAuthorities: List<DcqlTrustedAuthority>? = trusted_authorities?.let { normalizeTrustedAuthorities(it) }\n\n    companion object {\n        /**\n         * Combines multiple trusted authority entries of the same type into single entries.\n         *\n         * @param authorities Original list that may contain duplicate types\n         * @return List with duplicate types merged, maintaining order of first occurrence\n         */\n        private fun normalizeTrustedAuthorities(authorities: List<DcqlTrustedAuthority>): List<DcqlTrustedAuthority> {\n            if (authorities.isEmpty()) {\n                return authorities\n            }\n\n            // Group by type and combine all values\n            val grouped = authorities.groupBy { it.type }\n\n            // Maintain order of first occurrence for each type\n            return authorities\n                .distinctBy { it.type }\n                .map { firstOfType ->\n                    val allValues = grouped[firstOfType.type]!!.flatMap { it.values }.distinct()\n                    DcqlTrustedAuthority(\n                        type = firstOfType.type,\n                        values = allValues,\n                    )\n                }\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialSetQuery(\n    val required: Boolean = false,\n    val options: List<DcqlCredentialSetOption>,\n)"
  },
  "DeleteDcqlQueryArgs": {
    "kind": "data class",
    "name": "DeleteDcqlQueryArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class DeleteDcqlQueryArgs(\n    val queryId: String,\n)"
  },
  "ListDcqlQueryVersionsArgs": {
    "kind": "data class",
    "name": "ListDcqlQueryVersionsArgs",
    "module": "public",
    "source": "@Serializable\ndata class ListDcqlQueryVersionsArgs(\n    val queryId: String,\n)"
  },
  "DcqlQueryVersionSummary": {
    "kind": "data class",
    "name": "DcqlQueryVersionSummary",
    "module": "public",
    "source": "@Serializable\ndata class DcqlQueryVersionSummary(\n    val version: Int,\n    val createdAt: Long,\n    val createdBy: String? = null,\n)"
  },
  "GetDcqlQueryVersionArgs": {
    "kind": "data class",
    "name": "GetDcqlQueryVersionArgs",
    "module": "public",
    "source": "@Serializable\ndata class GetDcqlQueryVersionArgs(\n    val queryId: String,\n    val version: Int,\n)"
  },
  "DcqlQueryVersionRecord": {
    "kind": "data class",
    "name": "DcqlQueryVersionRecord",
    "module": "public",
    "source": "@Serializable\ndata class DcqlQueryVersionRecord(\n    val identifier: String,\n    val version: Int,\n    val dcqlQuery: DcqlQuery,\n    val createdAt: Long,\n    val createdBy: String? = null,\n)\n\n@Serializable\n@JsExportCompat\ndata class DcqlQuery(\n    val credentials: List<DcqlCredentialQuery>? = null,\n    val credential_sets: List<DcqlCredentialSetQuery>? = null,\n) {\n    init {\n        require(credentials != null || credential_sets != null) {\n            \"At least one of 'credentials' or 'credential_sets' must be present\"\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialQuery(\n    val id: String,\n    val format: String? = null,\n    val meta: JsonObject? = null,\n    val claims: List<DcqlClaimQuery>? = null,\n    val claim_sets: List<DcqlClaimSet>? = null,\n    val require_cryptographic_holder_binding: Boolean = true,\n    val multiple: Boolean = false,\n    @SerialName(\"trusted_authorities\")\n    val trusted_authorities: List<DcqlTrustedAuthority>? = null,\n) {\n    /**\n     * Normalized trusted authorities with duplicate types automatically combined.\n     *\n     * When multiple authority entries of the same type exist in trusted_authorities,\n     * they are automatically combined into a single entry with all values merged.\n     * This prevents logic/validation problems by external parties.\n     *\n     * This property is computed in the init block and always reflects the deduplicated state.\n     *\n     * Example:\n     * ```kotlin\n     * // Input during construction/deserialization:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\")),\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed2.com\"))\n     * )\n     * // Automatically normalized to:\n     * listOf(\n     *   DcqlTrustedAuthority(\"openid_federation\", listOf(\"https://fed1.com\", \"https://fed2.com\"))\n     * )\n     * ```\n     */\n    @Transient\n    val normalizedTrustedAuthorities: List<DcqlTrustedAuthority>? = trusted_authorities?.let { normalizeTrustedAuthorities(it) }\n\n    companion object {\n        /**\n         * Combines multiple trusted authority entries of the same type into single entries.\n         *\n         * @param authorities Original list that may contain duplicate types\n         * @return List with duplicate types merged, maintaining order of first occurrence\n         */\n        private fun normalizeTrustedAuthorities(authorities: List<DcqlTrustedAuthority>): List<DcqlTrustedAuthority> {\n            if (authorities.isEmpty()) {\n                return authorities\n            }\n\n            // Group by type and combine all values\n            val grouped = authorities.groupBy { it.type }\n\n            // Maintain order of first occurrence for each type\n            return authorities\n                .distinctBy { it.type }\n                .map { firstOfType ->\n                    val allValues = grouped[firstOfType.type]!!.flatMap { it.values }.distinct()\n                    DcqlTrustedAuthority(\n                        type = firstOfType.type,\n                        values = allValues,\n                    )\n                }\n        }\n    }\n}\n\n@Serializable\n@JsExportCompat\ndata class DcqlCredentialSetQuery(\n    val required: Boolean = false,\n    val options: List<DcqlCredentialSetOption>,\n)"
  },
  "RestoreDcqlQueryVersionArgs": {
    "kind": "data class",
    "name": "RestoreDcqlQueryVersionArgs",
    "module": "public",
    "source": "@Serializable\ndata class RestoreDcqlQueryVersionArgs(\n    val queryId: String,\n    val version: Int,\n    val note: String? = null,\n)"
  },
  "BindVerifierDcqlArgs": {
    "kind": "data class",
    "name": "BindVerifierDcqlArgs",
    "module": "public",
    "source": "@Serializable\ndata class BindVerifierDcqlArgs(\n    val verifierId: String,\n    val queryId: String,\n    /** Version to pin. Defaults to the DCQL query's current version when null. */\n    val version: Int? = null,\n)\n\n    object Defaults {\n        /** Default slot interval in minutes for availability calculations */\n        const val SLOT_INTERVAL_MINUTES = 30\n\n        /** Default concurrency limit (how many concurrent bookings allowed) */\n        const val CONCURRENCY_LIMIT = 1\n\n        /** Default minimum booking duration in minutes */\n        const val MIN_BOOKING_DURATION_MINUTES = 30\n\n        /** Default buffer time after each booking in minutes */\n        const val BUFFER_AFTER_MINUTES = 0\n\n        /** Default for allowing same-day bookings */\n        const val ALLOW_SAME_DAY_BOOKING = true\n    }"
  },
  "VerifierDcqlBinding": {
    "kind": "data class",
    "name": "VerifierDcqlBinding",
    "module": "public",
    "source": "@Serializable\ndata class VerifierDcqlBinding(\n    val id: String,\n    val tenantId: String,\n    val verifierId: String,\n    val queryId: String,\n    val pinnedVersion: Int,\n    val enabled: Boolean = true,\n    val alias: String? = null,\n    val createdAt: Instant,\n    val updatedAt: Instant,\n)"
  },
  "ListVerifierDcqlBindingsArgs": {
    "kind": "data class",
    "name": "ListVerifierDcqlBindingsArgs",
    "module": "public",
    "source": "@Serializable\ndata class ListVerifierDcqlBindingsArgs(\n    val verifierId: String,\n)"
  },
  "VerifierDcqlBindingKey": {
    "kind": "data class",
    "name": "VerifierDcqlBindingKey",
    "module": "public",
    "source": "@Serializable\ndata class VerifierDcqlBindingKey(\n    val verifierId: String,\n    val queryId: String,\n)"
  },
  "UpdateVerifierDcqlBindingArgs": {
    "kind": "data class",
    "name": "UpdateVerifierDcqlBindingArgs",
    "module": "public",
    "source": "@Serializable\ndata class UpdateVerifierDcqlBindingArgs(\n    val verifierId: String,\n    val queryId: String,\n    /** New pinned version. Null leaves the pinned version unchanged. */\n    val pinnedVersion: Int? = null,\n    /** Null leaves `enabled` unchanged. */\n    val enabled: Boolean? = null,\n    /** Null leaves `alias` unchanged. */\n    val alias: String? = null,\n)\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\ninternal object CDDLSerializer : KSerializer<CDDL> {\n    override val descriptor: SerialDescriptor = PrimitiveSerialDescriptor(\"CDDL\", PrimitiveKind.STRING)\n\n    override fun serialize(\n        encoder: Encoder,\n        value: CDDL,\n    ) {\n        encoder.encodeString(value.format)\n    }\n\n    override fun deserialize(decoder: Decoder): CDDL = CDDL.util.fromFormat(decoder.decodeString())\n}\n\n@Suppress(\"UNCHECKED_CAST\")\n@JsExportCompat\n@Serializable(with = CDDLSerializer::class)\nsealed class CDDL(\n    override val format: String,\n    override val majorType: MajorType? = null,\n    override val info: Int? = null,\n    override val aliasFor: Array<CDDLType> = arrayOf(),\n) : CDDLType {\n    override fun newCborItemFromJson(\n        element: JsonElement?,\n        cddl: CDDLType?,\n    ): CborItem<out Any?> {\n        val jsonPrimitive: JsonPrimitive? = (element as? JsonPrimitive)?.jsonPrimitive\n        val jsonArray: JsonArray? = (element as? JsonArray)?.jsonArray\n        val jsonObject: JsonObject? = (element as? JsonObject)?.jsonObject\n        val isNull: Boolean = element == JsonNull || element === null\n        val isString: Boolean = jsonPrimitive?.isString == true\n\n        if (isNull) {\n            return CborNull()\n        } else if (isString && jsonPrimitive !== null) {\n            return CborString(jsonPrimitive.content)\n        } else if (jsonArray !== null) {\n            return list.fromJson(jsonArray)\n        } else if (jsonObject !== null) {\n            if (CborItemJson.isCborItemValueJson(jsonObject)) {\n                val key =\n                    if (CborItemJson.isCborItemJson(jsonObject)) {\n                        (jsonObject[\"key\"] as? JsonPrimitive)?.content\n                    } else {\n                        null\n                    }\n                val cddlStr = (jsonObject[\"cddl\"] as? JsonPrimitive)?.content\n\n                if (cddlStr === null) {\n                    // cddl key found, but wasn't a primitive, returning a null value\n                    return CborNull()\n                }\n                val cddlObject = util.fromFormat(cddlStr)\n                val cborObject = newCborItemFromJson(jsonObject[jsonObject.keys.find { it != CDDL_LITERAL && it != KEY_LITERAL }], cddlObject)\n                if (key === null) {\n                    return cborObject\n                }\n                return CborMap(mutableMapOf(Pair(CborString(key), cborObject)))\n            }\n            // number label keys?\n            return CborMap(mutableMapOf(* jsonObject.map { Pair(CborString(it.key), newCborItemFromJson(it.value)) }.toTypedArray()))\n        } else if (jsonPrimitive !== null) {\n            if (cddl == null) {\n                return newCborItem(jsonPrimitive)\n            }\n            return when (cddl) {\n                // Needed because we cannot have inheritance with Kotlin to JS, unfortunately. The fromJson would cause clashes if we put it in the interface\n                tstr -> tstr.fromJson(jsonPrimitive)\n\n                Null -> CborNull()\n\n                False -> CborSimple.FALSE\n\n                True -> CborSimple.TRUE\n\n                bool -> bool.fromJson(jsonPrimitive)\n\n                bstr -> bstr.fromJson(jsonPrimitive)\n\n                bytes -> bytes.fromJson(jsonPrimitive)\n\n                float -> float.fromJson(jsonPrimitive)\n\n                float16 -> float16.fromJson(jsonPrimitive)\n\n                float32 -> float32.fromJson(jsonPrimitive)\n\n                float64 -> float64.fromJson(jsonPrimitive)\n\n                full_date -> full_date.fromJson(jsonPrimitive)\n\n                int -> int.fromJson(jsonPrimitive)\n\n                nil -> nil.newNil()\n\n                nint -> nint.fromJson(jsonPrimitive)\n\n                tdate -> tdate.fromJson(jsonPrimitive)\n\n                text -> text.fromJson(jsonPrimitive)\n\n                time -> time.fromJson(jsonPrimitive)\n\n                uint -> uint.fromJson(jsonPrimitive)\n\n                undefined -> undefined.newUndefined()\n\n                else -> cddl.newCborItem(jsonPrimitive)\n            }\n        }\n        return newCborItem(element)\n    }\n\n    override fun <T : Any> newCborItem(origValue: T?): CborItem<out Any?> {\n        // We are not using inheritance for the methods as that would impact JS export.\n        // Since this is a sealed class anyway that is not too bad\n        var value = origValue\n        val jsonElement: JsonElement? =\n            when (value) {\n                is JsonPrimitive -> value\n                is JsonArray -> value\n                is JsonObject -> value\n                is JsonNull -> value\n                else -> null\n            }\n        if (value == null) {\n            return nil.newNil()\n        } else if (value == Unit) {\n            return undefined.newUndefined()\n        }\n        return when (this) {\n            tstr -> {\n                if (jsonElement === null) {\n                    tstr.newString(value.toString())\n                } else {\n                    tstr.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            False -> {\n                False.newFalse()\n            }\n\n            Null -> {\n                Null.newNull()\n            }\n\n            True -> {\n                True.newTrue()\n            }\n\n            any -> {\n                return when (value) {\n                    is JsonPrimitive -> {\n                        val prim = value\n                        when {\n                            prim.isString -> tstr.fromJson(prim)\n                            prim.content == \"true\" || prim.content == \"false\" -> bool.fromJson(prim)\n                            prim.content.contains('.') || prim.content.contains('e') || prim.content.contains('E') -> float64.fromJson(prim)\n                            else -> int.fromJson(prim) // Assume integer if not string, boolean, or float\n                        }\n                    }\n\n                    is cddl_tstr -> {\n                        if (jsonElement === null) {\n                            tstr.newString(value)\n                        } else {\n                            tstr.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_bstr -> {\n                        if (jsonElement === null) {\n                            bstr.newByteString(value)\n                        } else {\n                            bstr.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_tdate -> {\n                        if (jsonElement === null) {\n                            tdate.newTDate(value)\n                        } else {\n                            tdate.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_full_date -> {\n                        if (jsonElement === null) {\n                            full_date.newFullDate(value)\n                        } else {\n                            full_date.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_bool -> {\n                        if (jsonElement === null) {\n                            bool.newBool(value)\n                        } else {\n                            bool.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    // Use consolidated Number handling for JS/WasmJs compatibility\n                    // (on JS, all numeric `is` checks match any Number, making individual checks unreliable)\n                    is Number -> {\n                        if (jsonElement === null) {\n                            value.toCborItem()\n                        } else {\n                            val d = value.toDouble()\n                            if (d != kotlin.math.floor(d) || d.isInfinite() || d.isNaN()) {\n                                float64.fromJson(jsonElement.jsonPrimitive)\n                            } else {\n                                int.fromJson(jsonElement.jsonPrimitive)\n                            }\n                        }\n                    }\n\n                    is cddl_list<*> -> {\n                        if (jsonElement === null) {\n                            list.newList(\n                                value\n                                    .map {\n                                        if (it is CborItem<*>) {\n                                            it\n                                        } else {\n                                            any.newCborItem(\n                                                it,\n                                            )\n                                        }\n                                    }.toMutableList(),\n                            )\n                        } else {\n                            list.fromJson(jsonElement.jsonArray)\n                        }\n                    }\n\n                    is cddl_map<*, *> -> {\n                        if (jsonElement === null) {\n                            map.newMap(\n                                mutableMapOf(\n                                    * value\n                                        .map {\n                                            Pair(\n                                                if (it.key is CborItem<*>) {\n                                                    it.key as CborItem<*>\n                                                } else {\n                                                    any.newCborItem(it.key)\n                                                },\n                                                if (it.value is CborItem<*>) {\n                                                    it.value as CborItem<*>\n                                                } else {\n                                                    any.newCborItem(it.value)\n                                                },\n                                            )\n                                        }.toTypedArray(),\n                                ),\n                            )\n                        } else {\n                            map.fromJson(jsonElement.jsonObject)\n                        }\n                    }\n\n                    else -> {\n                        throw IllegalArgumentException(\"newCborItem for $value Not implemented yet\")\n                    }\n                }\n            }\n\n            bool -> {\n                if (jsonElement === null) {\n                    bool.newBool(value == true)\n                } else {\n                    bool.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            bstr -> {\n                if (jsonElement === null) {\n                    bstr.newByteString(value as ByteArray)\n                } else {\n                    bstr.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            bstr_indef_length -> {\n                if (jsonElement === null) {\n                    bstr_indef_length.newByteString(value as List<cddl_bstr>)\n                } else {\n                    TODO(\"indef cddl from json not implemented yet\")\n                }\n            }\n\n            bytes -> {\n                if (jsonElement === null) {\n                    bytes.newBytes(value as ByteArray)\n                } else {\n                    bytes.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float -> {\n                if (jsonElement === null) {\n                    float.newFloat(value as Float)\n                } else {\n                    float.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float16 -> {\n                if (jsonElement === null) {\n                    float16.newFloat16(value as Float)\n                } else {\n                    float16.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float32 -> {\n                if (jsonElement === null) {\n                    float32.newFloat32(value as Float)\n                } else {\n                    float32.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float64 -> {\n                if (jsonElement === null) {\n                    float64.newFloat64(value as Double)\n                } else {\n                    float64.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            full_date -> {\n                if (jsonElement === null) {\n                    full_date.newFullDate(value as cddl_full_date)\n                } else {\n                    full_date.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            int -> {\n                if (jsonElement === null) {\n                    int.newInt(value as Int)\n                } else {\n                    int.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            list -> {\n                if (jsonElement === null) {\n                    if (value is CborArray<*>) {\n                        value\n                    } else {\n                        list.newList(\n                            (value as List<*>)\n                                .map {\n                                    if (it is CborItem<*>) {\n                                        it\n                                    } else {\n                                        any.newCborItem(\n                                            it,\n                                        )\n                                    }\n                                }.toMutableList(),\n                        )\n                    }\n                } else {\n                    list.fromJson(jsonElement.jsonArray)\n                }\n            }\n\n            map -> {\n                if (jsonElement === null) {\n                    if (value is CborMap<*, *>) {\n                        value\n                    } else {\n                        map.newMap(\n                            mutableMapOf(\n                                * (value as Map<*, *>)\n                                    .map {\n                                        Pair(\n                                            if (it.key is CborItem<*>) {\n                                                it.key as CborItem<*>\n                                            } else {\n                                                any.newCborItem(it.key)\n                                            },\n                                            if (it.value is CborItem<*>) {\n                                                it.value as CborItem<*>\n                                            } else {\n                                                any.newCborItem(it.value)\n                                            },\n                                        )\n                                    }.toTypedArray(),\n                            ),\n                        ) // fixme. Needs inspection of keys and values and map type\n                    }\n                } else {\n                    return map.fromJson(jsonElement.jsonObject)\n                }\n            }\n\n            nil -> {\n                nil.newNil()\n            }\n\n            nint -> {\n                if (jsonElement === null) {\n                    nint.newNInt(\n                        if (value is Number) {\n                            value.toLong()\n                        } else {\n                            value as Long\n                        }\n                    )\n                } else {\n                    nint.fromJson(\n                        jsonElement.jsonPrimitive,\n                    )\n                }\n            }\n\n            tdate -> {\n                if (jsonElement === null) {\n                    tdate.newTDate(value as cddl_tdate)\n                } else {\n                    tdate.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            text -> {\n                if (jsonElement === null) {\n                    text.newText(value as cddl_text)\n                } else {\n                    text.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            time -> {\n                if (jsonElement === null) {\n                    time.newTime(value as cddl_time)\n                } else {\n                    time.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            tstr_indef_length -> {\n                if (jsonElement !== null) {\n                    tstr_indef_length.newStringIndefLength(value as List<cddl_tstr>)\n                } else {\n                    TODO(\"tstr indef length from json to cbor not implemented\")\n                }\n            }\n\n            uint -> {\n                if (jsonElement === null) {\n                    uint.newUint(\n                        if (value is Long) {\n                            value\n                        } else if (value is Number) {\n                            value.toLong()\n                        } else {\n                            value as Long\n                        },\n                    )\n                } else {\n                    uint.fromJson(\n                        jsonElement.jsonPrimitive,\n                    )\n                }\n            }\n\n            undefined -> {\n                undefined.newUndefined()\n            }\n        }\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTstr\")\n    object tstr : CDDL(\"tstr\", MajorType.UNICODE_STRING) {\n        fun newString(value: cddl_tstr) = CborString(value)\n\n        fun fromJson(value: JsonPrimitive) = CborString(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlUint\")\n    object uint : CDDL(\"uint\", MajorType.UNSIGNED_INTEGER) {\n        fun newUint(value: cddl_uint) = CborUInt(value)\n\n        fun fromJson(value: JsonPrimitive) = CborUInt(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNint\")\n    object nint : CDDL(\"nint\", MajorType.NEGATIVE_INTEGER) {\n        fun newNInt(value: cddl_nint) = CborNInt(value)\n\n        fun fromJson(value: JsonPrimitive) = CborNInt(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlInt\")\n    object int :\n        CDDL(\"int\", null, null, aliasFor = arrayOf(uint, nint)) {\n        fun newInt(value: Int) =\n            if (value < 0) {\n                CborNInt(value.toLong())\n            } else {\n                CborUInt(value.toLong())\n            }\n\n        fun newLong(value: Long) =\n            if (value < 0) {\n                CborNInt(value)\n            } else {\n                CborUInt(value)\n            }\n\n        fun fromJson(value: JsonPrimitive) =\n            if (value.long < 0) {\n                CborNInt(value.long)\n            } else {\n                CborUInt(value.long)\n            }\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBstr\")\n    object bstr : CDDL(\"bstr\", MajorType.BYTE_STRING) {\n        fun newByteString(value: cddl_bstr) = CborByteString(value)\n\n        fun fromJson(\n            value: JsonPrimitive,\n            encoding: Encoding = Encoding.BASE64URL,\n        ) = CborByteString(value.content.decodeFrom(encoding))\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBstrIndefLength\")\n    object bstr_indef_length : CDDL(\"bstr\", MajorType.BYTE_STRING) {\n        fun newByteString(value: List<cddl_bstr>) = CborByteStringIndefLength(value)\n\n        fun fromJson(\n            value: JsonArray,\n            encoding: Encoding = Encoding.BASE64URL,\n        ): CborByteStringIndefLength = TODO(\"indef length from json to cbor not implemented yet\")\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBytes\")\n    object bytes : CDDL(\"bytes\", MajorType.BYTE_STRING, aliasFor = arrayOf(bstr)) {\n        fun newBytes(value: cddl_bstr) = CborByteString(value)\n\n        fun fromJson(\n            value: JsonPrimitive,\n            encoding: Encoding = Encoding.BASE64URL,\n        ) = CborByteString(value.content.decodeFrom(encoding))\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTstrIndefLength\")\n    object tstr_indef_length : CDDL(\"tstr\", MajorType.UNICODE_STRING) {\n        fun newStringIndefLength(value: List<cddl_tstr>) = CborStringIndefLength(value)\n\n        fun fromJson(\n            value: JsonArray,\n            encoding: Encoding = Encoding.BASE64URL,\n        ): CborStringIndefLength = TODO(\"indef length from json to cbor not implemented yet\")\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlText\")\n    object text : CDDL(\"text\", MajorType.UNICODE_STRING, aliasFor = arrayOf(tstr)) {\n        fun newText(value: cddl_text) = CborString(value)\n\n        fun fromJson(value: JsonPrimitive) = CborString(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTdate\")\n    object tdate : CDDL(\n        \"tdate\",\n        MajorType.TAG,\n        DATE_TIME_STRING,\n    ) { // RFC 7049, section 2.4.1, a tdate data item shall contain a date-time string as specified in RFC 3339\n        fun newTDate(value: cddl_tdate) = CborTDate(value)\n\n        fun fromJson(value: JsonPrimitive) = CborTDate(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFullDate\")\n    object full_date : CDDL(\n        \"full-date\",\n        MajorType.TAG,\n        CborTagged.FULL_DATE_STRING,\n    ) { // #6.1004(tstr) In accordance with RFC 8943, a full-date data item shall contain a full-datestring as specified in RFC 3339.