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For security purposes, encrypt your AK and SK and store them in the configuration file or environment variables. // In this example, the AK and SK are stored in environment variables for identity authentication.
Server-side encryption: You can use server-side encryption to encrypt data uploaded to OBS buckets. Cross-origin resource sharing (CORS): You can configure a CORS rule to enable cross-domain quests for OBS.
Server-side encryption: You can use server-side encryption to encrypt data uploaded to OBS buckets. Cross-origin resource sharing (CORS): You can configure a CORS rule to enable cross-domain quests for OBS.
data type privacy_detail String Personal privacy data details file_type String File type mimetypes String File type rule_list List<Map<String,String>> List of matched rules keyword String Keyword for matching sensitive data rules available_zone String AZ encrypted String Whether to encrypt
KMS Key: Select a KMS key and use it to encrypt sensitive data. If no KMS key is available, click Access KMS to go to the KMS console and create one. Agent: Select a DataArts Migration cluster as the connection agent.
Fully-encrypted database framework with software and hardware integrated Fully-encrypted database framework with software and hardware integrated: Based on the virtual TEE, the fully-encrypted framework can encrypt memory and ensure security isolation.
Encrypted Transmission Overview Encrypted transmission allows you to protect your data transmitted between clients and SFS Turbo file systems using the TLS protocol. As data needs to be encrypted and decrypted, you may experience a slight decrease in performance when encrypted transmission
Encrypted Transmission Overview Encrypted transmission allows you to protect your data transmitted between clients and SFS Turbo file systems using the TLS protocol. As data needs to be encrypted and decrypted, you may experience a slight decrease in performance when encrypted transmission
\clear_token The full encryption function is used to destroy the key cached on the server. This function is used only when the memory decryption emergency channel is enabled. \ct The full encryption function is used to destroy the key cached on the server.
For security purposes, encrypt your AK and SK and store them in the configuration file or environment variables. // In this example, the AK and SK are stored in environment variables for identity authentication.
For security purposes, encrypt your AK and SK and store them in the configuration file or environment variables. // In this example, the AK and SK are stored in environment variables for identity authentication.
For security purposes, encrypt your AK and SK and store them in the configuration file or environment variables. // In this example, the AK and SK are stored in environment variables for identity authentication.
EVS Disks Are Encrypted Rule Details Table 1 Rule details Parameter Description Rule Name volumes-encrypted-check Identifier volumes-encrypted-check Description If a mounted EVS disk is not encrypted, this disk is noncompliant. Tag evs, ecs Trigger Type Configuration change Filter
Encrypted Equality Query GS_CLIENT_GLOBAL_KEYS GS_CLIENT_GLOBAL_KEYS_ARGS GS_COLUMN_KEYS GS_COLUMN_KEYS_ARGS GS_ENCRYPTED_COLUMNS GS_ENCRYPTED_PROC Parent topic: System Catalogs
Encrypted Functions and Operators byteawithoutorderwithequalcolin(cstring) Description: Converts input data to the internal byteawithoutorderwithequalcol format. Parameter type: cstring Return type: byteawithoutorderwithequalcol byteawithoutorderwithequalcolout(byteawithoutorderwithequalcol
Encrypted Equality Query GS_CLIENT_GLOBAL_KEYS GS_CLIENT_GLOBAL_KEYS_ARGS GS_COLUMN_KEYS GS_COLUMN_KEYS_ARGS GS_ENCRYPTED_COLUMNS GS_ENCRYPTED_PROC Parent topic: System Catalogs
Encrypted Functions and Operators byteawithoutorderwithequalcolin(cstring) Description: Converts input data to the internal byteawithoutorderwithequalcol format. Parameter type: cstring Return type: byteawithoutorderwithequalcol byteawithoutorderwithequalcolout(byteawithoutorderwithequalcol
Configuring the Encrypted Transmission Scenario This topic describes how to configure the server and client parameters of the Flume service (including the Flume role) after the cluster is installed to ensure proper service running. This section applies to MRS 3.x or later. Prerequisites
Encrypted Functions and Operators byteawithoutorderwithequalcolin(cstring) Description: Converts input data to the internal byteawithoutorderwithequalcol format. Parameter type: cstring Return type: byteawithoutorderwithequalcol byteawithoutorderwithequalcolout(byteawithoutorderwithequalcol
Encrypted Functions and Operators byteawithoutorderwithequalcolin(cstring) Description: Converts input data to the internal byteawithoutorderwithequalcol format. Parameter type: cstring Return type: byteawithoutorderwithequalcol byteawithoutorderwithequalcolout(byteawithoutorderwithequalcol
