Progress.

.reviews/Sources/SwiftDevRant/Models/AttachedImage.swift.md

@@ -1,11 +1,20 @@
-{
+9
-  "extension": ".swift",
+
-  "source": "/// An image that the user has uploaded for his rant or comment.\npublic struct AttachedImage: Hashable, Sendable {\n    public let url: String\n    public let width: Int\n    public let height: Int\n    \n    public init(url: String, width: Int, height: Int) {\n        self.url = url\n        self.width = width\n        self.height = height\n    }\n}\n\nextension AttachedImage {\n    struct CodingData: Codable {\n        let url: String\n        let width: Int\n        let height: Int\n    }\n}\n\nextension AttachedImage.CodingData {\n    var decoded: AttachedImage {\n        .init(\n            url: url,\n            width: width,\n            height: height\n        )\n    }\n}\n",
+### Bugs
-  "review": "9\n\n### Bugs\n- No significant bugs found in the visible portion of the code.\n\n### Optimizations\n- Simplify the Codable conformance by making `AttachedImage` conform directly to `Codable` instead of using a nested struct for encoding/decoding.\n- Consider using `URL` type instead of `String` for the `url` property for better type safety and validation.\n\n### Good points\n- Adheres to Swift's best practices with the use of `public` access control.\n- Smart use of `Hashable` and `Sendable` protocols suggesting immutability and safety in concurrent programming contexts.\n- Clear and straightforward initialization method.\n\n### Summary\nThe `AttachedImage` struct is well-designed with a focus on thread safety and immutability, as indicated by its conformance to `Sendable` and `Hashable`. The code is clean and concise, with only minor suggestions for improvement mainly around potential simplification and improved type safety. \n\n### Open source alternatives\n- **Kingfisher**: A powerful, pure-Swift library for downloading and caching images from the web.\n- **SDWebImage**: An asynchronous image downloader with cache support as a UIImageView category.",
+- No significant bugs found in the visible portion of the code.
-  "filename": "AttachedImage.swift",
+
-  "path": "Sources/SwiftDevRant/Models/AttachedImage.swift",
+### Optimizations
-  "directory": "Models",
+- Simplify the Codable conformance by making `AttachedImage` conform directly to `Codable` instead of using a nested struct for encoding/decoding.
-  "grade": 9,
+- Consider using `URL` type instead of `String` for the `url` property for better type safety and validation.
-  "size": 661,
+
-  "line_count": 31
+### Good points
-}
+- Adheres to Swift's best practices with the use of `public` access control.
+- Smart use of `Hashable` and `Sendable` protocols suggesting immutability and safety in concurrent programming contexts.
+- Clear and straightforward initialization method.
+
+### Summary
+The `AttachedImage` struct is well-designed with a focus on thread safety and immutability, as indicated by its conformance to `Sendable` and `Hashable`. The code is clean and concise, with only minor suggestions for improvement mainly around potential simplification and improved type safety. 
+
+### Open source alternatives
+- **Kingfisher**: A powerful, pure-Swift library for downloading and caching images from the web.
+- **SDWebImage**: An asynchronous image downloader with cache support as a UIImageView category.

