✅ should work on JVM[jvm]

✅ accepts credential from EUDIW issuer[jvm]

✅ process with pre-authorized code[jvm]
✅ process with pre-authorized code, can't use it twice[jvm]
✅ process with authorization code flow[jvm]

✅ URL test PLAIN_JWT[jvm]
✅ Json test PLAIN_JWT[jvm]
✅ JwsSigned test PLAIN_JWT[jvm]
✅ URL test SD_JWT[jvm]
✅ Json test SD_JWT[jvm]
✅ JwsSigned test SD_JWT[jvm]
✅ URL test ISO_MDOC[jvm]
✅ Json test ISO_MDOC[jvm]
✅ JwsSigned test ISO_MDOC[jvm]

✅ Plain jwt credential path resolving[jvm]
✅ SD jwt credential path resolving[jvm]
✅ ISO credential path resolving[jvm]

✅ JsonWebKeySet new[jvm]
✅ JsonWebKeySet new unordered[jvm]
✅ JsonWebKeySet old[jvm]
✅ JsonWebKeySet old unordered[jvm]

✅ if not available despite others with correct format or correct attribute, but not both[jvm]
✅ if available despite others[jvm]
✅ if not available despite others with correct format or correct attribute, but not both[jvm]
✅ if available despite others with correct format or correct attribute, but not both[jvm]
✅ if not available despite others with correct format or correct attribute, but not both[jvm]
✅ if available despite others with correct format or correct attribute, but not both[jvm]
✅ presentation of multiple credentials with different formats in one request/response[jvm]
✅ presentation of multiple SD-JWT credentials in one request/response[jvm]

✅ only credentials of the correct format are matched[jvm]
✅ all credentials matching an input descriptor should be presentable[jvm]
✅ credentials not matching an input descriptor should not yield a valid submission[jvm]

✅ EUDI from URL 2024-05-17[jvm]
✅ EUDI AuthnRequest can be parsed[jvm]
✅ Request in request URI[jvm]
✅ process with cross-device flow with request_uri and x509_san_dns[jvm]

✅ test with Fragment for mDL[jvm]
✅ test with Fragment for custom attributes[jvm]
✅ Selective Disclosure with mDL[jvm]
✅ Selective Disclosure with mDL and encryption[jvm]
✅ Selective Disclosure with mDL JSON Path syntax[jvm]

✅ test with Fragment[jvm]
✅ wrong client nonce in id_token should lead to error[jvm]
✅ wrong client nonce in vp_token should lead to error[jvm]
✅ test with QR Code[jvm]
✅ test with direct_post[jvm]
✅ test with direct_post_jwt[jvm]
✅ test with Query[jvm]
✅ test with deserializing[jvm]
✅ test specific credential[jvm]
✅ test with request object[jvm]
✅ test with request object and Attestation JWT[jvm]
✅ test with request object and invalid Attestation JWT[jvm]
✅ test with request object from request_uri as URL query parameters[jvm]
✅ test with request object from request_uri as JWS[jvm]
✅ test with request object not verified[jvm]

✅ Selective Disclosure with custom credential[jvm]

✅ test with Fragment[jvm]

✅ OID4VCI A.1.1. VC Signed as a JWT, Not Using JSON-LD[jvm]
✅ OID4VCI A.2. ISO mDL[jvm]
✅ OID4VCI A.3. IETF SD-JWT VC[jvm]
✅ Idemia Interop Request[jvm]

✅ Basic[jvm]
✅ Extended attributes[jvm]

✅ request one credential, using scope[jvm]
✅ request multiple credentials, using scope[jvm]
✅ proof over different keys leads to an error[jvm]
✅ authorizationService with defect mapstore leads to an error[jvm]
✅ request credential in SD-JWT, using scope[jvm]
✅ request credential in SD-JWT, using authorization details[jvm]
✅ request credential in SD-JWT with just one claim, using scope[jvm]
✅ request credential in ISO MDOC, using scope[jvm]
✅ request credential in ISO MDOC with just one claim, using scope[jvm]

✅ Parse EUDIW URL[jvm]
✅ parse EUDIW metadata[jvm]

✅ process with pre-authorized code, credential offer, and authorization details for one credential[jvm]
✅ process with pre-authorized code, credential offer, and authorization details for all credentials[jvm]
✅ process with pre-authorized code, credential offer, and scope[jvm]

✅ createAuthorizationRequest as GET[jvm]
✅ createAuthorizationRequest as POST[jvm]
✅ createTokenRequest as POST[jvm]
✅ createTokenResponse as JSON[jvm]
✅ createCredentialRequest as JSON[jvm]
✅ createCredentialResponse as JSON[jvm]

✅ should work on JVM[jvm]

✅ with flat address[jvm]
✅ with claims in address selectively disclosable, but address not[jvm]
✅ with claims in address recursively selectively disclosable[jvm]
✅ simple walk-through success[jvm]

✅ revocation list should contain indices of revoked credential[jvm]
✅ revocation credential should be valid[jvm]
✅ credentials should contain status information[jvm]
✅ encoding to a known value works[jvm]
✅ decoding a known value works[jvm]

✅ simple walk-through success[jvm]
✅ keyBindingJws contains more JWK attributes, still verifies[jvm]
✅ wrong key binding jwt[jvm]
✅ wrong challenge in key binding jwt[jvm]
✅ revoked sd jwt[jvm]

