@Generated(value="OracleSDKGenerator", comments="API Version: 20160918") public class CreateMultipartUploadRequest extends BmcRequest<CreateMultipartUploadDetails>
Example: Click here to see how to use CreateMultipartUploadRequest.
Modifier and Type | Class and Description |
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static class |
CreateMultipartUploadRequest.Builder |
Modifier and Type | Method and Description |
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static CreateMultipartUploadRequest.Builder |
builder() |
protected boolean |
canEqual(Object other) |
boolean |
equals(Object o)
Uses getInvocationCallback and getRetryConfiguration to determine if passed
request is equal to ‘this’.
|
CreateMultipartUploadDetails |
getBody$()
Alternative accessor for the body parameter.
|
String |
getBucketName()
The name of the bucket.
|
CreateMultipartUploadDetails |
getCreateMultipartUploadDetails()
Request object for creating a multipart upload.
|
String |
getIfMatch()
The entity tag (ETag) to match with the ETag of an existing resource.
|
String |
getIfNoneMatch()
The entity tag (ETag) to avoid matching.
|
String |
getNamespaceName()
The Object Storage namespace used for the request.
|
String |
getOpcClientRequestId()
The client request ID for tracing.
|
String |
getOpcSseCustomerAlgorithm()
The optional header that specifies “AES256” as the encryption algorithm.
|
String |
getOpcSseCustomerKey()
The optional header that specifies the base64-encoded 256-bit encryption key to use to encrypt or
decrypt the data.
|
String |
getOpcSseCustomerKeySha256()
The optional header that specifies the base64-encoded SHA256 hash of the encryption key.
|
String |
getOpcSseKmsKeyId()
The OCID of a master encryption key used to call the Key
Management service to generate a data encryption key or to encrypt or decrypt a data encryption key.
|
int |
hashCode()
Uses invocationCallback and retryConfiguration to generate a hash.
|
CreateMultipartUploadRequest.Builder |
toBuilder() |
String |
toString() |
getInvocationCallback, getRetryConfiguration, setInvocationCallback, setRetryConfiguration, supportsExpect100Continue
public CreateMultipartUploadDetails getBody$()
Alternative accessor for the body parameter.
getBody$
in class BmcRequest<CreateMultipartUploadDetails>
public static CreateMultipartUploadRequest.Builder builder()
public CreateMultipartUploadRequest.Builder toBuilder()
public boolean equals(Object o)
BmcRequest
Uses getInvocationCallback and getRetryConfiguration to determine if passed request is equal to ‘this’.
equals
in class BmcRequest<CreateMultipartUploadDetails>
protected boolean canEqual(Object other)
public int hashCode()
BmcRequest
Uses invocationCallback and retryConfiguration to generate a hash.
hashCode
in class BmcRequest<CreateMultipartUploadDetails>
public String getNamespaceName()
The Object Storage namespace used for the request.
public String getBucketName()
The name of the bucket. Avoid entering confidential information.
Example: my-new-bucket1
public CreateMultipartUploadDetails getCreateMultipartUploadDetails()
Request object for creating a multipart upload.
public String getIfMatch()
The entity tag (ETag) to match with the ETag of an existing resource. If the specified ETag matches the ETag of the existing resource, GET and HEAD requests will return the resource and PUT and POST requests will upload the resource.
public String getIfNoneMatch()
The entity tag (ETag) to avoid matching. The only valid value is ‘*’, which indicates that the request should fail if the resource already exists.
public String getOpcClientRequestId()
The client request ID for tracing.
public String getOpcSseCustomerAlgorithm()
The optional header that specifies “AES256” as the encryption algorithm. For more information, see Using Your Own Keys for Server-Side Encryption.
public String getOpcSseCustomerKey()
The optional header that specifies the base64-encoded 256-bit encryption key to use to encrypt or decrypt the data. For more information, see Using Your Own Keys for Server-Side Encryption.
public String getOpcSseCustomerKeySha256()
The optional header that specifies the base64-encoded SHA256 hash of the encryption key. This value is used to check the integrity of the encryption key. For more information, see Using Your Own Keys for Server-Side Encryption.
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