\n        fun newFullDate(value: cddl_full_date) = CborFullDate(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFullDate(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTime\")\n    object time : CDDL(\n        \"time\",\n        MajorType.TAG,\n        CborTagged.DATE_TIME_NUMBER,\n    ) { // RFC 7049, section 2.4.1, a tdate data item shall contain a date-time number as specified in RFC 3339\n        fun newTime(value: cddl_time) = CborTime(value)\n\n        fun fromJson(value: JsonPrimitive) = CborTime(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat16\")\n    object float16 : CDDL(\"float16\", MajorType.SPECIAL, 25) {\n        fun newFloat16(value: cddl_float16) = CborFloat16(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat16(value.float)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat32\")\n    object float32 : CDDL(\"float32\", MajorType.SPECIAL, 26) {\n        fun newFloat32(value: cddl_float32) = CborFloat32(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat32(value.float)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat64\")\n    object float64 : CDDL(\"float64\", MajorType.SPECIAL, 27) {\n        fun newFloat64(value: cddl_float64) = CborDouble(value)\n\n        fun fromJson(value: JsonPrimitive) = CborDouble(value.double)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat\")\n    object float : CDDL(\"float\", MajorType.SPECIAL, aliasFor = arrayOf(float16, float32, float64)) {\n        fun newFloat(value: cddl_float) = CborFloat32(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat32(value.float)\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFalse\")\n    @Serializable(with = CDDLSerializer::class)\n    object False : CDDL(\"false\", MajorType.SPECIAL, 20) {\n        fun newFalse() = CborSimple.FALSE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.FALSE\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTrue\")\n    @Serializable(with = CDDLSerializer::class)\n    object True : CDDL(\"true\", MajorType.SPECIAL, 21) {\n        fun newTrue() = CborSimple.TRUE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.TRUE\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBool\")\n    object bool :\n        CDDL(\"bool\", MajorType.SPECIAL, aliasFor = arrayOf(False, True)) {\n        fun newBool(value: cddl_bool) =\n            if (value) {\n                CborSimple.TRUE\n            } else {\n                CborSimple.FALSE\n            }\n\n        fun fromJson(value: JsonPrimitive) =\n            if (value.boolean) {\n                CborSimple.TRUE\n            } else {\n                CborSimple.FALSE\n            }\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNil\")\n    object nil : CDDL(\"nil\", MajorType.SPECIAL, 22) {\n        fun newNil() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlUndefined\")\n    object undefined :\n        CDDL(\"undefined\", MajorType.SPECIAL, 23) {\n        fun newUndefined() = CborSimple.UNDEFINED\n\n        fun fromJson(value: JsonElement) = CborSimple.UNDEFINED\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlMap\")\n    object map :\n        CDDL(\n            \"map\",\n            MajorType.MAP,\n        ) {\n        fun newMap(value: MutableMap<CborItem<*>, CborItem<*>>): CborItem<MutableMap<CborItem<*>, CborItem<*>>> = CborMap(value)\n\n        /**\n         * Please note that this method is not able to map onto the exact Cbor items as the json values have no type information!\n         */\n        fun fromJson(value: JsonObject): CborMap<CborString, CborItem<*>> =\n            CborMap(\n                value.entries\n                    .map {\n                        Pair(\n                            CborString(it.key),\n                            when (it.value) {\n                                is JsonPrimitive -> any.fromJson(it.value)\n                                is JsonArray -> list.fromJson(it.value as JsonArray)\n                                is JsonObject -> fromJson(it.value as JsonObject)\n                                else -> throw IllegalArgumentException(\"Unknown type encountered\")\n                            },\n                        )\n                    }.toMap()\n                    .toMutableMap(),\n            )\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlList\")\n    object list :\n        CDDL(\n            \"list\",\n            MajorType.ARRAY,\n        ) {\n        fun <T : CborItem<*>> newList(value: cddl_list<T>) = CborArray(value)\n\n        /**\n         * Please note that this method is not able to map onto the exact Cbor items as the json values have no type information!\n         */\n        fun fromJson(value: JsonArray): CborArray<CborItem<*>> =\n            CborArray(\n                value\n                    .map { elt ->\n                        when (elt) {\n                            is JsonPrimitive -> {\n                                any.fromJson(elt)\n                            }\n\n                            is JsonArray -> {\n                                fromJson(elt)\n                            }\n\n                            is JsonObject -> {\n                                if (CborItemJson.isCborItemValueJson(elt)) {\n                                    newCborItemFromJson(\n                                        elt,\n                                        elt[CDDL_LITERAL]?.jsonPrimitive?.content?.let { CDDL.util.fromFormat(it) },\n                                    )\n                                } else {\n                                    map.fromJson(elt)\n                                }\n                            }\n\n                            else -> {\n                                throw IllegalArgumentException(\"Unknown type encountered\")\n                            }\n                        }\n                    }.toMutableList(),\n            )\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlAny\")\n    object any :\n        CDDL(\n            \"any\",\n        ) {\n        fun newAny(value: cddl_any) = CborAny(value)\n\n        fun fromJson(value: JsonElement): CborItem<*> {\n            return newCborItemFromJson(value)\n//            TODO(\"Json any to cbor not implemeted yet\")\n        }\n    }\n\n    override fun toTag(additionalInfo: Int?): String {\n        if (aliasFor.isNotEmpty()) {\n            if (additionalInfo == null) {\n                return aliasFor[0].toTag(additionalInfo)\n            }\n\n            // fixme: this is not correct. We first need to traverse the aliases, as an alias could go without major and additional info\n            return util.entries\n                .first { it.majorType == majorType && it.info == additionalInfo }\n                .toTag(additionalInfo)\n        }\n\n        var tag = \"#\"\n        if (majorType != null) {\n            tag += majorType\n        }\n        if (additionalInfo != null) {\n            tag += \".$additionalInfo\"\n        }\n        return tag\n    }\n\n    override fun toString(): String = \"CDDL(format='$format', majorType=$majorType, info=$info, aliasFor=${aliasFor.contentToString()})\"\n\n    override fun equals(other: Any?): Boolean {\n        if (this === other) {\n            return true\n        }\n        if (other !is CDDL) {\n            return false\n        }\n\n        if (format != other.format) {\n            return false\n        }\n        if (majorType != other.majorType) {\n            return false\n        }\n        if (info != other.info) {\n            return false\n        }\n        if (!aliasFor.contentEquals(other.aliasFor)) {\n            return false\n        }\n\n        return true\n    }\n\n    override fun hashCode(): Int {\n        var result = format.hashCode()\n        result = 31 * result + (majorType?.hashCode() ?: 0)\n        result = 31 * result + (info ?: 0)\n        result = 31 * result + aliasFor.contentHashCode()\n        return result\n    }\n\n    object util {\n        // Lazy for serialization as this class is used as object in the above CDDL class\n        val entries by lazy {\n            arrayOf(\n                any,\n                uint,\n                int,\n                nint,\n                bstr,\n                bstr_indef_length,\n                bytes,\n                tstr,\n                tstr_indef_length,\n                text,\n                tdate,\n                full_date,\n                time,\n                float,\n                False,\n                True,\n                bool,\n                nil,\n                Null,\n                undefined,\n                float16,\n                float32,\n                float64,\n                map,\n                list,\n            )\n        }\n\n        fun fromFormat(format: String) = entries.first { it.format == format }\n\n        fun fromTag(tag: String): CDDL {\n            require(tag.startsWith(\"#\")) { \"Invalid tag supplied $tag\" }\n            val parts = tag.split(\"#\", \".\")\n            if (parts.size == 1) {\n                return any\n            }\n            val majorVal = parts[1].toIntOrNull()\n            return fromMajorType(majorVal?.let { MajorType.fromInt(it) }, parts[2].toIntOrNull())\n        }\n\n        fun fromBytes(input: Int): CDDL {\n            val majorType = input shr 5\n\n            // todo additionalInto\n            return fromMajorType(MajorType.fromInt(majorType))\n        }\n\n        fun fromMajorType(\n            majorType: MajorType? = null,\n            additionalInfo: Int? = null,\n        ) = entries.first {\n            it.majorType == majorType && it.info == additionalInfo\n        }\n    }\n}\n\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"MajorType\", exact = true)\n@Serializable\n@JsExportCompat\nenum class MajorType(\n    val type: Int,\n) {\n    /**\n     * Major type 0.\n     *\n     * An unsigned integer in the range 0..2^64-1 inclusive. The value of the encoded item is the\n     * argument itself. For example, the integer 10 is denoted as the one byte 0b000_01010 (major\n     * type 0, additional information 10). The integer 500 would be 0b000_11001 (major type 0,\n     * additional information 25) followed by the two bytes 0x01f4, which is 500 in decimal.\n     */\n    UNSIGNED_INTEGER(0),\n\n    /**\n     * Major type 1.\n     *\n     * A negative integer in the range -2^64..-1 inclusive. The value of the item is -1 minus\n     * the argument. For example, the integer -500 would be 0b001_11001 (major type 1, additional\n     * information 25) followed by the two bytes 0x01f3, which is 499 in decimal.\n     */\n    NEGATIVE_INTEGER(1),\n\n    /**\n     * Major type 2.\n     *\n     * A byte string. The number of bytes in the string is equal to the argument. For example,\n     * a byte string whose length is 5 would have an initial byte of 0b010_00101 (major type 2,\n     * additional information 5 for the length), followed by 5 bytes of binary content. A byte\n     * string whose length is 500 would have 3 initial bytes of 0b010_11001 (major type 2,\n     * additional information 25 to indicate a two-byte length) followed by the two bytes 0x01f4\n     * for a length of 500, followed by 500 bytes of binary content.\n     */\n    BYTE_STRING(2),\n\n    /**\n     * Major type 3.\n     *\n     * A text string (Section 2) encoded as UTF-8 [RFC3629]. The number of bytes in the string\n     * is equal to the argument. A string containing an invalid UTF-8 sequence is well-formed\n     * but invalid (Section 1.2). This type is provided for systems that need to interpret or\n     * display human-readable text, and allows the differentiation between unstructured bytes\n     * and text that has a specified repertoire (that of Unicode) and encoding (UTF-8). In\n     * contrast to formats such as JSON, the Unicode characters in this type are never escaped.\n     * Thus, a newline character (U+000A) is always represented in a string as the byte 0x0a,\n     * and never as the bytes 0x5c6e (the characters \"\\\" and \"n\") nor as 0x5c7530303061 (the\n     * characters \"\\\", \"u\", \"0\", \"0\", \"0\", and \"a\").\n     */\n    UNICODE_STRING(3),\n\n    /**\n     * Major type 4.\n     * An array of data items. In other formats, arrays are also called lists, sequences, or\n     * tuples (a \"CBOR sequence\" is something slightly different, though [RFC8742]). The argument\n     * is the number of data items in the array. Items in an array do not need to all be of the\n     * same type. For example, an array that contains 10 items of any type would have an initial\n     * byte of 0b100_01010 (major type 4, additional information 10 for the length) followed by\n     * the 10 remaining items.\n     */\n    ARRAY(4),\n\n    /**\n     * Major type 5.\n     *\n     * A map of pairs of data items. Maps are also called tables, dictionaries, hashes, or\n     * objects (in JSON). A map is comprised of pairs of data items, each pair consisting of a\n     * key that is immediately followed by a value. The argument is the number of pairs of data\n     * items in the map. For example, a map that contains 9 pairs would have an initial byte of\n     * 0b101_01001 (major type 5, additional information 9 for the number of pairs) followed by\n     * the 18 remaining items. The first item is the first key, the second item is the first\n     * value, the third item is the second key, and so on. Because items in a map come in pairs,\n     * their total number is always even: a map that contains an odd number of items (no value\n     * data present after the last key data item) is not well-formed. A map that has duplicate\n     * keys may be well-formed, but it is not valid, and thus it causes indeterminate decoding;\n     * see also Section 5.6.\n     */\n    MAP(5),\n\n    /**\n     * Major type 6.\n     *\n     * A tagged data item (\"tag\") whose tag number, an integer in the range 0..2^64-1 inclusive,\n     * is the argument and whose enclosed data item (tag content) is the single encoded data item\n     * that follows the head. See Section 3.4.\n     */\n    TAG(6),\n\n    /**\n     * Major type 7.\n     *\n     * Floating-point numbers and simple values, as well as the \"break\" stop code. See Section 3.3.\n     */\n    SPECIAL(7),\n    ;\n\n    companion object {\n        /**\n         * Gets a [MajorType] instance from type.\n         *\n         * @param value an integer between 0 and 7, both inclusive\n         * @return a [MajorType] for the given value.\n         */\n        @JsStatic\n        @JvmStatic\n        fun fromInt(value: Int): MajorType =\n            entries.find { it.type == value }\n                ?: throw IllegalArgumentException(\"Unknown major type with value $value\")\n    }\n}\n\nabstract class CborSimple<Type : Any?>(\n    value: Type,\n    cddl: CDDL,\n) : CborItem<Type>(value, cddl) {\n    init {\n        val info =\n            when (cddl) {\n                is CDDL.bool -> {\n                    when (value) {\n                        true -> CDDL.True.info\n                        else -> CDDL.False.info\n                    }\n                }\n\n                else -> {\n                    cddl.info\n                }\n            }\n        require(info != null)\n        require(info is Int)\n        check(info < 24 || (info in 32..255))\n    }\n\n    override fun encode(builder: ByteStringBuilder) {\n        val majorTypeShifted = (majorType!!.type shl 5).toByte()\n        builder.append(majorTypeShifted.or(info!!.toByte()))\n    }\n\n    override fun equals(other: Any?): Boolean = other is CborSimple<*> && value == other.value\n\n    override fun hashCode(): Int = value.hashCode()\n\n    override fun toString() =\n        when (this) {\n            FALSE -> \"Simple(FALSE)\"\n            TRUE -> \"Simple(TRUE)\"\n            NULL -> \"Simple(NULL)\"\n            UNDEFINED -> \"Simple(UNDEFINED)\"\n            else -> \"Simple($value)\"\n        }\n\n    companion object {\n        /** The [Simple] value for FALSE */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_FALSE\")\n        @JsStatic\n        @JvmStatic\n        val FALSE = CborFalse()\n\n        /** The [Simple] value for TRUE */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_TRUE\")\n        @JsStatic\n        @JvmStatic\n        val TRUE = CborTrue()\n\n        /** The [Simple] value for NULL */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_NULL\")\n        @JsStatic\n        @JvmStatic\n        val NULL = CborNull()\n\n        /** The [Simple] value for UNDEFINED */\n        @JsStatic\n        @JvmStatic\n        val UNDEFINED = CborUndefined()\n    }\n}"
  },
  "ScheduleVerifierDcqlActivationArgs": {
    "kind": "data class",
    "name": "ScheduleVerifierDcqlActivationArgs",
    "module": "public",
    "source": "@Serializable\ndata class ScheduleVerifierDcqlActivationArgs(\n    val verifierId: String,\n    val queryId: String,\n    /** Version to pin at activation time. Defaults to the DCQL query's current version when null. */\n    val pinnedVersion: Int? = null,\n    val effectiveAt: Instant,\n)\n\n    object Defaults {\n        /** Default slot interval in minutes for availability calculations */\n        const val SLOT_INTERVAL_MINUTES = 30\n\n        /** Default concurrency limit (how many concurrent bookings allowed) */\n        const val CONCURRENCY_LIMIT = 1\n\n        /** Default minimum booking duration in minutes */\n        const val MIN_BOOKING_DURATION_MINUTES = 30\n\n        /** Default buffer time after each booking in minutes */\n        const val BUFFER_AFTER_MINUTES = 0\n\n        /** Default for allowing same-day bookings */\n        const val ALLOW_SAME_DAY_BOOKING = true\n    }"
  },
  "VerifierDcqlScheduledActivation": {
    "kind": "data class",
    "name": "VerifierDcqlScheduledActivation",
    "module": "public",
    "source": "@Serializable\ndata class VerifierDcqlScheduledActivation(\n    val activationId: String,\n    val verifierId: String,\n    val queryId: String,\n    /** The resolved concrete version pinned by this activation. */\n    val pinnedVersion: Int,\n    val effectiveAt: Instant,\n    val status: ScheduledActivationStatus,\n)\n\n@Serializable\nenum class ScheduledActivationStatus {\n    PENDING,\n    APPLIED,\n    CANCELLED,\n    FAILED,\n}"
  },
  "CancelVerifierDcqlActivationArgs": {
    "kind": "data class",
    "name": "CancelVerifierDcqlActivationArgs",
    "module": "public",
    "source": "@Serializable\ndata class CancelVerifierDcqlActivationArgs(\n    val verifierId: String,\n    val queryId: String,\n    val activationId: String,\n)"
  },
  "ListVerifiersForDcqlArgs": {
    "kind": "data class",
    "name": "ListVerifiersForDcqlArgs",
    "module": "public",
    "source": "@Serializable\ndata class ListVerifiersForDcqlArgs(\n    val queryId: String,\n)"
  },
  "CreatePersonArgs": {
    "kind": "data class",
    "name": "CreatePersonArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreatePersonArgs(\n    val displayName: String,\n    val firstName: String? = null,\n    val middleName: String? = null,\n    val lastName: String? = null,\n    val birthDate: LocalDate? = null,\n    val origin: PartyOrigin = PartyOrigin.MANAGED,\n    val uri: String? = null,\n    val jurisdiction: String? = null,\n    val ownerId: Uuid? = null,\n    val organizationUnitId: Uuid? = null,\n)\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }"
  },
  "Person": {
    "kind": "data class",
    "name": "Person",
    "module": "public",
    "source": " * data class Person(val name: String, val age: Int)"
  },
  "GetPersonArgs": {
    "kind": "data class",
    "name": "GetPersonArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class GetPersonArgs(val id: Uuid, val include: Set<String> = emptySet())"
  },
  "ListPersonsArgs": {
    "kind": "data class",
    "name": "ListPersonsArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class ListPersonsArgs(\n    val firstName: String? = null,\n    val lastName: String? = null,\n    val displayName: String? = null,\n    val page: PageRequest = PageRequest.DEFAULT,\n    val include: Set<String> = emptySet(),\n)\n\n@Serializable\n@JsExportCompat\ndata class PageRequest(\n    val pageToken: String? = null,\n    val pageSize: Int = DEFAULT_PAGE_SIZE,\n) {\n    init {\n        require(pageSize in 1..MAX_PAGE_SIZE) {\n            \"pageSize must be in 1..$MAX_PAGE_SIZE (was $pageSize)\"\n        }\n    }\n\n    companion object {\n        const val DEFAULT_PAGE_SIZE: Int = 50\n        const val MAX_PAGE_SIZE: Int = 500\n    }\n}"
  },
  "UpdatePersonArgs": {
    "kind": "data class",
    "name": "UpdatePersonArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class UpdatePersonArgs(\n    val id: Uuid,\n    val displayName: String? = null,\n    val firstName: String? = null,\n    val middleName: String? = null,\n    val lastName: String? = null,\n    val birthDate: LocalDate? = null,\n    val uri: String? = null,\n    val jurisdiction: String? = null,\n    val organizationUnitId: Uuid? = null,\n)"
  },
  "DeletePersonArgs": {
    "kind": "data class",
    "name": "DeletePersonArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class DeletePersonArgs(val id: Uuid)"
  },
  "DeletePersonResult": {
    "kind": "data class",
    "name": "DeletePersonResult",
    "module": "service-api",
    "source": "@Serializable\ndata class DeletePersonResult(val deleted: Boolean)"
  },
  "CreateOrganizationArgs": {
    "kind": "data class",
    "name": "CreateOrganizationArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreateOrganizationArgs(\n    val displayName: String,\n    val legalName: String,\n    val organizationType: String? = null,\n    val industry: String? = null,\n    val contactEmail: String? = null,\n    val websiteUrl: String? = null,\n    val privacyPolicyUri: String? = null,\n    val tosUri: String? = null,\n    val origin: PartyOrigin = PartyOrigin.MANAGED,\n    val uri: String? = null,\n    val jurisdiction: String? = null,\n    val ownerId: Uuid? = null,\n    val organizationUnitId: Uuid? = null,\n)\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }"
  },
  "Organization": {
    "kind": "data class",
    "name": "Organization",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\n@SerialName(\"organization\")\ndata class Organization\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        override val partyId: Uuid,\n        @SerialName(\"tenantId\")\n        override val tenantId: String,\n        override val origin: PartyOrigin,\n        @SerialName(\"displayName\")\n        override val displayName: String,\n        override val uri: String? = null,\n        override val jurisdiction: String? = null,\n        @SerialName(\"ownerId\")\n        override val ownerId: Uuid? = null,\n        @SerialName(\"organizationUnitId\")\n        override val organizationUnitId: Uuid? = null,\n        @SerialName(\"specializations\")\n        override val specializations: List<PartySpecialization> = emptyList(),\n        @SerialName(\"createdAt\")\n        override val createdAt: Instant,\n        @SerialName(\"createdById\")\n        override val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        override val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        override val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        override val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        override val deletedById: Uuid? = null,\n        @SerialName(\"electronicAddresses\")\n        override val electronicAddresses: List<ElectronicAddress>? = null,\n        @SerialName(\"physicalAddresses\")\n        override val physicalAddresses: List<PhysicalAddress>? = null,\n        /** Registered legal name */\n        @SerialName(\"legalName\")\n        val legalName: String,\n        /** Organization type (e.g. company, foundation, government) */\n        @SerialName(\"organizationType\")\n        val organizationType: String? = null,\n        /** Industry classification */\n        @SerialName(\"industry\")\n        val industry: String? = null,\n        /** Primary contact email */\n        @SerialName(\"contactEmail\")\n        val contactEmail: String? = null,\n        /** Public website URL */\n        @SerialName(\"websiteUrl\")\n        val websiteUrl: String? = null,\n        /** Privacy policy URI */\n        @SerialName(\"privacyPolicyUri\")\n        val privacyPolicyUri: String? = null,\n        /** Terms of service URI */\n        @SerialName(\"tosUri\")\n        val tosUri: String? = null,\n    ) : PartyEntity {\n        override val partyType: PartyType get() = PartyType.ORGANIZATION\n    }\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class PartySpecialization\n    @JvmOverloads\n    constructor(\n        /** Human role label for this specialization (e.g. \"employee\", \"customer\", \"supplier\", \"student\") */\n        @SerialName(\"subtype\")\n        val subtype: String,\n        /** The bound semantic Profile id; null indicates an untyped declaration */\n        @SerialName(\"profileId\")\n        val profileId: String? = null,\n        /** The profile version the values were validated/captured against */\n        @SerialName(\"profileVersion\")\n        val profileVersion: String? = null,\n        /** Values for THIS specialization; populated only when licensed */\n        @SerialName(\"attributes\")\n        val attributes: JsonObject? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class ElectronicAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Type of address (e.g. EMAIL, PHONE, URL, SOCIAL_MEDIA) */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** The address value */\n    @SerialName(\"value\")\n    val value: String,\n    /** Optional label (e.g. \"Work\", \"Personal\", \"Mobile\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Whether this address has been verified */\n    @SerialName(\"isVerified\")\n    val isVerified: Boolean = false,\n    /** When the address was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n    /** When the address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When the address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class PhysicalAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The type/purpose of this address */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** User-friendly label (e.g. \"Headquarters\", \"Home\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Street address (house number, street name, unit) */\n    @SerialName(\"streetAddress\")\n    val streetAddress: String? = null,\n    /** City/municipality name */\n    @SerialName(\"city\")\n    val city: String? = null,\n    /** State/province/region */\n    @SerialName(\"province\")\n    val province: String? = null,\n    /** Postal/ZIP code */\n    @SerialName(\"postalCode\")\n    val postalCode: String? = null,\n    /** Country code (ISO 3166-1 alpha-2) */\n    @SerialName(\"countryCode\")\n    val countryCode: String? = null,\n    /** Latitude coordinate */\n    @SerialName(\"latitude\")\n    val latitude: Double? = null,\n    /** Longitude coordinate */\n    @SerialName(\"longitude\")\n    val longitude: Double? = null,\n    /** When this address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When this address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n    /** When the address was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n    /** Who created the address (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n    /** When the address was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n    /** Who last updated the address (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n    /** When the address was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n    /** Who deleted the address (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null,\n)\n\n@JsExportCompat\n@Serializable\n@JsonClassDiscriminator(\"partyType\")\nsealed interface PartyEntity {\n    /** Unique identifier for the party */\n    val partyId: Uuid\n\n    /** Tenant this party belongs to */\n    val tenantId: String\n\n    /** The type of party (matches the JSON class discriminator) */\n    val partyType: PartyType\n\n    /** Origin of the party (external/managed) */\n    val origin: PartyOrigin\n\n    /** User-friendly display name */\n    val displayName: String\n\n    /** Optional URI for the party (DID, URL, etc.) */\n    val uri: String?\n\n    /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n    val jurisdiction: String?\n\n    /** Reference to the owning party */\n    val ownerId: Uuid?\n\n    /** The single home organization unit; null means the tenant root */\n    val organizationUnitId: Uuid?\n\n    /** The specializations (roles) this party bears; multi-typing allows several */\n    val specializations: List<PartySpecialization>\n\n    /** When the party was created */\n    val createdAt: Instant\n\n    /** Who created the party (party ID) */\n    val createdById: Uuid?\n\n    /** When the party was last updated */\n    val updatedAt: Instant\n\n    /** Who last updated the party (party ID) */\n    val updatedById: Uuid?\n\n    /** When the party was soft-deleted (null if not deleted) */\n    val deletedAt: Instant?\n\n    /** Who deleted the party (party ID) */\n    val deletedById: Uuid?\n\n    /**\n     * The party's electronic addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val electronicAddresses: List<ElectronicAddress>?\n\n    /**\n     * The party's physical addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val physicalAddresses: List<PhysicalAddress>?\n}\n\n@Serializable\n@JvmInline\nvalue class PartyType(\n    val value: String,\n) {\n    companion object {\n        /** A human individual */\n        val NATURAL_PERSON = PartyType(\"natural_person\")\n\n        /** Alias for [NATURAL_PERSON] */\n        val PERSON = NATURAL_PERSON\n\n        /** A company, institution, or other legal entity */\n        val ORGANIZATION = PartyType(\"organization\")\n\n        /** A software-backed service participant (endpoint, integration, automated actor) */\n        val SERVICE = PartyType(\"service\")\n\n        /** A unit within an organization (department, division, sub-tenant scope) */\n        val ORGANIZATION_UNIT = PartyType(\"organization_unit\")\n\n        /** A collection of parties grouped for addressing or authorization */\n        val GROUP = PartyType(\"group\")\n\n        /** An autonomous actor acting on behalf of another party */\n        val AGENT = PartyType(\"agent\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }\n\n    @Serializable\n    data class Human(\n        override val id: String,\n        /** Correlation key the engine binds to; UI signals completion against this key. */\n        val correlationKey: String,\n        /** Bounded wait; null means wait until the workflow's overall deadline. */\n        val timeoutSeconds: Long? = null,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    enum class Type {\n        WORKFLOW_EXECUTION_STARTED,\n        WORKFLOW_EXECUTION_COMPLETED,\n        WORKFLOW_EXECUTION_FAILED,\n        WORKFLOW_EXECUTION_TIMED_OUT,\n        WORKFLOW_EXECUTION_CANCELED,\n        WORKFLOW_EXECUTION_TERMINATED,\n        WORKFLOW_EXECUTION_CONTINUED_AS_NEW,\n        WORKFLOW_TASK_SCHEDULED,\n        WORKFLOW_TASK_STARTED,\n        WORKFLOW_TASK_COMPLETED,\n        WORKFLOW_TASK_FAILED,\n        WORKFLOW_TASK_TIMED_OUT,\n        ACTIVITY_TASK_SCHEDULED,\n        ACTIVITY_TASK_STARTED,\n        ACTIVITY_TASK_COMPLETED,\n        ACTIVITY_TASK_FAILED,\n        ACTIVITY_TASK_TIMED_OUT,\n        ACTIVITY_TASK_CANCEL_REQUESTED,\n        ACTIVITY_TASK_CANCELED,\n        TIMER_STARTED,\n        TIMER_FIRED,\n        TIMER_CANCELED,\n        WORKFLOW_EXECUTION_SIGNALED,\n        WORKFLOW_EXECUTION_UPDATE_ACCEPTED,\n        WORKFLOW_EXECUTION_UPDATE_COMPLETED,\n        WORKFLOW_EXECUTION_UPDATE_REJECTED,\n        CHILD_WORKFLOW_EXECUTION_STARTED,\n        CHILD_WORKFLOW_EXECUTION_COMPLETED,\n        CHILD_WORKFLOW_EXECUTION_FAILED,\n        MARKER_RECORDED,\n        OTHER,\n    }\n\n    enum class State {\n        CLOSED,\n        OPEN,\n        HALF_OPEN\n    }\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n-- discriminator-tagged sealed-interface JSON via kotlinx-serialization."