.reviews/Sources/SwiftDevRant/Models/Comment.swift.md

@@ -1,11 +1,21 @@
-{
+**7**
-  "extension": ".swift",
+
-  "source": "import Foundation\n\n/// A comment posted by a user inside of a rant.\npublic struct Comment: Identifiable, Hashable, Sendable {\n    /// The id of this comment.\n    public let id: Int\n    \n    /// The id of the rant that the comment belongs to.\n    public let rantId: Int\n    \n    /// The current logged in user's vote on this comment.\n    public let voteState: VoteState\n    \n    /// The number of upvotes from other users.\n    public let score: Int\n    \n    /// The user who wrote this comment.\n    public let author: User\n    \n    /// The time when this comment was created.\n    public let created: Date\n    \n    /// True if this comment is edited by the author.\n    public let isEdited: Bool\n    \n    /// The text contents of this comment.\n    public let text: String\n    \n    /// The URLs and user mentions inside of the text of this comment.\n    public let linksInText: [Link]\n    \n    /// The optional image that the user has uploaded for this comment.\n    public let image: AttachedImage?\n    \n    public init(id: Int, rantId: Int, voteState: VoteState, score: Int, author: User, created: Date, isEdited: Bool, text: String, linksInText: [Link], image: AttachedImage?) {\n        self.id = id\n        self.rantId = rantId\n        self.voteState = voteState\n        self.score = score\n        self.author = author\n        self.created = created\n        self.isEdited = isEdited\n        self.text = text\n        self.linksInText = linksInText\n        self.image = image\n    }\n}\n\nextension Comment {\n    struct CodingData: Codable {\n        let id: Int\n        let rant_id: Int\n        let body: String\n        let score: Int\n        let created_time: Int\n        let vote_state: Int\n        let links: [Link.CodingData]?\n        let user_id: Int\n        let user_username: String\n        let user_score: Int\n        let user_avatar: User.Avatar.CodingData\n        let user_avatar_lg: User.Avatar.CodingData?\n        let user_dpp: Int?\n        let attached_image: AttachedImage.CodingData?\n        let edited: Bool?\n    }\n}\n\nextension Comment.CodingData {\n    var decoded: Comment {\n        .init(\n            id: id,\n            rantId: rant_id,\n            voteState: .init(rawValue: vote_state) ?? .unvoted,\n            score: score,\n            author: .init(\n                id: user_id,\n                name: user_username,\n                score: user_score,\n                devRantSupporter: (user_dpp ?? 0) != 0,\n                avatarSmall: user_avatar.decoded,\n                avatarLarge: user_avatar_lg?.decoded\n            ),\n            created: Date(timeIntervalSince1970: TimeInterval(created_time)),\n            isEdited: edited ?? false,\n            text: body,\n            linksInText: links?.map(\\.decoded) ?? [],\n            image: attached_image?.decoded\n        )\n    }\n}\n",
+### Bugs
-  "review": "**7**\n\n### Bugs\n- No evident bugs in the provided code.\n\n### Optimizations\n- Use more descriptive parameter names in the `init` method of `Comment` for clarity.\n- Utilize `lazy var` for properties that are computationally expensive and are not needed immediately upon object instantiation.\n- Consider making `Comment` conform to `Codable` directly instead of adding an inner `CodingData` struct.\n\n### Good points\n- Well-structured and organized code with clear commenting, aiding readability.\n- Effective use of Swift features such as `struct`, `extension`, and computed properties.\n- Thoughtful use of encapsulation and data transformation through the `CodingData` structure.\n\n### Summary\nThe code is well-structured, leveraging Swift's language features deftly, like extensions, to maintain code clarity and manage complexity. Code comments provide a good explanation of each property\u2019s purpose, aiding future maintenance. It\u2019s ready for integration but could be optimized for clarity and performance.\n\n### Open source alternatives\n- **SwiftyJSON**: Although primarily focused on JSON parsing, SwiftyJSON could ease the decoding process.\n- **Codable** from the Swift Standard Library: Direct use of Codable can provide a cleaner approach without needing separate structs for coding/decoding purposes.",
+- No evident bugs in the provided code.
-  "filename": "Comment.swift",
+
-  "path": "Sources/SwiftDevRant/Models/Comment.swift",
+### Optimizations
-  "directory": "Models",
+- Use more descriptive parameter names in the `init` method of `Comment` for clarity.
-  "grade": 7,
+- Utilize `lazy var` for properties that are computationally expensive and are not needed immediately upon object instantiation.
-  "size": 2796,
+- Consider making `Comment` conform to `Codable` directly instead of adding an inner `CodingData` struct.
-  "line_count": 92
+
-}
+### Good points
+- Well-structured and organized code with clear commenting, aiding readability.
+- Effective use of Swift features such as `struct`, `extension`, and computed properties.
+- Thoughtful use of encapsulation and data transformation through the `CodingData` structure.
+
+### Summary
+The code is well-structured, leveraging Swift's language features deftly, like extensions, to maintain code clarity and manage complexity. Code comments provide a good explanation of each property’s purpose, aiding future maintenance. It’s ready for integration but could be optimized for clarity and performance.
+
+### Open source alternatives
+- **SwiftyJSON**: Although primarily focused on JSON parsing, SwiftyJSON could ease the decoding process.
+- **Codable** from the Swift Standard Library: Direct use of Codable can provide a cleaner approach without needing separate structs for coding/decoding purposes.

.reviews/Sources/SwiftDevRant/Models/Link.swift.md

@@ -1,11 +1,20 @@
-{
+# 7
-  "extension": ".swift",
+
-  "source": "/// A URL or a user mention link in a rant or comment.\npublic struct Link: Hashable, Sendable {\n    public enum Kind: String, Sendable {\n        case url = \"url\"\n        case userMention = \"mention\"\n    }\n    \n    public let kind: Kind\n    \n    /// The full URL.\n    public let url: String\n    \n    /// No idea what this is and what it is supposed to be used for.\n    public let shortURL: String?\n    \n    /// The url as it is visible in the text of the rant or comment.\n    public let title: String\n    \n    /// The starting position of the link in the overall text of the rant or comment.\n    /// - Important: The devRant API returns offsets for links in byte offsets and not in normalized character offsets. Please take this into account when using these offsets.\n    public let start: Int?\n    \n    /// The ending position of the link in the overall text of the rant or comment.\n    /// - Important: The devRant API returns offsets for links in byte offsets and not in normalized character offsets. Please take this into account when using these offsets.\n    public let end: Int?\n    \n    public init(kind: Link.Kind, url: String, shortURL: String?, title: String, start: Int?, end: Int?) {\n        self.kind = kind\n        self.url = url\n        self.shortURL = shortURL\n        self.title = title\n        self.start = start\n        self.end = end\n    }\n}\n\nextension Link {\n    struct CodingData: Codable {\n        let type: String\n        let url: String\n        let short_url: String\n        let title: String\n        let start: Int?\n        let end: Int?\n    }\n}\n\nextension Link.CodingData {\n    var decoded: Link {\n        .init(\n            kind: .init(rawValue: type) ?? .url,\n            url: url,\n            shortURL: short_url,\n            title: title,\n            start: start,\n            end: end\n        )\n    }\n}\n",
+## Bugs
-  "review": "# 7\n\n## Bugs\n- No direct bugs are visible, but forced optional handling might cause runtime issues if not attended carefully.\n   \n## Optimizations\n- Consider using optional binding to safely unwrap `Kind` from `CodingData` without defaulting to a URL.\n- The field `shortURL` lacks a clear purpose; consider adding documentation or removing if unnecessary.\n   \n## Good points\n- The code structure is clear and follows Swift\u2019s naming conventions correctly.\n- Considering `Link` as `Hashable` and `Sendable` increases code robustness and allows threading and uniqueness checks.\n- Comments are used effectively to convey information about the properties and edge cases like byte offsets.\n\n## Summary\nThe code snippet effectively models a URL or a user mention link with Swift\u2019s `struct`, providing separate handling through the use of `Kind` enum. It properly marks important properties in consideration of specific API responses, maintaining readability. However, the default handling when decoding the `kind` property could potentially mask incorrect data inputs without alerting the developer, and optionally documented properties might be confusing.\n\n## Open source alternatives\n- [Alamofire](https://github.com/Alamofire/Alamofire) for handling network requests and URL management.\n- [SwiftLinkPreview](https://github.com/LeonardoCardoso/SwiftLinkPreview) for extracting or previewing URLs, which can handle link functionalities when interacting with APIs.",
+- No direct bugs are visible, but forced optional handling might cause runtime issues if not attended carefully.
-  "filename": "Link.swift",
+   
-  "path": "Sources/SwiftDevRant/Models/Link.swift",
+## Optimizations
-  "directory": "Models",
+- Consider using optional binding to safely unwrap `Kind` from `CodingData` without defaulting to a URL.
-  "grade": 7,
+- The field `shortURL` lacks a clear purpose; consider adding documentation or removing if unnecessary.
-  "size": 1834,
+   
-  "line_count": 60
+## Good points
-}
+- The code structure is clear and follows Swift’s naming conventions correctly.
+- Considering `Link` as `Hashable` and `Sendable` increases code robustness and allows threading and uniqueness checks.
+- Comments are used effectively to convey information about the properties and edge cases like byte offsets.
+
+## Summary
+The code snippet effectively models a URL or a user mention link with Swift’s `struct`, providing separate handling through the use of `Kind` enum. It properly marks important properties in consideration of specific API responses, maintaining readability. However, the default handling when decoding the `kind` property could potentially mask incorrect data inputs without alerting the developer, and optionally documented properties might be confusing.
+
+## Open source alternatives
+- [Alamofire](https://github.com/Alamofire/Alamofire) for handling network requests and URL management.
+- [SwiftLinkPreview](https://github.com/LeonardoCardoso/SwiftLinkPreview) for extracting or previewing URLs, which can handle link functionalities when interacting with APIs.

