UIDs

Symmetric cipher +algorithm UIDs + + + +UID +Description +Value +RFC standard + + + + +

KDesUid

DES (Data Encryption Standard) algorithm

0x10283179

RFC +2406

+ + +

K3DesUid

3DES (Triple Data Encryption Standard) algorithm

0x1028317a

RFC +2405

RFC +2420

+ + +

KRc2Uid

RC2 algorithm

0x1028317b

RFC +2268

+ + +

KArc4Uid

ARC4 ('alleged' RC4) algorithm (strong random number generator)

0x1028317c

RFC +2144

+ + +

KAesUid

AES (Advanced Encryption Standard)

0x1028317d

RFC +3268

+ + +

KMisty1Uid

Misty1 algorithm

0x102831be

RFC +2994

+ + +

KMisty2Uid

Misty2 algorithm

0x102831bf

+ + + +

KKasumiUid

Kasumi algorithm

0x102831c0

RFC +3711

+ + + +

The symmetric cipher algorithm UIDs are used by the following +CryptoSPI APIs:

CSymmetricCipherFactory::CreateSymmetricCipherL()
CRuleSelector::CreateSymmetricCipherL()
CCryptoPluginEntry::CreateSymmetricCipherL()
CAsymmetricCipherFactory::CreateAsymmetricCipherL()
CRuleSelector::CreateAsymmetricCipherL()
CCryptoPluginEntry::CreateAsymmetricCipherL()

Asymmetric +cipher algorithm UIDs + + + +UID +Description +Value +RFC standard + + + + +

KRsaCipherUid

RSA

0x1028317e

RFC +2437: PKCS #1: RSA Cryptography Specifications Version 2.0

RFC 2313 - PKCS +#1: RSA Encryption Version 1.5

+ + + +

The asymmetric cipher algorithm UIDs are used by the following + CryptoSPI APIs:

CAsymmetricCipherFactory::CreateAsymmetricCipherL()
CRuleSelector::CreateAsymmetricCipherL()
CCryptoPluginEntry::CreateAsymmetricCipherL()
CAsymmetricCipherFactory::CreateAsyncAsymmetricCipherL()
CRuleSelector::CreateAsyncAsymmetricCipherL()

Signer algorithm +UIDs + + + +UID +Description +Value +RFC standard + + + + +

KRsaSignerUid

RSA Signer algorithm

0x1028317f

RFC +4853

+ + +

KDsaSignerUid

DSA Signer algorithm

0x10283180

RFC +3279

+ + + +

The signer algorithm UIDs are used by the following CryptoSPI +APIs:

CSignatureFactory::CreateSignerL()
CRuleSelector::CreateSignerL()
CSignatureFactory::CreateAsyncSignerL()
CRuleSelector::CreateAsyncSignerL()

Verifier algorithm +UIDs + + + +UID +Description +Value +RFC standard + + + + +

KRsaVerifierUid

RSA Verifier algorithm

0x10283181

RFC +4853

+ + +

KDsaVerifierUid

DSA Verifier algorithm

0x10283182

RFC +3279

+ + + +

The verifier algorithm UIDs are used by the following CryptoSPI +APIs:

CSignatureFactory::CreateVerifierL()
MPluginSelector::CreateVerifierL()
CSignatureFactory::CreateAsyncVerifierL()
CRuleSelector::CreateAsyncVerifierL()

Key Agreement +algorithm UIDs + + + +UID +Description +Value +RFC standard + + + + +

KDHAgreementUid

Diffie-Hellman Key Agreement algorithm

0x10283183

RFC +2631

+ + + +

The Key Agreement algorithm UIDs are used by the following CryptoSPI +APIs:

CKeyAgreementFactory::CreateKeyAgreementL()
CRuleSelector::CreateKeyAgreementL()
CCryptoPluginEntry::CreateKeyAgreementL()
CKeyAgreementFactory::CreateAsyncKeyAgreementL()
CRuleSelector::CreateAsyncKeyAgreementL()

Key Pair Generator +algorithm UIDs + + + +UID +Description +Value +RFC standard + + + + +

KDHKeyPairGeneratorUid

DH Key Pair Generator algorithm

0x10283184

RFC +2539

+ + +

KRSAKeyPairGeneratorUid

RSA Key Pair Generator algorithm

0x10283185

RFC +4055

+ + +

KDSAKeyPairGeneratorUid

DSA Key Pair Generator algorithm

0x10283186

+ + + + +

The Key Pair Generator algorithm UIDs are used by the following +CryptoSPI APIs:

CKeyPairGeneratorFactory::CreateAsyncKeyPairGeneratorL()
CRuleSelector::CreateAsyncKeyPairGeneratorL()

Padding modes + + + +UID +Description +Value + + + + +

KPaddingModeNoneUid

Padding Mode None Uid

0x10283188

+ + +

KPaddingModeSSLv3Uid

SSLv3 Padding Mode Uid

0x10283189

+ + +

KPaddingModePKCS7Uid

PKCS7 Padding Mode Uid

0x1028318a

+ + +

KPaddingModePkcs1_v1_5_EncryptionUid

Pkcs1 v1.5 Encryption Padding mode Uid

0x1028318b

+ + +

KPaddingModePkcs1_v1_5_SignatureUid

Pkcs1 v1.5 Signature Padding mode Uid

0x1028318c

+ + + +

The padding modes are used by the following CryptoSPI APIs:

CAsymmetricCipherFactory::CreateAsymmetricCipherL()
CAsymmetricCipherFactory::CreateAsyncAsymmetricCipherL()

Cryptography +modes + + + +UID +Description +Value + + + + +

KCryptoModeEncryptUid

Crypto Encrypt Mode Uid

0x1028318d

+ + +

KCryptoModeDecryptUid

Crypto Decrypt Mode Uid

0x1028318e

+ + +

KCryptoModeNoneUid

Crypto None Mode Uid

0x1028318f

+ + + +

The cryptography modes are used by the following CryptoSPI APIs:

CAsymmetricCipherFactory::CreateAsymmetricCipherL()
CAsymmetricCipherFactory::CreateAsyncAsymmetricCipherL()

Hash algorithm UIDs + + + +UID +Description +Value +RFC standard + + + + +

KMd2Uid

MD2, Message-Digest Algorithm

0x10283173

RFC +1319

+ + +

KMd4Uid

MD4, Message-Digest Algorithm (Output: 128 bit message digest)

0x2000B341

RFC +1320

+ + +

KMd5Uid

MD5 ,Message-Digest Algorithm (output:128-bit "fingerprint" or "message +digest)

0x10283174

RFC +1321

+ + +

KSha1Uid

Secure Hash Algorithm(output: 160-bit message digest)

0x10283175

FIPS +180-1 and RFC +3174

+ + +

KSha224Uid

Sha224 algorithm

0x2000E258

FIPS 180-2 (with change notice), RFC3874 and FIPS 180-3

+ + +

KSha256Uid

Sha256 algorithm

0x2000E259

FIPS 180-2 and RFC 4634

+ + +

KSha384Uid

Sha384 algorithm

0x2000E25A

FIPS 180-2 and RFC 4634

+ + +

KSha512Uid

Sha512 algorithm

0x2000E25B

FIPS 180-2 and RFC 4634

+ + + +

The hash algorithm UIDs are used by the following APIs:

CryptoSpi::CHashFactory::CreateHashL()
CryptoSpi::CRuleSelector::CreateHashL()
CryptoSpi::CCryptoPluginEntry::CreateHashL()
CryptoSpi::CHashFactory::CreateAsyncHashL()
CryptoSpi::CRuleSelector::CreateAsyncHashL()

Random algorithm UIDs + + + +UID +Description +Value + + + + +

KRandomUid

Random algorithm UID

0x10283178

+ + + +

The random algorithm UIDs are used by the following APIs:

CryptoSpi::CRandomFactory::CreateRandomL()
CryptoSpi::CRuleSelector::CreateRandomL()
CryptoSpi::CRandomFactory::CreateAsyncRandomL()
CryptoSpi::CRuleSelector::CreateAsyncRandomL()

Symmetric key algorithm UIDs + + + +UID +Description +Value + + + + +

KDesUid

Des algorithm UID

0x10283179

+ + +

K3DesUid

3Des algorithm UID

0x1028317a

+ + +

KRc2Uid

RC2 algorithm UID

0x1028317b

+ + +

KArc4Uid

ARC4 algorithm UID

0x1028317c

+ + +

KAesUid

AES algorithm UID

0x1028317d

+ + +

KMisty1Uid

Misty1 algorithm UID

0x102831be

+ + +

KMisty2Uid

Misty2 algorithm UID

0x102831bf

+ + +

KKasumiUid

Kasumi algorithm UID

0x102831c0

+ + + +

The symmetric key algorithm UIDs are used by the following API:

CryptoSpi::CSymmetricCipher::CSymmetricCipher()

Asymmetric key algorithm UIDs + + + +UID +Description +Value + + + + +

KRsaCipherUid

RSA Cipher algorithm UID

0x1028317e

+ + +

KRsaSignerUid

RSA Signer algorithm UID

0x1028317f

+ + +

KRsaVerifierUid

RSA Verifier algorithm UID

0x10283181

+ + +

KRSAKeyPairGeneratorUid

RSA Key Pair Generator algorithm UID

0x10283185

+ + +

KDsaSignerUid

DSA Signer algorithm UID

0x10283180

+ + +

KDsaVerifierUid

DSA Verifier algorithm UID

0x10283182

+ + +

KDSAKeyPairGeneratorUid

DSA Key Pair Generator algorithm UID

0x10283186

+ + +

KDHAgreementUid

DH Agreement algorithm UID

0x10283183

+ + +

KDHKeyPairGeneratorUid

DH Key Pair Generator algorithm UID

0x10283184

+ + +

KEccCipherUid

ECC Key Cipher algorithm UID

0x20024482

+ + +

KEccSignerUid

ECC Key Signer algorithm UID

0x20024483

+ + +

KEccVerifierUid

ECC Key Verifier algorithm UID

0x20024486

+ + +

KEccKeyPairGeneratorUid

ECC Key Pair Generator algorithm UID

0x20024487

+ + + +

Note: The ECC key UIDs are enabled only if the macros SYMBIAN_ENABLE_SDP_ECC and SYMBIAN_ENABLE_SDP_WMDRM_SUPPORT are enabled.

The asymmetric key algorithm UIDs are used by the following +API:

CryptoSpi::CAsymmetricCipher::CAsymmetricCipher()

Other UIDs + + + +UID +Description +Value + + + + +

KPassedHandleToKeyUid

Use this UID as CKey key parameter, +whenever the CryptoSPI user has just the handle and not the actual key. The +CryptoSPI plug-in searches for this ID and invokes the appropriate APIs for +providing access to the key.

Note: This UID is enabled only +if the SYMBIAN_ENABLE_SDP_WMDRM_SUPPORT macro is enabled.

0x20025161

+ + + +

Example usage of KPassedHandleToKeyUid

The following +sequence of steps explains the use of KPassedHandleToKeyUid in +the key parameter, which, along with the key property creates a CKey object. +This CKey object is one of the parameters +in the creation of a signer object, which can be used for performing signing +operations.

Define the key property.

Create +a CCryptoParams object for the key parameter. Add the key +handle and KPassedHandleToKeyUid to the CCryptoParams object +by using CCryptoParams::AddL().
Create a CKey object +by passing instance of the key property and the CCryptoParams object +containing KPassedHandleToKeyUid.
Create a signer object +by using the CKey object as one of the +parameters. This signer object can be used for performing signing operations.

The following code snippet demonstrates the use of KPassedHandleToKeyUid:

+. +. +. +// Define the key property +TKeyProperty keyProperty; +keyProperty.iAlgorithmUid = KRsaSignerUid; + +// Create the key parameter object +CCryptoParams* keyParameters = CCryptoParams::NewLC(); + +// iHandle is of type TCTTokenObjectHandle. It contains handle to the key +keyParameters->AddL(iHandle.iObjectId, KPassedHandleToKeyUid); + +// Create a CKey object +CKey* newKey = CKey::NewL(keyProperty, *keyParameters); + +// Create a signer plug-in object +CSigner * implsig = NULL; + +// Create the signer object +CSignatureFactory::CreateSignerL(implsig, KRsaSignerUid, *newKey, KPaddingModePkcs1_v1_5_SignatureUid, NULL); +. +. +. +

Operation modes + + + +UID +Description +Value + + + + +

KOperationModeNoneUid

None Mode UID

0x10283190

+ + +

KOperationModeECBUid

ECB Mode UID

0x10283191

+ + +

KOperationModeCBCUid

CBC Mode UID

0x10283192

+ + +

KOperationModeOFBUid

OFB Mode UID

0x10283193

+ + +

KOperationModeCFBUid

CFB Mode UID

0x10283194

+ + +

KOperationModeCTRUid

CTR Mode UID

0x10283195

+ + + +

The operation modes are used by the following APIs:

CryptoSpi::CHashFactory::CreateHashL()
CryptoSpi::CHashFactory::CreateAsyncHashL()