  },
  "CreateOrganizationUnitArgs": {
    "kind": "data class",
    "name": "CreateOrganizationUnitArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreateOrganizationUnitArgs(\n    val displayName: String,\n    val name: String,\n    val parentOuId: Uuid? = null,\n    val tosUri: String? = null,\n    val branding: JsonObject? = null,\n    val ouInheritancePolicy: String = \"READ_ONLY_ANCESTOR\",\n    val origin: PartyOrigin = PartyOrigin.MANAGED,\n    val uri: String? = null,\n    val jurisdiction: String? = null,\n    val ownerId: Uuid? = null,\n    val organizationUnitId: Uuid? = null,\n)\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }"
  },
  "OrganizationUnit": {
    "kind": "data class",
    "name": "OrganizationUnit",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\n@SerialName(\"organization_unit\")\ndata class OrganizationUnit\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        override val partyId: Uuid,\n        @SerialName(\"tenantId\")\n        override val tenantId: String,\n        override val origin: PartyOrigin,\n        @SerialName(\"displayName\")\n        override val displayName: String,\n        override val uri: String? = null,\n        override val jurisdiction: String? = null,\n        @SerialName(\"ownerId\")\n        override val ownerId: Uuid? = null,\n        @SerialName(\"organizationUnitId\")\n        override val organizationUnitId: Uuid? = null,\n        @SerialName(\"specializations\")\n        override val specializations: List<PartySpecialization> = emptyList(),\n        @SerialName(\"createdAt\")\n        override val createdAt: Instant,\n        @SerialName(\"createdById\")\n        override val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        override val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        override val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        override val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        override val deletedById: Uuid? = null,\n        @SerialName(\"electronicAddresses\")\n        override val electronicAddresses: List<ElectronicAddress>? = null,\n        @SerialName(\"physicalAddresses\")\n        override val physicalAddresses: List<PhysicalAddress>? = null,\n        /** Parent organization unit; null means this unit sits directly under the organization root */\n        @SerialName(\"parentOuId\")\n        val parentOuId: Uuid? = null,\n        /** Unit name */\n        @SerialName(\"name\")\n        val name: String,\n        /** Terms of service URI for this unit */\n        @SerialName(\"tosUri\")\n        val tosUri: String? = null,\n        /** Unit-level branding configuration */\n        @SerialName(\"branding\")\n        val branding: JsonObject? = null,\n        /** How this unit inherits configuration from its ancestors */\n        @SerialName(\"ouInheritancePolicy\")\n        val ouInheritancePolicy: String = \"READ_ONLY_ANCESTOR\",\n        /**\n         * The direct child organization units, hydrated on demand. Null means the association\n         * was not requested (default); an empty list means it was requested and there are none.\n         */\n        @SerialName(\"childUnits\")\n        val childUnits: List<OrganizationUnit>? = null,\n        /**\n         * The parties that have this unit as their home organization unit, hydrated on demand.\n         * Null means the association was not requested (default).\n         */\n        @SerialName(\"members\")\n        val members: List<PartyEntity>? = null,\n    ) : PartyEntity {\n        override val partyType: PartyType get() = PartyType.ORGANIZATION_UNIT\n    }\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class PartySpecialization\n    @JvmOverloads\n    constructor(\n        /** Human role label for this specialization (e.g. \"employee\", \"customer\", \"supplier\", \"student\") */\n        @SerialName(\"subtype\")\n        val subtype: String,\n        /** The bound semantic Profile id; null indicates an untyped declaration */\n        @SerialName(\"profileId\")\n        val profileId: String? = null,\n        /** The profile version the values were validated/captured against */\n        @SerialName(\"profileVersion\")\n        val profileVersion: String? = null,\n        /** Values for THIS specialization; populated only when licensed */\n        @SerialName(\"attributes\")\n        val attributes: JsonObject? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class ElectronicAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Type of address (e.g. EMAIL, PHONE, URL, SOCIAL_MEDIA) */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** The address value */\n    @SerialName(\"value\")\n    val value: String,\n    /** Optional label (e.g. \"Work\", \"Personal\", \"Mobile\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Whether this address has been verified */\n    @SerialName(\"isVerified\")\n    val isVerified: Boolean = false,\n    /** When the address was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n    /** When the address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When the address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class PhysicalAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The type/purpose of this address */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** User-friendly label (e.g. \"Headquarters\", \"Home\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Street address (house number, street name, unit) */\n    @SerialName(\"streetAddress\")\n    val streetAddress: String? = null,\n    /** City/municipality name */\n    @SerialName(\"city\")\n    val city: String? = null,\n    /** State/province/region */\n    @SerialName(\"province\")\n    val province: String? = null,\n    /** Postal/ZIP code */\n    @SerialName(\"postalCode\")\n    val postalCode: String? = null,\n    /** Country code (ISO 3166-1 alpha-2) */\n    @SerialName(\"countryCode\")\n    val countryCode: String? = null,\n    /** Latitude coordinate */\n    @SerialName(\"latitude\")\n    val latitude: Double? = null,\n    /** Longitude coordinate */\n    @SerialName(\"longitude\")\n    val longitude: Double? = null,\n    /** When this address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When this address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n    /** When the address was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n    /** Who created the address (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n    /** When the address was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n    /** Who last updated the address (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n    /** When the address was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n    /** Who deleted the address (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null,\n)\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n@JsExportCompat\n@Serializable\n@JsonClassDiscriminator(\"partyType\")\nsealed interface PartyEntity {\n    /** Unique identifier for the party */\n    val partyId: Uuid\n\n    /** Tenant this party belongs to */\n    val tenantId: String\n\n    /** The type of party (matches the JSON class discriminator) */\n    val partyType: PartyType\n\n    /** Origin of the party (external/managed) */\n    val origin: PartyOrigin\n\n    /** User-friendly display name */\n    val displayName: String\n\n    /** Optional URI for the party (DID, URL, etc.) */\n    val uri: String?\n\n    /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n    val jurisdiction: String?\n\n    /** Reference to the owning party */\n    val ownerId: Uuid?\n\n    /** The single home organization unit; null means the tenant root */\n    val organizationUnitId: Uuid?\n\n    /** The specializations (roles) this party bears; multi-typing allows several */\n    val specializations: List<PartySpecialization>\n\n    /** When the party was created */\n    val createdAt: Instant\n\n    /** Who created the party (party ID) */\n    val createdById: Uuid?\n\n    /** When the party was last updated */\n    val updatedAt: Instant\n\n    /** Who last updated the party (party ID) */\n    val updatedById: Uuid?\n\n    /** When the party was soft-deleted (null if not deleted) */\n    val deletedAt: Instant?\n\n    /** Who deleted the party (party ID) */\n    val deletedById: Uuid?\n\n    /**\n     * The party's electronic addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val electronicAddresses: List<ElectronicAddress>?\n\n    /**\n     * The party's physical addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val physicalAddresses: List<PhysicalAddress>?\n}\n\n@Serializable\n@JvmInline\nvalue class PartyType(\n    val value: String,\n) {\n    companion object {\n        /** A human individual */\n        val NATURAL_PERSON = PartyType(\"natural_person\")\n\n        /** Alias for [NATURAL_PERSON] */\n        val PERSON = NATURAL_PERSON\n\n        /** A company, institution, or other legal entity */\n        val ORGANIZATION = PartyType(\"organization\")\n\n        /** A software-backed service participant (endpoint, integration, automated actor) */\n        val SERVICE = PartyType(\"service\")\n\n        /** A unit within an organization (department, division, sub-tenant scope) */\n        val ORGANIZATION_UNIT = PartyType(\"organization_unit\")\n\n        /** A collection of parties grouped for addressing or authorization */\n        val GROUP = PartyType(\"group\")\n\n        /** An autonomous actor acting on behalf of another party */\n        val AGENT = PartyType(\"agent\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }\n\n    @Serializable\n    data class Human(\n        override val id: String,\n        /** Correlation key the engine binds to; UI signals completion against this key. */\n        val correlationKey: String,\n        /** Bounded wait; null means wait until the workflow's overall deadline. */\n        val timeoutSeconds: Long? = null,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    enum class Type {\n        WORKFLOW_EXECUTION_STARTED,\n        WORKFLOW_EXECUTION_COMPLETED,\n        WORKFLOW_EXECUTION_FAILED,\n        WORKFLOW_EXECUTION_TIMED_OUT,\n        WORKFLOW_EXECUTION_CANCELED,\n        WORKFLOW_EXECUTION_TERMINATED,\n        WORKFLOW_EXECUTION_CONTINUED_AS_NEW,\n        WORKFLOW_TASK_SCHEDULED,\n        WORKFLOW_TASK_STARTED,\n        WORKFLOW_TASK_COMPLETED,\n        WORKFLOW_TASK_FAILED,\n        WORKFLOW_TASK_TIMED_OUT,\n        ACTIVITY_TASK_SCHEDULED,\n        ACTIVITY_TASK_STARTED,\n        ACTIVITY_TASK_COMPLETED,\n        ACTIVITY_TASK_FAILED,\n        ACTIVITY_TASK_TIMED_OUT,\n        ACTIVITY_TASK_CANCEL_REQUESTED,\n        ACTIVITY_TASK_CANCELED,\n        TIMER_STARTED,\n        TIMER_FIRED,\n        TIMER_CANCELED,\n        WORKFLOW_EXECUTION_SIGNALED,\n        WORKFLOW_EXECUTION_UPDATE_ACCEPTED,\n        WORKFLOW_EXECUTION_UPDATE_COMPLETED,\n        WORKFLOW_EXECUTION_UPDATE_REJECTED,\n        CHILD_WORKFLOW_EXECUTION_STARTED,\n        CHILD_WORKFLOW_EXECUTION_COMPLETED,\n        CHILD_WORKFLOW_EXECUTION_FAILED,\n        MARKER_RECORDED,\n        OTHER,\n    }\n\n    enum class State {\n        CLOSED,\n        OPEN,\n        HALF_OPEN\n    }\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")"
  },
  "CreateServiceArgs": {
    "kind": "data class",
    "name": "CreateServiceArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreateServiceArgs(\n    val displayName: String,\n    val serviceType: String? = null,\n    val endpointUri: String? = null,\n    val oauthClientId: String? = null,\n    val origin: PartyOrigin = PartyOrigin.MANAGED,\n    val uri: String? = null,\n    val jurisdiction: String? = null,\n    val ownerId: Uuid? = null,\n    val organizationUnitId: Uuid? = null,\n)\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }"
  },
  "Service": {
    "kind": "data class",
    "name": "Service",
    "module": "public",
    "source": "    public data class Service(\n        public val uuid: Uuid,\n    ) : Filter()\n\n@JsExportCompat\npublic sealed class Filter {\n    /**\n     * | Platform   | Supported       | Details                                                                                      |\n     * |------------|:---------------:|----------------------------------------------------------------------------------------------|\n     * | Android    | Yes             | Supported natively                                                                           |\n     * | Apple      | Yes<sup>1</sup> | Supported natively if the only filter type used, otherwise provided by Kable via flow filter |\n     * | JavaScript | Yes             | Supported natively                                                                           |\n     *\n     * <sup>1</sup>: The recommended practice is to provide only [service filter][Filter.Service]s on Apple platform.\n     * If any filters other than [Filter.Service] are used on Apple platform, then filtering will not be performed natively.\n     */\n    public data class Service(\n        public val uuid: Uuid,\n    ) : Filter()\n\n    public sealed class Name : Filter() {\n        /**\n         * | Platform   | Supported | Details                                   |\n         * |------------|:---------:|-------------------------------------------|\n         * | Android    | Yes       | Supported natively                        |\n         * | Apple      | Yes       | Support provided by Kable via flow filter |\n         * | JavaScript | Yes       | Supported natively                        |\n         */\n        public data class Exact(\n            public val exact: String,\n        ) : Name()\n\n        /**\n         * | Platform   | Supported | Details                                   |\n         * |------------|:---------:|-------------------------------------------|\n         * | Android    | Yes       | Support provided by Kable via flow filter |\n         * | Apple      | Yes       | Support provided by Kable via flow filter |\n         * | JavaScript | Yes       | Supported natively                        |\n         */\n        public data class Prefix(\n            val prefix: String,\n        ) : Name()\n    }\n\n    /**\n     * | Platform   | Supported | Details                                |\n     * |------------|:---------:|----------------------------------------|\n     * | Android    | Yes       | Supported natively                     |\n     * | Apple      | No        | Throws [UnsupportedOperationException] |\n     * | JavaScript | No        | Throws [UnsupportedOperationException] |\n     */\n    public data class Address(\n        public val address: String,\n    ) : Filter()\n\n    /**\n     * Provides support for filtering against advertisement manufacturer data.\n     *\n     * If only portions of the manufacturer [data] needs to match, then [dataMask] can be used to identify the relevant\n     * bits.\n     *\n     * Some examples to demonstrate the [dataMask] functionality:\n     *\n     * | [dataMask] value          | Bit representation  | [data] only needs to match...                                  |\n     * |---------------------------|---------------------|----------------------------------------------------------------|\n     * | `byteArrayOf(0x0F, 0x00)` | 0000 1111 0000 0000 | bits 0-3 of the first byte of advertisement manufacturer data. |\n     * | `byteArrayOf(0x00, 0xFF)` | 0000 0000 1111 1111 | the 2nd byte of advertisement manufacturer data.               |\n     * | `byteArrayOf(0xF0)`       | 1111 0000           | bits 4-7 of the first byte of advertisement manufacturer data. |\n     *\n     * | Platform   | Supported | Details                                   |\n     * |------------|:---------:|-------------------------------------------|\n     * | Android    | Yes       | Supported natively                        |\n     * | Apple      | Yes       | Support provided by Kable via flow filter |\n     * | JavaScript | Yes       | Supported natively                        |\n     *\n     * JavaScript support was added in Chrome 92 according to: https://developer.chrome.com/articles/bluetooth/#manufacturer-data-filter\n     */\n    public class ManufacturerData(\n        /**\n         * Company identifier (16-bit).\n         * A negative [id] is considered an invalid id.\n         *\n         * List of assigned numbers can be found at (section: 7 Company Identifiers): https://www.bluetooth.com/specifications/assigned-numbers/\n         */\n        public val id: Int,\n        /** Must be non-`null` if [dataMask] is non-`null`. */\n        public val data: ByteArray? = null,\n        /**\n         * For any bit in the mask, set it to 1 if advertisement manufacturer data needs to match the corresponding bit\n         * in [data], otherwise set it to 0. If [dataMask] is not `null`, then it must have the same length as [data].\n         */\n        public val dataMask: ByteArray? = null,\n    ) : Filter() {\n        @JvmOverloads\n        public constructor(id: ByteArray, data: ByteArray? = null, dataMask: ByteArray? = null) : this(id.toShort(), data, dataMask)\n\n        init {\n            require(id >= 0) { \"Company identifier cannot be negative, was $id\" }\n            require(id <= 65535) { \"Company identifier cannot be more than 16-bits (65535), was $id\" }\n            require(data == null || data.isNotEmpty()) { \"If data is present (non-null), it must be non-empty\" }\n            if (dataMask != null) {\n                requireNotNull(data) { \"Data is null but must be non-null when dataMask is non-null\" }\n                requireDataAndMaskHaveSameLength(data, dataMask)\n            }\n        }\n\n        override fun toString(): String = \"ManufacturerData(id=$id, data=${data?.toHexString()}, dataMask=${dataMask?.toHexString()})\"\n    }\n\n    /**\n     * Provides support for filtering against advertisement service data.\n     *\n     * If only portions of the service [data] needs to match, then [dataMask] can be used to\n     * identify the relevant bits.\n     *\n     * Some examples to demonstrate the [dataMask] functionality:\n     *\n     * | [dataMask] value          | Bit representation  | [data] only needs to match...                             |\n     * |---------------------------|---------------------|-----------------------------------------------------------|\n     * | `byteArrayOf(0x0F, 0x00)` | 0000 1111 0000 0000 | bits 0-3 of the first byte of advertisement service data. |\n     * | `byteArrayOf(0x00, 0xFF)` | 0000 0000 1111 1111 | the 2nd byte of advertisement service data.               |\n     * | `byteArrayOf(0xF0)`       | 1111 0000           | bits 4-7 of the first byte of advertisement service data. |\n     *\n     * | Platform   | Supported | Details                                   |\n     * |------------|:---------:|-------------------------------------------|\n     * | Android    | Yes       | Supported natively                        |\n     * | Apple      | Yes       | Support provided by Kable via flow filter |\n     * | JavaScript | Yes       | Support provided by Kable via flow filter |\n     */\n    public class ServiceData(\n        public val uuid: Uuid,\n        public val data: ByteArray? = null,\n        /**\n         * For any bit in the mask, set it to 1 if advertisement service data needs to match the\n         * corresponding bit in [data], otherwise set it to 0. If [dataMask] is not `null`, then it\n         * must have the same length as [data].\n         */\n        public val dataMask: ByteArray? = null,\n    ) : Filter() {\n        init {\n            require(data == null || data.isNotEmpty()) { \"If data is present (non-null), it must be non-empty\" }\n            if (dataMask != null) {\n                requireNotNull(data) { \"Data is null but must be non-null when dataMask is non-null\" }\n                requireDataAndMaskHaveSameLength(data, dataMask)\n            }\n        }\n\n        override fun toString(): String = \"ServiceData(uuid=$uuid, data=${data?.toHexString()}, dataMask=${dataMask?.toHexString()})\"\n    }\n}\n\n    public sealed class Name : Filter() {\n        /**\n         * | Platform   | Supported | Details                                   |\n         * |------------|:---------:|-------------------------------------------|\n         * | Android    | Yes       | Supported natively                        |\n         * | Apple      | Yes       | Support provided by Kable via flow filter |\n         * | JavaScript | Yes       | Supported natively                        |\n         */\n        public data class Exact(\n            public val exact: String,\n        ) : Name()\n\n        /**\n         * | Platform   | Supported | Details                                   |\n         * |------------|:---------:|-------------------------------------------|\n         * | Android    | Yes       | Support provided by Kable via flow filter |\n         * | Apple      | Yes       | Support provided by Kable via flow filter |\n         * | JavaScript | Yes       | Supported natively                        |\n         */\n        public data class Prefix(\n            val prefix: String,\n        ) : Name()\n    }\n\n        public data class Exact(\n            public val exact: String,\n        ) : Name()\n\n        public data class Prefix(\n            val prefix: String,\n        ) : Name()\n\n    public data class Address(\n        public val address: String,\n    ) : Filter()\n\n    public class ManufacturerData(\n        /**\n         * Company identifier (16-bit).\n         * A negative [id] is considered an invalid id.\n         *\n         * List of assigned numbers can be found at (section: 7 Company Identifiers): https://www.bluetooth.com/specifications/assigned-numbers/\n         */\n        public val id: Int,\n        /** Must be non-`null` if [dataMask] is non-`null`. */\n        public val data: ByteArray? = null,\n        /**\n         * For any bit in the mask, set it to 1 if advertisement manufacturer data needs to match the corresponding bit\n         * in [data], otherwise set it to 0. If [dataMask] is not `null`, then it must have the same length as [data].\n         */\n        public val dataMask: ByteArray? = null,\n    ) : Filter() {\n        @JvmOverloads\n        public constructor(id: ByteArray, data: ByteArray? = null, dataMask: ByteArray? = null) : this(id.toShort(), data, dataMask)\n\n        init {\n            require(id >= 0) { \"Company identifier cannot be negative, was $id\" }\n            require(id <= 65535) { \"Company identifier cannot be more than 16-bits (65535), was $id\" }\n            require(data == null || data.isNotEmpty()) { \"If data is present (non-null), it must be non-empty\" }\n            if (dataMask != null) {\n                requireNotNull(data) { \"Data is null but must be non-null when dataMask is non-null\" }\n                requireDataAndMaskHaveSameLength(data, dataMask)\n            }\n        }\n\n        override fun toString(): String = \"ManufacturerData(id=$id, data=${data?.toHexString()}, dataMask=${dataMask?.toHexString()})\"\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"Data\", exact = true)\n    data class Data(\n        val value: ByteArray,\n    ) : BleResponse()\n\n    public class ServiceData(\n        public val uuid: Uuid,\n        public val data: ByteArray? = null,\n        /**\n         * For any bit in the mask, set it to 1 if advertisement service data needs to match the\n         * corresponding bit in [data], otherwise set it to 0. If [dataMask] is not `null`, then it\n         * must have the same length as [data].\n         */\n        public val dataMask: ByteArray? = null,\n    ) : Filter() {\n        init {\n            require(data == null || data.isNotEmpty()) { \"If data is present (non-null), it must be non-empty\" }\n            if (dataMask != null) {\n                requireNotNull(data) { \"Data is null but must be non-null when dataMask is non-null\" }\n                requireDataAndMaskHaveSameLength(data, dataMask)\n            }\n        }\n\n        override fun toString(): String = \"ServiceData(uuid=$uuid, data=${data?.toHexString()}, dataMask=${dataMask?.toHexString()})\"\n    }"
  },
  "SetApplicationLoginConfigArgs": {
    "kind": "data class",
    "name": "SetApplicationLoginConfigArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class SetApplicationLoginConfigArgs(\n    val applicationId: Uuid,\n    val allowedMethods: Set<AuthMethod> = emptySet(),\n    val loginIdentifierTypes: Set<IdentifierType> = emptySet(),\n    val allowedIdpIds: Set<String> = emptySet(),\n    val selfRegistration: Boolean = false,\n)\n\n@Serializable\n@JvmInline\nvalue class AuthMethod(\n    val value: String,\n) {\n    companion object {\n        /** Username/identifier plus password. */\n        val PASSWORD = AuthMethod(\"password\")\n\n        /** One-time passcode delivered by email. */\n        val EMAIL_OTP = AuthMethod(\"email_otp\")\n\n        /** Single-use magic link delivered out of band. */\n        val MAGIC_LINK = AuthMethod(\"magic_link\")\n\n        /** Time-based one-time password (authenticator app). */\n        val TOTP = AuthMethod(\"totp\")\n\n        /** Federated login via an external OIDC identity provider. */\n        val FEDERATED_OIDC = AuthMethod(\"federated_oidc\")\n\n        /** Wallet-based authentication (verifiable presentation). */\n        val WALLET = AuthMethod(\"wallet\")\n    }\n\n    override fun toString(): String = value\n}\n\n@Serializable\n@JvmInline\nvalue class IdentifierType(\n    val value: String,\n) {\n    companion object {\n        /** W3C Decentralized Identifier */\n        val DID = IdentifierType(\"did\")\n\n        /** X.509 Certificate (has identifier_x509 extension) */\n        val X509 = IdentifierType(\"x509\")\n    }\n\n    override fun toString(): String = value\n}\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\ninterface Wallet {\n    /** Access to the persisted credential documents. */\n    val documents: WalletDocumentStore\n\n    /**\n     * Creates (or retrieves) a holder key, returning the key alias.\n     * If [alias] is null an alias is generated automatically.\n     */\n    suspend fun createHolderKey(alias: String? = null): IdkResult<String, IdkError>\n\n    /**\n     * Initiates an authorization code flow for the given issuer, returning the data\n     * needed to redirect the user to the authorization endpoint.\n     */\n    suspend fun startAuthorizationCodeFlow(\n        credentialIssuer: String,\n        config: WalletConfig,\n        scope: String? = null,\n    ): IdkResult<AuthCodeStart, IdkError>\n\n    /**\n     * Completes an authorization code flow by exchanging the authorization code for tokens.\n     */\n    suspend fun completeAuthorizationCodeFlow(\n        start: AuthCodeStart,\n        code: String,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Exchanges a pre-authorized code (from a credential offer) for tokens.\n     */\n    suspend fun exchangePreAuthorizedCode(\n        credentialIssuer: String,\n        preAuthorizedCode: String,\n        txCode: String? = null,\n        config: WalletConfig? = null,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Obtains one or more credential instances from the issuer and stores them\n     * in [documents], returning the updated [WalletDocument].\n     */\n    suspend fun obtainCredential(request: ObtainCredentialRequest): IdkResult<WalletDocument, IdkError>\n\n    /**\n     * Responds to a verifier's authorization request URI, performing a presentation exchange.\n     */\n    suspend fun present(\n        requestUri: String,\n        config: WalletConfig,\n    ): IdkResult<PresentationResult, IdkError>\n}"
