graph LR
simplejson_API["simplejson.API"]
JSON_Encoder["JSON Encoder"]
JSON_Decoder["JSON Decoder"]
JSON_Scanner["JSON Scanner"]
C_Accelerator["C Accelerator"]
simplejson_API -- "initiates" --> JSON_Encoder
simplejson_API -- "initiates" --> JSON_Decoder
JSON_Decoder -- "utilizes" --> JSON_Scanner
simplejson_API -- "configures" --> C_Accelerator
JSON_Encoder -- "leverages" --> C_Accelerator
JSON_Decoder -- "leverages" --> C_Accelerator
click simplejson_API href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/simplejson/simplejson_API.md" "Details"
click JSON_Encoder href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/simplejson/JSON_Encoder.md" "Details"
click JSON_Decoder href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/simplejson/JSON_Decoder.md" "Details"
The simplejson library functions as a robust data serialization and deserialization tool, primarily facilitating the conversion between Python objects and JSON formatted strings. The core data flow begins with the simplejson.API component, which serves as the central orchestrator. For serialization, Python data is fed into the JSON Encoder, which transforms it into a JSON string. Conversely, for deserialization, a JSON string is processed by the JSON Decoder, which, in turn, relies on the JSON Scanner to tokenize the input before reconstructing Python data structures. A critical aspect of simplejson's architecture is the optional C Accelerator, which can be leveraged by both the JSON Encoder and JSON Decoder to significantly boost performance by offloading computationally intensive tasks to optimized C routines. This modular design allows for efficient and flexible JSON processing, with clear separation of concerns for encoding, decoding, and performance optimization.
simplejson.API [Expand]
The primary entry point for users, providing high-level functions for JSON serialization and deserialization. It orchestrates the use of other components and manages the C accelerator.
Related Classes/Methods:
JSON Encoder [Expand]
Converts Python data structures into JSON string representations, handling various encoding options and iterative output.
Related Classes/Methods:
JSON Decoder [Expand]
Parses JSON strings and transforms them back into Python data structures, working with the JSON Scanner.
Related Classes/Methods:
A low-level utility that tokenizes raw JSON input strings, used primarily by the JSON Decoder.
Related Classes/Methods:
An optional C extension providing highly optimized routines for core JSON encoding and decoding, significantly improving performance.
Related Classes/Methods: