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com.itextpdf.commons.bouncycastle.IBouncyCastleFactory Maven / Gradle / Ivy
/*
This file is part of the iText (R) project.
Copyright (c) 1998-2024 Apryse Group NV
Authors: Apryse Software.
This program is offered under a commercial and under the AGPL license.
For commercial licensing, contact us at https://itextpdf.com/sales. For AGPL licensing, see below.
AGPL licensing:
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Affero General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Affero General Public License for more details.
You should have received a copy of the GNU Affero General Public License
along with this program. If not, see certificates) throws CertificateEncodingException;
/**
* Create timestamp response generator wrapper from timestamp token generator wrapper and {@link Set} of algorithms.
*
* @param tokenGenerator timestamp token generator wrapper to create timestamp response generator wrapper from
* @param algorithms {@link Set} of algorithms to create timestamp response generator wrapper from
*
* @return created timestamp response generator wrapper
*/
ITimeStampResponseGenerator createTimeStampResponseGenerator(ITimeStampTokenGenerator tokenGenerator,
Set algorithms);
/**
* Create timestamp request wrapper from {@code byte[]} value.
*
* @param bytes {@code byte[]} value to create timestamp request wrapper from
*
* @return created timestamp request wrapper
*
* @throws IOException if input-output exception occurs during creation
*/
ITimeStampRequest createTimeStampRequest(byte[] bytes) throws IOException;
/**
* Create Jca content signer builder wrapper from {@link String} algorithm.
*
* @param algorithm {@link String} algorithm to create Jca content signer builder wrapper from
*
* @return created Jca content signer builder wrapper
*/
IJcaContentSignerBuilder createJcaContentSignerBuilder(String algorithm);
/**
* Create Jca signer info generator builder wrapper from digest calculator provider wrapper.
*
* @param digestCalcProviderProvider digest calculator provider wrapper to create builder wrapper from
*
* @return created Jca signer info generator builder wrapper
*/
IJcaSignerInfoGeneratorBuilder createJcaSignerInfoGeneratorBuilder(
IDigestCalculatorProvider digestCalcProviderProvider);
/**
* Create timestamp token generator wrapper from signer info generator wrapper,
* digest calculator wrapper and ASN1 Object identifier wrapper.
*
* @param siGen signer info generator wrapper to create timestamp token generator wrapper from
* @param dgCalc digest calculator wrapper to create timestamp token generator wrapper from
* @param policy ASN1 Object identifier wrapper to create timestamp token generator wrapper from
*
* @return created timestamp token generator wrapper
*
* @throws AbstractTSPException if actual TSP Exception occurs during wrapper creation
*/
ITimeStampTokenGenerator createTimeStampTokenGenerator(ISignerInfoGenerator siGen, IDigestCalculator dgCalc,
IASN1ObjectIdentifier policy) throws AbstractTSPException;
/**
* Create X500 Name wrapper from {@link X509Certificate}.
*
* @param certificate {@link X509Certificate} to create X500 Name wrapper from
*
* @return created X500 Name wrapper
*
* @throws CertificateEncodingException if certificate encoding exception occurs during wrapper creation
*/
IX500Name createX500Name(X509Certificate certificate) throws CertificateEncodingException;
/**
* Create X500 Name wrapper from {@link String}.
*
* @param s {@link String} to create X500 Name wrapper from
*
* @return created X500 Name wrapper
*/
IX500Name createX500Name(String s);
/**
* Create resp ID wrapper from X500 Name wrapper.
*
* @param x500Name X500 Name wrapper to create resp ID wrapper from
*
* @return created resp ID wrapper
*/
IRespID createRespID(IX500Name x500Name);
/**
* Create basic OCSP Resp builder wrapper from resp ID wrapper.
*
* @param respID resp ID wrapper to create basic OCSP Resp builder wrapper from
*
* @return created basic OCSP Resp builder wrapper
*/
IBasicOCSPRespBuilder createBasicOCSPRespBuilder(IRespID respID);
/**
* Create OCSP Req wrapper from {@code byte[]}.
*
* @param requestBytes {@code byte[]} to create OCSP Req wrapper from
*
* @return created OCSP Req wrapper
*
* @throws IOException if input-output exception occurs during creation
*/
IOCSPReq createOCSPReq(byte[] requestBytes) throws IOException;
/**
* Create X509 Version 2 CRL Builder wrapper from X500 Name wrapper and {@link Date}.