  },
  "ApplicationLoginConfigResult": {
    "kind": "data class",
    "name": "ApplicationLoginConfigResult",
    "module": "persistence-api",
    "source": "@Serializable\ndata class ApplicationLoginConfigResult(\n    @SerialName(\"applicationId\")\n    val applicationId: Uuid,\n\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    @SerialName(\"allowedMethods\")\n    val allowedMethods: Set<AuthMethod> = emptySet(),\n\n    @SerialName(\"loginIdentifierTypes\")\n    val loginIdentifierTypes: Set<IdentifierType> = emptySet(),\n\n    @SerialName(\"allowedIdpIds\")\n    val allowedIdpIds: Set<String> = emptySet(),\n\n    @SerialName(\"selfRegistration\")\n    val selfRegistration: Boolean = false,\n\n    // Audit fields\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null\n) {\n    companion object {\n        fun from(config: ApplicationLoginConfig) = ApplicationLoginConfigResult(\n            applicationId = config.applicationId,\n            tenantId = config.tenantId,\n            allowedMethods = config.allowedMethods,\n            loginIdentifierTypes = config.loginIdentifierTypes,\n            allowedIdpIds = config.allowedIdpIds,\n            selfRegistration = config.selfRegistration,\n            createdAt = config.createdAt,\n            createdById = config.createdById,\n            updatedAt = config.updatedAt,\n            updatedById = config.updatedById,\n            deletedAt = config.deletedAt,\n            deletedById = config.deletedById\n        )\n    }\n\n    fun toApplicationLoginConfig() = ApplicationLoginConfig(\n        applicationId = applicationId,\n        tenantId = tenantId,\n        allowedMethods = allowedMethods,\n        loginIdentifierTypes = loginIdentifierTypes,\n        allowedIdpIds = allowedIdpIds,\n        selfRegistration = selfRegistration,\n        createdAt = createdAt,\n        createdById = createdById,\n        updatedAt = updatedAt,\n        updatedById = updatedById,\n        deletedAt = deletedAt,\n        deletedById = deletedById\n    )\n}\n\n@Serializable\n@JvmInline\nvalue class AuthMethod(\n    val value: String,\n) {\n    companion object {\n        /** Username/identifier plus password. */\n        val PASSWORD = AuthMethod(\"password\")\n\n        /** One-time passcode delivered by email. */\n        val EMAIL_OTP = AuthMethod(\"email_otp\")\n\n        /** Single-use magic link delivered out of band. */\n        val MAGIC_LINK = AuthMethod(\"magic_link\")\n\n        /** Time-based one-time password (authenticator app). */\n        val TOTP = AuthMethod(\"totp\")\n\n        /** Federated login via an external OIDC identity provider. */\n        val FEDERATED_OIDC = AuthMethod(\"federated_oidc\")\n\n        /** Wallet-based authentication (verifiable presentation). */\n        val WALLET = AuthMethod(\"wallet\")\n    }\n\n    override fun toString(): String = value\n}\n\n@Serializable\n@JvmInline\nvalue class IdentifierType(\n    val value: String,\n) {\n    companion object {\n        /** W3C Decentralized Identifier */\n        val DID = IdentifierType(\"did\")\n\n        /** X.509 Certificate (has identifier_x509 extension) */\n        val X509 = IdentifierType(\"x509\")\n    }\n\n    override fun toString(): String = value\n}\n\n@Serializable\ndata class ApplicationLoginConfig(\n    /** Application party id - primary key (the `service` login surface) */\n    @SerialName(\"applicationId\")\n    val applicationId: Uuid,\n\n    /** Tenant this login config belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    /**\n     * The authentication methods this application accepts.\n     * Stored as a JSON-encoded TEXT column at the persistence layer.\n     */\n    @SerialName(\"allowedMethods\")\n    val allowedMethods: Set<AuthMethod> = emptySet(),\n\n    /**\n     * The identifier types that may be used to log in to this application.\n     * Stored as a JSON-encoded TEXT column at the persistence layer.\n     */\n    @SerialName(\"loginIdentifierTypes\")\n    val loginIdentifierTypes: Set<IdentifierType> = emptySet(),\n\n    /**\n     * The external IdP ids permitted for federated login to this application.\n     * Stored as a JSON-encoded TEXT column at the persistence layer.\n     */\n    @SerialName(\"allowedIdpIds\")\n    val allowedIdpIds: Set<String> = emptySet(),\n\n    /** Whether identities may self-register against this application */\n    @SerialName(\"selfRegistration\")\n    val selfRegistration: Boolean = false,\n\n    // Audit fields\n    /** When the login config was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** Who created the login config (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    /** When the login config was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    /** Who last updated the login config (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    /** When the login config was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n\n    /** Who deleted the login config (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null\n) : HasId {\n    override val id: String get() = applicationId.toString()\n}\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\ninterface Wallet {\n    /** Access to the persisted credential documents. */\n    val documents: WalletDocumentStore\n\n    /**\n     * Creates (or retrieves) a holder key, returning the key alias.\n     * If [alias] is null an alias is generated automatically.\n     */\n    suspend fun createHolderKey(alias: String? = null): IdkResult<String, IdkError>\n\n    /**\n     * Initiates an authorization code flow for the given issuer, returning the data\n     * needed to redirect the user to the authorization endpoint.\n     */\n    suspend fun startAuthorizationCodeFlow(\n        credentialIssuer: String,\n        config: WalletConfig,\n        scope: String? = null,\n    ): IdkResult<AuthCodeStart, IdkError>\n\n    /**\n     * Completes an authorization code flow by exchanging the authorization code for tokens.\n     */\n    suspend fun completeAuthorizationCodeFlow(\n        start: AuthCodeStart,\n        code: String,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Exchanges a pre-authorized code (from a credential offer) for tokens.\n     */\n    suspend fun exchangePreAuthorizedCode(\n        credentialIssuer: String,\n        preAuthorizedCode: String,\n        txCode: String? = null,\n        config: WalletConfig? = null,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Obtains one or more credential instances from the issuer and stores them\n     * in [documents], returning the updated [WalletDocument].\n     */\n    suspend fun obtainCredential(request: ObtainCredentialRequest): IdkResult<WalletDocument, IdkError>\n\n    /**\n     * Responds to a verifier's authorization request URI, performing a presentation exchange.\n     */\n    suspend fun present(\n        requestUri: String,\n        config: WalletConfig,\n    ): IdkResult<PresentationResult, IdkError>\n}\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n-- discriminator-tagged sealed-interface JSON via kotlinx-serialization.\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}"
  },
  "SetIdentityApplicationBindingArgs": {
    "kind": "data class",
    "name": "SetIdentityApplicationBindingArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class SetIdentityApplicationBindingArgs(\n    val identityId: Uuid,\n    val applicationId: Uuid,\n    val capabilities: Set<ApplicationCapability> = emptySet(),\n    val allowedMethods: Set<AuthMethod> = emptySet(),\n    val applicationRole: String? = null,\n    val status: BindingStatus = BindingStatus.ACTIVE,\n    val validFrom: Instant? = null,\n    val validUntil: Instant? = null,\n)\n\n@Serializable\n@JvmInline\nvalue class ApplicationCapability(\n    val value: String,\n) {\n    companion object {\n        /** The application can authenticate identities. */\n        val AUTHENTICABLE = ApplicationCapability(\"authenticable\")\n    }\n\n    override fun toString(): String = value\n}\n\n@Serializable\n@JvmInline\nvalue class AuthMethod(\n    val value: String,\n) {\n    companion object {\n        /** Username/identifier plus password. */\n        val PASSWORD = AuthMethod(\"password\")\n\n        /** One-time passcode delivered by email. */\n        val EMAIL_OTP = AuthMethod(\"email_otp\")\n\n        /** Single-use magic link delivered out of band. */\n        val MAGIC_LINK = AuthMethod(\"magic_link\")\n\n        /** Time-based one-time password (authenticator app). */\n        val TOTP = AuthMethod(\"totp\")\n\n        /** Federated login via an external OIDC identity provider. */\n        val FEDERATED_OIDC = AuthMethod(\"federated_oidc\")\n\n        /** Wallet-based authentication (verifiable presentation). */\n        val WALLET = AuthMethod(\"wallet\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\nenum class BindingStatus {\n    /** The binding is active and may be used to authenticate. */\n    @SerialName(\"active\")\n    ACTIVE,\n\n    /** The binding is temporarily suspended and may not be used to authenticate. */\n    @SerialName(\"suspended\")\n    SUSPENDED,\n\n    /** The binding is permanently revoked. */\n    @SerialName(\"revoked\")\n    REVOKED,\n}\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\ninterface Wallet {\n    /** Access to the persisted credential documents. */\n    val documents: WalletDocumentStore\n\n    /**\n     * Creates (or retrieves) a holder key, returning the key alias.\n     * If [alias] is null an alias is generated automatically.\n     */\n    suspend fun createHolderKey(alias: String? = null): IdkResult<String, IdkError>\n\n    /**\n     * Initiates an authorization code flow for the given issuer, returning the data\n     * needed to redirect the user to the authorization endpoint.\n     */\n    suspend fun startAuthorizationCodeFlow(\n        credentialIssuer: String,\n        config: WalletConfig,\n        scope: String? = null,\n    ): IdkResult<AuthCodeStart, IdkError>\n\n    /**\n     * Completes an authorization code flow by exchanging the authorization code for tokens.\n     */\n    suspend fun completeAuthorizationCodeFlow(\n        start: AuthCodeStart,\n        code: String,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Exchanges a pre-authorized code (from a credential offer) for tokens.\n     */\n    suspend fun exchangePreAuthorizedCode(\n        credentialIssuer: String,\n        preAuthorizedCode: String,\n        txCode: String? = null,\n        config: WalletConfig? = null,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Obtains one or more credential instances from the issuer and stores them\n     * in [documents], returning the updated [WalletDocument].\n     */\n    suspend fun obtainCredential(request: ObtainCredentialRequest): IdkResult<WalletDocument, IdkError>\n\n    /**\n     * Responds to a verifier's authorization request URI, performing a presentation exchange.\n     */\n    suspend fun present(\n        requestUri: String,\n        config: WalletConfig,\n    ): IdkResult<PresentationResult, IdkError>\n}"
  },
  "IdentityApplicationBindingResult": {
    "kind": "data class",
    "name": "IdentityApplicationBindingResult",
    "module": "persistence-api",
    "source": "@Serializable\ndata class IdentityApplicationBindingResult(\n    @SerialName(\"id\")\n    val bindingId: Uuid,\n\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    @SerialName(\"identityId\")\n    val identityId: Uuid,\n\n    @SerialName(\"applicationId\")\n    val applicationId: Uuid,\n\n    @SerialName(\"capabilities\")\n    val capabilities: Set<ApplicationCapability> = emptySet(),\n\n    @SerialName(\"allowedMethods\")\n    val allowedMethods: Set<AuthMethod> = emptySet(),\n\n    @SerialName(\"applicationRole\")\n    val applicationRole: String? = null,\n\n    @SerialName(\"status\")\n    val status: BindingStatus = BindingStatus.ACTIVE,\n\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n\n    // Audit fields\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null\n) {\n    companion object {\n        fun from(binding: IdentityApplicationBinding) = IdentityApplicationBindingResult(\n            bindingId = binding.bindingId,\n            tenantId = binding.tenantId,\n            identityId = binding.identityId,\n            applicationId = binding.applicationId,\n            capabilities = binding.capabilities,\n            allowedMethods = binding.allowedMethods,\n            applicationRole = binding.applicationRole,\n            status = binding.status,\n            validFrom = binding.validFrom,\n            validUntil = binding.validUntil,\n            createdAt = binding.createdAt,\n            createdById = binding.createdById,\n            updatedAt = binding.updatedAt,\n            updatedById = binding.updatedById,\n            deletedAt = binding.deletedAt,\n            deletedById = binding.deletedById\n        )\n    }\n\n    fun toIdentityApplicationBinding() = IdentityApplicationBinding(\n        bindingId = bindingId,\n        tenantId = tenantId,\n        identityId = identityId,\n        applicationId = applicationId,\n        capabilities = capabilities,\n        allowedMethods = allowedMethods,\n        applicationRole = applicationRole,\n        status = status,\n        validFrom = validFrom,\n        validUntil = validUntil,\n        createdAt = createdAt,\n        createdById = createdById,\n        updatedAt = updatedAt,\n        updatedById = updatedById,\n        deletedAt = deletedAt,\n        deletedById = deletedById\n    )\n}\n\n@Serializable\n@JvmInline\nvalue class ApplicationCapability(\n    val value: String,\n) {\n    companion object {\n        /** The application can authenticate identities. */\n        val AUTHENTICABLE = ApplicationCapability(\"authenticable\")\n    }\n\n    override fun toString(): String = value\n}\n\n@Serializable\n@JvmInline\nvalue class AuthMethod(\n    val value: String,\n) {\n    companion object {\n        /** Username/identifier plus password. */\n        val PASSWORD = AuthMethod(\"password\")\n\n        /** One-time passcode delivered by email. */\n        val EMAIL_OTP = AuthMethod(\"email_otp\")\n\n        /** Single-use magic link delivered out of band. */\n        val MAGIC_LINK = AuthMethod(\"magic_link\")\n\n        /** Time-based one-time password (authenticator app). */\n        val TOTP = AuthMethod(\"totp\")\n\n        /** Federated login via an external OIDC identity provider. */\n        val FEDERATED_OIDC = AuthMethod(\"federated_oidc\")\n\n        /** Wallet-based authentication (verifiable presentation). */\n        val WALLET = AuthMethod(\"wallet\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\nenum class BindingStatus {\n    /** The binding is active and may be used to authenticate. */\n    @SerialName(\"active\")\n    ACTIVE,\n\n    /** The binding is temporarily suspended and may not be used to authenticate. */\n    @SerialName(\"suspended\")\n    SUSPENDED,\n\n    /** The binding is permanently revoked. */\n    @SerialName(\"revoked\")\n    REVOKED,\n}\n\n@Serializable\ndata class IdentityApplicationBinding(\n    /** Unique identifier for this binding row */\n    @SerialName(\"id\")\n    val bindingId: Uuid,\n\n    /** Tenant this binding belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    /** The identity that is bound to the application */\n    @SerialName(\"identityId\")\n    val identityId: Uuid,\n\n    /** The application (party of party-type `service`) the identity is bound to */\n    @SerialName(\"applicationId\")\n    val applicationId: Uuid,\n\n    /**\n     * The capabilities this binding grants the identity on the application.\n     * Stored as a JSON-encoded TEXT column at the persistence layer.\n     */\n    @SerialName(\"capabilities\")\n    val capabilities: Set<ApplicationCapability> = emptySet(),\n\n    /**\n     * The authentication methods this binding permits the identity to use.\n     * Stored as a JSON-encoded TEXT column at the persistence layer.\n     */\n    @SerialName(\"allowedMethods\")\n    val allowedMethods: Set<AuthMethod> = emptySet(),\n\n    /** The identity's role within the application, if any */\n    @SerialName(\"applicationRole\")\n    val applicationRole: String? = null,\n\n    /** Lifecycle status of this binding */\n    @SerialName(\"status\")\n    val status: BindingStatus = BindingStatus.ACTIVE,\n\n    /** When this binding becomes valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n\n    /** When this binding stops being valid (null means open-ended) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n\n    // Audit fields\n    /** When the binding was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** Who created the binding (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    /** When the binding was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    /** Who last updated the binding (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    /** When the binding was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n\n    /** Who deleted the binding (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null\n) : HasId {\n    override val id: String get() = bindingId.toString()\n}\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\ninterface Wallet {\n    /** Access to the persisted credential documents. */\n    val documents: WalletDocumentStore\n\n    /**\n     * Creates (or retrieves) a holder key, returning the key alias.\n     * If [alias] is null an alias is generated automatically.\n     */\n    suspend fun createHolderKey(alias: String? = null): IdkResult<String, IdkError>\n\n    /**\n     * Initiates an authorization code flow for the given issuer, returning the data\n     * needed to redirect the user to the authorization endpoint.\n     */\n    suspend fun startAuthorizationCodeFlow(\n        credentialIssuer: String,\n        config: WalletConfig,\n        scope: String? = null,\n    ): IdkResult<AuthCodeStart, IdkError>\n\n    /**\n     * Completes an authorization code flow by exchanging the authorization code for tokens.\n     */\n    suspend fun completeAuthorizationCodeFlow(\n        start: AuthCodeStart,\n        code: String,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Exchanges a pre-authorized code (from a credential offer) for tokens.\n     */\n    suspend fun exchangePreAuthorizedCode(\n        credentialIssuer: String,\n        preAuthorizedCode: String,\n        txCode: String? = null,\n        config: WalletConfig? = null,\n    ): IdkResult<TokenSet, IdkError>\n\n    /**\n     * Obtains one or more credential instances from the issuer and stores them\n     * in [documents], returning the updated [WalletDocument].\n     */\n    suspend fun obtainCredential(request: ObtainCredentialRequest): IdkResult<WalletDocument, IdkError>\n\n    /**\n     * Responds to a verifier's authorization request URI, performing a presentation exchange.\n     */\n    suspend fun present(\n        requestUri: String,\n        config: WalletConfig,\n    ): IdkResult<PresentationResult, IdkError>\n}\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n-- discriminator-tagged sealed-interface JSON via kotlinx-serialization.\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}"
  },
  "DeleteIdentityApplicationBindingArgs": {
    "kind": "data class",
    "name": "DeleteIdentityApplicationBindingArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class DeleteIdentityApplicationBindingArgs(val identityId: Uuid, val applicationId: Uuid)"
  },
  "DeleteIdentityApplicationBindingResult": {
    "kind": "data class",
    "name": "DeleteIdentityApplicationBindingResult",
    "module": "service-api",
    "source": "@Serializable\ndata class DeleteIdentityApplicationBindingResult(val deleted: Boolean)"
  },
  "CreateGroupArgs": {
    "kind": "data class",
    "name": "CreateGroupArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreateGroupArgs(\n    val displayName: String,\n    val name: String,\n    val origin: PartyOrigin = PartyOrigin.MANAGED,\n    val uri: String? = null,\n    val jurisdiction: String? = null,\n    val ownerId: Uuid? = null,\n    val organizationUnitId: Uuid? = null,\n)\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }"
  },
  "Group": {
    "kind": "data class",
    "name": "Group",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\n@SerialName(\"group\")\ndata class Group\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        override val partyId: Uuid,\n        @SerialName(\"tenantId\")\n        override val tenantId: String,\n        override val origin: PartyOrigin,\n        @SerialName(\"displayName\")\n        override val displayName: String,\n        override val uri: String? = null,\n        override val jurisdiction: String? = null,\n        @SerialName(\"ownerId\")\n        override val ownerId: Uuid? = null,\n        @SerialName(\"organizationUnitId\")\n        override val organizationUnitId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        override val createdAt: Instant,\n        @SerialName(\"createdById\")\n        override val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        override val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        override val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        override val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        override val deletedById: Uuid? = null,\n        @SerialName(\"electronicAddresses\")\n        override val electronicAddresses: List<ElectronicAddress>? = null,\n        @SerialName(\"physicalAddresses\")\n        override val physicalAddresses: List<PhysicalAddress>? = null,\n        /** Group name */\n        @SerialName(\"name\")\n        val name: String,\n        /**\n         * The member parties of this group, hydrated on demand. Null means the association was\n         * not requested (default); an empty list means it was requested and there are none.\n         */\n        @SerialName(\"members\")\n        val members: List<PartyEntity>? = null,\n    ) : PartyEntity {\n        override val partyType: PartyType get() = PartyType.GROUP\n\n        /** A group never bears specializations. */\n        @SerialName(\"specializations\")\n        override val specializations: List<PartySpecialization> = emptyList()\n    }\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class ElectronicAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Type of address (e.g. EMAIL, PHONE, URL, SOCIAL_MEDIA) */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** The address value */\n    @SerialName(\"value\")\n    val value: String,\n    /** Optional label (e.g. \"Work\", \"Personal\", \"Mobile\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Whether this address has been verified */\n    @SerialName(\"isVerified\")\n    val isVerified: Boolean = false,\n    /** When the address was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n    /** When the address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When the address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class PhysicalAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The type/purpose of this address */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** User-friendly label (e.g. \"Headquarters\", \"Home\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Street address (house number, street name, unit) */\n    @SerialName(\"streetAddress\")\n    val streetAddress: String? = null,\n    /** City/municipality name */\n    @SerialName(\"city\")\n    val city: String? = null,\n    /** State/province/region */\n    @SerialName(\"province\")\n    val province: String? = null,\n    /** Postal/ZIP code */\n    @SerialName(\"postalCode\")\n    val postalCode: String? = null,\n    /** Country code (ISO 3166-1 alpha-2) */\n    @SerialName(\"countryCode\")\n    val countryCode: String? = null,\n    /** Latitude coordinate */\n    @SerialName(\"latitude\")\n    val latitude: Double? = null,\n    /** Longitude coordinate */\n    @SerialName(\"longitude\")\n    val longitude: Double? = null,\n    /** When this address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When this address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n    /** When the address was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n    /** Who created the address (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n    /** When the address was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n    /** Who last updated the address (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n    /** When the address was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n    /** Who deleted the address (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null,\n)\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n@JsExportCompat\n@Serializable\n@JsonClassDiscriminator(\"partyType\")\nsealed interface PartyEntity {\n    /** Unique identifier for the party */\n    val partyId: Uuid\n\n    /** Tenant this party belongs to */\n    val tenantId: String\n\n    /** The type of party (matches the JSON class discriminator) */\n    val partyType: PartyType\n\n    /** Origin of the party (external/managed) */\n    val origin: PartyOrigin\n\n    /** User-friendly display name */\n    val displayName: String\n\n    /** Optional URI for the party (DID, URL, etc.) */\n    val uri: String?\n\n    /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n    val jurisdiction: String?\n\n    /** Reference to the owning party */\n    val ownerId: Uuid?\n\n    /** The single home organization unit; null means the tenant root */\n    val organizationUnitId: Uuid?\n\n    /** The specializations (roles) this party bears; multi-typing allows several */\n    val specializations: List<PartySpecialization>\n\n    /** When the party was created */\n    val createdAt: Instant\n\n    /** Who created the party (party ID) */\n    val createdById: Uuid?\n\n    /** When the party was last updated */\n    val updatedAt: Instant\n\n    /** Who last updated the party (party ID) */\n    val updatedById: Uuid?\n\n    /** When the party was soft-deleted (null if not deleted) */\n    val deletedAt: Instant?\n\n    /** Who deleted the party (party ID) */\n    val deletedById: Uuid?\n\n    /**\n     * The party's electronic addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val electronicAddresses: List<ElectronicAddress>?\n\n    /**\n     * The party's physical addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val physicalAddresses: List<PhysicalAddress>?\n}\n\n@Serializable\n@JvmInline\nvalue class PartyType(\n    val value: String,\n) {\n    companion object {\n        /** A human individual */\n        val NATURAL_PERSON = PartyType(\"natural_person\")\n\n        /** Alias for [NATURAL_PERSON] */\n        val PERSON = NATURAL_PERSON\n\n        /** A company, institution, or other legal entity */\n        val ORGANIZATION = PartyType(\"organization\")\n\n        /** A software-backed service participant (endpoint, integration, automated actor) */\n        val SERVICE = PartyType(\"service\")\n\n        /** A unit within an organization (department, division, sub-tenant scope) */\n        val ORGANIZATION_UNIT = PartyType(\"organization_unit\")\n\n        /** A collection of parties grouped for addressing or authorization */\n        val GROUP = PartyType(\"group\")\n\n        /** An autonomous actor acting on behalf of another party */\n        val AGENT = PartyType(\"agent\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\ndata class PartySpecialization\n    @JvmOverloads\n    constructor(\n        /** Human role label for this specialization (e.g. \"employee\", \"customer\", \"supplier\", \"student\") */\n        @SerialName(\"subtype\")\n        val subtype: String,\n        /** The bound semantic Profile id; null indicates an untyped declaration */\n        @SerialName(\"profileId\")\n        val profileId: String? = null,\n        /** The profile version the values were validated/captured against */\n        @SerialName(\"profileVersion\")\n        val profileVersion: String? = null,\n        /** Values for THIS specialization; populated only when licensed */\n        @SerialName(\"attributes\")\n        val attributes: JsonObject? = null,\n    )\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    enum class Type {\n        WORKFLOW_EXECUTION_STARTED,\n        WORKFLOW_EXECUTION_COMPLETED,\n        WORKFLOW_EXECUTION_FAILED,\n        WORKFLOW_EXECUTION_TIMED_OUT,\n        WORKFLOW_EXECUTION_CANCELED,\n        WORKFLOW_EXECUTION_TERMINATED,\n        WORKFLOW_EXECUTION_CONTINUED_AS_NEW,\n        WORKFLOW_TASK_SCHEDULED,\n        WORKFLOW_TASK_STARTED,\n        WORKFLOW_TASK_COMPLETED,\n        WORKFLOW_TASK_FAILED,\n        WORKFLOW_TASK_TIMED_OUT,\n        ACTIVITY_TASK_SCHEDULED,\n        ACTIVITY_TASK_STARTED,\n        ACTIVITY_TASK_COMPLETED,\n        ACTIVITY_TASK_FAILED,\n        ACTIVITY_TASK_TIMED_OUT,\n        ACTIVITY_TASK_CANCEL_REQUESTED,\n        ACTIVITY_TASK_CANCELED,\n        TIMER_STARTED,\n        TIMER_FIRED,\n        TIMER_CANCELED,\n        WORKFLOW_EXECUTION_SIGNALED,\n        WORKFLOW_EXECUTION_UPDATE_ACCEPTED,\n        WORKFLOW_EXECUTION_UPDATE_COMPLETED,\n        WORKFLOW_EXECUTION_UPDATE_REJECTED,\n        CHILD_WORKFLOW_EXECUTION_STARTED,\n        CHILD_WORKFLOW_EXECUTION_COMPLETED,\n        CHILD_WORKFLOW_EXECUTION_FAILED,\n        MARKER_RECORDED,\n        OTHER,\n    }\n\n    enum class State {\n        CLOSED,\n        OPEN,\n        HALF_OPEN\n    }\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\ninternal object CDDLSerializer : KSerializer<CDDL> {\n    override val descriptor: SerialDescriptor = PrimitiveSerialDescriptor(\"CDDL\", PrimitiveKind.STRING)\n\n    override fun serialize(\n        encoder: Encoder,\n        value: CDDL,\n    ) {\n        encoder.encodeString(value.format)\n    }\n\n    override fun deserialize(decoder: Decoder): CDDL = CDDL.util.fromFormat(decoder.decodeString())\n}"
