Uses of Class
iaik.hlapi.HlApiException

Uses of HlApiException in iaik.hlapi

Subclasses of HlApiException in iaik.hlapi

class	CertificateValidationException This exception signals that the validation of a certificate failed.
class	NoKeyException This exception signals that there was an attempt to invoke an operation for which there is no (suitable) key available.
class	SignatureVerificationException This exception signals that the cryptographic verification of a signature value failed.

Methods in iaik.hlapi that throw HlApiException

void	XMLSignerEncrypter.addRecipient(X509Certificate recipientCert) This method is unsupported and always throws a HlApiException.
void	SMimeSignerEncrypter.addRecipient(X509Certificate recipientCert)
void	SignerEncrypter.addRecipient(X509Certificate recipientCert) Add one recipient of the encrypted data.
void	CMSSignerEncrypter.addRecipient(X509Certificate recipientCert) Add one recipient of the encrypted data.
byte[]	KeyAndCertificate.generateCertificateRequest() Create a PKCS#10 certificate request that contains the subject DN of the certificate of this object.
static KeyAndCertificate	KeyAndCertificate.generateSelfSigned(String algorithm, String provider, int keySize, String subjectDN) Generate a new key-pair and create a self-signed certificate with it.
static String	KeyAndCertificate.getEMailAddress(X509Certificate certificate) Get the e-mail address of the subject out of the certificate.
Date	SMimeDecrypterVerifier.getSigningTime() Get the signing time of this signed e-mail message or null if the message was unsigned or did not contain a signing time.
abstract Date	DecrypterVerifier.getSigningTime() Get the signing time which was encoded as a signed property in the signature object.
Date	CMSDecrypterVerifier.getSigningTime()
byte[]	SignerEncrypter.process(byte[] data) Sign and/or encrypt the given block of data.
byte[]	DecrypterVerifier.process(byte[] data) Decrypt and/or verify the given data.
InputStream	XMLDecrypterVerifier.process(InputStream signature) Verify the given XML signature.
InputStream	SMimeDecrypterVerifier.process(InputStream in)
abstract InputStream	DecrypterVerifier.process(InputStream data) Decrypt and/or verify the given data.
InputStream	CMSDecrypterVerifier.process(InputStream data)
OutputStream	XMLSignerEncrypter.process(OutputStream out) This implementation overwrites SignerEncrypter.process(OutputStream).
OutputStream	SMimeSignerEncrypter.process(OutputStream out)
abstract OutputStream	SignerEncrypter.process(OutputStream out) This method returns an OutputStream.
OutputStream	CMSSignerEncrypter.process(OutputStream out)
static X509Certificate	KeyAndCertificate.readCertificate(InputStream fileStream) Read a single certificate.
static X509Certificate[]	KeyAndCertificate.readCertificateChain(InputStream fileStream) Read a certificate chain.
static KeyAndCertificate[]	KeyAndCertificate.readKeyStore(InputStream stream, String type, String provider, char[] password) Read a Java keystore.
static KeyAndCertificate	KeyAndCertificate.readPkcs12(InputStream fileStream, char[] password) Read the the private key with associated certificate chain from a stream, e.g. a file input stream.
void	XMLDecrypterVerifier.registerDecryptionKey(KeyAndCertificate decryptionKey) This method does nothing because decryption is unsupported.
void	SMimeDecrypterVerifier.registerDecryptionKey(KeyAndCertificate decryptionKey)
abstract void	DecrypterVerifier.registerDecryptionKey(KeyAndCertificate decryptionKey) Register a key to be a decryption key for the associated certificate.
void	CMSDecrypterVerifier.registerDecryptionKey(KeyAndCertificate decryptionKey)
void	SMimeSignerEncrypter.setSigningKey(KeyAndCertificate signingKey)
void	SignerEncrypter.setSigningKey(KeyAndCertificate signingKey) Set the signing key.
void	CMSSignerEncrypter.setSigningKey(KeyAndCertificate signingKey)
void	XMLSignerEncrypter.setXAdESVersion(String version) Set the version string for the signed properties.
void	KeyAndCertificate.storePkcs12(OutputStream out, char[] password) Store this key and certificate (or certificate chain) to the given stream.
X509Certificate[]	CertValidator.validate(X509Certificate cert) This is a shortcut for validate(cert, null) and constructs and validates a certificate chain with respect to the current time.
X509Certificate[]	PkixCertValidator.validate(X509Certificate cert, Date date)
abstract X509Certificate[]	CertValidator.validate(X509Certificate cert, Date date) Validate the given certificate for which to construct and validate a certificate chain.
void	CertValidator.validateChain(X509Certificate[] certChain) This is a shortcut for validateChain(certChain, null) and validates the certificate chain with respect to the current time.
void	PkixCertValidator.validateChain(X509Certificate[] certChain, Date date)
abstract void	CertValidator.validateChain(X509Certificate[] certChain, Date date) Validate the given certificate chain, which is a complete chain excluding the trusted root certificate.
X509Certificate[]	DecrypterVerifier.verify(CertValidator validator) Verify the signature value of the signed data that was recently parsed using DecrypterVerifier.process(byte[]) or DecrypterVerifier.process(InputStream).
static void	KeyAndCertificate.writeKeyStore(KeyAndCertificate[] keys, OutputStream out, String type, String provider, char[] password) Store the given keys with their certificates (or certificate chains) to the given stream.