*
* @param x500Name X500 Name wrapper to create X509 Version 2 CRL Builder wrapper from
* @param thisUpdate {@link Date} to create X509 Version 2 CRL Builder wrapper from
*
* @return created X509 Version 2 CRL Builder wrapper
*/
IX509v2CRLBuilder createX509v2CRLBuilder(IX500Name x500Name, Date thisUpdate);
/**
* Create Jca X509 Version 3 certificate builder wrapper from {@link X509Certificate},
* {@link BigInteger}, start {@link Date}, end {@link Date}, X500 Name wrapper and {@link PublicKey}.
*
* @param signingCert {@link X509Certificate} to create Jca X509 Version 3 certificate builder wrapper from
* @param certSerialNumber {@link BigInteger} to create Jca X509 Version 3 certificate builder wrapper from
* @param startDate start {@link Date} to create Jca X509 Version 3 certificate builder wrapper from
* @param endDate end {@link Date} to create Jca X509 Version 3 certificate builder wrapper from
* @param subjectDnName X500 Name wrapper to create Jca X509 Version 3 certificate builder wrapper from
* @param publicKey {@link PublicKey} to create Jca X509 Version 3 certificate builder wrapper from
*
* @return created Jca X509 Version 3 certificate builder wrapper
*/
IJcaX509v3CertificateBuilder createJcaX509v3CertificateBuilder(X509Certificate signingCert,
BigInteger certSerialNumber, Date startDate, Date endDate, IX500Name subjectDnName, PublicKey publicKey);
/**
* Create basic constraints wrapper from {@code boolean} value.
*
* @param b {@code boolean} value to create basic constraints wrapper from
*
* @return created basic constraints wrapper
*/
IBasicConstraints createBasicConstraints(boolean b);
/**
* Create basic constraints wrapper from {@code int} value.
*
* @param pathLength {@code int} flag to create basic constraints wrapper from
*
* @return created basic constraints wrapper
*/
IBasicConstraints createBasicConstraints(int pathLength);
/**
* Create key usage wrapper without parameters.
*
* @return created key usage wrapper
*/
IKeyUsage createKeyUsage();
/**
* Create key usage wrapper from {@code int} value.
*
* @param i {@code int} value to create key usage wrapper from
*
* @return created key usage wrapper
*/
IKeyUsage createKeyUsage(int i);
/**
* Create key purpose id wrapper without parameters.
*
* @return created key purpose id wrapper
*/
IKeyPurposeId createKeyPurposeId();
/**
* Create key purpose id wrapper from {@link IASN1ObjectIdentifier}.
*
* @param objectIdentifier {@link IASN1ObjectIdentifier} to create key purpose id wrapper from
*
* @return created key purpose id wrapper
*/
IKeyPurposeId createKeyPurposeId(IASN1ObjectIdentifier objectIdentifier);
/**
* Create extended key usage wrapper from key purpose id wrapper.
*
* @param purposeId key purpose id wrapper to create extended key usage wrapper from
*
* @return created extended key usage wrapper
*/
IExtendedKeyUsage createExtendedKeyUsage(IKeyPurposeId purposeId);
/**
* Create extended key usage wrapper from key purpose id wrappers array.
*
* @param purposeIds {@link IKeyPurposeId} array to create extended key usage wrapper from
*
* @return created extended key usage wrapper
*/
IExtendedKeyUsage createExtendedKeyUsage(IKeyPurposeId[] purposeIds);
/**
* Create X509 Extension utils wrapper from digest calculator wrapper.
*
* @param digestCalculator digest calculator wrapper to create X509 Extension utils wrapper from
*
* @return created X509 Extension utils wrapper
*/
IX509ExtensionUtils createX509ExtensionUtils(IDigestCalculator digestCalculator);
/**
* Create subject public key info wrapper from {@link Object}.
*
* @param obj {@link Object} to create subject public ket info wrapper from
*
* @return created subject public ket info wrapper
*/
ISubjectPublicKeyInfo createSubjectPublicKeyInfo(Object obj);
/**
* Create CRL Reason wrapper without parameters.
*
* @return created CRL Reason wrapper
*/
ICRLReason createCRLReason();
/**
* Create TST Info wrapper from content info wrapper.
*
* @param contentInfo content info wrapper to create TST Info wrapper from
*
* @return created TST Info wrapper
*
* @throws AbstractTSPException if actual TSP Exception occurs during wrapper creation
* @throws IOException if input-output exception occurs during creation
*/
ITSTInfo createTSTInfo(IContentInfo contentInfo) throws AbstractTSPException, IOException;
/**
* Create single resp wrapper from basic OCSP Response wrapper.
*
* @param basicResp basic OCSP Response wrapper to create single resp wrapper from
*
* @return created single resp wrapper
*/
ISingleResp createSingleResp(IBasicOCSPResponse basicResp);
/**
* Cast {@link Object} element to {@link X509Certificate}.
*
* @param element {@link Object} to be cast
*
* @return casted {@link X509Certificate}
*/
X509Certificate createX509Certificate(Object element);
/**
* Get {@link IBouncyCastleTestConstantsFactory} corresponding to this {@link IBouncyCastleFactory}.
*
* @return {@link IBouncyCastleTestConstantsFactory} instance
*/
IBouncyCastleTestConstantsFactory getBouncyCastleFactoryTestUtil();
/**
* Create {@code null} as {@link CRL} object.
*
* @return {@code null} as {@link CRL} object
*/
CRL createNullCrl();
/**
* Create PEM Parser wrapper from {@link Reader}.
*
* @param reader {@link Reader} to create PEM Parser wrapper from
*
* @return created PEM Parser wrapper
*/
IPEMParser createPEMParser(Reader reader);
/**
* Create Jce open SSL PKCS8 Decryptor provider builder wrapper without parameters.
*
* @return created Jce open SSL PKCS8 Decryptor provider builder wrapper
*/
IJceOpenSSLPKCS8DecryptorProviderBuilder createJceOpenSSLPKCS8DecryptorProviderBuilder();
/**
* Create Jca PEM Key converter wrapper without parameters.
*
* @return created Jca PEM Key converter wrapper
*/
IJcaPEMKeyConverter createJcaPEMKeyConverter();
/**
* Create time wrapper from {@link Date}.
*
* @param date {@link Date} to create time wrapper from
*
* @return created time wrapper
*/
ITime createTime(Date date);
/**
* Create time wrapper from the end date of the certificate.
*
* @param certificate {@link X509Certificate} to get end date to create time wrapper from
*
* @return created time wrapper
*/
ITime createEndDate(X509Certificate certificate);
/**
* Checks if provided extension wrapper wraps {@code null}.
*
* @param extNonce extension wrapper to check
*
* @return {@code true} if provided extension wrapper wraps {@code null}, {@code false} otherwise
*/
boolean isNullExtension(IExtension extNonce);
/**
* Check if provided encodable wrapper wrap {@code null}.
*
* @param encodable encodable wrapper to be checked
*
* @return {@code true} if provided encodable wrapper wraps {@code null}, {@code false} otherwise
*/
boolean isNull(IASN1Encodable encodable);
/**
* Get {@link SecureRandom} implementation from the factory.
*
* @return {@link SecureRandom} implementation
*/
SecureRandom getSecureRandom();
/**
* Check if this bouncy-castle corresponding to this factory is in approved mode.
*
* @return {@code true} if approved mode is enabled, {@code false} otherwise
*/
boolean isInApprovedOnlyMode();
/**
* Create cipher bytes from {@link X509Certificate}, {@code byte[]} value and algorithm identifier wrapper.
*
* @param x509certificate {@link X509Certificate} to create cipher bytes from
* @param abyte0 {@code byte[]} value to create cipher bytes from
* @param algorithmIdentifier algorithm identifier wrapper to create cipher bytes from
*
* @return {@code byte[]} representing created cipher bytes
*
* @throws GeneralSecurityException if general security exception occurs during cipher bytes creation
*/
byte[] createCipherBytes(X509Certificate x509certificate, byte[] abyte0, IAlgorithmIdentifier algorithmIdentifier)
throws GeneralSecurityException;
/**
* Checks whether an algorithm is supported for encryption by the chosen Bouncy Castle implementation,
* throws an exception when not supported.
*
* @param encryptionAlgorithm the type of encryption. It can be one of
* STANDARD_ENCRYPTION_40 = 0
* STANDARD_ENCRYPTION_128 = 1,
* ENCRYPTION_AES_128 = 2
* ENCRYPTION_AES_256 = 3
* in combination with (or-ed)
* DO_NOT_ENCRYPT_METADATA = 8
* and EMBEDDED_FILES_ONLY = 24
*
* @param withCertificate true when used with a certificate, false otherwise
*/
void isEncryptionFeatureSupported(int encryptionAlgorithm, boolean withCertificate);
}