  },
  "AddGroupMemberArgs": {
    "kind": "data class",
    "name": "AddGroupMemberArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class AddGroupMemberArgs(\n    val groupId: Uuid,\n    val memberId: Uuid,\n    val role: String = \"member\",\n)"
  },
  "GroupMembershipResult": {
    "kind": "data class",
    "name": "GroupMembershipResult",
    "module": "persistence-api",
    "source": "@Serializable\ndata class GroupMembershipResult(\n    @SerialName(\"id\")\n    val membershipId: Uuid,\n\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    @SerialName(\"groupId\")\n    val groupId: Uuid,\n\n    @SerialName(\"memberPartyId\")\n    val memberPartyId: Uuid,\n\n    @SerialName(\"role\")\n    val role: String,\n\n    // Audit fields\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null\n) {\n    companion object {\n        fun from(membership: GroupMembership) = GroupMembershipResult(\n            membershipId = membership.membershipId,\n            tenantId = membership.tenantId,\n            groupId = membership.groupId,\n            memberPartyId = membership.memberPartyId,\n            role = membership.role,\n            createdAt = membership.createdAt,\n            createdById = membership.createdById,\n            updatedAt = membership.updatedAt,\n            updatedById = membership.updatedById,\n            deletedAt = membership.deletedAt,\n            deletedById = membership.deletedById\n        )\n    }\n\n    fun toGroupMembership() = GroupMembership(\n        membershipId = membershipId,\n        tenantId = tenantId,\n        groupId = groupId,\n        memberPartyId = memberPartyId,\n        role = role,\n        createdAt = createdAt,\n        createdById = createdById,\n        updatedAt = updatedAt,\n        updatedById = updatedById,\n        deletedAt = deletedAt,\n        deletedById = deletedById\n    )\n}\n\n@Serializable\ndata class GroupMembership(\n    /** Unique identifier for this membership row */\n    @SerialName(\"id\")\n    val membershipId: Uuid,\n\n    /** Tenant this membership belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    /** The group the member belongs to (party ID of the group) */\n    @SerialName(\"groupId\")\n    val groupId: Uuid,\n\n    /** The party that is a member of the group */\n    @SerialName(\"memberPartyId\")\n    val memberPartyId: Uuid,\n\n    /** The member's role within the group */\n    @SerialName(\"role\")\n    val role: String,\n\n    // Audit fields\n    /** When the membership was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** Who created the membership (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    /** When the membership was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    /** Who last updated the membership (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    /** When the membership was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n\n    /** Who deleted the membership (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null\n) : HasId {\n    override val id: String get() = membershipId.toString()\n}\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}"
  },
  "CreateElectronicAddressArgs": {
    "kind": "data class",
    "name": "CreateElectronicAddressArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreateElectronicAddressArgs(\n    val partyId: Uuid,\n    val addressType: String,\n    val value: String,\n    val label: String? = null,\n    val isPrimary: Boolean = false,\n    val isVerified: Boolean = false,\n    val verifiedAt: Instant? = null,\n    val validFrom: Instant? = null,\n    val validUntil: Instant? = null,\n    val identifierId: Uuid? = null,\n)"
  },
  "ElectronicAddress": {
    "kind": "data class",
    "name": "ElectronicAddress",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class ElectronicAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Type of address (e.g. EMAIL, PHONE, URL, SOCIAL_MEDIA) */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** The address value */\n    @SerialName(\"value\")\n    val value: String,\n    /** Optional label (e.g. \"Work\", \"Personal\", \"Mobile\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Whether this address has been verified */\n    @SerialName(\"isVerified\")\n    val isVerified: Boolean = false,\n    /** When the address was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n    /** When the address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When the address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    enum class Type {\n        WORKFLOW_EXECUTION_STARTED,\n        WORKFLOW_EXECUTION_COMPLETED,\n        WORKFLOW_EXECUTION_FAILED,\n        WORKFLOW_EXECUTION_TIMED_OUT,\n        WORKFLOW_EXECUTION_CANCELED,\n        WORKFLOW_EXECUTION_TERMINATED,\n        WORKFLOW_EXECUTION_CONTINUED_AS_NEW,\n        WORKFLOW_TASK_SCHEDULED,\n        WORKFLOW_TASK_STARTED,\n        WORKFLOW_TASK_COMPLETED,\n        WORKFLOW_TASK_FAILED,\n        WORKFLOW_TASK_TIMED_OUT,\n        ACTIVITY_TASK_SCHEDULED,\n        ACTIVITY_TASK_STARTED,\n        ACTIVITY_TASK_COMPLETED,\n        ACTIVITY_TASK_FAILED,\n        ACTIVITY_TASK_TIMED_OUT,\n        ACTIVITY_TASK_CANCEL_REQUESTED,\n        ACTIVITY_TASK_CANCELED,\n        TIMER_STARTED,\n        TIMER_FIRED,\n        TIMER_CANCELED,\n        WORKFLOW_EXECUTION_SIGNALED,\n        WORKFLOW_EXECUTION_UPDATE_ACCEPTED,\n        WORKFLOW_EXECUTION_UPDATE_COMPLETED,\n        WORKFLOW_EXECUTION_UPDATE_REJECTED,\n        CHILD_WORKFLOW_EXECUTION_STARTED,\n        CHILD_WORKFLOW_EXECUTION_COMPLETED,\n        CHILD_WORKFLOW_EXECUTION_FAILED,\n        MARKER_RECORDED,\n        OTHER,\n    }\n\n@Serializable\n@JvmInline\nvalue class TenantType(\n    val value: String,\n) {\n    companion object {\n        /** Platform/system tenant (for multi-tenant SaaS platforms) */\n        val PLATFORM = TenantType(\"platform\")\n\n        /** Enterprise tenant (business, company) */\n        val ENTERPRISE = TenantType(\"enterprise\")\n\n        /** Partner tenant (external partner organization) */\n        val PARTNER = TenantType(\"partner\")\n\n        /** Sandbox tenant (for testing and development) */\n        val SANDBOX = TenantType(\"sandbox\")\n    }\n\n    override fun toString(): String = value\n}\n\n    @Serializable\n    @SerialName(\"lowercase\")\n    data object Lowercase : ClaimTransformation\n\n@JsExportCompat\n@Serializable\nenum class TenantStatus {\n    ACTIVE,\n    SUSPENDED,\n    PENDING_VERIFICATION,\n}\n\n    data class Generic(\n        val exception: Throwable? = null,\n        override val message: String = \"Consent error\",\n    ) : ConsentError\n\n    @Serializable\n    data class System(\n        override val id: String,\n        val commandId: String,\n        /** Mapping expression (engine-interpreted) producing the command's input from prior outputs. */\n        val inputExpression: String,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}"
  },
  "ListElectronicAddressesArgs": {
    "kind": "data class",
    "name": "ListElectronicAddressesArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class ListElectronicAddressesArgs(val partyId: Uuid)"
  },
  "GetPartyArgs": {
    "kind": "data class",
    "name": "GetPartyArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class GetPartyArgs(val id: Uuid, val include: Set<String> = emptySet())"
  },
  "PartyEntity": {
    "kind": "sealed interface",
    "name": "PartyEntity",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\n@JsonClassDiscriminator(\"partyType\")\nsealed interface PartyEntity {\n    /** Unique identifier for the party */\n    val partyId: Uuid\n\n    /** Tenant this party belongs to */\n    val tenantId: String\n\n    /** The type of party (matches the JSON class discriminator) */\n    val partyType: PartyType\n\n    /** Origin of the party (external/managed) */\n    val origin: PartyOrigin\n\n    /** User-friendly display name */\n    val displayName: String\n\n    /** Optional URI for the party (DID, URL, etc.) */\n    val uri: String?\n\n    /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n    val jurisdiction: String?\n\n    /** Reference to the owning party */\n    val ownerId: Uuid?\n\n    /** The single home organization unit; null means the tenant root */\n    val organizationUnitId: Uuid?\n\n    /** The specializations (roles) this party bears; multi-typing allows several */\n    val specializations: List<PartySpecialization>\n\n    /** When the party was created */\n    val createdAt: Instant\n\n    /** Who created the party (party ID) */\n    val createdById: Uuid?\n\n    /** When the party was last updated */\n    val updatedAt: Instant\n\n    /** Who last updated the party (party ID) */\n    val updatedById: Uuid?\n\n    /** When the party was soft-deleted (null if not deleted) */\n    val deletedAt: Instant?\n\n    /** Who deleted the party (party ID) */\n    val deletedById: Uuid?\n\n    /**\n     * The party's electronic addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val electronicAddresses: List<ElectronicAddress>?\n\n    /**\n     * The party's physical addresses, hydrated on demand. Null means the association was not\n     * requested (default); an empty list means it was requested and there are none.\n     */\n    val physicalAddresses: List<PhysicalAddress>?\n}\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n-- discriminator-tagged sealed-interface JSON via kotlinx-serialization.\n\n@Serializable\n@JvmInline\nvalue class PartyType(\n    val value: String,\n) {\n    companion object {\n        /** A human individual */\n        val NATURAL_PERSON = PartyType(\"natural_person\")\n\n        /** Alias for [NATURAL_PERSON] */\n        val PERSON = NATURAL_PERSON\n\n        /** A company, institution, or other legal entity */\n        val ORGANIZATION = PartyType(\"organization\")\n\n        /** A software-backed service participant (endpoint, integration, automated actor) */\n        val SERVICE = PartyType(\"service\")\n\n        /** A unit within an organization (department, division, sub-tenant scope) */\n        val ORGANIZATION_UNIT = PartyType(\"organization_unit\")\n\n        /** A collection of parties grouped for addressing or authorization */\n        val GROUP = PartyType(\"group\")\n\n        /** An autonomous actor acting on behalf of another party */\n        val AGENT = PartyType(\"agent\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\nenum class Origin {\n    /** Resource was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Resource was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n    ;\n\n    companion object {\n        fun fromValue(value: String): Origin =\n            entries.firstOrNull { it.name.equals(value, ignoreCase = true) }\n                ?: throw IllegalArgumentException(\"Unknown origin: $value\")\n    }\n}\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@JsExportCompat\n@Serializable\ndata class PartySpecialization\n    @JvmOverloads\n    constructor(\n        /** Human role label for this specialization (e.g. \"employee\", \"customer\", \"supplier\", \"student\") */\n        @SerialName(\"subtype\")\n        val subtype: String,\n        /** The bound semantic Profile id; null indicates an untyped declaration */\n        @SerialName(\"profileId\")\n        val profileId: String? = null,\n        /** The profile version the values were validated/captured against */\n        @SerialName(\"profileVersion\")\n        val profileVersion: String? = null,\n        /** Values for THIS specialization; populated only when licensed */\n        @SerialName(\"attributes\")\n        val attributes: JsonObject? = null,\n    )\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n@JsExportCompat\n@Serializable\ndata class ElectronicAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Type of address (e.g. EMAIL, PHONE, URL, SOCIAL_MEDIA) */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** The address value */\n    @SerialName(\"value\")\n    val value: String,\n    /** Optional label (e.g. \"Work\", \"Personal\", \"Mobile\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Whether this address has been verified */\n    @SerialName(\"isVerified\")\n    val isVerified: Boolean = false,\n    /** When the address was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n    /** When the address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When the address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n)\n\n@JsExportCompat\n@Serializable\ndata class PhysicalAddress(\n    /** Unique identifier for this address */\n    @SerialName(\"id\")\n    val id: Uuid,\n    /** The party this address belongs to */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n    /** Optional correlation identifier this address is tied to */\n    @SerialName(\"identifierId\")\n    val identifierId: Uuid? = null,\n    /** Tenant this address belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n    /** The type/purpose of this address */\n    @SerialName(\"addressType\")\n    val addressType: String,\n    /** User-friendly label (e.g. \"Headquarters\", \"Home\") */\n    @SerialName(\"label\")\n    val label: String? = null,\n    /** Whether this is the primary address of its type */\n    @SerialName(\"isPrimary\")\n    val isPrimary: Boolean = false,\n    /** Street address (house number, street name, unit) */\n    @SerialName(\"streetAddress\")\n    val streetAddress: String? = null,\n    /** City/municipality name */\n    @SerialName(\"city\")\n    val city: String? = null,\n    /** State/province/region */\n    @SerialName(\"province\")\n    val province: String? = null,\n    /** Postal/ZIP code */\n    @SerialName(\"postalCode\")\n    val postalCode: String? = null,\n    /** Country code (ISO 3166-1 alpha-2) */\n    @SerialName(\"countryCode\")\n    val countryCode: String? = null,\n    /** Latitude coordinate */\n    @SerialName(\"latitude\")\n    val latitude: Double? = null,\n    /** Longitude coordinate */\n    @SerialName(\"longitude\")\n    val longitude: Double? = null,\n    /** When this address became valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant,\n    /** When this address expired (null = current) */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n    /** When the address was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n    /** Who created the address (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n    /** When the address was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n    /** Who last updated the address (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n    /** When the address was soft-deleted (null if not deleted) */\n    @SerialName(\"deletedAt\")\n    val deletedAt: Instant? = null,\n    /** Who deleted the address (party ID) */\n    @SerialName(\"deletedById\")\n    val deletedById: Uuid? = null,\n)\n\n@Serializable\n@JvmInline\nvalue class TenantType(\n    val value: String,\n) {\n    companion object {\n        /** Platform/system tenant (for multi-tenant SaaS platforms) */\n        val PLATFORM = TenantType(\"platform\")\n\n        /** Enterprise tenant (business, company) */\n        val ENTERPRISE = TenantType(\"enterprise\")\n\n        /** Partner tenant (external partner organization) */\n        val PARTNER = TenantType(\"partner\")\n\n        /** Sandbox tenant (for testing and development) */\n        val SANDBOX = TenantType(\"sandbox\")\n    }\n\n    override fun toString(): String = value\n}\n\n    @Serializable\n    @SerialName(\"lowercase\")\n    data object Lowercase : ClaimTransformation\n\n@JsExportCompat\n@Serializable\nenum class TenantStatus {\n    ACTIVE,\n    SUSPENDED,\n    PENDING_VERIFICATION,\n}"
  },
  "CreateRelationshipArgs": {
    "kind": "data class",
    "name": "CreateRelationshipArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class CreateRelationshipArgs(\n    val leftId: Uuid,\n    val rightId: Uuid,\n    val relationshipType: String,\n    val status: String? = null,\n    val validFrom: Instant? = null,\n    val validUntil: Instant? = null,\n)"
  },
  "PartyRelationshipResult": {
    "kind": "data class",
    "name": "PartyRelationshipResult",
    "module": "persistence-api",
    "source": "@Serializable\ndata class PartyRelationshipResult(\n    // Core fields\n    /** Unique identifier for this relationship */\n    @SerialName(\"id\")\n    val id: Uuid,\n\n    /** Tenant this relationship belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    /** The \"left\" party in the relationship */\n    @SerialName(\"leftId\")\n    val leftPartyId: Uuid,\n\n    /** The \"right\" party in the relationship */\n    @SerialName(\"rightId\")\n    val rightPartyId: Uuid,\n\n    /** Type of relationship */\n    @SerialName(\"relationshipType\")\n    val relationshipType: String,\n\n    /** Status of the relationship */\n    @SerialName(\"status\")\n    val status: String,\n\n    /** When the relationship becomes valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant? = null,\n\n    /** When the relationship expires */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n\n    /** When the relationship was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n\n    /** Who verified the relationship (party ID) */\n    @SerialName(\"verifiedById\")\n    val verifiedById: Uuid? = null,\n\n    // Audit fields\n    /** When the record was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** Who created the record (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    /** When the record was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    /** Who last updated the record (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null,\n\n    // Populated associations (based on FetchOptions)\n    /**\n     * The left party details.\n     * Populated when [PartyRelationshipFetchOptions.includeLeftParty] is true.\n     */\n    @SerialName(\"leftParty\")\n    val leftParty: Party? = null,\n\n    /**\n     * The right party details.\n     * Populated when [PartyRelationshipFetchOptions.includeRightParty] is true.\n     */\n    @SerialName(\"rightParty\")\n    val rightParty: Party? = null,\n\n    /**\n     * The relationship type definition.\n     * Populated when [PartyRelationshipFetchOptions.includeRelationshipType] is true.\n     */\n    @SerialName(\"relationshipTypeDefinition\")\n    val relationshipTypeDefinition: RelationshipType? = null,\n\n    /**\n     * Employment extension data.\n     * Populated when [PartyRelationshipFetchOptions.includeEmploymentExtension] is true.\n     */\n    @SerialName(\"employmentExtension\")\n    val employmentExtension: RelationshipEmployment? = null,\n\n    /**\n     * Membership extension data.\n     * Populated when [PartyRelationshipFetchOptions.includeMembershipExtension] is true.\n     */\n    @SerialName(\"membershipExtension\")\n    val membershipExtension: RelationshipMembership? = null,\n\n    /**\n     * Guardianship extension data.\n     * Populated when [PartyRelationshipFetchOptions.includeGuardianshipExtension] is true.\n     */\n    @SerialName(\"guardianshipExtension\")\n    val guardianshipExtension: RelationshipGuardianship? = null,\n\n    /**\n     * Delegation extension data.\n     * Populated when [PartyRelationshipFetchOptions.includeDelegationExtension] is true.\n     */\n    @SerialName(\"delegationExtension\")\n    val delegationExtension: RelationshipDelegation? = null\n) {\n    /** Check if the relationship has been verified */\n    val isVerified: Boolean get() = verifiedAt != null\n\n    companion object {\n        /**\n         * Create a PartyRelationshipResult from a PartyRelationship entity.\n         */\n        fun from(\n            relationship: PartyRelationship,\n            leftParty: Party? = null,\n            rightParty: Party? = null,\n            relationshipTypeDefinition: RelationshipType? = null,\n            employmentExtension: RelationshipEmployment? = null,\n            membershipExtension: RelationshipMembership? = null,\n            guardianshipExtension: RelationshipGuardianship? = null,\n            delegationExtension: RelationshipDelegation? = null\n        ) = PartyRelationshipResult(\n            id = relationship.id,\n            tenantId = relationship.tenantId,\n            leftPartyId = relationship.leftPartyId,\n            rightPartyId = relationship.rightPartyId,\n            relationshipType = relationship.relationshipType,\n            status = relationship.status,\n            validFrom = relationship.validFrom,\n            validUntil = relationship.validUntil,\n            verifiedAt = relationship.verifiedAt,\n            verifiedById = relationship.verifiedById,\n            createdAt = relationship.createdAt,\n            createdById = relationship.createdById,\n            updatedAt = relationship.updatedAt,\n            updatedById = relationship.updatedById,\n            leftParty = leftParty,\n            rightParty = rightParty,\n            relationshipTypeDefinition = relationshipTypeDefinition,\n            employmentExtension = employmentExtension,\n            membershipExtension = membershipExtension,\n            guardianshipExtension = guardianshipExtension,\n            delegationExtension = delegationExtension\n        )\n    }\n\n    /** Convert back to the core PartyRelationship entity (without associations) */\n    fun toPartyRelationship() = PartyRelationship(\n        id = id,\n        tenantId = tenantId,\n        leftPartyId = leftPartyId,\n        rightPartyId = rightPartyId,\n        relationshipType = relationshipType,\n        status = status,\n        validFrom = validFrom,\n        validUntil = validUntil,\n        verifiedAt = verifiedAt,\n        verifiedById = verifiedById,\n        createdAt = createdAt,\n        createdById = createdById,\n        updatedAt = updatedAt,\n        updatedById = updatedById\n    )\n}\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    enum class Type {\n        WORKFLOW_EXECUTION_STARTED,\n        WORKFLOW_EXECUTION_COMPLETED,\n        WORKFLOW_EXECUTION_FAILED,\n        WORKFLOW_EXECUTION_TIMED_OUT,\n        WORKFLOW_EXECUTION_CANCELED,\n        WORKFLOW_EXECUTION_TERMINATED,\n        WORKFLOW_EXECUTION_CONTINUED_AS_NEW,\n        WORKFLOW_TASK_SCHEDULED,\n        WORKFLOW_TASK_STARTED,\n        WORKFLOW_TASK_COMPLETED,\n        WORKFLOW_TASK_FAILED,\n        WORKFLOW_TASK_TIMED_OUT,\n        ACTIVITY_TASK_SCHEDULED,\n        ACTIVITY_TASK_STARTED,\n        ACTIVITY_TASK_COMPLETED,\n        ACTIVITY_TASK_FAILED,\n        ACTIVITY_TASK_TIMED_OUT,\n        ACTIVITY_TASK_CANCEL_REQUESTED,\n        ACTIVITY_TASK_CANCELED,\n        TIMER_STARTED,\n        TIMER_FIRED,\n        TIMER_CANCELED,\n        WORKFLOW_EXECUTION_SIGNALED,\n        WORKFLOW_EXECUTION_UPDATE_ACCEPTED,\n        WORKFLOW_EXECUTION_UPDATE_COMPLETED,\n        WORKFLOW_EXECUTION_UPDATE_REJECTED,\n        CHILD_WORKFLOW_EXECUTION_STARTED,\n        CHILD_WORKFLOW_EXECUTION_COMPLETED,\n        CHILD_WORKFLOW_EXECUTION_FAILED,\n        MARKER_RECORDED,\n        OTHER,\n    }\n\n        data class Status(\n            val response: HttpResponse\n        ) : RetryTrigger() {\n            override fun toString(): String = \"HTTP ${response.status.value}\"\n        }\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n@Serializable\ndata class PartyRelationshipFetchOptions(\n    /** Include the left party details */\n    @SerialName(\"includeLeftParty\")\n    val includeLeftParty: Boolean = false,\n\n    /** Include the right party details */\n    @SerialName(\"includeRightParty\")\n    val includeRightParty: Boolean = false,\n\n    /** Include the relationship type definition */\n    @SerialName(\"includeRelationshipType\")\n    val includeRelationshipType: Boolean = false,\n\n    /** Include