{
  "extension": ".swift",
  "source": "/// The weekly item data for the list of weeklies.\npublic struct Weekly: Hashable, Identifiable, Sendable {\n    /// The number of the week. The first week starts with 1.\n    public let week: Int\n    \n    /// The weekly subject/topic.\n    public let topic: String\n    \n    /// The US formatted date the weekly.\n    public let formattedDate: String\n    \n    /// How many rants have beeon posted for this weekly.\n    public let numberOfRants: Int\n    \n    public var id: Int { week }\n    \n    public init(week: Int, topic: String, formattedDate: String, numberOfRants: Int) {\n        self.week = week\n        self.topic = topic\n        self.formattedDate = formattedDate\n        self.numberOfRants = numberOfRants\n    }\n}\n\nextension Weekly {\n    struct CodingData: Codable {\n        let week: Int\n        let prompt: String\n        let date: String\n        let num_rants: Int\n        \n        struct List: Codable {\n            let weeks: [CodingData]\n        }\n    }\n}\n\nextension Weekly.CodingData {\n    var decoded: Weekly {\n        .init(\n            week: week,\n            topic: prompt,\n            formattedDate: date,\n            numberOfRants: num_rants\n        )\n    }\n}\n",
  "review": "8\n\n### Bugs\n- Typographical error in the comment: \"beeon\" should be \"been\".\n\n### Optimizations\n- Consider using a date object (e.g., `Date`) instead of a string for `formattedDate` to make date manipulations easier and less error-prone.\n- Documentation comments might benefit from additional details or a consistent format for future maintainability.\n- Consider adding unit tests to validate the correctness and robustness of the code.\n\n### Good points\n- The code uses structures and extensions effectively to maintain clean separation of concerns.\n- Adopting Swift protocols like `Hashable`, `Identifiable`, and `Sendable` helps in integrating with SwiftUI and concurrency features.\n- Proper use of Swift's `Codable` for easy encoding and decoding of data structures.\n\n### Summary\nThis piece of code is generally well-written and leverages Swift's powerful type system and protocols effectively. It has a strong separation between data representation and encoding/decoding rules, making it easier to manage and adapt. A minor issue with a typographical error in the documentation is present, but otherwise, the code is clean and efficient.\n\n### Open source alternatives\n- **Swift Weekly Brief**: This newsletter provides weekly updates and insights into the Swift community; projects associated might have similar models.\n- **CodableKit**: An open source library that simplifies encoding and decoding in Swift, potentially extending the functionalities demonstrated here.",
  "filename": "Weekly.swift",
  "path": "Sources/SwiftDevRant/Models/Weekly.swift",
  "directory": "Models",
  "grade": 8,
  "size": 1178,
  "line_count": 48
}