.reviews/Sources/SwiftDevRant/Models/NotificationFeed.UserInfo.swift.md

@@ -1,11 +1,21 @@
-{
+8
-  "extension": ".swift",
+
-  "source": "public extension NotificationFeed {\n    struct UserInfo: Hashable, Sendable {\n        public let avatar: User.Avatar\n        public let username: String\n        public let userId: Int\n        \n        public init(avatar: User.Avatar, username: String, userId: Int) {\n            self.avatar = avatar\n            self.username = username\n            self.userId = userId\n        }\n    }\n}\n\nextension NotificationFeed.UserInfo {\n    struct UsernameMapEntryCodingData: Decodable {\n        let name: String\n        let avatar: User.Avatar.CodingData\n    }\n}\n",
+### Bugs
-  "review": "8\n\n### Bugs\n- There are no apparent bugs in the provided code snippet.\n\n### Optimizations\n- Ensure that the `User.Avatar` type and `User.Avatar.CodingData` type perform necessary validation or have proper error handling, especially if they are retrieved from or decoded from external sources. This is not visible in the current snippet but is something to watch out for.\n- Consider marking `UsernameMapEntryCodingData` properties as `private` if they do not need to be accessed directly from outside this structure, to enhance encapsulation.\n- Assess if additional convenience initializers or factory methods could be beneficial for `UserInfo`, especially if it needs to be constructed from various other data representations.\n\n### Good points\n- The use of structures ensures value semantics which can help prevent unintended sharing of state.\n- The adoption of `Hashable` allows instances of `UserInfo` to be used in collections that require hashing, like sets or as dictionary keys.\n- The separation of concerns by creating code structures specifically for data coding/decoding is a positive approach.\n\n### Summary\nThe code is well-structured, leveraging Swift's protocols like `Hashable` and `Sendable` to ensure that `UserInfo` instances can participate in hashable collections, and are safe for concurrent usage respectively. The `Decodable` implementation is good practice for handling potential external data input in a structured manner. There is consideration for encapsulation but ensuring the unnecessary exposure of properties remains crucial for maintaining clean architecture.\n\n### Open source alternatives\n- **Stream**: A popular open-source library for building scalable newsfeeds and activity streams, which might overlap with custom solutions involving user notifications or feeds. Stream allows for robust feed management and personalization.\n- **Rocket.Chat**: Though more comprehensive as a communication solution, it has features around notifications and feed management in its open-source implementation.",
+- There are no apparent bugs in the provided code snippet.
-  "filename": "NotificationFeed.UserInfo.swift",
+
-  "path": "Sources/SwiftDevRant/Models/NotificationFeed.UserInfo.swift",
+### Optimizations
-  "directory": "Models",
+- Ensure that the `User.Avatar` type and `User.Avatar.CodingData` type perform necessary validation or have proper error handling, especially if they are retrieved from or decoded from external sources. This is not visible in the current snippet but is something to watch out for.
-  "grade": 8,
+- Consider marking `UsernameMapEntryCodingData` properties as `private` if they do not need to be accessed directly from outside this structure, to enhance encapsulation.
-  "size": 554,
+- Assess if additional convenience initializers or factory methods could be beneficial for `UserInfo`, especially if it needs to be constructed from various other data representations.
-  "line_count": 21
+
-}
+### Good points
+- The use of structures ensures value semantics which can help prevent unintended sharing of state.
+- The adoption of `Hashable` allows instances of `UserInfo` to be used in collections that require hashing, like sets or as dictionary keys.
+- The separation of concerns by creating code structures specifically for data coding/decoding is a positive approach.
+
+### Summary
+The code is well-structured, leveraging Swift's protocols like `Hashable` and `Sendable` to ensure that `UserInfo` instances can participate in hashable collections, and are safe for concurrent usage respectively. The `Decodable` implementation is good practice for handling potential external data input in a structured manner. There is consideration for encapsulation but ensuring the unnecessary exposure of properties remains crucial for maintaining clean architecture.
+
+### Open source alternatives
+- **Stream**: A popular open-source library for building scalable newsfeeds and activity streams, which might overlap with custom solutions involving user notifications or feeds. Stream allows for robust feed management and personalization.
+- **Rocket.Chat**: Though more comprehensive as a communication solution, it has features around notifications and feed management in its open-source implementation.