employment extension data (if applicable) */\n    @SerialName(\"includeEmploymentExtension\")\n    val includeEmploymentExtension: Boolean = false,\n\n    /** Include membership extension data (if applicable) */\n    @SerialName(\"includeMembershipExtension\")\n    val includeMembershipExtension: Boolean = false,\n\n    /** Include guardianship extension data (if applicable) */\n    @SerialName(\"includeGuardianshipExtension\")\n    val includeGuardianshipExtension: Boolean = false,\n\n    /** Include delegation extension data (if applicable) */\n    @SerialName(\"includeDelegationExtension\")\n    val includeDelegationExtension: Boolean = false\n) {\n    companion object {\n        /** Load only core relationship data (default) */\n        val MINIMAL = PartyRelationshipFetchOptions()\n\n        /** Load relationship with both parties */\n        val WITH_PARTIES = PartyRelationshipFetchOptions(\n            includeLeftParty = true,\n            includeRightParty = true\n        )\n\n        /** Load relationship with all extensions */\n        val WITH_EXTENSIONS = PartyRelationshipFetchOptions(\n            includeEmploymentExtension = true,\n            includeMembershipExtension = true,\n            includeGuardianshipExtension = true,\n            includeDelegationExtension = true\n        )\n\n        /** Load everything (all associations and extensions) */\n        val FULL = PartyRelationshipFetchOptions(\n            includeLeftParty = true,\n            includeRightParty = true,\n            includeRelationshipType = true,\n            includeEmploymentExtension = true,\n            includeMembershipExtension = true,\n            includeGuardianshipExtension = true,\n            includeDelegationExtension = true\n        )\n    }\n\n    /** Builder method to include left party */\n    fun withLeftParty() = copy(includeLeftParty = true)\n\n    /** Builder method to include right party */\n    fun withRightParty() = copy(includeRightParty = true)\n\n    /** Builder method to include both parties */\n    fun withParties() = copy(includeLeftParty = true, includeRightParty = true)\n\n    /** Builder method to include relationship type */\n    fun withRelationshipType() = copy(includeRelationshipType = true)\n\n    /** Builder method to include all extensions */\n    fun withAllExtensions() = copy(\n        includeEmploymentExtension = true,\n        includeMembershipExtension = true,\n        includeGuardianshipExtension = true,\n        includeDelegationExtension = true\n    )\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }\n\n@Serializable\ndata class RelationshipType(\n    /** The relationship type identifier (e.g., \"EMPLOYMENT\", \"MEMBERSHIP\") */\n    @SerialName(\"type\")\n    val type: String,\n\n    /** I18n key for describing left→right direction (e.g., \"employee_of\") */\n    @SerialName(\"leftToRightI18nKey\")\n    val leftToRightI18nKey: String,\n\n    /** I18n key for describing right→left direction (e.g., \"employs\") */\n    @SerialName(\"rightToLeftI18nKey\")\n    val rightToLeftI18nKey: String,\n\n    /** Optional description i18n key */\n    @SerialName(\"descriptionI18nKey\")\n    val descriptionI18nKey: String? = null\n)\n\n@Serializable\ndata class RelationshipEmployment(\n    /** The relationship this extends (references party_relationship.id) */\n    @SerialName(\"relationshipId\")\n    val relationshipId: Uuid,\n\n    /** Job title of the employee */\n    @SerialName(\"jobTitle\")\n    val jobTitle: String? = null,\n\n    /** Department within the organization */\n    @SerialName(\"department\")\n    val department: String? = null,\n\n    /** Employee number/ID */\n    @SerialName(\"employeeNumber\")\n    val employeeNumber: String? = null,\n\n    /** Cost center for accounting purposes */\n    @SerialName(\"costCenter\")\n    val costCenter: String? = null,\n\n    /** When the record was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** When the record was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant\n)\n\n@Serializable\ndata class RelationshipMembership(\n    /** The relationship this extends (references party_relationship.id) */\n    @SerialName(\"relationshipId\")\n    val relationshipId: Uuid,\n\n    /** Role within the membership (e.g., \"ADMIN\", \"MEMBER\", \"OBSERVER\") */\n    @SerialName(\"memberRole\")\n    val memberRole: String? = null,\n\n    /** When the membership started */\n    @SerialName(\"memberSince\")\n    val memberSince: Instant? = null,\n\n    /** Membership tier (e.g., \"GOLD\", \"SILVER\", \"BRONZE\") */\n    @SerialName(\"tier\")\n    val tier: String? = null,\n\n    /** When the record was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** When the record was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant\n)\n\n@Serializable\ndata class RelationshipGuardianship(\n    /** The relationship this extends (references party_relationship.id) */\n    @SerialName(\"relationshipId\")\n    val relationshipId: Uuid,\n\n    /** Type of guardianship (e.g., \"LEGAL\", \"TEMPORARY\", \"MEDICAL\") */\n    @SerialName(\"guardianshipType\")\n    val guardianshipType: String? = null,\n\n    /** Reference to the court order establishing guardianship */\n    @SerialName(\"courtOrderReference\")\n    val courtOrderReference: String? = null,\n\n    /** Jurisdiction where guardianship was established */\n    @SerialName(\"jurisdiction\")\n    val jurisdiction: String? = null,\n\n    /** When guardianship was granted */\n    @SerialName(\"grantedAt\")\n    val grantedAt: Instant? = null,\n\n    /** When guardianship expires */\n    @SerialName(\"expiresAt\")\n    val expiresAt: Instant? = null,\n\n    /** When the record was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** When the record was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant\n)\n\n@Serializable\ndata class RelationshipDelegation(\n    /** The relationship this extends (references party_relationship.id) */\n    @SerialName(\"relationshipId\")\n    val relationshipId: Uuid,\n\n    /** Type of delegation (e.g., \"POWER_OF_ATTORNEY\", \"PROXY\", \"MANDATE\") */\n    @SerialName(\"delegationType\")\n    val delegationType: String? = null,\n\n    /** Scope of the delegation (what actions are permitted) */\n    @SerialName(\"scope\")\n    val scope: String? = null,\n\n    /** Reference to the legal document establishing delegation */\n    @SerialName(\"legalDocumentRef\")\n    val legalDocumentRef: String? = null,\n\n    /** Whether witness signature is required for actions */\n    @SerialName(\"requiresWitness\")\n    val requiresWitness: Boolean? = null,\n\n    /** When the record was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** When the record was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant\n)\n\n@Serializable\ndata class PartyRelationship(\n    /** Unique identifier for this relationship */\n    @SerialName(\"id\")\n    val id: Uuid,\n\n    /** Tenant this relationship belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    /** The \"left\" party in the relationship (e.g., employee) */\n    @SerialName(\"leftPartyId\")\n    val leftPartyId: Uuid,\n\n    /** The \"right\" party in the relationship (e.g., employer) */\n    @SerialName(\"rightPartyId\")\n    val rightPartyId: Uuid,\n\n    /** Type of relationship (references relationship_type.type) */\n    @SerialName(\"relationshipType\")\n    val relationshipType: String,\n\n    /** Status of the relationship */\n    @SerialName(\"status\")\n    val status: String = RelationshipStatus.ACTIVE,\n\n    /** When the relationship becomes valid */\n    @SerialName(\"validFrom\")\n    val validFrom: Instant? = null,\n\n    /** When the relationship expires */\n    @SerialName(\"validUntil\")\n    val validUntil: Instant? = null,\n\n    /** When the relationship was verified */\n    @SerialName(\"verifiedAt\")\n    val verifiedAt: Instant? = null,\n\n    /** Who verified the relationship (party ID) */\n    @SerialName(\"verifiedById\")\n    val verifiedById: Uuid? = null,\n\n    // Audit fields\n    /** When the record was created */\n    @SerialName(\"createdAt\")\n    val createdAt: Instant,\n\n    /** Who created the record (party ID) */\n    @SerialName(\"createdById\")\n    val createdById: Uuid? = null,\n\n    /** When the record was last updated */\n    @SerialName(\"updatedAt\")\n    val updatedAt: Instant,\n\n    /** Who last updated the record (party ID) */\n    @SerialName(\"updatedById\")\n    val updatedById: Uuid? = null\n) {\n    /** Check if the relationship is currently active */\n    fun isActive(at: Instant): Boolean {\n        if (status != RelationshipStatus.ACTIVE) return false\n        val afterStart = validFrom?.let { at >= it } ?: true\n        val beforeEnd = validUntil?.let { at <= it } ?: true\n        return afterStart && beforeEnd\n    }\n\n    /** Check if the relationship has been verified */\n    val isVerified: Boolean get() = verifiedAt != null\n}\n\n@Serializable\n@JvmInline\nvalue class TenantType(\n    val value: String,\n) {\n    companion object {\n        /** Platform/system tenant (for multi-tenant SaaS platforms) */\n        val PLATFORM = TenantType(\"platform\")\n\n        /** Enterprise tenant (business, company) */\n        val ENTERPRISE = TenantType(\"enterprise\")\n\n        /** Partner tenant (external partner organization) */\n        val PARTNER = TenantType(\"partner\")\n\n        /** Sandbox tenant (for testing and development) */\n        val SANDBOX = TenantType(\"sandbox\")\n    }\n\n    override fun toString(): String = value\n}"
  },
  "ListRelationshipsByPartyArgs": {
    "kind": "data class",
    "name": "ListRelationshipsByPartyArgs",
    "module": "service-api",
    "source": "@Serializable\ndata class ListRelationshipsByPartyArgs(val partyId: Uuid)"
  },
  "CreateTenantIdpArgs": {
    "kind": "data class",
    "name": "CreateTenantIdpArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class CreateTenantIdpArgs(\n    val displayName: String,\n    val issuer: String,\n    val clientId: String,\n    val idpId: String? = null,\n    val clientSecret: String? = null,\n    val clientSecretRef: String? = null,\n    val scopes: List<String> = listOf(\"openid\", \"profile\", \"email\"),\n    val claimsMapping: TenantIdpClaimsMapping = TenantIdpClaimsMapping(),\n    val enabled: Boolean = false,\n)\n\n@Serializable\ndata class TenantIdpClaimsMapping(\n    val subject: String = \"sub\",\n    val email: String = \"email\",\n    val displayName: String = \"name\",\n)"
  },
  "TenantIdpRecord": {
    "kind": "data class",
    "name": "TenantIdpRecord",
    "module": "public",
    "source": "@Serializable\ndata class TenantIdpRecord(\n    val idpId: String,\n    val displayName: String,\n    val issuer: String,\n    val clientId: String,\n    val clientSecretRef: String? = null,\n    val scopes: List<String> = listOf(\"openid\", \"profile\", \"email\"),\n    val claimsMapping: TenantIdpClaimsMapping = TenantIdpClaimsMapping(),\n    val enabled: Boolean = false,\n    val createdAt: Instant? = null,\n    val updatedAt: Instant? = null,\n)\n\n@Serializable\ndata class TenantIdpClaimsMapping(\n    val subject: String = \"sub\",\n    val email: String = \"email\",\n    val displayName: String = \"name\",\n)"
  },
  "RegisterTenantArgs": {
    "kind": "data class",
    "name": "RegisterTenantArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class RegisterTenantArgs(\n    val tenantType: TenantType,\n    val name: String,\n    val description: String? = null,\n    /** URL-safe lowercase slug. Doubles as platform-subdomain label and path segment. */\n    val slug: String,\n    /** Parent tenant id; null = root tenant. */\n    val parentTenantId: String? = null,\n    /** Optional Party owner. When null, no Party is linked at registration. */\n    val ownerPartyId: Uuid? = null,\n    /**\n     * When true (default), auto-create the platform subdomain row `<slug>.<base>` in\n     * `tenant_domain`.\n     */\n    val initialPlatformSubdomain: Boolean = true,\n    /**\n     * When true (default), provision a default AS instance (slug `default`) for this\n     * tenant. When false, the tenant has no hosted AS — only viable with a\n     * [OwnerInput.Federated] owner whose external IDP becomes the trusted issuer.\n     */\n    val hostedAs: Boolean = true,\n    val owner: OwnerInput,\n)\n\n@Serializable\n@JvmInline\nvalue class TenantType(\n    val value: String,\n) {\n    companion object {\n        /** Platform/system tenant (for multi-tenant SaaS platforms) */\n        val PLATFORM = TenantType(\"platform\")\n\n        /** Enterprise tenant (business, company) */\n        val ENTERPRISE = TenantType(\"enterprise\")\n\n        /** Partner tenant (external partner organization) */\n        val PARTNER = TenantType(\"partner\")\n\n        /** Sandbox tenant (for testing and development) */\n        val SANDBOX = TenantType(\"sandbox\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\ndata class Party\n    @JvmOverloads\n    constructor(\n        /** Unique identifier for the party */\n        @SerialName(\"id\")\n        val partyId: Uuid,\n        /** Tenant this party belongs to */\n        @SerialName(\"tenantId\")\n        val tenantId: String,\n        /** The type of party */\n        @SerialName(\"partyType\")\n        val partyType: PartyType,\n        /** Origin of the party (external/managed) */\n        val origin: PartyOrigin,\n        /**\n         * User-friendly display name (editable by user). Non-null: abstract\n         * identity-backed parties get filled with the identity's own UUID at\n         * create-time so the schema invariant holds without a semantically-\n         * empty sentinel; concrete Party roles (NaturalPerson / Organization /\n         * Contact / OID4VCI-issuer / OID4VP-verifier / credential-template)\n         * populate this with a meaningful human-readable name.\n         */\n        @SerialName(\"displayName\")\n        val displayName: String,\n        /** Optional URI for the party (DID, URL, etc.) */\n        val uri: String? = null,\n        /** Primary jurisdiction for this party (ISO 3166-1 code or region, e.g. \"EU\", \"US\", \"NL\") */\n        val jurisdiction: String? = null,\n        /** Reference to the owning party (for identities, this is the person/org that owns the identity) */\n        @SerialName(\"ownerId\")\n        val ownerId: Uuid? = null,\n        /** When the party was created */\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        /** Who created the party (party ID) */\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        /** When the party was last updated */\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        /** Who last updated the party (party ID) */\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        /** When the party was soft-deleted (null if not deleted) */\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        /** Who deleted the party (party ID) */\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = partyId.toString()\n    }\n\n@JsExportCompat\n@Serializable\nsealed class OwnerInput {\n    abstract val email: String\n    abstract val displayName: String\n\n    @JsExportCompat\n    @Serializable\n    data class Local(\n        override val email: String,\n        override val displayName: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Hybrid(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        val externalSubject: String,\n    ) : OwnerInput()\n}\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n@Serializable\n@JvmInline\nvalue class PartyType(\n    val value: String,\n) {\n    companion object {\n        /** A human individual */\n        val NATURAL_PERSON = PartyType(\"natural_person\")\n\n        /** Alias for [NATURAL_PERSON] */\n        val PERSON = NATURAL_PERSON\n\n        /** A company, institution, or other legal entity */\n        val ORGANIZATION = PartyType(\"organization\")\n\n        /** A software-backed service participant (endpoint, integration, automated actor) */\n        val SERVICE = PartyType(\"service\")\n\n        /** A unit within an organization (department, division, sub-tenant scope) */\n        val ORGANIZATION_UNIT = PartyType(\"organization_unit\")\n\n        /** A collection of parties grouped for addressing or authorization */\n        val GROUP = PartyType(\"group\")\n\n        /** An autonomous actor acting on behalf of another party */\n        val AGENT = PartyType(\"agent\")\n    }\n\n    override fun toString(): String = value\n}\n\n@JsExportCompat\n@Serializable\nenum class Origin {\n    /** Resource was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Resource was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n    ;\n\n    companion object {\n        fun fromValue(value: String): Origin =\n            entries.firstOrNull { it.name.equals(value, ignoreCase = true) }\n                ?: throw IllegalArgumentException(\"Unknown origin: $value\")\n    }\n}\n\n@JsExportCompat\n@Serializable\nenum class PartyOrigin {\n    /** Party was synced from an outside source (IdP, external system, import, auto-discovery) */\n    @SerialName(\"external\")\n    EXTERNAL,\n\n    /** Party was created and is managed natively within this system */\n    @SerialName(\"managed\")\n    MANAGED,\n}\n\n@Serializable\ndata class NaturalPerson(\n    /** Party ID - serves as the primary key, references party.id */\n    @SerialName(\"partyId\")\n    val partyId: Uuid,\n\n    /** Tenant this natural person belongs to */\n    @SerialName(\"tenantId\")\n    val tenantId: String,\n\n    /** First name (given name) */\n    @SerialName(\"firstName\")\n    val firstName: String? = null,\n\n    /** Middle name(s) */\n    @SerialName(\"middleName\")\n    val middleName: String? = null,\n\n    /** Last name (family name) */\n    @SerialName(\"lastName\")\n    val lastName: String? = null,\n\n    /** Display name (formatted name for UI) */\n    @SerialName(\"displayName\")\n    val displayName: String? = null,\n\n    /** Date of birth */\n    @SerialName(\"birthDate\")\n    val birthDate: LocalDate? = null\n) {\n    /**\n     * Returns the full name by combining first, middle, and last names.\n     */\n    val fullName: String\n        get() = listOfNotNull(firstName, middleName, lastName)\n            .filter { it.isNotBlank() }\n            .joinToString(\" \")\n\n    /**\n     * Returns the display name, or falls back to the full name if not set.\n     */\n    val effectiveDisplayName: String\n        get() = displayName?.takeIf { it.isNotBlank() } ?: fullName\n}\n\n@JsExportCompat\n@Serializable\n@SerialName(\"organization\")\ndata class Organization\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        override val partyId: Uuid,\n        @SerialName(\"tenantId\")\n        override val tenantId: String,\n        override val origin: PartyOrigin,\n        @SerialName(\"displayName\")\n        override val displayName: String,\n        override val uri: String? = null,\n        override val jurisdiction: String? = null,\n        @SerialName(\"ownerId\")\n        override val ownerId: Uuid? = null,\n        @SerialName(\"organizationUnitId\")\n        override val organizationUnitId: Uuid? = null,\n        @SerialName(\"specializations\")\n        override val specializations: List<PartySpecialization> = emptyList(),\n        @SerialName(\"createdAt\")\n        override val createdAt: Instant,\n        @SerialName(\"createdById\")\n        override val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        override val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        override val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        override val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        override val deletedById: Uuid? = null,\n        @SerialName(\"electronicAddresses\")\n        override val electronicAddresses: List<ElectronicAddress>? = null,\n        @SerialName(\"physicalAddresses\")\n        override val physicalAddresses: List<PhysicalAddress>? = null,\n        /** Registered legal name */\n        @SerialName(\"legalName\")\n        val legalName: String,\n        /** Organization type (e.g. company, foundation, government) */\n        @SerialName(\"organizationType\")\n        val organizationType: String? = null,\n        /** Industry classification */\n        @SerialName(\"industry\")\n        val industry: String? = null,\n        /** Primary contact email */\n        @SerialName(\"contactEmail\")\n        val contactEmail: String? = null,\n        /** Public website URL */\n        @SerialName(\"websiteUrl\")\n        val websiteUrl: String? = null,\n        /** Privacy policy URI */\n        @SerialName(\"privacyPolicyUri\")\n        val privacyPolicyUri: String? = null,\n        /** Terms of service URI */\n        @SerialName(\"tosUri\")\n        val tosUri: String? = null,\n    ) : PartyEntity {\n        override val partyType: PartyType get() = PartyType.ORGANIZATION\n    }\n\n    /** Filter by schema object ID */\r\n    @SerialName(\"schemaId\")\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}\n\n    @JsExportCompat\n    @Serializable\n    data class Local(\n        override val email: String,\n        override val displayName: String,\n    ) : OwnerInput()"
  },
  "RegisterTenantResult": {
    "kind": "data class",
    "name": "RegisterTenantResult",
    "module": "public",
    "source": "@JsExportCompat\r\n@Serializable\r\ndata class RegisterTenantResult(\r\n    val tenant: Tenant,\r\n    /** Primary platform subdomain URL, e.g. `https://acme.saas.com`. */\r\n    val primaryDomainUrl: String,\r\n    /** Default AS issuer URL, null when `hostedAs = false`. */\r\n    val issuerUrl: String? = null,\r\n    /**\r\n     * Default OID4VCI credential-issuer identifier URL, null when `hostedAs = false`.\r\n     * For co-located AS + issuer deployments this is the same origin as [issuerUrl]\r\n     * with an `/oid4vci` path suffix.\r\n     */\r\n    val oid4vciIssuerUrl: String? = null,\r\n    /** Local user id assigned to the owner. */\r\n    val ownerUserId: String,\r\n    /** Durable tenant registration log id for onboarding/status polling. */\r\n    val correlationId: String = \"\",\r\n    /** Single-use invitation token, only for Local/Hybrid owners. */\r\n    val invitationToken: String? = null,\r\n)\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    @JsExportCompat\n    @Serializable\n    data class Local(\n        override val email: String,\n        override val displayName: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Hybrid(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        val externalSubject: String,\n    ) : OwnerInput()\n\n@Serializable\n@JvmInline\nvalue class TenantType(\n    val value: String,\n) {\n    companion object {\n        /** Platform/system tenant (for multi-tenant SaaS platforms) */\n        val PLATFORM = TenantType(\"platform\")\n\n        /** Enterprise tenant (business, company) */\n        val ENTERPRISE = TenantType(\"enterprise\")\n\n        /** Partner tenant (external partner organization) */\n        val PARTNER = TenantType(\"partner\")\n\n        /** Sandbox tenant (for testing and development) */\n        val SANDBOX = TenantType(\"sandbox\")\n    }\n\n    override fun toString(): String = value\n}\n\n    @Serializable\n    @SerialName(\"lowercase\")\n    data object Lowercase : ClaimTransformation\n\n@JsExportCompat\n@Serializable\nenum class TenantStatus {\n    ACTIVE,\n    SUSPENDED,\n    PENDING_VERIFICATION,\n}\n\n    data class Generic(\n        val exception: Throwable? = null,\n        override val message: String = \"Consent error\",\n    ) : ConsentError\n\n    @Serializable\n    data class System(\n        override val id: String,\n        val commandId: String,\n        /** Mapping expression (engine-interpreted) producing the command's input from prior outputs. */\n        val inputExpression: String,\n        val next: String? = null,\n    ) : WorkflowTask()\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}\n\n@JsExportCompat\n@Serializable\nsealed class OwnerInput {\n    abstract val email: String\n    abstract val displayName: String\n\n    @JsExportCompat\n    @Serializable\n    data class Local(\n        override val email: String,\n        override val displayName: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Federated(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        /**\n         * Owner's stable identifier inside the external IDP — typically the `sub`\n         * claim, but can be any claim agreed in [FederationProviderInput.claimMapping].\n         */\n        val externalSubject: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Hybrid(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        val externalSubject: String,\n    ) : OwnerInput()\n}\n\n@JsExportCompat\n@Serializable\ndata class FederationProviderInput(\n    /** Stable slug for this provider within the AS, e.g. `azure`, `okta`. */\n    val providerId: String,\n    /** Human-friendly label shown in operator UI / login chooser. */\n    val displayName: String,\n    val issuer: String,\n    val clientId: String,\n    /**\n     * Inline secret. The registration command writes it to KMS and replaces with a\n     * reference; never persists the literal value as a config row.\n     */\n    val clientSecret: String,\n    /**\n     * Mapping from local subject claim → external claim name.\n     *\n     * Example: `{\"subject\": \"oid\"}` makes the AS use the external `oid` claim as the\n     * federated user's local `sub`. Default mapping is `{\"subject\": \"sub\"}`.\n     */\n    val claimMapping: Map<String, String> = mapOf(\"subject\" to \"sub\"),\n    /** Scopes requested from the external IDP. */\n    val scopes: List<String> = listOf(\"openid\", \"profile\", \"email\"),\n)"
  },
  "RequestTenantSignupArgs": {
    "kind": "data class",
    "name": "RequestTenantSignupArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class RequestTenantSignupArgs(\n    val email: String,\n    val slug: String,\n    /** null → SaaS root signup; non-null → subtenant signup under this parent. */\n    val parentTenantId: String? = null,\n    val displayName: String,\n    /** Hashed source IP for SOC + rate-limit. Adapter computes the hash; command never sees raw IP. */\n    val sourceIpHash: String? = null,\n    /** Bot-defence challenge proof. Verifier may be no-op in dev / pure-EDK. */\n    val challengeProof: String? = null,\n)"
  },
  "RequestTenantSignupResult": {
    "kind": "data class",
    "name": "RequestTenantSignupResult",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class RequestTenantSignupResult(\n    val signupRequestId: String,\n    /**\n     * Plaintext token. Sent out-of-band via the email channel by the calling\n     * adapter; never persisted on the server. Returned ONLY in this in-process\n     * call result — production REST adapters must NOT include it in the HTTP\n     * response (the response is just the request id and expiry).\n     */\n    val plainVerificationToken: String,\n    val expiresAt: Instant,\n    val requiresApproval: Boolean,\n)"
  },
