public final class PemPrivateKey extends AbstractReferenceCounted implements java.security.PrivateKey
PrivateKey which allows the
user to pass PEM/PKCS#8 encoded key material straight into OpenSslContext
without having to parse and re-encode bytes in Java land.
All methods other than what's implemented in PemEncoded and Destroyable
throw UnsupportedOperationExceptions.PemEncoded,
OpenSslContext,
valueOf(byte[]),
valueOf(ByteBuf),
Serialized Form| Modifier and Type | Method and Description |
|---|---|
ByteBuf |
content()
Return the data which is held by this
ByteBufHolder. |
PemPrivateKey |
copy()
Create a deep copy of this
ByteBufHolder. |
protected void |
deallocate()
Called once
AbstractReferenceCounted.refCnt() is equals 0. |
void |
destroy()
NOTE: This is a JDK8 interface/method.
|
PemPrivateKey |
duplicate()
Duplicate the
ByteBufHolder. |
java.lang.String |
getAlgorithm() |
byte[] |
getEncoded() |
java.lang.String |
getFormat() |
boolean |
isDestroyed()
NOTE: This is a JDK8 interface/method.
|
boolean |
isSensitive()
Returns
true if the PEM encoded value is considered
sensitive information such as a private key. |
PemPrivateKey |
retain()
Increases the reference count by
1. |
PemPrivateKey |
retain(int increment)
Increases the reference count by the specified
increment. |
static PemPrivateKey |
valueOf(byte[] key)
Creates a
PemPrivateKey from raw byte[]. |
static PemPrivateKey |
valueOf(ByteBuf key)
Creates a
PemPrivateKey from raw ByteBuf. |
refCnt, release, release, setRefCntclone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitrefCnt, release, releasepublic static PemPrivateKey valueOf(byte[] key)
PemPrivateKey from raw byte[].
ATTENTION: It's assumed that the given argument is a PEM/PKCS#8 encoded value.
No input validation is performed to validate it.public static PemPrivateKey valueOf(ByteBuf key)
PemPrivateKey from raw ByteBuf.
ATTENTION: It's assumed that the given argument is a PEM/PKCS#8 encoded value.
No input validation is performed to validate it.public boolean isSensitive()
true if the PEM encoded value is considered
sensitive information such as a private key.public ByteBuf content()
ByteBufHolderByteBufHolder.public PemPrivateKey copy()
ByteBufHolderByteBufHolder.public PemPrivateKey duplicate()
ByteBufHolderByteBufHolder. Be aware that this will not automatically call ByteBufHolder.retain().public PemPrivateKey retain()
ReferenceCounted1.retain in interface ReferenceCountedretain in class AbstractReferenceCountedpublic PemPrivateKey retain(int increment)
ReferenceCountedincrement.retain in interface ReferenceCountedretain in class AbstractReferenceCountedprotected void deallocate()
AbstractReferenceCountedAbstractReferenceCounted.refCnt() is equals 0.deallocate in class AbstractReferenceCountedpublic byte[] getEncoded()
getEncoded in interface java.security.Keypublic java.lang.String getAlgorithm()
getAlgorithm in interface java.security.Keypublic java.lang.String getFormat()
getFormat in interface java.security.Keypublic void destroy()
@Override annotation onto
this method.destroy in interface javax.security.auth.DestroyableDestroyable.destroy()public boolean isDestroyed()
@Override annotation onto
this method.isDestroyed in interface javax.security.auth.DestroyableDestroyable.isDestroyed()Copyright © 2008–2018 The Netty Project. All rights reserved.