Release: AWS SDK for iOS 1.0.1

This sample demonstrates how to upload an image to Amazon S3 from your mobile device and how to make that image available on the web.

Customers now have the option to encrypt data stored "at rest" within Amazon S3. Amazon S3 Server Side Encryption provides customers with the ability to easily encrypt data -- securing their data in the cloud -- without the burden of building, managing, and securing a key management infrastructure.

This example stores an object and specifies that it should be encrypted:

     NSString *data = @"Test Data Here";
     S3PutObjectRequest *putObjectRequest = [[[S3PutObjectRequest alloc] initWithKey:MY_OBJECT_KEY inBucket:MY_BUCKET_NAME] autorelease];
     putObjectRequest.data = [data dataUsingEncoding:NSUTF8StringEncoding];
     putObjectRequest.serverSideEncryption  = kS3ServerSideEnryptionAES256;

     S3PutObjectResponse *response = [s3Client putObject:putObjectRequest];
     NSLog( @"Server Side Encryption = %@", response.serverSideEncryption );

For more information on encrypting your data using Amazon S3 Server Side Encryption, please see the Amazon S3 Developer Guide.

-(void)abortMultipartUploadWithUploadId:(NSString *)theUploadId

-(S3AbortMultipartUploadResponse *)abortMultipartUpload:(S3AbortMultipartUploadRequest *)abortMultipartUploadRequest

• Bucket names can include '+' symbols in the name, but the '+' symbol does not get replaced in URL encodings and can result in spaces in bucket names instead.
• It is possible to create an object with a key which includes characters that are not valid XML characters, which will cause an error in the response to the AmazonS3Client listObjects method. Refer to http://docs.amazonwebservices.com/AmazonS3/2006-03-01/index.html?UsingKeys.html for guidelines on Amazon S3 keys.