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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.
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.
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.
Using TDE RDS for SQL Server uses Transparent Data Encryption (TDE) to protect data at rest by encrypting data files and backup files. Encryption in TDE is transparent to applications and meets compliance requirements.
to add the following configurations to the hive-site.xml file on the Spark2x client: <property> <name>hive.enforce.bucketing</name> <value>false</value> </property> <property> <name>hive.enforce.sorting</name> <value>false</value> </property> Spark does not support the feature of encrypting
to add the following configurations to the hive-site.xml file on the Spark2x client: <property> <name>hive.enforce.bucketing</name> <value>false</value> </property> <property> <name>hive.enforce.sorting</name> <value>false</value> </property> Spark does not support the feature of encrypting
Using TDE RDS for SQL Server uses Transparent Data Encryption (TDE) to protect data at rest by encrypting data files and backup files. Encryption in TDE is transparent to applications and meets compliance requirements.
Certificate Source: source of a certificate for encrypting and authenticating HTTPS data transmission. If you select a TLS key, you must create a key certificate of the IngressTLS or kubernetes.io/tls type beforehand. For details, see Creating a Secret.
CTS provides the following functions: Recording audit logs Querying audit logs Dumping audit logs Encrypting trace files Enabling notifications of key operations Viewing Key Operations With CTS, you can record operations associated with APIG for future query, audit, and backtracking
For details, see Encrypting Data in OBS.
"subnet_id": "f1df08c5-71d1-406a-aff0-de435a51007b", //Subnet ID "security_group_id": "7aa51dbf-5b63-40db-9724-dad3c4828b58", //Security group ID "password": "******", //Administrator password "disk_encryption_id": "d4825f1b-5e47-4ff7-8ca9-0960da1770b1", //Key ID for encrypting
For details, see Encrypting Data in OBS. Table 2 Parameters for configuring the transfer to LTS Parameter Description Transfer to LTS When Transfer to LTS is enabled, traces are transferred to the log stream.
Table 5 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. It corresponds to the encryption method.
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.
For details, see Encrypting Images. If you use a full-ECS image to create an ECS, the EVS disks associated with the full-ECS image do not support the function of creating disks using a data disk image.
Only lowercase letters, digits, hyphens (-), and periods (.) are allowed. bucket_location String Bucket location. kms_id String Key ID used for transferring and encrypting trace files.
The header value is a 256-bit, base64-encoded key. x-obs-server-side-encryption-customer-key-MD5: MD5 value of the key used for encrypting an object Uploading an Object - POST Initiating a Multipart Upload Uploading Parts Querying Object Metadata Downloading an Object Copying Parts
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.
Step 3: Performing a Simulated Encryption Test Before encrypting a database table, perform a simulation encryption test to check whether the database meets the encryption requirements. Log in to the web console of the instance as user sysadmin.
Its value is generated by encrypting TRANS_ENCRYPT_SAMPLE_STRING using a database secret key. The ciphertext is used to check whether the DEK obtained during secondary startup is correct. If the DEK is incorrect, CNs and DNs reject the startup.
