feat: ability to manage subtasks #40

Merged
matous-volf merged 6 commits from feat/subtasks into main 2024-09-08 18:38:51 +00:00
matous-volf commented 2024-09-08 17:53:22 +00:00 (Migrated from github.com)

Summary by CodeRabbit

  • New Features

    • Introduced a SubtasksForm component for creating, editing, and deleting subtasks.
    • Added functionality to manage subtasks associated with tasks, enhancing task management capabilities.
    • Implemented a new error handling module specifically for subtasks.
  • Bug Fixes

    • Improved task completion logic to ensure associated subtasks are restored when a task is completed.
  • Refactor

    • Streamlined the code structure for better readability and maintainability in task and subtask management.
  • Documentation

    • Enhanced documentation for new components and error handling mechanisms related to subtasks.
<!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit - **New Features** - Introduced a `SubtasksForm` component for creating, editing, and deleting subtasks. - Added functionality to manage subtasks associated with tasks, enhancing task management capabilities. - Implemented a new error handling module specifically for subtasks. - **Bug Fixes** - Improved task completion logic to ensure associated subtasks are restored when a task is completed. - **Refactor** - Streamlined the code structure for better readability and maintainability in task and subtask management. - **Documentation** - Enhanced documentation for new components and error handling mechanisms related to subtasks. <!-- end of auto-generated comment: release notes by coderabbit.ai -->
coderabbitai[bot] commented 2024-09-08 17:53:42 +00:00 (Migrated from github.com)

Walkthrough

This pull request introduces a comprehensive set of changes to implement and manage subtasks within a task management system. It includes the creation of a subtasks table in the database, along with associated migration files for both creation and rollback. Additionally, new components and modules are added to the application, enabling the creation, editing, and deletion of subtasks, as well as error handling specific to subtask operations. The modifications enhance the overall functionality of the task management application by allowing users to manage subtasks effectively.

Changes

File Path Change Summary
migrations/.../down.sql Added SQL command to drop the subtasks table if it exists.
migrations/.../up.sql Created subtasks table with fields for ID, task ID, title, completion status, and timestamps; includes foreign key constraint on task_id.
src/components/bottom_panel.rs Adjusted height values in the BottomPanel function and added scrolling functionality to the CSS class string.
src/components/mod.rs Added subtasks_form module to the list of publicly accessible modules.
src/components/pages/category_calendar_page.rs Consolidated conditional expression for date formatting into a single line for improved readability.
src/components/subtasks_form.rs Implemented SubtasksForm component for managing subtasks, including creation, editing, and deletion functionalities.
src/components/task_form.rs Updated TaskForm to include the SubtasksForm component and reorganized the form layout for better structure.
src/components/task_list.rs Refactored task rendering logic to improve readability and efficiency, including changes to event handling.
src/errors/mod.rs Added subtask_error module for more granular error handling related to subtasks.
src/errors/subtask_error.rs Defined SubtaskError enum for categorizing errors related to subtasks and implemented conversion traits for error handling.
src/models/mod.rs Added subtask module to encapsulate functionality related to subtasks.
src/models/subtask.rs Defined Subtask and NewSubtask structs for managing subtasks, including validation constraints.
src/models/task.rs Modified the table_name attribute for the Task struct in Diesel ORM for improved readability.
src/query/mod.rs Updated QueryValue enum to include Subtasks variant and modified QueryKey enum to include SubtasksOfTaskId(i32).
src/query/subtasks.rs Implemented query mechanism for retrieving subtasks associated with a specific task ID.
src/schema/mod.rs Added definition for subtasks table, including foreign key relationship with tasks.
src/server/mod.rs Introduced subtasks module for server-side management of subtasks.
src/server/subtasks.rs Implemented asynchronous functions for creating, retrieving, editing, restoring, and deleting subtasks, including validation and error handling.
src/server/tasks.rs Enhanced complete_task function to include logic for restoring subtasks upon task completion.
  • matous-volf/todo-baggins#23: This issue requests the ability to manage subtasks, which is directly addressed by the changes in this pull request that implement subtask management functionalities.
  • #39: This PR introduces a rollback migration for the subtasks table, which complements the changes in this PR by ensuring that subtask-related database operations are handled consistently.

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<!-- This is an auto-generated comment: summarize by coderabbit.ai --> <!-- walkthrough_start --> ## Walkthrough This pull request introduces a comprehensive set of changes to implement and manage subtasks within a task management system. It includes the creation of a `subtasks` table in the database, along with associated migration files for both creation and rollback. Additionally, new components and modules are added to the application, enabling the creation, editing, and deletion of subtasks, as well as error handling specific to subtask operations. The modifications enhance the overall functionality of the task management application by allowing users to manage subtasks effectively. ## Changes | File Path | Change Summary | |---------------------------------------------------|-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------| | `migrations/.../down.sql` | Added SQL command to drop the `subtasks` table if it exists. | | `migrations/.../up.sql` | Created `subtasks` table with fields for ID, task ID, title, completion status, and timestamps; includes foreign key constraint on `task_id`. | | `src/components/bottom_panel.rs` | Adjusted height values in the `BottomPanel` function and added scrolling functionality to the CSS class string. | | `src/components/mod.rs` | Added `subtasks_form` module to the list of publicly accessible modules. | | `src/components/pages/category_calendar_page.rs` | Consolidated conditional expression for date formatting into a single line for improved readability. | | `src/components/subtasks_form.rs` | Implemented `SubtasksForm` component for managing subtasks, including creation, editing, and deletion functionalities. | | `src/components/task_form.rs` | Updated `TaskForm` to include the `SubtasksForm` component and reorganized the form layout for better structure. | | `src/components/task_list.rs` | Refactored task rendering logic to improve readability and efficiency, including changes to event handling. | | `src/errors/mod.rs` | Added `subtask_error` module for more granular error handling related to subtasks. | | `src/errors/subtask_error.rs` | Defined `SubtaskError` enum for categorizing errors related to subtasks and implemented conversion traits for error handling. | | `src/models/mod.rs` | Added `subtask` module to encapsulate functionality related to subtasks. | | `src/models/subtask.rs` | Defined `Subtask` and `NewSubtask` structs for managing subtasks, including validation constraints. | | `src/models/task.rs` | Modified the `table_name` attribute for the `Task` struct in Diesel ORM for improved readability. | | `src/query/mod.rs` | Updated `QueryValue` enum to include `Subtasks` variant and modified `QueryKey` enum to include `SubtasksOfTaskId(i32)`. | | `src/query/subtasks.rs` | Implemented query mechanism for retrieving subtasks associated with a specific task ID. | | `src/schema/mod.rs` | Added definition for `subtasks` table, including foreign key relationship with `tasks`. | | `src/server/mod.rs` | Introduced `subtasks` module for server-side management of subtasks. | | `src/server/subtasks.rs` | Implemented asynchronous functions for creating, retrieving, editing, restoring, and deleting subtasks, including validation and error handling. | | `src/server/tasks.rs` | Enhanced `complete_task` function to include logic for restoring subtasks upon task completion. | ## Possibly related issues - **matous-volf/todo-baggins#23**: This issue requests the ability to manage subtasks, which is directly addressed by the changes in this pull request that implement subtask management functionalities. ## Possibly related PRs - **#39**: This PR introduces a rollback migration for the `subtasks` table, which complements the changes in this PR by ensuring that subtask-related database operations are handled consistently. <!-- walkthrough_end --><!-- This is an auto-generated comment: raw summary by coderabbit.ai --> <!-- ``` migrations/2024-09-08-083610_create_subtasks/down.sql: ## AI-generated summary of changes The newly introduced SQL migration file `down.sql` serves the purpose of rolling back changes made by a corresponding `up.sql` migration file. Specifically, it contains a single command that drops the `subtasks` table if it exists. This functionality is crucial for maintaining database integrity and allowing developers to revert to a previous state in case of issues or errors encountered after applying the `up.sql` migration. The control flow is straightforward: upon execution, the SQL engine checks for the existence of the `subtasks` table and, if found, removes it from the database. This ensures that any data or schema changes associated with the `subtasks` table can be effectively undone, facilitating a clean rollback process. ## Alterations to the declarations of exported or public entities - Added: `DROP TABLE IF EXISTS "subtasks";` in `migrations/2024-09-08-083610_create_subtasks/down.sql` --- migrations/2024-09-08-083610_create_subtasks/up.sql: ## AI-generated summary of changes The newly introduced SQL migration script creates a `subtasks` table within the database schema. This table is designed to manage subtasks associated with larger tasks, enhancing the task management functionality of the application. The `subtasks` table includes several key fields: an auto-incrementing primary key `id`, a foreign key `task_id` that links each subtask to its parent task, a `title` for the subtask description, and a boolean `is_completed` to track the completion status of each subtask. Additionally, timestamps for `created_at` and `updated_at` are included to record when each subtask is created and last modified, with the latter defaulting to the current timestamp upon insertion. The foreign key constraint on `task_id` ensures referential integrity by linking to the `id` field of the `tasks` table, with a cascading delete action that removes subtasks if the associated task is deleted. This design choice maintains data consistency and prevents orphaned records. The script also includes a call to `diesel_manage_updated_at('subtasks')`, which likely serves to manage or update the timestamp fields automatically, ensuring that the `updated_at` field reflects the most recent changes. Overall, this migration enhances the application's ability to handle complex task structures by allowing for the creation and management of subtasks, thereby improving the overall task tracking and organization capabilities. ## Alterations to the declarations of exported or public entities - Added: `CREATE TABLE "subtasks"` with columns: - `id SERIAL NOT NULL PRIMARY KEY` - `task_id INT4 NOT NULL` - `title TEXT NOT NULL` - `is_completed BOOL NOT NULL` - `created_at TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP` - `updated_at TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP` - FOREIGN KEY (`task_id`) REFERENCES `tasks`(`id`) ON DELETE CASCADE in `migrations/2024-09-08-083610_create_subtasks/up.sql` - Added: `SELECT diesel_manage_updated_at('subtasks')` in `migrations/2024-09-08-083610_create_subtasks/up.sql` --- src/components/bottom_panel.rs: ## AI-generated summary of changes The changes in the `BottomPanel` function within the `src/components/bottom_panel.rs` file primarily involve adjustments to the height values returned by the match expression based on the state of `display_form`, `current_route`, and `navigation_expanded`. The height values for specific conditions have been incremented by 2 pixels, changing from `64px` to `66px`, `128px` to `130px`, and maintaining the height for the `Route::ProjectsPage` condition at `130px`. This subtle modification suggests a potential enhancement in the visual layout, possibly to accommodate additional content or improve aesthetics. Additionally, the CSS class string has been updated to include `overflow-y-scroll`, which indicates that the panel will now allow vertical scrolling when the content exceeds the defined height. This change enhances the user experience by ensuring that all content remains accessible without altering the overall layout significantly. The overall control flow remains intact, with the match expression still determining the height based on the same conditions, but the specific pixel values and the addition of scrolling functionality reflect a more refined approach to managing the panel's display properties. ## Alterations to the declarations of exported or public entities - Modified: `pub(crate) fn BottomPanel(display_form: Signal<bool>) -> Element` in `src/components/bottom_panel.rs` - Height values in the match expression have been changed from `h-[64px]`, `h-[128px]` to `h-[66px]`, `h-[130px]` respectively, and added `overflow-y-scroll` to the CSS class string. --- src/components/mod.rs: ## AI-generated summary of changes The provided diff introduces a new module declaration within the `src/components/mod.rs` file. Specifically, it adds the `subtasks_form` module to the list of publicly accessible modules under the `pub(crate)` visibility modifier. This change enhances the modular structure of the codebase by allowing the `subtasks_form` module to be included in the compilation of the crate, thereby enabling its functionalities to be utilized within the crate's scope. The addition signifies an expansion of the component architecture, potentially indicating that the `subtasks_form` module will encapsulate related functionalities or components that pertain to managing or displaying subtasks. This change does not alter any existing logic or control flow but rather extends the capabilities of the module system by integrating a new component. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) mod subtasks_form;` in `src/components/mod.rs` --- src/components/pages/category_calendar_page.rs: ## AI-generated summary of changes The provided diff reflects a minor modification in the formatting logic within the `CategoryCalendarPage` function in the `src/components/pages/category_calendar_page.rs` file. The change involves a reorganization of the conditional expression that determines the format string for the date display. Specifically, the original code had the conditional statement split across two lines, which has been consolidated into a single line for improved readability. The logic remains unchanged: the function checks if the year of `date_current` is different from the year of `today_date`. If they are different, it appends " %Y" to the formatted date string; otherwise, it appends an empty string. This adjustment does not alter the functionality or control flow of the program but enhances the clarity of the code by streamlining the conditional formatting expression. ## Alterations to the declarations of exported or public entities - No changes to the declarations of exported or public entities were made in `src/components/pages/category_calendar_page.rs`. --- src/components/subtasks_form.rs: ## AI-generated summary of changes The newly introduced file `subtasks_form.rs` implements a user interface component for managing subtasks associated with a specific task in a web application. This component, defined as `SubtasksForm`, utilizes the Dioxus framework for building reactive user interfaces in Rust. The primary functionality includes creating, editing, and deleting subtasks, as well as displaying the current list of subtasks. The component accepts a `task_id` as a parameter, which is used to fetch and manage subtasks related to that specific task. It employs the `use_query_client` and `use_subtasks_of_task_query` hooks to handle data fetching and state management. The component maintains a local state for the new subtask title using the `use_signal` hook, allowing for reactive updates as the user types. The form structure is defined using the `rsx!