com.aliyun.sdk.service.kms20160120.models

类 CertificatePrivateKeySignRequest.Builder

java.lang.Object

com.aliyun.sdk.service.kms20160120.models.CertificatePrivateKeySignRequest.Builder

所有已实现的接口:

darabonba.core.RequestModel.Builder<CertificatePrivateKeySignRequest,CertificatePrivateKeySignRequest.Builder>

封闭类:

CertificatePrivateKeySignRequest

public static final class CertificatePrivateKeySignRequest.Builder
extends Object

方法概要

限定符和类型	方法和说明
CertificatePrivateKeySignRequest.Builder	algorithm(String algorithm) The signature algorithm.
CertificatePrivateKeySignRequest	build()
CertificatePrivateKeySignRequest.Builder	certificateId(String certificateId) The ID of the certificate.
CertificatePrivateKeySignRequest.Builder	message(String message) The data to be signed.
CertificatePrivateKeySignRequest.Builder	messageType(String messageType) The type of the message.

从类继承的方法 java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

方法详细资料

algorithm

public CertificatePrivateKeySignRequest.Builder algorithm(String algorithm)

The signature algorithm. Valid values:

* RSA_PKCS1\_SHA\_256 * RSA_PSS_SHA\_256 * ECDSA_SHA\_256 * SM2DSA >* The SM2DSA signature algorithm is supported only in regions where managed hardware security modules (HSMs) are used in mainland China. For more information, see [Managed HSM overview](~~125803~~).

certificateId

public CertificatePrivateKeySignRequest.Builder certificateId(String certificateId)

The ID of the certificate. The ID must be globally unique in Certificates Manager.

message

public CertificatePrivateKeySignRequest.Builder message(String message)

The data to be signed.

The value is encoded in Base64. For example, if the hexadecimal data that you want to sign is `[0x31, 0x32, 0x33, 0x34]`, the Base64-encoded data is `MTIzNA==`. If the MessageType parameter is set to RAW, the size of the data must be less than or equal to 4 KB. If the size of the data is greater than 4 KB, you can set the MessageType parameter to DIGEST and set the Message parameter to the digest of the data. The digest is also called hash value. You can compute the digest of the data on an on-premises machine. Certificates Manager uses the digest that you compute in your own certificate application system. The message digest algorithm that you use must match the specified signature algorithm. Comply with the following mapping between signature algorithms and message digest algorithms: * If the signature algorithm is RSA_PKCS1\_SHA\_256, RSA_PSS_SHA\_256, or ECDSA_SHA\_256, the message digest algorithm must be SHA-256. * If the signature algorithm is SM2DSA, the message digest algorithm must be SM3. > If the key type of the certificate is EC_SM2 and the MessageType parameter is set to DIGEST, the value of the Message parameter is `e` that is described in GB/T 32918.2-2016 6.1.

messageType

public CertificatePrivateKeySignRequest.Builder messageType(String messageType)

The type of the message. Valid values:

* RAW: the raw data. This is the default value. * DIGEST: the message digest (hash value) of the raw data.

build

public CertificatePrivateKeySignRequest build()