X509Certificate
Properties
One of the DSA cryptogaphic algorithm’s strength parameters, base
One of the DSA cryptogaphic algorithm’s strength parameters, prime
One of the DSA cryptogaphic algorithm’s strength parameters, sub-prime
One of the DSA cryptogaphic algorithm’s strength parameters
The Curve name for the ECDSA certificate.
Represents an elliptic curve (EC) finite field in ECDSA.
Possible values are: F2M , FP
The order of the middle term(s) of the reduction polynomial in elliptic curve (EC) | characteristic 2 finite field.| Contents of this array are copied to protect against subsequent modification in ECDSA.
The first coefficient of this elliptic curve in elliptic curve (EC) | characteristic 2 finite field for ECDSA.
The value whose i-th bit corresponds to the i-th coefficient of the reduction polynomial | in elliptic curve (EC) characteristic 2 finite field for ECDSA.
The specified prime for the elliptic curve prime finite field in ECDSA.
The first coefficient of this elliptic curve in ECDSA.
The second coefficient of this elliptic curve in ECDSA.
The co-factor in ECDSA.
x co-ordinate of G (the generator which is also known as the base point) in ECDSA.
y co-ordinate of G (the generator which is also known as the base point) in ECDSA.
The order of generator G in ECDSA.
The bytes used during curve generation for later validation in ECDSA.| Contents of this array are copied to protect against subsequent modification.
True if this is a CA certificate.
True if this certificate is valid.
the certificate issuers complete distinguished name
the certificate issuer’s common name
the time in epoch milliseconds at which the certificate becomes invalid
the time in epoch milliseconds at which the certificate becomes valid
Cryptographic algorithm used by the public key for data encryption.
Possible values are: RSA , DSA , ECDSA
size measured in bits of the public/private keys used in a cryptographic algorithm
An RSA public key is made up of the modulus and the public exponent. Exponent is a power number
An RSA public key is made up of the modulus and the public exponent. Modulus is wrap around number
certificate’s serial number
the signature value(the raw signature bits) used for signing and validate the cert
the algorithm used by the Certificate Authority to sign the certificate
the certificate owners complete distinguished name
the certificate owner’s common name
Certificate version (default v1)
JSON Example
{
"dsa_public_key_g": "string",
"dsa_public_key_p": "string",
"dsa_public_key_q": "string",
"dsa_public_key_y": "string",
"ecdsa_curve_name": "string",
"ecdsa_ec_field": "F2M",
"ecdsa_ec_field_f2mks": 0,
"ecdsa_ec_field_f2mm": 0,
"ecdsa_ec_field_f2mrp": "string",
"ecdsa_ec_field_f2pp": "string",
"ecdsa_public_key_a": "string",
"ecdsa_public_key_b": "string",
"ecdsa_public_key_cofactor": 0,
"ecdsa_public_key_generator_x": "string",
"ecdsa_public_key_generator_y": "string",
"ecdsa_public_key_order": "string",
"ecdsa_public_key_seed": [
"string"
],
"is_ca": false,
"is_valid": false,
"issuer": "string",
"issuer_cn": "string",
"not_after": 0,
"not_before": 0,
"public_key_algo": "RSA",
"public_key_length": 0,
"rsa_public_key_exponent": "string",
"rsa_public_key_modulus": "string",
"serial_number": "string",
"signature": "string",
"signature_algorithm": "string",
"subject": "string",
"subject_cn": "string",
"version": "string"
}
Vendor Extensions
x-vmw-nsx-module: CertificateManager
