Amazon Aws File Hosting – Amazon Simple Storage Service (Amazon S3) is an object storage service that offers industry-leading scalability, data availability, security, and performance. Customers of all sizes and industries can store and protect any amount of data in virtually any use case, including data lakes, cloud-native applications, and mobile apps. With cost-effective storage classes and easy-to-use management features, you can optimize costs, organize data, and configure fine-tuned access controls to meet your specific business, organizational, and compliance requirements.
This diagram shows how to move data to Amazon S3, manage data stored in Amazon S3, and analyze data with other services. Three sections are displayed from left to right.
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The first section contains diagrams of databases, servers, and documents. The first section is titled “Moving Data”. The first section says, “Move your data to Amazon S3 anywhere: in the cloud, in your applications, or on-premises.” Nearby icons indicate different types of data: “Analytic data” “Log files” “Application data” “Video and photos” and “Backup and archive”
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The second section depicts an empty bucket. The second section is titled “Amazon S3”. The second section says, “Object storage is designed to store and retrieve any amount of data from anywhere.”
The second section contains more text under the heading “Store Data”. The text says, “Create buckets, specify regions, access control and management options. Upload any amount of data.” The adjacent picture shows a bucket with squares, circles and triangles.
The second section also contains icons representing Amazon S3 features. Capabilities include “Control access to data”, “Use storage classes to optimize costs”, “Replicate data in any region”, “Access from on-premises or VPC”, “Secure and secure data” and “Visualize data”. is storage. “
The third section is titled “Analyzing the Data”. The third section says, “We use third-party services to analyze data and gain insights.” Approaches to analyzing data such as artificial intelligence (AI), advanced analytics and machine learning (ML) indicate nearby signs.
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Customers often perform post-upload processing on groups of files transferred from on-premises to Amazon S3 through Storage Gateway. Until now, it was not possible to reliably initiate these downstream processes based on individual file upload events. Today we are releasing a new Storage Gateway feature for File Gateway.
Notification of file upload event. It allows you to create event-driven pipelines to power serverless Amazon S3 object processing scenarios. File upload notifications are available with the new File Gateway starting today in all regions where Storage Gateway is available. For existing file gateways, it will be available in the next scheduled software update.
This blog will walk you through the workflow of processing an instance enabled by this new File Gateway feature.
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Each notification type can be used to simplify workflow processes for different use cases for files uploaded to Amazon S3. A working file set notification is a good way to signal the completion of an upload activity when the contents of the file gateway cache can be treated as a single data set. Alternatively, file upload notifications are useful when multiple clients are writing to the storage gateway and clients want to initiate separate processing workflows based on specific groups of files. You can call the NotifyWhenUploaded API to trigger a working file set notification. In contrast, file upload notifications provide enhanced performance because they are delivered continuously for each file uploaded to Amazon S3. Not only does this give you more granularity in your instructions, it also allows you to decouple your S3 object processing logic from your File Gateway.
Although Amazon S3 event notifications are great for many use cases, we don’t recommend using them to notify you that a file has been uploaded to Amazon S3 via File Gateway. Partial file uploads to Amazon S3 may occur temporarily when File Gateway is required for cache usage. File Gateway eventually fully uploads the file as part of this process, but Amazon S3 event notifications still trigger upload notifications in the meantime. Since these instructions refer to partially uploaded files, they cannot be relied upon to trigger downstream processing. In these situations, a more robust and reliable mechanism is to use notifications generated by File Gateway.
Customers often use File Gateway to write multiple individual files that are part of a larger backup or vault operation. The new file upload notification feature allows customers to create scalable workflows using multiple services. This allows customers to group individual files for downstream operations such as archive creation or post-processing of Amazon S3 objects.
As part of this processing workflow, perform the following numbered steps in the previous solution architecture diagram:
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1. An on-premises client writes multiple files to a File Gateway file share. For certain operations each file is stored uniquely using a standard filename hashing mechanism or by writing all files to a unique directory name on the file gateway. The job also writes a “manifest” file that lists all the “data” files for that operation. A processing workflow organizes these “data” files into logical sets for downstream processing. Multiple process workflows can run in parallel when different “manifest” files are uploaded.
2. After each file is successfully uploaded to Amazon S3, the file gateway sends a file upload notification to Amazon EventBridge. These events are received via the default event bus.
3. EventBridge triggers a rule for each File Gateway file upload notification event. It delivers the entire event payload as a message to Amazon SQS. Amazon SQS allows you to quickly move events from your default EventBridge event bus. This gives workflows the ability to sustain a large number of events and absorb backpressure caused by delays in downstream processing steps.
4. The Lambda function reads and processes messages from the Amazon SQS queue. This function parses the event information, appends the event type specification, and sends it to the EventBridge custom event bus. The primary role of this function is to identify whether a file upload notification corresponds to a “manifest” or “data” file event by matching the relevant part of the Amazon S3 object key name.
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5. An EventBridge rule is triggered when a “manifest” file upload event is delivered to the corresponding custom event bus. As mentioned in step 1, the “manifest” file contains a list of all the “data” files that belong to the same logical set. The EventBridge target for this rule is a step functions state machine. It performs a series of iterative steps that match the contents of the “manifest” file read from Amazon S3 to the contents of an Amazon DynamoDB table that is continuously updated in the next step.
6. When the “data” file upload event is delivered, another EventBridge rule is triggered. The EventBridge target for this rule is a Lambda function that writes selected information about Amazon S3 objects uploaded to a DynamoDB table. This aspect of the workflow provides a persistence layer for file upload notifications. This configuration allows a fully managed, scalable backend to store metadata for large logical file sets created from “data” files that can take a long time to upload.
7. Once the step functions state machine matches the content of the “manifest” with the corresponding item in the DynamoDB table, the workflow successfully matches the entire logical set of data files uploaded to Amazon S3. The state machine communicates this by publishing completion events to another EventBridge custom event bus.
Now let’s take a closer look at how to configure the key aspects of the above solution. Summarize the functional roles of Lambda, Step Functions, and Amazon DynamoDB. It is beyond the scope of this post to provide details about these components.
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File upload notifications are configured per file share. For newly created file shares, this is an option that can be enabled at creation time. For existing file shares, you can enable notifications by visiting the Storage Gateway console.
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