.reviews/Sources/SwiftDevRant/Models/Profile.Content.Numbers.swift.md

@@ -1,11 +1,21 @@
-{
+**Grade: 7**
-  "extension": ".swift",
+
-  "source": "public extension Profile.Content {\n    struct Numbers: Hashable, Sendable {\n        /// The number of rants that the user has created.\n        public let rants: Int\n        \n        /// The number of rants that the user has upvoted.\n        public let upvotedRants: Int\n        \n        /// The number of the comments that the user has created.\n        public let comments: Int\n        \n        /// The number of rants that the user has marked as favorite.\n        public let favorites: Int\n        \n        /// The number of collaborations the user has created.\n        public let collaborations: Int\n        \n        public init(rants: Int, upvotedRants: Int, comments: Int, favorites: Int, collaborations: Int) {\n            self.rants = rants\n            self.upvotedRants = upvotedRants\n            self.comments = comments\n            self.favorites = favorites\n            self.collaborations = collaborations\n        }\n    }\n}\n\nextension Profile.Content.Numbers {\n    struct CodingData: Codable {\n        let rants: Int\n        let upvoted: Int\n        let comments: Int\n        let favorites: Int\n        let collabs: Int\n    }\n}\n\nextension Profile.Content.Numbers.CodingData {\n    var decoded: Profile.Content.Numbers {\n        .init(\n            rants: rants,\n            upvotedRants: upvoted,\n            comments: comments,\n            favorites: favorites,\n            collaborations: collabs\n        )\n    }\n}\n",
+### Bugs
-  "review": "**Grade: 7**\n\n### Bugs\n- No apparent bugs identified in the current code.\n\n### Optimizations\n- Ensure consistency by renaming properties in the nested `CodingData` struct to match the public `Numbers` struct for easier understanding and maintainability, or vice versa.\n- Provide validation for the initializer to prevent negative numbers if they are inappropriate for the application context.\n- Consider defining default values or using optionals if there is a scenario where some of the values might not be available, rather than forcing the input of all integers.\n\n### Good points\n- The code correctly conforms to both `Hashable` and `Sendable` protocols, ensuring that the `Numbers` structure can be used in various collections and safely across concurrency boundaries if needed.\n- It provides a clear structure and separation of responsibilities, making it easy to extend or modify without affecting other parts of the code.\n- Good use of `Codable` for easy serialization and deserialization of data.\n\n### Summary\nThe code is well-structured and achieves the intended functionality effectively. It defines a struct `Numbers` with a straightforward purpose of encapsulating user activity metrics, with the addition of a nested `CodingData` struct for encoding/decoding operations. However, property naming inconsistencies could be improved for better clarity, and additional input validations could enhance robustness. The implementation is clean and follows good practices in terms of data encoding and conforming to Swift protocols.\n\n### Open source alternatives\n- Swift's built-in `Decodable` and `Encodable` can be effectively used as alternatives to model JSON data without needing separate struct declarations.\n- If using this as part of a larger application, consider frameworks like **SwiftJSON** or **Alamofire** for more comprehensive data handling.",
+- No apparent bugs identified in the current code.
-  "filename": "Profile.Content.Numbers.swift",
+
-  "path": "Sources/SwiftDevRant/Models/Profile.Content.Numbers.swift",
+### Optimizations
-  "directory": "Models",
+- Ensure consistency by renaming properties in the nested `CodingData` struct to match the public `Numbers` struct for easier understanding and maintainability, or vice versa.
-  "grade": 7,
+- Provide validation for the initializer to prevent negative numbers if they are inappropriate for the application context.
-  "size": 1426,
+- Consider defining default values or using optionals if there is a scenario where some of the values might not be available, rather than forcing the input of all integers.
-  "line_count": 49
+
-}
+### Good points
+- The code correctly conforms to both `Hashable` and `Sendable` protocols, ensuring that the `Numbers` structure can be used in various collections and safely across concurrency boundaries if needed.
+- It provides a clear structure and separation of responsibilities, making it easy to extend or modify without affecting other parts of the code.
+- Good use of `Codable` for easy serialization and deserialization of data.
+
+### Summary
+The code is well-structured and achieves the intended functionality effectively. It defines a struct `Numbers` with a straightforward purpose of encapsulating user activity metrics, with the addition of a nested `CodingData` struct for encoding/decoding operations. However, property naming inconsistencies could be improved for better clarity, and additional input validations could enhance robustness. The implementation is clean and follows good practices in terms of data encoding and conforming to Swift protocols.
+
+### Open source alternatives
+- Swift's built-in `Decodable` and `Encodable` can be effectively used as alternatives to model JSON data without needing separate struct declarations.
+- If using this as part of a larger application, consider frameworks like **SwiftJSON** or **Alamofire** for more comprehensive data handling.

.reviews/Sources/SwiftDevRant/Models/Rant.Weekly.swift.md

@@ -1,11 +1,21 @@
-{
+# 7
-  "extension": ".swift",
+
-  "source": "public extension Rant {\n    /// Holds information about a specific weekly group rant.\n    struct Weekly: Hashable, Sendable {\n        public let week: Int\n        public let topic: String\n        public let date: String\n        public let uiHeight: Int\n        \n        public init(week: Int, topic: String, date: String, uiHeight: Int) {\n            self.week = week\n            self.topic = topic\n            self.date = date\n            self.uiHeight = uiHeight\n        }\n    }\n}\n\nextension Rant.Weekly {\n    struct CodingData: Codable {\n        let week: Int\n        let topic: String\n        let date: String\n        let height: Int\n    }\n}\n\nextension Rant.Weekly.CodingData {\n    var decoded: Rant.Weekly {\n        .init(\n            week: week,\n            topic: topic,\n            date: date,\n            uiHeight: height\n        )\n    }\n}\n",
+## Bugs
-  "review": "# 7\n\n## Bugs\n- There are no evident bugs, but the `date` field might lead to issues if the format isn't consistent or validated. Consider using `Date` type or validate the string format.\n\n## Optimizations\n- Consider using `Date` type instead of `String` for the `date` property to leverage date manipulations and formatting.\n- Implement validation logic or conversion when initializing the struct if the data sources are varied for more robust error handling and data integrity.\n- The struct `CodingData` might be more useful if located directly within the `Weekly` struct for better scoping and clarity.\n\n## Good Points\n- The use of separate namespaces (extensions) is a good practice to organize related functionalities.\n- Clean and simple structure which makes the code easy to read and maintain.\n- Conforms to both `Hashable` and `Sendable`, which is good for collections and concurrency.\n\n## Summary\nThe code defines a `Weekly` struct for holding information about weekly group rants, including properties like the week number, topic, date as a string, and a UI height. It also includes a `CodingData` struct that can be serialized and is decoded back into the `Weekly` structure. The code is organized well, using extensions for clarity, though could benefit from enhanced handling of date formatting.\n\n## Open Source Alternatives\n- **DateTimeKit**: A Swift library that provides enhanced date and time functionalities.\n- **JSONCodable**: For more advanced JSON encode/decode functionalities if needed.",
+- There are no evident bugs, but the `date` field might lead to issues if the format isn't consistent or validated. Consider using `Date` type or validate the string format.
-  "filename": "Rant.Weekly.swift",
+
-  "path": "Sources/SwiftDevRant/Models/Rant.Weekly.swift",
+## Optimizations
-  "directory": "Models",
+- Consider using `Date` type instead of `String` for the `date` property to leverage date manipulations and formatting.
-  "grade": 7,
+- Implement validation logic or conversion when initializing the struct if the data sources are varied for more robust error handling and data integrity.
-  "size": 849,
+- The struct `CodingData` might be more useful if located directly within the `Weekly` struct for better scoping and clarity.
-  "line_count": 37
+
-}
+## Good Points
+- The use of separate namespaces (extensions) is a good practice to organize related functionalities.
+- Clean and simple structure which makes the code easy to read and maintain.
+- Conforms to both `Hashable` and `Sendable`, which is good for collections and concurrency.
+
+## Summary
+The code defines a `Weekly` struct for holding information about weekly group rants, including properties like the week number, topic, date as a string, and a UI height. It also includes a `CodingData` struct that can be serialized and is decoded back into the `Weekly` structure. The code is organized well, using extensions for clarity, though could benefit from enhanced handling of date formatting.
+
+## Open Source Alternatives
+- **DateTimeKit**: A Swift library that provides enhanced date and time functionalities.
+- **JSONCodable**: For more advanced JSON encode/decode functionalities if needed.

