Elliptic Curve Point

1. Note that this octet string may represent an elliptic curve point in compressed or uncompressed form. (Web site)

Section

1. Let lHash = Hash(L), an octet string of length hLen (see the note in Section 7.1.1). (Web site)

Label

1. The parameters field associated with id-pSpecified shall have a value of type OCTET STRING, containing the label. (Web site)

Zero

1. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length. (Web site)

Uniquely

1. Each such protocol interface is uniquely identified by an octet string. (Web site)

Result

1. The result of the method is an octet string. (Web site)

Output

1. RSASSA-PSS Signature Values The output of the RSASSA-PSS signature algorithm is an octet string, which has the same length in octets as the RSA modulus n. (Web site)

Password

1. Throughout this document, a password is considered to be an octet string of arbitrary length whose interpretation as a text string is unspecified. (Web site)

Data

1. A block type BT, a padding string PS, and the data D shall be formatted into an octet string EB, the encryption block. (Web site)

Specified

1. In this version of PKCS #1, P is an octet string that is specified explicitly. (Web site)

Nonnegative Integer

1. I2OSP converts a nonnegative integer to an octet string of a specified length. (Web site)

Pkcs #5

1. It shall either be an octet string or an algorithm ID with an OID in the set PBKDF2-SaltSources, which is reserved for future versions of PKCS #5. (Web site)

Secret Key

1. Password-based encryption (PKCS #5) describes a method for encrypting an octet string with a secret key derived from a password. (Web site)

Yielding

1. The private-key information is BER encoded, yielding an octet string. (Web site)

Input

1. Assuming that values for the specific key and cipher state are correctly-produced, no input octet string may result in an error indication. (Web site)
2. Specifically, the input is the encapContentInfo eContent OCTET STRING to which the authentication process is applied. (Web site)

Value

1. One example of a private-key algorithm is PKCS #1's rsaEncryption [PKCS#1]. privateKey is an octet string whose contents are the value of the private key. (Web site)
2. The value of the certificationRequestInfo field is DER encoded, yielding an octet string. (Web site)
3. The value of ECPoint SHALL be the octet string representation of an elliptic curve point following the conversion routine in [X9.62], Section 4.3.6. (Web site)

Nonce

1. However, the use of OCTET STRING within GCMParameters requires the nonce to be a multiple of 8 bits. (Web site)

Encrypted

1. Instead of using an IV, OpenPGP prefixes an octet string to the data before it is encrypted.

Encrypted Data

1. The data D shall be encrypted with the signer's RSA private key as described in Section 7 to give an octet string ED, the encrypted data. (Web site)
2. The signature S shall be converted into an octet string ED, the encrypted data. (Web site)

Message

1. The message encoding operation is again applied to the message, and the result is compared to the recovered octet string. (Web site)
2. The message M shall be digested with the selected message- digest algorithm to give an octet string MD, the message digest. (Web site)

Encoded

1. The value of the Protocol field is encoded in an octet string as [ 0.0.0.a ], where 'a' is the protocol field. (Web site)
2. The private-key information is encoded, yielding an octet string.

Encryption Process

1. The input to the encryption process shall be an octet string D, the data; an integer n, the modulus; and an integer c, the exponent. (Web site)
2. The output from the encryption process shall be an octet string C, the ciphertext. (Web site)
3. The output from the encryption process shall be an octet string ED, the encrypted data. (Web site)

Decryption Process

1. The output from the decryption process shall be an octet string D, the data. (Web site)
2. The output from the decryption process shall an octet string M, the message.
3. The input to the decryption process shall be an octet string ED, the encrypted data; an integer n, the modulus; and an integer c, the exponent. (Web site)

Signer

1. The signature value generated by the signer is encoded as an OCTET STRING and carried in the signature field. (Web site)

Octet

1. Internally, programs that manipulate domain names represent them as sequences of labels, where each label is a length octet followed by an octet string. (Web site)

Octets

1. That is, the message digest is computed over the octets comprising the value of the OCTET STRING, neither the tag nor length octets are included. (Web site)
2. The octet string may contain zero or more octets. (Web site)
3. Convert counter to an octet string C of length 4 octets (see Section 4.1): C = I2OSP (counter, 4). (Web site)

Octet String

1. The encryption operation maps an octet string (the message) to another octet string (the ciphertext) under control of a content-encryption key. (Web site)
2. Examples include SHA-1, MD2, and MD5. A message-digest algorithm maps an octet string (the message) to another octet string (the message digest). (Web site)
3. The input to the verification process shall be an octet string M, the message; a signer's public key; and a bit string S, the signature. (Web site)

Categories

1. Octets
2. Md2
3. Decryption Process
4. Message Digest
5. Encoded
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