` macro, which allows for a declarative syntax to create HTML-like elements. The form includes an input field for the subtask title and a submit button. Upon submission, an asynchronous operation is triggered to create a new subtask, which involves constructing a `NewSubtask` instance and invoking the `create_subtask` function. After the creation, the query client invalidates the relevant queries to refresh the displayed subtasks. The component also handles the display of existing subtasks. It checks the result of the subtasks query and renders a list of subtasks, each with an edit input and a delete button. The edit functionality allows users to modify the title of a subtask, while the delete button triggers an asynchronous call to remove the subtask. Both operations ensure that the UI remains in sync with the underlying data by invalidating the queries after changes. Error handling is incorporated to manage potential issues during data fetching, displaying error messages when necessary. The component is designed to provide a seamless user experience for managing subtasks, leveraging the reactive capabilities of Dioxus to ensure that the UI updates in response to user actions and data changes. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) fn SubtasksForm(task_id: i32) -> Element` in `src/components/subtasks_form.rs` --- src/components/task_form.rs: ## AI-generated summary of changes The changes in the `TaskForm` component of the Rust application primarily enhance the structure and functionality of the form used for task management. The modifications include a reorganization of the form's layout and the addition of a new component, `SubtasksForm`, which allows for better handling of subtasks associated with a main task. The form's HTML structure has been updated to improve readability and maintainability. The `form` element now has an `id` attribute set to `"form_task"`, which facilitates easier identification and manipulation of the form in the DOM. The layout has been adjusted to use a more consistent class structure, enhancing the visual presentation of the form elements. The event handling logic for form submission has been preserved but is now encapsulated within a more structured layout. The `onsubmit` handler remains asynchronous, ensuring that task creation or editing is processed correctly. The logic for determining the task's category has been refined, maintaining the original functionality while improving clarity. Additionally, the `SubtasksForm` component is conditionally rendered based on the presence of a task. This allows users to manage subtasks directly within the task form, streamlining the user experience. The integration of this component signifies a shift towards a more modular design, promoting reusability and separation of concerns. Overall, the changes reflect a focus on enhancing user interaction with the task management system, improving the form's structure, and integrating new functionality for managing subtasks. ## Alterations to the declarations of exported or public entities - Added: `SubtasksForm` in `src/components/task_form.rs` - Modified: `pub(crate) fn TaskForm(task: Option<Task>, on_successful_submit: EventHandler<()>)` in `src/components/task_form.rs` (no changes to parameters, but the internal structure has been significantly updated) --- src/components/task_list.rs: ## AI-generated summary of changes The changes in the `TaskList` function within the `src/components/task_list.rs` file primarily enhance the readability and efficiency of the code while maintaining the same overall functionality. The refactoring involves a shift from using an iterator with `map` to a more straightforward `for` loop for iterating over the `tasks` vector. This change simplifies the control flow and improves clarity by directly embedding the task rendering logic within the loop, eliminating the need for cloning the task variable multiple times. Additionally, the logic for determining the class names based on task properties has been streamlined. The conditional checks for task deadlines and categories are now more concise, reducing redundancy. For instance, the previous nested conditional structure has been flattened, making it easier to follow the logic that assigns padding classes based on whether a task has a deadline or belongs to a specific category. The event handling for task clicks has also been modified. The `onclick` handler now uses a closure that captures the task variable directly, which simplifies the event handling logic. The asynchronous operation for completing a task remains intact, but the way query keys are constructed has been improved for clarity. The new structure allows for easier addition of query keys based on task properties, particularly for tasks with reoccurrences. Overall, these changes enhance the maintainability of the code by making it more readable and reducing complexity without altering the underlying functionality of the task list rendering. ## Alterations to the declarations of exported or public entities - No changes to the declarations of exported or public entities were made in `src/components/task_list.rs`. --- src/errors/mod.rs: ## AI-generated summary of changes The provided diff introduces a new module declaration within the `src/errors/mod.rs` file. Specifically, it adds the `subtask_error` module to the existing set of error modules. This change enhances the error handling capabilities of the codebase by allowing for more granular categorization of errors related to subtasks. The addition of this module suggests an intention to improve the clarity and maintainability of error management, potentially enabling developers to handle errors specific to subtasks more effectively. Overall, this modification reflects an expansion of the error handling framework, which may facilitate better debugging and error reporting in the application. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) mod subtask_error;` in `src/errors/mod.rs` --- src/errors/subtask_error.rs: ## AI-generated summary of changes The newly introduced file `subtask_error.rs` defines a robust error handling mechanism specifically for subtasks within a larger application. It introduces the `SubtaskError` enum, which categorizes potential errors that can occur during subtask operations. The enum includes variants for `TitleLengthInvalid`, `TaskNotFound`, and a generic `Error` variant that wraps an `Error` type from the existing error handling framework. The file implements two key conversion traits for `SubtaskError`. The first is the `From<ValidationErrors>` trait, which allows for the transformation of validation errors related to subtasks into `SubtaskError` instances. This conversion is particularly focused on the validation of the "title" field, where it checks for specific validation error codes, such as "title_length". If an unexpected error code or field name is encountered, the implementation panics, ensuring that only valid errors are processed. The second implementation is for converting `diesel::result::Error` into `SubtaskError`. This conversion handles database-related errors, specifically foreign key violations. If a foreign key violation occurs and the constraint name matches "subtasks_task_id_fkey", it returns a `TaskNotFound` error. For all other cases, it defaults to wrapping the error in the generic `Error` variant, indicating a server internal error. Additionally, the file includes implementations of the `Display` and `FromStr` traits for `SubtaskError`. The `Display` implementation formats the error for output, while the `FromStr` implementation provides a way to create a `SubtaskError` from a string, defaulting to a server internal error. Overall, this file enhances the error handling capabilities of the application by providing a structured way to manage and represent errors related to subtasks, ensuring that errors are both informative and manageable. ## Alterations to the declarations of exported or public entities - Added: `pub enum SubtaskError` in `src/errors/subtask_error.rs` - Added: `impl From<ValidationErrors> for ErrorVec<SubtaskError>` in `src/errors/subtask_error.rs` - Added: `impl From<diesel::result::Error> for SubtaskError` in `src/errors/subtask_error.rs` - Added: `impl Display for SubtaskError` in `src/errors/subtask_error.rs` - Added: `impl FromStr for SubtaskError` in `src/errors/subtask_error.rs` --- src/models/mod.rs: ## AI-generated summary of changes The provided diff introduces a new module declaration within the `src/models/mod.rs` file. Specifically, it adds the `subtask` module to the existing set of modules, which includes `project`, `category`, and `task`. This change enhances the modular structure of the codebase by allowing for the encapsulation of functionality related to subtasks, potentially improving organization and maintainability. The addition suggests an expansion of the application's capabilities, likely enabling the handling of subtasks within the broader context of projects and tasks. However, the diff does not provide any additional context regarding the implementation or functionality of the newly added `subtask` module, leaving its specific role and interactions with other modules to be defined in subsequent code changes. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) mod subtask;` in `src/models/mod.rs` --- src/models/subtask.rs: ## AI-generated summary of changes The newly introduced file `subtask.rs` defines the data structures and logic for managing subtasks within a task management system. It utilizes the Diesel ORM for database interactions, enabling the representation of subtasks in a PostgreSQL database. The primary structure, `Subtask`, is annotated with Diesel attributes to facilitate querying and insertion into the `subtasks` table. This structure includes fields for the subtask's ID, associated task ID, title, completion status, and timestamps for creation and updates. The `Subtask` struct is equipped with several getter methods that provide access to its fields, promoting encapsulation and ensuring that the internal representation remains hidden from external manipulation. This design allows for safe retrieval of subtask data while maintaining the integrity of the underlying data model. Additionally, the `NewSubtask` struct is defined for creating new subtasks. It includes validation constraints on the title length, ensuring that it adheres to specified minimum and maximum lengths. This validation is facilitated by the `validator` crate, which enhances data integrity by enforcing rules before data is persisted to the database. The `NewSubtask` struct also includes a constructor method, `new`, which simplifies the instantiation of new subtask objects. Furthermore, an implementation of the `From` trait allows for easy conversion from an existing `Subtask` instance to a `NewSubtask`, streamlining the process of creating new entries based on existing data. Overall, this file establishes a robust foundation for managing subtasks, incorporating essential features such as data validation, encapsulation, and seamless integration with the database layer. ## Alterations to the declarations of exported or public entities - Added: `pub struct Subtask` in `src/models/subtask.rs` - Added: `pub struct NewSubtask` in `src/models/subtask.rs` - Added: `pub fn id(&self) -> i32` in `impl Subtask` in `src/models/subtask.rs` - Added: `pub fn task_id(&self) -> i32` in `impl Subtask` in `src/models/subtask.rs` - Added: `pub fn title(&self) -> &str` in `impl Subtask` in `src/models/subtask.rs` - Added: `pub fn is_completed(&self) -> bool` in `impl Subtask` in `src/models/subtask.rs` - Added: `pub fn created_at(&self) -> NaiveDateTime` in `impl Subtask` in `src/models/subtask.rs` - Added: `pub fn updated_at(&self) -> NaiveDateTime` in `impl Subtask` in `src/models/subtask.rs` - Added: `pub fn new(task_id: i32, title: String, is_completed: bool) -> Self` in `impl NewSubtask` in `src/models/subtask.rs` - Added: `impl From<Subtask> for NewSubtask` in `src/models/subtask.rs` --- src/models/task.rs: ## AI-generated summary of changes The provided diff indicates a modification in the Rust code related to the `Task` struct within the `src/models/task.rs` file. The primary change involves the alteration of the `table_name` attribute in the Diesel ORM macro from a fully qualified path (`crate::schema::tasks`) to a simpler reference (`tasks`). This change suggests a shift in how the `Task` struct is associated with the database table, potentially indicating a restructuring of the module organization or a simplification of the namespace usage. By removing the `crate::schema::` prefix, the code now directly references the `tasks` table, which may enhance readability and maintainability. This change could also imply that the `tasks` table is now more readily accessible within the current module context, possibly due to changes in the module's structure or the way the schema is defined. Overall, this modification streamlines the code and may facilitate easier access to the database table associated with the `Task` struct. ## Alterations to the declarations of exported or public entities - Modified: `#[diesel(table_name = crate::schema::tasks)]` in struct `Task` in `src/models/task.rs` → `#[diesel(table_name = tasks)]` in struct `Task` in `src/models/task.rs` --- src/query/mod.rs: ## AI-generated summary of changes The provided diff introduces several modifications to the `src/query/mod.rs` file, primarily enhancing the functionality related to querying tasks and subtasks. Notably, the `QueryValue` enum has been updated to include a new variant for `Subtasks`, allowing the representation of a vector of `Subtask` instances alongside the existing `Tasks` and `Projects` variants. This change expands the data structure's capability to handle subtasks, which may be crucial for applications that require detailed task management. Additionally, the `QueryKey` enum has undergone a significant alteration. The variant for `Projects` has been removed, while a new variant, `SubtasksOfTaskId(i32)`, has been introduced. This change suggests a shift in how queries are structured, likely aiming to facilitate more specific queries related to subtasks by associating them with their parent task IDs. The removal of the `Projects` variant from `QueryKey` indicates a potential refactoring of how project queries are handled, possibly moving them to a different context or module. Overall, these changes reflect an enhancement in the querying capabilities of the module, particularly in managing subtasks, which may improve the overall functionality and usability of the task management system. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) mod subtasks;` in `src/query/mod.rs` - Added: `Subtasks(Vec<Subtask>),` in `pub(crate) enum QueryValue` in `src/query/mod.rs` - Renamed: `Projects,` in `pub(crate) enum QueryKey` in `src/query/mod.rs` → `SubtasksOfTaskId(i32),` in `pub(crate) enum QueryKey` in `src/query/mod.rs` --- src/query/subtasks.rs: ## AI-generated summary of changes The newly introduced file `subtasks.rs` in the `src/query` directory implements a query mechanism for retrieving subtasks associated with a specific task ID. It leverages the Dioxus framework's query capabilities to facilitate asynchronous data fetching. The primary function, `use_subtasks_of_task_query`, accepts a task ID as an integer parameter and utilizes the `use_get_query` function to initiate a query based on the provided task ID encapsulated within a `QueryKey::SubtasksOfTaskId`. This function returns a `UseQuery` type, which encapsulates the result of the query operation, including potential errors. The core logic for fetching subtasks is handled by the asynchronous function `fetch_subtasks_of_task`, which takes a vector of `QueryKey` as input. It checks if the first key corresponds to a `SubtasksOfTaskId` and, if so, invokes the `get_subtasks_of_task` function with the extracted task ID. The result of this operation is processed in a match statement: if successful, it wraps the subtasks in a `QueryValue::Subtasks` and returns it; if an error occurs, it distinguishes between a wrapped server error and other unexpected errors, handling them accordingly. In cases where the input keys do not match the expected format, the function panics, indicating an unexpected state. Overall, this implementation enhances the query capabilities of the application by providing a structured way to fetch and handle subtasks, ensuring that errors are managed effectively while maintaining a clear control flow. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) fn use_subtasks_of_task_query(task_id: i32) -> UseQuery<QueryValue, QueryErrors, QueryKey>` in `src/query/subtasks.rs` - Added: `async fn fetch_subtasks_of_task(keys: Vec<QueryKey>) -> QueryResult<QueryValue, QueryErrors>` in `src/query/subtasks.rs` --- src/schema/mod.rs: ## AI-generated summary of changes The provided diff introduces a new database table definition for `subtasks` within the `src/schema/mod.rs` file, enhancing the existing schema managed by Diesel, a Rust ORM. The `subtasks` table is defined with several fields: `id`, `task_id`, `title`, `is_completed`, `created_at`, and `updated_at`, which are essential for tracking subtasks associated with tasks. This addition allows for a more granular representation of tasks, enabling the application to manage subtasks effectively. Furthermore, the diff establishes a foreign key relationship between the `subtasks` and `tasks` tables through the `task_id` field, indicating that each subtask is linked to a specific task. This relationship is defined using the `diesel::joinable!` macro, which facilitates efficient querying across these tables. The inclusion of `subtasks` in the `diesel::allow_tables_to_appear_in_same_query!` macro indicates that queries can now involve both `tasks` and `subtasks`, enhancing the flexibility of data retrieval operations. Overall, these changes significantly improve the data model by introducing a structured way to handle subtasks, thereby enriching the application's functionality and data integrity. ## Alterations to the declarations of exported or public entities - Added: `diesel::table! { subtasks (id) { id -> Int4, task_id -> Int4, title -> Text, is_completed -> Bool, created_at -> Timestamp, updated_at -> Timestamp, } }` in `src/schema/mod.rs` - Added: `diesel::joinable!(subtasks -> tasks (task_id));` in `src/schema/mod.rs` - Added: `subtasks` to `diesel::allow_tables_to_appear_in_same_query!(projects, subtasks, tasks);` in `src/schema/mod.rs` --- src/server/mod.rs: ## AI-generated summary of changes The provided diff introduces a new module declaration within the `src/server/mod.rs` file. Specifically, it adds the `subtasks` module as a public crate-level module, which enhances the modular structure of the server's codebase. This change indicates an expansion of the server's functionality, allowing for better organization and potential encapsulation of logic related to subtasks. The addition of the `subtasks` module suggests that the application may now support more granular task management features, which could improve the overall architecture and maintainability of the code. The existing modules, `database_connection`, `projects`, and `tasks`, remain unchanged, indicating that the focus of this update is solely on the introduction of the new `subtasks` module. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) mod subtasks;` in `src/server/mod.rs` --- src/server/subtasks.rs: ## AI-generated summary of changes The newly introduced file `src/server/subtasks.rs` implements a set of asynchronous server functions for managing subtasks within a task management system. This module leverages the Diesel ORM for database interactions and integrates validation through the `validator` crate. The primary functionalities include creating, retrieving, editing, restoring, and deleting subtasks, each encapsulated in its own asynchronous function. 1. **Creating a Subtask**: The `create_subtask` function accepts a `NewSubtask` object, validates it, and inserts it into the database. If validation fails or if there are issues with the database connection, it returns appropriate error messages encapsulated in `ErrorVec<SubtaskError>`. 2. **Retrieving Subtasks**: The `get_subtasks_of_task` function retrieves all subtasks associated with a specific task ID. It filters the subtasks based on the provided `filtered_task_id` and returns a vector of `Subtask` objects. Error handling is implemented to manage potential database connection issues. 3. **Editing a Subtask**: The `edit_subtask` function allows for updating an existing subtask identified by its ID. It validates the new subtask data before executing an update query. The function returns the updated `Subtask` object or an error if the operation fails. 4. **Restoring Subtasks**: The `restore_subtasks_of_task` function marks all subtasks associated with a specific task ID as not completed. It updates the `is_completed` field in the database and returns the updated subtasks. 5. **Deleting a Subtask**: The `delete_subtask` function removes a subtask from the database based on its ID. It handles errors related to database execution and returns a success or failure response. Each function is marked with the `#[server]` attribute, indicating that they are intended for server-side execution. The error handling across all functions is consistent, utilizing `ErrorVec` to encapsulate various error types, ensuring that the API provides meaningful feedback to the client. Overall, this module enhances the task management system by providing robust CRUD operations for subtasks, ensuring data integrity through validation, and maintaining clear error reporting mechanisms. ## Alterations to the declarations of exported or public entities - Added: `pub(crate) async fn create_subtask(new_subtask: NewSubtask) -> Result<Subtask, ServerFnError<ErrorVec<SubtaskError>>>` in `src/server/subtasks.rs` - Added: `pub(crate) async fn get_subtasks_of_task(filtered_task_id: i32) -> Result<Vec<Subtask>, ServerFnError<ErrorVec<Error>>>` in `src/server/subtasks.rs` - Added: `pub(crate) async fn edit_subtask(subtask_id: i32, new_subtask: NewSubtask) -> Result<Subtask, ServerFnError<ErrorVec<SubtaskError>>>` in `src/server/subtasks.rs` - Added: `pub(crate) async fn restore_subtasks_of_task(filtered_task_id: i32) -> Result<Vec<Subtask>, ServerFnError<ErrorVec<SubtaskError>>>` in `src/server/subtasks.rs` - Added: `pub(crate) async fn delete_subtask(subtask_id: i32) -> Result<(), ServerFnError<ErrorVec<Error>>>` in `src/server/subtasks.rs` --- src/server/tasks.rs: ## AI-generated summary of changes The provided diff introduces a new functionality to the `complete_task` asynchronous function within the `src/server/tasks.rs` file. Specifically, it integrates a call to the `restore_subtasks_of_task` function, which is invoked after the completion of a task. This addition enhances the task completion logic by ensuring that any subtasks associated with the completed task are restored appropriately. The change modifies the control flow by introducing an asynchronous operation that awaits the result of restoring subtasks, followed by error handling that maps any potential errors to a vector containing a `ServerInternal` error. This adjustment signifies a shift in how task completion is handled, emphasizing the importance of managing subtasks in conjunction with the main task's lifecycle. The overall structure of the function remains intact, but the new logic introduces additional robustness to the task management process. ## Alterations to the declarations of exported or public entities - Added: `async fn restore_subtasks_of_task(task_id: i32)` in module `subtasks` in `src/server/subtasks.rs` ``` --> <!-- end of auto-generated comment: raw summary by coderabbit.ai --><!-- This is an auto-generated comment: pr objectives by coderabbit.ai --> <!-- Title: feat: ability to manage subtasks Number: 40 User: matous-volf --> <!-- end of auto-generated comment: pr objectives by coderabbit.ai --><!-- commit_ids_reviewed_start --> <!-- a05b4f9f66cf4851e618cb0f408703e0a5df766f --> <!-- commit_ids_reviewed_end --><!-- tips_start --> --- Thank you for using CodeRabbit. We offer it for free to the OSS community and would appreciate your support in helping us grow. 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coderabbitai[bot] (Migrated from github.com) requested changes 2024-09-08 17:59:21 +00:00
coderabbitai[bot] (Migrated from github.com) left a comment

Actionable comments posted: 11

Review details

Configuration used: CodeRabbit UI
Review profile: ASSERTIVE

Commits

Files that changed from the base of the PR and between 63ef7c817e and a05b4f9f66.

Files selected for processing (19)
  • migrations/2024-09-08-083610_create_subtasks/down.sql (1 hunks)
  • migrations/2024-09-08-083610_create_subtasks/up.sql (1 hunks)
  • src/components/bottom_panel.rs (1 hunks)
  • src/components/mod.rs (1 hunks)
  • src/components/pages/category_calendar_page.rs (1 hunks)
  • src/components/subtasks_form.rs (1 hunks)
  • src/components/task_form.rs (4 hunks)
  • src/components/task_list.rs (1 hunks)
  • src/errors/mod.rs (1 hunks)
  • src/errors/subtask_error.rs (1 hunks)
  • src/models/mod.rs (1 hunks)
  • src/models/subtask.rs (1 hunks)
  • src/models/task.rs (1 hunks)
  • src/query/mod.rs (2 hunks)
  • src/query/subtasks.rs (1 hunks)
  • src/schema/mod.rs (2 hunks)
  • src/server/mod.rs (1 hunks)
  • src/server/subtasks.rs (1 hunks)
  • src/server/tasks.rs (2 hunks)
Additional comments not posted (24)
migrations/2024-09-08-083610_create_subtasks/down.sql (1)

1-4: Correct implementation for rollback migration.

The SQL command correctly ensures that the subtasks table is dropped if it exists, which is the expected behavior for a rollback migration. The comment at the beginning of the file clearly states the purpose, enhancing the readability and maintainability of the migration scripts.

src/models/mod.rs (1)

4-4: Proper module addition for subtasks.

The addition of the subtask module is correctly declared with pub(crate) visibility, aligning with the existing module structure and encapsulation practices within the crate. This change is consistent and well-integrated with the modular design of the application.

src/server/mod.rs (1)

4-4: Appropriate module addition for enhanced task management.

The addition of the subtasks module is correctly declared with pub(crate) visibility, aligning with the existing module structure and encapsulation practices within the crate. This change supports the expansion of the server's functionality, allowing for more granular task management.

src/errors/mod.rs (1)

5-5: Approved addition of the subtask_error module.

The addition of the subtask_error module is consistent with the PR's objective and is correctly scoped with pub(crate) visibility.

src/components/mod.rs (1)

15-15: Approved addition of the subtasks_form module.

The addition of the subtasks_form module aligns with the PR's objective to enhance subtask management capabilities and is correctly scoped with pub(crate) visibility.

migrations/2024-09-08-083610_create_subtasks/up.sql (1)

4-15: Approved SQL migration for creating the subtasks table.

The SQL migration file is well-structured with appropriate fields and constraints for managing subtasks. The inclusion of the ON DELETE CASCADE option is a thoughtful choice that ensures data integrity by automatically removing subtasks when their parent tasks are deleted.

src/query/mod.rs (4)

5-5: Approved import for Subtask model.

The addition of the Subtask model is necessary for the new subtasks functionality.


10-10: Approved module declaration for subtasks.

The addition of the subtasks module supports encapsulation and organization of subtask-specific logic.


15-16: Approved addition of Subtasks variant to QueryValue.

The new Subtasks variant in QueryValue is crucial for handling subtasks in queries. Ensure that this change integrates well with existing query handling mechanisms.

Verification successful

Successful integration of Subtasks variant in QueryValue.

The Subtasks variant is well-integrated into the query handling mechanisms, as evidenced by its usage in both query fetching and component rendering. This integration is consistent with the handling of other variants like Projects and Tasks.

  • src/query/subtasks.rs: Proper handling of QueryValue::Subtasks in fetch_subtasks_of_task.
  • src/components/subtasks_form.rs: Correct usage of QueryValue::Subtasks in QueryResult.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify integration of the new Subtasks variant in QueryValue.

# Test: Search for usage of QueryValue enum. Expect: Proper handling of the new Subtasks variant.
rg --type rust -A 5 $'QueryValue'

Length of output: 13408


26-26: Approved changes to QueryKey with a note on potential impacts.

The removal of Projects and addition of SubtasksOfTaskId(i32) in QueryKey are significant. Verify that these changes do not adversely affect existing functionality.

Also applies to: 29-29

src/schema/mod.rs (3)

35-35: Approved foreign key relationship for subtasks.

The defined foreign key relationship between subtasks and tasks ensures referential integrity and supports efficient querying.


40-40: Approved addition of subtasks to allow_tables_to_appear_in_same_query.

Adding subtasks to this macro enhances the flexibility of querying across multiple tables, which is beneficial for complex queries involving tasks and subtasks.


12-21: Approved table definition for subtasks.

The new subtasks table is well-defined with fields that are essential for managing subtasks. Verify that the schema aligns with the application's data integrity and performance requirements.

src/query/subtasks.rs (1)

6-9: Approved function for querying subtasks based on task ID.

The function use_subtasks_of_task_query is well-implemented to facilitate querying subtasks by task ID. Verify that it integrates smoothly with the rest of the querying framework.

Verification successful

Function use_subtasks_of_task_query is properly integrated.

The function is utilized in src/components/subtasks_form.rs, indicating it is correctly integrated into the component responsible for handling subtasks. This confirms its intended use for querying subtasks by task ID. No further action is needed.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the integration of the use_subtasks_of_task_query function.

# Test: Search for usage of the function. Expect: Proper integration and handling.
rg --type rust -A 5 $'use_subtasks_of_task_query'

Length of output: 1329

src/models/task.rs (1)

12-12: Simplified table name reference.

The change to the table_name attribute simplifies the reference and potentially improves maintainability.

Verify that the namespace configuration is correctly set up to ensure that this change does not affect database interactions.

Run the following script to verify the namespace configuration:

src/components/bottom_panel.rs (1)

39-43: Review of CSS class and height adjustments

The addition of overflow-y-scroll to the CSS class string is a good enhancement for improving user experience by allowing vertical scrolling. However, ensure that this change aligns with the overall design and accessibility standards of the application.

The height adjustments from 64px to 66px and 128px to 130px seem minor but are crucial for maintaining visual consistency. Verify that these changes integrate well with other UI components and do not disrupt the layout, especially on different screen sizes.

src/components/pages/category_calendar_page.rs (1)

44-45: Consolidation of conditional expression

The consolidation of the conditional expression into a single line improves readability and maintains the same logic as before. This change is a good practice in maintaining clean and understandable code. Ensure that this change has been thoroughly tested to confirm that the date formatting behaves as expected across different scenarios.

src/components/task_list.rs (2)

23-32: Streamlined conditional logic for class assignment.

The refactoring of conditional checks for class assignment based on task properties enhances readability and maintainability. Good job on flattening the nested conditionals.


38-41: Review the use of closures in event handlers.

The use of closures to capture task variables directly simplifies the event handling logic. However, ensure that this does not lead to unintended captures or potential memory leaks, especially with repeated cloning of task objects.

Consider verifying the memory usage and performance implications of these closures in a real-world scenario.

Also applies to: 51-69

src/server/tasks.rs (1)

131-132: Good integration of subtask restoration in task completion logic.

The addition of restore_subtasks_of_task in the complete_task function is a good enhancement for managing subtasks effectively. The error handling is also well-implemented, ensuring that any issues during the restoration process are appropriately managed.

src/components/subtasks_form.rs (1)

10-158: Well-implemented form for managing subtasks.

The SubtasksForm component is well-implemented, providing functionalities for creating, editing, and deleting subtasks. The use of reactive state management and server interaction is appropriate. The handling of different states of the query result enhances the user experience by addressing various scenarios like loading and errors.

src/components/task_form.rs (3)

15-15: New component import for subtasks handling.

The import of SubtasksForm is correctly placed and follows Rust's convention for module imports. This aligns with the PR's objective to manage subtasks.


386-386: Ensure form association for the submit button.

The submit button correctly specifies the form attribute pointing to "form_task", ensuring that it triggers the submission of the correct form. This is a good practice, especially in complex forms where multiple form elements might be present.

No changes are necessary here, and this detail ensures that the form's submission behavior is explicitly defined.


83-350: Review of the main TaskForm component structure and logic.

The TaskForm component has been significantly restructured to include various input fields and conditional rendering based on the task category. The form now includes an id attribute, which is a good practice for easier DOM manipulation and is consistent with the summary's mention of improved maintainability.

Key Observations:

  • The form uses a flexible layout with flex classes, which enhances the visual presentation.
  • The onsubmit handler is well-structured, handling both task creation and editing. It correctly uses asynchronous calls to handle task operations, which is crucial for non-blocking UI interactions.
  • The use of match statements to handle different categories is clear and maintains readability.
  • Conditional rendering of the SubtasksForm based on the task's presence is a good use of Rust's pattern matching, promoting modularity and reusability.

Suggestions:

  • Ensure that all possible categories are handled in the match statements to avoid runtime errors.
  • Consider adding error handling for the unwrap() calls to prevent potential panics if the expected values are not present in the form's data.

Overall, the changes are well-aligned with the PR's objectives and improve the component's functionality and user experience.

**Actionable comments posted: 11** <details> <summary>Review details</summary> **Configuration used: CodeRabbit UI** **Review profile: ASSERTIVE** <details> <summary>Commits</summary> Files that changed from the base of the PR and between 63ef7c817e015582ca6f152bdfc1e73784afcc71 and a05b4f9f66cf4851e618cb0f408703e0a5df766f. </details> <details> <summary>Files selected for processing (19)</summary> * migrations/2024-09-08-083610_create_subtasks/down.sql (1 hunks) * migrations/2024-09-08-083610_create_subtasks/up.sql (1 hunks) * src/components/bottom_panel.rs (1 hunks) * src/components/mod.rs (1 hunks) * src/components/pages/category_calendar_page.rs (1 hunks) * src/components/subtasks_form.rs (1 hunks) * src/components/task_form.rs (4 hunks) * src/components/task_list.rs (1 hunks) * src/errors/mod.rs (1 hunks) * src/errors/subtask_error.rs (1 hunks) * src/models/mod.rs (1 hunks) * src/models/subtask.rs (1 hunks) * src/models/task.rs (1 hunks) * src/query/mod.rs (2 hunks) * src/query/subtasks.rs (1 hunks) * src/schema/mod.rs (2 hunks) * src/server/mod.rs (1 hunks) * src/server/subtasks.rs (1 hunks) * src/server/tasks.rs (2 hunks) </details> <details> <summary>Additional comments not posted (24)</summary><blockquote> <details> <summary>migrations/2024-09-08-083610_create_subtasks/down.sql (1)</summary><blockquote> `1-4`: **Correct implementation for rollback migration.** The SQL command correctly ensures that the `subtasks` table is dropped if it exists, which is the expected behavior for a rollback migration. The comment at the beginning of the file clearly states the purpose, enhancing the readability and maintainability of the migration scripts. </blockquote></details> <details> <summary>src/models/mod.rs (1)</summary><blockquote> `4-4`: **Proper module addition for subtasks.** The addition of the `subtask` module is correctly declared with `pub(crate)` visibility, aligning with the existing module structure and encapsulation practices within the crate. This change is consistent and well-integrated with the modular design of the application. </blockquote></details> <details> <summary>src/server/mod.rs (1)</summary><blockquote> `4-4`: **Appropriate module addition for enhanced task management.** The addition of the `subtasks` module is correctly declared with `pub(crate)` visibility, aligning with the existing module structure and encapsulation practices within the crate. This change supports the expansion of the server's functionality, allowing for more granular task management. </blockquote></details> <details> <summary>src/errors/mod.rs (1)</summary><blockquote> `5-5`: **Approved addition of the `subtask_error` module.** The addition of the `subtask_error` module is consistent with the PR's objective and is correctly scoped with `pub(crate)` visibility. </blockquote></details> <details> <summary>src/components/mod.rs (1)</summary><blockquote> `15-15`: **Approved addition of the `subtasks_form` module.** The addition of the `subtasks_form` module aligns with the PR's objective to enhance subtask management capabilities and is correctly scoped with `pub(crate)` visibility. </blockquote></details> <details> <summary>migrations/2024-09-08-083610_create_subtasks/up.sql (1)</summary><blockquote> `4-15`: **Approved SQL migration for creating the `subtasks` table.** The SQL migration file is well-structured with appropriate fields and constraints for managing subtasks. The inclusion of the `ON DELETE CASCADE` option is a thoughtful choice that ensures data integrity by automatically removing subtasks when their parent tasks are deleted. </blockquote></details> <details> <summary>src/query/mod.rs (4)</summary><blockquote> `5-5`: **Approved import for Subtask model.** The addition of the `Subtask` model is necessary for the new subtasks functionality. --- `10-10`: **Approved module declaration for subtasks.** The addition of the `subtasks` module supports encapsulation and organization of subtask-specific logic. --- `15-16`: **Approved addition of Subtasks variant to QueryValue.** The new `Subtasks` variant in `QueryValue` is crucial for handling subtasks in queries. Ensure that this change integrates well with existing query handling mechanisms. <details> <summary>Verification successful</summary> --- <!-- [monologue] [task review_file_1/3 review_enum_1/2] Review the integration of the new `Subtasks` variant in the `QueryValue` enum. [observations] - The `Subtasks` variant is used in `src/query/subtasks.rs` within the `fetch_subtasks_of_task` function. - The function `fetch_subtasks_of_task` correctly returns `QueryValue::Subtasks(subtasks)` when subtasks are fetched successfully. - The `Subtasks` variant is also used in `src/components/subtasks_form.rs` where it is handled in the `QueryResult`. - The integration seems to be consistent with other variants like `Projects` and `Tasks`. [analysis] The integration of the `Subtasks` variant appears to be consistent with the existing handling of other `QueryValue` variants. The `Subtasks` variant is used in both query fetching and component rendering, indicating that it is well-integrated into the query handling mechanisms. [actions] Generate a final response confirming the successful integration of the `Subtasks` variant into the `QueryValue` enum. --> **Successful integration of Subtasks variant in QueryValue.** The `Subtasks` variant is well-integrated into the query handling mechanisms, as evidenced by its usage in both query fetching and component rendering. This integration is consistent with the handling of other variants like `Projects` and `Tasks`. - `src/query/subtasks.rs`: Proper handling of `QueryValue::Subtasks` in `fetch_subtasks_of_task`. - `src/components/subtasks_form.rs`: Correct usage of `QueryValue::Subtasks` in `QueryResult`. </details> <details> <summary>Scripts executed</summary> The following scripts were executed for the analysis: Script: ```shell #!/bin/bash # Description: Verify integration of the new Subtasks variant in QueryValue. # Test: Search for usage of QueryValue enum. Expect: Proper handling of the new Subtasks variant. rg --type rust -A 5 $'QueryValue' ``` Length of output: 13408 </details> --- `26-26`: **Approved changes to QueryKey with a note on potential impacts.** The removal of `Projects` and addition of `SubtasksOfTaskId(i32)` in `QueryKey` are significant. Verify that these changes do not adversely affect existing functionality. Also applies to: 29-29 </blockquote></details> <details> <summary>src/schema/mod.rs (3)</summary><blockquote> `35-35`: **Approved foreign key relationship for subtasks.** The defined foreign key relationship between `subtasks` and `tasks` ensures referential integrity and supports efficient querying. --- `40-40`: **Approved addition of subtasks to allow_tables_to_appear_in_same_query.** Adding `subtasks` to this macro enhances the flexibility of querying across multiple tables, which is beneficial for complex queries involving tasks and subtasks. --- `12-21`: **Approved table definition for subtasks.** The new `subtasks` table is well-defined with fields that are essential for managing subtasks. Verify that the schema aligns with the application's data integrity and performance requirements. </blockquote></details> <details> <summary>src/query/subtasks.rs (1)</summary><blockquote> `6-9`: **Approved function for querying subtasks based on task ID.** The function `use_subtasks_of_task_query` is well-implemented to facilitate querying subtasks by task ID. Verify that it integrates smoothly with the rest of the querying framework. <details> <summary>Verification successful</summary> --- <!-- [monologue] [task review_file_3/3 review_function_1/2] The task is to verify the integration of the `use_subtasks_of_task_query` function within the codebase. The script output shows that the function is defined in `src/query/subtasks.rs` and is used in `src/components/subtasks_form.rs`. This indicates that the function is being utilized in the codebase, specifically in a component related to subtasks. [observations] - The function `use_subtasks_of_task_query` is defined in `src/query/subtasks.rs`. - It is used in `src/components/subtasks_form.rs`. - The usage in `subtasks_form.rs` suggests it is part of a form component, likely for managing subtasks. [analysis] The presence of the function in `subtasks_form.rs` indicates that it is integrated into the component responsible for handling subtasks. This suggests that the function is being used as intended, to query subtasks based on a task ID. The integration appears to be correct, as it is used in a context that aligns with its purpose. [actions] Since the function is used in a relevant component, I will conclude the verification process by confirming that the integration is appropriate. There is no need for further scripts as the current evidence supports the integration. --> **Function `use_subtasks_of_task_query` is properly integrated.** The function is utilized in `src/components/subtasks_form.rs`, indicating it is correctly integrated into the component responsible for handling subtasks. This confirms its intended use for querying subtasks by task ID. No further action is needed. </details> <details> <summary>Scripts executed</summary> The following scripts were executed for the analysis: Script: ```shell #!/bin/bash # Description: Verify the integration of the use_subtasks_of_task_query function. # Test: Search for usage of the function. Expect: Proper integration and handling. rg --type rust -A 5 $'use_subtasks_of_task_query' ``` Length of output: 1329 </details> </blockquote></details> <details> <summary>src/models/task.rs (1)</summary><blockquote> `12-12`: **Simplified table name reference.** The change to the `table_name` attribute simplifies the reference and potentially improves maintainability. Verify that the namespace configuration is correctly set up to ensure that this change does not affect database interactions. Run the following script to verify the namespace configuration: </blockquote></details> <details> <summary>src/components/bottom_panel.rs (1)</summary><blockquote> `39-43`: **Review of CSS class and height adjustments** The addition of `overflow-y-scroll` to the CSS class string is a good enhancement for improving user experience by allowing vertical scrolling. However, ensure that this change aligns with the overall design and accessibility standards of the application. The height adjustments from `64px` to `66px` and `128px` to `130px` seem minor but are crucial for maintaining visual consistency. Verify that these changes integrate well with other UI components and do not disrupt the layout, especially on different screen sizes. </blockquote></details> <details> <summary>src/components/pages/category_calendar_page.rs (1)</summary><blockquote> `44-45`: **Consolidation of conditional expression** The consolidation of the conditional expression into a single line improves readability and maintains the same logic as before. This change is a good practice in maintaining clean and understandable code. Ensure that this change has been thoroughly tested to confirm that the date formatting behaves as expected across different scenarios. </blockquote></details> <details> <summary>src/components/task_list.rs (2)</summary><blockquote> `23-32`: **Streamlined conditional logic for class assignment.** The refactoring of conditional checks for class assignment based on task properties enhances readability and maintainability. Good job on flattening the nested conditionals. --- `38-41`: **Review the use of closures in event handlers.** The use of closures to capture task variables directly simplifies the event handling logic. However, ensure that this does not lead to unintended captures or potential memory leaks, especially with repeated cloning of task objects. Consider verifying the memory usage and performance implications of these closures in a real-world scenario. Also applies to: 51-69 </blockquote></details> <details> <summary>src/server/tasks.rs (1)</summary><blockquote> `131-132`: **Good integration of subtask restoration in task completion logic.** The addition of `restore_subtasks_of_task` in the `complete_task` function is a good enhancement for managing subtasks effectively. The error handling is also well-implemented, ensuring that any issues during the restoration process are appropriately managed. </blockquote></details> <details> <summary>src/components/subtasks_form.rs (1)</summary><blockquote> `10-158`: **Well-implemented form for managing subtasks.** The `SubtasksForm` component is well-implemented, providing functionalities for creating, editing, and deleting subtasks. The use of reactive state management and server interaction is appropriate. The handling of different states of the query result enhances the user experience by addressing various scenarios like loading and errors. </blockquote></details> <details> <summary>src/components/task_form.rs (3)</summary><blockquote> `15-15`: **New component import for subtasks handling.** The import of `SubtasksForm` is correctly placed and follows Rust's convention for module imports. This aligns with the PR's objective to manage subtasks. --- `386-386`: **Ensure form association for the submit button.** The submit button correctly specifies the `form` attribute pointing to `"form_task"`, ensuring that it triggers the submission of the correct form. This is a good practice, especially in complex forms where multiple form elements might be present. No changes are necessary here, and this detail ensures that the form's submission behavior is explicitly defined. --- `83-350`: **Review of the main `TaskForm` component structure and logic.** The `TaskForm` component has been significantly restructured to include various input fields and conditional rendering based on the task category. The form now includes an `id` attribute, which is a good practice for easier DOM manipulation and is consistent with the summary's mention of improved maintainability. **Key Observations:** - The form uses a flexible layout with `flex` classes, which enhances the visual presentation. - The `onsubmit` handler is well-structured, handling both task creation and editing. It correctly uses asynchronous calls to handle task operations, which is crucial for non-blocking UI interactions. - The use of `match` statements to handle different categories is clear and maintains readability. - Conditional rendering of the `SubtasksForm` based on the task's presence is a good use of Rust's pattern matching, promoting modularity and reusability. **Suggestions:** - Ensure that all possible categories are handled in the `match` statements to avoid runtime errors. - Consider adding error handling for the `unwrap()` calls to prevent potential panics if the expected values are not present in the form's data. Overall, the changes are well-aligned with the PR's objectives and improve the component's functionality and user experience. </blockquote></details> </blockquote></details> </details> <!-- This is an auto-generated comment by CodeRabbit for review status -->
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Review of the delete task logic within the button click handler.

The logic for deleting a task or marking it as Trash is encapsulated within an asynchronous block, which is appropriate for handling potentially long-running operations like network requests. The use of conditional logic based on the task's category before performing the delete operation is a good practice to ensure that only tasks that should be deletable are processed.

Suggestions:

  • Consider adding more robust error handling around the edit_task and delete_task calls to handle potential failures gracefully.
  • It might be beneficial to provide user feedback, such as a confirmation dialog before deleting a task or an error message if the operation fails.

This part of the code is crucial for the application's data integrity and user experience, so ensuring its robustness is important.

**Review of the delete task logic within the button click handler.** The logic for deleting a task or marking it as `Trash` is encapsulated within an asynchronous block, which is appropriate for handling potentially long-running operations like network requests. The use of conditional logic based on the task's category before performing the delete operation is a good practice to ensure that only tasks that should be deletable are processed. **Suggestions:** - Consider adding more robust error handling around the `edit_task` and `delete_task` calls to handle potential failures gracefully. - It might be beneficial to provide user feedback, such as a confirmation dialog before deleting a task or an error message if the operation fails. This part of the code is crucial for the application's data integrity and user experience, so ensuring its robustness is important. <!-- This is an auto-generated comment by CodeRabbit -->
@ -26,0 +23,4 @@
if task.deadline().is_some() {
"pb-0.5"
} else if let Category::Calendar { time, .. } = task.category() {
if time.is_some() {
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Consider avoiding cloning the entire tasks vector.

Cloning the entire tasks vector might lead to performance issues, especially if the vector is large. Consider iterating over references if the task objects do not need to be owned within the loop.

**Consider avoiding cloning the entire tasks vector.** Cloning the entire `tasks` vector might lead to performance issues, especially if the vector is large. Consider iterating over references if the task objects do not need to be owned within the loop. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +67,4 @@
fn from_str(_: &str) -> Result<Self, Self::Err> {
Ok(Self::Error(Error::ServerInternal))
}
}
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Comprehensive error handling with room for improvement.

The SubtaskError enum and its conversions are well-implemented to handle various error scenarios effectively.

Consider replacing panic! in the error handling code with more graceful error handling mechanisms to prevent potential crashes.

**Comprehensive error handling with room for improvement.** The `SubtaskError` enum and its conversions are well-implemented to handle various error scenarios effectively. Consider replacing `panic!` in the error handling code with more graceful error handling mechanisms to prevent potential crashes. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +42,4 @@
pub fn updated_at(&self) -> NaiveDateTime {
self.updated_at
}
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:19 +00:00

Well-defined struct and methods.

The Subtask struct is well-defined with appropriate fields and ORM annotations. Methods for accessing the fields are correctly implemented.

Consider adding documentation comments for public methods to enhance code readability and maintainability.

**Well-defined struct and methods.** The `Subtask` struct is well-defined with appropriate fields and ORM annotations. Methods for accessing the fields are correctly implemented. Consider adding documentation comments for public methods to enhance code readability and maintainability. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +58,4 @@
pub fn new(task_id: i32, title: String, is_completed: bool) -> Self {
Self { task_id, title, is_completed }
}
}
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:19 +00:00

Properly structured for new entries with validation.

The NewSubtask struct is well-structured for creating new subtask entries, with appropriate validations in place.

Consider adding error handling in the new method to manage validation failures gracefully.

**Properly structured for new entries with validation.** The `NewSubtask` struct is well-structured for creating new subtask entries, with appropriate validations in place. Consider adding error handling in the `new` method to manage validation failures gracefully. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +18,4 @@
} else {
panic!("Unexpected query keys: {:?}", keys);
}
}
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:19 +00:00

Approved async function for fetching subtasks with a suggestion to improve error handling.

The function fetch_subtasks_of_task is crucial for fetching subtasks based on task ID. Consider handling unexpected errors more gracefully instead of using panic!, which could lead to service disruption.

Consider replacing panic! with a more graceful error handling mechanism, such as logging the error and returning a controlled error response.

**Approved async function for fetching subtasks with a suggestion to improve error handling.** The function `fetch_subtasks_of_task` is crucial for fetching subtasks based on task ID. Consider handling unexpected errors more gracefully instead of using `panic!`, which could lead to service disruption. Consider replacing `panic!` with a more graceful error handling mechanism, such as logging the error and returning a controlled error response. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +26,4 @@
.get_result(&mut connection)
.map_err::<ErrorVec<SubtaskError>, _>(|error| vec![error.into()].into())?;
Ok(created_subtask)
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Review of create_subtask function

The function correctly handles validation and error mapping, which are crucial for maintaining data integrity and providing meaningful error messages to the client. The use of establish_database_connection and the subsequent error handling ensure that database errors are appropriately managed.

However, consider adding more specific error handling for different types of database errors to enhance the robustness of the function. Additionally, ensure that the database interactions are optimized for performance, especially considering the potential high frequency of subtask creation in a task management application.

**Review of `create_subtask` function** The function correctly handles validation and error mapping, which are crucial for maintaining data integrity and providing meaningful error messages to the client. The use of `establish_database_connection` and the subsequent error handling ensure that database errors are appropriately managed. However, consider adding more specific error handling for different types of database errors to enhance the robustness of the function. Additionally, ensure that the database interactions are optimized for performance, especially considering the potential high frequency of subtask creation in a task management application. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +47,4 @@
|_| vec![Error::ServerInternal].into()
)?;
Ok(results)
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Review of get_subtasks_of_task function

The function is well-implemented with clear error handling and database interaction. The use of a filter on task_id ensures that only relevant subtasks are retrieved, which is efficient.

Consider adding logging for the database operations to aid in debugging and monitoring the application's performance. Additionally, review the database schema to ensure that appropriate indexes are in place for the task_id column to optimize query performance.

**Review of `get_subtasks_of_task` function** The function is well-implemented with clear error handling and database interaction. The use of a filter on `task_id` ensures that only relevant subtasks are retrieved, which is efficient. Consider adding logging for the database operations to aid in debugging and monitoring the application's performance. Additionally, review the database schema to ensure that appropriate indexes are in place for the `task_id` column to optimize query performance. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +73,4 @@
.get_result(&mut connection)
.map_err::<ErrorVec<SubtaskError>, _>(|error| vec![error.into()].into())?;
Ok(updated_task)
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Review of edit_subtask function

The function effectively handles validation and error mapping, which are essential for maintaining data integrity. The update operation is secured by filtering on subtask_id, which prevents unauthorized modifications to other subtasks.

However, consider implementing optimistic concurrency control to handle cases where multiple users might attempt to edit the same subtask simultaneously. This would enhance the robustness and reliability of the function.

**Review of `edit_subtask` function** The function effectively handles validation and error mapping, which are essential for maintaining data integrity. The update operation is secured by filtering on `subtask_id`, which prevents unauthorized modifications to other subtasks. However, consider implementing optimistic concurrency control to handle cases where multiple users might attempt to edit the same subtask simultaneously. This would enhance the robustness and reliability of the function. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +95,4 @@
.get_results(&mut connection)
.map_err::<ErrorVec<SubtaskError>, _>(|error| vec![error.into()].into())?;
Ok(updated_subtasks)
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Review of restore_subtasks_of_task function

The function correctly handles the restoration of subtasks to an uncompleted state, which is a useful feature for task management applications. The error handling and database interactions are appropriately managed.

However, ensure that the filter on task_id is correctly set to avoid affecting subtasks from other tasks inadvertently. Additionally, consider adding a confirmation mechanism or additional checks before performing the update to prevent accidental data modifications.

**Review of `restore_subtasks_of_task` function** The function correctly handles the restoration of subtasks to an uncompleted state, which is a useful feature for task management applications. The error handling and database interactions are appropriately managed. However, ensure that the filter on `task_id` is correctly set to avoid affecting subtasks from other tasks inadvertently. Additionally, consider adding a confirmation mechanism or additional checks before performing the update to prevent accidental data modifications. <!-- This is an auto-generated comment by CodeRabbit -->
@ -0,0 +111,4 @@
diesel::delete(subtasks.filter(id.eq(subtask_id))).execute(&mut connection)
.map_err::<ErrorVec<Error>, _>(|error| vec![error.into()].into())?;
Ok(())
coderabbitai[bot] (Migrated from github.com) commented 2024-09-08 17:59:20 +00:00

Review of delete_subtask function

The function effectively handles the deletion of a specific subtask, with clear error handling and database interaction. The use of a filter on subtask_id ensures that only the intended subtask is deleted, which is crucial for maintaining data integrity.

Consider implementing soft deletion (marking subtasks as deleted without actually removing them from the database) to allow for data recovery in case of accidental deletions. This would enhance the robustness and user experience of the application.

**Review of `delete_subtask` function** The function effectively handles the deletion of a specific subtask, with clear error handling and database interaction. The use of a filter on `subtask_id` ensures that only the intended subtask is deleted, which is crucial for maintaining data integrity. Consider implementing soft deletion (marking subtasks as deleted without actually removing them from the database) to allow for data recovery in case of accidental deletions. This would enhance the robustness and user experience of the application. <!-- This is an auto-generated comment by CodeRabbit -->
coderabbitai[bot] (Migrated from github.com) approved these changes 2024-09-08 18:38:44 +00:00
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Reference: matous-volf/todo-baggins#40
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