  "ConfirmTenantSignupArgs": {
    "kind": "data class",
    "name": "ConfirmTenantSignupArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ConfirmTenantSignupArgs(\n    /** Plaintext token the requester clicked through email. The command hashes and looks up. */\n    val plainVerificationToken: String,\n)"
  },
  "ConfirmTenantSignupResult": {
    "kind": "data class",
    "name": "ConfirmTenantSignupResult",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ConfirmTenantSignupResult(\n    val signupRequestId: String,\n    val status: TenantSignupStatus,\n    val registration: RegisterTenantResult? = null,\n)\n\n@JsExportCompat\nenum class TenantSignupStatus {\n    PENDING_EMAIL,\n    PENDING_APPROVAL,\n    CONFIRMED,\n    REGISTERED,\n    REJECTED,\n    EXPIRED,\n    FAILED,\n}\n\n@JsExportCompat\r\n@Serializable\r\ndata class RegisterTenantResult(\r\n    val tenant: Tenant,\r\n    /** Primary platform subdomain URL, e.g. `https://acme.saas.com`. */\r\n    val primaryDomainUrl: String,\r\n    /** Default AS issuer URL, null when `hostedAs = false`. */\r\n    val issuerUrl: String? = null,\r\n    /**\r\n     * Default OID4VCI credential-issuer identifier URL, null when `hostedAs = false`.\r\n     * For co-located AS + issuer deployments this is the same origin as [issuerUrl]\r\n     * with an `/oid4vci` path suffix.\r\n     */\r\n    val oid4vciIssuerUrl: String? = null,\r\n    /** Local user id assigned to the owner. */\r\n    val ownerUserId: String,\r\n    /** Durable tenant registration log id for onboarding/status polling. */\r\n    val correlationId: String = \"\",\r\n    /** Single-use invitation token, only for Local/Hybrid owners. */\r\n    val invitationToken: String? = null,\r\n)\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    @JsExportCompat\n    @Serializable\n    data class Local(\n        override val email: String,\n        override val displayName: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Hybrid(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        val externalSubject: String,\n    ) : OwnerInput()"
  },
  "ResendTenantSignupVerificationArgs": {
    "kind": "data class",
    "name": "ResendTenantSignupVerificationArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ResendTenantSignupVerificationArgs(\n    val signupRequestId: String,\n    /** Hashed source IP for rate-limit + audit. The adapter computes the hash. */\n    val sourceIpHash: String? = null,\n)"
  },
  "ResendTenantSignupVerificationResult": {
    "kind": "data class",
    "name": "ResendTenantSignupVerificationResult",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ResendTenantSignupVerificationResult(\n    val signupRequestId: String,\n    /**\n     * Fresh plaintext token. Same security model as\n     * [RequestTenantSignupResult.plainVerificationToken] — sent out-of-band\n     * via the email channel by the calling adapter; never persisted; never\n     * returned in the public HTTP response.\n     */\n    val plainVerificationToken: String,\n    val expiresAt: Instant,\n    /**\n     * Whether the parent tenant's signup policy requires operator\n     * approval after email verification. Carried so the resend\n     * notification email matches the actual post-click journey — the\n     * request-time email already carries this flag and the resend must\n     * not contradict it.\n     */\n    val requiresApproval: Boolean,\n)\n\n@JsExportCompat\n@Serializable\ndata class RequestTenantSignupResult(\n    val signupRequestId: String,\n    /**\n     * Plaintext token. Sent out-of-band via the email channel by the calling\n     * adapter; never persisted on the server. Returned ONLY in this in-process\n     * call result — production REST adapters must NOT include it in the HTTP\n     * response (the response is just the request id and expiry).\n     */\n    val plainVerificationToken: String,\n    val expiresAt: Instant,\n    val requiresApproval: Boolean,\n)"
  },
  "ReconcileExpiredTenantSignupsArgs": {
    "kind": "data class",
    "name": "ReconcileExpiredTenantSignupsArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ReconcileExpiredTenantSignupsArgs(val now: Instant)"
  },
  "ReconcileExpiredTenantSignupsResult": {
    "kind": "data class",
    "name": "ReconcileExpiredTenantSignupsResult",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ReconcileExpiredTenantSignupsResult(\n    val expiredCount: Int,\n)"
  },
  "ApplicationTenantBootstrapRequest": {
    "kind": "data class",
    "name": "ApplicationTenantBootstrapRequest",
    "module": "public",
    "source": "@Serializable\ndata class ApplicationTenantBootstrapRequest(\n    val operatorEmail: String? = null,\n    val operatorDisplayName: String? = null,\n)"
  },
  "ApplicationTenantStatusSnapshot": {
    "kind": "data class",
    "name": "ApplicationTenantStatusSnapshot",
    "module": "public",
    "source": "@Serializable\ndata class ApplicationTenantStatusSnapshot(\n    val tenantId: String,\n    val status: ApplicationTenantStatus,\n    val hostedAsAvailable: Boolean,\n    val hostedAsIssuerUrl: String? = null,\n    val canRegisterFirstRealTenant: Boolean,\n)\n\n@Serializable\nenum class ApplicationTenantStatus {\n    @SerialName(\"ACTIVE\")\n    ACTIVE,\n\n    @SerialName(\"SUSPENDED\")\n    SUSPENDED,\n\n    @SerialName(\"PENDING_VERIFICATION\")\n    PENDING_VERIFICATION,\n}"
  },
  "ApproveTenantSignupArgs": {
    "kind": "data class",
    "name": "ApproveTenantSignupArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ApproveTenantSignupArgs(\n    val signupRequestId: String,\n    val notes: String? = null,\n)"
  },
  "ApproveTenantSignupResult": {
    "kind": "data class",
    "name": "ApproveTenantSignupResult",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class ApproveTenantSignupResult(\n    val signupRequestId: String,\n    val status: TenantSignupStatus,\n    val registration: RegisterTenantResult? = null,\n)\n\n@JsExportCompat\nenum class TenantSignupStatus {\n    PENDING_EMAIL,\n    PENDING_APPROVAL,\n    CONFIRMED,\n    REGISTERED,\n    REJECTED,\n    EXPIRED,\n    FAILED,\n}\n\n@JsExportCompat\r\n@Serializable\r\ndata class RegisterTenantResult(\r\n    val tenant: Tenant,\r\n    /** Primary platform subdomain URL, e.g. `https://acme.saas.com`. */\r\n    val primaryDomainUrl: String,\r\n    /** Default AS issuer URL, null when `hostedAs = false`. */\r\n    val issuerUrl: String? = null,\r\n    /**\r\n     * Default OID4VCI credential-issuer identifier URL, null when `hostedAs = false`.\r\n     * For co-located AS + issuer deployments this is the same origin as [issuerUrl]\r\n     * with an `/oid4vci` path suffix.\r\n     */\r\n    val oid4vciIssuerUrl: String? = null,\r\n    /** Local user id assigned to the owner. */\r\n    val ownerUserId: String,\r\n    /** Durable tenant registration log id for onboarding/status polling. */\r\n    val correlationId: String = \"\",\r\n    /** Single-use invitation token, only for Local/Hybrid owners. */\r\n    val invitationToken: String? = null,\r\n)\n\n@JsExportCompat\n@Serializable\ndata class Tenant\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val tenantId: String,\n        @SerialName(\"tenantType\")\n        val tenantType: TenantType,\n        val name: String,\n        val description: String? = null,\n        /**\n         * Globally unique URL-safe slug. Lowercase, hyphen-separated. Used as both the\n         * platform subdomain label and the dispatcher's peelable path segment.\n         */\n        val slug: String,\n        /**\n         * Parent tenant id. `null` for root tenants. Hierarchy is enforced at insert\n         * time (cycle detection walks up `parent_tenant_id`).\n         */\n        @SerialName(\"parentTenantId\")\n        val parentTenantId: String? = null,\n        val status: TenantStatus = TenantStatus.ACTIVE,\n        /**\n         * Generic \"system tenant\" flag. System tenants are excluded from default\n         * listings and from all slug-based / parent-based resolution queries. Customer\n         * tenants always have `system = false`. Higher layers (e.g. VDX) use this flag\n         * to materialise their admin-control tenant; pure-EDK consumers can use it for\n         * their own system-tenant patterns. EDK does not define what a system tenant\n         * is or what privileges it carries.\n         */\n        val system: Boolean = false,\n        @SerialName(\"ownerPartyId\")\n        val ownerPartyId: Uuid? = null,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = tenantId\n    }\n\n    @JsExportCompat\n    @Serializable\n    data class Local(\n        override val email: String,\n        override val displayName: String,\n    ) : OwnerInput()\n\n    @JsExportCompat\n    @Serializable\n    data class Hybrid(\n        override val email: String,\n        override val displayName: String,\n        val federationProvider: FederationProviderInput,\n        val externalSubject: String,\n    ) : OwnerInput()"
  },
  "RejectTenantSignupArgs": {
    "kind": "data class",
    "name": "RejectTenantSignupArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class RejectTenantSignupArgs(\n    val signupRequestId: String,\n    val reason: String? = null,\n)"
  },
  "RejectTenantSignupResult": {
    "kind": "data class",
    "name": "RejectTenantSignupResult",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class RejectTenantSignupResult(val rejected: Boolean)"
  },
  "LicenseTokenArgs": {
    "kind": "data class",
    "name": "LicenseTokenArgs",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class LicenseTokenArgs(val licenseToken: String)"
  },
  "LicenseSnapshotProjection": {
    "kind": "data class",
    "name": "LicenseSnapshotProjection",
    "module": "public",
    "source": "@Serializable\ndata class LicenseSnapshotProjection(\n    val status: LicenseStatus,\n    val features: LicenseFeatureFlags,\n    val limits: LicenseLimitProjection,\n)\n\n@Serializable\nenum class LicenseStatus {\n    ACTIVE,\n    EXPIRED,\n    INVALID,\n    MISSING,\n}\n\n@Serializable\ndata class LicenseFeatureFlags(\n    val selfSignup: Boolean,\n    val subtenants: Boolean,\n)\n\n@Serializable\ndata class LicenseLimitProjection(\n    val maxRootTenants: Long,\n    val maxTotalTenants: Long,\n    val maxHierarchyDepth: Int,\n    val subtenantsAllowed: Boolean,\n)"
  },
  "SecretBackendSelection": {
    "kind": "data class",
    "name": "SecretBackendSelection",
    "module": "public",
    "source": "@Serializable\ndata class SecretBackendSelection(\n    val backend: SecretBackendType,\n    val configRef: String? = null,\n)\n\n@Serializable\nenum class SecretBackendType {\n    @SerialName(\"azure-key-vault\")\n    AZURE_KEY_VAULT,\n\n    @SerialName(\"hashicorp-vault\")\n    HASHICORP_VAULT,\n\n    @SerialName(\"kubernetes-secret-mount\")\n    KUBERNETES_SECRET_MOUNT,\n\n    @SerialName(\"config-system-dev-only\")\n    CONFIG_SYSTEM_DEV_ONLY,\n}"
  },
  "SecretBackendStatusSnapshot": {
    "kind": "data class",
    "name": "SecretBackendStatusSnapshot",
    "module": "public",
    "source": "@Serializable\ndata class SecretBackendStatusSnapshot(\n    val configured: Boolean,\n    val selection: SecretBackendSelection? = null,\n)\n\n@Serializable\ndata class SecretBackendSelection(\n    val backend: SecretBackendType,\n    val configRef: String? = null,\n)\n\n@Serializable\nenum class SecretBackendType {\n    @SerialName(\"azure-key-vault\")\n    AZURE_KEY_VAULT,\n\n    @SerialName(\"hashicorp-vault\")\n    HASHICORP_VAULT,\n\n    @SerialName(\"kubernetes-secret-mount\")\n    KUBERNETES_SECRET_MOUNT,\n\n    @SerialName(\"config-system-dev-only\")\n    CONFIG_SYSTEM_DEV_ONLY,\n}"
  },
  "OnboardingPolicyUpdate": {
    "kind": "data class",
    "name": "OnboardingPolicyUpdate",
    "module": "public",
    "source": "@Serializable\ndata class OnboardingPolicyUpdate(\n    val rootTenantCreationEnabled: Boolean? = null,\n    val adminInviteEnabled: Boolean? = null,\n    val selfSignupEnabled: Boolean? = null,\n    val subtenantSignupEnabled: Boolean? = null,\n    val requireApprovalForSelfSignup: Boolean? = null,\n)"
  },
  "OnboardingPolicySnapshot": {
    "kind": "data class",
    "name": "OnboardingPolicySnapshot",
    "module": "public",
    "source": "@Serializable\ndata class OnboardingPolicySnapshot(\n    val rootTenantCreationEnabled: Boolean,\n    val adminInviteEnabled: Boolean,\n    val selfSignupEnabled: Boolean,\n    val subtenantSignupEnabled: Boolean,\n    val requireApprovalForSelfSignup: Boolean,\n    val updatedAt: Instant? = null,\n)"
  },
  "RedeemOwnerInvitationArgs": {
    "kind": "data class",
    "name": "RedeemOwnerInvitationArgs",
    "module": "tenant-owner-bootstrap",
    "source": "@JsExportCompat\n@Serializable\ndata class RedeemOwnerInvitationArgs(\n    val token: String,\n    val credential: String,\n)"
  },
  "RedeemOwnerInvitationResult": {
    "kind": "data class",
    "name": "RedeemOwnerInvitationResult",
    "module": "tenant-owner-bootstrap",
    "source": "@JsExportCompat\n@Serializable\ndata class RedeemOwnerInvitationResult(\n    val ownerUserId: String,\n    val tenantId: String,\n)"
  },
  "UpsertTenantPublicEndpointArgs": {
    "kind": "data class",
    "name": "UpsertTenantPublicEndpointArgs",
    "module": "service",
    "source": "@JsExportCompat\n@Serializable\ndata class UpsertTenantPublicEndpointArgs(\n    val tenantId: String,\n    val serviceType: TenantPublicEndpointServiceType,\n    val host: String? = null,\n    val pathPrefix: String? = null,\n    val wellKnownPath: String? = null,\n    val enabled: Boolean = true,\n    val primaryEndpoint: Boolean = false,\n)\n\n@JsExportCompat\n@Serializable\nenum class TenantPublicEndpointServiceType {\n    OID4VCI_ISSUER,\n    OID4VP_VERIFIER,\n    OAUTH2_AUTHORIZATION_SERVER,\n}"
  },
  "TenantPublicEndpoint": {
    "kind": "data class",
    "name": "TenantPublicEndpoint",
    "module": "public",
    "source": "@JsExportCompat\n@Serializable\ndata class TenantPublicEndpoint\n    @JvmOverloads\n    constructor(\n        @SerialName(\"id\")\n        val endpointId: String,\n        val tenantId: String,\n        val serviceType: TenantPublicEndpointServiceType,\n        /**\n         * Identifies which software instance (the VDX `partyId` / the IDK instance id)\n         * this public endpoint belongs to. Null is the single default/legacy binding\n         * for the (tenant, service type); non-null values let a tenant own multiple\n         * concurrent public endpoints for the same service type, one per instance.\n         */\n        val instanceId: String? = null,\n        /** Lowercased host without scheme or port. Null means use the runtime host/default base. */\n        val host: String? = null,\n        /** Protocol route prefix, for example `/acme/oid4vci`. */\n        val pathPrefix: String? = null,\n        /** Well-known route, for example `/.well-known/openid-credential-issuer/acme`. */\n        val wellKnownPath: String? = null,\n        val enabled: Boolean = true,\n        val primaryEndpoint: Boolean = false,\n        @SerialName(\"createdAt\")\n        val createdAt: Instant,\n        @SerialName(\"createdById\")\n        val createdById: Uuid? = null,\n        @SerialName(\"updatedAt\")\n        val updatedAt: Instant,\n        @SerialName(\"updatedById\")\n        val updatedById: Uuid? = null,\n        @SerialName(\"deletedAt\")\n        val deletedAt: Instant? = null,\n        @SerialName(\"deletedById\")\n        val deletedById: Uuid? = null,\n    ) : HasId {\n        override val id: String get() = endpointId\n    }\n\n@JsExportCompat\n@Serializable\nenum class TenantPublicEndpointServiceType {\n    OID4VCI_ISSUER,\n    OID4VP_VERIFIER,\n    OAUTH2_AUTHORIZATION_SERVER,\n}\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n@JsExportCompat\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"HasId\", exact = true)\ninterface HasId {\n    val id: String\n}\n\ninternal object CDDLSerializer : KSerializer<CDDL> {\n    override val descriptor: SerialDescriptor = PrimitiveSerialDescriptor(\"CDDL\", PrimitiveKind.STRING)\n\n    override fun serialize(\n        encoder: Encoder,\n        value: CDDL,\n    ) {\n        encoder.encodeString(value.format)\n    }\n\n    override fun deserialize(decoder: Decoder): CDDL = CDDL.util.fromFormat(decoder.decodeString())\n}\n\n@Suppress(\"UNCHECKED_CAST\")\n@JsExportCompat\n@Serializable(with = CDDLSerializer::class)\nsealed class CDDL(\n    override val format: String,\n    override val majorType: MajorType? = null,\n    override val info: Int? = null,\n    override val aliasFor: Array<CDDLType> = arrayOf(),\n) : CDDLType {\n    override fun newCborItemFromJson(\n        element: JsonElement?,\n        cddl: CDDLType?,\n    ): CborItem<out Any?> {\n        val jsonPrimitive: JsonPrimitive? = (element as? JsonPrimitive)?.jsonPrimitive\n        val jsonArray: JsonArray? = (element as? JsonArray)?.jsonArray\n        val jsonObject: JsonObject? = (element as? JsonObject)?.jsonObject\n        val isNull: Boolean = element == JsonNull || element === null\n        val isString: Boolean = jsonPrimitive?.isString == true\n\n        if (isNull) {\n            return CborNull()\n        } else if (isString && jsonPrimitive !== null) {\n            return CborString(jsonPrimitive.content)\n        } else if (jsonArray !== null) {\n            return list.fromJson(jsonArray)\n        } else if (jsonObject !== null) {\n            if (CborItemJson.isCborItemValueJson(jsonObject)) {\n                val key =\n                    if (CborItemJson.isCborItemJson(jsonObject)) {\n                        (jsonObject[\"key\"] as? JsonPrimitive)?.content\n                    } else {\n                        null\n                    }\n                val cddlStr = (jsonObject[\"cddl\"] as? JsonPrimitive)?.content\n\n                if (cddlStr === null) {\n                    // cddl key found, but wasn't a primitive, returning a null value\n                    return CborNull()\n                }\n                val cddlObject = util.fromFormat(cddlStr)\n                val cborObject = newCborItemFromJson(jsonObject[jsonObject.keys.find { it != CDDL_LITERAL && it != KEY_LITERAL }], cddlObject)\n                if (key === null) {\n                    return cborObject\n                }\n                return CborMap(mutableMapOf(Pair(CborString(key), cborObject)))\n            }\n            // number label keys?\n            return CborMap(mutableMapOf(* jsonObject.map { Pair(CborString(it.key), newCborItemFromJson(it.value)) }.toTypedArray()))\n        } else if (jsonPrimitive !== null) {\n            if (cddl == null) {\n                return newCborItem(jsonPrimitive)\n            }\n            return when (cddl) {\n                // Needed because we cannot have inheritance with Kotlin to JS, unfortunately. The fromJson would cause clashes if we put it in the interface\n                tstr -> tstr.fromJson(jsonPrimitive)\n\n                Null -> CborNull()\n\n                False -> CborSimple.FALSE\n\n                True -> CborSimple.TRUE\n\n                bool -> bool.fromJson(jsonPrimitive)\n\n                bstr -> bstr.fromJson(jsonPrimitive)\n\n                bytes -> bytes.fromJson(jsonPrimitive)\n\n                float -> float.fromJson(jsonPrimitive)\n\n                float16 -> float16.fromJson(jsonPrimitive)\n\n                float32 -> float32.fromJson(jsonPrimitive)\n\n                float64 -> float64.fromJson(jsonPrimitive)\n\n                full_date -> full_date.fromJson(jsonPrimitive)\n\n                int -> int.fromJson(jsonPrimitive)\n\n                nil -> nil.newNil()\n\n                nint -> nint.fromJson(jsonPrimitive)\n\n                tdate -> tdate.fromJson(jsonPrimitive)\n\n                text -> text.fromJson(jsonPrimitive)\n\n                time -> time.fromJson(jsonPrimitive)\n\n                uint -> uint.fromJson(jsonPrimitive)\n\n                undefined -> undefined.newUndefined()\n\n                else -> cddl.newCborItem(jsonPrimitive)\n            }\n        }\n        return newCborItem(element)\n    }\n\n    override fun <T : Any> newCborItem(origValue: T?): CborItem<out Any?> {\n        // We are not using inheritance for the methods as that would impact JS export.\n        // Since this is a sealed class anyway that is not too bad\n        var value = origValue\n        val jsonElement: JsonElement? =\n            when (value) {\n                is JsonPrimitive -> value\n                is JsonArray -> value\n                is JsonObject -> value\n                is JsonNull -> value\n                else -> null\n            }\n        if (value == null) {\n            return nil.newNil()\n        } else if (value == Unit) {\n            return undefined.newUndefined()\n        }\n        return when (this) {\n            tstr -> {\n                if (jsonElement === null) {\n                    tstr.newString(value.toString())\n                } else {\n                    tstr.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            False -> {\n                False.newFalse()\n            }\n\n            Null -> {\n                Null.newNull()\n            }\n\n            True -> {\n                True.newTrue()\n            }\n\n            any -> {\n                return when (value) {\n                    is JsonPrimitive -> {\n                        val prim = value\n                        when {\n                            prim.isString -> tstr.fromJson(prim)\n                            prim.content == \"true\" || prim.content == \"false\" -> bool.fromJson(prim)\n                            prim.content.contains('.') || prim.content.contains('e') || prim.content.contains('E') -> float64.fromJson(prim)\n                            else -> int.fromJson(prim) // Assume integer if not string, boolean, or float\n                        }\n                    }\n\n                    is cddl_tstr -> {\n                        if (jsonElement === null) {\n                            tstr.newString(value)\n                        } else {\n                            tstr.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_bstr -> {\n                        if (jsonElement === null) {\n                            bstr.newByteString(value)\n                        } else {\n                            bstr.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_tdate -> {\n                        if (jsonElement === null) {\n                            tdate.newTDate(value)\n                        } else {\n                            tdate.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_full_date -> {\n                        if (jsonElement === null) {\n                            full_date.newFullDate(value)\n                        } else {\n                            full_date.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    is cddl_bool -> {\n                        if (jsonElement === null) {\n                            bool.newBool(value)\n                        } else {\n                            bool.fromJson(jsonElement.jsonPrimitive)\n                        }\n                    }\n\n                    // Use consolidated Number handling for JS/WasmJs compatibility\n                    // (on JS, all numeric `is` checks match any Number, making individual checks unreliable)\n                    is Number -> {\n                        if (jsonElement === null) {\n                            value.toCborItem()\n                        } else {\n                            val d = value.toDouble()\n                            if (d != kotlin.math.floor(d) || d.isInfinite() || d.isNaN()) {\n                                float64.fromJson(jsonElement.jsonPrimitive)\n                            } else {\n                                int.fromJson(jsonElement.jsonPrimitive)\n                            }\n                        }\n                    }\n\n                    is cddl_list<*> -> {\n                        if (jsonElement === null) {\n                            list.newList(\n                                value\n                                    .map {\n                                        if (it is CborItem<*>) {\n                                            it\n                                        } else {\n                                            any.newCborItem(\n                                                it,\n                                            )\n                                        }\n                                    }.toMutableList(),\n                            )\n                        } else {\n                            list.fromJson(jsonElement.jsonArray)\n                        }\n                    }\n\n                    is cddl_map<*, *> -> {\n                        if (jsonElement === null) {\n                            map.newMap(\n                                mutableMapOf(\n                                    * value\n                                        .map {\n                                            Pair(\n                                                if (it.key is CborItem<*>) {\n                                                    it.key as CborItem<*>\n                                                } else {\n                                                    any.newCborItem(it.key)\n                                                },\n                                                if (it.value is CborItem<*>) {\n                                                    it.value as CborItem<*>\n                                                } else {\n                                                    any.newCborItem(it.value)\n                                                },\n                                            )\n                                        }.toTypedArray(),\n                                ),\n                            )\n                        } else {\n                            map.fromJson(jsonElement.jsonObject)\n                        }\n                    }\n\n                    else -> {\n                        throw IllegalArgumentException(\"newCborItem for $value Not implemented yet\")\n                    }\n                }\n            }\n\n            bool -> {\n                if (jsonElement === null) {\n                    bool.newBool(value == true)\n                } else {\n                    bool.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            bstr -> {\n                if (jsonElement === null) {\n                    bstr.newByteString(value as ByteArray)\n                } else {\n                    bstr.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            bstr_indef_length -> {\n                if (jsonElement === null) {\n                    bstr_indef_length.newByteString(value as List<cddl_bstr>)\n                } else {\n                    TODO(\"indef cddl from json not implemented yet\")\n                }\n            }\n\n            bytes -> {\n                if (jsonElement === null) {\n                    bytes.newBytes(value as ByteArray)\n                } else {\n                    bytes.