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Description:
The Idempotent Customer design pattern is essential in microservices architectures to ensure that repeated processing of the same request does not produce different outcomes. This pattern helps in avoiding duplicate operations in distributed systems where network issues or retries might cause the same request to be sent multiple times.
Main Elements of the Pattern:
Unique Request Identifier: Assign a unique identifier to each request to track and manage its state.
Request Storage: Store the request data and its state to check for duplicates.
State Management: Implement mechanisms to manage the state of requests (e.g., pending, processing, completed) and to handle retries gracefully.
Response Handling: Ensure that the same response is returned for repeated requests, preventing inconsistent outcomes.
Concurrency Control: Use locking mechanisms or transactional processes to manage concurrent requests and ensure data integrity.
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Description:
The Idempotent Customer design pattern is essential in microservices architectures to ensure that repeated processing of the same request does not produce different outcomes. This pattern helps in avoiding duplicate operations in distributed systems where network issues or retries might cause the same request to be sent multiple times.
Main Elements of the Pattern:
References:
Acceptance Criteria:
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