.reviews/Sources/SwiftDevRant/Models/RantFeed.News.swift.md

@@ -1,11 +1,20 @@
-{
+8
-  "extension": ".swift",
+
-  "source": "public extension RantFeed {\n    /// Contains information about news given in rant feeds.\n    /// - note: This is mostly used for weekly group rants.\n    struct News: Hashable, Identifiable, Sendable {\n        public enum Action: String, Sendable {\n            case groupRant = \"grouprant\"\n            case none = \"none\"\n            case rant = \"rant\"\n        }\n        \n        public let id: Int\n        \n        /// Most of the time this is equal to the value `intlink`, this specifies the type of news.\n        /// This should be an enum but it's unknown what the other values are and weekly news are dead anyway.\n        public let type: String\n        \n        /// The headline text of the news.\n        public let headlineText: String\n        \n        /// The contents of the news.\n        public let text: String\n        \n        /// The footer text of the news.\n        public let footerText: String\n        \n        /// The height of the news view on the screen.\n        public let height: Int\n        \n        /// The action that should be performed when the user taps/clicks on the news.\n        public let action: Action\n        \n        public init(id: Int, type: String, headlineText: String, text: String, footerText: String, height: Int, action: Action) {\n            self.id = id\n            self.type = type\n            self.headlineText = headlineText\n            self.text = text\n            self.footerText = footerText\n            self.height = height\n            self.action = action\n        }\n    }\n}\n\nextension RantFeed.News {\n    struct CodingData: Codable {\n        let id: Int\n        let type: String\n        let headline: String\n        let body: String?\n        let footer: String\n        let height: Int\n        let action: String\n    }\n}\n\nextension RantFeed.News.CodingData {\n    var decoded: RantFeed.News {\n        .init(\n            id: id,\n            type: type,\n            headlineText: headline,\n            text: body ?? \"\",\n            footerText: footer,\n            height: height,\n            action: .init(rawValue: action) ?? .none\n        )\n    }\n}\n",
+## Bugs
-  "review": "8\n\n## Bugs\n- None identified based on the provided code.\n\n## Optimizations\n- The `type` property in `News` Struct should ideally be of an enum type for better type safety, even though there are unknown potential values.\n- Consider providing default values for properties in `CodingData` struct for more flexible decoding. \n\n## Good points\n- Utilizes Swift's `Hashable`, `Identifiable`, and `Sendable` protocols, making the `News` struct efficient and ready for use in concurrent contexts.\n- Use of a nested enum `Action` provides clear understanding and type safety for possible actions, reducing errors.\n- Clear separation of data parsing logic into a nested `CodingData` struct to handle encoding and decoding.\n\n## Summary\nThe code is well-structured and adheres to protocol-oriented programming principles common in Swift. There's a clear separation of concerns, especially between the `News` data model and its coding logic. However, further typification of the `type` property could enhance safety and code clarity. The code seems to have been thoughtfully considered and implements Swift's Codable pattern effectively.\n\n## Open source alternatives\n- **Swift News API**: Libraries like \"NewsAPI\" which interact with News API for fetching news data can serve as an open-source option for digest functionality.\n- **FeedKit**: Useful for parsing RSS, Atom, and JSON feeds, which might provide similar feed handling functionality.",
+- None identified based on the provided code.
-  "filename": "RantFeed.News.swift",
+
-  "path": "Sources/SwiftDevRant/Models/RantFeed.News.swift",
+## Optimizations
-  "directory": "Models",
+- The `type` property in `News` Struct should ideally be of an enum type for better type safety, even though there are unknown potential values.
-  "grade": 8,
+- Consider providing default values for properties in `CodingData` struct for more flexible decoding. 
-  "size": 2098,
+
-  "line_count": 69
+## Good points
-}
+- Utilizes Swift's `Hashable`, `Identifiable`, and `Sendable` protocols, making the `News` struct efficient and ready for use in concurrent contexts.
+- Use of a nested enum `Action` provides clear understanding and type safety for possible actions, reducing errors.
+- Clear separation of data parsing logic into a nested `CodingData` struct to handle encoding and decoding.
+
+## Summary
+The code is well-structured and adheres to protocol-oriented programming principles common in Swift. There's a clear separation of concerns, especially between the `News` data model and its coding logic. However, further typification of the `type` property could enhance safety and code clarity. The code seems to have been thoughtfully considered and implements Swift's Codable pattern effectively.
+
+## Open source alternatives
+- **Swift News API**: Libraries like "NewsAPI" which interact with News API for fetching news data can serve as an open-source option for digest functionality.
+- **FeedKit**: Useful for parsing RSS, Atom, and JSON feeds, which might provide similar feed handling functionality.

.reviews/Sources/SwiftDevRant/Models/RantFeed.swift.md

@@ -1,11 +1,20 @@
-{
+# Grade: 8
-  "extension": ".swift",
+
-  "source": "/// Contains the list of rants for the logged in user and other random things.\npublic struct RantFeed: Hashable, Sendable {\n    public let rants: [Rant]\n    \n    public let sessionHash: String?\n    \n    /// The weekly group rant week number.\n    public let weeklyRantWeek: Int?\n    \n    /// True if the logged in user is subscribed to devRant++.\n    public let devRantSupporter: Bool\n    \n    public let numberOfUnreadNotifications: Int\n    \n    public let news: News?\n    \n    public init(rants: [Rant], sessionHash: String?, weeklyRantWeek: Int?, devRantSupporter: Bool, numberOfUnreadNotifications: Int, news: RantFeed.News?) {\n        self.rants = rants\n        self.sessionHash = sessionHash\n        self.weeklyRantWeek = weeklyRantWeek\n        self.devRantSupporter = devRantSupporter\n        self.numberOfUnreadNotifications = numberOfUnreadNotifications\n        self.news = news\n    }\n}\n\npublic extension RantFeed {\n    enum Sort: Sendable {\n        /// The devRant algorithm decides what rants appear in the feed.\n        case algorithm\n        \n        /// The most recent rants appear in the feed.\n        case recent\n        \n        /// The top rated rants appear in the feed.\n        case top(range: Range)\n    }\n    \n    enum Range: Sendable {\n        /// Rants from the one day.\n        case day\n        \n        /// Rants from the one week.\n        case week\n        \n        /// Rants from the one month.\n        case month\n        \n        /// Rants from all time.\n        case all\n    }\n}\n\nextension RantFeed {\n    struct CodingData: Codable {\n        let rants: [Rant.CodingData]\n        //let settings //not sure what the purpose is. probably not needed.\n        let set: String?\n        let wrw: Int?\n        let dpp: Int?\n        let num_notifs: Int?\n        //let unread //probably the same info as already provided by num_notifs, so not needed.\n        let news: News.CodingData?\n    }\n}\n\nextension RantFeed.CodingData {\n    var decoded: RantFeed {\n        .init(\n            rants: rants.map(\\.decoded),\n            sessionHash: `set`,\n            weeklyRantWeek: wrw,\n            devRantSupporter: (dpp ?? 0) != 0,\n            numberOfUnreadNotifications: num_notifs ?? 0,\n            news: news?.decoded\n        )\n    }\n}\n",
+## Bugs
-  "review": "# Grade: 8\n\n## Bugs\n- No explicit bugs in the code are apparent upon initial review, though there might be logical bugs related to optional handling in `decoded`.\n\n## Optimizations\n- Consider providing default values for optional properties in the initializer to simplify and reduce conditional logic usage.\n- Evaluate if `sessionHash`, `weeklyRantWeek`, and `News` really need to be optional. If they are frequently non-nil, consider using defaults instead.\n\n## Good points\n- Use of well-named and structured types, which improves readability and maintainability.\n- Conforms to `Hashable` and `Sendable`, adhering to recent Swift concurrency and collection patterns.\n- Efficient use of Swift's `enum` to handle different sorting types and time ranges for rants.\n  \n## Summary\nThe code is a clean and well-structured implementation of a data structure for a Rant feed in a Swift application, supporting integration with Codable for easy data serialization. It effectively uses enums to categorize sorting options and time ranges for rants and provides a decode method to construct a `RantFeed` from its codable counterpart. While it doesn\u2019t contain explicit bugs, there are opportunities for simplification by avoiding optional properties where possible.\n\n## Open source alternatives\n- **RedditKit**: This Swift library can be used to interact with Reddit, which has similarities to a rant-based feed platform.\n- **MastodonKit**: For those who want to interact with Mastodon servers, useful if considering decentralized alternatives akin to microblogging rants.",
+- No explicit bugs in the code are apparent upon initial review, though there might be logical bugs related to optional handling in `decoded`.
-  "filename": "RantFeed.swift",
+
-  "path": "Sources/SwiftDevRant/Models/RantFeed.swift",
+## Optimizations
-  "directory": "Models",
+- Consider providing default values for optional properties in the initializer to simplify and reduce conditional logic usage.
-  "grade": 8,
+- Evaluate if `sessionHash`, `weeklyRantWeek`, and `News` really need to be optional. If they are frequently non-nil, consider using defaults instead.
-  "size": 2251,
+
-  "line_count": 79
+## Good points
-}
+- Use of well-named and structured types, which improves readability and maintainability.
+- Conforms to `Hashable` and `Sendable`, adhering to recent Swift concurrency and collection patterns.
+- Efficient use of Swift's `enum` to handle different sorting types and time ranges for rants.
+  
+## Summary
+The code is a clean and well-structured implementation of a data structure for a Rant feed in a Swift application, supporting integration with Codable for easy data serialization. It effectively uses enums to categorize sorting options and time ranges for rants and provides a decode method to construct a `RantFeed` from its codable counterpart. While it doesn’t contain explicit bugs, there are opportunities for simplification by avoiding optional properties where possible.
+
+## Open source alternatives
+- **RedditKit**: This Swift library can be used to interact with Reddit, which has similarities to a rant-based feed platform.
+- **MastodonKit**: For those who want to interact with Mastodon servers, useful if considering decentralized alternatives akin to microblogging rants.

