AWS SDK for Rust

The aws-smithy-checksums crate provides checksum calculation and verification callbacks for HTTP request and response bodies. It is specifically designed for use by service clients generated via smithy-rs.

Note: In most cases, this crate should not be used directly by developers. It is an internal component of the AWS SDK for Rust and the smithy-rs code generator ecosystem.

The AWS Budgets API allows you to plan service usage, costs, and instance reservations. You can create several types of budgets:

• Cost budgets: Plan spending for a specific service.
• Usage budgets: Plan usage for one or more services.
• RI utilization budgets: Set utilization thresholds for Reserved Instances (RIs) to detect under-utilization.
• RI coverage budgets: Set coverage thresholds to monitor how much instance usage is covered by RIs.

The API endpoint is https://budgets.amazonaws.com.

The aws-smithy-wasm crate provides WebAssembly (Wasm) and WASI-related configuration for service clients. These clients are generated by the smithy-rs code generator.

Note: In most cases, this crate should not be used directly. It is intended to support service clients within Wasm/WASI environments as part of the AWS SDK for Rust ecosystem.

The aws-smithy-http crate provides core HTTP primitives used by service clients generated via smithy-rs. It handles low-level HTTP operations including body implementations, endpoint support, header deserialization, and event streams.

Note: This crate is a foundational component of the AWS SDK for Rust. In most use cases, you should use the high-level service clients provided by the SDK rather than interacting with this crate directly.

The aws-smithy-runtime-api-macros crate provides procedural macros specifically designed for use with aws-smithy-runtime-api.

Note: This crate is a component of the AWS SDK for Rust and the smithy-rs code generator. In most development scenarios, you should not use this crate directly; instead, use the high-level SDK crates or the aws-smithy-runtime-api crate.

The aws-sdk-controltower crate provides programmatic access to Amazon Web Services Control Tower. It allows you to manage the following resource types:

• Controls (Guardrails): Enable, disable, get, list, reset, or update controls applied to organizational units.
• Landing Zones: Create, delete, get, list, reset, or update Control Tower landing zones.
• Baselines: Enable, disable, get, list, reset, or update baselines to register organizational units (OUs) with Control Tower.
• Tagging: Tag, untag, or list tags for Control Tower resources.

The CloudWatch investigations feature is a generative AI-powered assistant that scans system telemetry to surface suggestions related to incidents, such as metrics, logs, deployment events, and root-cause hypotheses.

Note: While you can use the SDK to manage investigation groups and policies via API actions, you must use the CloudWatch console to start and manage actual investigations.

The AWS Device Farm SDK provides access to two primary testing types:

• Testing on desktop browsers: Uses Selenium to test web applications on desktop browsers. APIs for this functionality include TestGrid in their names.
• Testing on real mobile devices: Allows testing applications on physical phones, tablets, and other devices in the cloud.

The aws-sdk-arczonalshift SDK allows you to manage two key capabilities in Amazon Application Recovery Controller (ARC):

1. Zonal Shift: Manually move traffic for a load balancer resource away from an Availability Zone to recover from impairments (e.g., bad code deployments or infrastructure failures).
2. Zonal Autoshift: Authorize AWS to automatically shift application resource traffic away from an Availability Zone during events when internal telemetry indicates an impairment.

The aws-smithy-cbor crate provides CBOR (Concise Binary Object Representation) serialization and deserialization primitives. It is designed for use by clients and servers and is automatically generated by the smithy-rs code generator.

Note: This crate is a core component of the AWS SDK for Rust and smithy-rs. In most scenarios, developers should use the high-level AWS SDK crates rather than interacting with aws-smithy-cbor directly.

The aws-sigv4 crate provides low-level implementations for SigV4 (Signature Version 4) request signing.

Note: This crate is a low-level component of the AWS SDK for Rust and the smithy-rs code generator. In most development scenarios, you should use the high-level AWS SDK crates rather than interacting with aws-sigv4 directly.