Uses of Class
net.named_data.jndn.security.tpm.TpmBackEnd.Error

Packages that use TpmBackEnd.Error

Package	Description
net.named_data.jndn.encrypt
net.named_data.jndn.security
net.named_data.jndn.security.tpm

Uses of TpmBackEnd.Error in net.named_data.jndn.encrypt

Methods in net.named_data.jndn.encrypt that throw TpmBackEnd.Error

Modifier and Type	Method and Description
Data	AccessManagerV2.addMember(CertificateV2 memberCertificate) Authorize a member identified by memberCertificate to decrypt data under the policy.
Name	Producer.createContentKey(double timeSlot, Producer.OnEncryptedKeys onEncryptedKeys) Call the main createContentKey method where onError is defaultOnError.
Name	Producer.createContentKey(double timeSlot, Producer.OnEncryptedKeys onEncryptedKeys, EncryptError.OnError onError) Create the content key corresponding to the timeSlot.
abstract Data	GroupManager.FriendAccess.createDKeyData(GroupManager groupManager, String startTimeStamp, String endTimeStamp, Name keyName, Blob privateKeyBlob, Blob certificateKey)
abstract Data	GroupManager.FriendAccess.createEKeyData(GroupManager groupManager, String startTimeStamp, String endTimeStamp, Blob publicKeyBlob)
List	GroupManager.getGroupKey(double timeSlot) Call the main getGroupKey where needRegenerate is default true.
List	GroupManager.getGroupKey(double timeSlot, boolean needRegenerate) Create a group key for the interval into which timeSlot falls.
void	Producer.produce(Data data, double timeSlot, Blob content) Call the main produce method where onError is defaultOnError.
void	Producer.produce(Data data, double timeSlot, Blob content, EncryptError.OnError onError) Encrypt the given content with the content key that covers timeSlot, and update the data packet with the encrypted content and an appropriate data name.

Constructors in net.named_data.jndn.encrypt that throw TpmBackEnd.Error

Constructor and Description
AccessManagerV2(PibIdentity identity, Name dataset, KeyChain keyChain, Face face) Create an AccessManagerV2 to serve the NAC public key for other data producers to fetch, and to serve encrypted versions of the private keys (as safe bags) for authorized consumers to fetch.

Uses of TpmBackEnd.Error in net.named_data.jndn.security

Methods in net.named_data.jndn.security that throw TpmBackEnd.Error

Modifier and Type	Method and Description
PibIdentity	KeyChain.createIdentityV2(Name identityName) Create a security V2 identity for identityName.
PibIdentity	KeyChain.createIdentityV2(Name identityName, KeyParams params) Create a security V2 identity for identityName.
PibKey	KeyChain.createKey(PibIdentity identity) Create a key for the identity according to getDefaultKeyParams().
PibKey	KeyChain.createKey(PibIdentity identity, KeyParams params) Create a key for the identity according to params.
void	KeyChain.deleteIdentity(PibIdentity identity) Delete the identity.
void	KeyChain.deleteKey(PibIdentity identity, PibKey key) Delete the given key of the given identity.
void	KeyChain.importSafeBag(SafeBag safeBag) Import a certificate and its corresponding private key encapsulated in a SafeBag, with a null password which imports an unencrypted PKCS #8 PrivateKeyInfo.
void	KeyChain.importSafeBag(SafeBag safeBag, ByteBuffer password) Import a certificate and its corresponding private key encapsulated in a SafeBag.
Interest	CommandInterestSigner.makeCommandInterest(Name name) Call the main makeCommandInterest where the signing params is the default SigningInfo() and wireFormat is WireFormat.getDefaultWireFormat() .
Interest	CommandInterestSigner.makeCommandInterest(Name name, SigningInfo params) Call the main makeCommandInterest where wireFormat is WireFormat.getDefaultWireFormat() .
Interest	CommandInterestSigner.makeCommandInterest(Name name, SigningInfo params, WireFormat wireFormat) Append the timestamp and nonce name components to the supplied name, create an Interest object and signs it with the KeyChain given to the constructor.
CertificateV2	KeyChain.selfSign(PibKey key) Generate a self-signed certificate for the public key and add it to the PIB.
CertificateV2	KeyChain.selfSign(PibKey key, WireFormat wireFormat) Generate a self-signed certificate for the public key and add it to the PIB.
Blob	KeyChain.sign(ByteBuffer buffer) Sign the byte buffer using the default key of the default identity.
Blob	KeyChain.sign(ByteBuffer buffer, SigningInfo params) Sign the byte buffer according to the supplied signing parameters.
void	KeyChain.sign(Data data) Wire encode the Data object, sign it with the default key of the default identity, and set its signature.
void	KeyChain.sign(Data data, SigningInfo params) Wire encode the Data object, sign it according to the supplied signing parameters, and set its signature.
void	KeyChain.sign(Data data, SigningInfo params, WireFormat wireFormat) Wire encode the Data object, sign it according to the supplied signing parameters, and set its signature.
void	KeyChain.sign(Data data, WireFormat wireFormat) Wire encode the Data object, sign it with the default key of the default identity, and set its signature.
void	KeyChain.sign(Interest interest) Sign the Interest with the default key of the default identity.
void	KeyChain.sign(Interest interest, SigningInfo params) Sign the Interest according to the supplied signing parameters.
void	KeyChain.sign(Interest interest, SigningInfo params, WireFormat wireFormat) Sign the Interest according to the supplied signing parameters.
void	KeyChain.sign(Interest interest, WireFormat wireFormat) Sign the Interest with the default key of the default identity.

