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IKeyStoreSaveListener
listener that will be notified on each KeyStore
modification event
IKeyStoreSearchListener
listener that will be notified on each search of a key that is not present in this KeyStore
PGPLib.decryptAndVerify(String, KeyStore, String, String)
instead
PGPLib.decryptAndVerifyFile(String, String, String, String, String)
instead
PGPLib.decryptAndVerify(String, KeyStore, String, String)
instead
PGPLib.decryptAndVerifyTo(String, String, String, String, String)
instead
PGPLib.decryptAndVerifyStream(InputStream, KeyStore, String, OutputStream)
instead
PGPLib.decryptAndVerify(InputStream, InputStream, String, InputStream, OutputStream)
instead
PGPLib.decryptAndVerifyTo(InputStream, InputStream, String, InputStream, String)
instead
PGPLib.decryptAndVerifyTo(InputStream, KeyStore, String, String)
instead
PGPLib.decryptAndVerify(String, String, String, String, StringBuffer)
instead
PGPLib.decryptAndVerify(String, String, String, String, StringBuffer, String)
instead
PGPLib.decryptAndVerify(String, String, String, String, StringBuffer, String)
instead
KeyStore
Example:
KeyStore
Example:
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
instead
instead
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
#setCompression(CompressionAlgorithm)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
#setCompression(CompressionAlgorithm)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
#setCompression(CompressionAlgorithm)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
if supported
by the public key, otherwise the first supported by the key algorithm is used.
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
#generateKeyPair(int, String, KeyAlgorithm, String, CompressionAlgorithm[], HashAlgorithm[], CypherAlgorithm[])
KeyStore
instance.
long
) corresponding to this Hexadecimal Key Id.
long
) corresponding to this User Id.
KeyStore
instance.
KeyStore
save events.KeyStore
key search events.KeyPairInformation
object into this KeyStore instance
KeyPairInformation
into this KeyStore instance
PGPLib.setCompression(String)
,
PGPLib.setCypher(String)
, PGPLib.setHash(String)
override the used key preferences
System.out
SignatureItem
for the signatures contained in a signed only archive
SignatureItem
for the signatures contained in a given OpenPGP archive
SignatureItem
for the signatures contained in a signed only archive
SignatureItem
for the signatures contained in a given OpenPGP archive
KeyStore
modification event
IKeyStoreSaveListener
listener that was registered with this KeyStore
IKeyStoreSearchListener
listener that was registered with this KeyStore
RevocationLib.revokeUserIdSignature(KeyStore, long, String, String, byte, String)
instead
KeyStore
instance to disk.
KeyStore
to call save()
automatically after each
operation that modifies it (for example import key, delete key, etc.)
#generateKeyPair(int, String, KeyAlgorithm, String, CompressionAlgorithm[], HashAlgorithm[], CypherAlgorithm[])
PGPLib.setCompression(String)
,
PGPLib.setCypher(String)
, PGPLib.setHash(String)
override the used key preferences
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setCypher(String)
PGPLib.setHash(String)
PGPLib.setCompression(String)
PGPLib.setHash(String)
KeyStore
and are sure that the trusted third party is really the person they claim to be, you can sign his/her keys.
PGPLib.setCompression(String)
PGPLib.setHash(String)
PGPLib.verifyWithoutExtracting(String, String)
instead
PGPLib.verifyStream(InputStream, InputStream)
PGPLib.verifyWithoutExtracting(InputStream, InputStream)
instead
PGPLib.verifyAndExtract(InputStream, InputStream, OutputStream)
instead
PGPLib.verifyAndExtract(InputStream, KeyStore, OutputStream)
instead
PGPLib.verifyAndExtract(String, String, StringBuffer)
instead
PGPLib.verifyAndExtract(String, String, StringBuffer, String)
instead
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