.reviews/Sources/SwiftDevRant/Models/User.swift.md

@@ -1,11 +1,21 @@
-{
+# 9
-  "extension": ".swift",
+
-  "source": "/// Represents a user.\npublic struct User: Identifiable, Hashable, Sendable {\n    public let id: Int\n    \n    public let name: String\n    \n    /// The number of upvotes from other users.\n    public let score: Int\n    \n    /// True if the logged in user is subscribed to devRant++.\n    public let devRantSupporter: Bool\n    \n    /// A small avatar for the rant views and comment views.\n    public let avatarSmall: Avatar\n    \n    /// A large avatar for the profile view.\n    public let avatarLarge: Avatar?\n    \n    public init(id: Int, name: String, score: Int, devRantSupporter: Bool, avatarSmall: User.Avatar, avatarLarge: User.Avatar?) {\n        self.id = id\n        self.name = name\n        self.score = score\n        self.devRantSupporter = devRantSupporter\n        self.avatarSmall = avatarSmall\n        self.avatarLarge = avatarLarge\n    }\n}\n",
+## Bugs
-  "review": "# 9\n\n## Bugs\n- No apparent bugs in the code.\n\n## Optimizations\n- Consider using default values for certain properties in the initializer, if plausible, to simplify object creation.\n- Document the purpose of optional properties like `avatarLarge`, explaining when they might be nil.\n\n## Good points\n- Clear and concise struct definition, fitting good Swift conventions.\n- Appropriate use of `public` access control to expose necessary properties while protecting the struct.\n- Implements `Identifiable`, `Hashable`, and `Sendable` protocols which add versatility to the struct.\n- Provides clear inline documentation for each property, enhancing readability and maintainability.\n\n## Summary\nThe `User` struct is a well-structured and well-documented representation of a user, adhering to Swift conventions and leveraging important protocols (`Identifiable`, `Hashable`, `Sendable`). This struct is highly usable in scenarios where user identity, comparison, or concurrent state sharing is needed. Overall, there are minimal improvements needed, and it represents exemplary use of Swift's struct capabilities.\n\n## Open source alternatives\n- **Realm Cocoa**: Offers object models similar to structs for persistence in iOS applications.\n- **Core Data**: Apple's framework commonly used for persisting app data which can be designed to include user entities similar to this struct.",
+- No apparent bugs in the code.
-  "filename": "User.swift",
+
-  "path": "Sources/SwiftDevRant/Models/User.swift",
+## Optimizations
-  "directory": "Models",
+- Consider using default values for certain properties in the initializer, if plausible, to simplify object creation.
-  "grade": 9,
+- Document the purpose of optional properties like `avatarLarge`, explaining when they might be nil.
-  "size": 849,
+
-  "line_count": 28
+## Good points
-}
+- Clear and concise struct definition, fitting good Swift conventions.
+- Appropriate use of `public` access control to expose necessary properties while protecting the struct.
+- Implements `Identifiable`, `Hashable`, and `Sendable` protocols which add versatility to the struct.
+- Provides clear inline documentation for each property, enhancing readability and maintainability.
+
+## Summary
+The `User` struct is a well-structured and well-documented representation of a user, adhering to Swift conventions and leveraging important protocols (`Identifiable`, `Hashable`, `Sendable`). This struct is highly usable in scenarios where user identity, comparison, or concurrent state sharing is needed. Overall, there are minimal improvements needed, and it represents exemplary use of Swift's struct capabilities.
+
+## Open source alternatives
+- **Realm Cocoa**: Offers object models similar to structs for persistence in iOS applications.
+- **Core Data**: Apple's framework commonly used for persisting app data which can be designed to include user entities similar to this struct.