Constructors in net.named_data.jndn.security that throw TpmBackEnd.Error

Constructor and Description
SafeBag(Name keyName, Blob privateKeyBag, Blob publicKeyEncoding) Create a SafeBag with given private key and a new self-signed certificate for the given public key, using DigestAlgorithm.SHA256 to sign it.
SafeBag(Name keyName, Blob privateKeyBag, Blob publicKeyEncoding, ByteBuffer password) Create a SafeBag with given private key and a new self-signed certificate for the given public key, using DigestAlgorithm.SHA256 to sign it.
SafeBag(Name keyName, Blob privateKeyBag, Blob publicKeyEncoding, ByteBuffer password, DigestAlgorithm digestAlgorithm) Create a SafeBag with given private key and a new self-signed certificate for the given public key.
SafeBag(Name keyName, Blob privateKeyBag, Blob publicKeyEncoding, ByteBuffer password, DigestAlgorithm digestAlgorithm, WireFormat wireFormat) Create a SafeBag with given private key and a new self-signed certificate for the given public key.

Uses of TpmBackEnd.Error in net.named_data.jndn.security.tpm

Subclasses of TpmBackEnd.Error in net.named_data.jndn.security.tpm

Modifier and Type	Class and Description
static class	TpmBackEndFile.Error A TpmBackEndFile.Error extends TpmBackEnd.Error and represents a non-semantic error in backend TPM file processing.