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float -> {\n                if (jsonElement === null) {\n                    float.newFloat(value as Float)\n                } else {\n                    float.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float16 -> {\n                if (jsonElement === null) {\n                    float16.newFloat16(value as Float)\n                } else {\n                    float16.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float32 -> {\n                if (jsonElement === null) {\n                    float32.newFloat32(value as Float)\n                } else {\n                    float32.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            float64 -> {\n                if (jsonElement === null) {\n                    float64.newFloat64(value as Double)\n                } else {\n                    float64.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            full_date -> {\n                if (jsonElement === null) {\n                    full_date.newFullDate(value as cddl_full_date)\n                } else {\n                    full_date.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            int -> {\n                if (jsonElement === null) {\n                    int.newInt(value as Int)\n                } else {\n                    int.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            list -> {\n                if (jsonElement === null) {\n                    if (value is CborArray<*>) {\n                        value\n                    } else {\n                        list.newList(\n                            (value as List<*>)\n                                .map {\n                                    if (it is CborItem<*>) {\n                                        it\n                                    } else {\n                                        any.newCborItem(\n                                            it,\n                                        )\n                                    }\n                                }.toMutableList(),\n                        )\n                    }\n                } else {\n                    list.fromJson(jsonElement.jsonArray)\n                }\n            }\n\n            map -> {\n                if (jsonElement === null) {\n                    if (value is CborMap<*, *>) {\n                        value\n                    } else {\n                        map.newMap(\n                            mutableMapOf(\n                                * (value as Map<*, *>)\n                                    .map {\n                                        Pair(\n                                            if (it.key is CborItem<*>) {\n                                                it.key as CborItem<*>\n                                            } else {\n                                                any.newCborItem(it.key)\n                                            },\n                                            if (it.value is CborItem<*>) {\n                                                it.value as CborItem<*>\n                                            } else {\n                                                any.newCborItem(it.value)\n                                            },\n                                        )\n                                    }.toTypedArray(),\n                            ),\n                        ) // fixme. Needs inspection of keys and values and map type\n                    }\n                } else {\n                    return map.fromJson(jsonElement.jsonObject)\n                }\n            }\n\n            nil -> {\n                nil.newNil()\n            }\n\n            nint -> {\n                if (jsonElement === null) {\n                    nint.newNInt(\n                        if (value is Number) {\n                            value.toLong()\n                        } else {\n                            value as Long\n                        }\n                    )\n                } else {\n                    nint.fromJson(\n                        jsonElement.jsonPrimitive,\n                    )\n                }\n            }\n\n            tdate -> {\n                if (jsonElement === null) {\n                    tdate.newTDate(value as cddl_tdate)\n                } else {\n                    tdate.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            text -> {\n                if (jsonElement === null) {\n                    text.newText(value as cddl_text)\n                } else {\n                    text.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            time -> {\n                if (jsonElement === null) {\n                    time.newTime(value as cddl_time)\n                } else {\n                    time.fromJson(jsonElement.jsonPrimitive)\n                }\n            }\n\n            tstr_indef_length -> {\n                if (jsonElement !== null) {\n                    tstr_indef_length.newStringIndefLength(value as List<cddl_tstr>)\n                } else {\n                    TODO(\"tstr indef length from json to cbor not implemented\")\n                }\n            }\n\n            uint -> {\n                if (jsonElement === null) {\n                    uint.newUint(\n                        if (value is Long) {\n                            value\n                        } else if (value is Number) {\n                            value.toLong()\n                        } else {\n                            value as Long\n                        },\n                    )\n                } else {\n                    uint.fromJson(\n                        jsonElement.jsonPrimitive,\n                    )\n                }\n            }\n\n            undefined -> {\n                undefined.newUndefined()\n            }\n        }\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTstr\")\n    object tstr : CDDL(\"tstr\", MajorType.UNICODE_STRING) {\n        fun newString(value: cddl_tstr) = CborString(value)\n\n        fun fromJson(value: JsonPrimitive) = CborString(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlUint\")\n    object uint : CDDL(\"uint\", MajorType.UNSIGNED_INTEGER) {\n        fun newUint(value: cddl_uint) = CborUInt(value)\n\n        fun fromJson(value: JsonPrimitive) = CborUInt(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNint\")\n    object nint : CDDL(\"nint\", MajorType.NEGATIVE_INTEGER) {\n        fun newNInt(value: cddl_nint) = CborNInt(value)\n\n        fun fromJson(value: JsonPrimitive) = CborNInt(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlInt\")\n    object int :\n        CDDL(\"int\", null, null, aliasFor = arrayOf(uint, nint)) {\n        fun newInt(value: Int) =\n            if (value < 0) {\n                CborNInt(value.toLong())\n            } else {\n                CborUInt(value.toLong())\n            }\n\n        fun newLong(value: Long) =\n            if (value < 0) {\n                CborNInt(value)\n            } else {\n                CborUInt(value)\n            }\n\n        fun fromJson(value: JsonPrimitive) =\n            if (value.long < 0) {\n                CborNInt(value.long)\n            } else {\n                CborUInt(value.long)\n            }\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBstr\")\n    object bstr : CDDL(\"bstr\", MajorType.BYTE_STRING) {\n        fun newByteString(value: cddl_bstr) = CborByteString(value)\n\n        fun fromJson(\n            value: JsonPrimitive,\n            encoding: Encoding = Encoding.BASE64URL,\n        ) = CborByteString(value.content.decodeFrom(encoding))\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBstrIndefLength\")\n    object bstr_indef_length : CDDL(\"bstr\", MajorType.BYTE_STRING) {\n        fun newByteString(value: List<cddl_bstr>) = CborByteStringIndefLength(value)\n\n        fun fromJson(\n            value: JsonArray,\n            encoding: Encoding = Encoding.BASE64URL,\n        ): CborByteStringIndefLength = TODO(\"indef length from json to cbor not implemented yet\")\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBytes\")\n    object bytes : CDDL(\"bytes\", MajorType.BYTE_STRING, aliasFor = arrayOf(bstr)) {\n        fun newBytes(value: cddl_bstr) = CborByteString(value)\n\n        fun fromJson(\n            value: JsonPrimitive,\n            encoding: Encoding = Encoding.BASE64URL,\n        ) = CborByteString(value.content.decodeFrom(encoding))\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTstrIndefLength\")\n    object tstr_indef_length : CDDL(\"tstr\", MajorType.UNICODE_STRING) {\n        fun newStringIndefLength(value: List<cddl_tstr>) = CborStringIndefLength(value)\n\n        fun fromJson(\n            value: JsonArray,\n            encoding: Encoding = Encoding.BASE64URL,\n        ): CborStringIndefLength = TODO(\"indef length from json to cbor not implemented yet\")\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlText\")\n    object text : CDDL(\"text\", MajorType.UNICODE_STRING, aliasFor = arrayOf(tstr)) {\n        fun newText(value: cddl_text) = CborString(value)\n\n        fun fromJson(value: JsonPrimitive) = CborString(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTdate\")\n    object tdate : CDDL(\n        \"tdate\",\n        MajorType.TAG,\n        DATE_TIME_STRING,\n    ) { // RFC 7049, section 2.4.1, a tdate data item shall contain a date-time string as specified in RFC 3339\n        fun newTDate(value: cddl_tdate) = CborTDate(value)\n\n        fun fromJson(value: JsonPrimitive) = CborTDate(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFullDate\")\n    object full_date : CDDL(\n        \"full-date\",\n        MajorType.TAG,\n        CborTagged.FULL_DATE_STRING,\n    ) { // #6.1004(tstr) In accordance with RFC 8943, a full-date data item shall contain a full-datestring as specified in RFC 3339.\n        fun newFullDate(value: cddl_full_date) = CborFullDate(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFullDate(value.content)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTime\")\n    object time : CDDL(\n        \"time\",\n        MajorType.TAG,\n        CborTagged.DATE_TIME_NUMBER,\n    ) { // RFC 7049, section 2.4.1, a tdate data item shall contain a date-time number as specified in RFC 3339\n        fun newTime(value: cddl_time) = CborTime(value)\n\n        fun fromJson(value: JsonPrimitive) = CborTime(value.content.toLong())\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat16\")\n    object float16 : CDDL(\"float16\", MajorType.SPECIAL, 25) {\n        fun newFloat16(value: cddl_float16) = CborFloat16(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat16(value.float)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat32\")\n    object float32 : CDDL(\"float32\", MajorType.SPECIAL, 26) {\n        fun newFloat32(value: cddl_float32) = CborFloat32(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat32(value.float)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat64\")\n    object float64 : CDDL(\"float64\", MajorType.SPECIAL, 27) {\n        fun newFloat64(value: cddl_float64) = CborDouble(value)\n\n        fun fromJson(value: JsonPrimitive) = CborDouble(value.double)\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFloat\")\n    object float : CDDL(\"float\", MajorType.SPECIAL, aliasFor = arrayOf(float16, float32, float64)) {\n        fun newFloat(value: cddl_float) = CborFloat32(value)\n\n        fun fromJson(value: JsonPrimitive) = CborFloat32(value.float)\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlFalse\")\n    @Serializable(with = CDDLSerializer::class)\n    object False : CDDL(\"false\", MajorType.SPECIAL, 20) {\n        fun newFalse() = CborSimple.FALSE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.FALSE\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlTrue\")\n    @Serializable(with = CDDLSerializer::class)\n    object True : CDDL(\"true\", MajorType.SPECIAL, 21) {\n        fun newTrue() = CborSimple.TRUE\n\n        fun fromJson(value: JsonPrimitive) = CborSimple.TRUE\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlBool\")\n    object bool :\n        CDDL(\"bool\", MajorType.SPECIAL, aliasFor = arrayOf(False, True)) {\n        fun newBool(value: cddl_bool) =\n            if (value) {\n                CborSimple.TRUE\n            } else {\n                CborSimple.FALSE\n            }\n\n        fun fromJson(value: JsonPrimitive) =\n            if (value.boolean) {\n                CborSimple.TRUE\n            } else {\n                CborSimple.FALSE\n            }\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNil\")\n    object nil : CDDL(\"nil\", MajorType.SPECIAL, 22) {\n        fun newNil() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlNull\")\n    @Serializable(with = CDDLSerializer::class)\n    object Null : CDDL(\"null\", MajorType.SPECIAL, 22, arrayOf(nil)) {\n        fun newNull() = CborSimple.NULL\n\n        fun fromJson(value: JsonElement) = CborSimple.NULL\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlUndefined\")\n    object undefined :\n        CDDL(\"undefined\", MajorType.SPECIAL, 23) {\n        fun newUndefined() = CborSimple.UNDEFINED\n\n        fun fromJson(value: JsonElement) = CborSimple.UNDEFINED\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlMap\")\n    object map :\n        CDDL(\n            \"map\",\n            MajorType.MAP,\n        ) {\n        fun newMap(value: MutableMap<CborItem<*>, CborItem<*>>): CborItem<MutableMap<CborItem<*>, CborItem<*>>> = CborMap(value)\n\n        /**\n         * Please note that this method is not able to map onto the exact Cbor items as the json values have no type information!\n         */\n        fun fromJson(value: JsonObject): CborMap<CborString, CborItem<*>> =\n            CborMap(\n                value.entries\n                    .map {\n                        Pair(\n                            CborString(it.key),\n                            when (it.value) {\n                                is JsonPrimitive -> any.fromJson(it.value)\n                                is JsonArray -> list.fromJson(it.value as JsonArray)\n                                is JsonObject -> fromJson(it.value as JsonObject)\n                                else -> throw IllegalArgumentException(\"Unknown type encountered\")\n                            },\n                        )\n                    }.toMap()\n                    .toMutableMap(),\n            )\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlList\")\n    object list :\n        CDDL(\n            \"list\",\n            MajorType.ARRAY,\n        ) {\n        fun <T : CborItem<*>> newList(value: cddl_list<T>) = CborArray(value)\n\n        /**\n         * Please note that this method is not able to map onto the exact Cbor items as the json values have no type information!\n         */\n        fun fromJson(value: JsonArray): CborArray<CborItem<*>> =\n            CborArray(\n                value\n                    .map { elt ->\n                        when (elt) {\n                            is JsonPrimitive -> {\n                                any.fromJson(elt)\n                            }\n\n                            is JsonArray -> {\n                                fromJson(elt)\n                            }\n\n                            is JsonObject -> {\n                                if (CborItemJson.isCborItemValueJson(elt)) {\n                                    newCborItemFromJson(\n                                        elt,\n                                        elt[CDDL_LITERAL]?.jsonPrimitive?.content?.let { CDDL.util.fromFormat(it) },\n                                    )\n                                } else {\n                                    map.fromJson(elt)\n                                }\n                            }\n\n                            else -> {\n                                throw IllegalArgumentException(\"Unknown type encountered\")\n                            }\n                        }\n                    }.toMutableList(),\n            )\n    }\n\n    @Serializable(with = CDDLSerializer::class)\n    @OptIn(ExperimentalObjCName::class)\n    @ObjCName(\"cddlAny\")\n    object any :\n        CDDL(\n            \"any\",\n        ) {\n        fun newAny(value: cddl_any) = CborAny(value)\n\n        fun fromJson(value: JsonElement): CborItem<*> {\n            return newCborItemFromJson(value)\n//            TODO(\"Json any to cbor not implemeted yet\")\n        }\n    }\n\n    override fun toTag(additionalInfo: Int?): String {\n        if (aliasFor.isNotEmpty()) {\n            if (additionalInfo == null) {\n                return aliasFor[0].toTag(additionalInfo)\n            }\n\n            // fixme: this is not correct. We first need to traverse the aliases, as an alias could go without major and additional info\n            return util.entries\n                .first { it.majorType == majorType && it.info == additionalInfo }\n                .toTag(additionalInfo)\n        }\n\n        var tag = \"#\"\n        if (majorType != null) {\n            tag += majorType\n        }\n        if (additionalInfo != null) {\n            tag += \".$additionalInfo\"\n        }\n        return tag\n    }\n\n    override fun toString(): String = \"CDDL(format='$format', majorType=$majorType, info=$info, aliasFor=${aliasFor.contentToString()})\"\n\n    override fun equals(other: Any?): Boolean {\n        if (this === other) {\n            return true\n        }\n        if (other !is CDDL) {\n            return false\n        }\n\n        if (format != other.format) {\n            return false\n        }\n        if (majorType != other.majorType) {\n            return false\n        }\n        if (info != other.info) {\n            return false\n        }\n        if (!aliasFor.contentEquals(other.aliasFor)) {\n            return false\n        }\n\n        return true\n    }\n\n    override fun hashCode(): Int {\n        var result = format.hashCode()\n        result = 31 * result + (majorType?.hashCode() ?: 0)\n        result = 31 * result + (info ?: 0)\n        result = 31 * result + aliasFor.contentHashCode()\n        return result\n    }\n\n    object util {\n        // Lazy for serialization as this class is used as object in the above CDDL class\n        val entries by lazy {\n            arrayOf(\n                any,\n                uint,\n                int,\n                nint,\n                bstr,\n                bstr_indef_length,\n                bytes,\n                tstr,\n                tstr_indef_length,\n                text,\n                tdate,\n                full_date,\n                time,\n                float,\n                False,\n                True,\n                bool,\n                nil,\n                Null,\n                undefined,\n                float16,\n                float32,\n                float64,\n                map,\n                list,\n            )\n        }\n\n        fun fromFormat(format: String) = entries.first { it.format == format }\n\n        fun fromTag(tag: String): CDDL {\n            require(tag.startsWith(\"#\")) { \"Invalid tag supplied $tag\" }\n            val parts = tag.split(\"#\", \".\")\n            if (parts.size == 1) {\n                return any\n            }\n            val majorVal = parts[1].toIntOrNull()\n            return fromMajorType(majorVal?.let { MajorType.fromInt(it) }, parts[2].toIntOrNull())\n        }\n\n        fun fromBytes(input: Int): CDDL {\n            val majorType = input shr 5\n\n            // todo additionalInto\n            return fromMajorType(MajorType.fromInt(majorType))\n        }\n\n        fun fromMajorType(\n            majorType: MajorType? = null,\n            additionalInfo: Int? = null,\n        ) = entries.first {\n            it.majorType == majorType && it.info == additionalInfo\n        }\n    }\n}\n\n@OptIn(ExperimentalObjCName::class)\n@ObjCName(\"MajorType\", exact = true)\n@Serializable\n@JsExportCompat\nenum class MajorType(\n    val type: Int,\n) {\n    /**\n     * Major type 0.\n     *\n     * An unsigned integer in the range 0..2^64-1 inclusive. The value of the encoded item is the\n     * argument itself. For example, the integer 10 is denoted as the one byte 0b000_01010 (major\n     * type 0, additional information 10). The integer 500 would be 0b000_11001 (major type 0,\n     * additional information 25) followed by the two bytes 0x01f4, which is 500 in decimal.\n     */\n    UNSIGNED_INTEGER(0),\n\n    /**\n     * Major type 1.\n     *\n     * A negative integer in the range -2^64..-1 inclusive. The value of the item is -1 minus\n     * the argument. For example, the integer -500 would be 0b001_11001 (major type 1, additional\n     * information 25) followed by the two bytes 0x01f3, which is 499 in decimal.\n     */\n    NEGATIVE_INTEGER(1),\n\n    /**\n     * Major type 2.\n     *\n     * A byte string. The number of bytes in the string is equal to the argument. For example,\n     * a byte string whose length is 5 would have an initial byte of 0b010_00101 (major type 2,\n     * additional information 5 for the length), followed by 5 bytes of binary content. A byte\n     * string whose length is 500 would have 3 initial bytes of 0b010_11001 (major type 2,\n     * additional information 25 to indicate a two-byte length) followed by the two bytes 0x01f4\n     * for a length of 500, followed by 500 bytes of binary content.\n     */\n    BYTE_STRING(2),\n\n    /**\n     * Major type 3.\n     *\n     * A text string (Section 2) encoded as UTF-8 [RFC3629]. The number of bytes in the string\n     * is equal to the argument. A string containing an invalid UTF-8 sequence is well-formed\n     * but invalid (Section 1.2). This type is provided for systems that need to interpret or\n     * display human-readable text, and allows the differentiation between unstructured bytes\n     * and text that has a specified repertoire (that of Unicode) and encoding (UTF-8). In\n     * contrast to formats such as JSON, the Unicode characters in this type are never escaped.\n     * Thus, a newline character (U+000A) is always represented in a string as the byte 0x0a,\n     * and never as the bytes 0x5c6e (the characters \"\\\" and \"n\") nor as 0x5c7530303061 (the\n     * characters \"\\\", \"u\", \"0\", \"0\", \"0\", and \"a\").\n     */\n    UNICODE_STRING(3),\n\n    /**\n     * Major type 4.\n     * An array of data items. In other formats, arrays are also called lists, sequences, or\n     * tuples (a \"CBOR sequence\" is something slightly different, though [RFC8742]). The argument\n     * is the number of data items in the array. Items in an array do not need to all be of the\n     * same type. For example, an array that contains 10 items of any type would have an initial\n     * byte of 0b100_01010 (major type 4, additional information 10 for the length) followed by\n     * the 10 remaining items.\n     */\n    ARRAY(4),\n\n    /**\n     * Major type 5.\n     *\n     * A map of pairs of data items. Maps are also called tables, dictionaries, hashes, or\n     * objects (in JSON). A map is comprised of pairs of data items, each pair consisting of a\n     * key that is immediately followed by a value. The argument is the number of pairs of data\n     * items in the map. For example, a map that contains 9 pairs would have an initial byte of\n     * 0b101_01001 (major type 5, additional information 9 for the number of pairs) followed by\n     * the 18 remaining items. The first item is the first key, the second item is the first\n     * value, the third item is the second key, and so on. Because items in a map come in pairs,\n     * their total number is always even: a map that contains an odd number of items (no value\n     * data present after the last key data item) is not well-formed. A map that has duplicate\n     * keys may be well-formed, but it is not valid, and thus it causes indeterminate decoding;\n     * see also Section 5.6.\n     */\n    MAP(5),\n\n    /**\n     * Major type 6.\n     *\n     * A tagged data item (\"tag\") whose tag number, an integer in the range 0..2^64-1 inclusive,\n     * is the argument and whose enclosed data item (tag content) is the single encoded data item\n     * that follows the head. See Section 3.4.\n     */\n    TAG(6),\n\n    /**\n     * Major type 7.\n     *\n     * Floating-point numbers and simple values, as well as the \"break\" stop code. See Section 3.3.\n     */\n    SPECIAL(7),\n    ;\n\n    companion object {\n        /**\n         * Gets a [MajorType] instance from type.\n         *\n         * @param value an integer between 0 and 7, both inclusive\n         * @return a [MajorType] for the given value.\n         */\n        @JsStatic\n        @JvmStatic\n        fun fromInt(value: Int): MajorType =\n            entries.find { it.type == value }\n                ?: throw IllegalArgumentException(\"Unknown major type with value $value\")\n    }\n}\n\nabstract class CborSimple<Type : Any?>(\n    value: Type,\n    cddl: CDDL,\n) : CborItem<Type>(value, cddl) {\n    init {\n        val info =\n            when (cddl) {\n                is CDDL.bool -> {\n                    when (value) {\n                        true -> CDDL.True.info\n                        else -> CDDL.False.info\n                    }\n                }\n\n                else -> {\n                    cddl.info\n                }\n            }\n        require(info != null)\n        require(info is Int)\n        check(info < 24 || (info in 32..255))\n    }\n\n    override fun encode(builder: ByteStringBuilder) {\n        val majorTypeShifted = (majorType!!.type shl 5).toByte()\n        builder.append(majorTypeShifted.or(info!!.toByte()))\n    }\n\n    override fun equals(other: Any?): Boolean = other is CborSimple<*> && value == other.value\n\n    override fun hashCode(): Int = value.hashCode()\n\n    override fun toString() =\n        when (this) {\n            FALSE -> \"Simple(FALSE)\"\n            TRUE -> \"Simple(TRUE)\"\n            NULL -> \"Simple(NULL)\"\n            UNDEFINED -> \"Simple(UNDEFINED)\"\n            else -> \"Simple($value)\"\n        }\n\n    companion object {\n        /** The [Simple] value for FALSE */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_FALSE\")\n        @JsStatic\n        @JvmStatic\n        val FALSE = CborFalse()\n\n        /** The [Simple] value for TRUE */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_TRUE\")\n        @JsStatic\n        @JvmStatic\n        val TRUE = CborTrue()\n\n        /** The [Simple] value for NULL */\n        @OptIn(ExperimentalObjCName::class)\n        @ObjCName(\"CBOR_NULL\")\n        @JsStatic\n        @JvmStatic\n        val NULL = CborNull()\n\n        /** The [Simple] value for UNDEFINED */\n        @JsStatic\n        @JvmStatic\n        val UNDEFINED = CborUndefined()\n    }\n}"
  }
}