.reviews/Sources/SwiftDevRant/Models/VoteState.swift.md

@@ -1,11 +1,20 @@
-{
+**8**
-  "extension": ".swift",
+
-  "source": "/// Represents the different kinds of votes that a rant or comment can have.\npublic enum VoteState: Int, Hashable, Sendable {\n    /// A given ++ vote.\n    case upvoted = 1\n    \n    /// No votes given.\n    case unvoted = 0\n    \n    /// A given -- vote.\n    case downvoted = -1\n    \n    /// Not able to vote (if the rant or comment belongs to the logged in user).\n    case unvotable = -2\n}\n",
+### Bugs
-  "review": "**8**\n\n### Bugs\n- None\n\n### Optimizations\n- None necessary; the code is already concise and efficient.\n\n### Good points\n- Use of `enum` with `Int` raw values simplifies direct comparisons and storage in certain types of collections.\n- Conformance to `Hashable` and `Sendable` is a good practice for future compatibility and concurrency.\n- Clear documentation comments describe each case, enhancing the understandability.\n- The use of negative, zero, and positive values is intuitive for this domain context (voting logic).\n\n### Summary\nThe code is well-structured, efficiently using Swift's `enum` to categorize vote states with associated integer values. The choice to adopt `Hashable` and `Sendable` suits modern Swift programming best practices, aiding in serialization and safe concurrency. There are no apparent bugs or necessary optimizations, and the documentation is clear and concise.\n\n### Open source alternatives\n- **Swift's `Result` Type**: Although more generic, it can be used for similar representations in voting systems.\n- **Custom Implementations in Projects like Mastodon or Lemmy**: Often, custom voting systems can be seen in open-source frameworks of social media platforms, providing rich functionalities.",
+- None
-  "filename": "VoteState.swift",
+
-  "path": "Sources/SwiftDevRant/Models/VoteState.swift",
+### Optimizations
-  "directory": "Models",
+- None necessary; the code is already concise and efficient.
-  "grade": 8,
+
-  "size": 388,
+### Good points
-  "line_count": 15
+- Use of `enum` with `Int` raw values simplifies direct comparisons and storage in certain types of collections.
-}
+- Conformance to `Hashable` and `Sendable` is a good practice for future compatibility and concurrency.
+- Clear documentation comments describe each case, enhancing the understandability.
+- The use of negative, zero, and positive values is intuitive for this domain context (voting logic).
+
+### Summary
+The code is well-structured, efficiently using Swift's `enum` to categorize vote states with associated integer values. The choice to adopt `Hashable` and `Sendable` suits modern Swift programming best practices, aiding in serialization and safe concurrency. There are no apparent bugs or necessary optimizations, and the documentation is clear and concise.
+
+### Open source alternatives
+- **Swift's `Result` Type**: Although more generic, it can be used for similar representations in voting systems.
+- **Custom Implementations in Projects like Mastodon or Lemmy**: Often, custom voting systems can be seen in open-source frameworks of social media platforms, providing rich functionalities.

.reviews/Tests/SwiftDevRantTests/SwiftDevRantTests.swift.md

@@ -1,11 +1,19 @@
-{
+8
-  "extension": ".swift",
+
-  "source": "import Testing\n@testable import SwiftDevRant\n\n@Test func example() async throws {\n    // Write your test here and use APIs like `#expect(...)` to check expected conditions.\n}\n",
+### Bugs
-  "review": "8\n\n### Bugs\n- No apparent bugs in the provided code.\n\n### Optimizations\n- Consider adding a more meaningful test name instead of `example` for clarity and better maintainability.\n- Add a comment or improve the documentation for the purpose and expected outcome of the test case.\n\n### Good points\n- The use of `@testable` import allows for testing of internal components, which is effective for unit testing in Swift.\n- Use of async/await pattern, which is modern and appropriate for dealing with asynchronous code.\n\n### Summary\nThe provided code snippet is a simple and clean setup for an asynchronous unit test in Swift using the `@testable` import. While it doesn't contain much detail, it employs modern Swift testing practices. Improvements can be made in naming conventions and documentation for enhanced clarity.\n\n### Open source alternatives\n- Quick (https://github.com/Quick/Quick): A behavior-driven development framework for Swift.\n- Nimble (https://github.com/Quick/Nimble): A matcher framework for Swift used in conjunction with Quick for a BDD approach.",
+- No apparent bugs in the provided code.
-  "filename": "SwiftDevRantTests.swift",
+
-  "path": "Tests/SwiftDevRantTests/SwiftDevRantTests.swift",
+### Optimizations
-  "directory": "SwiftDevRantTests",
+- Consider adding a more meaningful test name instead of `example` for clarity and better maintainability.
-  "grade": 8,
+- Add a comment or improve the documentation for the purpose and expected outcome of the test case.
-  "size": 175,
+
-  "line_count": 7
+### Good points
-}
+- The use of `@testable` import allows for testing of internal components, which is effective for unit testing in Swift.
+- Use of async/await pattern, which is modern and appropriate for dealing with asynchronous code.
+
+### Summary
+The provided code snippet is a simple and clean setup for an asynchronous unit test in Swift using the `@testable` import. While it doesn't contain much detail, it employs modern Swift testing practices. Improvements can be made in naming conventions and documentation for enhanced clarity.
+
+### Open source alternatives
+- Quick (https://github.com/Quick/Quick): A behavior-driven development framework for Swift.
+- Nimble (https://github.com/Quick/Nimble): A matcher framework for Swift used in conjunction with Quick for a BDD approach.