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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.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 4. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 5.
If there is no such a default master key, OBS will create one and use it by default. sseC str Explanation: Algorithm used to encrypt and decrypt objects with SSE-C Value range: AES256 Default value: None sseCKeyMd5 str Explanation: MD5 value of the key for encrypting objects when
If there is no such a default master key, OBS will create one and use it by default. sseC str Explanation: Algorithm used to encrypt and decrypt objects with SSE-C Value range: AES256 Default value: None sseCKeyMd5 str Explanation: MD5 value of the key for encrypting objects when
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 4. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 5.
Value range: AES256, indicating Advanced Encryption Standard (AES) is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported.
Value range: AES256, indicating Advanced Encryption Standard (AES) is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported.
Value range: AES256, indicating Advanced Encryption Standard (AES) is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported.
Value range: AES256, indicating Advanced Encryption Standard (AES) is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported.
Value range: AES256, indicating Advanced Encryption Standard (AES) is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 8.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 9. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 8.
If there is no such a default master key, OBS will create one and use it by default. sseC str Explanation: Algorithm used to encrypt and decrypt objects with SSE-C Value range: AES256 Default value: None sseCKeyMd5 str Explanation: MD5 value of the key for encrypting objects when
If Default is used, the default key of the current region will be used to encrypt your objects. If there is no such a default key, OBS creates one the first time you upload an object.
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.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 7. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 9.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 7. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 6.
For security purposes, encrypt your access keys and store them in the configuration file or environment variables. In this example, access keys are stored in environment variables for identity authentication.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 11. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 10.
Value range: AES256, indicating AES is used to encrypt the object in SSE-C. For details, see Table 10. Default value: None sseAlgorithm SSEAlgorithmEnum No Explanation: Encryption algorithm. Restrictions: Only AES256 is supported. Value range: See Table 12.