Methods in net.named_data.jndn.security.tpm that throw TpmBackEnd.Error

Modifier and Type	Method and Description
Name	Tpm.createKey_(Name identityName, KeyParams params) Create a key for the identityName according to params.
TpmKeyHandle	TpmBackEnd.createKey(Name identityName, KeyParams params) Create a key for the identityName according to params.
Blob	TpmKeyHandle.decrypt(ByteBuffer cipherText) Return the plain text which is decrypted from cipherText using this key.
Blob	Tpm.decrypt(ByteBuffer cipherText, Name keyName) Return the plain text which is decrypted from cipherText using the key with name keyName.
void	Tpm.deleteKey_(Name keyName) Delete the key with name keyName.
void	TpmBackEnd.deleteKey(Name keyName) Delete the key with name keyName.
Blob	TpmKeyHandle.derivePublicKey() Get the encoded public key derived from this key.
protected TpmKeyHandle	TpmBackEndFile.doCreateKey(Name identityName, KeyParams params) Create a key for identityName according to params.
protected TpmKeyHandle	TpmBackEndMemory.doCreateKey(Name identityName, KeyParams params) Create a key for identityName according to params.
protected abstract TpmKeyHandle	TpmBackEnd.doCreateKey(Name identityName, KeyParams params) Create a key for identityName according to params.
protected Blob	TpmKeyHandleMemory.doDecrypt(ByteBuffer cipherText)
protected abstract Blob	TpmKeyHandle.doDecrypt(ByteBuffer cipherText)
protected void	TpmBackEndFile.doDeleteKey(Name keyName) Delete the key with name keyName.
protected void	TpmBackEndMemory.doDeleteKey(Name keyName) Delete the key with name keyName.
protected abstract void	TpmBackEnd.doDeleteKey(Name keyName) Delete the key with name keyName.
protected Blob	TpmKeyHandleMemory.doDerivePublicKey()
protected abstract Blob	TpmKeyHandle.doDerivePublicKey()
protected Blob	TpmBackEndFile.doExportKey(Name keyName, ByteBuffer password) Get the encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
protected Blob	TpmBackEndMemory.doExportKey(Name keyName, ByteBuffer password) Get the encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
protected Blob	TpmBackEnd.doExportKey(Name keyName, ByteBuffer password) Get the encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
protected TpmKeyHandle	TpmBackEndFile.doGetKeyHandle(Name keyName) Get the handle of the key with name keyName.
protected TpmKeyHandle	TpmBackEndMemory.doGetKeyHandle(Name keyName) Get the handle of the key with name keyName.
protected abstract TpmKeyHandle	TpmBackEnd.doGetKeyHandle(Name keyName) Get the handle of the key with name keyName.
protected boolean	TpmBackEndFile.doHasKey(Name keyName) Check if the key with name keyName exists in the TPM.
protected boolean	TpmBackEndMemory.doHasKey(Name keyName) Check if the key with name keyName exists in the TPM.
protected abstract boolean	TpmBackEnd.doHasKey(Name keyName) Check if the key with name keyName exists in the TPM.
protected void	TpmBackEndFile.doImportKey(Name keyName, ByteBuffer pkcs8, ByteBuffer password) Import an encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
protected void	TpmBackEndMemory.doImportKey(Name keyName, ByteBuffer pkcs8, ByteBuffer password) Import an encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
protected void	TpmBackEnd.doImportKey(Name keyName, ByteBuffer pkcs8, ByteBuffer password) Import an encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
protected Blob	TpmKeyHandleMemory.doSign(DigestAlgorithm digestAlgorithm, ByteBuffer data)
protected abstract Blob	TpmKeyHandle.doSign(DigestAlgorithm digestAlgorithm, ByteBuffer data)
Blob	TpmBackEnd.exportKey(Name keyName, ByteBuffer password) Get the encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
Blob	Tpm.exportPrivateKey_(Name keyName, ByteBuffer password) Get the encoded private key with name keyName in PKCS #8 format, possibly encrypted.
TpmKeyHandle	TpmBackEnd.getKeyHandle(Name keyName) Get the handle of the key with name keyName.
Blob	Tpm.getPublicKey(Name keyName) Get the public portion of an asymmetric key pair with name keyName.
boolean	TpmBackEnd.hasKey(Name keyName) Check if the key with name keyName exists in the TPM.
boolean	Tpm.hasKey(Name keyName) Check if the key with name keyName exists in the TPM.
void	TpmBackEnd.importKey(Name keyName, ByteBuffer pkcs8, ByteBuffer password) Import an encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
void	Tpm.importPrivateKey_(Name keyName, ByteBuffer pkcs8, ByteBuffer password) Import an encoded private key with name keyName in PKCS #8 format, possibly password-encrypted.
boolean	TpmBackEnd.isTerminalMode() Check if the TPM is in terminal mode.
boolean	Tpm.isTerminalMode() Check if the TPM is in terminal mode.
boolean	TpmBackEnd.isTpmLocked() Check if the TPM is locked.
boolean	Tpm.isTpmLocked() Check if the TPM is locked.
protected static void	TpmBackEnd.setKeyName(TpmKeyHandle keyHandle, Name identityName, KeyParams params) Set the key name in keyHandle according to identityName and params.
void	TpmBackEnd.setTerminalMode(boolean isTerminal) Set the terminal mode of the TPM.
void	Tpm.setTerminalMode(boolean isTerminal) Set the terminal mode of the TPM.
Blob	Tpm.sign(ByteBuffer data, Name keyName, DigestAlgorithm digestAlgorithm) Compute a digital signature from the byte buffer using the key with name keyName.
Blob	TpmKeyHandle.sign(DigestAlgorithm digestAlgorithm, ByteBuffer data) Compute a digital signature from the byte buffer using this key with digestAlgorithm.
boolean	TpmBackEnd.unlockTpm(ByteBuffer password) Unlock the TPM.
boolean	Tpm.unlockTpm(ByteBuffer password) Unlock the TPM.