✅ simple walk-through success[jvm]
✅ wrong keyId in presentation leads to InvalidStructure[jvm]
✅ revoked credentials must not be validated[jvm]
✅ when setting a revocation list before storing credentials[jvm]
✅ and when setting a revocation list after storing credentials[jvm]
✅ when there are no credentials stored[jvm]
✅ without a revocation list set[jvm]
✅ with a revocation list set[jvm]
✅ when the issuer has revoked them[jvm]
✅ building presentation without necessary credentials[jvm]
✅ valid presentation is valid[jvm]
✅ valid presentation is valid -- some other attributes revoked[jvm]

✅ A.1. Simple structured SD-JWT[jvm]
✅ A.2. Complex Structured SD-JWT[jvm]
✅ A.3. SD-JWT-based Verifiable Credentials (SD-JWT VC)[jvm]

✅ with jwk[jvm]
✅ with jku and kid, because there are two keys[jvm]
✅ with jku, but without kid, because there is only one key[jvm]
✅ with jwkThumbprint[jvm]

✅ credentials are valid for[jvm]
✅ revoked credentials are not valid[jvm]
✅ wrong subject keyId is not be valid[jvm]
✅ credential with invalid JWS format is not valid[jvm]

✅ correct challenge in VP leads to Success[jvm]
✅ wrong structure of VC is detected[jvm]
✅ wrong challenge in VP leads to InvalidStructure[jvm]
✅ wrong audience in VP leads to InvalidStructure[jvm]
✅ valid parsed presentation should separate revoked and valid credentials[jvm]
✅ Manually created and valid presentation is valid[jvm]
✅ Wrong issuer in VP is not valid[jvm]
✅ Wrong jwtId in VP is not valid[jvm]
✅ Wrong type in VP is not valid[jvm]

✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]

✅ signed object with bytes can be verified[jvm]
✅ signed object without payload can be verified[jvm]

✅ serialization with String[jvm]
✅ document serialization with ByteArray[jvm]

✅ serialization with String[jvm]
✅ document serialization with ByteArray[jvm]
✅ deserialize IssuerSigned from EUDI Ref Impl[jvm]

✅ Subclasses are correctly deserialized[jvm]

✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeFalse[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]
✅ shouldBeTrue[jvm]

✅ Serialization is stable[jvm]
✅ Inputdesriptor serialize[jvm]
✅ TransactionDataEntry.QesAuthorization can be parsed[jvm]
✅ TransactionDataEntry.QCertCreationAcceptance can be parsed[jvm]
✅ The presentation Definition can be parsed[jvm]

✅ issue, store, present, verify[jvm]

✅ ValidityInfo[jvm]

✅ DeviceSigned[jvm]
✅ DocRequest[jvm]
✅ IssuerSigned[jvm]
✅ IssuerSigned from IssuerAgent[jvm]
✅ IssuerAuth[jvm]

✅ it can be recreated[jvm]
✅ it can be recreated[jvm]

✅ Serialization is correct[jvm]
✅ Deserialization is correct[jvm]
✅ Deserialization with unknown algorithm is correct[jvm]
✅ Deserialization with unknown encryption is correct[jvm]
✅ Deserialization with unknown type is correct[jvm]

✅ Encrypted object from ext. library can be decrypted with int. library[jvm]
✅ Encrypted object from int. library can be decrypted with ext. library[jvm]
✅ Encrypted object from ext. library can be decrypted with int. library[jvm]
✅ Encrypted object from int. library can be decrypted with ext. library[jvm]
✅ Encrypted object from ext. library can be decrypted with int. library[jvm]
✅ Encrypted object from int. library can be decrypted with ext. library[jvm]
✅ Encrypted object from ext. library can be decrypted with int. library[jvm]
✅ Encrypted object from int. library can be decrypted with ext. library[jvm]
✅ Encrypted object from ext. library can be decrypted with int. library[jvm]
✅ Encrypted object from int. library can be decrypted with ext. library[jvm]
✅ Encrypted object from ext. library can be decrypted with int. library[jvm]
✅ Encrypted object from int. library can be decrypted with ext. library[jvm]

✅ Serialization contains P-256 as curve name[jvm]
✅ Deserialization is correct[jvm]
✅ Deserialization with unknown curve fails[jvm]

✅ Serialization contains x5c as strings[jvm]
✅ Deserialization is correct[jvm]

✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]
✅ Signed object from int. library can be verified with int. library[jvm]
✅ Signed object from ext. library can be verified with int. library[jvm]
✅ Signed object from int. library can be verified with ext. library[jvm]

✅ signed object with bytes can be verified[jvm]
✅ Object can be reconstructed[jvm]
✅ signed object can be verified[jvm]
✅ signed object with automatically added params can be verified[jvm]
✅ signed object with jsonWebKey can be verified[jvm]
✅ signed object with kid from jku can be verified[jvm]
✅ signed object with kid from jku, returning invalid key, can not be verified[jvm]
✅ signed object without public key in header can not be verified[jvm]
✅ signed object without public key in header, but retrieved out-of-band can be verified[jvm]
✅ encrypted object can be decrypted[jvm]

✅ Serialization is correct for String[jvm]
✅ Serialization is correct for ByteArray[jvm]
✅ Serialization is correct for Boolean[jvm]
✅ Serialization is correct for Long[jvm]
✅ Serialization is correct for UInt[jvm]
✅ Serialization is correct for Example from spec[jvm]
✅ Serialize nested Byte Array[jvm]
✅ Serialize array entry, without claim name[jvm]
✅ Deserialize array from spec[jvm]
✅ Deserialize nested from spec[jvm]

✅ Without Cert[jvm]
✅ With Cert[jvm]
✅ With BC Prov and Cert[jvm]

✅ should work on JVM[jvm]