graph LR
Concurrency_Decorator["Concurrency Decorator"]
Execution_Orchestrator["Execution Orchestrator"]
Function_Preparer["Function Preparer"]
Argument_Proxy_Manager["Argument Proxy Manager"]
Argument_Proxy["Argument Proxy"]
Concurrent_Result_Handler["Concurrent Result Handler"]
Concurrency_Decorator -- "triggers" --> Execution_Orchestrator
Execution_Orchestrator -- "calls" --> Function_Preparer
Execution_Orchestrator -- "utilizes" --> Argument_Proxy_Manager
Argument_Proxy_Manager -- "relies on" --> Argument_Proxy
Execution_Orchestrator -- "instantiates and returns" --> Concurrent_Result_Handler
click Concurrency_Decorator href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/deco/Concurrency_Decorator.md" "Details"
The Concurrency Decorator subsystem is central to the deco project, providing a high-level abstraction for parallel execution through the @concurrent decorator. It embodies the Decorator and Facade patterns, simplifying the initiation and management of concurrent operations.
Concurrency Decorator [Expand]
The primary user-facing interface, acting as a facade via the @concurrent decorator to simplify parallel execution. It's the entry point for initiating concurrent operations, marking functions for parallelization.
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Encapsulates the core orchestration logic for concurrent execution. This method is invoked when a function decorated with @concurrent is called, managing the entire concurrent operation from argument preparation to initiating asynchronous execution.
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Responsible for preparing the decorated function for concurrent execution, ensuring it's in a suitable state for parallel processing.
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Manages and transforms function arguments by converting them into proxy objects, facilitating safe and efficient data transfer across process boundaries.
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Represents the actual wrapper or proxy object for individual arguments, enabling their serialization and deserialization for inter-process communication.
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Serves as a placeholder for the eventual outcome of a concurrent operation, enabling non-blocking operations and allowing the main thread to continue execution while results are computed asynchronously.
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