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Algorithm Method of encrypting connections between the user and the server. Global Permissions Permissions granted to the user to perform operations on all databases in the current instance. For details about the global permissions that can be configured, see Table 2.
You can use this tool to obtain the encrypted value. timeStamp Timestamp used for encrypting the password. The time format is YYYYMMDDHH. Figure 2 Example Initiating a Pressure Test In the JMeter directory on the left, choose Thread Group, set Number of Threads to 10000.
String Definition: Indicates the MD5 value of the key for encrypting the part when SSE-C is used. The MD5 value is used to ensure data integrity during key transmission.
Default value: None Table 2 SseCHeader Parameter Type Mandatory (Yes/No) Description encryption str Yes Explanation: SSE-C used for encrypting objects Value range: AES256 Default value: None key str Yes Explanation: Key used in SSE-C encryption.
If there is no such a default master key, the system will create one and use it by default. sseC str Explanation: SSE-C algorithm Value range: AES256 Default value: None sseCKeyMd5 str Explanation: MD5 value of the key for encrypting objects when SSE-C is used.
If there is no such a default master key, OBS will create one and use it by default. sseC str Explanation: SSE-C algorithm Value range: AES256 Default value: None sseCKeyMd5 str Explanation: MD5 value of the key for encrypting objects when SSE-C is used.
Example: "expiry-date=\"Mon, 11 Sep 2023 00:00:00 GMT\"" Default value: None sseKms str Explanation: SSE-KMS is used for encrypting objects on the server side.
Default value: None sseCKey byte[] Yes Explanation: Key used for encrypting the object when SSE-C is used, in bytes. Default value: None sseCKeyBase64 String No Explanation: Base64-encoded key used for encrypting the object when SSE-C is used.
Default value: None sseCKey byte[] Yes Explanation: Original key used for encrypting the object when SSE-C is used, in byte[] format. Default value: None sseCKeyBase64 String No Explanation: Base64-encoded original key used for encrypting the object when SSE-C is used.
Agency Name: set to EVSAccessKMS, which means that permissions have been assigned to EVS to obtain KMS keys for encrypting or decrypting EVS disks. KMS Key Name: specifies the name of the key used by the encrypted EVS disk.
If the metadata contains sensitive data, take appropriate measures to protect the sensitive data, for example, controlling access permissions and encrypting the data. Constraints N/A Range A maximum of 10 key-value pairs can be injected.
Video Encryption Video encryption refers to encrypting HLS video content using the HLS AES-128 protocol.
Default value: None cryptoKeyBytes byte[] Yes Explanation: Data key used for encrypting data. Restrictions: The value must be 32 bytes long. Default value: None cryptoIvBytes byte[] No Explanation: Initial value used for encrypting data.
Default value: None sseCKey byte[] Yes Explanation: Key used for encrypting the object when SSE-C is used, in byte[] format. Default value: None sseCKeyBase64 String No Explanation: Base64-encoded key used for encrypting the object when SSE-C is used.
If there is no such a default master key, the system will create one and use it by default. sseC str Explanation: SSE-C algorithm Value range: AES256 Default value: None sseCKeyMd5 str Explanation: MD5 value of the key for encrypting objects when SSE-C is used.
authorization policy is as follows: { "Version": "2012-10-17", "Statement": [ { "Effect": "Allow", "Action": "kms:Decrypt", "Resource": "arn:huaweicloud:kms:REGION:ACCOUNT_ID:keyring/kms-ring-123456/key/kms-key-123456" } ] } Add the KMS SDK code snippet to obtain the key for encrypting
website prompt and vulnerability notice; (2) sorting out asset categories and formulating database instance protection policies, such as designing active/standby instances or clusters, planning data backup and recovery, configuring VPCs and security groups, managing internet access, encrypting
Certificate Source: the source of a certificate for encrypting and authenticating HTTPS data transmission. If you select TLS secret, you need to further specify the Server Certificate. Create an IngressTLS or kubernetes.io/tls secret for storing each certificate.
Symmetric keys are suitable for encrypting and decrypting data. Asymmetric key ECC EC_P256 EC_P384 Elliptic curve recommended by NIST Digital signature and signature verification Asymmetric key ML-DSA NOTE: To enable the ML-DSA algorithm, submit a service ticket.
AK/SK-based authentication: Requests are authenticated by encrypting the request body using an AK/SK pair. Token-based Authentication A token specifies temporary permissions in a computer system.
